Eplan Demo

EPLAN Software & ServiceGmbH & Co. KG

Project description Sample project

+49 (0)2173 - 39 64 - 0

Number of pages

Commission

D-40789

29.3.2007Edit date

EPLAN DEMO

Created on

Sonderlackierung

EPLAN

Universal VESA

Drawing number

+ET1

162

EPLAN Sample project

Make

F26_001

primoz.drofenik

Part feature

An der alten Ziegelei 2

Path

AT78

Manufacturer (company)

Project name EPLAN-DEMO

Responsible for project

Phone.

Type

Company / customer

2.8.2007

Place of installation

by (short name)

EPLAN

Monheim

EPLAN Software & ServiceGmbH & Co. KG

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COVER PAGE

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=CA1+EAA/1 COVER PAGE

=CA1+EAA/2 Table of contents : =CA1+EAA/1 - =EB3+EBS/6

=CA1+EAA/2.1 Table of contents : =EB3+EBS/7 - =REPORT+TERM_KL/29

=CA1+EAA/2.2 Table of contents : =REPORT+TERM_KL/30 - =REPORT+CBL_KBL/19

=CA1+EAA/2.3 Table of contents : =REPORT+CBL_KBL/20 - =REPORT+CON_VBL/5

=CA1+EAA/2.4 Table of contents : =REPORT+PART_STKL/1 - =REPORT+PLC_SPS/23

=CA1+EAA/3 Structure identifier overview

=EB3+ETD/1 Table of contents : =EB3+ETD/1 - =EB3+ETM/2

=EB3+ETA/1 Plant overview Profibus

=EB3+ETA/2 Plant overview

=EB3+ETA/3 Drives overview

=EB3+ET1/1 Power supply

=EB3+ET1/2 Emergency stop

=EB3+ET1/3 Power supply: Stations

=EB3+ET1/5 EB Control

=EB3+ET1/6 EB Spare

=EB3+ET1/7 AB Control

=EB3+ET1/8 AB Spare

=EB3+ET2/1 Drives Workstation 1

=EB3+ET2/2 Bus system Beckhoff Inputs

=EB3+ET2/3 Bus system Beckhoff Outputs


=EB3+ET3/2 Bus system Siemens ET200S Inputs

=EB3+ET3/3 Bus system Siemens ET200S Outputs


=EB3+ET4/2 Bus system Phoenix Interbus Inputs

=EB3+ET4/3 Bus system Phoenix Interbus Outputs

=EB3+EBS/1 Master

=EB3+EBS/2 Master

=EB3+EBS/3 XWorkstation 1 Beckhoff



=EB3+EBS/6 Workstation 2 Siemens ET200S

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=EB3+EBS/8 XWorkstation 2 Siemens ET200S

=EB3+EBS/9 Workstation 3 Phoenix Interbus


=EB3+EBS/11 XWorkstation 3 Phoenix Interbus

=EB3+ETM/1 Enclosure

=EB3+ETM/2 Mounting

=FB3+FTA/1 Drives overview

=FB3+FT1/1 Pneumatics Compressed air preparation

=FB3+FT2/1 Pneumatics Clamping fixture

=FB3+FT2/2 Drives overview



=FB3+FTM/1 Manifold sub-base

=REPORT+TERM_KL/1 Terminal-strip overview : =EB3+ET1-X0 - =EB3+ET4-X2

=REPORT+TERM_KL/2 Terminal diagram =EB3+ET1-X0








=REPORT+TERM_KL/20 Terminal-connection diagram =EB3+ET1-X0










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=REPORT+PLG_ST/1 Plug overview : =EB3+ET2-XS1 - =EB3+ET4-XS2

=REPORT+PLG_ST/2 Plug diagram =EB3+ET2-XS1





=REPORT+CBL_KBL/1 Cable overview : =EB3+ET1-W3 - =EB3+ET4-W2

=REPORT+CBL_KBL/2 Cable diagram =EB3+ET1-W3 =EB3+ET1-W4 =EB3+ET1-W11 =EB3+ET1-W12

=REPORT+CBL_KBL/3 Cable diagram =EB3+ET1-W12 =EB3+ET1-W13 =EB3+ET1-W21

=REPORT+CBL_KBL/4 Cable diagram =EB3+ET1-W22 =EB3+ET1-W23


=REPORT+CBL_KBL/6 Cable diagram =EB3+ET2-W5 =EB3+ET2-W6 =EB3+ET2-W7 =EB3+ET2-W8 =EB3+ET2-W9






