simens_katalog

Siemens IC 10 · 2012

15

Siemens IC 10 · 2012

15

Price groupsPG 4M1, 4ZZ, 050, 471, 477, 478, 581, 582, 583, 584, 585, 586, 588, 732

15/2 Introduction

Single-phase transformersSafety, isolating, control andmains transformers

15/7 General data15/14 SIRIUS 4AM safety, mains and control

transformers15/19 SIRIUS 4AM safety and mains

transformers15/20 SIRIUS 4AM, 4AT isolating, control and

mains transformers15/31 SIRIUS 4AT isolating transformers for

the supply of medical premises

Three-phase transformersSafety, isolating, control andmains transformers

15/32 General data15/37 SIRIUS 4AP, 4AU isolating, control and

mains transformersPower transformers

15/39 General data15/42 SIRIUS 4BU matching transformers15/46 SIRIUS 4BU matching transformers

with cURus approval15/48 Transformers with selectable voltages

Non-stabilized power supplies15/49 General data

Filtered for supply ofelectronic controls

15/50 General data15/52 SIRIUS 4AV2, 4AV4 power supplies,

filtered, single-phase15/54 SIRIUS 4AV3, 4AV5 power supplies,

filtered, three-phaseUnfiltered for supply of general loads

15/56 SIRIUS 4AV98 power supplies, unfiltered, single-phase

15/57 SIRIUS 4AV96 power supplies, unfiltered, three-phase

Stabilized power suppliesSITOP 6EP power supplies

15/58 LOGO!Power, single-phase15/59 SITOP compact, single-phase15/60 SITOP smart, single-phase and

three-phase15/61 SITOP modular, single-phase,

two-phase and three-phase15/63 Special designs and uses15/64 Expansion modules15/65 DC-UPS uninterruptible

power supplies

Heating control systems15/67 General data

SIPLUS HCS716I heating control systems

15/68 General data15/69 Racks 15/71 Power output modules


15/73 General data15/75 ZA724I central interface modules15/76 Power output modules15/77 - LA724I power output modules15/78 - LA724I HP power output

modules15/79 - LA724I SSR power output

modules15/80 NE724 line-voltage

sensing modules15/81 LM724 fan modules15/82 SM724 current measuring modules


15/83 General data15/85 Basic units15/86 DM digital modules15/87 TM temperature modules15/88 IM current measuring modules15/89 UM current/voltage

measuring modules15/90 DCM decoupling modules15/91 TCP 3000 temperature control software

(optional)

Electrical charging componentsComponents for electric vehicle charging stations

15/92 General data15/92 SIPLUS ECC1000 and ECC2000

charging controllers 15/94 SIPLUS ECC8000 prefabricated

function units

More information can be found on the Internet: see opening information, page 13

new

new

new

Products for Specific Requirements

IC10_15.book Seite 1 Freitag, 20. Januar 2012 2:34 14

© Siemens AG 2012


Introduction

15/2 Siemens IC 10 · 2012

15

■ Overview

Single-phase transformers

For more products see Industry Mall and Interactive Catalog CA 01 or www.mdexx.com.

Three-phase transformers

1) CUUS max. 600 V.


Version Rated power Ratedinput voltage

Ratedoutput voltage

Safetyclass

Page

kVA V AC V AC

Safety, isolating, control and mains transformers SIRIUS 4AM safety, mains and control transformers

With one input voltage 0.063 ... 1.0 230 ± 5 %; 400 ± 5 % 24; 42 I 15/14

For European voltages 0.063 ... 1.0 400/230 ± 15 V 24; 42 I 15/16

In multi-voltage version 0.063 ... 1.0 550 ... 208; 600 ... 230 24; 42 I 15/17

SIRIUS 4AM safety and mains transformers

With an input voltage 0.025 ... 0.04 230 ± 5 %; 400 ± 5 % 24; 42 I 15/19

SIRIUS 4AM, 4AT isolating, control and mains transformers

4AM and 4AT with an input voltage

4AM: 0.063 ... 2.5; 4AT: 4 ... 10

230 ± 5 %; 400 ± 5 %;440 ± 5 %; 500 ± 5 %

110; 230 I 15/20

4AM with an input voltage without CUUS

4AM: 0.063 ... 2.5 660 ± 5 %; 690 ± 5 % 230 I 15/27

4AM and 4AT in European voltage design

4AM: 0.063 ... 2.5; 4AT: 4 ... 10

400/230 ± 15 V 2 × 115 I 15/28

4AM and 4AT in multi-voltage version

4AM: 0.063 ... 2.5; 4AT: 4 ... 10

550 ... 208; 600 ... 230 2 × 115 I 15/29

SIRIUS 4AT isolating transformers

For supply of medical premises 2.5 ... 10 230 230-115 I 15/31

4AT for supply of medical premises

4AM 4AT

Version Rated power Ratedinput voltage

Ratedoutput voltage

Safetyclass

Page

kVA V AC V AC

Safety, isolating, control and mains transformers SIRIUS 4AP, 4AU isolating, control and mains transformers

4AP and 4AU in two-voltage version 0.63 ... 16 * 500-400 /d 289-230 * 400/d 230 I 15/37

4AP and 4AU in multi-voltage version 0.63 ... 16 * 520 ... 360 /d 300 ... 208 * 400/d 230 I 15/38

Power transformers SIRIUS 4BU matching transformerswith an input voltage

18 ... 160 d 400, 400 ± 5 %/* 400, 400 ± 5 %

* 400 I 15/42

SIRIUS 4BU matching transformers With CUUS approvalWith an input voltage

18 ... 160 d 480 ± 5 %/* 480 ± 5 %

* 400 I 15/46

Transformers with selectable voltages 18 ... 160 selectable; 100 … 1 0001) selectable; 100 … 1 0001) I 15/48

4AP20 4AU 4BU


© Siemens AG 2012


15/3Siemens IC 10 · 2012

Introduction

15

4AV Non-Stabilized Power Supplies


4AV21/23 4AV20/22/24/26 4AV4 4AV3 4AV5

Filtered for supply of electronic controls Ripple < 5 % < 5 % < 5 % < 5 % < 5 %

Phase 1 1 1 3 3

Rated input voltage V AC 115 ... 415 115 ... 415 230 ... 415 200 ... 600 400 ... 415

Rated output voltage according to EN 61131-2 suitable for SIMATIC systems

V DC 24 24 24 24 24

Rated output current A 1 ... 4.2 2.5 ... 18 1.5 ... 10 15 ... 180 25, 35

Connection Screw terminals/flat connectors

Screw terminals/flat connectors or Cage Clamp terminals

Screw terminals/flat connectors or Cage Clamp terminals

Screw terminals/flat connectors


Mounting Standard railmounting

Screw and/or standard rail mounting

Screw and/or standard rail mounting

Screw mounting Screw mounting

CUUS approval at 60 °C Yes Yes No Partially No

Page 15/52 15/53 15/53 15/54, 15/55 15/54

4AV98 4AV96

Unfiltered for supply of general loads Ripple 48.3 % < 5 %

Phase 1 3

Rated input voltage V AC 230 or 400 400

Rated output voltage V DC 24 30-27-24

Rated output current/rated power 50 ... 500 W

4 ... 25 A

Connection Screw terminals/flat connectors Screw terminals/flat connectors

Mounting Screw mounting Screw mounting

CUUS approval No No

Page 15/56 15/57


© Siemens AG 2012


Introduction

15/4 Siemens IC 10 · 2012

15

6EP stabilized power supplies

For more power supply products see Catalog KT 10.1 or on the Internet at www.siemens.com/sitop.

For more information about SIPLUS extreme see www.siemens.com/siplus-extreme.

6EP1 LOGO!Power

6EP1 SITOP compact

6EP1 SITOP smart

6EP1 SITOP modular

Phase 1 1 1, 3 1, 2, 3

Ratedinput voltage

V 100 ... 240 AC 100 ... 230 AC 120/230 AC,3 AC 400 ... 500

120/230 ... 500 AC, 120/230 AC, 3 AC 400 ... 500

Ratedoutput voltage

V DC 5, 12, 15, 24 24, 12 24 24, 48

Ratedoutput current

A 1.3 ... 6.3 0.6 ... 6.5 2.5 ... 40 5 ... 40

Connection Screw terminal connection Screw terminal connection Screw terminal connection Screw terminal connection

Mounting Standard rail mounting Standard rail mounting Standard rail mounting Standard rail mounting

Approval u, Cu u, Cu u, Cu u, Cu

Page 15/58 15/59 15/60 15/61

6EP1 Special designs and uses

6EP1 Expansion modules

6EP1 DC-UPS uninterruptible power supplies

Phase 1 1 1

Ratedinput voltage

V 120 / 230 AC 24 DC 24 DC

Ratedoutput voltage

V DC 3 ... 52 Ue – approx. 1 24

Ratedoutput current

A 10 40, 4 x 3, 4 x 10 6 ... 40

Connection Screw terminal connection Screw terminal connection Screw terminal connection

Mounting Standard rail mounting Standard rail mounting Standard rail mounting(except: wall mounting with SITOP UPS500P)

Approval u, Cu u, Cu u, Cu

Page 15/63 15/64 15/65, 15/66


© Siemens AG 2012


15/5Siemens IC 10 · 2012

Introduction

15

Heating control systems

For more information see Industry Mall or on the Internet at www.siemens.com/siplus-hcs.

Electrical charging components

For more information see Industry Mall or on the Internet at www.siemens.com/siplus-ecc.

HCS716I HCS724I HCS300I

SIPLUS HCS716I heating control systems • The central solution for power outputs up to 2.3 kW

• Three rack versions for up to 12 power output modules

• Communication with higher-level control system through PROFIBUS DP

• Three different power output modules available

• Compact design: 192 power channels on only 0.2 m²

• Zero-point switching Triacs

• Protection of the outputs with fine fuses in fuse holders

• Easy connection of heat emitters by means of plugs

• Network supply through terminals or plugs

• Diagnostics functions for detecting external and internal faults

SIPLUS HCS724I heating control systems • The central solution for power outputs up to 4 kW

• ZA724I central interface for up to 16 power output modules

• Communication with higher-level control system through PROFIBUS DP

• Three different power output modules available, including one for controlling solid-state switching relays (SSR)

• Compact design: 384 power channels on only 0.4 m²

• Zero-point switching Triacs

• Protection of the outputs with fine fuses in fuse holders which can be reached from the front

• Easy connection of heat emitters by means of plugs

• Network supply through busbar system at the front

• Optional mains voltage measuring module for mains voltage compensation

• Extensive diagnostics functions for detecting external and internal faults

SIPLUS HCS300I heating control systems • The central or distributed temperature control solution

• Basic unit for communicating with higher-level control system through PROFIBUS DP

• DM digital modules with six outputs

• TM temperature modules with four temperature inputs for Pt100/Pt1000 and thermoelements type J/K/L

• Three current measuring modules with measuring ranges of 2.5 ... 25 A, 10 ... 100 A and 20 ... 200 A

• Three current/voltage measuring modules with measuring ranges of 2.5 ... 25 A, 10 ... 100 A, 20 ... 200 A and voltages up to 690 V

• Optional TCP 3000 temperature control software available for SIMATIC

SIPLUS ECC1000 (CM-100) SIPLUS ECC2000 (CM-230) SIPLUS ECC8000 (SYS-101A, SYS-102A, SYS-202A)

Version Charging controllers for installing AC electric vehicle charging stations according to IEC 61851

Charging controllers for installing AC electric vehicle charging stations according to IEC 61851 with Ethernet connection

Function units (factory-wired and ready to install), comprising a charging controller and load feeder for installing electric vehicle charging stations according to IEC 61851


© Siemens AG 2012


Introduction

15/6 Siemens IC 10 · 2012

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■ Options

Delivery time class DT

The delivery time classes are specified in the selection tables in front of the order numbers.

The standard transport time for Germany is 1 day (see "Ordering notes" on page 10).

The quoted delivery time class for the 4AM, 4AT, 4AP, 4AU, 4BU transformers and the 4AV power supplies is applicable to an or-der quantity of up to 5 units.

The quoted delivery time class for the SIPLUS extreme power supplies is applicable to an order quantity of up to 9 units.

The quoted delivery time class for the SIPLUS HCS heating con-trol system is applicable to an order quantity of up to 9 units.

} Preferred type

This delivery time class applies with the degree of protection IP00, i.e. these units can be supplied immediately from stock1) and will be dispatched within 24 hours. The transport times de-pend on the destination and the mode of delivery.

Delivery time class B is applicable to an order quantity of 6 units and more.

Delivery time class A

The ordered units will be dispatched within 1 or 2 working days.

Delivery time class B is applicable to an order quantity of 6 units and more.

Delivery time class B

The ordered units will be dispatched within 3 to 5 working days.

Delivery time class C is applicable to an order quantity of 6 units and more.

Delivery time class C

The ordered units will be dispatched within 6 to 15 working days.

Delivery time class D is applicable to an order quantity of 6 units and more.

Delivery time class D

The ordered units, including enclosure and additional options, will be dispatched within 16 to 30 working days.

Delivery time class X

On request.

Orders for transformers and non-stabilized power supplies in customized versions or with special applications are han-dled exclusively by mdexx GmbH

For customized transformers and non-stabilized power supplies not listed in our Catalog IC 10 please send your enquiries to mdexx GmbH:

[email protected]

or by fax to +49 (421) 5125-333.

mdexx GmbH will reply with all the data needed for you to place an order.

1) This is based on standard commercial orders – normal order!

■ More information

You will find more information about power supplies, transformers, reactors and filters on the Internet at www.siemens.com/sirius-supplying or www.mdexx.com.

Transformers for converter systems from Siemens see the following catalogs:• Catalog NC 60, SINUMERIK & SIMODRIVE• Catalog DA 65.10, SIMOVERT MASTERDRIVES Vector Control• Catalog DA 65.11, SIMOVERT MASTERDRIVES Motion Control

For more information about SIPLUS extreme see Industry Mall or on the Internet at www.siemens.com/siplus-extreme.

For more information about the SIPLUS HCS heating control system see Industry Mall or on the Internet at www.siemens.com/siplus-hcs.

For more information about electrical charging components see Industry Mall or on the Internet at www.siemens.com/siplus-ecc.


© Siemens AG 2012

Single-Phase Transformers Safety, Isolating, Control and Mains Transformers

15/7Siemens IC 10 · 2012

General data

15

■ Overview

4AM../4AT.. transformers

With the right transformer, the right voltage will be available at any conditions.

Our transformers are the right choice for each application:They work reliably, safely and worldwide under a wide range of different conditions.

Transformers are summarized in a user-friendly manner as:• Isolating, control and mains transformers

according to EN 61558-2-4, -2-2, -2-1 or• Safety, control and mains transformers

according to EN 61558-2-6, -2-2, -2-1

Note:

Mains transformers with ≤ 50 V on the output side are, in the case of SIRIUS transformers, always designed as safety transformers.

Our transformers provide optimal protection through high per-missible ambient temperatures up to 40 °C or 55 °C, a high short-time rating in the case of control transformers, fuseless construction and due to their safety standard "Safety inside" EN 61558.

Connection methods

4AM../4AT.. transformers are available with screw/flat connectors.

Order No. scheme

Note:

The Order No. scheme is presented here merely for information purposes and for better understanding of the logic behind the order numbers.

For your orders, please use the order numbers quoted in the catalog in the Selection and ordering data.

■ Benefits

• High short-time rating of the SIRIUS transformers: lower trans-former rated power for a large number of contactors

• Suitable for "fuseless construction": The small inrush current means that "circuit breakers for motor protection" can also be used on the primary side

• CUUS approvals for the USA and Canada: can be used worldwide without any problems

• Comprehensive type spectrum supplied from stock: rapid availability

■ Application

Transformers are used in industrial machines, process engineer-ing, heating and air-conditioning equipment, etc., for supplying control and signaling circuits, when:• Several electromagnetic loads (e.g. contactors) have to be

controlled• Control and signaling devices are used outside the control

cabinet• The operational voltage for the loads differs from the available

voltage level• Voltage matching for machines and installations with electrical

isolation or as an autotransformer

Generally, our transformers are used for voltage matching of electrical devices, e.g. in communications, medical engineering and domestic appliances.

Screw terminals

Flat connectors

The terminals are indicated in the corresponding tables by the symbols shown on orange back-grounds.

Digit of the Order No. 1st 2nd 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th 13th 14th 15th 16th

@ @ @ @ @ @ @ – @ @ @ @ @ – @ @ @ @

Transformer product type 4 A

Product group @

Rated power @ @

Power level @

Development status @

Rated input voltage @ @

Rated output voltage @ @

Version, e.g. coil form @

Application @ @

Degree of protection @

Connection type @

Example 4 A M 4 0 4 2 – 5 A T 1 0 – 0 F A 0


© Siemens AG 2012


General data

15/8 Siemens IC 10 · 2012

15

■ Technical specifications

1) See "Reference Manual for Single-Phase Transformers · Three-Phase Transformers".

For more technical specifications seewww.siemens.com/sirius-supplying ➞ "Technical Information"

or

www.siemens.com/sirius/support➞ "Transformers and Power Supplies"➞ "Manuals/Operating Instructions".

General data

Transformers Type 4AM 4AT

• Version EI core UI core

• Performance range (with IP00) kVA 0.025 ... 2.5 > 2.5 ... 16

• Approvals CUUS

Voltage range V ≤ 690

• Approvals for USA, Canada V ≤ 600

Rated frequency Hz 50 ... 60

Thermal class B H

• Acc. to UL/CSA CLASS 130 CLASS 180

Ambient conditions Protection against harmful ambient conditions: Complete impregnation in polyester resin Climate-proof for installation in rooms with an external climate acc. to DIN 50010

Rated ambient temperature

• At rated power °C 40 55

• Maximum value (after power reduction in accordance with load characteristic1))

°C 80

• Minimum value °C –25

Relative air humidity

• Mean value up to % 80

• Maximum value for 30 days/year % 95

• At 40 °C occasionally % 100

Protection class I

Degree of protection

• Without enclosure IP00

• With protective enclosure (see "Selection and Ordering Data")

IP23 or IP54Version: sheet-steel enclosure coated with epoxy resin, color gray RAL 7032

Installation altitude Up to 1 000m above sea level (above this, power reduction is necessary)

Protective devices

• External The transformers can be protected against short circuits and overload on the primary and secondary side with circuit breakers, see diagram.

For reliable protection against short circuits, overload and touch, the cables between the output terminals of the transformer and the load must have a negligible line impedance. For more details see DIN VDE 0100 (Erection of low-voltage systems) Part 410, Part 520 particularly section 525 and Part 610.

Assigned protective devices(see "Primary-side short-circuit and overload protection with motor starter protectors")

Connection methods The permissible conductor cross-sections are assigned to the specified terminal types.

• Terminal arrangement1) Refer to DIN VDE 0298-4 and EN 60204 for the permissible conductor cross-sections for the specified current according to the installation type. The terminals used are finger-safe according to EN 50274.

• Terminal versions and connectable cross-sections1)

Other terminal sizes than standard versions on request.

Mounting position The permissible mounting position for each version is shown in the "Project Planning Aids"1).

L1L2L3

Q1

T1

SEC

PRI

/> /> />

NS

F0_0

2077


© Siemens AG 2012


15/9Siemens IC 10 · 2012

General data

15

Rated power outputs at different ambient temperatures• With electrically separated windings• Degree of protection IP00• According to EN 61558, CUUS

1) For control transformers, the values ta = 40 °C apply.

Operation characteristics• According to EN 61558-2-6, EN 61558-2-4, EN 61558-2-2, EN 61558-2-1

Calculation of power loss PVPV = Pn (100 – η) [kW] η

1) Winding reference temperature: 20 °C.

Transformer Ratedpower Pn

Permissible transformer load depending on the ambient temperature

ta = 60 °C ta = 55 °C ta = 50 °C ta = 45 °C ta = 40 °C ta = 35 °C ta = 30 °C ta = 25 °C

Type kVA kVA kVA kVA kVA kVA kVA kVA kVA

4AM transformers4AM23 44AM26 4

0.0250.04

0.0210.0336

0.0220.0352

0.0230.0368

0.0240.0384

0.0250.04

0.0260.0416

0.0270.0432

0.02780.0444

4AM32 44AM34 44AM38 4

0.0630.10.16

0.05290.0840.134

0.05540.0880.141

0.0580.0920.147

0.06050.0960.154

0.0630.10.16

0.06551)

0.1041)

0.1661)

0.0681)

0.1081)

0.1731)

0.06991)

0.1111)

0.1781)

4AM40 44AM43 44AM46 44AM48 4

0.250.3150.40.5

0.210.2650.3360.42

0.220.2770.3520.44

0.230.290.3680.46

0.240.3020.3840.48

0.250.3150.40.5

0.260.3280.4160.52

0.270.340.4320.54

0.2780.350.4440.555

4AM52 44AM55 44AM57 4

0.630.81

0.5290.6720.84

0.5540.7040.88

0.580.7360.92

0.6050.7680.96

0.630.81

0.6550.8321.04

0.680.8641.08

0.6990.8881.11

4AM61 44AM64 44AM65 4

1.622.5

1.341.682.1

1.411.762.2

1.471.842.3

1.541.922.4

1.622.5

1.662.082.6

1.732.162.7

1.782.222.78

4AT transformers4AT30 34AT36 14AT36 34AT39 14AT39 3

456.38

10

3.884.856.117.769.7

456.38

10

4.125.156.498.24

10.3

4.245.36.688.48

10.6

4.45.56.938.8

11

4.525.657.129.04

11.3

4.645.87.319.28

11.6

4.765.957.59.52

11.9

4AT43 04AT43 14AT43 24AT45 0

11.212.51416

10.912.113.615.5

11.212.51416

11.512.914.416.5

11.913.314.817

12.313.815.417.6

12.714.115.818.1

1314.516.218.6

13.314.916.719

Transformer Ratedpower Pn

Core size Voltage rise in no-load operation

Voltage drop on rated load1)

Short-circuit voltage1)

Degree of efficiency

50 Hz ... 60 Hz1 000 m above sea levelDegree of protection IP00

(operating temperature) uA approx.

uR approx.

uZ approx.

η approx.

Type kVA % % % %

4AM transformers: ta = 40 °C/B4AM23 44AM26 4

0.0250.04

EI 60/20EI 66/22

2623

17.615.3

17.615.3

7476

4AM32 44AM34 44AM38 4

0.0630.10.16

EI 84/28EI 84/42EI 96/44

101010.4

8.47.77.6

8.47.77.7

858686

4AM40 44AM43 44AM46 44AM48 4

0.250.3150.40.5

EI 96/58EI 105/60EI 120/52EI 120/72

7.26.65.75

5.44.94.33.8

5.454.43.8

89909191

4AM52 44AM55 44AM57 4

0.630.81

EI 150/48EI 150/65EI 150/90

4.743.2

3.632.5

3.73.12.5

929293

4AM61 44AM64 44AM65 4

1.622.5

EI 174/82EI 174/102EI 192/110

2.42.11.6

1.91.71.3

2.11.91.6

969696

4AT transformers: ta = 55 °C/H4AT30 34AT36 14AT36 34AT39 14AT39 3

456.38

10

UI 150/75UI 180/75UI 180/75UI 210/70UI 210/70

3.85.54.34.33.5

2.73.83.13.12.5

2.93.93.33.33.3

9594959596

4AT43 0 4AT43 14AT43 24AT45 0

11.212.51416

UI 240/80UI 240/80UI 240/80UI 240/107

3.93.53.12.9

2.82.52.22.1

2.82.62.42.1

95969696


© Siemens AG 2012


General data

15/10 Siemens IC 10 · 2012

15

Primary-side short-circuit and overload protection with motor starter protectors

Version with one input voltage

1) Two-pole or single-pole motor starter protectors can be connected (3 conducting paths in series), see circuit diagram on page 15/8.

Trans-former

Rated power Pn

Motorstarter protector version: Motor protection1)

Rated input voltage U1N in V

Type kVA Type 690 660 600 575 550 525 500 480 460 440 415 400 380 240 230 220 208 200 190

4AM transformers4AM23 4 0.025 3RV20 11-@@@10 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0CA 0CA 0CA 0CA 0DA 0DA

Set value in A 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.18 0.18 0.19 0.2 0.22 0.22

4AM26 4 0.04 3RV20 11-@@@10 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0BA 0BA 0BA 0BA 0CA 0CA 0EA 0EA 0EA 0EA 0FA 0FASet value in A 0.11 0.11 0.11 0.11 0.11 0.12 0.13 0.14 0.14 0.14 0.15 0.18 0.18 0.28 0.28 0.29 0.3 0.35 0.35

4AM32 4 0.063 3RV20 11-@@@10 0BA 0BA 0BA 0BA 0CA 0CA 0CA 0CA 0CA 0DA 0DA 0DA 0DA 0FA 0GA 0GA 0GA 0GA 0GASet value in A 0.14 0.14 0.15 0.16 0.18 0.18 0.18 0.19 0.19 0.22 0.22 0.22 0.24 0.37 0.45 0.45 0.45 0.45 0.47

4AM34 4 0.1 3RV20 11-@@@10 0DA 0DA 0EA 0EA 0EA 0EA 0EA 0FA 0FA 0FA 0FA 0FA 0GA 0JA 0JA 0JA 0JA 0KA 0KASet value in A 0.22 0.23 0.28 0.28 0.28 0.28 0.3 0.35 0.35 0.35 0.36 0.37 0.45 0.7 0.7 0.7 0.72 0.9 0.9

4AM38 4 0.16 3RV20 11-@@@10 0FA 0FA 0FA 0FA 0FA 0GA 0GA 0GA 0GA 0HA 0HA 0HA 0HA 0KA 0KA 1AA 1AA 1AA 1AASet value in A 0.35 0.35 0.39 0.4 0.42 0.45 0.46 0.48 0.5 0.55 0.56 0.58 0.61 0.96 1 1.1 1.1 1.2 1.2

4AM40 4 0.25 3RV20 11-@@@10 0HA 0HA 0HA 0HA 0JA 0JA 0JA 0JA 0JA 0KA 0KA 0KA 0KA 1BA 1BA 1CA 1CA 1CA 1CASet value in A 0.55 0.55 0.57 0.59 0.7 0.7 0.7 0.7 0.74 0.9 0.9 0.9 0.9 1.4 1.5 1.8 1.8 1.8 1.8

4AM43 4 0.315 3RV20 11-@@@10 0JA 0JA 0JA 0JA 0KA 0KA 0KA 0KA 1AA 1AA 1AA 1AA 1AA 1CA 1DA 1DA 1DA 1DA 1DASet value in A 0.7 0.7 0.71 0.74 0.9 0.9 0.9 0.9 1.1 1.1 1.1 1.1 1.1 1.8 2.2 2.2 2.2 2.2 2.2

4AM46 4 0.4 3RV20 11-@@@10 0KA 0KA 0KA 0KA 1AA 1AA 1AA 1AA 1AA 1BA 1BA 1BA 1BA 1DA 1DA 1EA 1EA 1EA 1EASet value in A 0.9 0.9 0.9 0.92 1.1 1.1 1.1 1.1 1.2 1.4 1.4 1.4 1.4 2.2 2.3 2.8 2.8 2.8 2.8

4AM48 4 0.5 3RV20 11-@@@10 1AA 1AA 1AA 1BA 1BA 1BA 1BA 1BA 1BA 1CA 1CA 1CA 1CA 1EA 1FA 1FA 1FA 1FA 1FASet value in A 1.1 1.1 1.1 1.4 1.4 1.4 1.4 1.4 1.5 1.8 1.8 1.8 1.8 2.8 3.5 3.5 3.5 3.5 3.5

4AM52 4 0.63 3RV20 11-@@@10 1AA 1BA 1BA 1BA 1BA 1BA 1CA 1CA 1CA 1CA 1DA 1DA 1DA 1FA 1FA 1FA 1GA 1GA 1GASet value in A 1.2 1.4 1.4 1.4 1.5 1.6 1.8 1.8 1.8 1.9 2.2 2.2 2.2 3.5 3.5 3.7 4.5 4.5 4.5

4AM55 4 0.8 3RV20 11-@@@10 1CA 1CA 1CA 1DA 1DA 1DA 1DA 1DA 1DA 1EA 1EA 1EA 1EA 1GA 1GA 1HA 1HA 1HA 1HASet value in A 1.8 1.8 1.8 2.2 2.2 2.2 2.2 2.2 2.2 2.8 2.8 2.8 2.8 4.5 4.5 5.5 5.5 5.5 5.5

4AM57 4 1 3RV20 11-@@@10 1DA 1DA 1DA 1DA 1DA 1EA 1EA 1EA 1EA 1EA 1FA 1FA 1FA 1HA 1HA 1JA 1JA 1JA 1JASet value in A 2.2 2.2 2.2 2.3 2.4 2.8 2.8 2.8 2.8 3 3.5 3.5 3.5 5.5 5.7 7 7 7 7

4AM61 4 1.6 3RV20 11-@@@10 1FA 1FA 1FA 1FA 1FA 1GA 1GA 1GA 1GA 1HA 1HA 1HA 1HA 1KA -- -- -- -- --3RV20 21-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- -- 4AA 4AA 4AA 4AA 4AASet value in A 3.5 3.5 3.5 3.7 3.9 4.5 4.5 4.5 4.6 5.5 5.5 5.5 5.6 9 11 11 11 11 11

4AM64 4 2 3RV20 11-@@@10 1GA 1GA 1GA 1GA 1HA 1HA 1HA 1HA 1HA 1JA 1JA 1JA 1JA -- -- -- -- -- --3RV20 21-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4AA 4AA 4BA 4BA 4BA 4BASet value in A 4.5 4.5 4.5 4.5 5.5 5.5 5.5 5.5 5.7 7 7 7 7 11 11 14 14 14 14

4AM65 4 2.5 3RV20 11-@@@10 1GA 1GA 1HA 1HA 1HA 1JA 1JA 1JA 1JA 1KA 1KA 1KA 1KA -- -- -- -- -- --3RV20 21-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4BA 4BA 4CA 4CA 4CA 4DASet value in A 4.5 5.5 5.5 5.5 5.7 7 7 7 7 9 9 9 9 14 14 17 17 17 20

4AT transformers4AT30 3 4 3RV20 11-@@@10 1JA 1JA 1KA 1KA 1KA 1KA -- -- -- -- -- -- -- -- -- -- -- -- --

3RV20 21-@@@10 -- -- -- -- -- -- 4AA 4AA 4AA 4AA 4AA 4AA 4BA -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4EA 4EA 4EA 4EA 4FA 4FASet value in A 8 8 9 9 9 10 11 11 11 12 12 13 14 22 22 23 24 28 28

4AT36 1 5 3RV20 11-@@@10 1KA 1KA 1KA -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --3RV20 21-@@@10 -- -- -- 4AA 4AA 4AA 4BA 4BA 4BA 4BA 4BA 4BA 4CA -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4FA 4FA 4FA 4FA 4FA 4GASet value in A 10 10 11 11 12 12 14 14 14 15 16 16 17 28 28 29 31 32 36

4AT36 3 6.3 3RV20 21-@@@10 4AA 4AA 4BA 4BA 4BA 4BA 4CA 4CA 4CA 4CA 4DA 4DA 4DA -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4GA 4GA 4GA 4GA 4GA 4HASet value in A 12 12 14 14 15 15 17 17 17 18 20 20 21 36 36 36 38 39 41

4AT39 1 8 3RV20 21-@@@10 4BA 4BA 4CA 4CA 4CA 4DA 4DA 4DA 4DA -- -- -- -- -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- 4EA 4EA 4EA 4FA 4HA 4HA 4HA -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 4JA 4JA 4JASet value in A 15 15 17 18 18 20 20 21 22 23 24 25 28 42 43 45 48 50 52

4AT39 3 10 3RV20 21-@@@10 4CA 4CA 4DA 4DA 4DA -- -- -- -- -- -- -- -- -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- 4EA 4EA 4EA 4FA 4FA 4FA 4FA 4FA -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4JA 4KA 4KA 4KA 4KA 4KASet value in A 18 19 21 22 23 24 25 26 28 28 30 31 32 51 57 57 59 69 64

4AT43 0 11.2 3RV10 31-@@@10 4EA 4EA 4EA 4EA 4EA 4FA 4FA 4FA 4FA 4GA 4GA 4GA 4HA -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4KA 4KA 4LA 4LA 4LA 4MASet value in A 22 22 23 24 25 28 28 29 30 36 36 36 40 58 60 70 70 70 80

4AT43 1 12.5 3RV10 31-@@@10 4EA 4EA 4FA 4FA 4FA 4FA 4FA 4GA 4GA 4GA 4HA 4HA -- -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- 4JA 4LA 4LA 4LA 4LA 4MA 4MASet value in A 22 23 28 28 28 29 31 36 36 36 40 40 45 70 70 70 73 80 80

4AT43 2 14 3RV10 31-@@@10 4EA 4FA 4FA 4FA 4FA 4GA 4GA 4HA 4HA 4HA -- -- -- -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- 4JA 4JA 4JA 4MA 4MA 4MA 4MA 4MA 4MASet value in A 25 28 29 30 31 36 36 40 40 40 45 45 45 80 80 80 82 85 90

4AT45 0 16 3RV10 31-@@@10 4FA 4FA 4GA 4GA 4HA 4HA -- -- -- -- -- -- -- -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- 4JA 4JA 4JA 4JA 4JA 4KA 4KA 4MA 4MA 4MA 4MA 4MA 4MASet value in A 29 30 33 36 40 40 45 45 45 45 47 57 57 81 85 89 94 97 100


© Siemens AG 2012


15/11Siemens IC 10 · 2012

General data

15

European voltage and multi-voltage version


Trans-former

Rated power Pn

Motor starter protector1)


Type kVA Type 690 660 600 575 550 525 500 480 460 440 415 400 380 240 230 220 208 200 190

Motor starter protector version for 4AM transformers: Transformer protection4AM23 4 0.025 3RV24 11-@@@10 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0AA 0CA 0CA 0CA 0CA 0CA 0CA

Set value in A 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.11 0.12 0.19 0.2 0.2 0.23 0.24 0.25

4AM26 4 0.04 3RV24 11-@@@10 0AA 0AA 0AA 0AA 0AA 0BA 0BA 0BA 0BA 0BA 0BA 0CA 0CA 0DA 0DA 0DA 0EA 0EA 0EASet value in A 0.11 0.11 0.12 0.12 0.13 0.14 0.14 0.15 0.16 0.16 0.17 0.18 0.19 0.3 0.32 0.32 0.35 0.35 0.38

4AM32 4 0.063 3RV24 11-@@@10 0BA 0BA 0BA 0CA 0CA 0CA 0CA 0CA 0DA 0DA 0DA 0DA 0DA 0FA 0FA 0FA 0GA 0GA 0GASet value in A 0.15 0.15 0.17 0.18 0.19 0.2 0.2 0.21 0.22 0.23 0.25 0.26 0.27 0.43 0.45 0.47 0.49 0.5 0.55

4AM34 4 0.1 3RV24 11-@@@10 0DA 0DA 0EA 0EA 0EA 0EA 0EA 0FA 0FA 0FA 0FA 0FA 0FA 0HA 0HA 0HA 0JA 0JA 0JASet value in A 0.25 0.26 0.29 0.3 0.31 0.33 0.34 0.35 0.35 0.39 0.41 0.43 0.45 0.72 0.75 0.75 0.83 0.85 0.9

4AM38 4 0.16 3RV24 11-@@@10 0FA 0FA 0GA 0GA 0GA 0GA 0GA 0HA 0HA 0HA 0HA 0HA 0HA 0KA 0KA 0KA 1AA 1AA 1AASet value in A 0.39 0.4 0.45 0.45 0.49 0.51 0.54 0.55 0.55 0.6 0.65 0.67 0.71 1.1 1.1 1.2 1.3 1.35 1.4

4AM40 4 0.25 3RV24 11-@@@10 0HA 0HA 0HA 0HA 0JA 0JA 0JA 0JA 0JA 0KA 0KA 0KA 0KA 1BA 1BA 1BA 1BA 1BA 1BASet value in A 0.55 0.6 0.66 0.69 0.7 0.75 0.8 0.82 0.85 0.9 0.95 0.99 1 1.65 1.7 1.8 1.9 1.9 2

4AM43 4 0.315 3RV24 11-@@@10 0JA 0JA 0JA 0JA 0KA 0KA 0KA 0KA 0KA 0KA 0KA 1AA 1AA 1CA 1CA 1CA 1CA 1CA 1CASet value in A 0.7 0.75 0.8 0.85 0.9 0.9 1 1 1 1.1 1.2 1.24 1.3 2 2.1 2.2 2.3 2.4 2.5

4AM46 4 0.4 3RV24 11-@@@10 0KA 0KA 0KA 0KA 1AA 1AA 1AA 1AA 1AA 1AA 1AA 1BA 1BA 1DA 1DA 1DA 1DA 1DA 1DASet value in A 0.9 0.9 1 1 1.1 1.1 1.2 1.3 1.35 1.4 1.48 1.55 1.63 2.6 2.7 2.8 3 3.1 3.2

4AM48 4 0.5 3RV24 11-@@@10 1AA 1AA 1AA 1AA 1BA 1BA 1BA 1BA 1BA 1BA 1BA 1CA 1CA 1EA 1EA 1EA 1EA 1EA 1EASet value in A 1.1 1.1 1.3 1.35 1.4 1.4 1.5 1.6 1.65 1.75 1.85 1.9 2 3.2 3.3 3.5 3.7 3.8 4

4AM52 4 0.63 3RV24 11-@@@10 1AA 1BA 1BA 1BA 1BA 1CA 1CA 1CA 1CA 1CA 1CA 1DA 1DA 1FA 1FA 1FA 1FA 1FA 1FASet value in A 1.35 1.4 1.5 1.6 1.7 1.8 1.9 1.9 2 2.1 2.2 2.3 2.5 3.9 4 4 4.5 4.7 5

4AM55 4 0.8 3RV24 11-@@@10 1BA 1CA 1CA 1CA 1CA 1DA 1DA 1DA 1DA 1DA 1DA 1EA 1EA 1GA 1GA 1GA 1GA 1GA 1GASet value in A 1.5 1.8 2 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.9 3 3.1 5 5 5.5 5.8 6 6.3

4AM57 4 1 3RV24 11-@@@10 1DA 1DA 1DA 1DA 1DA 1EA 1EA 1EA 1EA 1EA 1EA 1FA 1FA 1HA 1HA 1HA 1HA 1HA 1HASet value in A 2.2 2.3 2.5 2.6 2.7 2.9 3 3.1 3.3 3.4 3.6 3.8 4 6.3 6.5 6.5 7 7.6 8

