USER MANUAL ATEQ EP2P Version 1• method / control training, • maintenance / upkeep training.! A...

0105/UM-39301C-U

USER MANUALATEQ EP2PVersion 1.21

In accordance with directives

This document is the exclusive property of ATEQ.It cannot be communicated, reproduced, or used without prior permission.

REVISION OF THE EP2PUSER MANUAL version 1.21

Edition/Revision Reference Chapters updated

First edition 0105/UM-39301C-U -

Recommendations for electrical testingintruments

Rel-U/0048

Preventive measures for high voltage As the voltage of the test can reach 5 kV, a risk of electric shock has to be taken into account.ATEQ recommends the following for the operators protection :

• the use of a bi-manual remotecontrôle with a coincidence relay,

• the clear delimitation of the safetyzone (floor marking, warninglight…) around the test area or theuse of a protection bell over the testpart.

Precautions on the test environnement • Let the test area dry and clean, free from explosive gaz.

Precautions on the operators • ATEQ recommends that the operators using the instruments should have a suitable

qualification and training with respect to the work bench requirements.

General precautions • Read the users manual before using

the instrument, • all electrical connections coming to

the instrument must be equippedwith a safety system (fuse, cicruitbreaker…) adapted to the needs andadhering to the norms,

• to avoid electromagneticinterferences, the cable connectionsto the instrument should be lessthan two meters in lenght,

• the electrical main supply mustabsolutely have proper earthing,

• disconnect the electrical

connections to the equipment formaintenance,

• do not open the instrument under

power voltage, • avoid water spillage in the direction

of the instrument, • ATEQ is at your disposal for any

further information concerning theuse of the instrument undermaximum safety conditions.

We would like to bring to your attention that ATEQ will not be held responsiblefor any accident connected to the improper use of the instrument, to the workbench or to the lack of compliance with safety rules.

ATEQ Company is free from any responsibility for any adjustment of itsinstrument which would not have been done by its own technicians.

SAV-U/0036

ATEQ, THE ASSURANCE OF A COMPETENT AFTER SALESSERVICE

! THE ATEQ AFTER SALES SERVICE IS :• a team of qualified technicians,• a permanent telephone assistance,• agencies close to you for faster reaction,• a stock of spare parts available immediately,• a car fleet for rapid intervention,• a commitment to quality ...

ATEQ IS COMMITTED TO REPAIRING INSTRUMENTSWITHIN 48 HOURS IN ITS OFFICES

(24 HOURS ON DEMAND)

! THE OVERHAULATEQ carries out the overhaul of your instruments at interesting prices.The overhaul corresponds to the maintenance of the instrument (checking, cleaning, replacing of used parts) as partof preventive maintenance.Preventive maintenance is the best way to guarantee reliability and efficiency. It allows the maintenance of a group ofinstruments in good operational order and prevent eventual break-downs.

! MAINTENANCE KITSThe ATEQ After Sales Service proposes, two kits destined for the preventive maintenance of the pneumatic circuits ofinstruments.

! CALIBRATIONThis may be carried out on site or in our offices. ATEQ is attached to the COFRAC and delivers a certificate following a calibration.

! TRAINING COURSESIn the framework of partnership with our customers, ATEQ offers two types of training in order to optimise the usageand knowledge of our instruments. They are aimed at different levels of technician:

• method / control training,• maintenance / upkeep training.

! A TARGETED TECHNICAL DOCUMENTATIONA number of technical documents are at your disposal to allow you to intervene rapidly in the event minor breakdowns:

• problem sheets describing and offering solutions to the main pneumatic and electronic problems,• several maintenance manuals.

! A QUALITY GUARANTEEThe instruments are guaranteed for parts and labour in our offices:

• 2 years for leak detection equipment,• 1 year for electrical tests to norms instruments,• 1 year for the accessories.

Our After Sales Service is capable of rapidly answering all your needs and queries.

PREF-U/0039

PREFACE

Dear Customer,

You have just purchased an ATEQ instrument, we thank you for the trust you have placed onour brand. This instrument has been designed to ensure a long and unparalleled life expectancy,and we are convinced that it will give you complete satisfaction during many long years ofoperation.

In order to maximise the life expectancy and reliability of your ATEQ instrument, werecommend that you install this instrument on a secured workbench and advise you to consultthis manual in order to familiarise yourself with the functions and capabilities of the instrument.

Your ATEQ SAV (After Sales Service) centre can give you recommendations based on yourspecific operation requirements.

ATEQ

Table of contents

0105/UM-39301C-U User manual ATEQ EP2P Page 1/76

CONTENTS TABLE

INTRODUCTION 5

1. TESTING PRINCIPLE .................................................................................................................................... 51.1. Ground Continuity .......................................................................................................... 51.2. Dielectric strength, static ................................................................................................ 51.3. Dielectric strength, dynamic ........................................................................................... 51.4. Insulation resistance........................................................................................................ 51.5. Power .............................................................................................................................. 5

2. DEFINITION AND PRINCIPLE OF ATEQ EP2P ....................................................................................... 6

Chapter 1 INSTALLATION OF THE ATEQ EP2P

1. LAYOUT OF THE REAR PANEL ................................................................................................................. 91.1. High voltage output connectors ...................................................................................... 91.2. Earthing of earth continuity connectors.......................................................................... 91.3. Connector to test power / current.................................................................................. 101.4. Main Power Connector ................................................................................................ 101.5. Cable inlet ..................................................................................................................... 10

2. CONNECTION EXAMPLES ........................................................................................................................ 112.1. Earth continuity test, dielectric strength, and Insulation resistance.............................. 112.2. Power / current Test ...................................................................................................... 122.3. Test for earth continuity, static dielectric strengh and power/current .......................... 132.4. Test for earth continuity, dynamic dielectric strengh and power/current ..................... 14

3. PLC/ATEQ INTERFACES............................................................................................................................ 153.1. On/off output (T.O.R.) .................................................................................................. 153.2. Asynchronous Serial link.............................................................................................. 163.3. Output supply of 24 v for external usage...................................................................... 163.4. On/off output (T.O.R.) .................................................................................................. 163.5. Serial Link RS 232 or RS 485 ...................................................................................... 173.6. Alternate serial link....................................................................................................... 173.7. 1.6 A Fuse ..................................................................................................................... 183.8. Rotary switch ................................................................................................................ 18

4. ELECTRICAL SUPPLY ................................................................................................................................ 195. INPUT/OUTPUT TIMING CHART ............................................................................................................. 20

5.1. End of cycle « STOP ».................................................................................................. 215.2. End of cycle « automatic RESET » ............................................................................. 22

Table of contents


Chapter 2 USER INTERFACES

1. THE ATEQ EP2P IN ITS CASE ................................................................................................................... 232. LAYOUT OF THE FRONT PANEL............................................................................................................. 243. SCHEMATIC FLOW CHART FOR USING THE KEYS.......................................................................... 254. FUNCTIONS OF THE KEYS AND DISPLAYS.......................................................................................... 26

4.1. Displays ........................................................................................................................ 264.1.1. Left displays................................................................................................................................... 264.1.2. Right displays................................................................................................................................. 27

4.2. Indicators ...................................................................................................................... 274.3. The keys........................................................................................................................ 28

4.3.1. Voltage / Current............................................................................................................................ 284.3.2. Percentage of the indicated voltage................................................................................................ 284.3.3. Rise time ........................................................................................................................................ 284.3.4. Stabilisation time and test time ...................................................................................................... 294.3.5. Fall time ......................................................................................................................................... 294.3.6. Maximum and minimum reject level ............................................................................................. 294.3.7. Function ......................................................................................................................................... 304.3.8. Test................................................................................................................................................. 314.3.9. Cursor key !.................................................................................................................................. 314.3.10. Cursor key "................................................................................................................................ 314.3.11. Reset key (Red key) ..................................................................................................................... 314.3.12. Start cycle key (Green key) .......................................................................................................... 324.3.13. CYCLE / RUN ACCESS switch.................................................................................................. 324.3.14. On/Off Switch .............................................................................................................................. 32

Chapter 3 STARTING THE EQUIPMENT – SETTINGS - TESTS

1. SWITCH ON THE EQUIPMENT................................................................................................................. 332. USING THE KEYS ......................................................................................................................................... 333. ENTER THE PARAMETERS....................................................................................................................... 34