=REPORT+CBL_KBL/12 Cable-connection diagram =EB3+ET1-W3








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=REPORT+CBL_KBL/47 Cable overview : =EB3+ET4-W3 - =EB3+ET4-W9

=REPORT+CON_VBL/1 Connection list





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Table of contents : =REPORT+PART_STKL/1 - =REPORT+PLC_SPS/23

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=REPORT+PART_STKL/1 Parts list : SIE.6ES7315-2AG10-0AB0 - SIE.6ES7131-4BB01-0AA0

=REPORT+PART_STKL/2 Parts list : SIE.6ES7131-4BB01-0AA0 - LAPP.5301 5140 (PG16)

=REPORT+PART_STKL/3 Device tag list : =EB3+ET1-A1 - =EB3+ET1-H8

=REPORT+PART_STKL/4 Device tag list : =EB3+ET1-MP1 - =EB3+ET2-A6

=REPORT+PART_STKL/5 Device tag list : =EB3+ET2-A7 - =EB3+ET3-A6

=REPORT+PART_STKL/6 Device tag list : =EB3+ET3-B1 - =EB3+ET4-M1

=REPORT+PART_STKL/7 Device tag list : =EB3+ET4-Q1 - =EB3+ET4-XS2

=REPORT+PLC_SPS/1 PLC diagram : =EB3+ET1-A1 - =EB3+ET1-A1























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Labeling

Structure identifier overview F24_001

Structure descriptionFull designation LabelingFull designation Structure description

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Structure identifier overview

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=EB3+ETD/1

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Total plant documentationHigher-level function=CA1

Production lineHigher-level function=EB3

Production lineHigher-level function=FB3

ReportsHigher-level function=REPORT

Plant documentationMounting location+EAA

ET Plant documentationMounting location+ETD

Plant overviewMounting location+ETA

Control ET1Mounting location+ET1




Bus systemMounting location+EBS

Mechanical structureMounting location+ETM

Plant overviewMounting location+FTA

Control FT1Mounting location+FT1




Mechanical structureMounting location+FTM

Terminal documentationMounting location+TERM_KL

Plug documentationMounting location+PLG_ST

Cable documentationMounting location+CBL_KBL

Connection documentationMounting location+CON_VBL

Part and device tag listsMounting location+PART_STKL

PLC-documentationMounting location+PLC_SPS

Higher-level function number (fluid)1




Supply: PneumaticsHigher-level function number (fluid)5

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=EB3+ETD/1 Table of contents : =EB3+ETD/1 - =EB3+ETM/2

=EB3+ETA/1 Plant overview Profibus

=EB3+ETA/2 Plant overview

=EB3+ETA/3 Drives overview

=EB3+ET1/1 Power supply

=EB3+ET1/2 Emergency stop

=EB3+ET1/3 Power supply: Stations

=EB3+ET1/5 EB Control

=EB3+ET1/6 EB Spare

=EB3+ET1/7 AB Control

=EB3+ET1/8 AB Spare


=EB3+ET2/2 Bus system Beckhoff Inputs

=EB3+ET2/3 Bus system Beckhoff Outputs


=EB3+ET3/2 Bus system Siemens ET200S Inputs

=EB3+ET3/3 Bus system Siemens ET200S Outputs


=EB3+ET4/2 Bus system Phoenix Interbus Inputs

=EB3+ET4/3 Bus system Phoenix Interbus Outputs

=EB3+EBS/1 Master

=EB3+EBS/2 XMaster










=EB3+ETM/1 Enclosure

=EB3+ETM/2 Mounting

mka14.3.2006

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+ETD/1

OriginalEPLAN DEMO

EPLANbou +

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EB3ETA

Plant overview Profibus

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+ET1

STATION 1

SV3

Plant overview Profibus

CPU DE DA

STATION 3STATION 2

Production line

+ET

3-B1

SV1

+ET

4-B1

PROFIBUS DP PROFIBUS DP PROFIBUS DP

+ET3-A0STATION 2

PROFIBUS DP

+ET2-A1STATION 1-A3

+ET4-A0STATION 3-A2

SV2

-A1

+ET

2-B1

2x0,64mm²4 m

ZB3200+ET1-W31

ROBOTER:3ROBOTER:2ROBOTER:1

+ET

2-S5

2x0,64mm²3 m

ZB3200+ET1-W32

2x0,64mm²4 m

ZB3200+ET1-W33

2x0,64mm²3 m

ZB3200+ET1-W34

2x0,64mm²4 m

ZB3200+ET1-W35

2x0,64mm²3 m

ZB3200+ET1-W36

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EPLANbou +

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Plant overview

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Production linePlant overview