4AM61 4 1.6 3RV24 11-@@@10 1FA 1FA 1FA 1FA 1GA 1GA 1GA 1GA 1GA 1GA 1GA 1GA 1GA 1KA 1KA 1KA 1KA 1KA 1KASet value in A 3.6 3.7 4.1 4.3 4.5 4.7 5 5 5.4 5.6 5.9 6.2 6.3 10 10.5 11 12 12.3 12.5

4AM64 4 2 3RV24 11-@@@10 1FA 1GA 1GA 1GA 1HA 1HA 1HA 1HA 1HA 1HA 1HA 1HA 1HA 4AA 4AA 4AA 4AA 4AA 4AASet value in A 4.4 4.6 5 5.3 5.5 5.8 6.1 6.3 6.6 6.9 7.3 7.6 8 12.5 13 13.5 14.5 15 16

4AM65 4 2.5 3RV24 11-@@@10 1HA 1HA 1HA 1HA 1JA 1JA 1JA 1JA 1JA 1JA 1JA 1KA 1KA 4BA 4BA 4BA 4BA 4BA --3RV24 21-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 4DASet value in A 5.5 5.8 6.4 6.6 7 7.3 7.5 8 8.3 8.7 9.2 9.5 10 16 16.5 17 18.5 19 20

Motor starter protector version for 4AT transformers: Motor protection4AT30 3 4 3RV20 11-@@@10 1JA 1JA 1KA 1KA 1KA 1KA -- -- -- -- -- -- -- -- -- -- -- -- --

3RV20 21-@@@10 -- -- -- -- -- -- 4AA 4AA 4AA 4AA 4AA 4AA 4BA -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4EA 4EA 4EA 4EA 4FA 4FASet value in A 8 8 9 9 9 10 11 11 11 12 12 13 14 22 22 23 24 28 28

4AT36 1 5 3RV20 11-@@@10 1KA 1KA 1KA -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --3RV20 21-@@@10 -- -- -- 4AA 4AA 4AA 4BA 4BA 4BA 4BA 4BA 4BA 4CA -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4FA 4FA 4FA 4FA 4FA 4GASet value in A 10 10 11 11 12 12 14 14 14 15 16 16 17 28 28 29 31 32 36

4AT36 3 6.3 3RV20 21-@@@10 4AA 4AA 4BA 4BA 4BA 4BA 4CA 4CA 4CA 4CA 4DA 4DA 4DA -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4GA 4GA 4GA 4GA 4GA 4HASet value in A 12 12 14 14 15 15 17 17 17 18 20 20 21 36 36 36 8 39 41

4AT39 1 8 3RV20 21-@@@10 4BA 4BA 4CA 4CA 4CA 4DA 4DA 4DA 4DA -- -- -- -- -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- -- -- -- -- 4EA 4EA 4EA 4FA 4HA 4HA 4HA -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 4JA 4JA 4JASet value in A 15 15 17 18 18 20 20 21 22 23 24 25 28 42 43 45 48 50 52

4AT39 3 10 3RV20 21-@@@10 4CA 4CA 4DA 4DA 4DA -- -- -- -- -- -- -- -- -- -- -- -- -- --3RV10 31-@@@10 -- -- -- -- -- 4EA 4EA 4EA 4FA 4FA 4FA 4FA 4FA -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4JA 4KA 4KA 4KA 4KA 4KASet value in A 18 19 21 22 23 24 25 26 28 28 30 31 32 51 57 57 59 69 64

4AT43 0 11.2 3RV10 31-@@@10 4EA 4EA 4EA 4EA 4EA 4FA 4FA 4FA 4FA 4GA 4GA 4GA 4HA -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- -- 4KA 4KA 4LA 4LA 4LA 4MASet value in A 22 22 23 24 25 28 28 29 30 36 36 36 40 58 60 70 70 70 80

4AT43 1 12.5 3RV10 31-@@@10 4EA 4EA 4FA 4FA 4FA 4FA 4FA 4GA 4GA 4GA 4HA 4HA -- -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- -- -- 4JA 4LA 4LA 4LA 4LA 4MA 4MASet value in A 22 23 28 28 28 29 31 36 36 36 40 40 45 70 70 70 73 80 80

4AT43 2 14 3RV10 31-@@@10 4EA 4FA 4FA 4FA 4FA 4GA 4GA 4HA 4HA 4HA -- -- -- -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- -- -- -- -- 4JA 4JA 4JA 4MA 4MA 4MA 4MA 4MA 4MASet value in A 25 28 29 30 31 36 36 40 40 40 45 45 45 80 80 80 82 85 90

4AT45 0 16 3RV10 31-@@@10 4FA 4FA 4GA 4GA 4HA 4HA -- -- -- -- -- -- -- -- -- -- -- -- --3RV10 41-@@@10 -- -- -- -- -- -- 4JA 4JA 4JA 4JA 4JA 4KA 4KA 4MA 4MA 4MA 4MA 4MA 4MASet value in A 29 30 33 36 40 40 45 45 45 45 47 57 57 81 85 89 94 97 100


© Siemens AG 2012


General data

15/12 Siemens IC 10 · 2012

15

Secondary-side short-circuit and overload protection with motor starter protector


Transformer Rated power Pn

Motor Starter Protectors

Version: Motor protection1)

Rated output voltage U2N in V

Type kVA Type 230 115 110 42 24

4AM transformers4AM23 4 0.025 3RV20 11-@@@10 0AA 0DA 0DA 0HA 1AA

Set value in A 0.14 0.26 0.29 0.75 1.3

4AM26 4 0.04 3RV20 11-@@@10 0CA 0FA 0FA 0KA 1CASet value in A 0.21 0.41 0.45 1.2 2.1

4AM32 4 0.063 3RV20 11-@@@10 0EA 0HA 0HA 1BA 1EASet value in A 0.34 0.68 0.72 1.9 3.3

4AM34 4 0.1 3RV20 11-@@@10 0GA 0KA 0KA 1DA 1GASet value in A 0.55 1.1 1.14 3 5.2

4AM38 4 0.16 3RV20 11-@@@10 0JA 1BA 1BA 1FA 1JASet value in A 0.86 1.72 1.82 4.8 8.4

4AM40 4 0.25 3RV20 11-@@@10 1AA 1DA 1DA 1HA --3RV20 21-@@@10 -- -- -- -- 4AASet value in A 1.37 2.7 2.8 7.4 13

4AM43 4 0.315 3RV20 11-@@@10 1BA 1EA 1EA 1JA --3RV20 21-@@@10 -- -- -- -- 4BASet value in A 1.72 3.4 3.6 9.4 16.5

4AM46 4 0.4 3RV20 11-@@@10 1CA 1FA 1FA 1KA --3RV20 21-@@@10 -- -- -- -- 4CASet value in A 2.2 4.4 4.6 12 21

4AM48 4 0.5 3RV20 11-@@@10 1DA 1GA 1GA -- --3RV20 21-@@@10 -- -- -- 4AA --3RV10 31-@@@10 -- -- -- -- 4EASet value in A 2.7 5.4 5.7 15 26

4AM52 4 0.63 3RV20 11-@@@10 1EA 1HA 1HA -- --3RV20 21-@@@10 -- -- -- 4BA --3RV10 31-@@@10 -- -- -- -- 4FASet value in A 3.4 6.8 7.2 18.8 33

4AM55 4 0.8 3RV20 11-@@@10 1FA 1JA 1JA -- --3RV20 21-@@@10 -- -- -- 4DA --3RV10 31-@@@10 -- -- -- -- 4GASet value in A 4.4 8.8 9.2 24 42

4AM57 4 1 3RV20 11-@@@10 1GA 1KA 1KA -- --3RV10 31-@@@10 -- -- -- 4EA --3RV10 41-@@@10 -- -- -- -- 4JASet value in A 5.4 10.8 11.4 30 52

4AM61 4 1.6 3RV20 11-@@@10 1JA -- -- -- --3RV10 31-@@@10 -- 4BA 4BA 4HA --3RV10 41-@@@10 -- -- -- -- 4LASet value in A 8.6 17 18.5 48 81

4AM64 4 2 3RV20 11-@@@10 1KA -- -- -- --3RV10 31-@@@10 -- 4DA 4DA -- --3RV10 41-@@@10 -- -- -- 4JA 4MASet value in A 10.9 22 23 60 101

4AM65 4 2.5 3RV20 21-@@@10 4AA -- -- -- --3RV10 31-@@@10 -- 4EA 4EA -- --3RV10 41-@@@10 -- -- -- 4KA --3VF32 11-@@@@@-0AA0 -- -- -- -- 1BU41Set value in A 13.6 27 28 72 125

4AT transformers4AT30 3 4 3RV20 21-@@@10 4CA -- -- -- --

3RV10 31-@@@10 -- 4GA -- -- --Set value in A 21 41 -- -- --

4AT36 1 5 3RV10 31-@@@10 4EA -- -- -- --3RV10 41-@@@10 -- 4JA -- -- --Set value in A 26 51 -- -- --

4AT36 3 6.3 3RV10 31-@@@10 4FA -- -- -- --3RV10 41-@@@10 -- 4KA -- -- --Set value in A 32 64 -- -- --

4AT39 1 8 3RV10 31-@@@10 4GA -- -- -- --3RV10 41-@@@10 -- 4LA -- -- --Set value in A 41 81 -- -- --

4AT39 3 10 3RV10 41-@@@10 4JA 4MA -- -- --Set value in A 51 100 -- -- --


© Siemens AG 2012


15/13Siemens IC 10 · 2012

General data

15

Short-time rating of control transformers Pshortt.1) = f (p.f.) for U2 = 0.95 × U2N

1) Pshortt. applies to up to 300 contactor operations per hour. The specified rating is the typical maximum short-time rating.

Trans-former

Rated power Pn

Short-time rating Pshortt.1) with p.f. of Voltage

rise in no-load operation

Voltage drop on rated load

Short-circuit voltage 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1

(operating temperature)

(at 20 °C) (at 20 °C)

Type kVA kVA kVA kVA kVA kVA kVA kVA kVA kVA kVA uA % uR % uZ %

4AM transformers4AM32 4 0.063 0.56 0.37 0.28 0.23 0.19 0.16 0.14 0.12 0.12 0.11 10 8.4 8.54AM34 4 0.1 0.96 0.62 0.46 0.37 0.31 0.26 0.23 0.21 0.19 0.17 10 7.7 7.74AM38 4 0.16 1.52 0.98 0.73 0.58 0.49 0.42 0.37 0.33 0.3 0.28 10.4 7.6 7.7

4AM40 4 0.25 2.5 1.62 1.24 1 0.85 0.74 0.66 0.59 0.54 0.51 7.2 5.4 5.44AM43 4 0.315 3.4 2.15 1.63 1.33 1.12 0.97 0.86 0.77 0.71 0.67 6.6 4.9 54AM46 4 0.4 3.51 2.53 2 1.67 1.44 1.26 1.13 1 0.95 0.92 5.7 4.3 4.4

4AM48 4 0.5 5.34 3.75 2.9 2.4 2 1.75 1.55 1.4 1.3 1.25 5 3.8 3.84AM52 4 0.63 5.05 3.85 3.15 2.7 2.35 2.1 1.9 1.75 1.65 1.6 4.7 3.6 3.74AM55 4 0.8 7.69 5.8 4.65 3.9 3.4 3 2.7 2.5 2.3 2.25 4 3 3.14AM57 4 1.0 12.1 8.85 7 5.85 5 4.4 3.95 3.6 3.3 3.2 3.2 2.5 2.5

4AM61 4 1.6 12.1 10.3 9 8.1 7.3 6.8 6.4 6.1 5.9 6.4 2.4 1.9 2.14AM64 4 2 15.8 13.5 11.9 10.7 9.7 9 8.5 8.1 7.9 8.6 2.1 1.7 1.94AM65 4 2.5 19.6 17.3 15.6 14.3 13.3 12.5 12 11.6 11.5 13.2 1.6 1.3 1.6

4AT transformersWith one input voltage4AT30 3 4 31.2 25 20.9 18 16 14.4 13.2 12.2 11.6 11.7 3.8 2.7 2.94AT36 1 5 44.3 32.5 25.8 21.4 18.5 16.1 14.4 13.1 12.1 11.6 5.5 3.8 3.94AT36 3 6.3 40.7 33.4 28.4 24.9 22.5 20.3 18.7 17.5 16.7 16.9 4.3 3.1 3.34AT39 1 8 52.7 43.1 36.5 31.8 28.5 25.6 23.4 21.9 20.8 21.3 4.3 3.1 3.34AT39 3 10 42 37.7 34.4 31.9 30 28.4 27.3 26.7 26.8 29 3.5 2.5 3.3

In European voltage version or multi-voltage version4AT30 3 4 45.8 32.6 25.4 20.9 17.8 15.5 13.8 12.5 11.5 11 4.1 2.9 2.94AT36 1 5 48 36.7 27.9 22.6 19 16.5 14.6 13.1 12 11.2 5.9 4 4.14AT36 3 6.3 54.9 42.1 33.8 28.4 24.5 21.7 19.5 17.8 16.5 16.1 4.7 3.2 3.34AT39 1 8 70 53.6 43 36 31.1 27.5 24.8 22.6 21 20.4 4.6 3.2 3.34AT39 3 10 64.1 53.3 45.8 40.5 36.4 33.3 30.9 29.1 27.9 29.4 3.7 2.6 2.9

With selectable voltages4AT30 3 4 45.8 32.6 25.4 20.9 17.8 15.5 13.8 12.5 11.5 11 4.1 2.9 2.94AT36 1 5 48 36.7 27.9 22.6 19 16.5 14.6 13.1 12 11.2 5.9 4 4.14AT36 3 6.3 54.9 42.1 33.8 28.4 24.5 21.7 19.5 17.8 16.5 16.1 4.7 3.2 3.34AT39 1 8 70 53.6 43 36 31.1 27.5 24.8 22.6 21 20.4 4.6 3.2 3.34AT39 3 10 64.1 53.3 45.8 40.5 36.4 33.3 30.9 29.1 27.9 29.4 3.7 2.6 2.9

4AT43 0 11.2 117 85.8 67.8 56.3 48.3 42.4 37.9 34.5 31.9 30.7 4.1 2.9 2.94AT43 1 12.5 117 89.5 72.9 61.8 53.8 47.9 43.3 39.8 37.2 36.7 3.7 2.6 2.74AT43 2 14 111 90 75.9 66 58.7 53.1 48.8 45.5 43.2 44.2 3.3 2.3 2.54AT45 0 16 187 140 112 94 81.2 71.7 64.5 59 54.7 53.4 3.1 2.1 2.2


© Siemens AG 2012

Single-Phase Transformers Safety, Isolating, Control and Mains TransformersSIRIUS 4AMsafety, mains and control transformers

15/14 Siemens IC 10 · 2012* You can order this quantity or a multiple thereof.

Illustrations are approximate

15

■ Overview

• According to EN 61558-2-6, -2-1, -2-2 • CUUS

• ta = 40 °C/B• 50/60 Hz AC• Degree of protection IP00, IP23 and IP54• For more products see Industry Mall and

Interactive Catalog CA 01 or www.mdexx.com.

·, μ, ¶ SIRIUS 4AM single-phase transformer with screw terminals/flat connectors

■ Selection and ordering data

With one input voltage

Rated input voltage U1N 230 V ± 5 %, rated output voltages U2N 24 V or 42 V

CUUS, ·, μ, ¶

PU (UNIT, SET, M) = 1PS* = 1 unitPG = 4M1

For online configurator see www.siemens.com/sirius/configurators.1) For p.f. = 0.5 and U2 = 0.95 × U2N.

2) The delivery time class depends on the quantity, see page 15/6 "Options".3) For types 4AM32 to 4AM40, standard rail mounting is integrated in the

standard version.

Rated power Pn

Short-time rating Pshortt.

1)DT2) U2N 24 V Cu

weightper PU

approx.

DT2) U2N 42 V Cuweightper PU

approx.Screw terminals/flat connectors


Configurator Configurator

Order No. Price per PU

Order No. Price per PUkVA kVA kg kg

Degree of protection IP00, standard version3)

0.063 0.19 A 4AM32 42-4TN00-0EA0 1.400 A 4AM32 42-4TV00-0EA0 1.4000.1 0.31 A 4AM34 42-4TN00-0EA0 2.000 A 4AM34 42-4TV00-0EA0 2.0000.16 0.49 A 4AM38 42-4TN00-0EA0 2.700 A 4AM38 42-4TV00-0EA0 2.7000.25 0.85 A 4AM40 42-4TN00-0EA0 3.700 A 4AM40 42-4TV00-0EA0 3.7000.315 1.12 A 4AM43 42-4TN00-0EA0 4.500 X 4AM43 42-4TV00-0EA0 4.500

0.4 1.44 A 4AM46 42-4TN00-0EA0 5.400 X 4AM46 42-4TV00-0EA0 5.4000.5 2 A 4AM48 42-4TN00-0EA0 7.000 X 4AM48 42-4TV00-0EA0 7.0000.63 2.35 A 4AM52 42-4TN00-0EA0 7.900 X 4AM52 42-4TV00-0EA0 7.9000.8 3.4 A 4AM55 42-4TN00-0EA0 11.000 X 4AM55 42-4TV00-0EA0 11.0001 5 A 4AM57 42-4TN00-0EA0 14.000 X 4AM57 42-4TV00-0EA0 14.000

Degree of protection IP00, standard rail mounting3)

0.063 0.19 A 4AM32 42-4TN00-0EA0 1.400 A 4AM32 42-4TV00-0EA0 1.4000.1 0.31 A 4AM34 42-4TN00-0EA0 2.000 A 4AM34 42-4TV00-0EA0 2.0000.16 0.49 A 4AM38 42-4TN00-0EA0 2.700 A 4AM38 42-4TV00-0EA0 2.7000.25 0.85 A 4AM40 42-4TN00-0EA0 3.700 A 4AM40 42-4TV00-0EA0 3.700

0.315 1.12 X 4AM43 42-4TN00-0EB0 4.500 X 4AM43 42-4TV00-0EB0 4.5000.4 1.44 X 4AM46 42-4TN00-0EB0 5.400 X 4AM46 42-4TV00-0EB0 5.4000.5 2 X 4AM48 42-4TN00-0EB0 7.000 X 4AM48 42-4TV00-0EB0 7.000

Degree of protection IP230.057 0.19 X 4AM32 42-4TN00-0EC0 2.700 X 4AM32 42-4TV00-0EC0 2.7000.09 0.31 X 4AM34 42-4TN00-0EC0 3.300 X 4AM34 42-4TV00-0EC0 3.3000.145 0.49 X 4AM38 42-4TN00-0EC0 5.600 X 4AM38 42-4TV00-0EC0 5.6000.225 0.85 X 4AM40 42-4TN00-0EC0 6.600 X 4AM40 42-4TV00-0EC0 6.6000.268 1.12 X 4AM43 42-4TN00-0EC0 7.400 X 4AM43 42-4TV00-0EC0 7.400

0.34 1.44 X 4AM46 42-4TN00-0EC0 8.300 X 4AM46 42-4TV00-0EC0 8.3000.425 2 X 4AM48 42-4TN00-0EC0 9.900 X 4AM48 42-4TV00-0EC0 9.9000.535 2.35 X 4AM52 42-4TN00-0EC0 10.800 X 4AM52 42-4TV00-0EC0 10.8000.68 3.4 X 4AM55 42-4TN00-0EC0 13.900 X 4AM55 42-4TV00-0EC0 13.9000.85 5 X 4AM57 42-4TN00-0EC0 16.900 X 4AM57 42-4TV00-0EC0 16.900

Degree of protection IP540.05 0.19 X 4AM32 42-4TN00-0ED0 2.700 X 4AM32 42-4TV00-0ED0 2.7000.08 0.31 X 4AM34 42-4TN00-0ED0 3.300 X 4AM34 42-4TV00-0ED0 3.3000.128 0.49 X 4AM38 42-4TN00-0ED0 5.600 X 4AM38 42-4TV00-0ED0 5.6000.2 0.85 X 4AM40 42-4TN00-0ED0 6.600 X 4AM40 42-4TV00-0ED0 6.6000.236 1.12 X 4AM43 42-4TN00-0ED0 7.400 X 4AM43 42-4TV00-0ED0 7.400

0.3 1.44 X 4AM46 42-4TN00-0ED0 8.300 X 4AM46 42-4TV00-0ED0 8.3000.375 2 X 4AM48 42-4TN00-0ED0 9.900 X 4AM48 42-4TV00-0ED0 9.9000.475 2.35 X 4AM52 42-4TN00-0ED0 10.800 X 4AM52 42-4TV00-0ED0 10.8000.6 3.4 X 4AM55 42-4TN00-0ED0 13.900 X 4AM55 42-4TV00-0ED0 13.9000.75 5 X 4AM57 42-4TN00-0ED0 16.900 X 4AM57 42-4TV00-0ED0 16.900


© Siemens AG 2012


SIRIUS 4AMsafety, mains and control transformers

15/15Siemens IC 10 · 2012* You can order this quantity or a multiple thereof.Illustrations are approximate

15



CUUS, ·, μ, ¶


For online configurator see www.siemens.com/sirius/configurators.1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".3) For types 4AM32 to 4AM40, standard rail mounting is integrated in the

standard version.

Rated power Pn


1)DT2) U2N 24 V Cu

weightper PU

approx.








0.063 0.19 A 4AM32 42-5AN00-0EA0 1.400 A 4AM32 42-5AV00-0EA0 1.4000.1 0.31 A 4AM34 42-5AN00-0EA0 2.000 A 4AM34 42-5AV00-0EA0 2.0000.16 0.49 A 4AM38 42-5AN00-0EA0 2.700 A 4AM38 42-5AV00-0EA0 2.7000.25 0.85 A 4AM40 42-5AN00-0EA0 3.700 A 4AM40 42-5AV00-0EA0 3.7000.315 1.12 A 4AM43 42-5AN00-0EA0 4.500 X 4AM43 42-5AV00-0EA0 4.500

0.4 1.44 A 4AM46 42-5AN00-0EA0 5.400 X 4AM46 42-5AV00-0EA0 5.4000.5 2 A 4AM48 42-5AN00-0EA0 7.000 X 4AM48 42-5AV00-0EA0 7.0000.63 2.35 A 4AM52 42-5AN00-0EA0 7.900 X 4AM52 42-5AV00-0EA0 7.9000.8 3.4 A 4AM55 42-5AN00-0EA0 11.000 X 4AM55 42-5AV00-0EA0 11.0001 5 A 4AM57 42-5AN00-0EA0 14.000 X 4AM57 42-5AV00-0EA0 14.000


0.063 0.19 A 4AM32 42-5AN00-0EA0 1.400 A 4AM32 42-5AV00-0EA0 1.4000.1 0.31 A 4AM34 42-5AN00-0EA0 2.000 A 4AM34 42-5AV00-0EA0 2.0000.16 0.49 A 4AM38 42-5AN00-0EA0 2.700 A 4AM38 42-5AV00-0EA0 2.7000.25 0.85 A 4AM40 42-5AN00-0EA0 3.700 A 4AM40 42-5AV00-0EA0 3.700

0.315 1.12 X 4AM43 42-5AN00-0EB0 4.500 X 4AM43 42-5AV00-0EB0 4.5000.4 1.44 X 4AM46 42-5AN00-0EB0 5.400 X 4AM46 42-5AV00-0EB0 5.4000.5 2 X 4AM48 42-5AN00-0EB0 7.000 X 4AM48 42-5AV00-0EB0 7.000

Degree of protection IP230.057 0.19 X 4AM32 42-5AN00-0EC0 2.700 X 4AM32 42-5AV00-0EC0 2.7000.09 0.31 X 4AM34 42-5AN00-0EC0 3.300 X 4AM34 42-5AV00-0EC0 3.3000.145 0.49 X 4AM38 42-5AN00-0EC0 5.600 X 4AM38 42-5AV00-0EC0 5.6000.225 0.85 X 4AM40 42-5AN00-0EC0 6.600 X 4AM40 42-5AV00-0EC0 6.6000.268 1.12 X 4AM43 42-5AN00-0EC0 7.400 X 4AM43 42-5AV00-0EC0 7.400

0.34 1.44 X 4AM46 42-5AN00-0EC0 8.300 X 4AM46 42-5AV00-0EC0 8.3000.425 2 X 4AM48 42-5AN00-0EC0 9.900 X 4AM48 42-5AV00-0EC0 9.9000.535 2.35 X 4AM52 42-5AN00-0EC0 10.800 X 4AM52 42-5AV00-0EC0 10.8000.68 3.4 X 4AM55 42-5AN00-0EC0 13.900 X 4AM55 42-5AV00-0EC0 13.9000.85 5 X 4AM57 42-5AN00-0EC0 16.900 X 4AM57 42-5AV00-0EC0 16.900

Degree of protection IP540.05 0.19 X 4AM32 42-5AN00-0ED0 2.700 X 4AM32 42-5AV00-0ED0 2.7000.08 0.31 X 4AM34 42-5AN00-0ED0 3.300 X 4AM34 42-5AV00-0ED0 3.3000.128 0.49 X 4AM38 42-5AN00-0ED0 5.600 X 4AM38 42-5AV00-0ED0 5.6000.2 0.85 X 4AM40 42-5AN00-0ED0 6.600 X 4AM40 42-5AV00-0ED0 6.6000.236 1.12 X 4AM43 42-5AN00-0ED0 7.400 X 4AM43 42-5AV00-0ED0 7.400

0.3 1.44 X 4AM46 42-5AN00-0ED0 8.300 X 4AM46 42-5AV00-0ED0 8.3000.375 2 X 4AM48 42-5AN00-0ED0 9.900 X 4AM48 42-5AV00-0ED0 9.9000.475 2.35 X 4AM52 42-5AN00-0ED0 10.800 X 4AM52 42-5AV00-0ED0 10.8000.6 3.4 X 4AM55 42-5AN00-0ED0 13.900 X 4AM55 42-5AV00-0ED0 13.9000.75 5 X 4AM57 42-5AN00-0ED0 16.900 X 4AM57 42-5AV00-0ED0 16.900


© Siemens AG 2012




15

For European voltages

Rated input voltage U1N 400/230 V ± 15 V, rated output voltages U2N 24 V or 42 V

CUUS, ·, μ, ¶



standard version.

Rated power Pn


1)DT2) U2N 24 V Cu

weightper PU

approx.








0.063 0.19 A 4AM32 42-8JN00-0EA0 1.500 X 4AM32 42-8JV00-0EA0 1.5000.1 0.31 A 4AM34 42-8JN00-0EA0 2.100 X 4AM34 42-8JV00-0EA0 2.1000.16 0.49 A 4AM38 42-8JN00-0EA0 2.800 X 4AM38 42-8JV00-0EA0 2.8000.25 0.85 A 4AM40 42-8JN00-0EA0 3.900 X 4AM40 42-8JV00-0EA0 3.9000.315 1.12 X 4AM43 42-8JN00-0EA0 4.800 X 4AM43 42-8JV00-0EA0 4.800

0.4 1.44 X 4AM46 42-8JN00-0EA0 5.800 X 4AM46 42-8JV00-0EA0 5.8000.5 2 X 4AM48 42-8JN00-0EA0 7.400 X 4AM48 42-8JV00-0EA0 7.4000.63 2.35 X 4AM52 42-8JN00-0EA0 8.600 X 4AM52 42-8JV00-0EA0 8.6000.8 3.4 X 4AM55 42-8JN00-0EA0 12.000 X 4AM55 42-8JV00-0EA0 12.0001 5 X 4AM57 42-8JN00-0EA0 15.000 X 4AM57 42-8JV00-0EA0 15.000


0.063 0.19 A 4AM32 42-8JN00-0EA0 1.500 X 4AM32 42-8JV00-0EA0 1.5000.1 0.31 A 4AM34 42-8JN00-0EA0 2.100 X 4AM34 42-8JV00-0EA0 2.1000.16 0.49 A 4AM38 42-8JN00-0EA0 2.800 X 4AM38 42-8JV00-0EA0 2.8000.25 0.85 A 4AM40 42-8JN00-0EA0 3.900 X 4AM40 42-8JV00-0EA0 3.900

0.315 1.12 X 4AM43 42-8JN00-0EB0 4.800 X 4AM43 42-8JV00-0EB0 4.8000.4 1.44 X 4AM46 42-8JN00-0EB0 5.800 X 4AM46 42-8JV00-0EB0 5.8000.5 2 X 4AM48 42-8JN00-0EB0 7.400 X 4AM48 42-8JV00-0EB0 7.400

Degree of protection IP230.057 0.19 X 4AM32 42-8JN00-0EC0 2.800 X 4AM32 42-8JV00-0EC0 2.8000.09 0.31 X 4AM34 42-8JN00-0EC0 3.400 X 4AM34 42-8JV00-0EC0 3.4000.145 0.49 X 4AM38 42-8JN00-0EC0 5.700 X 4AM38 42-8JV00-0EC0 5.7000.225 0.85 X 4AM40 42-8JN00-0EC0 6.800 X 4AM40 42-8JV00-0EC0 6.8000.268 1.12 X 4AM43 42-8JN00-0EC0 7.700 X 4AM43 42-8JV00-0EC0 7.700

0.34 1.44 X 4AM46 42-8JN00-0EC0 8.700 X 4AM46 42-8JV00-0EC0 8.7000.425 2 X 4AM48 42-8JN00-0EC0 10.300 X 4AM48 42-8JV00-0EC0 10.3000.535 2.35 X 4AM52 42-8JN00-0EC0 11.500 X 4AM52 42-8JV00-0EC0 11.5000.68 3.4 X 4AM55 42-8JN00-0EC0 14.900 X 4AM55 42-8JV00-0EC0 14.9000.85 5 X 4AM57 42-8JN00-0EC0 17.900 X 4AM57 42-8JV00-0EC0 17.900

Degree of protection IP540.05 0.19 X 4AM32 42-8JN00-0ED0 2.800 X 4AM32 42-8JV00-0ED0 2.8000.08 0.31 X 4AM34 42-8JN00-0ED0 3.400 X 4AM34 42-8JV00-0ED0 3.4000.128 0.49 X 4AM38 42-8JN00-0ED0 5.700 X 4AM38 42-8JV00-0ED0 5.7000.2 0.85 X 4AM40 42-8JN00-0ED0 6.800 X 4AM40 42-8JV00-0ED0 6.8000.236 1.12 X 4AM43 42-8JN00-0ED0 7.700 X 4AM43 42-8JV00-0ED0 7.700

0.3 1.44 X 4AM46 42-8JN00-0ED0 8.700 X 4AM46 42-8JV00-0ED0 8.7000.375 2 X 4AM48 42-8JN00-0ED0 10.300 X 4AM48 42-8JV00-0ED0 10.3000.475 2.35 X 4AM52 42-8JN00-0ED0 11.500 X 4AM52 42-8JV00-0ED0 11.5000.6 3.4 X 4AM55 42-8JN00-0ED0 14.900 X 4AM55 42-8JV00-0ED0 14.9000.75 5 X 4AM57 42-8JN00-0ED0 17.900 X 4AM57 42-8JV00-0ED0 17.900


© Siemens AG 2012


SIRIUS 4AMsafety, mains and control transformers


15

In multi-voltage version

Rated input voltage U1N 550-525-500-480-460-440-415-400-380-230-208 V, rated output voltages U2N 24 V or 42 V

CUUS, ·, μ, ¶



standard version.

Rated power Pn


1)DT2) U2N 24 V Cu

weightper PU

approx.








0.063 0.19 A 4AM32 42-8DN00-0EA0 1.500 X 4AM32 42-8DV00-0EA0 1.5000.1 0.31 A 4AM34 42-8DN00-0EA0 2.100 X 4AM34 42-8DV00-0EA0 2.1000.16 0.49 A 4AM38 42-8DN00-0EA0 2.800 X 4AM38 42-8DV00-0EA0 2.8000.25 0.85 A 4AM40 42-8DN00-0EA0 3.900 X 4AM40 42-8DV00-0EA0 3.9000.315 1.12 A 4AM43 42-8DN00-0EA0 4.800 X 4AM43 42-8DV00-0EA0 4.800

0.4 1.44 A 4AM46 42-8DN00-0EA0 5.800 X 4AM46 42-8DV00-0EA0 5.8000.5 2 A 4AM48 42-8DN00-0EA0 7.400 X 4AM48 42-8DV00-0EA0 7.4000.63 2.35 A 4AM52 42-8DN00-0EA0 8.600 X 4AM52 42-8DV00-0EA0 8.6000.8 3.4 X 4AM55 42-8DN00-0EA0 12.000 X 4AM55 42-8DV00-0EA0 12.0001 5 X 4AM57 42-8DN00-0EA0 15.000 X 4AM57 42-8DV00-0EA0 15.000


0.063 0.19 A 4AM32 42-8DN00-0EA0 1.500 X 4AM32 42-8DV00-0EA0 1.5000.1 0.31 A 4AM34 42-8DN00-0EA0 2.100 X 4AM34 42-8DV00-0EA0 2.1000.16 0.49 A 4AM38 42-8DN00-0EA0 2.800 X 4AM38 42-8DV00-0EA0 2.8000.25 0.85 A 4AM40 42-8DN00-0EA0 3.900 X 4AM40 42-8DV00-0EA0 3.900

0.315 1.12 X 4AM43 42-8DN00-0EB0 4.800 X 4AM43 42-8DV00-0EB0 4.8000.4 1.44 X 4AM46 42-8DN00-0EB0 5.800 X 4AM46 42-8DV00-0EB0 5.8000.5 2 X 4AM48 42-8DN00-0EB0 7.400 X 4AM48 42-8DV00-0EB0 7.400

Degree of protection IP230.057 0.19 X 4AM32 42-8DN00-0EC0 2.800 X 4AM32 42-8DV00-0EC0 2.8000.09 0.31 X 4AM34 42-8DN00-0EC0 3.400 X 4AM34 42-8DV00-0EC0 3.4000.145 0.49 X 4AM38 42-8DN00-0EC0 5.700 X 4AM38 42-8DV00-0EC0 5.7000.225 0.85 X 4AM40 42-8DN00-0EC0 6.800 X 4AM40 42-8DV00-0EC0 6.8000.268 1.12 X 4AM43 42-8DN00-0EC0 7.700 X 4AM43 42-8DV00-0EC0 7.700

0.34 1.44 X 4AM46 42-8DN00-0EC0 8.700 X 4AM46 42-8DV00-0EC0 8.7000.425 2 X 4AM48 42-8DN00-0EC0 10.300 X 4AM48 42-8DV00-0EC0 10.3000.535 2.35 X 4AM52 42-8DN00-0EC0 11.500 X 4AM52 42-8DV00-0EC0 11.5000.68 3.4 X 4AM55 42-8DN00-0EC0 14.900 X 4AM55 42-8DV00-0EC0 14.9000.85 5 X 4AM57 42-8DN00-0EC0 17.900 X 4AM57 42-8DV00-0EC0 17.900

Degree of protection IP540.05 0.19 X 4AM32 42-8DN00-0ED0 2.800 X 4AM32 42-8DV00-0ED0 2.8000.08 0.31 X 4AM34 42-8DN00-0ED0 3.400 X 4AM34 42-8DV00-0ED0 3.4000.128 0.49 X 4AM38 42-8DN00-0ED0 5.700 X 4AM38 42-8DV00-0ED0 5.7000.2 0.85 X 4AM40 42-8DN00-0ED0 6.800 X 4AM40 42-8DV00-0ED0 6.8000.236 1.12 X 4AM43 42-8DN00-0ED0 7.700 X 4AM43 42-8DV00-0ED0 7.700

0.3 1.44 X 4AM46 42-8DN00-0ED0 8.700 X 4AM46 42-8DV00-0ED0 8.7000.375 2 X 4AM48 42-8DN00-0ED0 10.300 X 4AM48 42-8DV00-0ED0 10.3000.475 2.35 X 4AM52 42-8DN00-0ED0 11.500 X 4AM52 42-8DV00-0ED0 11.5000.6 3.4 X 4AM55 42-8DN00-0ED0 14.900 X 4AM55 42-8DV00-0ED0 14.9000.75 5 X 4AM57 42-8DN00-0ED0 17.900 X 4AM57 42-8DV00-0ED0 17.900


© Siemens AG 2012




15


Rated input voltage U1N 600-575-550-525-500-480-460-440-415-400-240-230 V, rated output voltages U2N 24 V or 42 V

CUUS, ·, μ, ¶



standard version.

Rated power Pn


1)DT2) U2N 24 V Cu

weightper PU

approx.