3.1. Principle ........................................................................................................................ 343.2. Method .......................................................................................................................... 35

3.2.1. Reset to zero all the sequences....................................................................................................... 353.2.2. Selection of a sequence .................................................................................................................. 353.2.3. Selection of a step .......................................................................................................................... 353.2.4. Selection of type............................................................................................................................. 353.2.5. Programming an earth continuity test ............................................................................................ 363.2.6. Programming a dielectric strength test ........................................................................................... 373.2.7. Programming an insulation resistance test ..................................................................................... 383.2.8. Programming of the test to measure the power (current) ............................................................... 393.2.9. Validation of parameters ................................................................................................................ 40

4. TEST CYCLE.................................................................................................................................................. 414.1. Starting the test cycle .................................................................................................... 41

4.1.1. Displays.......................................................................................................................................... 414.1.2. Earth continuity cycle .................................................................................................................... 424.1.3. Dielectric strength cycle................................................................................................................. 424.1.4. Insulation resistance cycle.............................................................................................................. 42

4.2. Cycle to test the power, current or phase shift angle .................................................... 42

Table of contents


Chapter 4 FUNCTIONS OF THE ATEQ EP2P

1. CHAINING FUNCTION................................................................................................................................ 432. STEP BY STEP FUNCTION ......................................................................................................................... 443. COM MODE.................................................................................................................................................... 454. FUNCTION STAT 2 ....................................................................................................................................... 475. FRAME FUNCTION ...................................................................................................................................... 486. COLOUR ......................................................................................................................................................... 507. FUNCTION OF THE DATE AND TIME RECORDER............................................................................. 518. START TEST DELAY TIME MODE........................................................................................................... 529. COUNTER MODE.......................................................................................................................................... 5310. ROTARY SWITCH FUNCTION ................................................................................................................ 5411. FUNCTION KEY .......................................................................................................................................... 5512. OFFSET EARTH CONTINUITY FUNCTION ......................................................................................... 5613. STARTING THE EARTH CONTINUITY (OR GROUND) MODE ....................................................... 5714. CORRECTION OF THE POWER / CURRENT TEST MODE .............................................................. 5815. PEAK VALUE MODE.................................................................................................................................. 5916. AMPERE MODE .......................................................................................................................................... 5917. PHASE SHIFT ANGLE MODE .................................................................................................................. 60

Chapter 5 ACCESSORIES OF THE ATEQ EP2P

1. REMOTE CONTROL .................................................................................................................................... 611.1. Connections to the equipment....................................................................................... 62

2. SAVE MODULE ............................................................................................................................................. 633. GROUND CONTINUITY PROBE................................................................................................................ 644. DIELECTRIC INSULATION CALIBRATION CHECK BOX................................................................. 655. EARTH CONTINUITY CALIBRATION CHECK BOX ........................................................................... 66

Chapter 6 MESSAGES DISPLAYED

1. RESULT INDICATOR................................................................................................................................... 672. PRINTING THE RESULTS........................................................................................................................... 67

2.1. Specifications of the default values of the serial link ................................................... 672.2. Results frame ................................................................................................................ 68

3. CURRENT MESSAGES................................................................................................................................. 694. ERROR MESSAGES...................................................................................................................................... 69

Table of contents


APPENDICES INTERNAL CONNECTIONS OF THE EQUIPMENT

1. LAYOUT OF THE PANEL INSIDE THE DOOR....................................................................................... 712. ANALOG INPUTS & OUTPUTS.................................................................................................................. 72

2.1. Analog output (voltage) insulation resistance .............................................................. 722.2. Analog output converter ............................................................................................... 722.3. Analog input (voltage) EARTH continuity / dielectric / power / insulation resistance 722.4. Analog input (current) EARTH continuity / dielectric / power / insulation resistance 722.5. Analog input phase angle.............................................................................................. 732.6. Analog input gain used for the insulation resistance testing ........................................ 732.7. Spare analog input J7.................................................................................................... 732.8. Spare analog input J8.................................................................................................... 73

3. OTHER CONNECTORS................................................................................................................................ 743.1. Power output (selection of the boards) ......................................................................... 743.2. Power outputs ............................................................................................................... 753.3. Connexion of keyboard on the panel ............................................................................ 753.4. Input switch................................................................................................................... 763.5. Front panel key ............................................................................................................. 763.6. Power switch................................................................................................................. 76

Introduction


INTRODUCTION

1. TESTING PRINCIPLE

1.1. GROUND CONTINUITY

N

Ph

measuring

Current generatorfrom 5 to 30 A12 V AC maxi

1.2. DIELECTRIC STRENGTH, STATIC

HT 200 4 000 V AC NPh

1.3. DIELECTRIC STRENGTH, DYNAMIC

U U x 1,06

HT200 to 4000 V AC

Ph

N

1.4. INSULATION RESISTANCE

HT 500 V DCNPh

1.5. POWER

V/ϕ

A

U

Ph

N

Introduction


2. DEFINITION AND PRINCIPLE OF ATEQ EP2P

ATEQ EP2P is equipment intended for checking the safety standards of single phase electricalequipment.The equipment allows 1, 2 or 3 of the following tests to be carried out :the combined insulation resistance test and power test is impossible.X = value measured

TESTS RANGE PRECISION RESOLUTION

Dielectricstrength

AC orDC

Test voltage

Test current

Circuit breakingcurrent

500 - 4 000 V AC

500 - 5 000 V DC0 - 30 mA AC

0 - 3 mA DC

Depending on full scale.

+/-(10 V + 0,01 X)

+/-(10 V + 0,01 X)+/-(0,05 mA + 0,01 X)

+/-(0,02 mA + 0,01 X)

10 V

10 V0,1 mA

0,01 mA

GroundContinuity

Test current

Resistance

5 - 30 A

0 -275 mΩ (25 A)

+/-(0,05 A + 0,025 X)

+/-(2,5 mΩ + 0,01 X)

0,1 A

1 mΩ

InsulationResistance

Test voltageResistance

50 to 1 000 V DC1 MΩ to 2 GΩ

If U < 100 V or T < 1 s then :

⇒ 1 MΩ to 1 GΩ

⇒ 1 GΩ to 2 GΩ

If U > 100 V and T > 1 s then :

⇒ 1 MΩ to 1 GΩ

⇒ 1 GΩ to 2 GΩ

+/-(1 V + 0,01 X)

+/- (0,03MΩ +0,03X)

+/-(10 MΩ + 0,05 X)

+/-(0,1 MΩ + 0,01 X)

+/-(10 MΩ + 0,05 X)

1 V

0,1 MΩ / 1 MΩ

10 MΩ

0,1 MΩ / 1 MΩ

10 MΩ

Powermeasurement

Voltage test

Current test

Power test

Phase shift angletest

45 to 270 V AC single phase(50/60Hz)

10 mA to 20 A⇒ 10 mA - 2 A⇒ 2 A – 20 A

0 to 4,6 kW (230 V)

- 90 ° to + 90 °

+/-(0,2 V + 0,01 X)

+/-(5 mA + 0,02 X)+/-(0,02 A + 0,01 X)

+/-(1° + 0,01 X)

1 V

1 mA0,01 A

1/10 W to 1/10 kW

1°

Introduction


Default Values

Max/Min Cut offVoltageCurrent

Rise timeStabilisation time

Test timeFall time

Maxi cut offMini cut off

DielectricStrength AC

5%1 250 V

0,5 s0 s2 s

0,5 s5 mA1 mA

GroundContinuity

25 A0,3 s

1 s

100 mΩ0 mΩ

InsulationResistance

5%500 V

1 s0,5 s

2 MΩ

Power meas.

10%230 V

0,1 s1 s

1000 W500 W

ATEQ EP2P allows the carrying out of from 1 to 16 sequences.

Each sequence can contain from 1 to 8 steps.

Each step is the type of test to be done.

All these functions can be chained automatically using the chaining function (ref. chainingfunction).