STATION 1 STATION 2 STATION 3

750 V5x4mm²

ÖLFLEX CLASSIC 100 CY+ET1-W11

750 V5x4mm²


750 V5x4mm²


300 V12x1mm²

5 mÖLFLEX CLASSIC 110

+ET1-W21

300 V12x1mm²


+ET1-W22

300 V12x1mm²


+ET1-W23

+ET1 +ET2 +ET3 +ET4

-X1 = power

-X2 = control voltage -X2 = control voltage -X2 = control voltage -X2 = control voltage

-X1 = power -X1 = power -X1 = power

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Drives overview

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Robot 1 Robot 3Robot 2Conveyor belt drive 1

Conveyor belt drive 2

Conveyor belt drive 3

-XA13/N/PE

+ET4Workstation 1

-X1

-M14kW

3+PE

3~M

-X1 -X1-X1

+ET2Workstation 1

-M14kW

3+PE

3~M

300

V4x

2,5m

m²

1 m

ÖLF

LEX

CLAS

SIC

110

H

-W2

750

V5x

4mm

² 1

mÖ

LFLE

X CL

ASSI

C 10

0 CY

-W1

-XA13/N/PE

750

V5x

4mm

² 1

mÖ

LFLE

X CL

ASSI

C 10

0 CY

-W1

300

V4x

2,5m

m²

1 m

ÖLF

LEX

CLAS

SIC

110

H

-W2

+ET3Workstation 1

-X1-X1

300

V4x

2,5m

m²

1 m

ÖLF

LEX

CLAS

SIC

110

H

-W2

-M14kW

3+PE

3~M-XA1

3/N/PE

750

V5x

4mm

² 1

mÖ

LFLE

X CL

ASSI

C 10

0 CY

-W1

-XS1

300

V4x

2,5

3 m

ÖLF

LEX

CLAS

SIC

110

H

-W3

-XS1

-XS1

300

V4x

2,5

3 m

ÖLF

LEX

CLAS

SIC

110

H

-W3

-XS1

-XS2

300

V4x

2,5

4 m

ÖLF

LEX

CLAS

SIC

110

H

-W3

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Power supply

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PE:3PE:1

Network supply of V2/45-T4 Distribution 24V DC

L3.1

L1.1

L2.1

N:2

N:1

CAUTION

Remains energized when mainswitch is opened

16mm²

16mm²

54 6

1

2

3

4

5

6-Q163A

2+ET4

-X2

2PE

.1

-XTR

1

2

-F16A

1-X2

1

2-F3

2A

1

2-F2

2A

L2 L3

L1

+

N

-

-T1100-240V AC / 24V / 5A

L1 PEN

-V2/45-T4

1-W21

2+ET2

-X22

+ET3-X2

PE+ET4

-X2PE

+ET2-X2

PE+ET3

-X2

2 3

1+ET2

-X21

+ET3-X2

1+ET4

-X2

PEPE PE

1-W22 1-W23 2-W21 2-W22 2-W23 GNYE-W23GNYE-W22GNYE-W21

1,5mm²

16mm²

L1-X0 L2 L3 N PE

+ET

2-L-

/+

ET2/

2.0

+ET

4-L-

/+

ET4/

2.0

L+/

2.0

L-/

2.0

+ET

2-L+

/+

ET2/

2.0

L1/L2/L3/ 3.0

+ET

3-L-

/+

ET3/

2.0

L1+

/2.

0

+ET

4-L+

/+

ET4/

2.0

+ET

3-L+

/+

ET3/

2.0

+ET

3-PE

1/

+ET

3/3.

0

+ET

4-PE

1/

+ET

4/2.

0

+ET

2-PE

1/

+ET

2/2.