0.063 0.19 A 4AM32 42-8EN00-0EA0 1.500 X 4AM32 42-8EV00-0EA0 1.5000.1 0.31 A 4AM34 42-8EN00-0EA0 2.100 X 4AM34 42-8EV00-0EA0 2.1000.16 0.49 A 4AM38 42-8EN00-0EA0 2.800 X 4AM38 42-8EV00-0EA0 2.8000.25 0.85 A 4AM40 42-8EN00-0EA0 3.900 X 4AM40 42-8EV00-0EA0 3.9000.315 1.12 A 4AM43 42-8EN00-0EA0 4.800 X 4AM43 42-8EV00-0EA0 4.800

0.4 1.44 A 4AM46 42-8EN00-0EA0 5.800 X 4AM46 42-8EV00-0EA0 5.8000.5 2 A 4AM48 42-8EN00-0EA0 7.400 X 4AM48 42-8EV00-0EA0 7.4000.63 2.35 A 4AM52 42-8EN00-0EA0 8.600 X 4AM52 42-8EV00-0EA0 8.6000.8 3.4 X 4AM55 42-8EN00-0EA0 12.000 X 4AM55 42-8EV00-0EA0 12.0001 5 X 4AM57 42-8EN00-0EA0 15.000 X 4AM57 42-8EV00-0EA0 15.000


0.063 0.19 A 4AM32 42-8EN00-0EA0 1.500 X 4AM32 42-8EV00-0EA0 1.5000.1 0.31 A 4AM34 42-8EN00-0EA0 2.100 X 4AM34 42-8EV00-0EA0 2.1000.16 0.49 A 4AM38 42-8EN00-0EA0 2.800 X 4AM38 42-8EV00-0EA0 2.8000.25 0.85 A 4AM40 42-8EN00-0EA0 3.900 X 4AM40 42-8EV00-0EA0 3.900

0.315 1.12 X 4AM43 42-8EN00-0EB0 4.800 X 4AM43 42-8EV00-0EB0 4.8000.4 1.44 X 4AM46 42-8EN00-0EB0 5.800 X 4AM46 42-8EV00-0EB0 5.8000.5 2 X 4AM48 42-8EN00-0EB0 7.400 X 4AM48 42-8EV00-0EB0 7.400

Degree of protection IP230.057 0.19 X 4AM32 42-8EN00-0EC0 2.800 X 4AM32 42-8EV00-0EC0 2.8000.09 0.31 X 4AM34 42-8EN00-0EC0 3.400 X 4AM34 42-8EV00-0EC0 3.4000.145 0.49 X 4AM38 42-8EN00-0EC0 5.700 X 4AM38 42-8EV00-0EC0 5.7000.225 0.85 X 4AM40 42-8EN00-0EC0 6.800 X 4AM40 42-8EV00-0EC0 6.8000.268 1.12 X 4AM43 42-8EN00-0EC0 7.700 X 4AM43 42-8EV00-0EC0 7.700

0.34 1.44 X 4AM46 42-8EN00-0EC0 8.700 X 4AM46 42-8EV00-0EC0 8.7000.425 2 X 4AM48 42-8EN00-0EC0 10.300 X 4AM48 42-8EV00-0EC0 10.3000.535 2.35 X 4AM52 42-8EN00-0EC0 11.500 X 4AM52 42-8EV00-0EC0 11.5000.68 3.4 X 4AM55 42-8EN00-0EC0 14.900 X 4AM55 42-8EV00-0EC0 14.9000.85 5 X 4AM57 42-8EN00-0EC0 17.900 X 4AM57 42-8EV00-0EC0 17.900

Degree of protection IP540.05 0.19 X 4AM32 42-8EN00-0ED0 2.800 X 4AM32 42-8EV00-0ED0 2.8000.08 0.31 X 4AM34 42-8EN00-0ED0 3.400 X 4AM34 42-8EV00-0ED0 3.4000.128 0.49 X 4AM38 42-8EN00-0ED0 5.700 X 4AM38 42-8EV00-0ED0 5.7000.2 0.85 X 4AM40 42-8EN00-0ED0 6.800 X 4AM40 42-8EV00-0ED0 6.8000.236 1.12 X 4AM43 42-8EN00-0ED0 7.700 X 4AM43 42-8EV00-0ED0 7.700

0.3 1.44 X 4AM46 42-8EN00-0ED0 8.700 X 4AM46 42-8EV00-0ED0 8.7000.375 2 X 4AM48 42-8EN00-0ED0 10.300 X 4AM48 42-8EV00-0ED0 10.3000.475 2.35 X 4AM52 42-8EN00-0ED0 11.500 X 4AM52 42-8EV00-0ED0 11.5000.6 3.4 X 4AM55 42-8EN00-0ED0 14.900 X 4AM55 42-8EV00-0ED0 14.9000.75 5 X 4AM57 42-8EN00-0ED0 17.900 X 4AM57 42-8EV00-0ED0 17.900


© Siemens AG 2012


SIRIUS 4AMsafety and mains transformers


15

■ Overview

• According to EN 61558-2-6, -2-1• CUUS

• ta = 40 °C/B• 50/60 Hz AC• Degree of protection IP00, IP23 and IP54• For more products see Industry Mall and


·, μ SIRIUS 4AM single-phase transformer with screw terminals/flat connectors




CUUS, ·, μ


For online configurator see www.siemens.com/sirius/configurators. 1) The delivery time class depends on the quantity, see page 15/6 "Options".



CUUS, ·, μ



Rated power Pn



approx.







Degree of protection IP00, standard version0.025 -- A 4AM23 42-4TN00-0EA0 0.600 X 4AM23 42-4TV00-0EA0 0.6000.04 -- A 4AM26 42-4TN00-0EA0 0.800 X 4AM26 42-4TV00-0EA0 0.800

Degree of protection IP00, standard rail mounting0.025 -- X 4AM23 42-4TN00-0EB0 0.600 X 4AM23 42-4TV00-0EB0 0.6000.04 -- X 4AM26 42-4TN00-0EB0 0.800 X 4AM26 42-4TV00-0EB0 0.800

Degree of protection IP230.023 -- X 4AM23 42-4TN00-0EC0 1.900 X 4AM23 42-4TV00-0EC0 1.9000.036 -- X 4AM26 42-4TN00-0EC0 2.100 X 4AM26 42-4TV00-0EC0 2.100

Degree of protection IP540.02 -- X 4AM23 42-4TN00-0ED0 1.900 X 4AM23 42-4TV00-0ED0 1.9000.03 -- X 4AM26 42-4TN00-0ED0 2.100 X 4AM26 42-4TV00-0ED0 2.100

Rated power Pn



approx.







Degree of protection IP00, standard version0.025 -- A 4AM23 42-5AN00-0EA0 0.600 X 4AM23 42-5AV00-0EA0 0.6000.04 -- X 4AM26 42-5AN00-0EA0 0.800 X 4AM26 42-5AV00-0EA0 0.800

Degree of protection IP00, standard rail mounting0.025 -- X 4AM23 42-5AN00-0EB0 0.600 X 4AM23 42-5AV00-0EB0 0.6000.04 -- X 4AM26 42-5AN00-0EB0 0.800 X 4AM26 42-5AV00-0EB0 0.800

Degree of protection IP230.023 -- X 4AM23 42-5AN00-0EC0 1.900 X 4AM23 42-5AV00-0EC0 1.9000.036 -- X 4AM26 42-5AN00-0EC0 2.100 X 4AM26 42-5AV00-0EC0 2.100

Degree of protection IP540.02 -- X 4AM23 42-5AN00-0ED0 1.900 X 4AM23 42-5AV00-0ED0 1.9000.03 -- X 4AM26 42-5AN00-0ED0 2.100 X 4AM26 42-5AV00-0ED0 2.100


© Siemens AG 2012

Single-Phase Transformers Safety, Isolating, Control and Mains TransformersSIRIUS 4AM, 4ATisolating, control and mains transformers



15

■ Overview

• According to EN 61558-2-4, -2-2, -2-1• CUUS1)

• 4AM: ta = 40 °C/B, 4AT: ta = 55 °C/H• 50/60 Hz AC• Degree of protection IP00, IP23 and IP54• For more products see Industry Mall and


¸, ¶ , μ 1) CUUS approvals for voltages ≤ 600 V (excluding tappings).

SIRIUS 4AM single-phase transformer with screw terminals/flat connec-tors (left) and SIRIUS 4AT single-phase transformer with screw terminals (right)



Rated input voltage U1N 230 V ± 5 %, rated output voltages U2N 110 V or 230 V,degree of protection IP00

CUUS, ¸, ¶ , μ


For degrees of protection IP23 and IP54 see page 15/21. For online configurator see www.siemens.com/sirius/configurators.

1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".3) The 4AT types are only supplied with screw terminals.4) For types 4AM32 to 4AM40, standard rail mounting is integrated in the

standard version.

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.


approx.Screw terminals3)/flat connectors3)

Screw terminals3)/flat connectors3)





0.063 0.19 A 4AM32 42-4TJ10-0FA0 1.400 A 4AM32 42-4TT10-0FA0 1.4000.1 0.31 A 4AM34 42-4TJ10-0FA0 2.000 A 4AM34 42-4TT10-0FA0 2.0000.16 0.49 A 4AM38 42-4TJ10-0FA0 2.700 A 4AM38 42-4TT10-0FA0 2.7000.25 0.85 A 4AM40 42-4TJ10-0FA0 3.700 A 4AM40 42-4TT10-0FA0 3.7000.315 1.12 A 4AM43 42-4TJ10-0FA0 4.500 A 4AM43 42-4TT10-0FA0 4.500

0.4 1.44 A 4AM46 42-4TJ10-0FA0 5.400 A 4AM46 42-4TT10-0FA0 5.400

0.5 2 A 4AM48 42-4TJ10-0FA0 7.000 A 4AM48 42-4TT10-0FA0 7.0000.63 2.35 A 4AM52 42-4TJ10-0FA0 7.900 A 4AM52 42-4TT10-0FA0 7.9000.8 3.4 A 4AM55 42-4TJ10-0FA0 11.000 A 4AM55 42-4TT10-0FA0 11.0001 5 A 4AM57 42-4TJ10-0FA0 14.000 A 4AM57 42-4TT10-0FA0 14.000

1.6 7.3 X 4AM61 42-4TJ10-0FA0 19.000 A 4AM61 42-4TT10-0FA0 19.0002 9.7 X 4AM64 42-4TJ10-0FA0 23.000 A 4AM64 42-4TT10-0FA0 23.0002.5 13.3 X 4AM65 42-4TJ10-0FA0 29.000 A 4AM65 42-4TT10-0FA0 29.000

4 16 X 4AT30 32-4TJ10-0FA0 30.300 X 4AT30 32-4TT10-0FA0 30.3005 18.5 X 4AT36 12-4TJ10-0FA0 33.700 X 4AT36 12-4TT10-0FA0 33.7006.3 22.5 X 4AT36 32-4TJ10-0FA0 39.600 X 4AT36 32-4TT10-0FA0 39.6008 28.5 X 4AT39 12-4TJ10-0FA0 47.900 X 4AT39 12-4TT10-0FA0 47.900

10 30 X 4AT39 32-4TJ10-0FA0 57.100 X 4AT39 32-4TT10-0FA0 57.100


0.063 0.19 A 4AM32 42-4TJ10-0FA0 1.400 A 4AM32 42-4TT10-0FA0 1.4000.1 0.31 A 4AM34 42-4TJ10-0FA0 2.000 A 4AM34 42-4TT10-0FA0 2.0000.16 0.49 A 4AM38 42-4TJ10-0FA0 2.700 A 4AM38 42-4TT10-0FA0 2.7000.25 0.85 A 4AM40 42-4TJ10-0FA0 3.700 A 4AM40 42-4TT10-0FA0 3.700

0.315 1.12 X 4AM43 42-4TJ10-0FB0 4.500 X 4AM43 42-4TT10-0FB0 4.5000.4 1.44 X 4AM46 42-4TJ10-0FB0 5.400 X 4AM46 42-4TT10-0FB0 5.4000.5 2 X 4AM48 42-4TJ10-0FB0 7.000 X 4AM48 42-4TT10-0FB0 7.000


© Siemens AG 2012


SIRIUS 4AM, 4ATisolating, control and mains transformers


15


Rated input voltage U1N 230 V ± 5 %, rated output voltages U2N 110 V or 230 V,degrees of protection IP23 and IP54

CUUS, ¸, ¶ , μ


For online configurator see www.siemens.com/sirius/configurators. 1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".3) The 4AT types are only supplied with screw terminals.

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.







Degree of protection IP230.057 0.19 X 4AM32 42-4TJ10-0FC0 2.700 X 4AM32 42-4TT10-0FC0 2.7000.09 0.31 X 4AM34 42-4TJ10-0FC0 3.300 X 4AM34 42-4TT10-0FC0 3.3000.145 0.49 X 4AM38 42-4TJ10-0FC0 5.600 X 4AM38 42-4TT10-0FC0 5.6000.225 0.85 X 4AM40 42-4TJ10-0FC0 6.600 X 4AM40 42-4TT10-0FC0 6.6000.268 1.12 X 4AM43 42-4TJ10-0FC0 7.400 X 4AM43 42-4TT10-0FC0 7.400

0.34 1.44 X 4AM46 42-4TJ10-0FC0 8.300 X 4AM46 42-4TT10-0FC0 8.3000.425 2 X 4AM48 42-4TJ10-0FC0 9.900 X 4AM48 42-4TT10-0FC0 9.9000.535 2.35 X 4AM52 42-4TJ10-0FC0 10.800 X 4AM52 42-4TT10-0FC0 10.8000.68 3.4 X 4AM55 42-4TJ10-0FC0 13.900 X 4AM55 42-4TT10-0FC0 13.9000.85 5 X 4AM57 42-4TJ10-0FC0 16.900 X 4AM57 42-4TT10-0FC0 16.900

1.36 7.3 X 4AM61 42-4TJ10-0FC0 26.700 X 4AM61 42-4TT10-0FC0 26.7001.7 9.7 X 4AM64 42-4TJ10-0FC0 30.700 X 4AM64 42-4TT10-0FC0 30.7002.13 13.3 X 4AM65 42-4TJ10-0FC0 36.700 X 4AM65 42-4TT10-0FC0 36.700

3.6 16 X 4AT30 32-4TJ10-0FC0 38.000 X 4AT30 32-4TT10-0FC0 38.0004.5 18.5 X 4AT36 12-4TJ10-0FC0 41.400 X 4AT36 12-4TT10-0FC0 41.4005.6 22.5 X 4AT36 32-4TJ10-0FC0 47.300 X 4AT36 32-4TT10-0FC0 47.3007.1 28.5 X 4AT39 12-4TJ10-0FC0 61.800 X 4AT39 12-4TT10-0FC0 61.8009 30 X 4AT39 32-4TJ10-0FC0 71.000 X 4AT39 32-4TT10-0FC0 71.000

Degree of protection IP540.05 0.19 X 4AM32 42-4TJ10-0FD0 2.700 X 4AM32 42-4TT10-0FD0 2.7000.08 0.31 X 4AM34 42-4TJ10-0FD0 3.300 X 4AM34 42-4TT10-0FD0 3.3000.128 0.49 X 4AM38 42-4TJ10-0FD0 5.600 X 4AM38 42-4TT10-0FD0 5.6000.2 0.85 X 4AM40 42-4TJ10-0FD0 6.600 X 4AM40 42-4TT10-0FD0 6.6000.236 1.12 X 4AM43 42-4TJ10-0FD0 7.400 X 4AM43 42-4TT10-0FD0 7.400

0.3 1.44 X 4AM46 42-4TJ10-0FD0 8.300 X 4AM46 42-4TT10-0FD0 8.3000.375 2 X 4AM48 42-4TJ10-0FD0 9.900 X 4AM48 42-4TT10-0FD0 9.9000.475 2.35 X 4AM52 42-4TJ10-0FD0 10.800 X 4AM52 42-4TT10-0FD0 10.8000.6 3.4 X 4AM55 42-4TJ10-0FD0 13.900 X 4AM55 42-4TT10-0FD0 13.9000.75 5 X 4AM57 42-4TJ10-0FD0 16.900 X 4AM57 42-4TT10-0FD0 16.900

1.2 7.3 X 4AM61 42-4TJ10-0FD0 26.700 X 4AM61 42-4TT10-0FD0 26.7001.5 9.7 X 4AM64 42-4TJ10-0FD0 30.700 X 4AM64 42-4TT10-0FD0 30.7001.875 13.3 X 4AM65 42-4TJ10-0FD0 36.700 X 4AM65 42-4TT10-0FD0 36.700

3.15 16 X 4AT30 32-4TJ10-0FD0 38.000 X 4AT30 32-4TT10-0FD0 38.0004 18.5 X 4AT36 12-4TJ10-0FD0 41.400 X 4AT36 12-4TT10-0FD0 41.4005 22.5 X 4AT36 32-4TJ10-0FD0 47.300 X 4AT36 32-4TT10-0FD0 47.3006.3 28.5 X 4AT39 12-4TJ10-0FD0 61.800 X 4AT39 12-4TT10-0FD0 61.8008 30 X 4AT39 32-4TJ10-0FD0 71.000 X 4AT39 32-4TT10-0FD0 71.000


© Siemens AG 2012




15



CUUS, ¸, ¶ , μ


Degree of protection IP54 see page 15/23. For online configurator see www.siemens.com/sirius/configurators.


standard version.

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.








0.063 0.19 A 4AM32 42-5AJ10-0FA0 1.400 A 4AM32 42-5AT10-0FA0 1.4000.1 0.31 A 4AM34 42-5AJ10-0FA0 2.000 A 4AM34 42-5AT10-0FA0 2.0000.16 0.49 A 4AM38 42-5AJ10-0FA0 2.700 A 4AM38 42-5AT10-0FA0 2.7000.25 0.85 A 4AM40 42-5AJ10-0FA0 3.700 A 4AM40 42-5AT10-0FA0 3.7000.315 1.12 A 4AM43 42-5AJ10-0FA0 4.500 A 4AM43 42-5AT10-0FA0 4.5000.4 1.44 A 4AM46 42-5AJ10-0FA0 5.400 A 4AM46 42-5AT10-0FA0 5.4000.5 2 A 4AM48 42-5AJ10-0FA0 7.000 A 4AM48 42-5AT10-0FA0 7.000

0.63 2.35 A 4AM52 42-5AJ10-0FA0 7.900 A 4AM52 42-5AT10-0FA0 7.9000.8 3.4 A 4AM55 42-5AJ10-0FA0 11.000 A 4AM55 42-5AT10-0FA0 11.0001 5 A 4AM57 42-5AJ10-0FA0 14.000 A 4AM57 42-5AT10-0FA0 14.0001.6 7.3 A 4AM61 42-5AJ10-0FA0 19.000 A 4AM61 42-5AT10-0FA0 19.0002 9.7 X 4AM64 42-5AJ10-0FA0 21.000 A 4AM64 42-5AT10-0FA0 23.0002.5 13.3 A 4AM65 42-5AJ10-0FA0 29.000 A 4AM65 42-5AT10-0FA0 29.000

4 16 X 4AT30 32-5AJ10-0FA0 30.300 X 4AT30 32-5AT10-0FA0 30.3005 18.5 X 4AT36 12-5AJ10-0FA0 33.700 X 4AT36 12-5AT10-0FA0 32.0006.3 22.5 X 4AT36 32-5AJ10-0FA0 39.600 X 4AT36 32-5AT10-0FA0 37.0008 28.5 X 4AT39 12-5AJ10-0FA0 47.900 X 4AT39 12-5AT10-0FA0 47.900

10 30 X 4AT39 32-5AJ10-0FA0 57.100 X 4AT39 32-5AT10-0FA0 57.100


0.063 0.19 A 4AM32 42-5AJ10-0FA0 1.400 A 4AM32 42-5AT10-0FA0 1.4000.1 0.31 A 4AM34 42-5AJ10-0FA0 2.000 A 4AM34 42-5AT10-0FA0 2.0000.16 0.49 A 4AM38 42-5AJ10-0FA0 2.700 A 4AM38 42-5AT10-0FA0 2.7000.25 0.85 A 4AM40 42-5AJ10-0FA0 3.700 A 4AM40 42-5AT10-0FA0 3.7000.315 1.12 X 4AM43 42-5AJ10-0FB0 4.500 X 4AM43 42-5AT10-0FB0 4.5000.4 1.44 X 4AM46 42-5AJ10-0FB0 5.400 X 4AM46 42-5AT10-0FB0 5.4000.5 2 X 4AM48 42-5AJ10-0FB0 7.000 X 4AM48 42-5AT10-0FB0 7.000

Degree of protection IP230.057 0.19 X 4AM32 42-5AJ10-0FC0 2.700 X 4AM32 42-5AT10-0FC0 2.7000.09 0.31 X 4AM34 42-5AJ10-0FC0 3.300 X 4AM34 42-5AT10-0FC0 3.3000.145 0.49 X 4AM38 42-5AJ10-0FC0 5.600 X 4AM38 42-5AT10-0FC0 5.6000.225 0.85 X 4AM40 42-5AJ10-0FC0 6.600 X 4AM40 42-5AT10-0FC0 6.6000.268 1.12 X 4AM43 42-5AJ10-0FC0 7.400 X 4AM43 42-5AT10-0FC0 7.4000.34 1.44 X 4AM46 42-5AJ10-0FC0 8.300 X 4AM46 42-5AT10-0FC0 8.3000.425 2 X 4AM48 42-5AJ10-0FC0 9.900 X 4AM48 42-5AT10-0FC0 9.900

0.535 2.35 X 4AM52 42-5AJ10-0FC0 10.800 X 4AM52 42-5AT10-0FC0 10.800

0.68 3.4 X 4AM55 42-5AJ10-0FC0 13.900 X 4AM55 42-5AT10-0FC0 13.9000.85 5 X 4AM57 42-5AJ10-0FC0 16.900 X 4AM57 42-5AT10-0FC0 16.9001.36 7.3 X 4AM61 42-5AJ10-0FC0 26.700 X 4AM61 42-5AT10-0FC0 26.7001.7 9.7 X 4AM64 42-5AJ10-0FC0 30.700 X 4AM64 42-5AT10-0FC0 30.7002.13 13.3 X 4AM65 42-5AJ10-0FC0 36.700 X 4AM65 42-5AT10-0FC0 36.700

3.6 16 X 4AT30 32-5AJ10-0FC0 38.000 X 4AT30 32-5AT10-0FC0 38.0004.5 18.5 X 4AT36 12-5AJ10-0FC0 41.400 X 4AT36 12-5AT10-0FC0 41.4005.6 22.5 X 4AT36 32-5AJ10-0FC0 47.300 X 4AT36 32-5AT10-0FC0 47.3007.1 28.5 X 4AT39 12-5AJ10-0FC0 61.800 X 4AT39 12-5AT10-0FC0 61.8009 30 X 4AT39 32-5AJ10-0FC0 71.000 X 4AT39 32-5AT10-0FC0 71.000


© Siemens AG 2012




15



CUUS, ¸, ¶ , μ




Rated input voltage U1N 440 V ± 5 %, rated output voltages U2N 110 V or 230 V,degree of protection IP00 (standard version)

CUUS, ¸, ¶ , μ


Degrees of protection IP00 (standard rail mounting), IP23 and IP54 see page 15/24.

For online configurator see www.siemens.com/sirius/configurators.


standard version.

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.







Degree of protection IP540.05 0.19 X 4AM32 42-5AJ10-0FD0 2.700 X 4AM32 42-5AT10-0FD0 2.7000.08 0.31 X 4AM34 42-5AJ10-0FD0 3.300 X 4AM34 42-5AT10-0FD0 3.3000.128 0.49 X 4AM38 42-5AJ10-0FD0 5.600 X 4AM38 42-5AT10-0FD0 5.6000.2 0.85 X 4AM40 42-5AJ10-0FD0 6.600 X 4AM40 42-5AT10-0FD0 6.6000.236 1.12 X 4AM43 42-5AJ10-0FD0 7.400 X 4AM43 42-5AT10-0FD0 7.4000.3 1.44 X 4AM46 42-5AJ10-0FD0 8.300 X 4AM46 42-5AT10-0FD0 8.3000.375 2 X 4AM48 42-5AJ10-0FD0 9.900 X 4AM48 42-5AT10-0FD0 9.900

0.475 2.35 X 4AM52 42-5AJ10-0FD0 10.800 X 4AM52 42-5AT10-0FD0 10.800

0.6 3.4 X 4AM55 42-5AJ10-0FD0 13.900 X 4AM55 42-5AT10-0FD0 13.9000.75 5 X 4AM57 42-5AJ10-0FD0 16.900 X 4AM57 42-5AT10-0FD0 16.9001.2 7.3 X 4AM61 42-5AJ10-0FD0 26.700 X 4AM61 42-5AT10-0FD0 26.7001.5 9.7 X 4AM64 42-5AJ10-0FD0 30.700 X 4AM64 42-5AT10-0FD0 30.7001.875 13.3 X 4AM65 42-5AJ10-0FD0 36.700 X 4AM65 42-5AT10-0FD0 36.700

3.15 16 X 4AT30 32-5AJ10-0FD0 38.000 X 4AT30 32-5AT10-0FD0 38.0004 18.5 X 4AT36 12-5AJ10-0FD0 41.400 X 4AT36 12-5AT10-0FD0 41.4005 22.5 X 4AT36 32-5AJ10-0FD0 47.300 X 4AT36 32-5AT10-0FD0 47.3006.3 28.5 X 4AT39 12-5AJ10-0FD0 61.800 X 4AT39 12-5AT10-0FD0 61.8008 30 X 4AT39 32-5AJ10-0FD0 71.000 X 4AT39 32-5AT10-0FD0 71.000

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.








0.063 0.19 X 4AM32 42-5CJ10-0FA0 1.400 A 4AM32 42-5CT10-0FA0 1.4000.1 0.31 X 4AM34 42-5CJ10-0FA0 2.000 A 4AM34 42-5CT10-0FA0 2.0000.16 0.49 X 4AM38 42-5CJ10-0FA0 2.700 A 4AM38 42-5CT10-0FA0 2.7000.25 0.85 X 4AM40 42-5CJ10-0FA0 3.700 A 4AM40 42-5CT10-0FA0 3.7000.315 1.12 X 4AM43 42-5CJ10-0FA0 4.500 A 4AM43 42-5CT10-0FA0 4.5000.4 1.44 X 4AM46 42-5CJ10-0FA0 5.400 A 4AM46 42-5CT10-0FA0 5.4000.5 2 X 4AM48 42-5CJ10-0FA0 7.000 A 4AM48 42-5CT10-0FA0 7.000

0.63 2.35 X 4AM52 42-5CJ10-0FA0 7.900 A 4AM52 42-5CT10-0FA0 7.9000.8 3.4 X 4AM55 42-5CJ10-0FA0 11.000 A 4AM55 42-5CT10-0FA0 11.0001 5 X 4AM57 42-5CJ10-0FA0 14.000 A 4AM57 42-5CT10-0FA0 14.0001.6 7.3 X 4AM61 42-5CJ10-0FA0 19.000 A 4AM61 42-5CT10-0FA0 19.0002 9.7 X 4AM64 42-5CJ10-0FA0 23.000 A 4AM64 42-5CT10-0FA0 23.0002.5 13.3 X 4AM65 42-5CJ10-0FA0 29.000 X 4AM65 42-5CT10-0FA0 29.000

4 16 X 4AT30 32-5CJ10-0FA0 30.300 X 4AT30 32-5CT10-0FA0 30.3005 18.5 X 4AT36 12-5CJ10-0FA0 33.700 X 4AT36 12-5CT10-0FA0 33.7006.3 22.5 X 4AT36 32-5CJ10-0FA0 39.600 X 4AT36 32-5CT10-0FA0 39.6008 28.5 X 4AT39 12-5CJ10-0FA0 47.600 X 4AT39 12-5CT10-0FA0 47.900

10 30 X 4AT39 32-5CJ10-0FA0 57.100 X 4AT39 32-5CT10-0FA0 57.100


© Siemens AG 2012




15


Rated input voltage U1N 440 V ± 5 %, rated output voltages U2N 110 V or 230 V,degrees of protection IP00 (standard rail mounting), IP23, IP54

CUUS, ¸, ¶ , μ


For online configurator see www.siemens.com/sirius/configurators. 1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".3) The 4AT types are only supplied with screw terminals.4) For types 4AM32 to 4AM40, standard rail mounting is integrated in the

standard version.

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.








0.063 0.19 X 4AM32 42-5CJ10-0FA0 1.400 A 4AM32 42-5CT10-0FA0 1.4000.1 0.31 X 4AM34 42-5CJ10-0FA0 2.000 A 4AM34 42-5CT10-0FA0 2.0000.16 0.49 X 4AM38 42-5CJ10-0FA0 2.700 A 4AM38 42-5CT10-0FA0 2.7000.25 0.85 X 4AM40 42-5CJ10-0FA0 3.700 A 4AM40 42-5CT10-0FA0 3.7000.315 1.12 X 4AM43 42-5CJ10-0FB0 4.500 X 4AM43 42-5CT10-0FB0 4.5000.4 1.44 X 4AM46 42-5CJ10-0FB0 5.400 X 4AM46 42-5CT10-0FB0 5.4000.5 2 X 4AM48 42-5CJ10-0FB0 7.000 X 4AM48 42-5CT10-0FB0 7.000

Degree of protection IP230.057 0.19 X 4AM32 42-5CJ10-0FC0 2.700 X 4AM32 42-5CT10-0FC0 2.7000.09 0.31 X 4AM34 42-5CJ10-0FC0 3.300 X 4AM34 42-5CT10-0FC0 3.3000.145 0.49 X 4AM38 42-5CJ10-0FC0 5.600 X 4AM38 42-5CT10-0FC0 5.6000.225 0.85 X 4AM40 42-5CJ10-0FC0 6.600 X 4AM40 42-5CT10-0FC0 6.6000.268 1.12 X 4AM43 42-5CJ10-0FC0 7.400 X 4AM43 42-5CT10-0FC0 7.4000.34 1.44 X 4AM46 42-5CJ10-0FC0 8.300 X 4AM46 42-5CT10-0FC0 8.3000.425 2 X 4AM48 42-5CJ10-0FC0 9.900 X 4AM48 42-5CT10-0FC0 9.900

0.535 2.35 X 4AM52 42-5CJ10-0FC0 10.800 X 4AM52 42-5CT10-0FC0 10.8000.68 3.4 X 4AM55 42-5CJ10-0FC0 13.900 X 4AM55 42-5CT10-0FC0 13.9000.85 5 X 4AM57 42-5CJ10-0FC0 16.900 X 4AM57 42-5CT10-0FC0 16.9001.36 7.3 X 4AM61 42-5CJ10-0FC0 26.700 X 4AM61 42-5CT10-0FC0 26.7001.7 9.7 X 4AM64 42-5CJ10-0FC0 30.700 X 4AM64 42-5CT10-0FC0 30.7002.13 13.3 X 4AM65 42-5CJ10-0FC0 36.700 X 4AM65 42-5CT10-0FC0 36.700

3.6 16 X 4AT30 32-5CJ10-0FC0 38.000 X 4AT30 32-5CT10-0FC0 38.0004.5 18.5 X 4AT36 12-5CJ10-0FC0 41.400 X 4AT36 12-5CT10-0FC0 41.4005.6 22.5 X 4AT36 32-5CJ10-0FC0 47.300 X 4AT36 32-5CT10-0FC0 47.3007.1 28.5 X 4AT39 12-5CJ10-0FC0 61.800 X 4AT39 12-5CT10-0FC0 61.8009 30 X 4AT39 32-5CJ10-0FC0 71.000 X 4AT39 32-5CT10-0FC0 71.000

Degree of protection IP540.05 0.19 X 4AM32 42-5CJ10-0FD0 2.700 X 4AM32 42-5CT10-0FD0 2.7000.08 0.31 X 4AM34 42-5CJ10-0FD0 3.300 X 4AM34 42-5CT10-0FD0 3.3000.128 0.49 X 4AM38 42-5CJ10-0FD0 5.600 X 4AM38 42-5CT10-0FD0 5.6000.2 0.85 X 4AM40 42-5CJ10-0FD0 6.600 X 4AM40 42-5CT10-0FD0 6.6000.236 1.12 X 4AM43 42-5CJ10-0FD0 7.400 X 4AM43 42-5CT10-0FD0 7.4000.3 1.44 X 4AM46 42-5CJ10-0FD0 8.300 X 4AM46 42-5CT10-0FD0 8.3000.375 2 X 4AM48 42-5CJ10-0FD0 9.900 X 4AM48 42-5CT10-0FD0 9.900

0.475 2.35 X 4AM52 42-5CJ10-0FD0 10.800 X 4AM52 42-5CT10-0FD0 10.8000.6 3.4 X 4AM55 42-5CJ10-0FD0 13.900 X 4AM55 42-5CT10-0FD0 13.9000.75 5 X 4AM57 42-5CJ10-0FD0 16.900 X 4AM57 42-5CT10-0FD0 16.9001.2 7.3 X 4AM61 42-5CJ10-0FD0 26.700 X 4AM61 42-5CT10-0FD0 26.7001.5 9.7 X 4AM64 42-5CJ10-0FD0 30.700 X 4AM64 42-5CT10-0FD0 30.7001.875 13.3 X 4AM65 42-5CJ10-0FD0 36.700 X 4AM65 42-5CT10-0FD0 36.700

3.15 16 X 4AT30 32-5CJ10-0FD0 38.000 X 4AT30 32-5CT10-0FD0 38.0004 18.5 X 4AT36 12-5CJ10-0FD0 41.400 X 4AT36 12-5CT10-0FD0 41.4005 22.5 X 4AT36 32-5CJ10-0FD0 47.300 X 4AT36 32-5CT10-0FD0 47.3006.3 28.5 X 4AT39 12-5CJ10-0FD0 61.800 X 4AT39 12-5CT10-0FD0 61.8008 30 X 4AT39 32-5CJ10-0FD0 71.000 X 4AT39 32-5CT10-0FD0 71.000


© Siemens AG 2012




15



CUUS, ¸, ¶ , μ


Degree of protection IP54 see page 15/26. For online configurator see www.siemens.com/sirius/configurators.


standard version.

Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.








0.063 0.19 X 4AM32 42-5FJ10-0FA0 1.400 A 4AM32 42-5FT10-0FA0 1.4000.1 0.31 X 4AM34 42-5FJ10-0FA0 2.000 A 4AM34 42-5FT10-0FA0 2.0000.16 0.49 X 4AM38 42-5FJ10-0FA0 2.700 A 4AM38 42-5FT10-0FA0 2.7000.25 0.85 X 4AM40 42-5FJ10-0FA0 3.700 A 4AM40 42-5FT10-0FA0 3.7000.315 1.12 X 4AM43 42-5FJ10-0FA0 4.500 A 4AM43 42-5FT10-0FA0 4.5000.4 1.44 X 4AM46 42-5FJ10-0FA0 5.400 A 4AM46 42-5FT10-0FA0 5.4000.5 2 X 4AM48 42-5FJ10-0FA0 7.000 A 4AM48 42-5FT10-0FA0 7.000

0.63 2.35 X 4AM52 42-5FJ10-0FA0 7.900 A 4AM52 42-5FT10-0FA0 7.9000.8 3.4 A 4AM55 42-5FJ10-0FA0 11.000 A 4AM55 42-5FT10-0FA0 11.0001 5 X 4AM57 42-5FJ10-0FA0 14.000 A 4AM57 42-5FT10-0FA0 14.0001.6 7.3 X 4AM61 42-5FJ10-0FA0 19.000 A 4AM61 42-5FT10-0FA0 19.0002 9.7 X 4AM64 42-5FJ10-0FA0 23.000 A 4AM64 42-5FT10-0FA0 23.0002.5 13.3 X 4AM65 42-5FJ10-0FA0 29.000 A 4AM65 42-5FT10-0FA0 29.000

4 16 X 4AT30 32-5FJ10-0FA0 30.300 X 4AT30 32-5FT10-0FA0 30.3005 18.5 X 4AT36 12-5FJ10-0FA0 33.700 X 4AT36 12-5FT10-0FA0 33.7006.3 22.5 X 4AT36 32-5FJ10-0FA0 39.600 X 4AT36 32-5FT10-0FA0 39.6008 28.5 X 4AT39 12-5FJ10-0FA0 47.900 X 4AT39 12-5FT10-0FA0 47.900

10 30 X 4AT39 32-5FJ10-0FA0 57.100 X 4AT39 32-5FT10-0FA0 57.100


0.063 0.19 X 4AM32 42-5FJ10-0FA0 1.400 A 4AM32 42-5FT10-0FA0 1.4000.1 0.31 X 4AM34 42-5FJ10-0FA0 2.000 A 4AM34 42-5FT10-0FA0 2.0000.16 0.49 X 4AM38 42-5FJ10-0FA0 2.700 A 4AM38 42-5FT10-0FA0 2.7000.25 0.85 X 4AM40 42-5FJ10-0FA0 3.700 A 4AM40 42-5FT10-0FA0 3.7000.315 1.12 X 4AM43 42-5FJ10-0FB0 4.500 X 4AM43 42-5FT10-0FB0 4.5000.4 1.44 X 4AM46 42-5FJ10-0FB0 5.400 X 4AM46 42-5FT10-0FB0 5.4000.5 2 X 4AM48 42-5FJ10-0FB0 7.000 X 4AM48 42-5FT10-0FB0 7.000

Degree of protection IP230.057 0.19 X 4AM32 42-5FJ10-0FC0 2.700 X 4AM32 42-5FT10-0FC0 2.7000.09 0.31 X 4AM34 42-5FJ10-0FC0 3.300 X 4AM34 42-5FT10-0FC0 3.3000.145 0.49 X 4AM38 42-5FJ10-0FC0 5.600 X 4AM38 42-5FT10-0FC0 5.6000.225 0.85 X 4AM40 42-5FJ10-0FC0 6.600 X 4AM40 42-5FT10-0FC0 6.6000.268 1.12 X 4AM43 42-5FJ10-0FC0 7.400 X 4AM43 42-5FT10-0FC0 7.4000.34 1.44 X 4AM46 42-5FJ10-0FC0 8.300 X 4AM46 42-5FT10-0FC0 8.3000.425 2 X 4AM48 42-5FJ10-0FC0 9.900 X 4AM48 42-5FT10-0FC0 9.900

0.535 2.35 X 4AM52 42-5FJ10-0FC0 10.800 X 4AM52 42-5FT10-0FC0 10.8000.68 3.4 X 4AM55 42-5FJ10-0FC0 13.900 X 4AM55 42-5FT10-0FC0 13.9000.85 5 X 4AM57 42-5FJ10-0FC0 16.900 X 4AM57 42-5FT10-0FC0 16.9001.36 7.3 X 4AM61 42-5FJ10-0FC0 26.700 X 4AM61 42-5FT10-0FC0 26.7001.7 9.7 X 4AM64 42-5FJ10-0FC0 30.700 X 4AM64 42-5FT10-0FC0 30.7002.13 13.3 X 4AM65 42-5FJ10-0FC0 36.700 X 4AM65 42-5FT10-0FC0 36.700

3.6 16 X 4AT30 32-5FJ10-0FC0 38.000 X 4AT30 32-5FT10-0FC0 38.0004.5 18.5 X 4AT36 12-5FJ10-0FC0 41.400 X 4AT36 12-5FT10-0FC0 41.4005.6 22.5 X 4AT36 32-5FJ10-0FC0 47.300 X 4AT36 32-5FT10-0FC0 47.3007.1 28.5 X 4AT39 12-5FJ10-0FC0 61.800 X 4AT39 12-5FT10-0FC0 61.8009 30 X 4AT39 32-5FJ10-0FC0 71.000 X 4AT39 32-5FT10-0FC0 71.000


© Siemens AG 2012




15



CUUS, ¸, ¶ , μ



Rated power Pn


1)DT2) U2N 110 V Cu

weightper PU

approx.