SEQUENCE

LEVEL

01

02

03

04

05

06

07

08

16

(Level #)

0102

( Test Type )

(Level #)

04

(Test Type)

(Test Type)

(Level #)

(Level #)

(Level #)

(Level #)

(Level #)

(Level #)

(Level #)

KEYS

03 (Test Type)

TYPE_

I

E

Nothing

Insulation

DC dielectric

Ground continuity__d AC dielectric

PowerP

0

0

+ - kV

A

0

0

+ - kV

A

kVA

0

0

+ - kV

A

0

0

+ - kV

A

0506

(Test Type)

08

(Test Type)

(Test Type)

07 (Test Type)

TYPE_

I

E

Nothing

Insulation

DC dielectric

Ground continuity__d AC dielectric

PowerP

Introduction


Type of test :

• EEEE : ground (or Earth) continuity test < 12 V AC without load, 30 A maximum

• ==== : dielectric strength DC 200 to 5 000 V DC

• : dielectric strength AC 200 à 4 000 V AC

• : insulation resistance

• PPPP : test to measure power

Programming :By the keypad on the front panel or by downloading (Mode Jbus)

• High Voltage indication (RD / IR)

• Cut off test voltage (RD / IR / Power)

• Current Indication (ground continuity)

• Rise time

• Stabilisation time

• Test time

• Fall time

• Maxi / mini reject level cut off

• Functions

Chapter 1 Installation of the ATEQ EP2P


Chapter 1INSTALLATION OF THE ATEQ EP2P

1. LAYOUT OF THE REAR PANEL

CAUTION

MAINS TO BE DISCONNECTED

PRIORTO CABLING

I/O'S

STATIONGROUND

CAUTIONHIGH VOLTAGE

1.1. HIGH VOLTAGE OUTPUT CONNECTORS

Ground

1 High voltage output connectors2 Earthing for the high voltage test (this terminal must have a connection to the factory earth)

1.2. EARTHING OF EARTH CONTINUITY CONNECTORS

Earth continuity output

24 V Probe buzzer power supp

Probe current generator

Return measurement

Return current generator

Start cycle

Probe (measurement)

+_



1.3. CONNECTOR TO TEST POWER / CURRENT

PhaseNeutral

Test parts' power supply for the power test

PhaseNeutralEarth

PhaseNeutral

Parts to be tested output

Secondary wiring of the isolation transformer for dynamic dielectric strengh

Note : the cable used on the secondary winding of the isolation transformer must be capableof supporting high voltage and high current (up to 20 A) for the power measurement.

1.4. MAIN POWER CONNECTOR

Blue wire = NeutralBrown wire = PhaseGreen/Yellow wire = earth

A main wire is supplied with the equipment

1.5. CABLE INLET

J8

90 - 260 V AC50 / 60 Hz



2. CONNECTION EXAMPLES

2.1. EARTH CONTINUITY TEST, DIELECTRIC STRENGTH, AND INSULATION RESISTANCE

GndNPh

(10/15 kV)∅ 1mm 2

∅ 1mm 2

∅ 4mm 2

∅ 1mm 2

∅ 1mm 2



2.2. POWER / CURRENT TEST

∅ 3mm2

N Ph

Gnd

N Ph

∅ 3mm 2

∅ 3mm22 standard wires

Ground wire

Ground

2 HV wire + power

ElectricalNetwork



2.3. TEST FOR EARTH CONTINUITY, STATIC DIELECTRIC STRENGH AND

POWER/CURRENT

∅ 1mm2

∅ 1mm2

N Ph

GndN Ph

∅ 3mm 2

∅ 4mm2 et 1mm2

∅ 3mm²

Ground wireGroundsecurity

Ground wire

Standard wire

2 standard wire

ElectricalNetwork

2 HV wires + power



2.4. TEST FOR EARTH CONTINUITY, DYNAMIC DIELECTRIC STRENGH AND

POWER/CURRENT

Ground security

∅

∅ 1mm2

N Ph

Electrical network

GndN Ph

∅ 3mm 2

∅ 4mm2 et 1mm2

∅ 3mm2

∅ 1mm2

∅ 3mm2

1mm2



3. PLC/ATEQ INTERFACES

RC1

J20

J12

J13

J9 J10

J14

J1 J2 J3 J4 J5 J6 J7 J8

Cla

vier

/ K

eybo

ard

J11

J19J15J16

J17 J18

F1

Inside view of the door

3.1. ON/OFF OUTPUT (T.O.R.)

The cycle results can be read on the front fascia via the luminous indicators and electronicdisplays. The corresponding electrical dialog take place inside the device on the J15connector. The informations « Pass » « Fail » etc ... given by the ATEQ EP2P are ofmaintained contact form.



These outputs can be used under a maximum of 110 V ~/ 500 mA.

Gmov Output

Relay

1 2 : output for Pass3 4 : output for Fail(min, max and alarms)5 6 : output for Fail in earth continuity7 8 : output for Fail in AC/DC Dielectric strength9 10 : output for Fail in Power / current / angle

11 12 : output end of cycle (depends on the position of the rotary switch RC1)13 14 : output for Fail in insulation resistance15 16 : output Busy

3.2. ASYNCHRONOUS SERIAL LINK

1 + 24 V2 Bus ATEQ3 Bus ATEQ4 Gnd.

3.3. OUTPUT SUPPLY OF 24 V FOR EXTERNAL USAGE

24 V user output. Maximum current 0.4 A (400 mA)1 0 V2 + 24 V

3.4. ON/OFF OUTPUT (T.O.R.)

The electrical interaction corresponding with the frontpanel is done inside the equipment on the J18 connectors.

The inputs and the outputs are according to the CNOMO standards, switched by the leading

edge of a 24v signal / 20 mA or 110/220 volts ~ / 20 mA.

J15

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

J16

1 2 3 4

J17

1 2

J18

1 2 3 4 5 6 7 8 9



Electrical drawings of the inputs and outputs :

Gmov

Led

Resistance

Opto-coupling

InputCNOMO

Common 0v

1 R.A.Z. Reset to zero

2 Start cycle

3 Decreasing the sequence no. by pulsing

4 Increasing the sequence no. by pulsing

5 Selection of the sequences through volt-free contact (binary weight 1)




9 Common in AC or 0 V in DC

Sequence no.___________Binary Weight

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 12 0 0 1 1 0 0 1 1 0 0 1 1 0 0 1 14 0 0 0 0 1 1 1 1 0 0 0 0 1 1 1 18 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1

3.5. SERIAL LINK RS 232 OR RS 485

RS 232 RS 485⇓ ⇓

1 Gnd ⇓ ⇓2 RXD receive 2 RXD ⇓3 TXD send 3 TXD ⇓4 RTS asking for send ⇓5 Gnd 5 Gnd 5 Gnd6 DIFFA 6 DIFFA7 RTS8 CTS authorising send9 DIFFB 9 DIFFB

J19

1 2 3 4 5 6 7 8 9



3.6. ALTERNATE SERIAL LINK

1 TXD2 VCC3 RXD4 Gnd

3.7. 1.6 A FUSE

F1

3.8. ROTARY SWITCH

The functioning of the equipment is connected to the position of the rotary switch«hardware» which is on the CPU.

Default position : 4

0 / 2 / 8 /A End of continuous cycle & stop if Fail1 / 3 / 9 / B End of pulsed cycle & stop if Fail4 / 6 / C / E End of continuous cycle & automatic reset

5 / 7 / D End of pulsed cycle & automatic resetF Position reserved for calibration

Note : pulse duration at End of Cycle signal is 500 ms.

J20 1 2

3 4

RC1



4. ELECTRICAL SUPPLY

The electrical supply is done by the 3-pin connector located below the equipment. Theequipment can be supplied with a voltage between 90 and 260 V

J8

90 - 260 V AC50 / 60 Hz

Blue wire = NeutralBrown wire = PhaseGreen/yellow wire =earth

A main wire is supplied with the equipment.



5. INPUT/OUTPUT TIMING CHART

In order to interface the ATEQ EP2P with the equipment (PLC, PC …), the following timingchart shows the sequencing of the electrical outputs (relay board on Connector J15) inaccordance with the input/output commands on front panel or on the Connector J18 (START,RESET and sequence number selection).The timing proposed depends directly on the rotary switch position; this allows selection ofthe 2 end of cycles: automatic RESET or STOP.

KeysW Waiting Period (TRDT)R Rise timeS Stabilisation timeT Test timeF Fall timeSTART Press on the key on the front panel or contact between pins 2 and 9 on the

connector J18RESET Press on the key on the front panel or contact between pins 1 and 9 on

the connector J18Programme Nb Select the sequence number by combination of the binary weight

Pins 5 to 8 of connector J18P or F PASS or FAIL relay on Connector J15EoC End of cycle relay on connector J15@ 500 ms when End of Cycle if reached

The time scale is not respected except for the time indicated which has to be respected.