0

L+ L-

L1 L2 L3 N PE

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Emergency stop

1

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Emergency stop Control voltageon

PE:8

PneumaticsON

6

20

21

7

7

16

6

17

21

22

13

21

22

13

14-S2

7

X1

X2-H124V

A1

-A6

PNOZ X3P

A2 Y30 Y32

S33S14S13S11

Y31

S12 S34

14 24 34 42

S22S21 S32S31 2313 4133

11

12-S1

Emergency stop

7-X2 98

3+ET2

-X23

+ET3-X2

3+ET4

-X2

11

12

+ET2-S1

Emergency stop

10-X2

4+ET2-X2

11-X2

5+ET2-X2

11

12

+ET3-S1

Emergency stop

14-X2

4+ET3-X2

15-X2

5+ET3-X2

11

12

+ET4-S1

Emergency stop

18-X2

4+ET4-X2

19-X2

5+ET4-X2

3-W21 3-W22 3-W23

4-W21

5-W21

6

7

4-W22

5-W22

6

7

4-W23

5-W23

6

7

6

12

21

22

21

22

23-X2

22-X2 PE

GNYE1

2

300

V3x

1mm

²3

mÖ

LFLE

X CL

ASSI

C 11

0

-W3

PEx1

x2-Y1

=FB3+FT1/1.4

L-/1.6

L+/ 5.0L+/1.4

L1+/1.4

L- / 5.0

+ET

4-1L

+/

+ET

4/3.

0

1L+

/5.

0

+ET

2-1L

+/

+ET

2/3.

0

+ET

3-1L

+/

+ET

3/3.

0

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Power supply: Stations

1

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=

Name

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N:6

PE:6

Power supply Workstation 3

N:5

PE:4

N:4

PE:5

L2.1

L3.1

L1.1

Power supply Workstation 2Power supply Workstation 1

BU

3

BN

+ET2Workstation 1

BK

PE

1

2

3

4

5

6

-F1425A

4

750 V5x4mm²

8 mÖLFLEX CLASSIC 100 CY

-W12

21-X1 3

1

2

3

4

5

6

-F1225A

PE

BU GNYE

1-X1

GY SH750 V5x4mm²

12 mÖLFLEX CLASSIC 100 CY

-W13

SHGY

4 PE21-X1 3

16

+ET4Workstation 3

BU750 V5x45 m

ÖLFLEX CLASSIC 100 CY-W11

BNBK GNYE

13 15 PE14

GY SH

4 PE1-X1 2

10

+ET3Workstation 2

3

16mm²16mm²

BK GNYE

4

BN

1

2

3

4

5

6

-F1325A

7 98

2 PE

PEPEPE

L3

+ET

2/1.

0

L1/L2/L3/1.9

L2

+ET

2/1.

0

L1

+ET

2/1.

0

N

+ET

2/1.

0

PE

+ET

2/1.

0

L1

+ET

3/1.

0

L2

+ET

3/1.

0

L3

+ET

3/1.

0

N

+ET

3/1.

0

PE+

ET3/

1.0

L1

+ET

4/1.

0

L2

+ET

4/1.

0

L3

+ET

4/1.

0

N

+ET

4/1.

0

PE

+ET

4/1.