Degree of protection IP540.05 0.19 X 4AM32 42-5FJ10-0FD0 2.700 X 4AM32 42-5FT10-0FD0 2.7000.08 0.31 X 4AM34 42-5FJ10-0FD0 3.300 X 4AM34 42-5FT10-0FD0 3.3000.128 0.49 X 4AM38 42-5FJ10-0FD0 5.600 X 4AM38 42-5FT10-0FD0 5.6000.2 0.85 X 4AM40 42-5FJ10-0FD0 6.600 X 4AM40 42-5FT10-0FD0 6.6000.236 1.12 X 4AM43 42-5FJ10-0FD0 7.400 X 4AM43 42-5FT10-0FD0 7.4000.3 1.44 X 4AM46 42-5FJ10-0FD0 8.300 X 4AM46 42-5FT10-0FD0 8.3000.375 2 X 4AM48 42-5FJ10-0FD0 9.900 X 4AM48 42-5FT10-0FD0 9.900

0.475 2.35 X 4AM52 42-5FJ10-0FD0 10.800 X 4AM52 42-5FT10-0FD0 10.8000.6 3.4 X 4AM55 42-5FJ10-0FD0 13.900 X 4AM55 42-5FT10-0FD0 13.9000.75 5 X 4AM57 42-5FJ10-0FD0 16.900 X 4AM57 42-5FT10-0FD0 16.9001.2 7.3 X 4AM61 42-5FJ10-0FD0 26.700 X 4AM61 42-5FT10-0FD0 26.7001.5 9.7 X 4AM64 42-5FJ10-0FD0 30.700 X 4AM64 42-5FT10-0FD0 30.7001.875 13.3 X 4AM65 42-5FJ10-0FD0 36.700 X 4AM65 42-5FT10-0FD0 36.700

3.15 16 X 4AT30 32-5FJ10-0FD0 38.000 X 4AT30 32-5FT10-0FD0 38.0004 18.5 X 4AT36 12-5FJ10-0FD0 41.400 X 4AT36 12-5FT10-0FD0 41.4005 22.5 X 4AT36 32-5FJ10-0FD0 47.300 X 4AT36 32-5FT10-0FD0 47.3006.3 28.5 X 4AT39 12-5FJ10-0FD0 61.800 X 4AT39 12-5FT10-0FD0 61.8008 30 X 4AT39 32-5FJ10-0FD0 71.000 X 4AT39 32-5FT10-0FD0 71.000


© Siemens AG 2012




15


Rated input voltages U1N 660 V ± 5 %1) or 690 V ± 5 %1), rated output voltage U2N 230 V

¸, ¶ , μ


For online configurator see www.siemens.com/sirius/configurators. 1) Without CUUS approval.2) For p.f. = 0.5 and U2 = 0.95 × U2N.3) The delivery time class depends on the quantity, see page 15/6 "Options".4) For types 4AM32 to 4AM40, standard rail mounting is integrated in the

standard version.

Rated power Pn


2)DT3) U1N 660 V ± 5 %1) Cu

weightper PU

approx.

DT3) U1N 690 V ± 5 %1) Cuweightper PU







0.063 0.19 X 4AM32 42-5LT10-0FA0 1.400 X 4AM32 42-5MT10-0FA0 1.4000.1 0.31 X 4AM34 42-5LT10-0FA0 2.000 X 4AM34 42-5MT10-0FA0 2.0000.16 0.49 X 4AM38 42-5LT10-0FA0 2.700 X 4AM38 42-5MT10-0FA0 2.7000.25 0.85 X 4AM40 42-5LT10-0FA0 3.700 X 4AM40 42-5MT10-0FA0 3.7000.315 1.12 X 4AM43 42-5LT10-0FA0 4.500 X 4AM43 42-5MT10-0FA0 4.5000.4 1.44 X 4AM46 42-5LT10-0FA0 5.400 X 4AM46 42-5MT10-0FA0 5.4000.5 2 X 4AM48 42-5LT10-0FA0 7.000 X 4AM48 42-5MT10-0FA0 7.000

0.63 2.35 X 4AM52 42-5LT10-0FA0 7.900 X 4AM52 42-5MT10-0FA0 7.9000.8 3.4 X 4AM55 42-5LT10-0FA0 11.000 X 4AM55 42-5MT10-0FA0 11.0001 5 X 4AM57 42-5LT10-0FA0 14.000 X 4AM57 42-5MT10-0FA0 14.0001.6 7.3 X 4AM61 42-5LT10-0FA0 19.000 X 4AM61 42-5MT10-0FA0 19.0002 9.7 X 4AM64 42-5LT10-0FA0 23.000 X 4AM64 42-5MT10-0FA0 23.0002.5 13.3 X 4AM65 42-5LT10-0FA0 29.000 X 4AM65 42-5MT10-0FA0 29.000


0.063 0.19 X 4AM32 42-5LT10-0FA0 1.400 X 4AM32 42-5MT10-0FA0 1.4000.1 0.31 X 4AM34 42-5LT10-0FA0 2.000 X 4AM34 42-5MT10-0FA0 2.0000.16 0.49 X 4AM38 42-5LT10-0FA0 2.700 X 4AM38 42-5MT10-0FA0 2.7000.25 0.85 X 4AM40 42-5LT10-0FA0 3.700 X 4AM40 42-5MT10-0FA0 3.7000.315 1.12 X 4AM43 42-5LT10-0FB0 4.500 X 4AM43 42-5MT10-0FB0 4.5000.4 1.44 X 4AM46 42-5LT10-0FB0 5.400 X 4AM46 42-5MT10-0FB0 5.4000.5 2 X 4AM48 42-5LT10-0FB0 7.000 X 4AM48 42-5MT10-0FB0 7.000

Degree of protection IP230.057 0.19 X 4AM32 42-5LT10-0FC0 2.700 X 4AM32 42-5MT10-0FC0 2.7000.09 0.31 X 4AM34 42-5LT10-0FC0 3.300 X 4AM34 42-5MT10-0FC0 3.3000.145 0.49 X 4AM38 42-5LT10-0FC0 5.600 X 4AM38 42-5MT10-0FC0 5.6000.225 0.85 X 4AM40 42-5LT10-0FC0 6.600 X 4AM40 42-5MT10-0FC0 6.6000.268 1.12 X 4AM43 42-5LT10-0FC0 7.400 X 4AM43 42-5MT10-0FC0 7.4000.34 1.44 X 4AM46 42-5LT10-0FC0 8.300 X 4AM46 42-5MT10-0FC0 8.3000.425 2 X 4AM48 42-5LT10-0FC0 9.900 X 4AM48 42-5MT10-0FC0 9.900

0.535 2.35 X 4AM52 42-5LT10-0FC0 10.800 X 4AM52 42-5MT10-0FC0 10.8000.68 3.4 X 4AM55 42-5LT10-0FC0 13.900 X 4AM55 42-5MT10-0FC0 13.9000.85 5 X 4AM57 42-5LT10-0FC0 16.900 X 4AM57 42-5MT10-0FC0 16.9001.36 7.3 X 4AM61 42-5LT10-0FC0 26.700 X 4AM61 42-5MT10-0FC0 26.7001.7 9.7 X 4AM64 42-5LT10-0FC0 30.700 X 4AM64 42-5MT10-0FC0 30.7002.13 13.3 X 4AM65 42-5LT10-0FC0 36.700 X 4AM65 42-5MT10-0FC0 36.700

Degree of protection IP540.05 0.19 X 4AM32 42-5LT10-0FD0 2.700 X 4AM32 42-5MT10-0FD0 2.7000.08 0.31 X 4AM34 42-5LT10-0FD0 3.300 X 4AM34 42-5MT10-0FD0 3.3000.128 0.49 X 4AM38 42-5LT10-0FD0 5.600 X 4AM38 42-5MT10-0FD0 5.6000.2 0.85 X 4AM40 42-5LT10-0FD0 6.600 X 4AM40 42-5MT10-0FD0 6.6000.236 1.12 X 4AM43 42-5LT10-0FD0 7.400 X 4AM43 42-5MT10-0FD0 7.4000.3 1.44 X 4AM46 42-5LT10-0FD0 8.300 X 4AM46 42-5MT10-0FD0 8.3000.375 2 X 4AM48 42-5LT10-0FD0 9.900 X 4AM48 42-5MT10-0FD0 9.900

0.475 2.35 X 4AM52 42-5LT10-0FD0 10.800 X 4AM52 42-5MT10-0FD0 10.8000.6 3.4 X 4AM55 42-5LT10-0FD0 13.900 X 4AM55 42-5MT10-0FD0 13.9000.75 5 X 4AM57 42-5LT10-0FD0 16.900 X 4AM57 42-5MT10-0FD0 16.9001.2 7.3 X 4AM61 42-5LT10-0FD0 26.700 X 4AM61 42-5MT10-0FD0 26.7001.5 9.7 X 4AM64 42-5LT10-0FD0 30.700 X 4AM64 42-5MT10-0FD0 30.7001.875 13.3 X 4AM65 42-5LT10-0FD0 36.700 X 4AM65 42-5MT10-0FD0 36.700


© Siemens AG 2012




15

For European voltages

Rated input voltage U1N 400/230 V ±15 V,rated output voltage U2N 2 × 115 V

CUUS, ¸, ¶ , μ

For online configurator see www.siemens.com/sirius/configurators.1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".

3) The 4AT types are only supplied with screw terminals.4) For types 4AM32 to 4AM40, standard rail mounting is integrated in the

standard version.

Rated power Pn


1)DT2) Screw terminals3)/

flat connectors3)PU

(UNIT,SET, M)

PS* PG Cuweightper PU

approx.Configurator

Order No. Price per PUkVA kVA kg


0.063 0.19 A 4AM32 42-8JD40-0FA0 1 1 unit 4M1 1.5000.1 0.31 A 4AM34 42-8JD40-0FA0 1 1 unit 4M1 2.1000.16 0.49 A 4AM38 42-8JD40-0FA0 1 1 unit 4M1 2.8000.25 0.85 A 4AM40 42-8JD40-0FA0 1 1 unit 4M1 3.9000.315 1.12 A 4AM43 42-8JD40-0FA0 1 1 unit 4M1 4.8000.4 1.44 A 4AM46 42-8JD40-0FA0 1 1 unit 4M1 5.8000.5 2 A 4AM48 42-8JD40-0FA0 1 1 unit 4M1 7.400

0.63 2.35 A 4AM52 42-8JD40-0FA0 1 1 unit 4M1 8.6000.8 3.4 A 4AM55 42-8JD40-0FA0 1 1 unit 4M1 12.0001 5 A 4AM57 42-8JD40-0FA0 1 1 unit 4M1 15.0001.6 7.3 A 4AM61 42-8JD40-0FA0 1 1 unit 4M1 20.0002 9.7 A 4AM64 42-8JD40-0FA0 1 1 unit 4M1 24.0002.5 13.3 A 4AM65 42-8JD40-0FA0 1 1 unit 4M1 32.000

4 16 X 4AT30 32-8JD40-0FA0 1 1 unit 4M1 29.0005 18.5 X 4AT36 12-8JD40-0FA0 1 1 unit 4M1 35.0006.3 22.5 X 4AT36 32-8JD40-0FA0 1 1 unit 4M1 46.0008 28.5 X 4AT39 12-8JD40-0FA0 1 1 unit 4M1 49.000

10 30 X 4AT39 32-8JD40-0FA0 1 1 unit 4M1 67.000


0.063 0.19 A 4AM32 42-8JD40-0FA0 1 1 unit 4M1 1.5000.1 0.31 A 4AM34 42-8JD40-0FA0 1 1 unit 4M1 2.1000.16 0.49 A 4AM38 42-8JD40-0FA0 1 1 unit 4M1 2.8000.25 0.85 A 4AM40 42-8JD40-0FA0 1 1 unit 4M1 3.9000.315 1.12 X 4AM43 42-8JD40-0FB0 1 1 unit 4M1 4.8000.4 1.44 X 4AM46 42-8JD40-0FB0 1 1 unit 4M1 5.8000.5 2 X 4AM48 42-8JD40-0FB0 1 1 unit 4M1 7.400

Degree of protection IP230.057 0.19 X 4AM32 42-8JD40-0FC0 1 1 unit 4M1 2.8000.09 0.31 X 4AM34 42-8JD40-0FC0 1 1 unit 4M1 3.4000.145 0.49 X 4AM38 42-8JD40-0FC0 1 1 unit 4M1 5.7000.225 0.85 X 4AM40 42-8JD40-0FC0 1 1 unit 4M1 6.8000.268 1.12 X 4AM43 42-8JD40-0FC0 1 1 unit 4M1 7.7000.34 1.44 X 4AM46 42-8JD40-0FC0 1 1 unit 4M1 8.7000.425 2 X 4AM48 42-8JD40-0FC0 1 1 unit 4M1 10.300

0.535 2.35 X 4AM52 42-8JD40-0FC0 1 1 unit 4M1 11.5000.68 3.4 X 4AM55 42-8JD40-0FC0 1 1 unit 4M1 14.9000.85 5 X 4AM57 42-8JD40-0FC0 1 1 unit 4M1 17.9001.36 7.3 X 4AM61 42-8JD40-0FC0 1 1 unit 4M1 27.7001.7 9.7 X 4AM64 42-8JD40-0FC0 1 1 unit 4M1 31.7002.13 13.3 X 4AM65 42-8JD40-0FC0 1 1 unit 4M1 39.700

3.6 16 X 4AT30 32-8JD40-0FC0 1 1 unit 4M1 36.7004.5 18.5 X 4AT36 12-8JD40-0FC0 1 1 unit 4M1 42.7005.6 22.5 X 4AT36 32-8JD40-0FC0 1 1 unit 4M1 48.7007.1 28.5 X 4AT39 12-8JD40-0FC0 1 1 unit 4M1 62.9009 30 X 4AT39 32-8JD40-0FC0 1 1 unit 4M1 72.900

Degree of protection IP540.05 0.19 X 4AM32 42-8JD40-0FD0 1 1 unit 4M1 2.8000.08 0.31 X 4AM34 42-8JD40-0FD0 1 1 unit 4M1 3.4000.128 0.49 X 4AM38 42-8JD40-0FD0 1 1 unit 4M1 5.7000.2 0.85 X 4AM40 42-8JD40-0FD0 1 1 unit 4M1 6.8000.236 1.12 X 4AM43 42-8JD40-0FD0 1 1 unit 4M1 7.7000.3 1.44 X 4AM46 42-8JD40-0FD0 1 1 unit 4M1 8.7000.375 2 X 4AM48 42-8JD40-0FD0 1 1 unit 4M1 10.300

0.475 2.35 X 4AM52 42-8JD40-0FD0 1 1 unit 4M1 11.5000.6 3.4 X 4AM55 42-8JD40-0FD0 1 1 unit 4M1 14.9000.75 5 X 4AM57 42-8JD40-0FD0 1 1 unit 4M1 17.9001.2 7.3 X 4AM61 42-8JD40-0FD0 1 1 unit 4M1 27.7001.5 9.7 X 4AM64 42-8JD40-0FD0 1 1 unit 4M1 31.7001.875 13.3 X 4AM65 42-8JD40-0FD0 1 1 unit 4M1 39.700

3.15 16 X 4AT30 32-8JD40-0FD0 1 1 unit 4M1 36.7004 18.5 X 4AT36 12-8JD40-0FD0 1 1 unit 4M1 42.7005 22.5 X 4AT36 32-8JD40-0FD0 1 1 unit 4M1 48.7006.3 28.5 X 4AT39 12-8JD40-0FD0 1 1 unit 4M1 62.9008 30 X 4AT39 32-8JD40-0FD0 1 1 unit 4M1 72.900


© Siemens AG 2012




15


Rated input voltage U1N 550-525-500-480-460-440-415-400-380-230-208 V, rated output voltage U2N 2 × 115 V

CUUS, ¸, ¶ , μ



standard version.

Rated power Pn



flat connectors3)PU

(UNIT,SET, M)


approx.Configurator



0.063 0.19 A 4AM32 42-8DD40-0FA0 1 1 unit 4M1 1.5000.1 0.31 A 4AM34 42-8DD40-0FA0 1 1 unit 4M1 2.1000.16 0.49 A 4AM38 42-8DD40-0FA0 1 1 unit 4M1 2.8000.25 0.85 A 4AM40 42-8DD40-0FA0 1 1 unit 4M1 3.9000.315 1.12 A 4AM43 42-8DD40-0FA0 1 1 unit 4M1 4.8000.4 1.44 A 4AM46 42-8DD40-0FA0 1 1 unit 4M1 5.8000.5 2 A 4AM48 42-8DD40-0FA0 1 1 unit 4M1 7.400

0.63 2.35 A 4AM52 42-8DD40-0FA0 1 1 unit 4M1 8.6000.8 3.4 A 4AM55 42-8DD40-0FA0 1 1 unit 4M1 12.0001 5 A 4AM57 42-8DD40-0FA0 1 1 unit 4M1 15.0001.6 7.3 A 4AM61 42-8DD40-0FA0 1 1 unit 4M1 20.0002 9.7 A 4AM64 42-8DD40-0FA0 1 1 unit 4M1 24.0002.5 13.3 A 4AM65 42-8DD40-0FA0 1 1 unit 4M1 32.000

4 16 X 4AT30 32-8DD40-0FA0 1 1 unit 4M1 29.0005 18.5 X 4AT36 12-8DD40-0FA0 1 1 unit 4M1 35.0006.3 22.5 X 4AT36 32-8DD40-0FA0 1 1 unit 4M1 41.0008 28.5 X 4AT39 12-8DD40-0FA0 1 1 unit 4M1 49.000

10 30 X 4AT39 32-8DD40-0FA0 1 1 unit 4M1 59.000


0.063 0.19 A 4AM32 42-8DD40-0FA0 1 1 unit 4M1 1.5000.1 0.31 A 4AM34 42-8DD40-0FA0 1 1 unit 4M1 2.1000.16 0.49 A 4AM38 42-8DD40-0FA0 1 1 unit 4M1 2.8000.25 0.85 A 4AM40 42-8DD40-0FA0 1 1 unit 4M1 3.9000.315 1.12 X 4AM43 42-8DD40-0FB0 1 1 unit 4M1 4.8000.4 1.44 X 4AM46 42-8DD40-0FB0 1 1 unit 4M1 5.8000.5 2 X 4AM48 42-8DD40-0FB0 1 1 unit 4M1 7.400

Degree of protection IP230.057 0.19 X 4AM32 42-8DD40-0FC0 1 1 unit 4M1 2.8000.09 0.31 X 4AM34 42-8DD40-0FC0 1 1 unit 4M1 3.4000.145 0.49 X 4AM38 42-8DD40-0FC0 1 1 unit 4M1 5.7000.225 0.85 X 4AM40 42-8DD40-0FC0 1 1 unit 4M1 6.8000.268 1.12 X 4AM43 42-8DD40-0FC0 1 1 unit 4M1 7.7000.34 1.44 X 4AM46 42-8DD40-0FC0 1 1 unit 4M1 8.7000.425 2 X 4AM48 42-8DD40-0FC0 1 1 unit 4M1 10.300

0.535 2.35 X 4AM52 42-8DD40-0FC0 1 1 unit 4M1 11.5000.68 3.4 X 4AM55 42-8DD40-0FC0 1 1 unit 4M1 14.9000.85 5 X 4AM57 42-8DD40-0FC0 1 1 unit 4M1 17.9001.36 7.3 X 4AM61 42-8DD40-0FC0 1 1 unit 4M1 27.7001.7 9.7 X 4AM64 42-8DD40-0FC0 1 1 unit 4M1 31.7002.13 13.3 X 4AM65 42-8DD40-0FC0 1 1 unit 4M1 39.700

3.6 16 X 4AT30 32-8DD40-0FC0 1 1 unit 4M1 36.7004.5 18.5 X 4AT36 12-8DD40-0FC0 1 1 unit 4M1 42.7005.6 22.5 X 4AT36 32-8DD40-0FC0 1 1 unit 4M1 48.7007.1 28.5 X 4AT39 12-8DD40-0FC0 1 1 unit 4M1 62.9009 30 X 4AT39 32-8DD40-0FC0 1 1 unit 4M1 72.900

Degree of protection IP540.05 0.19 X 4AM32 42-8DD40-0FD0 1 1 unit 4M1 2.8000.08 0.31 X 4AM34 42-8DD40-0FD0 1 1 unit 4M1 3.4000.128 0.49 X 4AM38 42-8DD40-0FD0 1 1 unit 4M1 5.7000.2 0.85 X 4AM40 42-8DD40-0FD0 1 1 unit 4M1 6.8000.236 1.12 X 4AM43 42-8DD40-0FD0 1 1 unit 4M1 7.7000.3 1.44 X 4AM46 42-8DD40-0FD0 1 1 unit 4M1 8.7000.375 2 X 4AM48 42-8DD40-0FD0 1 1 unit 4M1 10.300

0.475 2.35 X 4AM52 42-8DD40-0FD0 1 1 unit 4M1 11.5000.6 3.4 X 4AM55 42-8DD40-0FD0 1 1 unit 4M1 14.9000.75 5 X 4AM57 42-8DD40-0FD0 1 1 unit 4M1 17.9001.2 7.3 X 4AM61 42-8DD40-0FD0 1 1 unit 4M1 27.7001.5 9.7 X 4AM64 42-8DD40-0FD0 1 1 unit 4M1 31.7001.875 13.3 X 4AM65 42-8DD40-0FD0 1 1 unit 4M1 39.700

3.15 16 X 4AT30 32-8DD40-0FD0 1 1 unit 4M1 36.7004 18.5 X 4AT36 12-8DD40-0FD0 1 1 unit 4M1 42.7005 22.5 X 4AT36 32-8DD40-0FD0 1 1 unit 4M1 48.7006.3 28.5 X 4AT39 12-8DD40-0FD0 1 1 unit 4M1 62.9008 30 X 4AT39 32-8DD40-0FD0 1 1 unit 4M1 72.900


© Siemens AG 2012




15


Rated input voltage U1N 600-575-550-525-500-480-460-440-415-400-240-230 V, rated output voltage U2N 2 × 115 V

CUUS, ¸, ¶ , μ



standard version.

Rated power Pn



flat connectors3)PU

(UNIT,SET, M)


approx.Configurator



0.063 0.19 A 4AM32 42-8ED40-0FA0 1 1 unit 4M1 1.5000.1 0.31 A 4AM34 42-8ED40-0FA0 1 1 unit 4M1 2.1000.16 0.49 A 4AM38 42-8ED40-0FA0 1 1 unit 4M1 2.8000.25 0.85 A 4AM40 42-8ED40-0FA0 1 1 unit 4M1 3.9000.315 1.12 A 4AM43 42-8ED40-0FA0 1 1 unit 4M1 4.8000.4 1.44 A 4AM46 42-8ED40-0FA0 1 1 unit 4M1 5.8000.5 2 A 4AM48 42-8ED40-0FA0 1 1 unit 4M1 7.400

0.63 2.35 A 4AM52 42-8ED40-0FA0 1 1 unit 4M1 8.6000.8 3.4 A 4AM55 42-8ED40-0FA0 1 1 unit 4M1 12.0001 5 A 4AM57 42-8ED40-0FA0 1 1 unit 4M1 15.0001.6 7.3 A 4AM61 42-8ED40-0FA0 1 1 unit 4M1 20.0002 9.7 A 4AM64 42-8ED40-0FA0 1 1 unit 4M1 24.0002.5 13.3 A 4AM65 42-8ED40-0FA0 1 1 unit 4M1 32.000

4 16 X 4AT30 32-8ED40-0FA0 1 1 unit 4M1 29.0005 18.5 X 4AT36 12-8ED40-0FA0 1 1 unit 4M1 35.0006.3 22.5 X 4AT36 32-8ED40-0FA0 1 1 unit 4M1 41.0008 28.5 X 4AT39 12-8ED40-0FA0 1 1 unit 4M1 49.000

10 30 X 4AT39 32-8ED40-0FA0 1 1 unit 4M1 59.000


0.063 0.19 A 4AM32 42-8ED40-0FA0 1 1 unit 4M1 1.5000.1 0.31 A 4AM34 42-8ED40-0FA0 1 1 unit 4M1 2.1000.16 0.49 A 4AM38 42-8ED40-0FA0 1 1 unit 4M1 2.8000.25 0.85 A 4AM40 42-8ED40-0FA0 1 1 unit 4M1 3.9000.315 1.12 X 4AM43 42-8ED40-0FB0 1 1 unit 4M1 4.8000.4 1.44 X 4AM46 42-8ED40-0FB0 1 1 unit 4M1 5.8000.5 2 X 4AM48 42-8ED40-0FB0 1 1 unit 4M1 7.400

Degree of protection IP230.057 0.19 X 4AM32 42-8ED40-0FC0 1 1 unit 4M1 2.8000.09 0.31 X 4AM34 42-8ED40-0FC0 1 1 unit 4M1 3.4000.145 0.49 X 4AM38 42-8ED40-0FC0 1 1 unit 4M1 5.7000.225 0.85 X 4AM40 42-8ED40-0FC0 1 1 unit 4M1 6.8000.268 1.12 X 4AM43 42-8ED40-0FC0 1 1 unit 4M1 7.7000.34 1.44 X 4AM46 42-8ED40-0FC0 1 1 unit 4M1 8.7000.425 2 X 4AM48 42-8ED40-0FC0 1 1 unit 4M1 10.300

0.535 2.35 X 4AM52 42-8ED40-0FC0 1 1 unit 4M1 11.5000.68 3.4 X 4AM55 42-8ED40-0FC0 1 1 unit 4M1 14.9000.85 5 X 4AM57 42-8ED40-0FC0 1 1 unit 4M1 17.9001.36 7.3 X 4AM61 42-8ED40-0FC0 1 1 unit 4M1 27.7001.7 9.7 X 4AM64 42-8ED40-0FC0 1 1 unit 4M1 31.7002.13 13.3 X 4AM65 42-8ED40-0FC0 1 1 unit 4M1 39.700

3.6 16 X 4AT30 32-8ED40-0FC0 1 1 unit 4M1 36.7004.5 18.5 X 4AT36 12-8ED40-0FC0 1 1 unit 4M1 42.7005.6 22.5 X 4AT36 32-8ED40-0FC0 1 1 unit 4M1 48.7007.1 28.5 X 4AT39 12-8ED40-0FC0 1 1 unit 4M1 62.9009 30 X 4AT39 32-8ED40-0FC0 1 1 unit 4M1 72.900

Degree of protection IP540.05 0.19 X 4AM32 42-8ED40-0FD0 1 1 unit 4M1 2.8000.08 0.31 X 4AM34 42-8ED40-0FD0 1 1 unit 4M1 3.4000.128 0.49 X 4AM38 42-8ED40-0FD0 1 1 unit 4M1 5.7000.2 0.85 X 4AM40 42-8ED40-0FD0 1 1 unit 4M1 6.8000.236 1.12 X 4AM43 42-8ED40-0FD0 1 1 unit 4M1 7.7000.3 1.44 X 4AM46 42-8ED40-0FD0 1 1 unit 4M1 8.7000.375 2 X 4AM48 42-8ED40-0FD0 1 1 unit 4M1 10.300

0.475 2.35 X 4AM52 42-8ED40-0FD0 1 1 unit 4M1 11.5000.6 3.4 X 4AM55 42-8ED40-0FD0 1 1 unit 4M1 14.9000.75 5 X 4AM57 42-8ED40-0FD0 1 1 unit 4M1 17.9001.2 7.3 X 4AM61 42-8ED40-0FD0 1 1 unit 4M1 27.7001.5 9.7 X 4AM64 42-8ED40-0FD0 1 1 unit 4M1 31.7001.875 13.3 X 4AM65 42-8ED40-0FD0 1 1 unit 4M1 39.700

3.15 16 X 4AT30 32-8ED40-0FD0 1 1 unit 4M1 36.7004 18.5 X 4AT36 12-8ED40-0FD0 1 1 unit 4M1 42.7005 22.5 X 4AT36 32-8ED40-0FD0 1 1 unit 4M1 48.7006.3 28.5 X 4AT39 12-8ED40-0FD0 1 1 unit 4M1 62.9008 30 X 4AT39 32-8ED40-0FD0 1 1 unit 4M1 72.900


© Siemens AG 2012


SIRIUS 4AT isolating transformersfor the supply of medical premises


15

■ Overview

• According to EN 61558-2-15• Protection class I • With static shield between the primary and secondary winding

with insulated connection• With thermistor transformer protection for warning of thermal

overload1)

• With central tap for insulation monitoring• Short-circuit voltage uz ≤ 3 %• No-load supply current i0 ≤ 3 %• Inrush current max. 8 × I1N• ta = 55 °C/H• For more products see Industry Mall and


»

SIRIUS 4AT single-phase transformer, special version for medical premises

1) 3RN releases for PTC sensors must be ordered separately, see Chapter 10, "Monitoring and Control Devices".


For more technical specifications see www.siemens.com/sirius-supplying ➞ "Technical Information" or



»


General data

Transformers Type 4AT

• Version UI core


Protection class I

Degree of protection• Without enclosure IP00• With protective enclosure

(see "Selection and Ordering Data") IP23Version: sheet-steel enclosure coated with epoxy resin, color gray RAL 7032

Installation altitude Up to 1 000m above sea level (above this, power reduction is necessary)

Protective devices• Internal With thermistor transformer protection for warning

• External The transformers have to be protected against short circuits on the primary or secondary side with a gG opera-tional class fuse or circuit breakers (see "Selection and Ordering Data"), see circuit diagram on page 15/8. For reliable protection against short circuits and touch, the cables between the output terminals of the transformer and the load must have a negligible line impedance. For more details see DIN VDE 0100 (Erection of low-voltage systems) Part 410, Part 520 particularly section 525 and Part 610.Assigned protective devices (see "Selection and Ordering Data")

Mounting position For any position

Rated power Pn

Voltage rise during no-load operationuA

Rated voltages Short-circuit protection for the transformer DT1) Configurator PU(UNIT,

SET,M)


approx.

With fuse, gG operational class

With motor starter protector

Type Set value

Order No. Priceper PU

InputU1N

Out-put U2N

kVA % V V A A kg

Degree of protection IP002.5 3.6 230 230-115 35 3RV20 21-4CA10 21 X 4AT30 12-1TA71-3MA0 1 1 unit 4M1 25.5003.15 3.6 230 230-115 35 3RV10 31-4EA10 26 X 4AT36 02-1TA71-3MA0 1 1 unit 4M1 33.0004 3.6 230 230-115 50 3RV10 31-4EA10 29 X 4AT36 12-1TA71-3MA0 1 1 unit 4M1 36.000

5 3.6 230 230-115 50 3RV10 31-4FA10 36 X 4AT39 02-1TA71-3MA0 1 1 unit 4M1 45.0006.3 3.6 230 230-115 63 3RV10 31-4GA10 40 X 4AT39 12-1TA71-3MA0 1 1 unit 4M1 49.0008 3.7 230 230-115 63 3RV10 41-4JA10 49 X 4AT43 02-1TA71-3MA0 1 1 unit 4M1 63.00010 2.5 230 230-115 80 3RV10 41-4KA10 61 X 4AT43 12-1TA71-3MA0 1 1 unit 4M1 70.000

Degree of protection IP232.5 3.6 230 230-115 35 3RV20 21-4CA10 21 X 4AT30 12-1TA71-3MC0 1 1 unit 4M1 33.2003.15 3.6 230 230-115 35 3RV10 31-4EA10 26 X 4AT36 02-1TA71-3MC0 1 1 unit 4M1 50.0004 3.7 230 230-115 50 3RV10 31-4EA10 29 X 4AT36 12-1TA71-3MC0 1 1 unit 4M1 44.000

5 3.6 230 230-115 50 3RV10 31-4FA10 36 X 4AT39 02-1TA71-3MC0 1 1 unit 4M1 59.0006.3 3.9 230 230-115 63 3RV10 31-4GA10 40 X 4AT39 12-1TA71-3MC0 1 1 unit 4M1 63.0008 3.7 230 230-115 63 3RV10 41-4JA10 49 X 4AT43 02-1TA71-3MC0 1 1 unit 4M1 77.00010 2.5 230 230-115 80 3RV10 41-4KA10 61 X 4AT43 12-1TA71-3MC0 1 1 unit 4M1 84.000


© Siemens AG 2012

Three-Phase TransformersSafety, Isolating, Control and Mains Transformers

General data

15/32 Siemens IC 10 · 2012

15

■ Overview

4AP../4AU.. transformers


Our transformers are the right choice for each application: They work reliably, safely and worldwide under a wide range of differ-ent conditions.

Transformers are summarized in a user-friendly manner as:• Isolating, control and mains transformers

according to EN 61558-2-4, -2-2, -2-1 or • Safety, control and mains transformers

according to EN 61558-2-6, -2-2, -2-1 (see Industry Mall and Interactive Catalog CA 01 or www.mdexx.com)

Note:

Mains transformers with ≤ 50 V on the output side are, in the case of SIRIUS transformers, always designed as safety transformers.

Our transformers provide optimal protection through high per-missible ambient temperatures up to 40 °C or 55 °C, a high short-time rating in the case of control transformers, fuseless construction and due to their safety standard "Safety inside" EN 61558.

Connection methods

4AP../4AU.. transformers are available with screw terminals/flat connectors.

Order No. scheme

Note:



■ Benefits

• High short-time rating of the SIRIUS transformers: lower trans-former rated power for a large number of contactors

• Suitable for "fuseless construction": The small inrush current means that "circuit breakers for motor protection" can also be used on the primary side


• Comprehensive type spectrum supplied from stock: rapid availability

■ Application

Transformers are used in industrial machines, process engineer-ing, heating and air-conditioning equipment, etc., for supplying control and signaling circuits, when:• Several electromagnetic loads (e.g. contactors) have to be

controlled• Control and signaling devices are used outside the control

cabinet• The operational voltage for the loads differs from the available

voltage level• Voltage matching for machines and installations with electrical

isolation or as an autotransformer

Generally, our transformers are used for voltage matching of electrical devices, e.g. in communications, medical engineering and domestic appliances.

Screw terminals

Flat connectors



@ @ @ @ @ @ @ – @ @ @ @ @ – @ @ @ @

Transformer product type 4 A

Product group @

Rated power @ @

Power level @




Protective device @

Application @ @


Connection type @

Example 4 A P 3 0 4 2 – 8 B C 4 0 – 0 H A 0


© Siemens AG 2012


15/33Siemens IC 10 · 2012

General data

15



For more technical specifications seewww.siemens.com/sirius-supplying ➞ ""Technical Information"

or

www.siemens.com/sirius/support ➞ "Transformers and Power Supplies" ➞ "Manuals/Operating Instructions".

General data

Transformers Type 4AP 4AU

• Version 3UI core 3UI core

• Performance range (with IP00) kVA 0.16 ... 5 > 5 ... 16

• Approvals CUUS

Voltage range V ≤ 690



Thermal class B H

• Acc. to UL/CSA CLASS 130 CLASS 180

Ambient conditions Protection against harmful ambient conditions: Complete impregnation in polyester resin.Climate-proof for installation in rooms with an external climate to DIN 50010


• At rated power °C 40 55


°C 80

• Minimum value °C – 25





Protection class I


• Without enclosure IP00



Installation altitude Up to 1 000 m above sea level (above this, power reduction is necessary)

Protective devices

• External The transformers are protected from short circuits and overload on the primary and secondary side with motor starter protectors.For reliable protection against short circuits, overload and touch, the cables between the output terminals of the transformer and the load must have a negligible line impedance. For more details see DIN VDE 0100 (Erection of low-voltage systems) Part 410, Part 520 particularly section 525 and Part 610.

Assigned protective devices(see "Primary-side short-circuit and overload protection with motor starter protectors")


• Terminal arrangement1) Refer to DIN VDE 0298-4 and EN 60204 for the permissible conductor cross-sections for the specified current according to the installation type. The terminals used are finger-safe according to EN 50274.





© Siemens AG 2012


General data

15/34 Siemens IC 10 · 2012

15

Rated outputs at different ambient temperatures• With electrically separated windings• Degree of protection IP00• According to EN 61558, CUUS

Operation characteristics• According to EN 61558-2-6, EN 61558-2-4, EN 61558-2-1

Higher ratings and other conditions on request.


1) Winding reference temperature: 20 °C.

Transformer Rated power

Pn

Permissible transformer load depending on the ambient temperature ta of

60 °C 55 °C 50 °C 45 °C 40 °C 35 °C 30 °C 25 °C

Type kVA kVA kVA kVA kVA kVA kVA kVA kVA

4AP transformers4AP17 4

4AP18 4

4AP19 4

0.16

0.25

0.4

0.134

0.210

0.336

0.141

0.220

0.352

0.147

0.230

0.368

0.154

0.240

0.384

0.160

0.250

0.400

0.166

0.260

0.416

0.173

0.270

0.432

0.178

0.278

0.444

4AP20 4

4AP21 4

4AP25 4

0.63

1

1.6

0.529

0.840

1.34

0.554

0.880

1.41

0.580

0.920

1.47

0.605

0.960

1.54

0.630

1

1.60

0.655

1.04

1.66

0.680

1.08

1.73

0.699

1.11

1.78

4AP27 4

4AP30 4

4AP30 5

2.5

4

5

2.10

3.36

4.20

2.20

3.52

4.40

2.30

3.68

4.60

2.40

3.84

4.80

2.50

4

5.50

2.60

4.16

5.20

2.70

4.32

5.40

2.78

4.44

5.55

4AU transformers4AU30 3

4AU36 1

4AU36 3

6.3

8

10

6.11

7.76

9.70

6.30

8

10

6.49

8.24

10.3

6.68

8.48

10.6

6.93

8.80

11

7.12

9.04

11.3

7.31

9.28

11.6

7.50

9.52

11.9

4AU39 1

4AU39 3

12.5

16

12.1

15.5

12.5

16

12.9

16.5

13.3

17

13.8

17.6

14.1

18.1

14.5

18.6

14.9

19



Voltage dropon rated load1)

Short-circuit voltage1)

Degree of efficiency

50 Hz ... 60 Hz1 000 m above sea leveldegree of protection IP00

(operating temperature) uA approx.

uR approx.

uZ approx.

η approx.