5.1. END OF CYCLE « STOP »

W R S T F

12.5 ms

20 msmini

500 msmini

@

Ready

Cycle

Prog.nb

START

RES

PASS

FAIL

Busy

EoC

OR

@: 500 ms when End of Cycle is reached

• For safety purposes, the start cycle (START) should be maintained throughout highvoltage tests (dielectric strength, insulation resistance). For all other tests, activating for of20ms (min) is sufficient to start the test.

• Selecting « STOP » or « automatic RESET » end of cycle can be done with the help ofthe rotary switch function (ref. chapter 4 § 10). The configuration of the parameters of thisfunction overrides the position of the hardware component (rotary switch). The hardwarerotary switch allows definition of the nature of the end of cycle signal (maintained orpulsed 500 ms), respectively on the odd and even positions of the rotary switch.



5.2. END OF CYCLE « AUTOMATIC RESET »

A M S T D

12.5 ms

500 msmini

@

Ready

Cycle

Prog.Nb

START

RES

PASS

FAIL

Busy

EoC

OR

@: 500 ms when End of Cycle is reached

• For safety purposes, the start cycle (START) should be maintained throughout the highvoltage tests (dielectric strength, insulation resistance). For all other tests, activating for20ms (min) is sufficient to start the test.

• Selecting « STOP » or « automatic RESET » end of cycle can be done with the help ofthe rotary switch function (ref. chapter 4 § 10) The configuration of the parameters of thisfunction overrides the position of the hardware component (rotary switch). The hardwarerotary switch allows definition of the nature of the end of cycle signal (maintained orpulsed 500 ms), respectively on the odd and even positions of the rotary switch.

Chapter 2 User interfaces


Chapter 2USER INTERFACES

1. THE ATEQ EP2P IN ITS CASE

Dimensions without the stand : height 300 mm, breadth 300 mm, depth 160 mm Weight : 15 kg

EP2P REF. 393.01

TEST

TESTFTEST

DISCONNECT POWERPRIOR TO OPENING

DEBRANCHERL’APPAREIL AVANT

CYCLESEQUENCE STEP TEST

kV V A

EP2P

mΩΩΩΩ/MΩΩΩΩ mA/A W/kW

01

+-

kVA

+ 00 -

4 -

3 -

2 -

1 -

7/8 -

6 -

5 -

POWER SUPPLY CONNECTORCONNECTEUR SECTEUR

ELECTRICAL CABLE BUSHINGPASSAGE DE CABLES

USER EARTHTERRE UTILISATEUR

HV CONNECTORCONNECTEUR HT

POWER MEASUREMENTMESURE DE PUISSANCE

PROTECTIVE EARTHING TERMINALBORNE DE TERRE DE PROTECTION

EARTH CONTINUITY CONNECTORSCONNECTEURS CONTINUITE DE

32

6

1 4

87

5

293 mm

150 mm

120 mm

300 mm

300 mm

160 mm



2. LAYOUT OF THE FRONT PANEL

EP2P REF. 393.01

TEST PARAMETERS

TESTFTEST

DISCONNECT POWERPRIOR TO OPENING

DEBRANCHERL’APPAREIL AVANT

CYCLESEQUENCE STEP TEST

kV

V

A

EP2P

mΩΩΩΩ /MΩΩΩΩ

mA/A

W/kW

01

+-

kVA

+ 00 -

4 -

3 -

2 -

1 -

7/8 -

6 -

5 -

POWER SUPPLY CONNECTORCONNECTEUR SECTEUR

ELECTRICAL CABLE BUSHINGPASSAGE DE CABLES

USER EARTHTERRE UTILISATEUR

HV CONNECTORCONNECTEUR HT

POWER MEASUREMENTMESURE DE PUISSANCE

PROTECTIVE EARTHING TERMINALBORNE DE TERRE DE PROTECTION

EARTH CONTINUITY CONNECTORSCONNECTEURS CONTINUITE DE TERRE

32

6

1 4

87

5

Display window ofthe parameters andtest results

Keys for cycleparameter

Increase/decrease theparameters

Reset to zero /start of cycle

Access/ cyclekey

On/Off SwitchReference andcaracteristics ofthe equipment

Descriptionof the bottomof theequipment

Key to openand closethe box

Calibratingthe testconditions



3. SCHEMATIC FLOW CHART FOR USING THE KEYS

DefinitionAn objet can be : Boolean, description, or numeric value.

If

If

If

If

X

X

X

x x

x

Program orsequencenumber

Object 1 Object 2 Object 3 Object n

BooleanTitle

Object 3with point = active

without point = inactive

So

So

Object 3 Object 3 Object 3 Object 3

Enter parameters(numeric value)

After setting the key in the CYCLE position , the equipment saves the modifications

in the memory.



4. FUNCTIONS OF THE KEYS AND DISPLAYS

4.1. DISPLAYS

4.1.1. Left displays

kV

AV

SEQUENCE Step TEST

DISPLAYS IN ACCESS MODE :

• the sequence to program or programmed

• row in the sequence

• type of test

• target current in amperes ( EC )

• target voltage in volts or kilovolts ( DS / IR )

• cut off voltage ( P )

• percentage of the cut off of the voltage of the test (P / DS / IR )

DISPLAYS IN CYCLE MODE :

• sequence programmed

• row of sequence

• type of test

• target voltage in volts or kilovolts ( RD / RI )

• current for the test in amperes ( CT )

• percentage of the cut off of the voltage of the test (P / RD / RI )

• the correction value of the test (P )



4.1.2. Right displays

W / kWCYCLE

mΩ / ΜΩMA / A

Displays in ACCESS mode :

• rise time

• stabilisation time

• test time

• fall time

• high & low reject level

• different functions of the F key

Displays in CYCLE mode :

• test results of earth continuity in mΩ

• test results of dielectric strength in mA

• test results of insulation resistance in MΩ or GΩ

• test results of current in mA /A or power W / kW

• test results of the phase shift angle in degrees

• value of the correction resistance ( CT )

• error messages

4.2. INDICATORS

Red Indicator+%-

Exceeding the limits for test voltage/current (these limits are

set by the 0

0

+ - key).

Green IndicatorPASS

Red IndicatorFAIL because maximum and minimum limits exceeded set bythe key.

Red Indicator!

Test in process or alarm



4.3. THE KEYS

4.3.1. Voltage / Current

kVA

In ACCESS mode, this key together with , arrows allows calibration :

• the indicated current of the earth continuity (30 A maximum),

• the indicated voltage of the dielectric strength or insulation resistance,

• the indicated voltage of the dielectric strength or insulation resistance.

In CYCLE mode, allows consultation of the parameters :

• target current in earth continuity test,

• the target voltage of the dielectric strength or insulation resistance,

• the target voltage of the dielectric strength or insulation resistance.

4.3.2. Percentage of the indicated voltage

0

0

+ -Associated with , keys helps the calibration of the cut off percentage around the

indicated voltage for dielectric strength in insulation resistance and power/ current +/-1% to 100%.

4.3.3. Rise time

Allows the calibration of rise time on the ramp (RD / RI.)Minimum Time : 0,3 second.Maximum Time : 99,9 seconds.



4.3.4. Stabilisation time and test time

Allows the calibration of stabilisation time of the test voltage.

Minimum Time : 0,0 second.

Maximum Time : 99,9 seconds.

Allows the calibration of test time.

Minimum Time : 0,1 second.

Maximum Time : 99,9 seconds.

Possible to have a infinite test time (calibration less than 0 s).

Note : it is possible for the power test to set an infinite test time (setting less than 0 s).

4.3.5. Fall time

Helps the calibration of fall time on the ramp (RD / RI.).Minimum Time : 0,1 second.Maximum Time : 99,9 seconds.

StabilisationRise Measure FallTime

kV

Consign Test

4.3.6. Maximum and minimum reject level

Allows setting of minimum and maximum reject level. In case of exceeding ordecreasing these values the test will be declared as Fail.