0

PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET1

EB Control

1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

TYPEPLUG-IN PLACE SIEMENSDC24V PART 1 OF 2INPUT BYTE

SpareControl voltageon

Conveyor belt3 off

Conveyor belt3 on

Conveyor belt1 off

Conveyor belt2 off

Conveyor belt1 on

Conveyor belt2 on

13

14-S5

21

22-S6

21

22-S8

E0.6+EBS/2.1

8

7

E0.5+EBS/2.1

7

E0.2+EBS/2.1

4

E0.4+EBS/2.1

6

E0.0+EBS/2.1

2

13

14-S3

-A2/6.1

+EBS/1.4+EBS/2.0

Digital input16xDC24V

DI16xDC24V

21

22-S4

0L+

+EBS/2.1

1

4

E0.3+EBS/2.1

5

E0.1+EBS/2.1

3

2

E0.7+EBS/2.1

9

1-X3 5 863 9 10

13

14-S7

1M

+EBS/2.1

10

11 12

L+/ 6.0L+/2.9

L-/2.9 L- / 6.0

1L+/2.5 1L+/ 7.0

PagePg


5

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET1

EB Spare

1

Modification

0 76

ApprReplacement for

8 93

162

7

4


6

2

=

Name

5

Pneumaticson

Spare SpareSpare Spare Spare

SIEMENSPLUG-IN PLACEINPUT BYTE PART 2 OF 2TYPEDC24V

Spare Spare

PE:9

E1.2+EBS/2.1

14

E1.6+EBS/2.1

18

E1.3+EBS/2.1

15

E1.5+EBS/2.1

17

21

E1.1+EBS/2.1

13

E1.4+EBS/2.1

162M

+EBS/2.1

20

16 2217

E1.7+EBS/2.1

19

20

E1.0+EBS/2.1

12

15 18 23 24

-A2/5.1


DI16xDC24V

19

0L+

+EBS/2.1

11

13-X3 14

GNYE1

300

V3x

1mm

²3

mÖ

LFLE

X CL

ASSI

C 11

0

-W4

11

12-S9

=FB3+FT1/1.5P

2

PE

PE

24-X2

25-X2

L+/5.9

L- / 7.0L-/5.9L+/ +EBS/1.1

PagePg


6

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET1

AB Control

1

Modification

0 76

ApprReplacement for

8 93

162

8

4


7

2

=

Name

5

PART 1 OF 2TYPEDC24V/0,5A PLUG-IN PLACEOUTPUT BYTE SIEMENS

SpareConveyor belt1 on

Conveyor belt1 malfunction

Conveyor belt2 on


Conveyor belt3 on


Pneumaticson

3

0L+

+EBS/2.6

1

A2.6+EBS/2.6

8

A2.0+EBS/2.6

2

2 7

X1

X2-H224V

A2.4+EBS/2.6

6

4

A2.3+EBS/2.6

5

1-X4

-A3/8.1

+EBS/1.5+EBS/2.5

Digital output16xDC24V/0,5A

DO16xDC24V/0.5A

85

A2.5+EBS/2.6

7

A2.2+EBS/2.6

4

A2.1+EBS/2.6

3

X1

X2-H324V

6

A2.7+EBS/2.6

9

9 10

0M

+EBS/2.6

10

11 12

X1

X2-H724V

X1

X2-H524V

X1

X2-H424V

X1

X2-H624V

X1

X2-H824V

1L+/5.9

L-/6.91L+/ 8.0

L- / 8.0

PagePg


7

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET1

AB Spare

1

Modification

0 76

ApprReplacement for

8 93

162

+ET2/1

4


8

2

=

Name

5

Spare Spare Spare Spare

DC24V/0,5A SIEMENSPLUG-IN PLACE TYPE PART 2 OF 2

Spare

OUTPUT BYTE

SpareSpare Spare

232221

1M

+EBS/2.6

20

A3.2+EBS/2.6

14

A3.0+EBS/2.6

12

13-X4 19 2414 201716

A3.4+EBS/2.6

16

15

A3.5+EBS/2.6

17

A3.3+EBS/2.6

15

A3.7+EBS/2.6

19

18

1L+

+EBS/2.6

11

A3.1+EBS/2.6

13

-A3/7.1


DO16xDC24V/0.5A

A3.6+EBS/2.6

18

L- / +EBS/1.11L+/7.9

L-/7.9

PagePg


+ET1/8

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET2

Drives Workstation 1

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

Terminal diagram

=EB3+ET2-X1

Target designationtoFunction text

Conn. pt.