Type kVA % % % %

4AP transformers: ta = 40 °C/B4AP17 4

4AP18 4

4AP19 4

0.16

0.25

0.4

3UI 60/30

3UI 75/25

3UI 75/40

13.3

11.7

11.8

10.1

8.9

8.5

10.1

9

8.5

85

87

87

4AP20 4

4AP21 4

4AP25 4

0.63

1

1.6

3UI 90/30

3UI 90/50

3UI 114/62

9.3

6.4

4.9

6.8

4.8

3.6

6.8

4.8

3.6

89

92

93

4AP27 4

4AP30 4

4AP30 5

2.5

4

5

3UI 132/70

3UI 150/75

3UI 150/75

4.5

3.5

2.8

3.4

2.6

2.1

3.4

2.7

2.2

94

95

96

4AU transformers: ta = 55 °C/H4AU30 3

4AU36 1

4AU36 3

6.3

8

10

3UI 150/75

3UI 180/75

3UI 180/75

3.8

5.1

4.1

2.6

3.6

2.9

2.6

3.6

3

96

94

95

4AU39 1

4AU39 3

12.5

16

3UI 210/70

3UI 210/70

4.1

3.2

2.9

2.3

3.1

2.8

95

96


© Siemens AG 2012


15/35Siemens IC 10 · 2012

General data

15

Primary-side short-circuit and overload protection with motor starter protectors

Trans-former

Rated power Pn

Motor starter protector version: Motor protection


Type kVA Type 520 500 480 460 440 420 400 380 360 300 288 277 265 254 242 230 220 208

4AP transformers4AP17 4 0.16 3RV20 11-@@@10

Set value in A0DA0.26

0DA0.26

0EA0.29

0EA0.29

0EA0.29

0EA0.31

0EA0.32

0EA0.34

0FA0.4

0GA0.48

0GA0.52

0GA0.54

0HA0.55

0HA0.55

0HA0.56

0HA0.56

0HA0.58

0HA0.62

4AP18 4 0.25 3RV20 11-@@@10Set value in A

0FA0.4

0FA0.4

0FA0.44

0FA0.44

0FA0.44

0GA0.47

0GA0.49

0GA0.51

0HA0.6

0JA0.75

0JA0.75

0JA0.8

0JA0.85

0KA0.9

0KA0.9

0KA0.9

0KA0.9

0KA0.94


0HA0.62

0HA0.62

0JA0.7

0JA0.7

0JA0.71

0JA0.75

0JA0.78

0JA0.82

0KA1

1AA1.2

1AA1.2

1AA1.3

1AA1.3

1BA1.4

1BA1.4

1BA1.4

1BA1.4

1BA1.5


0KA0.95

0KA0.95

1AA1.1

1AA1.1

1AA1.1

1AA1.2

1AA1.2

1AA1.3

1BA1.5

1CA1.8

1CA1.9

1CA2

1CA2

1CA2

1DA2.2

1DA2.2

1DA2.2

1DA2.3

4AP21 4 1 3RV20 11-@@@10Set value in A

1BA1.5

1BA1.5

1CA1.7

1CA1.8

1CA1.8

1CA1.8

1CA2

1CA2

1DA2.3

1EA2.8

1EA2.9

1EA3.1

1EA3.2

1EA3.2

1EA3.2

1EA3.2

1FA3.5

1FA3.5


1DA2.3

1DA2.3

1EA2.8

1EA2.8

1EA2.8

1EA2.8

1EA3

1FA3.5

1FA3.5

1GA4.5

1GA4.5

1GA4.9

1GA5

1GA5

1HA5.5

1HA5.5

1HA5.5

1HA5.6


1FA3.6

1FA3.6

1FA4

1GA4.5

1GA4.5

1GA4.5

1GA4.5

1HA5.8

1HA5.8

1JA7

1JA7

1JA7.5

1JA7.5

1JA8

1JA8

1JA8

1KA9

1KA9

4AP30 4 4 3RV20 11-@@@103RV20 21-@@@10Set value in A

1HA--5.7

1HA--5.7

1HA--6

1JA--7

1JA--7

1JA--7

1JA--7.2

1JA--8

1KA--9

--4AA11

--4AA11

--4AA12

--4AA12

--4AA13

--4AA13

--4BA14

--4BA14

--4BA14


1JA--7.2

1JA--7.2

1JA--8

1KA--9

1KA--9

1KA--9

1KA--9

--4AA11

--4AA11

--4AA13

--4BA14

--4BA15

--4BA15

--4BA16

--4CA17

--4CA17

--4CA17

--4CA17

4AU transformers4AU30 3 6.3 3RV20 11-@@@10

3RV20 21-@@@10Set value in A

1KA--9

1KA--9

1KA--10

1KA--10

1KA--10

--4AA11

--4AA11

--4AA12

--4AA13

--4BA15

--4BA16

--4BA16

--4CA17

--4CA18

--4CA19

--4DA20

--4DA20

--4DA22

4AU36 1 8 3RV20 21-@@@103RV10 31-@@@10Set value in A

4AA--12

4AA--12

4AA--13

4AA--13

4AA--13

4BA--14

4BA--15

4BA--15

4BA--16

4CA--20

4CA--20

4CA--21

4DA--22

4DA--23

4DA--24

--4EA25

--4EA26

--4EA28


4BA--15

4BA--15

4BA--16

4BA--16

4CA--17

4CA--17

4CA--18

4CA--19

4CA--20

4DA--25

4DA--25

--4EA26

--4EA27

--4FA28

--4FA30

--4FA31

--4FA32

--4FA34

4AU39 1 12.5 3RV20 21-@@@103RV10 31-@@@10Set value in A

4CA--9

4CA--19

4CA--20

4CA--20

4DA--20

4DA--22

4DA--22

4DA--23

4DA--25

--4FA30

--4FA31

--4FA32

--4FA34

--4FA35

--4FA37

--4FA39

--4FA40

--4GA43


4DA--24

4DA--24

4DA--25

4DA--25

--4EA26

--4FA28

--4FA28

--4FA30

--4FA31

--4FA38

--4FA39

--4FA40

--4HA43

--4HA44

--4HA47

--4HA49

--4HA50

--4HA50


© Siemens AG 2012


General data

15/36 Siemens IC 10 · 2012

15

Secondary-side short-circuit and overload protection with motor starter protectors

Short-time rating of control transformers Pshortt.1) = f (p.f.) for U2 = 0.95 × U2N

1) Pshortt. applies to up to 300 contactor operations per hour.


Motor starter protectors

Version: Motor protection

Ratedoutput voltage U2N in V

Type kVA Type 400 230

4AP transformers4AP17 4 0.16 3RV20 11-@@@10

Set value in A0DA0.27

0FA0.5


0FA0.42

0HA0.75


0HA0.7

0KA1.2


0KA1.1

1BA1.9


1BA1.7

1DA3


1DA2.7

1FA5


1FA4.2

1HA7.5


1HA6.7

1KA12


1JA--8.5

--4AA15

4AU transformers4AU30 3 6.3 3RV20 11-@@@10

3RV20 21-@@@10Set value in A

1KA--11

--4BA19

4AU36 1 8 3RV20 21-@@@10Set value in A

4AA14

4DA24


4BA--17

--4EA29

4AU39 1 12.5 3RV20 21-@@@103RV10 31-@@@10Set value in A

4CA--21

--4FA37

4AU39 3 16 3RV10 31-@@@10Set value in A

4EA27

4HA47

Trans-former

Ratedpower Pn

Short-time rating Pshortt.1) with p.f. of Voltage rise

in no-load operation

Voltage drop on rated load

Short-circuit voltage

0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 (at 20 °C)(operating temperature)

(at 20 °C)

Type kVA kVA kVA kVA kVA kVA kVA kVA kVA kVA kVA uA % uR % uZ %

4AP transformers4AP20 44AP21 44AP25 4

0.6311.6

4.59.3

21

3.36.5

14

2.65

10

2.14.18.3

1.83.56.9

1.635.9

1.42.75.2

1.32.44.7

1.22.24.2

1.12.13.9

9.36.44.9

6.84.83.6

6.84.83.6

4AP27 44AP30 44AP30 5

2.545

376053

244041

173034

142429

112025

9.91822

8.71620

7.81419

71318

6.51217

4.53.52.8

3.42.62.1

3.42.72.2

4AU transformers4AU30 34AU36 14AU36 3

6.38

10

64.58380.5

48.558.563

394552

32.53744

2831.539

2527.535

22.52431.5

20.52229

192027.5

18.51927

3.55.14.1

2.63.62.9

2.63.63

4AU39 14AU39 3

12.516

10485

80.574

6666

5660

4955

4451.5

39.548.5

3646.5

34.546

3451

4.13.2

2.92.3

3.12.8


© Siemens AG 2012


SIRIUS 4AP, 4AUisolating, control and mains transformers


15

■ Overview

• According to EN 61558-2-4, -2-2, -2-1• CUUS

• 4AP: ta = 40 °C/B, 4AU: ta = 55 °C/H• 50/60 Hz AC• Degree of protection IP00, IP23 and IP54• For more products see Industry Mall and


¸, ¶, μSIRIUS 4AP20 three-phase transformer (left) and SIRIUS 4AU three-phase transformer (right)


In two-voltage version

Rated input voltage U1N 3 AC * 500-400 V/d 289-230 V, rated output voltage U2N 3 AC * 400 V/d 230 V

CUUS, ¸, ¶, μ

For online configurator see www.siemens.com/sirius/configurators. 1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".3) The 4AU transformers are only supplied with screw terminals.

Rated power Pn



flat connectors3)PU

(UNIT,SET, M)


approx.Configurator


Degree of protection IP000.63 1.8 A 4AP20 42-8BC40-0HA0 1 1 unit 4M1 6.9001 3.5 A 4AP21 42-8BC40-0HA0 1 1 unit 4M1 10.8001.6 6.9 X 4AP25 42-8BC40-0HA0 1 1 unit 4M1 18.1002.5 11 A 4AP27 42-8BC40-0HA0 1 1 unit 4M1 25.8004 20 X 4AP30 42-8BC40-0HA0 1 1 unit 4M1 38.500

6.3 28 X 4AU30 32-8BC40-0HA0 1 1 unit 4M1 43.0008 32 X 4AU36 12-8BC40-0HA0 1 1 unit 4M1 53.000

10 39 X 4AU36 32-8BC40-0HA0 1 1 unit 4M1 60.00012.5 49 X 4AU39 12-8BC40-0HA0 1 1 unit 4M1 73.00016 55 X 4AU39 32-8BC40-0HA0 1 1 unit 4M1 89.000

Degree of protection IP230.57 1.8 X 4AP20 42-8BC40-0HC0 1 1 unit 4M1 14.6000.9 3.5 X 4AP21 42-8BC40-0HC0 1 1 unit 4M1 18.5001.44 6.9 X 4AP25 42-8BC40-0HC0 1 1 unit 4M1 25.8002.25 11 X 4AP27 42-8BC40-0HC0 1 1 unit 4M1 33.5003.2 20 X 4AP30 42-8BC40-0HC0 1 1 unit 4M1 46.200

5 28 X 4AU30 32-8BC40-0HC0 1 1 unit 4M1 50.7006.3 32 X 4AU36 12-8BC40-0HC0 1 1 unit 4M1 66.9008 39 X 4AU36 32-8BC40-0HC0 1 1 unit 4M1 73.900

10 49 X 4AU39 12-8BC40-0HC0 1 1 unit 4M1 86.90012.5 55 X 4AU39 32-8BC40-0HC0 1 1 unit 4M1 102.000

Degree of protection IP540.44 1.8 X 4AP20 42-8BC40-0HD0 1 1 unit 4M1 14.6000.8 3.5 X 4AP21 42-8BC40-0HD0 1 1 unit 4M1 18.5001.12 6.9 X 4AP25 42-8BC40-0HD0 1 1 unit 4M1 25.8002 11 X 4AP27 42-8BC40-0HD0 1 1 unit 4M1 33.5002.8 20 X 4AP30 42-8BC40-0HD0 1 1 unit 4M1 46.200

4.4 28 X 4AU30 32-8BC40-0HD0 1 1 unit 4M1 50.7005.6 32 X 4AU36 12-8BC40-0HD0 1 1 unit 4M1 66.9007.1 39 X 4AU36 32-8BC40-0HD0 1 1 unit 4M1 73.9008.8 49 X 4AU39 12-8BC40-0HD0 1 1 unit 4M1 86.900

11.2 55 X 4AU39 32-8BC40-0HD0 1 1 unit 4M1 102.000


© Siemens AG 2012

Three-Phase TransformersSafety, Isolating, Control and Mains TransformersSIRIUS 4AP, 4AUisolating, control and mains transformers



15


Rated input voltage U1N3 AC * 520-500-480-460-440-420-400-380-360 V/d 300-289-277-266-254-240-230-220-208 V, rated output voltage U2N3 AC * 400 V/d 230 V

CUUS, ¸, ¶, μ

For online configurator see www.siemens.com/sirius/configurators. 1) For p.f. = 0.5 and U2 = 0.95 × U2N.2) The delivery time class depends on the quantity, see page 15/6 "Options".3) The 4AU transformers are only supplied with screw terminals.

Rated power Pn



flat connectors3)PU

(UNIT,SET, M)


approx.Configurator


Degree of protection IP000.63 1.8 X 4AP20 42-8CC40-0HA0 1 1 unit 4M1 7.1001 3.5 X 4AP21 42-8CC40-0HA0 1 1 unit 4M1 10.4001.6 6.9 X 4AP25 42-8CC40-0HA0 1 1 unit 4M1 19.7002.5 11 X 4AP27 42-8CC40-0HA0 1 1 unit 4M1 27.0004 20 X 4AP30 42-8CC40-0HA0 1 1 unit 4M1 39.400

6.3 28 X 4AU30 32-8CC40-0HA0 1 1 unit 4M1 47.0008 32 X 4AU36 12-8CC40-0HA0 1 1 unit 4M1 56.000

10 39 X 4AU36 32-8CC40-0HA0 1 1 unit 4M1 65.00012.5 49 X 4AU39 12-8CC40-0HA0 1 1 unit 4M1 78.00016 55 X 4AU39 32-8CC40-0HA0 1 1 unit 4M1 99.000

Degree of protection IP230.57 1.8 X 4AP20 42-8CC40-0HC0 1 1 unit 4M1 14.8000.9 3.5 X 4AP21 42-8CC40-0HC0 1 1 unit 4M1 18.1001.44 6.9 X 4AP25 42-8CC40-0HC0 1 1 unit 4M1 27.4002.25 11 X 4AP27 42-8CC40-0HC0 1 1 unit 4M1 34.7003.2 20 X 4AP30 42-8CC40-0HC0 1 1 unit 4M1 47.100

5 28 X 4AU30 32-8CC40-0HC0 1 1 unit 4M1 54.7006.3 32 X 4AU36 12-8CC40-0HC0 1 1 unit 4M1 69.9008 39 X 4AU36 32-8CC40-0HC0 1 1 unit 4M1 78.900

10 49 X 4AU39 12-8CC40-0HC0 1 1 unit 4M1 91.90012.5 55 X 4AU39 32-8CC40-0HC0 1 1 unit 4M1 112.900

Degree of protection IP540.44 1.8 X 4AP20 42-8CC40-0HD0 1 1 unit 4M1 14.8000.8 3.5 X 4AP21 42-8CC40-0HD0 1 1 unit 4M1 18.1001.12 6.9 X 4AP25 42-8CC40-0HD0 1 1 unit 4M1 27.0002 11 X 4AP27 42-8CC40-0HD0 1 1 unit 4M1 34.7002.8 20 X 4AP30 42-8CC40-0HD0 1 1 unit 4M1 47.100

4.4 28 X 4AU30 32-8CC40-0HD0 1 1 unit 4M1 54.7005.6 32 X 4AU36 12-8CC40-0HD0 1 1 unit 4M1 69.9007.1 39 X 4AU36 32-8CC40-0HD0 1 1 unit 4M1 78.9008.8 49 X 4AU39 12-8CC40-0HD0 1 1 unit 4M1 91.900

11.2 55 X 4AU39 32-8CC40-0HD0 1 1 unit 4M1 112.900


© Siemens AG 2012

Three-Phase TransformersPower Transformers

15/39Siemens IC 10 · 2012

General data

15

■ Overview

4BU.. transformers


Our transformers are the right choice for each application: They work reliably, safely and worldwide under a wide range of differ-ent conditions.

The 4BU three-phase power transformers are available as matching transformers with one input/output voltage according to DIN VDE 0532-6.

Our transformers provide optimal protection through high per-missible ambient temperatures of up to 40 °C.

Connection methods

4BU.. transformers are available with screw terminals/flat con-nectors.

Order No. scheme

Note:



■ Benefits


• Comprehensive type spectrum: Rapid availability, see Industry Mall and Interactive Catalog CA 01 or www.mdexx.com

■ Application

4BU three-phase power transformers are implemented in indus-trial and building systems and control and distribution and are used to adapt the locally available mains voltage to the opera-tional voltage of the system or its components. They also limit the possible short-circuit currents.

Power transformers with electrical isolation or designed as auto-transformers are used for adapting machines and systems to the local voltages that are available at the installation site.

Furthermore power transformers can be used with electrical de-vices, for example in communications, medical engineering and domestic appliances. In drive systems, special converter trans-formers are used for voltage matching and autotransformers are used with infeed/regenerative feedback modules.


@ @ @ @ @ @ @ – @ @ @ @ @ – @ @ @ @

Transformer product type 4 B

Product group @

Rated power @ @

Power level @




Maximum permissible ambient temperature @

Application @ @


Protective device @

Example 4 B U 5 2 3 3 – 5 E A 2 0 – 2 D A 0


© Siemens AG 2012


General data

15/40 Siemens IC 10 · 2012

15



Selecting the fuses:

Short-circuit protection on the primary or secondary side using DIAZED or NH fuse systems with characteristic gG for 4BU43 to 4BU59 power transformers in the performancerange from 18 kVA to 400 kVA.

Determining the fuse size:

Minimum fuse current = Rated current x 1.2Maximum fuse current = Rated current x 1.5

Example:

4BU56 power transformer,degree of protection IP00,rated power Pn = 100 kVA, rated voltage U1N = 400 V, rated current In = ?

Minimum fuse current = 144.3 A x 1.2 = 173 AMaximum fuse current = 144.3 A x 1.5 = 216 A

Selected fuse size: 200 A

For more technical specifications see www.siemens.com/sirius-supplying ➞ "Technical Information"

or


General data

Transformers Type 4BU

• Version 3UI core

• Performance range (with IP00) kVA > 16 ... 160 (up to 2 000 kVA on request)

• Approvals CUUS optional

Voltage range V ≤ 1 000



Thermal class H

CLASS 180• Acc. to UL/CSA

Ambient conditions Protection against harmful ambient conditions: Complete impregnation in polyester resin Climate-proof for installation in rooms with an external climate to DIN 50010


• At rated power °C 40 and optionally 55


°C 80

• Minimum value °C –25





Protection class I


• Without protective enclosure IP00



Installation altitude Up to 1 000 m above sea level (above this, power reduction is necessary)

Protective devices

• Internal Can be designed with thermistor transformer protection for warning or disconnection or warning and disconnection1).

• External The transformers can be protected from short circuits on the primary or secondary side with motor protective devices.For reliable protection against short-circuiting and touch, the cables between the output terminals of the transformer and the load must have a negligible line impedance. For more details see DIN VDE 0100 (Erection of low-voltage systems) Part 410, Part 520 particularly section 525 and Part 610.

On request


• Terminal arrangement1) Refer to DIN VDE 0298-4 and EN 60204 for the permissible conductor cross-section for the specified current according to the installation type. The terminals used are finger-safe according to EN 50274.




Rated current InRated power Pn

Rated voltage U1N 3×-------------------------------------------------------------------=

InPn

U1N 3×----------------------- 100000 VA

400 V 3×---------------------------- 144.3 A= = =


© Siemens AG 2012


15/41Siemens IC 10 · 2012

General data

15

Operation characteristics• According to DIN VDE 0532-6• ta = 40 °C/H

Higher ratings and other conditions on request.


1) Winding reference temperature: 115 °C.2) 4BU.. .2 without CUUS approval; 4BU.. .3 with CUUS approval.



Voltage drop on rated load1)

Short-circuit voltage1) Degree of efficiency

50 Hz ... 60 Hz1 000 m above sea levelDegree of protection IP00

(operating temperature)

uA approx.

uR approx.

uZ approx.

η approx.

Type kVA % % % %

4BU.. .2/4BU.. .32) 4BU.. .2/4BU.. .32) 4BU.. .2/4BU.. .32) 4BU.. .2/4BU.. .32)

4BU43 3.4BU43 4.4BU43 5.

182022.5

3UI 230/803UI 230/803UI 230/80

4.2/4.03.8/3.63.4/3.2

3.9/3.73.5/3.43.1/3.0

4.0/3.83.7/3.53.4

959696

4BU45 3.4BU45 4.4BU47 3.

252831.5

3UI 230/1073UI 230/1073UI 230/137

3.3/3.12.9/2.82.7/2.6

3.0/2.9 2.7/2.6 2.5/2.4

3.1/3.02.9/2.82.6/2.5

9696

96/97

4BU47 4.4BU47 5.4BU52 3.

35.54045

3UI 230/1373UI 230/1373UIS 220/120

2.4/2.32.1/2.03.4/3.2

2.2 2.0/1.9 3.1/3.0

2.4/2.32.3/2.23.9/3.8

979796

4BU53 3.4BU53 4.4BU54 3.

505663

3UIS 220/1353UIS 220/1353UIS 305/125

3.1/2.92.7/2.64.0/3.9

2.8/2.72.5/2.43.7/3.6

3.53.6/3.54.3/4.2

96/9797

95/96

4BU54 4.4BU55 3.4BU56 3.

718091

3UIS 305/1253UIS 305/1403UIS 305/160

3.6/3.43.3/3.13.0/2.9

3.3/3.23.0/2.92.8/2.7

4.23.93.6

9696

96/97

4BU56 4.4BU58 3.4BU58 4.

100112125

3UIS 305/1603UIS 395/1503UIS 395/150

2.7/2.64.4/4.23.9/3.8

2.54.0/3.93.6/3.5

3.74.9/4.84.9/4.8

979596

4BU58 5.4BU59 3.

140160

3UIS 395/1503UIS 395/170

3.5/3.43.2/3.1

3.2/3.13.0/2.9

5.1/5.04.7

9696


© Siemens AG 2012


SIRIUS 4BU matching transformers



15

■ Overview

• DIN VDE 0532-6 • 50/60 Hz AC • d or * (see "Selection and ordering data")• ta = 40 °C/H • Degrees of protection IP00, IP20, IP23• Busbar connections• For more products see Industry Mall and


SIRIUS 4BU matching transformer



Rated input voltage U1N 3 AC 400 V, rated output voltage U2N 3 AC *400 V, ta = 40 °C/H, degree of protection IP00


For degrees of protection IP20 and IP23 see next page.


For online configurator see www.siemens.com/sirius/configurators.1) The delivery time class depends on the quantity, see page 15/6 "Options".

Rated power Pn

DT1) Vector group Dyn5 Cuweightper PU

approx.

DT1) Vector group Yyn0 Cuweightper PU

approx.Configurator Configurator


Order No. Price per PUkVA kg kg

Degree of protection IP0018 X 4BU43 32-2AA20-2DA0 110.000 X 4BU43 32-2AA20-2CA0 99.00020 X 4BU43 42-2AA20-2DA0 103.000 X 4BU43 42-2AA20-2CA0 103.00022.5 X 4BU43 52-2AA20-2DA0 112.000 X 4BU43 52-2AA20-2CA0 112.00025 X 4BU45 32-2AA20-2DA0 129.000 X 4BU45 32-2AA20-2CA0 129.00028 X 4BU45 42-2AA20-2DA0 136.000 X 4BU45 42-2AA20-2CA0 136.000

31.5 X 4BU47 32-2AA20-2DA0 163.000 X 4BU47 32-2AA20-2CA0 163.00035.5 X 4BU47 42-2AA20-2DA0 171.000 X 4BU47 42-2AA20-2CA0 171.00040 X 4BU47 52-2AA20-2DA0 184.000 X 4BU47 52-2AA20-2CA0 184.00045 X 4BU52 32-2AA20-2DA0 200.000 X 4BU52 32-2AA20-2CA0 181.00050 X 4BU53 32-2AA20-2DA0 201.000 X 4BU53 32-2AA20-2CA0 201.000

56 X 4BU53 42-2AA20-2DA0 214.000 X 4BU53 42-2AA20-2CA0 214.00063 X 4BU54 32-2AA20-2DA0 258.000 X 4BU54 32-2AA20-2CA0 290.00071 X 4BU54 42-2AA20-2DA0 271.000 X 4BU54 42-2AA20-2CA0 271.00080 X 4BU55 32-2AA20-2DA0 310.000 X 4BU55 32-2AA20-2CA0 301.00091 X 4BU56 32-2AA20-2DA0 338.000 X 4BU56 32-2AA20-2CA0 338.000



© Siemens AG 2012




15


Rated input voltage U1N 3 AC 400 V, rated output voltage U2N 3 AC *400 V, ta = 40 °C/H, degrees of protection IP20 and IP23




Rated power Pn


approx.





Degree of protection IP2018 X 4BU43 32-2AA20-2DB0 143.000 X 4BU43 32-2AA20-2CB0 143.00020 X 4BU43 42-2AA20-2DB0 147.000 X 4BU43 42-2AA20-2CB0 147.000

22.5 X 4BU43 52-2AA20-2DB0 156.000 X 4BU43 52-2AA20-2CB0 156.00025 X 4BU45 32-2AA20-2DB0 173.000 X 4BU45 32-2AA20-2CB0 173.00028 X 4BU45 42-2AA20-2DB0 180.000 X 4BU45 42-2AA20-2CB0 180.000

31.5 X 4BU47 32-2AA20-2DB0 207.000 X 4BU47 32-2AA20-2CB0 207.00035.5 X 4BU47 42-2AA20-2DB0 215.000 X 4BU47 42-2AA20-2CB0 215.00040 X 4BU47 52-2AA20-2DB0 235.000 X 4BU47 52-2AA20-2CB0 228.00045 X 4BU52 32-2AA20-2DB0 232.000 X 4BU52 32-2AA20-2CB0 232.00050 X 4BU53 32-2AA20-2DB0 252.000 X 4BU53 32-2AA20-2CB0 252.000

56 X 4BU53 42-2AA20-2DB0 265.000 X 4BU53 42-2AA20-2CB0 265.00063 X 4BU54 32-2AA20-2DB0 319.000 X 4BU54 32-2AA20-2CB0 319.00071 X 4BU54 42-2AA20-2DB0 332.000 X 4BU54 42-2AA20-2CB0 332.00080 X 4BU55 32-2AA20-2DB0 362.000 X 4BU55 32-2AA20-2CB0 362.00091 X 4BU56 32-2AA20-2DB0 399.000 X 4BU56 32-2AA20-2CB0 399.000


Degree of protection IP2316 X 4BU43 32-2AA20-2DC0 143.000 X 4BU43 32-2AA20-2CC0 143.00018 X 4BU43 42-2AA20-2DC0 147.000 X 4BU43 42-2AA20-2CC0 147.00020 X 4BU43 52-2AA20-2DC0 156.000 X 4BU43 52-2AA20-2CC0 156.000

22.5 X 4BU45 32-2AA20-2DC0 173.000 X 4BU45 32-2AA20-2CC0 173.00025 X 4BU45 42-2AA20-2DC0 180.000 X 4BU45 42-2AA20-2CC0 180.000

28 X 4BU47 32-2AA20-2DC0 207.000 X 4BU47 32-2AA20-2CC0 207.00032 X 4BU47 42-2AA20-2DC0 215.000 X 4BU47 42-2AA20-2CC0 215.00036 X 4BU47 52-2AA20-2DC0 228.000 X 4BU47 52-2AA20-2CC0 228.000


50 X 4BU53 42-2AA20-2DC0 265.000 X 4BU53 42-2AA20-2CC0 265.00056.5 X 4BU54 32-2AA20-2DC0 319.000 X 4BU54 32-2AA20-2CC0 319.00063.5 X 4BU54 42-2AA20-2DC0 332.000 X 4BU54 42-2AA20-2CC0 332.00072 X 4BU55 32-2AA20-2DC0 362.000 X 4BU55 32-2AA20-2CC0 362.000

81.5 X 4BU56 32-2AA20-2DC0 399.000 X 4BU56 32-2AA20-2CC0 399.000

90 X 4BU56 42-2AA20-2DC0 413.000 X 4BU56 42-2AA20-2CC0 413.000100.5 X 4BU58 32-2AA20-2DC0 525.000 X 4BU58 32-2AA20-2CC0 525.000112.5 X 4BU58 42-2AA20-2DC0 539.000 X 4BU58 42-2AA20-2CC0 539.000126 X 4BU58 52-2AA20-2DC0 559.000 X 4BU58 52-2AA20-2CC0 559.000144 X 4BU59 32-2AA20-2DC0 613.000 X 4BU59 32-2AA20-2CC0 613.000


© Siemens AG 2012





15



Rated input voltage U1N 3 AC 400 V ± 5 %,rated output voltage U2N 3 AC *400 V, ta = 40 °C/H, degrees of protection IP00 and IP20


For degree of protection IP23 see next page.



Rated power Pn


approx.





Degree of protection IP0018 X 4BU43 32-5AA20-2DA0 101.000 X 4BU43 32-5AA20-2CA0 101.00020 X 4BU43 42-5AA20-2DA0 105.000 X 4BU43 42-5AA20-2CA0 105.000

22.5 X 4BU43 52-5AA20-2DA0 115.000 X 4BU43 52-5AA20-2CA0 115.00025 X 4BU45 32-5AA20-2DA0 131.000 X 4BU45 32-5AA20-2CA0 131.00028 X 4BU45 42-5AA20-2DA0 139.000 X 4BU45 42-5AA20-2CA0 139.000

31.5 X 4BU47 32-5AA20-2DA0 166.000 X 4BU47 32-5AA20-2CA0 166.00035.5 X 4BU47 42-5AA20-2DA0 174.000 X 4BU47 42-5AA20-2CA0 174.00040 X 4BU47 52-5AA20-2DA0 188.000 X 4BU47 52-5AA20-2CA0 188.00045 X 4BU52 32-5AA20-2DA0 185.000 X 4BU52 32-5AA20-2CA0 185.00050 X 4BU53 32-5AA20-2DA0 205.000 X 4BU53 32-5AA20-2CA0 205.000



Degree of protection IP2018 X 4BU43 32-5AA20-2DB0 145.000 X 4BU43 32-5AA20-2CB0 145.00020 X 4BU43 42-5AA20-2DB0 149.000 X 4BU43 42-5AA20-2CB0 149.000

22.5 X 4BU43 52-5AA20-2DB0 159.000 X 4BU43 52-5AA20-2CB0 159.00025 X 4BU45 32-5AA20-2DB0 175.000 X 4BU45 32-5AA20-2CB0 175.00028 X 4BU45 42-5AA20-2DB0 183.000 X 4BU45 42-5AA20-2CB0 183.000

31.5 X 4BU47 32-5AA20-2DB0 210.000 X 4BU47 32-5AA20-2CB0 210.00035.5 X 4BU47 42-5AA20-2DB0 218.000 X 4BU47 42-5AA20-2CB0 218.00040 X 4BU47 52-5AA20-2DB0 232.000 X 4BU47 52-5AA20-2CB0 232.00045 X 4BU52 32-5AA20-2DB0 236.000 X 4BU52 32-5AA20-2CB0 236.00050 X 4BU53 32-5AA20-2DB0 256.000 X 4BU53 32-5AA20-2CB0 256.000




© Siemens AG 2012




15


Rated input voltage U1N 3 AC 400 V ± 5 %,rated output voltage U2N 3 AC *400 V, ta = 40 °C/H, degree of protection IP23




Rated power Pn


approx.





Degree of protection IP2316 X 4BU43 32-5AA20-2DC0 145.000 X 4BU43 32-5AA20-2CC0 145.00018 X 4BU43 42-5AA20-2DC0 149.000 X 4BU43 42-5AA20-2CC0 149.00020 X 4BU43 52-5AA20-2DC0 159.000 X 4BU43 52-5AA20-2CC0 159.000


28 X 4BU47 32-5AA20-2DC0 210.000 X 4BU47 32-5AA20-2CC0 210.00032 X 4BU47 42-5AA20-2DC0 218.000 X 4BU47 42-5AA20-2CC0 218.00036 X 4BU47 52-5AA20-2DC0 232.000 X 4BU47 52-5AA20-2CC0 232.000


50 X 4BU53 42-5AA20-2DC0 270.000 X 4BU53 42-5AA20-2CC0 270.00056.5 X 4BU54 32-5AA20-2DC0 323.000 X 4BU54 32-5AA20-2CC0 323.00063.5 X 4BU54 42-5AA20-2DC0 337.000 X 4BU54 42-5AA20-2CC0 337.00072 X 4BU55 32-5AA20-2DC0 367.000 X 4BU55 32-5AA20-2CC0 367.000

81.5 X 4BU56 32-5AA20-2DC0 404.000 X 4BU56 32-5AA20-2CC0 404.000

90 X 4BU56 42-5AA20-2DC0 420.000 X 4BU56 42-5AA20-2CC0 420.000100.5 X 4BU58 32-5AA20-2DC0 530.000 X 4BU58 32-5AA20-2CC0 530.000112.5 X 4BU58 42-5AA20-2DC0 545.000 X 4BU58 42-5AA20-2CC0 545.000126 X 4BU58 52-5AA20-2DC0 567.000 X 4BU58 52-5AA20-2CC0 567.000144 X 4BU59 32-5AA20-2DC0 621.000 X 4BU59 32-5AA20-2CC0 621.000


© Siemens AG 2012

Three-Phase TransformersPower TransformersSIRIUS 4BU matching transformerswith cURus approval



15

■ Overview

• DIN VDE 0532-6 • 50/60 Hz AC • d or * (see "Selection and ordering data")• CUUS (only degree of protection IP00)• ta = 40 °C/H • Degrees of protection IP00, IP20, IP23• Busbar connections• For more products see Industry Mall and


SIRIUS 4BU matching transformer



Rated input voltage U1N 3 AC 480 V ± 5 %,rated output voltage U2N 3 AC *400 V, ta = 40 °C/H,degree of protection IP00

CUUS (only degree of protection IP00)


For degrees of protection IP20 and IP23 see next page.



Rated power Pn


approx.





Degree of protection IP00 with CURUS approval18 X 4BU43 33-5EA20-2DA0 115.000 X 4BU43 33-5EA20-2CA0 102.00020 X 4BU43 43-5EA20-2DA0 109.000 X 4BU43 43-5EA20-2CA0 109.000

22.5 X 4BU43 53-5EA20-2DA0 120.000 X 4BU43 53-5EA20-2CA0 118.00025 X 4BU45 33-5EA20-2DA0 135.000 X 4BU45 33-5EA20-2CA0 135.00028 X 4BU45 43-5EA20-2DA0 143.000 X 4BU45 43-5EA20-2CA0 143.000

31.5 X 4BU47 33-5EA20-2DA0 169.000 X 4BU47 33-5EA20-2CA0 169.00035.5 X 4BU47 43-5EA20-2DA0 179.000 X 4BU47 43-5EA20-2CA0 179.00040 X 4BU47 53-5EA20-2DA0 194.000 X 4BU47 53-5EA20-2CA0 194.00045 X 4BU52 33-5EA20-2DA0 191.000 X 4BU52 33-5EA20-2CA0 191.00050 X 4BU53 33-5EA20-2DA0 212.000 X 4BU53 33-5EA20-2CA0 212.000

56 X 4BU53 43-5EA20-2DA0 229.000 X 4BU53 43-5EA20-2CA0 229.00063 X 4BU54 33-5EA20-2DA0 267.000 X 4BU54 33-5EA20-2CA0 267.00071 X 4BU54 43-5EA20-2DA0 282.000 X 4BU54 43-5EA20-2CA0 282.00080 X 4BU55 33-5EA20-2DA0 314.000 X 4BU55 33-5EA20-2CA0 314.00091 X 4BU56 33-5EA20-2DA0 353.000 X 4BU56 33-5EA20-2CA0 353.000

100 X 4BU56 43-5EA20-2DA0 370.000 X 4BU56 43-5EA20-2CA0 370.000112 X 4BU58 33-5EA20-2DA0 430.000 X 4BU58 33-5EA20-2CA0 430.000125 X 4BU58 43-5EA20-2DA0 449.000 X 4BU58 43-5EA20-2CA0 449.000140 X 4BU58 53-5EA20-2DA0 470.000 X 4BU58 53-5EA20-2CA0 470.000160 X 4BU59 33-5EA20-2DA0 527.000 X 4BU59 33-5EA20-2CA0 527.000


© Siemens AG 2012


SIRIUS 4BU matching transformerswith cURus approval


15


Rated input voltage U1N 3 AC 480 V ± 5 %,rated output voltage U2N 3 AC *400 V, ta = 40 °C/H,degree of protection IP20 and IP23 (without CUUS approval)




Rated power Pn


approx.