4.3.7. Function

F

In ACCESS mode this key allows access to the following modes :

COM

MBUSIMPression

F

F F F FFF FF

Horo

F

STA2

F

MuLt SgS

MuLtCondition

SgSCondition Dialog with the

statistic software

FrAM

End of test line stepEnd of sequence

line stepChoice of the

print condition

CoLo

Choice of thecolor print conditions

Date and timesetting

tSdt

Waitingtime

COUn

TotalPass partFail part

Res counterPrint counter

rot.s

Reset AutoStop

Loc

LockStart

Passage from one mode to the other is done by repeatedly pressing the F key.

A mode is active if it is followed by a point (Boolean function).

To activate or deactivate a mode press on the start key (green key).

Pressing the RESET key (red key) takes you to the beginning of the menu.

In the earth continuity test the following functions will be added :

F F

OFEL StEc

OffsetValue

Impulsionalstate

In the test to measure power the following functions will be added :

Cor

FF F F

PiC AMP AnGL

Correctionvalue

Measure in mA/A Max/min angle reject level

Peak value

In CYCLE mode this key allows viewing of the following parameters :• offset resistance for the earth continuity test (if the function is activated),• correction voltage for the power test (if the function is activated).



4.3.8. Test

This key allows selection of the type of test (dielectric, earth continuity, insulation resistance,measurement of power /current).

4.3.9. Cursor key !!!!

Function :• increasing the number of sequence / row / type of test,

• increasing the numerical value of the parameter.

4.3.10. Cursor key """"

Function :

• decreasing the number of sequence / row / type of test,

• decreasing the numerical value of the parameter.

4.3.11. Reset key (Red key)

(Red RESET key) with key in ACCESS position :

• allows scrolling through the program menu,

(move from type of test to the row or from row to the N° of sequence)

• key (red key) + et = general reset to zero of all the sequence

keys,

• key (red key) + F reset to zero of the current sequence.

Note : during the reset to zero the confirmation for cancelling will appear on the right displayarranging all the sequence numbers from 16 to 01.

(Red RESET key) with key in CYCLE position :

allows interruption of current cycle and resetting to zero.



4.3.12. Start cycle key (Green key)

with key in ACCESS position :

• allows scrolling through the program menu

(passage from type of test to row to No. of sequence),

• activates and deactivates the different modes of the F key.

with key in CYCLE position :

• starting the test cycle(s).

4.3.13. CYCLE / RUN ACCESS switch

ACCESS position :

• between the test parameters.

CYCLE position :

• confirming the parameters entered,

• viewing the value of the parameters simply by pressing on the chosenparameter key.

4.3.14. On/Off Switch

0

I to put the equipment on / off: O : Off

1 : On

Chapter 3 Starting the equipment – Settings - Tests


Chapter 3STARTING THE EQUIPMENT – SETTINGS - TESTS

1. SWITCH ON THE EQUIPMENT

On switching on the equipment :• the equipment sends its configuration to the serial port,• on starting the equipment for 2 seconds it displays the following message :

kVVA

mΩΩΩΩ / MΩΩΩΩmA / AW / kW

SEQUENCE STEP TEST CYCLE

U X.XX indicates the software version.

Then the equipment transmits its configuration on the J 19 (RS 232) output. In downloadingmode, there is no transmission of the configuration.The equipment then displays the current program.

2. USING THE KEYS

Key in CYCLE position : the equipment is in waiting position.

kVVA



Key in ACCESS position : instrument is in program mode, see chapter 4 "enter the

parameters".

kVVA



Note : if there is an interruption to the power supply the instrument returns to the last program orfunction selected.



3. ENTER THE PARAMETERS

3.1. PRINCIPLE

Validation of parameters

YES

NO

NO

YES

Selection of a SEQUENCE

Selection of ROW

Selection of TYPE

Enter the parameters

Use

Next test

Next sequence



3.2. METHOD

3.2.1. Reset to zero all the sequences

Put the key in ACCESS position.

Press on the key (red key) + and .

Put the key in CYCLE position.

3.2.2. Selection of a sequence

Sélection d'une SEQUENCE

Put the key in ACCESS position. The sequence number flashes in the left display.

Select N° of sequence ( 01 à 16 ) required using keys.

3.2.3. Selection of a step

Sélection d'un RANG

After having selected the sequence.

Press on the key to go to the selection of the step.

The zone STEP on the left display flashes.

Select the step to be programmed using keys.

Note : it is impossible to select step n+1 if the row is not programmed.

3.2.4. Selection of type

Sélection d'un TYPE

Press on the key or on the Test key to select the type of test to enter the parameters.

The zone TYPE of the left display flashes.

Select the type of test ( , , EEEE, ====, PPPP ) present in the instrument in accordance with the

configuration of the instrument) with the help of keys.



• : no test selected

• EEEE : AC earth continuity test < 12 V without load, 30 A maximum

• : AC dielectric strength 200 to 4 000 V AC

• ==== : DC dielectric strength 200 à 5 000 V DC

• : insulation resistance test

• PPPP : test to measure power or current and / or test phase shift angle

3.2.5. Programming an earth continuity test

Press on the kV

A key.

Enter la value of the test current required using the keys (left display).

Press on the key.

Enter the value for stabilisation time for the test using the keys (right display).

Press again on the key then using the keys enter the test time (right display).

Press on the key.

Enter the maximum cut off of the reject level using the keys (right display).

Press again on the then using the keys enter the minimum cut off of the reject level

(right display).

Note : certain options are exclusively for this type of test ( ref. Chapter 4 "Functions of theATEQ EP2P) different modes of the Function key " : Offset mode for earth continuityand start mode for earth continuity).



3.2.6. Programming a dielectric strength test

Press on the kV

A key.

Enter the value of the test voltage required using the keys (left display).

Press on the 0

0

+ - key.

Together with the keys, allows setting of the percentage of monitoring the test voltage from

1% to 100%.1st press on the key, set the upper monitoring limit2nd press, to set the lower limit.

Press on the key.

Enter the rise time using the keys (right display).

Press on the key.

Enter the stabilisation time using the keys (right display).

Press again on the key the using the keys enter the test time (right display ).

Press on the key.

Enter the fall time using the keys (right display).

Press on the key.

Enter the maximum reject level required using the keys (right display).

Press again on the key then using the keys enter the minimum reject level required

(right display).



3.2.7. Programming an insulation resistance test

Press on the kV

A key.

Enter the required voltage value using the (left display).

Press on the 0

0

+ - , together with key, which allows setting of the percentage for monitoring

the test voltage from 1% to 100%.1st press on the key, set the upper monitoring limit,2nd press, to set the lower limit.

Press again on the key then using the enter the test time (right display).


Press on the key.

Enter the fall time using the key (right display).

Press on the key.

Enter the minimum cut off of the reject level using the keys (right display).



3.2.8. Programming of the test to measure the power (current)

Press on the kV

A key.

Enter the value of the test voltage to be monitored using the keys (left display).

Press on the 0

0

+ - , together with key, which allows setting of the percentage for monitoring

the test voltage from 1% to 100%.1st press on the key, set the upper monitoring limit,2nd press, to set the lower limit.

Press on the key.

Enter the stabilisation time using the key (right display).

Press again on the key together with the keys enter the test time (right display ).

Press on the key.


Press again on the key using the key enter the minimum cut off of the reject level

required (right display).

For a reject limit expressed in Watts, the test voltage is linked to the reject limit.

Example : if U = 230 V and Maximum Reject Limit = 4,6 kW,

it is not possible to lower the voltage « U » since the intensity « I » would then be greater than 20A (maximum measurable value).

Note : certain options are especially for this type of test ( ref. Chapter 4 Description of differentmodes if function key : Test Correction Mode, Peak Mode, phase shift angle mode,ampere mode ).



YESNext Test

1st press on the key (red key) the left display flashes and indicates the current no. of step.

Using the key, increase the row number then go back to paragraph 3.2.4.

On pressing for the 2nd time the left display flashes and indicates the number of the current

sequence. Select the new sequence number required ( 01 to 16 ) using the keys, then go back

to paragraph 3.2.3.

NO

Next Test

3.2.9. Validation of parameters

Validation des paramètres

Put the key in CYCLE position.



4. TEST CYCLE

4.1. STARTING THE TEST CYCLE

4.1.1. Displays

Test result display (right display) : the line indicates unit of measurement and the point indicatesthe unit column.