Degree of protection IP20 without CURUS approval18 X 4BU43 33-5EA20-2DB0 146.000 X 4BU43 33-5EA20-2CB0 146.00020 X 4BU43 43-5EA20-2DB0 153.000 X 4BU43 43-5EA20-2CB0 153.00022.5 X 4BU43 53-5EA20-2DB0 162.000 X 4BU43 53-5EA20-2CB0 162.00025 X 4BU45 33-5EA20-2DB0 180.000 X 4BU45 33-5EA20-2CB0 179.00028 X 4BU45 43-5EA20-2DB0 187.000 X 4BU45 43-5EA20-2CB0 187.000

31.5 X 4BU47 33-5EA20-2DB0 213.000 X 4BU47 33-5EA20-2CB0 213.00035.5 X 4BU47 43-5EA20-2DB0 223.000 X 4BU47 43-5EA20-2CB0 223.00040 X 4BU47 53-5EA20-2DB0 238.000 X 4BU47 53-5EA20-2CB0 238.00045 X 4BU52 33-5EA20-2DB0 242.000 X 4BU52 33-5EA20-2CB0 242.00050 X 4BU53 33-5EA20-2DB0 263.000 X 4BU53 33-5EA20-2CB0 263.000

56 X 4BU53 43-5EA20-2DB0 280.000 X 4BU53 43-5EA20-2CB0 280.00063 X 4BU54 33-5EA20-2DB0 328.000 X 4BU54 33-5EA20-2CB0 328.00071 X 4BU54 43-5EA20-2DB0 343.000 X 4BU54 43-5EA20-2CB0 343.00080 X 4BU55 33-5EA20-2DB0 375.000 X 4BU55 33-5EA20-2CB0 375.00091 X 4BU56 33-5EA20-2DB0 414.000 X 4BU56 33-5EA20-2CB0 414.000

100 X 4BU56 43-5EA20-2DB0 431.000 X 4BU56 43-5EA20-2CB0 431.000112 X 4BU58 33-5EA20-2DB0 535.000 X 4BU58 33-5EA20-2CB0 535.000125 X 4BU58 43-5EA20-2DB0 554.000 X 4BU58 43-5EA20-2CB0 554.000140 X 4BU58 53-5EA20-2DB0 575.000 X 4BU58 53-5EA20-2CB0 575.000160 X 4BU59 33-5EA20-2DB0 632.000 X 4BU59 33-5EA20-2CB0 632.000

Degree of protection IP23 without CURUS approval16 X 4BU43 33-5EA20-2DC0 146.000 X 4BU43 33-5EA20-2CC0 146.00018 X 4BU43 43-5EA20-2DC0 153.000 X 4BU43 43-5EA20-2CC0 153.00020 X 4BU43 53-5EA20-2DC0 162.000 X 4BU43 53-5EA20-2CC0 162.00022.5 X 4BU45 33-5EA20-2DC0 179.000 X 4BU45 33-5EA20-2CC0 179.00025 X 4BU45 43-5EA20-2DC0 187.000 X 4BU45 43-5EA20-2CC0 187.000

28 X 4BU47 33-5EA20-2DC0 213.000 X 4BU47 33-5EA20-2CC0 213.00032 X 4BU47 43-5EA20-2DC0 223.000 X 4BU47 43-5EA20-2CC0 223.00036 X 4BU47 53-5EA20-2DC0 238.000 X 4BU47 53-5EA20-2CC0 238.00040.5 X 4BU52 33-5EA20-2DC0 242.000 X 4BU52 33-5EA20-2CC0 242.00045 X 4BU53 33-5EA20-2DC0 263.000 X 4BU53 33-5EA20-2CC0 263.000

50 X 4BU53 43-5EA20-2DC0 280.000 X 4BU53 43-5EA20-2CC0 280.00056.5 X 4BU54 33-5EA20-2DC0 328.000 X 4BU54 33-5EA20-2CC0 328.00063.5 X 4BU54 43-5EA20-2DC0 343.000 X 4BU54 43-5EA20-2CC0 343.00072 X 4BU55 33-5EA20-2DC0 375.000 X 4BU55 33-5EA20-2CC0 375.00081.5 X 4BU56 33-5EA20-2DC0 414.000 X 4BU56 33-5EA20-2CC0 414.000

90 X 4BU56 43-5EA20-2DC0 431.000 X 4BU56 43-5EA20-2CC0 431.000100.5 X 4BU58 33-5EA20-2DC0 535.000 X 4BU58 33-5EA20-2CC0 535.000112.5 X 4BU58 43-5EA20-2DC0 554.000 X 4BU58 43-5EA20-2CC0 554.000126 X 4BU58 53-5EA20-2DC0 575.000 X 4BU58 53-5EA20-2CC0 575.000144 X 4BU59 33-5EA20-2DC0 632.000 X 4BU59 33-5EA20-2CC0 632.000


© Siemens AG 2012

Three-Phase TransformersPower TransformersTransformerswith selectable voltages

15/48 Siemens IC 10 · 2012

15

■ Overview

• Power transformers with and without CUUS approval configured as matching, auto or converter transformerswith selectable input and output voltagesfrom 100 V to 1 000 V (line-to-line voltage UL) * or din the power range from 18 kVA to 1 700 kVAand additional options

• DIN VDE 0532-6• CUUS1)

• ta = 40 °C/H and optional ta = 55 °C/H• For more products see Industry Mall and


1) CUUS approvals for voltages ≤ 600 V (excluding tappings) and degree of protection IP00.

Power transformer with selectable voltages


Orders and enquiries for power transformers in customized versions or with special applications are handled exclu-sively by mdexx GmbH

Following versions can be ordered:• Power transformers with rated outputs from 18 kVA to

1 700 kVA• Power transformers with freely selectable

- input/output voltages and- vector groups, e.g. Dyn5, Yyn0, etc.

• Autotransformers in vector groups YNa0 or Ya0 (please spec-ify rated power or throughput rating)

• Degree of protection- IP00 or - in enclosure IP20, IP23 or other

• 50 Hz or deviating frequencies• Additional separate windings and/or tappings• Additional shield winding• Thermistor transformer protection

Note:

Delivery time depends on the size of the transformer and the quantity ordered.

An enquiry form for customized transformers or transformers with special applications, e.g.• Matching or power transformers according to DIN VDE 0532-6• Special transformers for marine applications and container

cranesOption: Vibration-resistant, low-noise version (available in en-closure only)

• Transformers for converter applications• Special transformers according to IEC 60601-1 (VDE 0750) for

medical equipment• Special transformers for rail vehicles• High-reactance transformers• Autotransformers

is available at

www.mdexx.com/catalog/en/custom-inquiry

Please direct price enquiries and technical questions to:

[email protected]

or send by fax to +49 (421) 5125-333.

mdexx GmbH will reply with all the data needed for you to place an order.


© Siemens AG 2012

4AV Non-Stabilized Power Supplies

15/49Siemens IC 10 · 2012

General data

15

■ Overview

With SIRIUS power supplies we offer a full range of first-class products. The complete type series ensure uniform voltages and minimum downtimes. They cover all important input voltages worldwide.

Connection methods

4AV.. non-stabilized power supplies are available with screw terminals/flat connectors.

Order No. scheme

Note:



Screw terminals

Flat connectors


Digit of the Order No. 1st - 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th 13th 14th

@@@ @ @ @ @ – @ @ @ @ @ – @ @

Power supplies 4 A V

Versions

@ @

20...26

Single-phase, filtered, ta max. 60 °C/B, suitable for connection to public supply networks and industrial networks

30...35

Three-phase, filtered, ta max. 60 °C/B, suitable for connection to public supply networks and industrial networks

36,38

Three-phase, unfiltered, ta max. 60 °C/B, suitable for connection to public supply networks and industrial networks

41 Single-phase, filtered, ta = 40 °C/B, suitable for connection to industrial networks

51 Three-phase, filtered, ta = 40 °C/B, suitable for connection to industrial networks

96 Three-phase, unfiltered, ta = 50 °C/B

98 Single-phase, unfiltered, ta = 50 °C/B

Power level @ @

Application @


Impregnated transformer @

Serial number @ @

Connection type @

Mounting type/options @

Example 4 A V 2 0 0 0 – 2 E B 0 0 – 0 A


© Siemens AG 2012

4AV Non-Stabilized Power SuppliesFiltered for Supply of Electronic Controls

General data

15/50 Siemens IC 10 · 2012

15

■ Overview

4AV2, 4AV3, 4AV4 and 4AV5 power supplies deliver a non-stabi-lized DC voltage of 24 V DC based on single-phase or three-

phase safety transformers with downstream rectifiers and ca-pacitor filtering (4AV36 and 4AV38 without capacitor filtering).

■ Benefits

The rugged design of the 4AV units makes them extremely reli-able. They are extremely stable when confronted with external mains failures and have a damping effect on EMC. They are also

highly suitable for supplying capacitive loads, because when the loads are connected only minimal voltage dips occur.

■ Application

The 4AV2, 4AV3, 4AV4 and 4AV5 units are used for: • Supplying general electrical loads • Supplying control circuits• Power supply to electronic controllers.

They comply with the requirements of EN 61131-2 "Program-mable logic controllers – equipment specifications and tests" and are suitable for SIMATIC or other systems.

Rated power and rated current

The specifications in the selection tables are based on fixed ref-erence conditions in which the devices have the rated power or rated current:• Uninterrupted duty Pn• Frequency AC 50 Hz to 60 Hz• Installation altitude up to 1 000 m above sea level• Degree of protection IP00• Ambient temperature ta

Ambient conditions

The units are designed for mounting in enclosed controllers and electronics cabinets. They are climate-proof for installation in rooms with an external climate according to DIN 50010.

Limit values• Ambient temperature with rated power and rated current for

these types:- 4AV2 and 4AV3: Up to +60 °C- 4AV4 and 4AV5: Up to +40 °C- Minimum value for all types: –25 °C

• Relative air humidity:- At +40 °C occasionally up to 100 %- Annual average up to 80 % - Occasional condensation possible


Single- and three-phase DC power supplies

Current-carrying capacity of the power supplies with 3RT1 contactors for DC operation• Sizes S00 to S3 with DC solenoid systems:

power at closing = power when closed. The DC power supplies can be loaded up to their rated currents.

• Sizes S6 to S12: When operating the rectifiers at –10 % mains undervoltage

$ No-load operation

% Rated current1) The number of contactors can be significantly increased by using

additional banks of capacitors which must be connected externally.

Direct voltage 24 V DC EN 61131-2 Typical value ConditionsLimit values 4AV2 4AV3 4AV4 4AV5

Ripple ≤ 5 % 2.2 ... 2.7 % 4.2 % 3.0 ... 3.7 % 4.2 % At rated current

Direct voltage 24 V DC

• Upper limit 30 V ≤ 28.8 V ≤ 28.8 V ≤ 30 V ≤ 30 V For mains overvoltage +6% and no-load operation

• Lower limit For mains undervoltage –10% and rated current

- arithmetic mean value 20.4 V 20.4 V 20.5 V 20.4 V 20.4 V

- lower peak value 19.2 V 19.3 V 19.3 V 19.2 V 19.2 V

• Rated value 23.5 V 23.5 V 23.5 V 23.5 V For rated mains voltage and rated current

Contac-tor

Number of 3RT11) contactors that can be operated simultaneously with preloading

4AV20/4AV21

4AV23 4AV22 4AV24 4AV26 4AV30 4AV31 4AV32 4AV33 4AV34 4AV35 4AV36 4AV38

Type $ % $ % $ % $ % $ % $ % $ % $ % $ % $ % $ % $ % $ %

3RT1. 5

3RT1. 6

3RT1. 7

--

--

--

--

--

--

--

--

--

--

--

--

1

1

--

1

1

--

2

1

1

1

1

--

3

2

1

1

1

--

2

1

1

1

1

--

3

2

1

2

1

1

4

2

2

2

1

1

7

4

3

5

3

2

8

4

3

5

3

2

14

7

5

10

5

4

22

11

9

16

8

6

42

22

16

30

15

12


© Siemens AG 2012


15/51Siemens IC 10 · 2012

General data

15

Primary-side short-circuit protection, secondary-side short-circuit and overload protection

1) In the event of a short circuit on the supply lines between the protective device and the input side of the unit, the rated short-circuit breaking capacity of the protection equipment must be taken into account with regard to the maximum possible prospective short-circuit current at the place of installation.

2) For circuit recommendation for single-phase power supplies, see circuit diagram on page 15/8.

Rectifier unit

Ambienttemperature ta

Rated out-put current Id

Primary-side protection against short circuits (line protection) by means of motor starter protector1)2) or fuse

Secondary-side protection against short-circuit and overload by means ofmotor starter protectoror fuse

Type Rated input voltage U1N

575 V (600 V)

500 V 460 V (480 V)

400 V (415 V)

230 V (240 V)

200 V 115 V (120 V)

Type °C A DC Type

Single-phase4AV21 60 1 3RV20 11-@@@10 -- -- -- 0CA 0FA -- 0JA Built-in electrical

short-circuit/overload protection fuse

--Set value in A -- -- -- 0.24 0.4 -- 0.9

40 1.2 3RV20 11-@@@10 -- -- -- 0DA 0FA -- 0KASet value in A -- -- -- 0.29 0.48 -- 1.1

4AV20 3RV20 11-@@@10 -- -- -- 0FA 0HA -- 1BA 3RV20 11-@@@10 1DA60 2.5 Set value in A -- -- -- 0.4 0.6 -- 1.6 Set value in A 2.540 3 Set value in A -- -- -- 0.48 0.72 -- 1.9 Set value in A 3

4AV23 3RV20 11-@@@10 -- -- -- 0HA 0JA -- 1CA Built-in electrical short-circuit/overload protection fuse

--60 3.5 Set value in A -- -- -- 0.55 0.7 -- 240 4.2 Set value in A -- -- -- 0.66 0.84 -- 2.4

4AV22 3RV20 11-@@@10 -- -- -- 0HA 1AA -- 1DA 3RV20 11-@@@10 1GA60 5 Set value in A -- -- -- 0.6 1.1 -- 2.4 Set value in A 540 6 Set value in A -- -- -- 0.72 1.3 -- 2.9 Set value in A 6

4AV24 3RV20 11-@@@10 -- -- -- 1CA 1DA -- 1GA 3RV20 11-@@@10 1KA60 10 Set value in A -- -- -- 1.8 2.4 -- 5 Set value in A 1040 12 Set value in A -- -- -- 2.2 2.9 -- 6 Set value in A 12

4AV26 3RV20 11-@@@10 -- -- -- 1CA 1EA -- 1HA 3RV20 21-@@@10 4BA60 15 Set value in A -- -- -- 2 3.2 -- 6 Set value in A 1540 18 Set value in A -- -- -- 2.4 3.8 -- 7.2 Set value in A 18

4AV41 01 40 1.5 3RV20 11-@@@10 -- -- -- 0BA 0DA -- -- Integrated blade-type fuse FK2

4 ASet value in A -- -- -- 0.15 0.27 -- --Fuse gG in A -- -- -- 0.5 1 -- --

4AV41 03 40 3 3RV20 11-@@@10 -- -- -- 0GA 0HA -- -- Integrated blade-type fuse FK2

7.5 ASet value in A -- -- -- 0.5 0.7 -- --Fuse gG in A -- -- -- 1 2 -- --

4AV41 06 40 6 3RV20 11-@@@10 -- -- -- 0JA 0KA -- -- Integrated blade-type fuse FK2

15 ASet value in A -- -- -- 0.8 1.2 -- --Fuse gG in A -- -- -- 2 1 -- --

4AV41 10 40 10 3RV20 11-@@@10 -- -- -- 1BA 1CA -- -- Integrated blade-type fuse FK2

25 ASet value in A -- -- -- 1.6 2.4 -- --Fuse gG in A -- -- -- 4 4 -- --

3-phase4AV30 3RV20 11-@@@10 0FA 0FA 0FA 0HA 0KA 0KA -- 3RV20 11-@@@10 1KA

60 9/10 Set value in A 0.4 0.4 0.4 0.6 1 1 -- Set value in A 9/1040 11/12 Set value in A 0.48 0.48 0.48 0.72 1.2 1.2 -- Set value in A 11/12

4AV31 3RV20 11-@@@10 0HA 0HA 0HA 0KA 1BA 1CA -- 3RV20 21-@@@10 4BA60 13.5/15 Set value in A 0.6 0.6 0.6 1 1.6 2 -- Set value in A 14/1540 16/18 Set value in A 0.72 0.72 0.72 1.2 1.9 2.4 -- Set value in A 16/18

4AV32 3RV20 11-@@@10 0HA 0KA 0KA 0KA 1BA 1DA -- 3RV10 31-@@@10 4DA60 18/20 Set value in A 0.6 1 1 1 1.6 2.4 -- Set value in A 18/2040 21.5/24 Set value in A 0.72 1.2 1.2 1.2 1.9 2.9 -- Set value in A 21.5/24

4AV33 3RV20 11-@@@10 1CA 1CA 1CA 1CA 1EA 1FA -- 3RV10 31-@@@10 4FA60 27/30 Set value in A 1.8 1.8 1.8 2 3.2 4 -- Set value in A 28/3040 32.5/36 Set value in A 2.2 2.2 2.2 2.4 3.8 4.8 -- Set value in A 32.5/36

4AV34 3RV20 11-@@@10 1CA 1CA 1CA 1DA 1GA 1GA -- 3RV10 41-@@@10 4HA60 36/40 Set value in A 2 2 2 2.4 5 5 -- Set value in A 36/4040 43/48 Set value in A 2.4 2.4 2.4 2.9 6 6 -- Set value in A 43/48

4AV35 3RV20 11-@@@10 1DA 1DA 1EA 1FA 1HA 1HA -- 3RV10 41-@@@10 4JA60 45/50 Set value in A 2.4 2.4 3.2 4 6 6 -- Set value in A 45/5040 54/60 Set value in A 2.9 2.9 3.8 4.8 7.2 7.2 -- Set value in A 54/60

4AV36 3RV20 11-@@@10 -- 1HA -- 1HA -- -- -- 3RV10 41-@@@10 4MA60 80 Set value in A -- 6 -- 6 -- -- -- Set value in A 8040 96 Set value in A -- 7.2 -- 72 -- -- -- Set value in A 96

4AV38 60 150 3RV20 11-@@@10 -- 1KA -- 1KA -- -- -- 3VL27 16-1DC33-0AA0Set value in A -- 10 -- 12 -- -- -- Set value in A 150/800

40 180 3RV20 21-@@@10 -- 4AA -- 4AA -- -- -- 3VL37 20-1DC36-0AA0Set value in A -- 12 -- 14 -- --- -- Set value in A 180/1 000

4AV51 25 40 25 3RV20 11-@@@10 -- -- -- 1BA -- -- -- 3RV10 31-@@@10 4EASet value in A -- -- -- 1.6 -- -- -- Set value in A 25Fuse gG in A -- -- -- 2 -- -- -- Fuse gG in A 25

4AV51 35 40 35 3RV20 11-@@@10 -- -- -- 1CA -- -- -- 3RV10 31-@@@10 4FASet value in A -- -- -- 2.4 -- -- -- Set value in A 35Fuse gG in A -- -- -- 4 -- -- -- Fuse gG in A 35


© Siemens AG 2012

4AV Non-Stabilized Power SuppliesFiltered for Supply of Electronic ControlsSIRIUS 4AV2, 4AV4 power supplies,filtered, single-phase



15

■ Overview

• Rated output voltage U2N 24 V DC according to EN 61131-21) and SIMATIC for input voltage+6 % to –10 % and load 0 % to 100 %

• Safety transformers according to EN 61558-2-6• 4AV21, 4AV23: CUUS at 60 °C, ·;

4AV20, 4AV22, 4AV24, 4AV26: CUUS at 60 °C, ·;4AV41: ·

• 4AV2: ta = max. 60 °C/B, 4AV41: ta = 40 °C/B

• Varistor suppressor circuit• Status LED• EMC according to EN 62041:

- 4AV2: Suitable for connection to the public supply (residen-tial environments) and industrial networks (industrial environ-ments):

- 4AV4: Suitable for connection to industrial networks (indus-trial environments)

• Ripple < 5 %• For more products see Industry Mall and


SIRIUS 4AV21, 4AV23 (left) and 4AV20, 4AV22 to 4AV24 (right) power supplies

1) EN 61131-2: equipment specification for power supply and interface for programmable controllers. Limit values for 24 V DC see "Reference Manual for Stabilized · Unstabilized Power Supplies".


Rated input voltage U1N1) 230 (240)-115 (120) V,

rated output voltage U2N 24 V DC

CUUS, ·

For online configurator see www.siemens.com/sirius/configurators. 1) During operation at the mains voltages listed in brackets, the upper limit for 24 V DC according to EN 61131-2 at +6 % mains voltage is met for a basic load of 10 %. Under no-load operation, 30.6 V can be achieved.

2) The delivery time class depends on the quantity, see page 15/6 "Options".

Rated input voltage U1N1) 400 (415) V,


CUUS, ·

For online configurator see www.siemens.com/sirius/configurators. 1) During operation at the mains voltages listed in brackets, the upper limit for 24 V DC according to EN 61131-2 at +6 % mains voltage is met for a basic load of 10 %. Under no-load operation, 30.6 V can be achieved.

2) The delivery time class depends on the quantity, see page 15/6 "Options".

Rated output current Id DT2) Screw terminals/flat connectors

PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/B

EN 61558 Configurator

Order No. Price per PUA DC A DC kg

Integrated standard rail mounting1 1.2 A 4AV21 02-2EB00-0A 1 1 unit 4M1 1.5003.5 4.2 A 4AV23 02-2EB00-0A 1 1 unit 4M1 2.500


PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/B



Integrated standard rail mounting1 1.2 A 4AV21 06-2EB00-0A 1 1 unit 4M1 1.5003.5 4.2 A 4AV23 06-2EB00-0A 1 1 unit 4M1 2.500


© Siemens AG 2012


SIRIUS 4AV2, 4AV4 power supplies,filtered, single-phase


15

Rated input voltage U1N1) 400 (415)-230 (240) V with tapping ±15 V,


4AV2: CUUS, ·; 4AV41: ·

For online configurator see www.siemens.com/sirius/configurators. 1) During operation at the mains voltages listed in brackets, the upper limit for 24 V DC according to EN 61131-2 at +6 % mains voltage is met for a basic load of 10 %. Under no-load operation with types 4AV4, 31.4 V can be achieved.

2) The delivery time class depends on the quantity, see page 15/6 "Options".3) Types 4AV20, 4AV41 03 and 4AV41 06 are equipped with an integrated

standard rail mounting as standard.

Rated input voltage U1N 400 (415)-230 (240)-115 (120) V, rated output voltage U2N 24 V DC

CUUS, ·

For online configurator see www.siemens.com/sirius/configurators. 1) The delivery time class depends on the quantity, see page 15/6 "Options".2) Types 4AV20 are equipped with an integrated standard rail mounting as

standard.


PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/B



Screw mounting3)

2.5 3 A 4AV20 00-2EB00-0A 1 1 unit 4M1 2.3005 6 A 4AV22 00-2EB00-0A 1 1 unit 4M1 4.900

10 12 A 4AV24 00-2EB00-0A 1 1 unit 4M1 7.50015 18 A 4AV26 00-2EB00-0A 1 1 unit 4M1 9.800

-- 1.5 X 4AV41 01-2EB00-0A 1 1 unit 4M1 1.400-- 3 A 4AV41 03-2EB00-0A 1 1 unit 4M1 2.300-- 6 A 4AV41 06-2EB00-0A 1 1 unit 4M1 4.000-- 10 A 4AV41 10-2EB00-0A 1 1 unit 4M1 5.300

Standard rail mounting2.5 3 A 4AV20 00-2EB00-0A 1 1 unit 4M1 2.3005 6 A 4AV22 00-2EB00-0B 1 1 unit 4M1 4.900

10 12 X 4AV24 00-2EB00-0B 1 1 unit 4M1 7.500

-- 1.5 X 4AV41 01-2EB00-0B 1 1 unit 4M1 1.400-- 3 A 4AV41 03-2EB00-0A 1 1 unit 4M1 2.300-- 6 A 4AV41 06-2EB00-0A 1 1 unit 4M1 4.000-- 10 X 4AV41 10-2EB00-0B 1 1 unit 4M1 5.300


PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/B



Screw mounting2)

2.5 3 A 4AV20 01-2EB00-0A 1 1 unit 4M1 2.3005 6 A 4AV22 01-2EB00-0A 1 1 unit 4M1 4.900

10 12 A 4AV24 01-2EB00-0A 1 1 unit 4M1 7.50015 18 A 4AV26 01-2EB00-0A 1 1 unit 4M1 9.800

Standard rail mounting2.5 3 A 4AV20 01-2EB00-0A 1 1 unit 4M1 2.3005 6 X 4AV22 01-2EB00-0B 1 1 unit 4M1 4.900

10 12 X 4AV24 01-2EB00-0B 1 1 unit 4M1 7.500


© Siemens AG 2012

4AV Non-Stabilized Power SuppliesFiltered for Supply of Electronic ControlsSIRIUS 4AV3, 4AV5 power supplies,filtered, three-phase



15

■ Overview

• Rated output voltage U2N 24 V DC according to EN 61131-21) and SIMATIC for input voltage+6 % to –10 % and load 0 % to 100 %

• Safety transformers according to EN 61558-2-6• 4AV30 to 4AV35: CUUS at 60 °C, ·;

4AV36, 4AV38, 4AV51: ·• 4AV3: ta = max. 60 °C/B,

4AV51: ta = 40 °C/B• Varistor suppressor circuit• Status LED• EMC according to EN 62041:

- 4AV3: suitable for connection to the public supply (residen-tial environments) and industrial networks (industrial environ-ments)

- 4AV5: suitable for connection to industrial networks (indus-trial environments)

• Ripple < 5 %• For more products see Industry Mall and


SIRIUS 4AV30 to 4AV33 (left) and 4AV38 (right) power supplies

1) EN 61131-2: equipment specification for power supply and interface for programmable controllers. For limit values for 24 V DC see "Reference Manual for Stabilized · Unstabilized Power Supplies".


Rated input voltage U1N * 400 (415) V with tapping ±20 V, d 230 V with tapping ±10 V, rated output voltage U2N 24 V DC

CUUS, ·


Rated input voltage U1N 400 (415) V with tapping ±20 V,rated output voltage U2N 24 V DC

·


Rated output current Id Additionalcapaci-tance

Ripple Back-up time for U1 = U1N –10 %

DT1) Screw terminals/flat connectors

PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/B


Order No. Price per PUA DC A DC μF % ms kg

Standard version10 12 -- < 5 -- A 4AV30 00-2EB00-0A 1 1 unit 4M1 5.00015 18 -- < 5 -- A 4AV31 00-2EB00-0A 1 1 unit 4M1 6.500

20 24 -- < 5 -- A 4AV32 00-2EB00-0A 1 1 unit 4M1 8.00030 36 -- < 5 -- A 4AV33 00-2EB00-0A 1 1 unit 4M1 11.000

40 48 -- < 5 -- A 4AV34 00-2FB00-0A 1 1 unit 4M1 17.00050 60 -- < 5 -- A 4AV35 00-2FB00-0A 1 1 unit 4M1 21.000

Additional capacitors (aluminum electrolyte)10 12 10 000 2 1 X 4AV30 00-2EB00-0C 1 1 unit 4M1 5.20015 18 10 000 3 0.6 X 4AV31 00-2EB00-0C 1 1 unit 4M1 6.700

20 24 10 000 3 0.4 X 4AV32 00-2EB00-0C 1 1 unit 4M1 8.20030 36 10 000 4 0.7 X 4AV33 00-2EB00-0C 1 1 unit 4M1 11.200

40 48 10 000 3 0.7 X 4AV34 00-2FB00-0C 1 1 unit 4M1 17.20050 60 10 000 4 0.3 X 4AV35 00-2FB00-0C 1 1 unit 4M1 21.200

Rated output current Id Ripple DT1) Screw terminals/flat connectors

PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

40 °C/B


Order No. Price per PUA DC A DC % kg

Standard version-- 25 < 5 A 4AV51 25-2EB00-0A 1 1 unit 4M1 10.300-- 35 < 5 A 4AV51 35-2EB00-0A 1 1 unit 4M1 14.500


© Siemens AG 2012


SIRIUS 4AV3, 4AV5 power supplies,filtered, three-phase


15

Rated input voltage U1N 500-400 (415) V, rated output voltage U2N 24 V DC

CUUS, ·


Rated input voltage U1N 500-400 (415) V, rated output voltage U2N 24 V DC

·


Rated input voltage U1N 575 (600)-500-460 (480)-400 (415)-230 (240)-200 V, rated output voltage U2N 24 V DC

CUUS, ·


Rated output current Id Additional capaci-tance



PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/BEN 61558

Configurator


Standard version15 18 -- < 5 -- A 4AV31 01-2EB00-0A 1 1 unit 4M1 6.50030 36 -- < 5 -- A 4AV33 01-2EB00-0A 1 1 unit 4M1 11.000

50 60 -- < 5 -- A 4AV35 01-2FB00-0A 1 1 unit 4M1 21.000

Additional capacitors (aluminum electrolyte)15 18 10 000 3 0.6 X 4AV31 01-2EB00-0C 1 1 unit 4M1 6.70030 36 10 000 4 0.7 X 4AV33 01-2EB00-0C 1 1 unit 4M1 11.200

50 60 10 000 4 0.3 X 4AV35 01-2FB00-0C 1 1 unit 4M1 21.200




PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

40 °C/B



Standard versions (unfiltered)80 96 -- < 5 -- A 4AV36 01-2EB00-0A 1 1 unit 4M1 32.000

150 180 -- < 5 -- X 4AV38 01-2EB00-0A 1 1 unit 4M1 46.000

Additional capacitors (aluminum electrolyte)80 96 2 × 10 000 4 0.2 X 4AV36 01-2EB00-0C 1 1 unit 4M1 32.400

150 180 3 × 10 000 4 0.2 X 4AV38 01-2EB00-0C 1 1 unit 4M1 46.600




PU(UNIT,

SET, M)


approx.

60 °C/B

EN 61558

CUUS

40 °C/B



Standard version9 11 -- < 5 -- A 4AV30 02-2EB00-0A 1 1 unit 4M1 5.000

13.5 16 -- < 5 -- A 4AV31 02-2EB00-0A 1 1 unit 4M1 6.500

18 21.5 -- < 5 -- A 4AV32 02-2EB00-0A 1 1 unit 4M1 8.00027 32.5 -- < 5 -- A 4AV33 02-2EB00-0A 1 1 unit 4M1 11.000

36 43 -- < 5 -- A 4AV34 02-2FB00-0A 1 1 unit 4M1 17.00045 54 -- < 5 -- A 4AV35 02-2FB00-0A 1 1 unit 4M1 21.000

Additional capacitors (aluminum electrolyte)9 11 10 000 2 1 X 4AV30 02-2EB00-0C 1 1 unit 4M1 5.200

13.5 16 10 000 3 0.6 X 4AV31 02-2EB00-0C 1 1 unit 4M1 6.700

18 21.5 10 000 3 0.4 X 4AV32 02-2EB00-0C 1 1 unit 4M1 8.20027 32.5 10 000 4 0.7 X 4AV33 02-2EB00-0C 1 1 unit 4M1 11.200

36 43 10 000 3 0.7 X 4AV34 02-2FB00-0C 1 1 unit 4M1 17.20045 54 10 000 4 0.3 X 4AV35 02-2FB00-0C 1 1 unit 4M1 21.200


© Siemens AG 2012

4AV Non-Stabilized Power SuppliesUnfiltered for Supply of General LoadsSIRIUS 4AV98 power supplies,unfiltered, single-phase



15

■ Overview

The 4AV98 power supplies comprise single-phase safety trans-formers according to EN 61558-2-6 with downstream bridge connection rectifiers without capacitor filtering.• Rated output voltage Ud 24 V DC• Safety transformers according to EN 61558-2-6• · • ta = 50 °C/B• Varistor suppressor circuit• Short-circuit and overload protection on the output side

with top-mounted fuse• Ripple 48 %• For more products see Industry Mall and


SIRIUS 4AV98 06-6CB00-2N power supply

■ Application

The single-phase 4AV98 devices are especially suitable for sup-plying resistive and inductive loads whose operational voltages place no special demands with regard to ripple.



Ambient conditions

The devices are climate-proof for installation in rooms with an ex-ternal climate according to DIN 50010.

Limit values:• Ambient temperature

- At rated power or rated current: +50 °C- Minimum value: –25 °C

• Relative air humidity- At +40 °C occasionally up to 100 %- Annual average up to 80 %- Occasional condensation possible


Rated input voltage U1N 230 V, rated output voltage Ud 24 V DC

·


Rated input voltage U1N 400 V, rated output voltage Ud 24 V DC

·


Rated power P2N Voltage rise during no-load operation uA


PU(UNIT,

SET, M)


approx.Configurator

Order No. Price per PUW % kg

50 24 X 4AV98 06-4CB00-2N 1 1 unit 4M1 0.90080 18 X 4AV98 06-5CB00-2N 1 1 unit 4M1 1.600

125 14 X 4AV98 06-6CB00-2N 1 1 unit 4M1 2.300

200 11 X 4AV98 06-7CB00-2N 1 1 unit 4M1 3.300315 10 X 4AV98 06-8CB00-2N 1 1 unit 4M1 4.900500 9 X 4AV98 00-5CB00-2N 1 1 unit 4M1 10.000

Rated power P2N Voltage rise during no-load operation uA


PU(UNIT,

SET, M)


approx.Configurator

Order No. Price per PUW % kg

50 24 X 4AV98 07-0CB00-2N 1 1 unit 4M1 0.90080 18 X 4AV98 07-1CB00-2N 1 1 unit 4M1 1.600

125 14 X 4AV98 07-2CB00-2N 1 1 unit 4M1 2.300

200 11 X 4AV98 07-3CB00-2N 1 1 unit 4M1 3.300315 10 X 4AV98 07-4CB00-2N 1 1 unit 4M1 4.900500 9 X 4AV98 02-5CB00-2N 1 1 unit 4M1 10.000


© Siemens AG 2012

4AV Non-Stabilized Power SuppliesUnfiltered for Supply of General Loads

SIRIUS 4AV96 power supplies,unfiltered, three-phase


15

■ Overview

The 4AV96 power supplies comprise three-phase safety trans-formers according to EN 61558-2-6 with downstream bridge connection rectifiers without capacitor filtering.• Rated output voltage Ud 30-27-24 V DC• Safety transformers according to EN 61558-2-6• · • ta = 50 °C/B• Shield winding between input and output winding• Varistor suppressor circuit• Designed and approved according to VW equipment specifi-

cation• Ripple < 5 %• For more products see Industry Mall and


SIRIUS 4AV96 04-.CB00 power supply

■ Application

VW approval

The 4AV96 three-phase units are designed and approved in accordance with the VW equipment specifications.



Ambient conditions

The devices are climate-proof for installation in rooms with an ex-ternal climate according to DIN 50010.

Limit values:• Ambient temperature

- At rated power or rated current: +50 °C- Minimum value: –25 °C

• Relative air humidity- At +40 °C occasionally up to 100 %- Annual average up to 80 %- Occasional condensation possible


Primary-side short-circuit and overload protection


Rated input voltage U1N 400 V with tapping ±5 %, rated output voltage Ud 30-27-24 V DC

·


Rectifier unit Rated output current Id

Primary-side short-circuit and overload protection for the rectifier with motor starter protector

Motor starter protectors

Set value at400 V AC

Type A DC Type A

4AV96 04-1CB00-2N 4 3RV20 11-0EA10 0.28

4AV96 04-5CB00-2N 12 3RV20 11-0JA10 0.8

4AV96 04-2CB00-2N 25 3RV20 11-1CA10 1.8

Rated output current Id

Voltage rise during no-load operation uA

VW materialNo.


PU(UNIT,

SET, M)


approx.Configurator

Order No. Price per PUA DC V kg

4 3.5 6142 X 4AV96 04-1CB00-2N 1 1 unit 4M1 3.50012 3.3 6141 X 4AV96 04-5CB00-2N 1 1 unit 4M1 6.90025 3.1 6145 X 4AV96 04-2CB00-2N 1 1 unit 4M1 10.600


© Siemens AG 2012

Stabilized Power SuppliesSITOP 6EP Power SuppliesLOGO!Powersingle-phase



15

■ Overview

With LOGO!Power power supplies it is possible not only for 24 V loads to benefit from the advantages of a stabilized power sup-ply - loads with a 5 V, 12 V and 15 V supply voltage can now do likewise. For each of these three voltages there are two levels of current available, and for 24 V there is even a 4 A version in a width of only 90 mm.

The primary switched power supplies can be used for a wide range of different applications: In automation systems for indus-try and buildings, solar technology, measurement and closed-loop control, sensors, for supplying electronic circuits in TTL technology, etc.

Advantages of LOGO!Power power supplies:• 2 performance classes each with 5 V, 12 V and 15 V;

3 performance classes with 24 V• Compact design with 54 mm, 72 mm or 90 mm width• Flat step profile, ideal also for mounting in small distribution

boards

• Design adapted to LOGO!• Constant current in case of overloading, for reliable connec-

tion of difficult loads such as DC/DC transformers and motors• Large setting range for the output voltage, using

potentiometers which are easy to reach from the front• Green LED indicator for "output voltage OK"• For universal use – in industry and public low-voltage

systems – worldwide• Wide range input from 85 to 264 V AC for virtually any network

in the world• Large temperature range from –20 °C to +70 °C for universal

use• High EMC standards• Extensive approvals and certifications according to CE,

UL/cUL, FM, GL (shipbuilding) and ATEX• Constant stabilized output voltage protects connected loads• Parallel switching option permitted to increase performance


For other units and versions see Catalog KT 10.1.

Version Inputs Outputs Dimensions(W x H x D)

DT Order No. Price per PU

PU(UNIT,

SET, M)

PS* PG

Rated voltage Ue Rated

Rated voltageUa Rated

Rated current Ia Rated

mm

Enclosure54 mm wide

Enclosure72 mm wide

Enclosure90 mm wide

Power supplies 5 V3 A 100 … 240 V AC

(85 … 264 V) 5 V DC±3 %

3 A 54 x 90 x 55 A 6EP1 311-1SH03 1 1 unit 583

6.3 A 100 … 240 V AC(85 … 264 V)

5 V DC±3 %

6.3 A 72 x 90 x 55 A 6EP1 311-1SH13 1 1 unit 583

Power supplies 12 V1.9 A 100 … 240 V AC

(85 … 264 V)12 V DC±3 %

1.9 A 54 x 90 x 55 A 6EP1 321-1SH03 1 1 unit 583

4.5 A 100 … 240 V AC(85 … 264 V)

12 V DC±3 %

4.5 A 72 x 90 x 55 A 6EP1 322-1SH03 1 1 unit 583


(85 … 264 V)15 V DC±3 %

1.9 A 54 x 90 x 55 A 6EP1 351-1SH03 1 1 unit 583

4 A 100 … 240 V AC(85 … 264 V)

15 V DC±3 %

4 A 72 x 90 x 55 A 6EP1 352-1SH03 1 1 unit 583


(85 … 264 V)24 V DC±3 %

1.3 A 54 x 90 x 55 A 6EP1 331-1SH03 1 1 unit 583

2.5 A 100 … 240 V AC(85 … 264 V)

24 V DC±3 %

2.5 A 72 x 90 x 55 A 6EP1 332-1SH43 1 1 unit 583

4 A 100 … 240 V AC(85 … 264 V)

24 V DC±3 %

4 A 90 x 90 x 55 A 6EP1 332-1SH52 1 1 unit 583


© Siemens AG 2012

Stabilized Power SuppliesSITOP 6EP Power Supplies

SITOP compact,single-phase


15

■ Overview

The new SITOP PSU100C power supply series for the low per-formance range features an extremely space-saving, narrow de-sign which makes it suitable in particular for distributed applica-tions in switchboxes or small control cabinets. The switching power supply units are characterized by low power loss over the entire load range. With losses being extremely small even in no-load operation, these units are predestined for example for sup-plying machines and plants which are often operated in stand-by mode. The switching power supply units have a wide range input for AC and DC networks, with plug-in terminals which facil-itate easy electrical connection.