Right Display Unit selected Test


mΩΩΩΩ Earth continuity


MΩΩΩΩ Insulation Resistance


GΩΩΩΩ Insulation Resistance


mΑΑΑΑ Dielectric strength


A Power / Current


W Power / Current


kW Power / Current


degree Phase



4.1.2. Earth continuity cycle

Press on the key (green key) , the instrument is ready for test; the operator takes the earth

continuity probe, positions it on the area to be tested & then pushes it in. The test is done. At theend of the test a signal sounds and a LED glows on the probe indicating to the operator the end oftest.

Example of the test result displaykVVA


SEQUENCE Step TEST CYCLE

4.1.3. Dielectric strength cycle

Press and hold the key (green key) during the cycle.

Example of test result displaykVVA



4.1.4. Insulation resistance cycle

Press and hold the key (green key) during the cycle




4.2. CYCLE TO TEST THE POWER, CURRENT OR PHASE SHIFT ANGLE

Press on the key (green key)




kVVA


Note : it is possible to start the cycle using a remote control ( ref. chapter 5 : accessories and/orchapter 1 : rear panel on/off input (§1.18) and on/off outputs.

Chapter 4 Functions of ATEQ EP2P


Chapter 4FUNCTIONS OF THE ATEQ EP2P

1. CHAINING FUNCTION

The chaining function, common to the sequence, allows the chaining of 8 tests conditionally byusing a NON EXCLUSIVE OR :

the passage to the next test is done if at least one of the conditions selected is filled.

Note : when the chaining function is activated this deactivates the chaining function.

Key in ACCESS position

Press on theFUNCTION key

Mult messagedisplayed ?

Press on START button

Mult messagedisplayed ?

Press on the Up and Down arrowto move the pointer

Press on START to activate ordeactivate

Turn the key to CYCLE positionto validate the parameters

yes

yes

no

no

Press on the down arrow

12345678

CHAINING CONDITIONS1. Good part (default value)2. Reject 1 ; 2 and alarm3. Reject ground continuity4. Reject AC DC dielectric strength5. Reject Power / Current / Angle6. Reserved7. Reject insulation resistance8. Reserved

Right display

Cheker

Activated function

Default value : PASS.

Note : these active conditions correspond to the relay conditions on the On/Off output boardTOR giving all the test results available for the user on the J15 connector.



2. STEP BY STEP FUNCTION

The step by step function helps the operator to follow the running of the cycle. He has to starteach test by a start cycle.

Note : when the step by step function is active, this deactivates the chaining function.

12345678

STEP BY STEP CONDITIONS1. Good part (default value)2. Reject 1 ; 2 and alarm3. Reject ground continuity4. Reject AC DC dielectric strength5. Reject Power / Current / Angle6. Reserved7. Reject insulation resistance8. Reserved

Right display

Cheker

Activated function

Default Value : PASS.

Note : these active conditions correspond to the relay conditions on the On/Off output boardTOR giving all the test results available for the user on the J15 connector.



MessageSBS displayed ?

Press on the STARTbutton

MessageSBS displayed

Press on the UP and DOWNarrow to move the pointer

Press on START or on RESETtoactivate or deactivate a condition


yes

yes

no

no

Press on the DOWN arrow



3. COM MODE

The COM mode allows selection of two types of functions :1. The MODBUS for the download function, called (JBUS). This mode can communicate on

RS 232 port to port or RS485 in multi ports.2. The IMP mode (printing)This mode sends the results to the RS 232 ports.



Message COMdisplayed ?

Press on START

Message COM.displayed ?

Press on the DOWN arrow thenon the FUNCTION key to

get the parameters

Press on the DOWN arrow andthen on the FUNCTION key to get

the parameters

Tourner la clef en position CYCLEpour valider les paramètres

yes

yes

no

no

Press on the START key to enterthe required function

Press on the UP and DOWN arowsto adjust the FUNCTION values

then on the FUNCTION keyfor the next parameter



Default Values

MBUS or downloading

9600 8bitEVEnodd

1Stop2StopmArc

SPACEnonE

F F

n 01n 01

àn 255

1920048002400

PRT or printing the results to the RS 232 port

9600

19200480024001200600300

7 bit

8 bit

EVEn

odd

1Stop

2StopmArc

SPACEnonE

F F

Note : a test for transmission of formats is done. This avoids bad configuration.



4. FUNCTION STAT 2

The function STA 2 allows dialogue with the statistics software STAT 2.

To activate the STA 2 function, go to the programme mode and press on the F

key, then

select the STA 2 function using the F

function key.

To activate or deactivate this mode press on the key, a point (.) is displayed indicating thatthe selected mode is active.



5. FRAME FUNCTION

The frame function helps :

• to add the line feed (L.F.,"Line Feed") at the end of each test frame sent on theRS 232 line,

• to add line feed at the end of sequence. This helps to separates the test blocks,making the reading of results very easy,

• to set conditions for the transmission of results. The condition is same as thechaining function.


Fram messagedisplayed ?

Press on START

Fram messagedisplayed ?

yes

yes

no

no

Press on the FUNCTION buttonand on the UP & DOWN arrowsadjust the number of carriagereturns at the end of sequence(Line sequence from 0 to 99)

Press on START to activate ordeactivate a condition

Turn the keyton CYCLE positionto validate the parameters

Press on the FUNCTION buttonand on the UP & DOWN arrowsadjust the number of the end of lineat the end of test (Line test from 0 to 99)

Press on DOWN arrow


Press on the FUNCTION buttonand on the UP & DOWN arrowsto move pointer



12345678

RESULTS EDITING CONDITIONS1. Good part (default value)2. Reject 1 ; 2 and alarm3. Reject ground continuity4. Reject AC DC dielectric strength5. Reject Power / Current / Angle6. Reserved7. Reject insulation resistance8. Reserved

Right display

Cheker

Activated function

Default Value :0 line feed between the frames (Line test 00)1 line feed between the sequence (Line sequence 01)All the transmission conditions are activated



6. COLOUR

The COLO (colour) function is to print the results put out in a different colour, generally red.This function is meant for a specific printer whose technical characteristics allow use of differentprinting colours (consult us).

Colour printing is done when at least one condition is fulfilled( non exclusive OR).


Press on FUNCTIONkey

CoLo messagedisplayed ?

Press on START

CoLo message .displayed ?


Press on START to activate ordeactivate


yes

yes

no

no

Press on the UP and DOWN arrowto move the pointer

12345678

COLOR CONDITIONS1. Good part (default value)2. Reject 1 ; 2 and alarm3. Reject ground continuity4. Reject AC DC dielectric strength5. Reject Power / Current / Angle6. Reserved7. Reject insulation resistance8. Reserved

Right display

Cheker

Activated function

Default Value : bad part.



7. FUNCTION OF THE DATE AND TIME RECORDER

The Horo function (time-recorder) sends :• the date and the start time to the equipment,• the date and time result at the end of line,• the date and time of transmission to the counters.

To activate the time recording function go to programme mode then :

press on the F

key, select the function Horo with the help of

+

- keys.

To activate or deactivate this mode press on , a point (.) is displayed indicating the selectedmode is active.

Updating the date and time on the date and time recorder

After activating the "Horo" function, press on the DOWN

-, the first function displayed is the

day.

Display the Day required with the help of

+

- , then press on the

F key to update the day.

This validation passes automatically to the following step, i.e. the Month.

Proceed in the identical manner for setting :- month,- year,- hour,- minutes,- seconds.

Turn the key to CYCLE position to update.

Note : the time recorder function does not count leap years.



8. START TEST DELAY TIME MODE

The function Tsdt (Test start delay time) delays the start of the test.


Press on theFUNCTION button

Message Tsdt displayed ?


Message Tsdt. displayed?



yes

yes

no

no

Press on the UP and DOWNarrows to display the time required

(99.9 sec max.)



9. COUNTER MODE

The counter function helps to test by sequence :• number of total parts,• number of Passes,• number of Fails,• to reset the counter or counters to zero,• to print all the counters.


Press on theFUNCTION button

Message Tsdt displayed ?


Message Tsdt. displayed?



yes

yes

no

no

Press on the UP and DOWNarrows to display the time required

(99.9 sec max.)

!"!#$ indicated on the left display, total number of cycles done since last reset at zero. The 3indicators (reject 1, good part and reject 2) are lighted.

Pass indicated on the left display, total number of good parts. The green indicator is lighted.

reject pass indicated on the left display, total number of bad parts. The two redindicators are lighted (reject 1 and reject 2).

rSt This function helps to reset the zero of the current sequence counters.

To reset these counter at zero press on . during the reset to zero the right display

shows - - - - .A the end of the reset the left display indicates the No. of the sequence and the right

display indicates %&!''' .

Prt This function helps to print the counters of all the sequences on pressing .



10. ROTARY SWITCH FUNCTION

The rotary switch function helps to define the method of test :• either by automatic reset to zero,• or by a manual reset to zero.



Rot.s.messagedisplayed ?

Press on START

Rot.s messagedisplayed?



yes

yes

no

no

Select the required RESET modeor STOP with the help of UP and

DOWN arrows

Default Value

The default values are those of the "hardware" of the rotary switch which are on the CPU board.Description of the positions of the rotary switch :

0 / 2 / 8/ A Stop DC end of cycle if Fail,1 / 3 / 9 / B Stop AC end of cycle if Pass,4 / 6 / C / E DC end of cycle & automatic Reset,5 / 7 / D AC end of cycle & automatic Reset,F Reserved position for calibration.

Note : the duration of the pulse at the end of pulsed cycle at its maximum is 500 ms.



11. FUNCTION KEY

The Lock function disables the START and RESET buttons on the front panel to oblige theoperator to use the bi-manual remote control for Start or Reset.

To activate the function key go to the programme mode :

press on the F

key, select the function LOC

with the help of

+

- keys.

To activate or deactivate this mode press on the , a point (.) will indicate that the selectedmode is active.



12. OFFSET EARTH CONTINUITY FUNCTION

The function OFEC (OFfset Earth Continuity (earth) allows subtraction from the test result of avalue between 0 et 200 mΩ. If the test result is negative (very big offset), an error message isdisplayed.



Ofec messagedisplayed ?

Press on START

OFec messagedisplayed?

Press on DOWN arrow


yes

no

no

Select the offset value with theUP and DOWN arrow(200 mΩ

maximum)

Note : the offset earth continuity function is related to the programmed sequence.

In CYCLE mode, if the function if active, the letter C appears to the left of the testcurrent on the left display. It is also possible to display this correction resistance bypressing key F.



13. STARTING THE EARTH CONTINUITY (OR GROUND) MODE

This function allows selection of the type of start given to the equipment for the earthcontinuity test (ref. chapter 2 : inside panel of door, the earth continuity connector) :• pulsed : the start is given by the probe,

• state (crocodile clip) : start is operated by the START or by remote control.

If this mode is inactive, the default mode of the equipment is pulsed mode.



StEc messagedisplayed ?

Press on START

StEC messagedisplayed?


Turn the key to CYCLE position tovalidate the parameters

yes

yes

no

no

Choose the required function withthe help o UP and DOWN arrows

Note : in State mode, a strap is needed on the Start cycle input of the probe connector (see

Chapter 2: inside of earth continuity connector) F

.



14. CORRECTION OF THE POWER / CURRENT TEST MODE

This mode allows correction of the test results of the power or current test ( see AMPfunction) in relation to a programmed voltage in case the measured voltage differs fromthe programmed voltage.

The formula used is as follows :

Pcor PmesUnomUmes

= ×

2

Pcor : corrected powerPmeas : power testedUnom : nominal voltageUmeas : voltage tested


Press on FUNCTION

Cor messagedisplayed ?

Press on START

Cor messagedisplayed?


Turn the key to CYCLE position tovalidate the parameters

yes

yes

no

no

Choose the required value(270 V maximum) with the help of

UP and DOWN arrows

In CYCLE mode, if the function is active, the letter C appears at the left of the test pressure on

the left display. Moreover it is possible to see the correction resistance on pressing F

.



15. PEAK VALUE MODE

This mode gives the peak value for power or current measured during the test time.

Press on the F

key till you get the Pic

mode on the right display.

To activate or deactivate this mode press on the , a point (.) will indicate that the selectedmode is active.

16. AMPERE MODE

This mode allows selection of current measurement instead of power measurement.

Press on F

till you get the mode Amp on the right display.

To activate or deactivate this mode press on the , a point (.) will indicate that theselected mode is active.



17. PHASE SHIFT ANGLE MODE

This mode allows checking of the value of the phase shift angle as well as measurement ofcurrent/power. In the cycle the phase shift angle does not display if it is bad & if the result for thevalue of the power/current is good.


Press on FUNCTION

Message Angldisplayed ?

Press on START

Message Angl.displayed?

Press on down arrow


yes

yes

no

no

Set required value of upper level ofthe angle using UP and DOWN

arrows

Press FUNCTION key

Set required value of lower level ofangle using UP and DOWN

arrows

Note : a small - on the left indicates that it is for the higher or lower reject level.

Chapter 5 Accessories of the ATEQ EP2P


Chapter 5ACCESSORIES OF THE ATEQ EP2P

OPTIONAL ELEMENTS

1. REMOTE CONTROL

• 2 push buttons at the ends (command bi-manual) start cycle pressed

• 1 RESET button – reset cycle to zero

• 1 button increase sequence number

• 1 button to decrease sequence number

• 1 green indicator (PASS)

• 1 red indicator (FAIL)



1.1. CONNECTIONS TO THE EQUIPMENT

The remote control connections to the equipment are done with the help of the J15, J17, J18connectors on the main board inside the door.

!"#!"""#"""$"""%"""&"""'"""(""")"""*""!+"!!"!#"!$"!%"!&"!'

!"$!"""""#""""$""""%"""""&"""""'""""("""")"""""*

!"%!"""#

,-.-/-

012345

678519

:;<=9">3?@3;A

:;<=9"B7889

09A=9859

Length of the cable around 4 m



2. SAVE MODULE

FAX : +33 (0) 1 30 54 11 00

R E F . : 323.00 N°A

The save module secures the software and the parameters of ATEQ.

The save module connects to the RS 232 output. It also allows :

- programming of the equipment immediately with the parameters of the work unit(loss of parameters, change of equipment),

- programming of other machines of the same series with identical paramters.

The module does not save the configuration of the equipment.

Refer to the program manual.



3. GROUND CONTINUITY PROBE

654321

Generator + (green) 6

Measurement + (green/yellow) 5

Push button (white) 4

Push button (white) 3

+ Supply (red) 2

- Supply (black) 1

The probe is connected to the J6 connector.



4. DIELECTRIC INSULATION CALIBRATION CHECK BOX

This box allows checking of the calibration of the instrument in insulation resistance and indielectric strength mode. It is connected to the J1 et J2 connectors.

ATEQ ID

200 k Ω

500 k Ω

1 M Ω

2 M Ω

5 M Ω



5. EARTH CONTINUITY CALIBRATION CHECK BOX

This calibration box checks the earth continuity calibration of the equipment. It is connectedto the J5 connector.

Chapter 6 Messages displayed


Chapter 6MESSAGES DISPLAYED

At the end of test, the result is displayed on the front panel of the equipment.

1. RESULT INDICATOR

• green indicator PASS :the test result is good and is between the maximum and minimum cut off which wereprogrammed.

+%- • red indicator :the test conditions were not respected: the test is abandoned.

• red indicator :1. the test result is above the max cut off of reject level and the test is bad – Fail.2. the test result is below the min cut off of reject level and the test is bad – Fail.

Note : the Fail indications are combined on the same output on the on/off output J15 on 3 and 4.

2. PRINTING THE RESULTS

A serial interface port RS 232 is available (J19 connector) for the connection of a printer or a P. C.At the end of the test the results are transmitted on the serial line. It is possible to separate the results byadding the line feed (L.F. see Chapter 4, Frame Function).

2.1. SPECIFICATIONS OF THE DEFAULT VALUES OF THE SERIAL LINK

• 9600 bauds,• 7 bits,• even parity,• 1 stop bit.See configuration, Chapter 4, counter Mode.