• 24 V/0.6 A, 1.3 A, 2.5 A and 4 A; 12 V/2 A and 6.5 A• Small mounting area thanks to narrow design• Wide range input for 85 V to 264 V AC and 110 V to 300 V DC• High degree of efficiency over the entire load range,

up to 28 % energy savings compared to comparable units• Low energy consumption in no-load operation and stand-by,

possible energy savings of up to 53 %• Adjustable output voltage• Green LED for "output voltage OK"• Plug-in terminals• Temperature range from -20 °C to +70 °C• Comprehensive certification, e.g. ATEX





PU(UNIT,

SET, M)

PS* PG




mm

Power supplies 24 V

6EP1 331-5BA00

0.6 A 100 ... 230 V AC(85 ... 264 V AC/110 ... 300 V DC)

24 V DC±3 %

0.6 A 22.5 x 80 x 100

A 6EP1 331-5BA00 1 1 unit 584

6EP1 331-5BA10

1.3 A 100 ... 230 V AC(85 ... 264 V AC/110 ... 300 V DC)

24 V DC±3 %

1.3 A 30 x 80 x 100 A 6EP1 331-5BA10 1 1 unit 584

6EP1 332-5BA00

2.5 A 100 ... 230 V AC(85 ... 264 V AC/110 ... 300 V DC)

24 V DC±3 %

2.5 A 45 x 80 x 100 A 6EP1 332-5BA00 1 1 unit 584

6EP1 332-5BA10

4 A 100 ... 230 V AC(85 ... 264 V AC/110 ... 300 V DC)

24 V DC±3 %

4 A 52.5 x 80 x 100

A 6EP1 332-5BA10 1 1 unit 584

Power supplies 12 V

6EP1 321-5BA00

2 A 100 ... 230 V AC(85 ... 264 V AC/110 ... 300 V DC)

12 V DC±3 %

2 A 30 x 80 x 100 A 6EP1 321-5BA00 1 1 unit 584

6EP1 322-5BA10

6.5 A 100 ... 230 V AC(85 ... 264 V AC/110 ... 300 V DC)

12 V DC±3 %

6.5 A 52.5 x 80 x 100

A 6EP1 322-5BA10 1 1 unit 584


© Siemens AG 2012

Stabilized Power SuppliesSITOP 6EP Power SuppliesSITOP smart,single-phase and three-phase



15

■ Overview

Small in size, big in performance. SITOP smart requires little room on the standard mounting rail and offers high functionality at an attractive price. With its good-natured overload behavior, even loads with a high inrush current can be smoothly switched on. If required, 50 % extra power can be supplied for a duration of 5 s. In addition, the 24 V versions will permanently supply 120 % of the rated power provided the ambient temperature does not exceed 45 °C.• For 24 V standard applications up to 40 A• Compact design for small mounting area, no lateral clearance

required• Easy standard rail mounting• Smooth switching on of loads with high inrush current such as

DC/DC converters and motors

• More performance thanks to permanent 120 % of rated power up to an ambient temperature of 45 °C (24 V versions)

• Large setting range for the output voltage, using potentiome-ters which are easy to reach from the front

• Parallel switching option to increase performance• Extensive certifications according to UL, CSA, GL (Ger-

manischer Lloyd) and ATEX directives (Atmosphère Explosi-ble)

• For universal use – in industry and public low-voltage systems – worldwide

• Can be combined with SITOP expansion modules and the uninterruptible power supplies (24 V versions)

• Versions for use in severe ambient conditions (SIPLUS extreme)


For other units and versions see Catalog KT 10.1. For more information on SIPLUS extreme power supplies see www.siemens.com/siplus-extreme.



PU(UNIT,

SET, M)

PS* PG




mm

Power supplies 24 V

6EP1 332-2BA10

Limitation of input current harmonics according to EN 61000-3-2

2.5 A 120/230 V AC(85 ... 132 V AC/170 ... 264 V AC)

24 V DC±3 %

2 A 32.5 x 125 x 125

} 6EP1 332-2BA10 1 1 unit 582

6EP1 333-2.A10


5 A 120/230 V AC(85 ... 132 V AC/170 ... 264 V AC)

24 V DC±3 %

5 A 50 x 125 x 125 } 6EP1 333-2BA01 1 1 unit 582

5 A 120/230 V AC(85 ... 132 V AC/170 ... 264 V AC)

24 V DC±3 %

5 A 50 x 125 x 125 } 6EP1 333-2AA01 1 1 unit 582

6EP1 334-2BA01, 6AG1334-2BA01-4AA0


10 A 120/230 V AC(85 ... 132 V AC/170 ... 264 V AC)

24 V DC±3 %

10 A 70 x 125 x 125

• SITOP smart } 6EP1 334-2BA01 1 1 unit 582

• SIPLUS extreme for use in severe ambient conditions (corrosive gases, salt spray, condensation, dust, biologically active substances, except fauna)

D 6AG1334-2BA01-4AA0 1 1 unit 471

6EP1 334-2AA01

10 A 120/230 V AC(85 ... 132 V AC/170 ... 264 V AC)

24 V DC±3 %

10 A 70 x 125 x 125 } 6EP1 334-2AA01 1 1 unit 582

6EP1 434-2BA10

10 A 3 AC 400 ... 500 V(3 AC 340 ... 550 V)

24 V DC±3 %

10 A 90 x 145 x 150 A 6EP1 434-2BA10 1 1 unit 582

6EP1 436-2BA10

20 A 3 AC 400 ... 500 V(3 AC 340 ... 550 V)

24 V DC±3 %

20 A 90 x 145 x 150 A 6EP1 436-2BA10 1 1 unit 582

6EP1 437-2BA20

40 A 3 AC 400 ... 500 V(3 AC 360 ... 550 V)

24 V DC±3 %

40 A 150 x 145 x 150

A 6EP1 437-2BA20 1 1 unit 582


© Siemens AG 2012


SITOP modularsingle-, two- and three-phase


15

■ Overview

Compact basic units for single-phase, two-phase or three-phase connections and output currents from 5 A to 40 A form the basis of the SITOP modular stabilized power supplies. Depending on the requirements, SITOP expansion modules can be connected in addition.

The compact design of the primary switched power supply re-quires only a small mounting surface. The rugged metal enclo-sure is also suitable for the harshest industrial applications. The standard mounting rail fixture is made likewise of metal. Mount-ing is therefore fast, easy and vibration-proof. Reliability and quality are further characteristics of the electronic design.

The large input voltage range and the international certifications enable operation in virtually any network worldwide. The single-phase basic units 5 A and 10 A have an ultra-wide input range up to 550 V, which even enables connection to 2 phases.• Rugged metal enclosure for standard rail mounting• 5 A and 10 A units with ultra-wide input range up to 500 V AC

for single-phase and two-phase operation

• 20 A and 40 A units with wide input range for single-phase or three-phase connection.

• Limitation of input current harmonics according to EN 61000-3-2; (except 6EP1 337-3BA00)

• Adjustable output voltage up to 28.8 V• 3-way status LED• Selectable short-circuit response, constant current or latching

disconnection• Changeover for parallel operation• 20 A and 40 A units with single-phase and three-phase con-

nection, new 20 A and 40 A devices in compact design (70 mm and 150 mm wide)

• Can be combined with SITOP expansion modules and the un-interruptible power supplies

• Versions for use in severe ambient conditions (SIPLUS extreme)


For more power supplies 24 V and 48 V see next page.



PU(UNIT,

SET, M)

PS* PG

RatedvoltageUe Rated



mm

Power supplies 24 V

6EP1 331-3BA00, 6AG1933-3BA00-2AA0

5 A 120/230 ... 500 V AC(85 ... 264 V AC/176 ... 550 V AC)

24 V DC ±3 %

5 A 70 x 125 x 125

• SIPLUS modular } 6EP1 333-3BA00 1 1 unit 581

• SIPLUS extreme for use in severe ambient conditions (corrosive gases, salt spray, condensation, dust, biologically active substances, except fauna) and in the extended temperature range -40 ... +70 °C

D 6AG1933-3BA00-2AA0 1 1 unit 471

6EP1 334-3BA00, 6AG1334-3BA00-2AA0

10 A 120/230 ... 500 V AC(85 ... 264 V AC/176 ... 550 V AC)

24 V DC ±3 %

10 A 90 x 125 x 125

• SIPLUS modular } 6EP1 334-3BA00 1 1 unit 581


D 6AG1334-3BA00-2AA0 1 1 unit 471

6EP1 336-3BA10

20 A 120/230 ... 500 VAC(85 ... 275 V AC or88 ... 350 V DC)

24 V DC ±3 %

20 A 90 x 125 x 125 A 6EP1 336-3BA10 1 1 unit 581

6EP1 336-3BA00, 6AG1336-3BA00-.AA0

20 A 120/230 V AC(85 ... 132 V AC/176 ... 264 V AC)

24 V DC ±3 %

20 A 160 x 125 x 125

• SITOP modular } 6EP1 336-3BA00 1 1 unit 581


D 6AG1936-3BA00-4AA0 1 1 unit 471

- and in the extended temperature range: -40 ... +70 °C D 6AG1336-3BA00-7AA0 1 1 unit 471


© Siemens AG 2012

Stabilized Power SuppliesSITOP 6EP Power SuppliesSITOP modularsingle-, two- and three-phase



15


For more information about SIPLUS extreme see www.siemens.com/siplus-extreme.



PU(UNIT,

SET, M)

PS* PG

RatedvoltageUe Rated



mm

Power supplies 24 V (continued)

6EP1 436-3BA00, 6AG1436-3BA00-7AA0

20 A 3 AC 400 ... 500 V(3 AC 320 ... 550 V)

24 V DC ±3 %

20 A 160 x 125 x 125

• SITOP modular } 6EP1 436-3BA00 1 1 unit 581


D 6AG1436-3BA00-7AA0 1 1 unit 471

6EP1 436-3BA10

20 A 3 AC 400 ... 500 V(3 AC 320 ... 575 V)

24 V DC ±3 %

20 A 70 x 125 x 125 A 6EP1 436-3BA10 1 1 unit 581

6EP1 337-3BA00

40 A 120/230 V AC(85 ... 132 V AC/176 ... 264 V AC)

24 V DC ±3 %

40 A 240 x 125 x 125

} 6EP1 337-3BA00 1 1 unit 581

6EP1 437-3BA10

40 A 3 AC 400 ... 500 V (3 AC 320 ... 575 V)

24 V DC ±3 %

40 A 150 x 125 x 150

A 6EP1 437-3BA10 1 1 unit 581

6EP1 437-3BA00

40 A 3 AC 400 ... 500 V(3 AC 320 ... 550 V)

24 V DC ±3 %

40 A 240 x 125 x 125

} 6EP1 437-3BA00 1 1 unit 581

Power supplies 48 V

6EP1 331-3BA00

10 A 3 AC 400 ... 500 V(3 AC 320 ... 575 V)

48 V DC ±3 %

10 A 70 x 125 x 125 A 6EP1 456-3BA00 1 1 unit 581

6EP1 334-3BA00

20 A 3 AC 400 ... 500 V(3 AC 340 ... 550 V)

48 V DC ±3 %

20 A 240 x 125 x 125

A 6EP1 434-2BA10 1 1 unit 582

PICTURE???


© Siemens AG 2012


Special designs and uses


15

■ Overview

SITOP flexi with steplessly adjustable output voltage: one stan-dard unit for various special voltages.



Version Inputs Outputs Dimensions (W x H x D)


PU(UNIT,

SET, M)

PS* PG




mm

Power supplies 3 V to 52 V

6EP1 353-2BA00

Limitation of input current harmonics according to EN 61000-3-2;adjustable output voltage 3 V to 52 V, output max. 10 A or 120 W

Max. 10 A or 120 W

120/230 V AC(85 ... 132 V/170 ... 264 V)

3 ... 52 V DC±1 %

10 A 75 x 125 x 125 } 6EP1 353-2BA00 1 1 unit 582


© Siemens AG 2012


Expansion modules



15

■ Overview

The SITOP expansion modules offer further functions:

The signaling module can be snapped onto the side of the 6EP1 ...-3BA00 basic unit; with floating signaling contacts "Out-put voltage OK" and "Ready OK"; with signal input for remote ON/OFF switching of the basic unit.

The redundancy module uses diodes to disconnect the basic units from one another so that a redundant 24 V power supply can be constructed.

The two SITOP PSE200U selectivity modules and the SITOP select diagnostics module are used in combination with 24 V power supplies for distributing the load current among up

to 4 current branches per module and for monitoring the individ-ual partial currents. Overloads or short circuits in individual branches are selectively switched off and the remaining load current paths remain unaffected. Individually adjustable rated current, LED, group alarm contact, standard rail mounting.

The buffer module bridges mains interruptions in the range of seconds. Buffer time 200 ms at 40 A, up to 1.6 s at 5 A load cur-rent. Multiplication possible through parallel circuit, maximum buffer time 10 s.

Versions for use in severe ambient conditions (SIPLUS extreme) are available.



For more information on SIPLUS extreme power supplies see www.siemens.com/siplus-extreme.

Inputs Outputs Dimensions(W × H × D)


PU(UNIT,

SET, M)

PS* PG




mm

Signaling modules

6EP1 961-3BA10, 6AG1961-3BA10-.AA0

-- -- -- 25 × 125 × 125

• SITOP signaling modules } 6EP1 961-3BA10 1 1 unit 581

• SIPLUS extreme

- For use in severe ambient conditions (corrosive gases, salt spray, condensation, dust, biologically active substances, except fauna) and in the extended temperature range -25 ... +70 °C

D 6AG1961-3BA10-7AA0 1 1 unit 471

- With hard gold-plated contacts D 6AG1961-3BA10-6AA0 1 1 unit 471

Redundancy modules

6EP1 961-3BA21, 6AG1961-3BA01-7AA0

24 V DC(24 ... 28.8 V)

Ue – approx. 0.5 V 20 A 70 × 125 × 125

• SITOP redundancy modules A 6EP1 961-3BA21 1 1 unit 588


D 6AG1961-3BA21-4AX0 1 1 unit 471

- and in the extended temperature range: -40 ... +70 °C D 6AG1961-3BA21-7AX0 1 1 unit 471

SITOP PSE200U selectivity modules

6EP1 961-2BA.1

24 V DC(22 ... 30 V)

-- 4 x 3 A (0.5 ... 3 A)

72 × 80 × 72 A 6EP1 961-2BA11 1 1 unit 586

24 V DC(22 ... 30 V)

-- 4 x 10 A (3 ... 10 A)

72 × 80 × 72 A 6EP1 961-2BA21 1 1 unit 586

SITOP select diagnostics modules

6EP1 961-2BA00

24 V DC(24 ... 28.8 V)

-- 4 x 10 A (2 ... 10 A)

72 × 90 × 90 } 6EP1 961-2BA00 1 1 unit 586

Buffer modules

6EP1 961-3BA01, 6AG1961-3BA01-7AA0

24 V DC(24 ... 28.8 V)

Ue – approx. 1 V 40 A 70 × 125 × 125

• SITOP buffer modules A 6EP1 961-3BA01 1 1 unit 588

• As SIPLUS extreme version for use in severe ambient conditions (corrosive gases, salt spray, condensation, dust, biologically active substances, except fauna) and in the extended temperature range -25 ... +70 °C

D 6AG1961-3BA01-7AA0 1 1 unit 471

Picture


© Siemens AG 2012


DC-UPS uninterruptiblepower supplies


15

■ Overview

To combat prolonged mains failures the 24 V SITOP power supply units can be upgraded into a DC-UPS uninterrupt-ible power supply.

SITOP offers two systems for this purpose: • Battery modules as energy stores which provide a buffer in the

hours range• Capacitors for 24 V buffering in the minutes range

The combination is used for example in machine-tool building, in the textile industry, on all types of production lines and filling plants, and in conjunction with 24 V industrial PCs. They prevent the negative consequences which often result from mains fail-ures.

For the SIMATIC IPC this means that all running applications, in-cluding the operating system, can be shut down under stabi-lized conditions.

The DC-UPS 24 V uninterruptible power supply with battery modules is comprised of DC-UPS modules with 6 A, 15 A or 40 A output current and the battery modules 1.2 Ah, 3.2 Ah, 7 Ah and 12 Ah (containing lead rechargeable batteries with corrosion-re-sistant lead-calcium high-performance grid plates and glass fi-ber fleece) and 2.5 Ah (containing "high-temperature recharge-able batteries" type Reinblei).

Versions for use in severe ambient conditions (SIPLUS extreme) are available.


For battery modules and capacitors see next page.

For more information on SIPLUS extreme power supplies see www.siemens.com/siplus-extreme.

Ver-sion

Inputs Outputs Dimensions(W × H × D)

DT Order No. Price perPU

PU(UNIT,

SET, M)

PS* PG




mm

DC UPS modules

6EP1 931-2DC..

6 A 24 V DC(22 ... 29 V)

24 V DC(mains operation: 21.5 ... 28.5 V,battery operation:27.0 ... 18.5 V)

6 A 50 × 125 × 125

• SITOP DC UPS modules } 6EP1 931-2DC21 1 1 unit 585

- With serial interface } 6EP1 931-2DC31 1 1 unit 585

- With USB interface } 6EP1 931-2DC42 1 1 unit 585

6EP1 931-2EC.., 6AG1931-3EC21-2AA0

15 A 24 V DC(22 ... 29 V)

24 V DC(mains operation: 21.5 ... 28.5 V,battery operation:27.0 V ... 18.5 V)

15 A 50 × 125 × 125

• SITOP DC UPS modules } 6EP1 931-2EC21 1 1 unit 585

- With serial interface } 6EP1 931-2EC31 1 1 unit 585

- With USB interface } 6EP1 931-2EC42 1 1 unit 585


D 6AG1931-2EC21-2AA0 1 1 unit 471

6EP1 931-2FC.., 6AG1931-3FC21-7AA0

40 A 24 V DC(22 ... 29 V)

24 V DC(mains operation: 21.5 ... 28.5 V, battery operation: 27.0 ... 18.5 V)

40 A 102 x 125 x 125

• SITOP DC UPS modules } 6EP1 931-2FC21 1 1 unit 585

- With USB interface } 6EP1 931-2FC42 1 1 unit 585


D 6AG1931-2FC21-7AA0 1 1 unit 471


© Siemens AG 2012

Stabilized Power SuppliesSITOP 6EP Power SuppliesDC-UPS uninterruptiblepower supplies



15

Battery modules as energy stores

Capacitors as energy stores

The maintenance-free SITOP UPS500 with capacitors are espe-cially suited as buffers for use at high ambient temperatures.

The highly capacitive double-layer capacitors store enough en-ergy to shut down PC-based systems safely. Another advantage of the double-layer capacitors is their shorter charging times.

For use in the control cabinet, the SITOP UPS500S 15 A basic unit comes in a 2.5 and 5 kWs version. For longer buffer times it is possible to attach up to three SITOP UPS501S expansion modules with 5 kWs. The SITOP UPS500P basic units have de-gree of protection IP65 and are suitable for distributed use.

1) The connector set must be ordered as optional equipment.


Version Charging voltageat +25 °CUCharge

OutputRated voltageUa Rated

Dimensions(W × H × D)


PU(UNIT,

SET, M)

PS* PG

mm

SITOP battery modules For DC-UPS modules 6 A and 15 A

6EP1 935-6MC01

6EP1 935-6ME21

1.2 Ah 27.0 V DC 24 V DC(end of charge voltage: 27.0 V, exhaustive discharge protection: 18.5 V)

96 × 106 × 108 } 6EP1 935-6MC01 1 1 unit 585

2.5 Ah/high temperaturerechargeablebattery

27.7 V DC 24 V DC(end of charge voltage: 27.7 V, exhaustive discharge protection: 18.5 V)

265 × 151 × 91 } 6EP1 935-6MD31 1 1 unit 585

3.2 Ah 27.0 V DC 24 V DC(end of charge voltage: 27.0 V, exhaustive discharge protection: 18.5 V)

190 × 151 × 82 } 6EP1 935-6MD11 1 1 unit 585

For DC-UPS modules 6 A to 40 A7 Ah 27.0 V DC 24 V DC

(end of charge voltage: 27.0 V, exhaustive discharge protection: 18.5 V)

186 x 168 x 121

} 6EP1 935-6ME21 1 1 unit 585

12 Ah 27.0 V DC 253 x 168 x 121

} 6EP1 935-6MF01 1 1 unit 585

Version Inputs Outputs Dimensions(W × H × D)


PU(UNIT,

SET, M)

PS* PG




mm

SITOP UPS500S basic units 15 A

6EP1 933-2EC.1, 6EP1 935-5PG01

2.5 kWs 24 V DC(22 ... 29 V) infeed through SITOP 24 V DC

24 V DC±3 %

15.2 A + approx. 2.3 A (charging mode)

120 × 125 × 125

A 6EP1 933-2EC41 1 1 unit 585

5 kWs 120 × 125 × 125

A 6EP1 933-2EC51 1 1 unit 585

SITOP UPS501 expansion modules5 kWs Infeed through

basic unit-- -- 120 × 125 ×

125A 6EP1 935-5PG01 1 1 unit 585

SITOP UPS500P basic units 7 A, degree of protection IP65

6EP1 933-2NC.1

5 kWs 24 V DC(22.5 ... 29 V) infeed through SITOP 24 V

24 V DC±3 %

7 A + approx. 2 A (charging mode)

400 (without plug) x 80 x 80

A 6EP1 933-2NC01 1 1 unit 585

10 kWs 400 (without plug) x 80 x 80

A 6EP1 933-2NC11 1 1 unit 585

Connector set for SITOP UPS500P1)

with input and output connector and assembled UPS cable in 2 m length

A 6EP1 975-2ES00 1 1 unit 585


© Siemens AG 2012

Heating Control Systems

15/67Siemens IC 10 · 2012

General data

15

■ Overview

SIPLUS HCS heating control systems

SIPLUS HCS heating control systems: Industrial heating processes – very high precision and efficiency

In manufacturing processes where temperature plays a crucial role, deviations of just a few degrees can cause enormous qual-ity problems. To counteract adverse effects and keep the reject

rate as low as possible, extremely precise, reliable and individ-ual control of resistive loads is imperative.

The SIPLUS HCS heating control systems feature well-engi-neered technology and were developed for the control and switching of heating elements in industry, such as quartz, ce-ramic, flash, halogen and infrared emitting devices.

They are of modular design (for central or distributed use) and can be adapted to the individual specific requirements.

Three heating control systems are available:• HCS716I – the compact solution for small to medium ratings • HCS724I – the powerful solution• HCS300I – the industrial heating control system

Highlights at a glance:• SIPLUS HCS: the powerful, modular heating control systems

for controlling resistive loads• High-precision, reliable system for centralized or distributed

use• Simple integration into existing automation systems such as

SIMATIC and SIMOTION• Flexible and easy – from planning right through to operation


■ Benefits

Minimized overhead for commissioning and service• Low wiring outlay and service-friendly design of system com-

ponents• Simple configuration by means of efficient engineering soft-

ware• Intelligent diagnostics options for swift detection of faults

High security for investment as part of service-proven automation concepts• Part of Totally Integrated Automation• Integrated PROFIBUS interface for easy integration into exist-

ing automation systems such as SIMATIC and SIMOTION• Worldwide support and service with comprehensive test

equipment

■ Application

The SIPLUS HCS heating control systems are designed for use in the SIMATIC industrial automation system and the SIMOTION motion control system.

They are used above all in these industries and plants:• Plastics industry: thermoforming, blow molding, injection

molding and extrusion• Automotive industry: drying tunnels in paintshops• Food and beverage industry, e.g. baking lines, packing lines,

PET blow molding plants

IC10_15_11.fm Seite 67 Freitag, 3. Februar 2012 11:58 11

© Siemens AG 2012

Heating Control SystemsSIPLUS HCS716I Heating Control Systems

General data

15/68 Siemens IC 10 · 2012

15

■ Overview


The SIPLUS HCS716I heating control system was developed as a cost-optimized controller of heat emitter arrays in thermoform-ing machines. It is suitable for all generally available radiation devices such as quartz, quartz material, ceramic, halogen and infrared radiation devices.

The SIPLUS HCS716I can be used wherever low-cost, resistive loads of small to medium output require switching in an industrial environment.

The main components of the SIPLUS HCS716I heating control system are:• 19" rack with bus pcb for accommodating up to 12 power out-

put modules, control module and CPU

• Power output modules in double-height Eurocard format with 8/16 output channels

• Fan unit with three fans (option)• Communication over PROFIBUS DP, e.g. with SIMOTION,

SIMATIC S7, or industrial PC • Plug-in card system on the front

Application example with SIMOTION, SINAMICS and SIPLUS HCS716I

■ Application

The SIPLUS HCS716I heating control system is used, for exam-ple, to switch the small and medium output heat emitter arrays in thermoforming machines, drying ovens and packaging ma-chines.

The SIPLUS HCS716I is a distributed I/O unit (slave) that com-municates over the PROFIBUS DP fieldbus with a higher-level control system (master) such as SIMATIC S7/SIMOTION.


PROFIBUS DP

Heat emitter array G_P

M01

_EN

_000

09

SIMATIC MP377

SIMOTION D4x5 with SINAMICS S120and servomotors

HCS716I

Heating ControlSystemSIPLUS

Climatic ambient conditionsOperating temperature

• Permissible range °C 0 ... 55• Relative humidity at 25 °C % 95 • Temperature gradient K/h ≤ 10

Storage temperature

• Permissible range °C -40 ... 70 • Relative humidity at 25 °C % 95 • Temperature gradient K/h ≤ 20

Air pressure during operation

• Minimum hPa 860 (=1 500 m NN) (cooling efficiency limited at lower atmospheric pressure)

• Max. hPa 1 080

Air pressure during storage

• Minimum hPa 660 (=3 500 m NN)• Max. hPa 1 080

Ventilation Self ventilation or forced ventila-tion

Mechanical ambient conditionsVibrations during operation (stationary use)

IEC 60068-2-6 Test FC (10 cycles per axis)

• 10 ... 58 Hz mm 0.075 amplitude• 58 ... 150 Hz m/s2 9.8 (=1 g constant acceleration)

Vibrations during transport/ storage (in transport packaging)


• 5 ... 9 Hz mm 3.5 amplitude• 9 ... 500 Hz m/s2 9.8 (=1 g constant acceleration)

Shock during operation (stationary use)

IEC 60068-2-27 Test EA150 m/s2 ≈ 15 g, half-sineDuration 11 ms, 3 impacts per axis and direction

Shock during transport/ storage(in transport packaging)

IEC 60068-2-29 Test EB250 m/s2 ≈ 25 g, half-sineDuration 6 ms, 1 000 impacts per axis and direction

Electromagnetic compatibility(Heating control is installed in control cabinet)

Noise suppression (emitted interference)

IEC 61000-6-4 Group 1; Class A

Interference immunity to conducted disturbance (burst)

EN 61000-4-4

• AC voltage power supply lines kV 2 with coupling network• Signal cables which exit the device kV 1 with coupling tongs

Interference immunity to conducted disturbance (induced by radio-frequency fields)

Acc. to EN 61000-4-6: 10 V (0.15 ... 80 MHz)

Interference immunity to electrostatic discharge (ESD) (test conducted on frame only)

EN 61000-4-2

• Contact discharge kV 4 • Air discharge kV 8

Immunity to high-frequency interference V/m

V/mV/m

EN 61000-4-310 (80 ... 1 000 MHz)3 (1.4 ... 2.0 GHz)1 (2.0 ... 2.7 GHz)

Interference immunity to high-energy pulses (surge)

EN 61000-4-5

• Power supply lines, signal cables- Symmetrical kV 1 - Asymmetrical kV 2

• PROFIBUS cable- Asymmetrical kV 1


© Siemens AG 2012


15/69Siemens IC 10 · 2012

Racks

15

■ Overview

The rack is the mechanical framework of the SIPLUS HCS716I and contains all the modules required to control the power out-puts.

Three different versions are available: • Rack hinged frame• Rack mounting frame• Rack mounting frame without flange

Performance features• Accommodation of up to 12 power output modules LA716,

LA716l or LA716l HP• Communication through PROFIBUS DP interface

Rack hinged frame

The CPU module and the control module are at the rear of the rack. This rack is suitable for installation in a hinged frame.

Rack mounting frame

The CPU module and the control module are on the right-hand side of the rack. This rack is suitable for direct installation in a control cabinet.

Rack mounting frame without flange

The CPU module and the control module are again on the right-hand side of the rack. This rack is suitable for installation in a control cabinet. In contrast to the mounting frame rack, this ver-sion has no mounting bracket (flange) at the front.


Control supply voltageInput voltage

• Rated value V AC 230

• Permissible range V AC 187 ... 264

Frequency

• Rated value Hz 50/60

• Permissible range Hz 47 ... 63

Non-periodic overvoltage(according to EN 60204, Part 1)• Limit value 2 x Urated

• Duration (single pulse) ms 1.5

• Rise/fall time 500 ns ... 500 µs

Brief voltage interruption (initial state: lower limit of rated voltage = 187 V)• Interruption time, max. ms 20

• Restoration time, min. s 1

• Events per hour, max. 10

Power consumption of the control electronics, max.

W 15

Total switching capacity at Tu ≤ 45 °C, max. (the total switching capacity depends on the power output module used, flow rate > 2 m/s)

• Without ventilation kW 67

• With ventilation kW 176

Mechanical dataDegree of protection

• For device IP00

• For control cabinet At least IP20

Protection class for control cabinet EN 61140 protection class I

Dimensions (W x H x D)

• Hinged frame mm 483 x 266 x 350

• Mounting frame mm 510 x 310 x 330

• Mounting frame without flange mm 510 x 310 x 290


© Siemens AG 2012


Racks



15


■ Accessories

1) Fan units are available from:HEITEC AG Eckental-Eschenau see www.heitec.de.



Number of slots Type of power

output connectableInterface version DT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

Rack hinged frame

6BK1 700-2AA00-0AA1

12 LA716 / LA716I / LA716I HP

PROFIBUS DP C 6BK1 700-2AA00-0AA1 1 1 unit 478

Rack mounting frame

6BK1 700-2AA10-0AA1

12 LA716 / LA716I / LA716I HP


Rack mounting frame without flange

6BK1 700-2AA70-0AA0

12 LA716 / LA716I / LA716I HP


Version TypeFan units

• 230 V AC with 3 fans

On request 1)

• 115 … 230 V AC/24 V DC with 3 fans and speed monitoring

On request 1)


© Siemens AG 2012


15/71Siemens IC 10 · 2012

Power output modules

15

■ Overview

LA716, LA716I and LA716I HP power output modules

The power output modules are an important component of the heating control system.

Three different power output modules can be used depending on the application: • LA716 – the universal version:

It provides 16 channels for switching on resistive loads. A maximum of 650 W can be used for each output channel.

• LA716I – the innovative version: It also provides 16 channels for switching on resistive loads. A maximum of 1 150 W can be used for each output channel.

• LA716I HP – the high-power version:It provides 8 channels for switching on resistive loads. A max-imum of 2 300 W can be used for each output channel.

■ Technical specifications Type LA716 LA716I LA716I HP

Control supply voltageFor control unit Provided internally via the bus module

Power outputsNumber per power output module 16 8

Electrical separation

• From the control unit Using opto-triacs and optocouplers which are specified according to EN 60747-5-2• Of power outputs from each other No

Load voltage

• Rated value V AC 230• Permissible range V 187 ... 264 (TN system)• Frequency Hz 50/60 (47 ... 63)

Output voltage Solid shafts switched during the zero crossover

Output current per phase, max. A 23 32

Output current per output

• Rated value A 2.8 5 10• Permissible range A 0.1 ... 2.8 0.1 ... 5 0.1 ... 10 • Residual current mA ≤ 10

Switching capacity per channel at 230 V, max. W 650 1 150 2 300

Resolution at the power outputs % 1

Loads

• Load type Resistive load with a maximum of 15 times the cold current in the first half wave (In the case of flash emitters, this can lead to a reduction of the permissible switching capacity. These emitters can be measured by Siemens.)

• Overload 5 times the rated current for 20 ms

Protective measures

• Thermal monitoring- Response threshold

Yes (by NTC thermistor)93 °C ± 5 K

• Short-circuit protection One quick-response 5 A/ 250 V fuse per output One quick-response 10 A/ 250 V fuse per output

• Overvoltage protection Yes

Connecting cables

• Resistor Rmax. Ω 14 (this ensures short-circuit protection)

Mechanical dataDegree of protection according to DIN 40050 IP00

Dimensions (W x H x D) mm 31 x 233.4 x 250 31 x 233.4 x 252 (without mating connector)


© Siemens AG 2012





15


■ Accessories



Number of outputs Power carrying capacity

per outputmax.


PU(UNIT,

SET, M)

PS* PG

W

LA716 power output module

6BK1 700-2BA70-0AA1

16 650 C 6BK1 700-2BA70-0AA1 1 1 unit 478

LA716I power output module

6BK1 700-4BA80-0AA0

16 1 150 C 6BK1 700-4BA80-0AA0 1 1 unit 478

LA716I HP power output module

6BK1 700-4BA80-0AA0

8 2 300 C 6BK1 700-4CA00-0AA0 1 1 unit 478

LA716Version LA716 LA716I LA716I HP TypeFuse

• 5 A quick/250 V ✓ ✓ -- 200021116• 10 A quick/250 V -- -- ✓ A5E00186303Mating connectors

• 3-pin for mains connection -- ✓ ✓ A5E30280233• 8-pin for connection of the heat emitters ✓ ✓ ✓ A5E00507233


© Siemens AG 2012


15/73Siemens IC 10 · 2012

General data

15

■ Overview


The SIPLUS HCS724I heating control system controls and switches heat emitter arrays and other resistive loads of medium to high output in the industrial environment. It is connected through PROFIBUS DP and can be used together with for exam-ple SIMATIC S7 to form a highly modern and powerful automa-tion system.

As an option, a NE724I line-voltage sensing module can be inte-grated in order to compensate automatically and internally for variations in the line voltage.

The main components of the SIPLUS HCS724I heating control system are:• ZA724I central interface module• Up to 16 LA724I/LA724I HP/LA724I SSR power output mod-

ules can be connected through the ZA724I central interface module

• NE724I line-voltage sensing module (option) • LM724 fan module (option)• SM724I current measuring module (option)• Communication over PROFIBUS DP, e.g. with SIMOTION,

SIMATIC S7, or industrial PC

The ZA724I central interface module and the LA724I/LA724I HP/LA724I SSR power output modules are installed in a metal enclosure and mounted on a mounting plate in the control cabi-net.

Customized, distributed solutions are also possible.

Application example with SIMOTION, SINAMICS and SIPLUS HCS724I

■ Application

The SIPLUS HCS724I heating control system is used for exam-ple for controlling heat emitter arrays in• Thermoforming machines • Blow-molding machines

• Plastic welding machines • Drying ovens



SIMATIC S7-300 (e.g. with CPU 317-2DP)

HCS724I

PROFIBUS DP

SIMATIC MP277 Touch

Heat emitter array

G_PM10_EN_00010

Heating Control SystemSIPLUS

MPI


© Siemens AG 2012


General data

15/74 Siemens IC 10 · 2012

15


Climatic ambient conditionsOperating temperature

• Permissible range °C 0 ... 55

• Relative humidity at 25 °C % 95

• Temperature gradient K/h ≤ 10

Storage temperature

• Permissible range °C -40 ... 70

• Relative humidity at 25 °C % 95

• Temperature gradient K/h ≤ 20

Air pressure during operation

• Min. hPa 860 (=1 500 m NN) (cooling efficiency limited at lower atmospheric pressure)

• Max. hPa 1 080

Air pressure during storage

• Min. hPa 660 (=3 500 m NN)

• Max. 1 080

Ventilation hPa Self ventilation or forced ventilation

Mechanical ambient conditionsVibrations during operation (stationary use) IEC 60068-2-6 Test FC (10 cycles per axis)

• 10...58 Hz mm 0.075 amplitude

• 58...150 Hz m/s2 9.8 (=1 g constant acceleration)

Vibrations during transport/storage(in transport packaging)


• 5...9 Hz mm 3.5 amplitude

• 9...500 Hz m/s2 9.8 (=1 g constant acceleration)

Shock during operation (stationary use)

IEC 60068-2-27 Test EA150 m/s2 ≈ 15 g, half-sineDuration 11 ms, 3 impacts per axis and direction

Shock during transport/storage (in transport packaging) IEC 60068-2-29 Test EB250 m/s2 ≈ 25 g, half-sineDuration 6 ms, 1 000 impacts per axis and direction

Electromagnetic compatibilityNoise suppression (emitted interference)

Limit value class A acc. to EN 55011 Group 1

Interference immunity to conducted disturbance (burst) EN 61000-4-4

• AC voltage power supply lines kV 2 with coupling network

• Signal cables which exit the device kV 2 with coupling tongs

Interference immunity to conducted disturbance (induced by radio-frequency fields)

Acc. to EN 61000-4-6: 10 V (0.15 ... 80 MHz)

Interference immunity to electrostatic discharge (ESD) EN 61000-4-2

• Contact discharge kV 4

• Air discharge kV 8

Immunity to high-frequency interferenceV/mV/mV/m

EN 61000-4-310 (80 ... 1 000 MHz)3 (1.4 ... 2.0 GHz)1 (2.0 ... 2.7 GHz)

Interference immunity to high-energy pulses (surge) EN 61000-4-5

• Power supply lines- Symmetrical kV 1 - Asymmetrical kV 2

• PROFIBUS cable- Asymmetrical kV 1


© Siemens AG 2012


ZA724I central interface module


15

■ Overview

ZA724I central interface module

The ZA724I central interface module is the intelligent processor module of the SIPLUS HCS724I heating control system.

■ Benefits

• Possibility of connecting up to sixteen LA724I/LA724I HP/LA724I SSR power output modules per ZA724I central interface module

• Communication through PROFIBUS DP interface



Rated voltage



Rated frequency Hz 50/60

• Permissible range Hz 47 ... 63

Non-periodic overvoltage(according to EN 60204, Part 1)

• Limit value 2 x Urated

• Duration ms 1.5 (single pulse)

• Rise/fall time 500 ns ... 500 µs

Brief voltage interruption(initial state: lower limit of rated voltage = 187 V)

• Interruption time, max. ms 20

• Restoration time, min. s 1

• Events per hour, max. 10

Power consumption

• Typical W 35

• Max. W 46

Dimensions (W x H x D) mm 50 x 480 x 210

Interface version Type of power output

connectableDT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

ZA724I central interface module PROFIBUS DP • LA742I

• LA724I HP• LA724I SSR

C 6BK1 700-2BA30-0AA0 1 1 unit 478


© Siemens AG 2012



15/76 Siemens IC 10 · 2012

15

■ Overview

LA724I, LA724I HP and LA724I SSR power output modules

The power output modules are an important component of the heating control system.