2.2. RESULTS FRAME

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

[ x x ] x x . x x x x x * : x x xSequence

N°Tests conditions Unit State

A P ak V R 1V R 2

R 1 2

Columns from 22 to 40 for all types of test

22 23 24 25 26 27 28 29 31 32 33 34 35 36 37 38 39 40

: x x x x . x x x x x x x x xResult Unit

m o h mm AM o h mG o h mA

Columns from 21 to 40 for power test with phase shift angle test

22 23 24 25 26 27 28 29 31 32 33 34 35 36 37 38 39 40

: x x x x . x W x x x d e gResult Unit Result

Messages transmitted to the serial port :

• States - R1 ⇒ reject 1, bad test conditions - R2 ⇒ reject 2, value outside the cut off reject - R12 ⇒ reject 1 and reject 2 - Pa ⇒ Pass - AL ⇒ alarm (type of non defined test, short circuit )

• Result - Infinite resist ⇒ out of range (Insulation Resistance : Pass) - EEEE ⇒ out of range - Short circuit - ERROFF ⇒ offset error of earth continuity (offset parameter too high: the result is

negative)

• Date and Ttme recording If this function is activated :each test frame is followed by date and time with the following format :

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

D a t e : D D / M M / Y YA

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

T i m e : T T : M M : S S



Output examples :

[06] 00. 185 A * : 1R: 0002. 7 mA With Time recordingDate : 09/07/98 Time: 16: 15: 57[06] 00. 001 kV * : R2: Short circuit Without time recording[06] 00. 000 kV * : R1: 0001. 6 mA ⇓[01] 00237. V * : Pa: 0001. 4 W[01] 00234. V * : R2: 0909. 1 W[01] 00235. V * : R2: 0243. 9 W[01] 00235. V * : R2: EEEE

3. CURRENT MESSAGES

kVVA CYCLE


Signifies : position of the key in cycle mode, the parameters are valid and the test can be conducted.

kVVA CYCLE


Signifies : earth continuity test. Pulse mode selected. The equipment is in wait mode for using the probe.

kVVA CYCLE


Signifies : (insulation resistance test) part to be tested is outside the resistance range. This signifies thatthe part tested is good - Pass.

4. ERROR MESSAGES

kVVA CYCLE


Signifies : type of test not selected.Action : programme the required test.



kVVA CYCLE


Signifies : part to be tested is outside the test range.Action : see the parameters entered or check the connections of the part to be tested.

kVVA

CYCLE


Signifies : short circuitAction : check the connections of the part to be tested or the part fails on dielectric strength or insulationresistance.

kVVA

CYCLE


Signifies : parameter error on the sequence XXAction : do a zero reset of the sequence (= default parameters), or modify it or the parameters entered.Note : XX is the sequence number between 00 and 15.

kVVA CYCLE


Signifies : offset error earth continuityAction : value of the offset programmed is very high. Reduce it in such a way to have 1 to 2 mΩ belowthe desired value.

Appendices


AppendicesINTERNAL CONNECTIONS OF THE EQUIPMENT

1. LAYOUT OF THE PANEL INSIDE THE DOOR

RC1

J20

J12

J13

J9 J10

J14

J1 J2 J3 J4 J5 J6 J7 J8

Cla

vier

/ K

eybo

ard

J11

J19J15J16

J17 J18

F1

Appendices


2. ANALOG INPUTS & OUTPUTS

2.1. ANALOG OUTPUT (VOLTAGE) INSULATION RESISTANCE

Voltage ⇒ J1 insulation resistance board (540 25)1 Signal ⇒ 1 Signal2 Gnd ⇒ 2 Gnd

2.2. ANALOG OUTPUT CONVERTER

converter ⇒ J3 converter board(510 07)1 Signal ⇒ 1 Signal2 Gnd ⇒ 2 Gnd

2.3. ANALOG INPUT (VOLTAGE) EARTH CONTINUITY / DIELECTRIC / POWER /INSULATION RESISTANCE

Voltagemeasurement

EC (393 00 02)⇒ J3

DS (595 02)⇒ J4

Power (540 37)⇒ J8

IR (540 25)⇒ J4

1 - 15 V 1 - 15 V 1 - 15 V 1 - 15 V 1 - 15 V2 + 15 V 2 + 15 V 2 + 15 V 2 + 15 V 2 + 15 V

3 Gnd 3 Gnd 3 Gnd 3 Gnd 3 Gnd4 Signal 4 Signal 4 Signal 4 Signal 4 Signal

2.4. ANALOG INPUT (CURRENT) EARTH CONTINUITY / DIELECTRIC / POWER /INSULATION RESISTANCE

Currentmeasurement

EC (393 00 02)⇒ J2

DS (595 02)⇒ J3

Power (540 37)⇒ J9

IR (540 25)⇒ J3

1 - 15 V 1 - 15 V 1 - 15 V 1 - 15 V 1 - 15 V2 + 15 V 2 + 15 V 2 + 15 V 2 + 15 V 2 + 15 V

3 Gnd 3 Gnd 3 Gnd 3 Gnd 3 Gnd4 Signal 4 Signal 4 Signal 4 Signal 4 Signal

J1 1 2

J2 1 2

J3

1 2 3 4

J4

1 2 3 4

Appendices


2.5. ANALOG INPUT PHASE ANGLE

Anglemeasurement

Power (540 37) ⇒ J7

1 - 15 V 1 - 15 V2 + 15 V 2 + 15 V

3 Gnd 3 Gnd4 Signal 4 Signal

2.6. ANALOG INPUT GAIN USED FOR THE INSULATION RESISTANCE TESTING

Gain measurement IR. (540 25) ⇒ J51 - 15 V 1 - 15 V2 + 15 V 2 + 15 V

3 Gnd 3 Gnd4 Signal 4 Signal

2.7. SPARE ANALOG INPUT J7

Measurement1 - 15 V2 + 15 V3 Gnd4 Signal

2.8. SPARE ANALOG INPUT J8

Measurement1 - 15 V2 + 15 V3 Gnd4 Signal

J5

1 2 3 4

J6

1 2 3 4

J7

1 2 3 4

J8

1 2 3 4

Appendices


3. OTHER CONNECTORS

3.1. POWER OUTPUT (SELECTION OF THE BOARDS)

Boards selected⇓⇓⇓⇓

J2 converter board(510 07)1 : + 24 V ⇒ 1 : + 24 V2 : Selection ON/OFF ⇒ 2 : Selection ON/OFF

J10 Relay board ( 530 17 ) or 10 Relay board ( 530 17 )3 : + 24 V4 : Relay Selection HT ⇒ 2 : Relay Selection HT ⇒ 4 : Relay Selection HT

J10 Power board ( 540 37 )5 : + 24 V6 : Selection gain 1 ⇒ 4 : Selection gain 1

J10 Relay board (530 17) J10 P board (540 37 ) J7 RI (540 25)7 : +24 V ⇒ 2 : + 24 V ⇒ 1 : + 24 V8 : Power selection ⇒ 6 : Selection P ⇒ 1 : Selection P

Insulation Selection ⇒ 2 : RI Selection

J10 P board ( 540 37 ) or J7 RI ( 540 25 )9 : +24 V ⇒ 2 / 3 : + 24 V ⇒ 1 : + 24 V100 V (Gnd) ⇒ 5: 0 V (Gnd) ⇒ 2: 0 V (Gnd)

J9

1

2

3 4

5

6

7 8

9

10

Appendices


3.2. POWER OUTPUTS

Board selected⇓⇓⇓⇓

J4 Ground continuity board( 393 00 )1 : + 24 V ⇒ 1 : + 24 V2 : Selection CT ⇒ 2 : Selection CT

J4 Ground continuity board ( 393 00 )3 : + 24 V ⇒ 1 : + 24 V4 : Selection buzzer ⇒ 2 : Selection buzzer

J2 Converter board ( 510 07 )5 : + 24 V ⇒ 3 : + 24 V6 : Selection 50/400Hz ⇒ 4 : Selection 50/400 Hz

J3 Dielectric board ( 595 02)7 : + 24 V ⇒ 1 : + 24 V8 : Dielectric selection ⇒ 2 :Dielectric selection

3.3. CONNEXION OF KEYBOARD ON THE PANEL

Cla

vier

/ Ke

yboa

rd

J11

J10

1

2

3 4

5

6

7 8

Appendices


3.4. INPUT SWITCH

1 IT 0 ⇒ 1 J5 Short circuit point for Dielectric Strength (540 03 01)2 Gnd ⇒ 2 J5 Short circuit point for Dielectric Strength (540 03 01)3 IT 1 ⇒ 2 J5 Start Point Earthcontinuity (393 00 02)

4 Gnd ⇒ 1 J5 Start Point Earth continuity (393 00 02)

3.5. FRONT PANEL KEY

1

23 not used

3.6. POWER SWITCH

1 Phase2 Ground3 Neutral

J121

2 3

4

J13 1 2

3

J14

3

2

1

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