Three different power output modules can be used depending on the application:• LA724I – the universal version:

24-channel power output module for up to 1 150 W per chan-nel

• LA724I HP – the high-power version: 12-channel power output module for up to 400 V/max 10 A per channel

• LA724I SSR – the high-current version: 24-channel power output module for controlling external SSR solid-state relays (up to 90 A/load)

■ Benefits

• Robust, industry-standard design (metal enclosure, small footprint)

• Distributed design without enclosure possible• 4 diagnostics LEDs for displaying channel/module faults• Internal parallel bus interface• Connection of the phases via busbars• No adjustments to the power output module are required


© Siemens AG 2012


Power output modulesLA724I power output modules


15

■ Overview

LA724I power output module

The LA724I power output module is the universal power output module with a maximum rating of 1 150 W per channel and 24 channels.



■ Accessories

Outputs per power output module

24

Galvanic isolation from control unit

Using opto-triacs and optocou-plers which are specified according to EN 60747-5-2

Insulation voltage

• Opto-triac kV 5

• Optocoupler kV 5.3

Galvanic isolation of power out-puts from each other

No

Load voltage (for wye connection)


• Permissible range V AC 187 ... 264 (TN system)

• Frequency Hz 50/60 (47 ... 63)

Max. total current per phase and module

A 32

Max. current per busbar A 120

Output voltage Full or half-waves switched during zero crossing

Output current

• Maximum value A 5

• Residual current, max. mA 7

Power loss Typ. PV = 0.7 W/A x I + 0.18 W/A2 x I2(I = control current in the channel)

Switching capacity, max.(simultaneity 100 %)

1 150 W per channel at 230 V

Note:

The summation current per phase must not exceed 32 A.

Min. 75 W per channel

Parallel connection of heat emitters to one channel

• Number, typ. 5

• Minimum power per heat emitter W 200

Total switching capacity per LA724I (TU = 40 °C)

• Without forced ventilation kW 14.4

• With forced ventilation kW 22

Load type Resistive load with a maximum of 15 times the cold current in the first half wave (In the case of flash emitters, this can lead to a reduction of the permissi-ble switching capacity. These emitters can be measured by Siemens.)

Overload 5 times the rated current for 20 ms

Protective measures

• Thermal monitoring

- Response threshold °C

°C

Yes (by NTC thermistor)

92 ± 3: Warning to higher-level control system through PROFIBUS DP100 ± 3: Deactivation of the power output modules

• Short-circuit protection One quick-response 5 A/ 250 V fuse per output

• Overvoltage protection By Transil diodes

Connecting cable Rmax = 14 W(this ensures short-circuit protection)



per outputDT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

Max. W

LA724I power output module 24 1 150 C 6BK1 700-2BA00-0AA0 1 1 unit 478

Version Type

Screw-fit mating connector

(3 units required for each power output module)

40018384

5 A fuse, quick-response 200021116


© Siemens AG 2012

Heating Control SystemsSIPLUS HCS724I Heating Control SystemsPower output modulesLA724I HP power output modules



15

■ Overview


The LA724I HP power output module is a 12-channel power output module with a maximum rating of • 2 300 W at 230 V per channel and• 4 000 W at 400 V per channel



■ Accessories


12


Using opto-triacs and optocou-plers which are specified according to EN 60747-5-2

Insulation voltage

• Opto-triac kV 5

• Optocoupler kV 5.3

Galvanic isolation of power outputs from each other

No

Load voltage (for wye and delta connection)

• Rated value V AC 230/400

• Permissible range V AC 187 ... 264/340 ... 460(TN system)

• Frequency Hz 50/60 (47 ... 63)

Max. total current per phase and module

A 40

Max. current per busbar A 120

Output voltage Full or half-waves switched during zero crossing

Output current

• Maximum value A 10 (protection is provided by a fuse of type 16 A slow/500 V; the connecting cable must be calculated accordingly)

• Residual current, max. mA 7

Power loss Typ. PV = 0.7 W/A x I + 0.16 W/A2 x I2

(I = control current in the channel)

Switching capacity (simultaneity 100 %)

2 300 W per channel at 230 V4 000 W per channel at 400 V

Note:

The summation current per phase must not exceed 40 A.

min. 75 W per channel

Parallel connection of heat emit-ters to one channel

Number, typ. 5

• Minimum power per heat emitter W 200

Total switching capacity per LA724I HP power output module (TU = 40 °C)

• Without forced ventilation kW 13/22.6 (wye/delta)

• With forced ventilation kW 21/36.5 (wye/delta)

Load type Resistive load with a maximum of 15 times the cold current in the first half wave (In the case of flash emitters, this can lead to a reduction of the permissi-ble switching capacity. These emitters can be measured by Siemens.)

Overload 5 times the rated current for 20 ms

Protective measures

• Thermal monitoring

- Response threshold °C

°C

Yes (by NTC thermistor)

92 ± 3: Warning to higher-level control system through PROFIBUS DP100 ± 3: Deactivation of the power output modules

• Short-circuit protection One fuse 16 A/250 V per output

• Overvoltage protection By Transil diodes

Connecting cable Rmax = 14 W(this ensures short-circuit protection)



per outputDT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

Max.

W


12 4 000 C 6BK1 700-4BA70-0AA0 1 1 unit 478

Version Type

Screw-fit mating connector

(3 units required for each power output module)

40018384

Fuse 16 A slow/500 V A5E01204540


© Siemens AG 2012


Power output modulesLA724I SSR power output modules


15

■ Overview

LA724I SSR power output module

The LA724I SSR power output module is the high-current power output module for controlling SSR external solid-state relays (up to 90 A/load)



■ AccessoriesRecommendation for solid state relay (SSR) to be used

SIRIUS SC solid-state relays/contactors e.g. 3RF23 50-1AA02: solid-state contactor 50 A, 40 °C, control voltage 24 V, screw terminals


24


Using optocouplers which are specified according to EN 60747-5-2

Insulation voltage of the optocouplers

kV 5.3

Galvanic isolation of diagnostic inputs from each other

No

Diagnostics voltage (for wye and delta connection)

• Rated value V AC 230/400

• Permissible range V AC 187 ... 264/340 ... 460

• Frequency Hz 50/60 (47 ... 63)

Total current per phase and module

See SM724I current measuring modules

Current per busbar, max. A 120

24 V control supply voltage for controlling the SSR solid state relays

• Rated value V 24

• Permissible range V 20.4 ... 28.8

• Fuse protection 1.5 A/250 V quick (external)

Control voltage V 24

• At rated control supply voltage VV

Typ. 23.3 min. 22

Max. control current mA 50 per control output

Cable length, max.

• Control cable to SSR solid state relay

m 30

• Connecting cable to SM724I current measuring module

m 30

• 24 V control supply voltage m 10

Note:

Cables not to be laid outside buildings


Number of outputs

Output voltageRated value


PU(UNIT,

SET, M)

PG PS*

V

LA724I SSR power output module 24 23.3 X 6BK1 700-2BA10-0AA0 1 1 unit 478

Version Type

Mating connectors

• For the 24 V power supply A5E00210675

• For connection of the solid state relay (SSR) (3 units required per power output module)

A5E00043661

• For connection of the SM724I current measuring module

A5E00210670

• For voltage diagnostics (3 units required for each power output module)

41818384


© Siemens AG 2012


NE724I line-voltage sensing modules



15

■ Overview

NE724I line-voltage sensing module

The NE724I line-voltage sensing module is an optional module for line-voltage sensing and correction.

The NE724I is inserted from the front into the enclosure of the ZA724I central interface module. The slot is located in the bus-bar area. If the NE724I is not used, the opening is sealed with the busbar cover. When the line-voltage sensing function is used, the cover provides touch protection.



1) Is inserted in the ZA724I central interface module.

Control supply voltage



• Frequency Hz 50/60 (47 ... 63)

Control supply voltage at AC

Rated valueDT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

V

NE724I line-voltage sensing modules1) 230 C 6ES7 171-1XX00-6AA0 1 1 unit 732


© Siemens AG 2012


LM724 fan modules


15

■ Overview

LM724 fan module

The LM724 fan module is available for reliable cooling of the LA724I and LA724I HP heat output modules. The fan module is a standard fan in an IP00 enclosure.



Mounting 1 LM724 fan module for every

• two LA724I or LA724I HP power output modules

or

• one ZA724I central interface module and one LA724I or LA724I HP power output module

Control supply voltage



• Frequency Hz 50/60 (47 ... 63)

Power consumption W 6

Air volumetric flow m³/h 45


Control supply voltage at AC

Rated valueDT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

V

LM724 fan module 230 D 6ES7 171-3AA00-0AA0 1 1 unit 732


© Siemens AG 2012


SM724I current measuring modules



15

■ Overview

SM724I current measuring module

The SM724I current measuring module is an optional module for diagnostics-based current measurement when connected to the LA724I SSR power output module.

The module is required when heat emitters are connected in par-allel and failure of a single heat emitter is to be detected using a current measurement.

It is mounted in the control cabinet on a sturdy mounting surface (recommended) or on a standard mounting rail.



■ Accessories Note on the cable to be used between the LA724I SSR power output module and the SM724I current measuring module

It is recommended that a 3 x 2-core cable is used with a cross-section of 0.75 mm2 whose cores are twisted together in pairs. It is not necessary to use a shielded cable.

Rated current

• primary A 3 x 400

• secondary mA 3 x 200

Accuracy, approx. % 1

Frequency range Hz 50 ... 400

Cable entry openings mm ∅ 22

Dimensions (W x H x D) mm 150 x 77.5 x 115

Rated current

at ACRated value


PU(UNIT,

SET, M)

PS* PG

A

SM724I current measuring module 3 x 400 C 6BK1 700-2BA40-0AA0 1 1 unit 478

Version Type

Mating connectors

for connection of the SM724I current measuring module

A5E00210670


© Siemens AG 2012


15/83Siemens IC 10 · 2012

General data

15

■ Overview


SIPLUS HCS300I is an industrial heating control system which uses SSR solid state relays or contactors to control resistive loads. SIPLUS HCS300I was developed on the basis of the SIMOCODE system.

SIPLUS HCS300I can be adapted to your special application by using various modules:• The basic unit handles the central functions and communi-

cates with the higher-level automation system.• Digital modules (DM) expand the SIPLUS HCS300I with addi-

tional digital outputs via which solid-state relays or contactors are switched.

• Temperature modules (TM) process analog temperature val-ues supplied by the temperature sensors of your plant.

• The IM current measuring module measures the load currents, the UM current/voltage measuring module measures the load currents and the voltages of the heating or cooling devices, and delivers the values to the basic unit.

The SIPLUS HCS300I is designed for snap-on mounting onto TH 35 standard mounting rails according to IEC 60715 or for screw mounting using additional push-in lugs.

If your application requires more than 16 temperature measuring channels or 24 digital outputs, a second SIPLUS HCS300I basic unit can be connected to the higher-level automation system. Another 16 temperature measuring channels or 24 digital out-puts are then available.

Application example SIPLUS HCS300I

with temperature control software

TCP 3000

Current/ voltage measuring module

Solid-state relay(SSR)

Main circuit

8 temperature sensors 16 heating or cooling zones

666

44

L1L2L3

SPS

G_PM01_00011a

SIPLUSHCS300I

PROFIBUS DP


© Siemens AG 2012


General data

15/84 Siemens IC 10 · 2012

15

■ Benefits

The SIPLUS HCS300I industrial heating control system is modular, flexible and TIA-compatible

Modular and flexible because with its modular design the SIPLUS HCS300I can be flexibly used in minimum space, with different modules available for controlling different extruder per-formance classes:• Current measurement from 2.4 A to 200 A• Voltage measurement from 110 V to 690 V• SIRIUS solid state relays from 10 A to 90 A

TIA-compatible:• Easy configuration and commissioning using STEP7 user-

friendly configuration software• Easy control of SIRIUS solid state relays using preassembled

cables• Communication with higher-level automation system through

PROFIBUS DP• TCP 3000 user-friendly control software available

■ Application

SIPLUS HCS300I is an industrial heating control system, e.g. for extruders and injection molding machines.




General specifications

• Degree of protection acc. to IEC 60529 IP20

• Shock resistance (sine pulse) g/ms 15/11

• Mounting position Any

• Frequencies Hz 50/60 ± 5 %

Permissible ambient temperature range

• During operation °C -25 ... +60

• During storage and transport °C -40 ... +80

EMC interference immunity acc. to IEC 61131-2

• Conductor-related interference- Burst acc. to IEC 61000-4-4 kV 2 (power ports), 1 (signal ports)- High frequency acc. to IEC 61000-4-6 V 10 - Surge acc. to IEC 61000-4-5 kV 2 (line to earth), 1 (line to line)

• Electrostatic discharge, ESD acc. to IEC 61000-4-2 kV 8 (air discharge), 6 (contact discharge)

• Field-related interference acc. to IEC 61000-4-3 V/m 10

Immunity to EMC acc. to IEC 61131

• Class SIPLUS HCS300I system components are Class A products. Near radios they can cause interference to signals. Take suitable protective measures if necessary.

• Conducted and radiated interference emission EN 55011/CISPR11 (corresponds to degree of severity A)

© Siemens AG 2012


Basic units


15

■ Overview

Basic units

The basic unit handles the central functions of the SIPLUS HCS300I heating control system and communicates with the higher-level automation system.

■ Benefits

• Three digital relay outputs for controlling resistive loads• Communication with the higher-level automation system

through PROFIBUS DP• Local control of the system• Four digital inputs for detecting external signals



EnclosuresMounting Snap-on mounting onto TH 35 standard

mounting rail according to IEC 60715 or screw mounting with additional push-in lugs

Display

• LED "Device" - Red: "Function test not OK; device is disabled"

- Green: "Ready"- Yellow: "Addressing plug detected"- Off: "No control supply voltage"

• LED "BUS" - Continuous light: "Communication with PLC/PCS"

- Blinklight: "Baud rate detected"

• LED "GEN. FAULT" - Continuous light/flashing: "Feeder fault"

"TEST" pushbutton • Adopting a PROFIBUS DP address

System interfaces • Connections on the device front for:- Expansion module

(DM digital module and TM tempera-ture module, IM current measuring module or UM current/voltage measuring module, DCM decoupling module)

- Addressing plugs

PROFIBUS DP interface • Interface types: RS485• Connection method:

- 9-pole Sub D socket (12 MBit)- Terminals (1.5 MBit)- Same conductor cross-sections as

control circuit• Connection of the PROFIBUS DP cable

through terminal connection or through a 9-pin sub D socket

Power supplyRated control supply voltage Us (according to IEC 61131-2)

V DC 24

Operating range 0.85 … 1.2 x Us

Power consumption (incl. two expansion mod-ules connected to basic unit)

10 VA/7 W

Rated insulation voltage Ui

V 300 at pollution degree 3

Rated impulse with-stand voltage Uimp

kV 4

Mains buffering time ms 200

Relay outputsNumber Three monostable relay outputs

Auxiliary contacts of the three relay outputs

Isolated NO contacts with parameteriz-able NC behavior: • Two relay outputs connected to com-

mon potential• One relay output connected to sepa-

rate potential, freely assignable to con-trol functions

Specified short-circuit protection for auxiliary contacts (relay outputs)

• Fuse links, gG operational class 6 A, quick-response 10 A (IEC 60947-5-1)

• Miniature circuit breaker - 1.6 A, C characteristic

(IEC 60947-5-1)- 6 A, C characteristic (Ik < 500 A)

Rated uninterrupted current

A 5, per potential

Rated switching capacity

DC-13 • 2 A/24 V DC• 0.55 A/60 V DC• 0.25 A/125 V DC

Binary inputsNumber Four inputs with the following properties:

• With internal power supply from the de-vice electronics (24 V DC)

• Connected to common potential for re-cording process signals, freely assign-able to control functions

ConnectionsTightening torques

NmTorque: 0.8 ... 1.2 (7 ... 10.3 lb.in)

Conductor cross-sections

• Solid: mm2

AWG2 x (0.5 ... 2.5), 1 x (0.5 ... 4)2 x 20 ... 14, 1 x 20 ... 12

• Finely stranded with end sleeve

mm2

AWG2 x (0.5 ... 1.5), 1 x (0.5 ... 2.5)2 x 20 ... 16, 1 x 20 ... 14

Control supply

voltage at DC, rated value

Controls can be connected, max.


PU(UNIT,

SET, M)

PS* PG

V

Basic units 24 • 4 DM digital modules and

4 TM temperature modules• 1 IM current measuring module or

1 UM current/voltage measuring module• 1 DCM decoupling module

C 6BK1 700-3BA20-0AA0 1 1 unit 478


© Siemens AG 2012


DM digital modules



15

■ Overview

DM digital module

Digital modules (DM) expand the SIPLUS HCS300I heating con-trol system with additional digital outputs via which solid-state re-lays or contactors are switched.

■ Benefits

• Six digital 24 V DC outputs in the form of "high-side" switches• Up to four DM digital modules can be connected to one basic

unit• Up to 24 digital output signals (with four digital modules) can

be switched to loads of up to 500 mA• Control of the digital outputs by means of a higher-level auto-

mation system that communicates with the SIPLUS HCS300I basic unit over PROFIBUS

• Easy control of solid state relays (SSR) possible using preas-sembled cables



EnclosuresMounting Snap-on mounting onto TH 35

standard mounting rail accord-ing to IEC 60715 or screw mounting with additional push-in lugs

Display

Status LED "Ready" • Continuous light: "Ready"

• Blinklight: "No connection to the basic unit"

Number of digital outputs 6

System interfacesNumber 2

Connection options

The DM digital module has inter-faces for the following system modules:

• Basic units

• Expansion modules (TM temperature module, IM current measuring module, UM current/voltage measuring module, DCM decoupling module)

Typical power consumption from system interface

mA 10

Output circuitLoad voltage L+ (nominal value) V DC 24

Typical power consumptionfrom load voltage

mA 10

Short-circuit protection Yes

Minimum output voltage for signal "1"

L+ (-1 V)

Maximum output current for signal "1"

mA 500

Maximum switching frequencyat ohmic load

• For DM digital module Hz Typ. 50

• For maximum configuration Hz min. 20

Summation current of the out-puts

A 3

Electrical isolation of the outputs Not available

Electrical separation from system interface

Not available


NmTorque: 0.8 … 1.2 (7 … 10.3 lb.in)


• Solid: mm2

mm2

AWGAWG

2 x (0.5 ... 2.5)1 x (0.5 ... 4)2 x 20 … 141 x 20 … 12

• Finely stranded with end sleeve mm2

mm2

AWGAWG

2 x (0.5 ... 1.5)1 x (0.5 ... 2.5)2 x 20 … 161 x 20 … 14

Version

Electric connection of the inputs and outputs

Number of digital out-puts

Output current at digital output with signal <1> max.


PU(UNIT,

SET, M)

PS* PG

A

DM digital modules Screw terminals 6 0.5 C 6BK1 700-4BA50-0AA0 1 1 unit 478

Screw terminals or preassembled cable

6 0.5 C 6BK1 700-2BA80-0AA0 1 1 unit 478


© Siemens AG 2012


TM temperature modules


15

■ Overview

TM temperature module

Temperature modules (TM) process analog temperature values supplied by a plant's temperature sensors.

■ Benefits

• Up to four analog sensor measuring circuits in 2-wire technology or two analog sensor measuring circuits in 4-wire technology

• Up to four temperature modules per basic unit which can de-tect up to 16 analog temperature values

• The type of compensation is adjustable for measurements with thermoelements: - No compensation- Internal compensation- External compensation- Compensation through the higher-level automation system

• Resolution of temperature values to one decimal point• Automatic calibration during ramp-up for high measuring ac-

curacy• Various sensor types are supported for use in solid, liquid or

gaseous media: Pt100; Pt1000; TC type J, K, L



EnclosuresMounting Snap-on mounting onto

TH 35 standard mounting rail according to IEC 60715 or screw mounting with addi-tional push-in lugs

Display

• Status LED "Ready" - Continuous light: "Ready"- Blinklight: "No connection

to the basic unit"

Connectors for temperature sen-sors

Connections for four tempera-ture sensors with a shield con-nection

InterfacesNumber 2

Connection options

The TM temperature module has interfaces for the following sys-tem modules:

• Basic units

• Expansion modules (DM digital module,IM current measuring module, UM current/voltage measuring module, DCM decoupling module)

Typical power consumption from system interface

mA 20

Sensor circuitConnection type 2-wire or 4-wire connection

Number of analog inputs

• For 2-wire system 4

• For 4-wire system 2

Maximum electric strength V 15

Conversion time for 4 channels ms < 600

Measurement principle Integrating

Noise suppression Hz 50/60

Typical sensor circuits

• Pt100/Pt1000 μA 210

Open-circuit detection Yes

Measuring range

• Pt100/Pt1000 °C 0 … +400

• TC type J, K, L °C 0 … +400

Measuring accuracy at 20 °C ambient temperature

• Pt100 °C Typ. ±1, max. ±1.3

• Pt1000 °C max. ±1

• TC type J, K, L °C max. ±1

Deviation at ambient tempera-ture 20 °C in % of measuring range

0.05 % per °C

Offset due to temperature drift (typical)

< 0.1 °C/°C change in ambient temperature

Measured value deviationdue to temperature drift (typical)

< 11.5 ppm/°C change in ambient temperature

Electrical separation between the channels

V Functional separation, voltage difference max. ±1

Electrical separationfrom system interface V DC

Electrical separation, separation 500


NmTorque: 0.8 … 1.2 (7 … 10.3 lb.in)


• Solid mm2

mm2

AWGAWG

2 x (0.5 … 2.5)1 x (0.5 … 4)2 x 20 … 141 x 20 … 12


mm2

AWGAWG

2 x (0.5 ... 1.5)1 x (0.5 ... 2.5)2 x 20 … 161 x 20 … 14

Number of analog inputs DT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

For 2-wire system For 4-wire system

TM temperature module 4 2 C 6BK1 700-4BA60-0AA0 1 1 unit 478


© Siemens AG 2012


IM current measuring modules



15

■ Overview

IM current measuring module

The IM current measuring module measures the load currents of the heating or cooling devices, and delivers the values to the basic unit. The module must be selected according to the expected maximum current of all connected loads.

There are three different versions:• Current measuring modules 2.4 A to 25 A• Current measuring modules 10 A to 100 A• Current measuring modules 20 A to 200 A

■ Benefits

• Current measurement on a feeder• Current ranges between 2.4 A and 200 A



EnclosuresMounting

• 6BK1700-3BA30-0AA0, 6BK1700-3BA40-0AA0

Snap-on mounting onto TH 35 standard mounting rail accord-ing to IEC 60715 or screw mounting with additional push-in lugs

• 6BK1700-3BA50-0AA0 Snap-on mounting onto TH 35 standard mounting rail accord-ing to IEC 60715, screw mounting on mounting plate or direct fixing on contactor

System interfaces

The IM current measuring module has interfaces for the following system modules:

• Basic units

• Expansion modules (DM digital module, TM tem-perature module, UM cur-rent/voltage measuring module, DCM decoupling module)

Main circuitCurrent measuring range/current setting Ie

• 6BK1700-3BA30-0AA0 A 2.4 ... 25

• 6BK1700-3BA40-0AA0 A 10 ... 100

• 6BK1700-3BA50-0AA0 A 20 ... 200

Rated insulation voltage Ui at pollution degree 3

• 6BK1700-3BA30-0AA0, 6BK1700-3BA40-0AA0

V 690

• 6BK1700-3BA50-0AA0 V 1 000


Type of current • Three-phase (grounded with-out DCM decoupling module, otherwise with DCM decou-pling module)

• Single-phase AC (with DCM decoupling module)

Short-circuit protection Additional short-circuit protec-tion is required in the main cir-cuit

Current measuring accuracy Within the measuring range ±3 %

Feed-through openingDiameter of opening

• 6BK1700-3BA30-0AA0 mm 7.5

• 6BK1700-3BA40-0AA0 mm 14.0

• 6BK1700-3BA50-0AA0 mm 25.0

Current measuring range DT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

Start value Full-scale value

A A

IM current measuring module 2.4 25 C 6BK1 700-3BA30-0AA0 1 1 unit 478

10 100 C 6BK1 700-3BA40-0AA0 1 1 unit 478

20 200 C 6BK1 700-3BA50-0AA0 1 1 unit 478


© Siemens AG 2012


UM current/voltage measuring modules


15

■ Overview

UM current/voltage measuring module

In addition to measuring the load currents, the UM current/volt-age measuring module can also be used to measure phase volt-ages in a single or three-phase system.

There are three different versions:• Current/voltage measuring modules 2.4 A to 25 A• Current/voltage measuring modules 10 A to 100 A• Current/voltage measuring modules 20 A to 200 A

■ Benefits

• Current measurement on a feeder• Current ranges between 2.4 A and 200 A• Measurement of phase voltages up to 400 V (e.g. UL1) or

interlinked voltages up to 690 V (e.g. UL1UL2)• Measurement in three-phase systems or single-phase

AC systems



EnclosuresMounting

• 6BK1700-3BA60-0AA0, 6BK1700-3BA70-0AA0

Snap-on mounting onto TH 35 standard mounting rail accord-ing to IEC 60715 or screw mounting with additional push-in lugs

• 6BK1700-3BA80-0AA0 Snap-on mounting onto TH 35 standard mounting rail accord-ing to IEC 60715, screw mount-ing on mounting plate or direct fixing on contactor

System interfaces

The UM current/voltage measuring module has interfaces for the fol-lowing system modules:

• Basic units

• Expansion modules (DM digital module, TM tem-perature module, IM current measuring module, DCM de-coupling module)

Main circuitCurrent measuring range/current setting Ie

• 6BK1700-3BA60-0AA0 A 2.4 ... 25

• 6BK1700-3BA70-0AA0 A 10 ... 100

• 6BK1700-3BA80-0AA0 A 20 ... 200

Rated insulation voltage Ui at pollution degree 3

• 6BK1700-3BA60-0AA0, 6BK1700-3BA70-0AA0

V 690

• 6BK1700-3BA80-0AA0 V 1 000

Rated operationalvoltage Ue

V 690

Rated impulse withstand voltage Uimp

• 6BK1700-3BA60-0AA0, 6BK1700-3BA70-0AA0

kV 6

• 6BK1700-3BA80-0AA0 kV 8


Type of current • Three-phase (grounded with-out DCM decoupling module, otherwise with DCM decou-pling module)

• Single-phase AC (with DCM decoupling module)

Short-circuit protection Additional short-circuit protec-tion is required in the main cir-cuit

Current measuring accuracy Within the measuring range ±3 %

Typical voltage measuring range

• Interlinked voltage/line-to-line voltage

V 110 ... 690 (only the phase voltages are available in the system as measured values)

• Phase voltage V 65 ... 400

Accuracy of the voltage measure-ment in the range 230 … 400 V

% ±3 typical

Voltage measurement in ungrounded systems or in sys-tems with integrated insulation measurement or insulation moni-toring

In these networks the IM cur-rent measuring module or UM current/voltage measuring module can be used only with a DCM decoupling module.

Supply lines for voltage measurement

Additional protection may need to be provided in the supply lines for voltage measurement.

Feed-through openingDiameter of opening

• 6BK1700-3BA60-0AA0 mm 7.5

• 6BK1700-3BA70-0AA0 mm 14.0

• 6BK1700-3BA80-0AA0 mm 25.0

Current measuring

rangeOperating frequencyRated value

Operational voltage DT Order No. Price per PU

PU(UNIT,

SET, M)

PS* PG

At 50 HzAt ACRated value

At 60 HzAt ACRated value

Start value

Full-scale value

Minimum Max. Minimum Max. Minimum Max.

A A Hz Hz V V V V

UM current/voltage measuring module 2.4 25 50 60 110 690 110 690 C 6BK1 700-3BA60-0AA0 1 1 unit 478

10 100 50 60 110 690 110 690 C 6BK1 700-3BA70-0AA0 1 1 unit 478

20 200 50 60 110 690 110 690 C 6BK1 700-3BA80-0AA0 1 1 unit 478


© Siemens AG 2012


DCM decoupling modules



15

■ Overview

DCM decoupling module

A DCM decoupling module must be used:• When using a UM current/voltage measuring module when the

network is not grounded.• When using an IM current measuring module or a UM cur-

rent/voltage measuring module when the maximum power consumption of the system bus has been reached.

If a mixed configuration of TM temperature module, DM digital module and IM current measuring module or UM current/voltage measuring module is planned, you must first check whether a DCM decoupling module is required.

If

(quantity (TM) * 2 + quantity (DM) * 1 + quantity (IM or UM) * 4) > 14,

then a DCM decoupling module will be needed.

For example calculation see "System Manual for SIPLUS HCS300I".

Note:

For this equation, each module type is weighted with a specific current factor:

■ Benefits

• Electrical separation of the UM current/voltage measuring module from the preceding expansion modules or a basic unit

• Power supply for an IM current measuring module or a UM current/voltage measuring module when the maximum power consumption of the system bus has been reached.



Module Current factorTM temperature module 2DM digital module 1IM current measuring modules, UM current/voltage measuring modules

4

EnclosuresMounting Snap-on mounting onto

TH 35 standard mounting rail according to IEC 60715 or screw mounting with additional push-in lugs

Display

• Status LED "Ready" Continuous light: "Ready"

System interfaces

• Interface on left For expansion modules (basic unit, DM digital module or TM temperature module)

• Interface on right For IM current measuring modules or UM current/voltage measuring modules

ConnectionsTightening torques Nm 0.8 … 1.2


• Solid mm2

mm21 x (0.5 ... 4.0)2 x (0.5 ... 2.5)


mm21 x (0.5 ... 2.5)2 x (0.5 ... 1.5)

Interface version DT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

DCM decoupling module

System interface C 6BK1 700-4BA40-0AA0 1 1 unit 478


© Siemens AG 2012


15/91Siemens IC 10 · 2012

TCP 3000 temperature control software (optional)

15

■ Overview

TCP 3000 temperature control software

In order to control SIPLUS HCS300I from the higher automation level, a suitable automation system such as a programmable controller (PLC) is required. Together with the TCP 3000 temper-ature control software the result is a powerful automation solution for controlling heating or cooling devices.

The following licenses can be purchased optionally for the tem-perature controlling software TCP 3000:• Initial license TCP 3000

Type A4027462-A0443• Runtime license TCP 3000

Type A4027462-A0444


For more information, please contact your Siemens sales office.


© Siemens AG 2012

Electrical Charging ComponentsComponents for Electric Vehicle Charging Stations

General data

15/92 Siemens IC 10 · 2012

15

■ Overview

The SIPLUS Electrical Charging Components (ECC) range cov-ers products for the charging of batteries for various applica-tions, e.g. charging controllers for the installation of an electric vehicle charging infrastructure.

Charging controllers and function units for electric vehicle charging solutions

The success of electric vehicles (EVs) depends on the availabil-ity of a reliable charging infrastructure!

SIPLUS ECC offers specific components for EV charging solu-tions which supplement the tried-and-tested Siemens industrial automation and control portfolio. In addition, SIPLUS ECC com-prises prefabricated function units for the installation of reliable and standards-conform electric vehicle charging stations.

The SIPLUS ECC portfolio:• Charging controllers

(according to IEC 61851 charging mode type 3)• Preassembled, tested and ready-to-fit function units


For more information see www.siemens.com/siplus-ecc.

■ Overview

SIPLUS ECC1000 and ECC2000 charging controllers

The charging controller is the central component in electric ve-hicle charging stations. SIPLUS ECC charging controllers com-ply with the charging standard IEC 61851 Mode 3.

They perform the following functions:• Transferring the maximum charging current from the charging

station to the electric vehicle• Detecting the charging cable and its reliable current carrying

capacity• Safety functions • Evaluating the status signals from the electric vehicle• Controlling the load tap-off• Signaling the charging states by means of LEDs

SIPLUS ECC charging controllers are available in various ver-sions:

CM-100

Compact, low-cost charging controller for home charging appli-cations. The versions available cover all the charging currents defined in IEC/EN 61851.

Charging system with SIPLUS ECC1000

SIPLUS ECC1000 and ECC2000 charging controllers

3 AC

RCCB

SIPLUSECC1000CM-100

SIRIUSmotor protector

SIRIUSpower contactor

IC03_00927


© Siemens AG 2012


15/93Siemens IC 10 · 2012

SIPLUS ECC1000 and ECC2000charging controllers

15

CM-230 standalone version

This charging controller with Ethernet connection is used for home and public charging applications.

The controller's parameters can be changed and current infor-mation about the state of the charging operation viewed through the web interface.

CM-230 managed version

This charging controller with Ethernet connection is used for complex public charging applications. The controller is typically used as a separate I/O module in combination with other charg-ing controllers which are integrated through Ethernet in a higher-level control system. The managed version offers greater flexibil-ity for the system integrator/operating company, e.g. individual controlling of free I/O modules.

A function block (FB) is available for linking to SIMATIC control-lers.

Charging system with SIPLUS ECC2000 (stand-alone version)

Multiple charging system with SIPLUS ECC2000 (managed version)


3 AC

Ethernet

RCCB

SIPLUSECC2000CM-230


Evaluation/diagnostics and, if applicable, parameterization via web server


IC03_00928

RCCB

SIMATIC S7 Controller

SCALANCE X Ethernet switch



RC Circuit breaker (RCCB)

SIRIUSmotor starter

protector

SIRIUSpower

contactor

Ethernet

IC03_00929

3 AC

SIPLUSECC2000CM-230

SIPLUS HMI

SIPLUSECC2000

CM-230

3 AC

Version SIPLUS ECC1000 (CM-100) SIPLUS ECC2000 (CM-230)

DC version AC version Managed version Standalone version

Type 5TT3 200-2KK30 5TT3200-1KK20, 5TT3200-2KK20, 5TT3200-3KK20, 5TT3200-4KK20, 5TT3200-6KK20

6FE1021-3CM10-1AA0 6FE1021-3CM10-2AA0

Applications Simple AC charging systems

Simple AC charging systems

Complex AC charging systems

Complex AC charging systems

Supported charging standard IEC/EN 61851 Mode 3 IEC/EN 61851 Mode 3 IEC/EN 61851 Mode 3 IEC/EN 61851 Mode 3

Communications No No Ethernet Ethernet

Load management support

No No Yes Yes

Integrated sensors No No Yes; temperature and humidity

Yes; temperature and humidity

Temperature range in operation

°C -25 … 60 -25 … 60 -25 … 55 -25 … 55

Installation altitude maximum m 2 000 2 000 2 000 2 000

Degree of protection IP20 IP20 IP20 IP20

Pollution degree 3 according to IEC/EN 61010-1

3 according to IEC/EN 61010-1



Type of mounting TH 35 standard mounting rail acc. to IEC 60715

TH 35 standard mounting rail acc. to IEC 60715



Plug-in terminals Yes Yes Yes Yes

Electrical safety IEC/EN 61010-1 IEC/EN 61010-1 IEC/EN 61010-1 IEC/EN 61010-1

Dimensions (H x W x D) mm 72 x 91 x 71 72 x 91 x 71 91 x 105 x 71 91 x 105 x 71


© Siemens AG 2012

Electrical Charging ComponentsComponents for Electric Vehicle Charging StationsSIPLUS ECC1000 and ECC2000 charging controllers



15



For operating instructions and other technical specifications see

http://support.automation.siemens.com/WW/view/en/46477093/133200.

■ Overview

Function units are pre-wired, tested and ready-to-fit subsystems for electric vehicle charging stations. The function units com-prise not only the charging controller but also the complete power tap-off with RCCB, circuit breaker and load contactor. Other components are also included in the function units ac-cording to the intended application, e.g. electric heaters to ex-tend the permissible temperature range, controllers for the charging plug interlock, and calibrated power meters. Switch disconnectors and terminal strip connections enable easy com-missioning and reduce the amount of work during servicing calls.

SIPLUS ECC8000 SYS-101A function unit



Version Control supply voltage Charging current DT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

V A

SIPLUS ECC1000 (CM-100) charging controllers AC 110 ... 230 AC 13 A 5TT3200-1KK20 1 1 unit 050

16 A 5TT3200-2KK20 1 1 unit 050

20 A 5TT3200-3KK20 1 1 unit 050

32 A 5TT3200-4KK20 1 1 unit 050

13 / 32 A 5TT3200-6KK20 1 1 unit 050

DC 24 DC 16 A 5TT3200-2KK30 1 1 unit 050

SIPLUS ECC2000 (CM-230) charging controllers acc. to IEC 61851 with Ethernet connection

Managed 24 DC 6 … 80(adjustable through web interface)

X 6FE1021-3CM10-1AA0 1 1 unit 477

Standalone 24 DC X 6FE1021-3CM10-2AA0 1 1 unit 477

SIPLUS ECC8000 prefabricated function units


© Siemens AG 2012


SIPLUS ECC8000 prefabricated function units


15

■ Benefits

The prefabricated and certified function units enable the quick installation of standards-conform charging stations for system integrators.

Customer-specific adaptations are possible (on request).




For operating instructions and other technical specifications see

http://support.automation.siemens.com/WW/view/en/46477093/130000.

Version SIPLUS ECC8000

SYS-101A SYS-102A SYS-202A

Type 6FE1086-0SY00-0AA0 6FE1086-0SY00-1AA0 6FE1086-3SY00-0AA0

Applications Home charging suitable for installation in ALPHA box 8GM1040-3KK30

Home charging and simple charging post

Charging posts for public applications

Supported charging standard IEC/EN 61851, Mode 3 IEC/EN 61851, Mode 3 IEC/EN 61851, Mode 3

Suitability of use for network form TNS TNS TNS

Communications No No Ethernet

Load management support No No Yes

Number of charging tap-offs 1 1 2

Charging current A 16 13 / 32(automatic switchover)

32 each

RCCB type 1 x type A; short-time delay 1 x type A; short-time delay 2 x type A; short-time delay

Charging plug interlock control No Yes Yes

Energy counters No Yes; 1 x PAC1500(calibratable with display)

Yes; 2 x PAC1500(calibratable with display)

Integrated heating No No Yes

Overvoltage category 2 2 2

Ambient temperature during operation °C -20 … 45 -5 ... 45 -5 … 45

Maximum installation altitude m 1 000 1 000 1 000

Degree of protection IP00 IP00 IP00

Dimensions (H x W x D) mm 370 x 230 x 150 900 x 240 x 200 900 x 240 x 270

Control supply voltage Charging current DT Order No. Price

per PUPU

(UNIT,SET, M)

PS* PG

V A

SIPLUS ECC8000 SYS-101A AC 400 ± 10 % 16 X 6FE1086-0SY00-0AA0 1 1 unit 477

SYS-102A 13 / 32(automatic switchover)

X 6FE1086-0SY00-1AA0 1 1 unit 477

SYS-202A 2 x 32 X 6FE1086-3SY00-0AA0 1 1 unit 477


© Siemens AG 2012

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