Page / path

Terminal

Conn. pt.Target designation

to

+ET1/3.161 -X1+ET1-X1Power supply Workstation 1 1

+ET1/3.172 -X1+ET1-X1= 2

+ET1/3.283 -X1+ET1-X1= 3

+ET1/3.294 -X1+ET1-X1= 4

+ET1/3.2PEPE -X1+ET1-X1= PE

/1.11L1 -X1-XA1Robot 1 6

1-Q1

/1.12L2 -X1-XA1Robot 1 7

3-Q1

/1.23L3 -X1-XA1Robot 1 8

5-Q1

/1.24N -X1-XA1Robot 1 9

/1.2PEPE -X1-XA1= PE

PE-X1

/1.2PESH -X1-W1Robot 1 PE

PE-X1

/1.321 -K1-XS1Conveyor belt drive 1 12

/1.442 -K1-XS1= 13

/1.463 -K1-XS1= 14

/1.4PE4 -X1-XS1= PE

1

2

3

4

5

6

-Q18,7A

I>I> I>

13

14/2.2

Robot 1 Conveyor belt drive 1

L1 L2 L3 N PE

-XA1

9

3

86-X1 7 PE

750 V5x4mm²


BK GYBN SHGNYE

-XS1 1

BU

PE

BKBN GNYEGY300 V4x2,5mm²

ÖLFLEX CLASSIC 110 H-W3

2

GYBNBK GNYE300 V4x2,5mm²


4

3

4

12

1

2-K1/3.2

1413

U1 V1 W1 PE

-M14kW 3

M

PE

5

6

N/+ET1/3.2

PE/+ET1/3.2

L3/+ET1/3.2L2/+ET1/3.1L1/+ET1/3.1

2,5mm²

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET2

Bus system Beckhoff Inputs

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

Contour processingSTATION 1

Conveyorbelt in use

Workpiecefixed 2

Workpiecefixed 1

Conveyorbelt malfunction

Digitalinputchannel 1

A

Digital input terminal


D

C

B




D

C

B

A A C

B D




0

5 432

19876

x100

5 432

19876

x1

ADDRESS

PE

-

+

Pow

er s

uppl

y:Po

wer

con

tact

s

Supp

ly B

usco

uple

r

BK31

10

BECK

HO

FF

Profibus DP

ERR

CYC

PROFIBUS

I/O ERR

I/O RUN

WD

Workpiecein magazine

Workpieceon the conveyor belt

1-+

EBS/

4.4

1PE

+EB

S/4.

4

2++

EBS/

4.5

2PE

+EB

S/4.

5

2-+

EBS/

4.5

1I

E10.0

+EB

S/4.

4

1I

E11.0

+EB

S/4.

4

2I

E10.1

+EB

S/4.

5

1PE

+EB

S/4.

4

+EBS/3.4+EBS/4.4

-A3

KL1012

+EBS/3.4+EBS/4.4

-A2

KL1012

1-+

EBS/

4.4

2I

E11.1

+EB

S/4.

5

2PE

+EB

S/4.

5

2-+

EBS/

4.5

2++

EBS/

4.5

1++

EBS/

4.4

1

4

3

-S315-34V

+ -

1

4

3

-S215-34V

+ -

3x0,

34m

m²

3 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W7 BNBKBU BU BK BN

3x0,

34m

m²

5 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W8 BU BK BN

3x0,

34m

m²

4 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W9

13

14-Q1/1.4

2

4

1

-B110-30V

+ -

+EBS/3.4+EBS/4.4

-A4

KL1012

1

4

3

-S5=FB3+FT2/2.4

15-34V

+ -

1++

EBS/

4.4

1

4

3

-S4=FB3+FT2/2.3

15-34V

+ -

2I

E12.1

+EB

S/4.

5

2PE

+EB

S/4.

5

2-+

EBS/

4.5

2++

EBS/

4.5

1PE

+EB

S/4.

4

1I

E12.0

+EB

S/4.

4

1-+

EBS/

4.4

1++

EBS/

4.4

3x0,

34m

m²

2 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W12 BNBKBU

3x0,

34m

m²

2 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W11 BNBKBU

2-2+1+0V24V

1PE

2PE

1-

STATION 1+EBS/3.3-A1

BK3100

-L- / 3.0

-PE1/+ET1/1.8-L-/+ET1/1.6

-PE1 / 3.0

L+/+ET1/1.5

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET2

Bus system Beckhoff Outputs

1

Modification

0 76

ApprReplacement for

8 93

162

+ET3/1

4


3

2

=

Name

5

C

Fix workpiece2

Digital output terminal

Fix workpiece1

B D

Digitaloutputchannel 1


Digital output terminal



D

C

B

A A

8

PE

7

PE

6

-

5

-

+EBS/3.5-A5

KL9190

4

+

3

+

Conveyor belt ON Feedworkpiece

2O

A13.1

+EB

S/5.

5

2++

EBS/

5.5

+EBS/3.5+EBS/5.4

-A7

KL2012

+EBS/3.5+EBS/5.4

-A6

KL2012

2PE

+EB

S/5.

5

2O

A14.1

+EB

S/5.

5

2-+

EBS/

5.5

2PE

+EB

S/5.

5

1++

EBS/

5.4

1-+

EBS/

5.4

1PE

+EB

S/5.

4

1O

A13.0

+EB

S/5.

4

x1

x2-Y2

=FB3+FT2/1.3

A1

A2-K124V

1 2 /1.33 4 /1.45 6 /1.4

1413222132314443

3RT1024-1BB44-3MA0

PEPEx1

x2-Y1

=FB3+FT2/1.2

2-+

EBS/

5.5

2++

EBS/

5.5

1O

A14.0

+EB

S/5.

4

1PE

+EB

S/5.

4

1-+

EBS/

5.4

1++

EBS/

5.4

2GN

YE

1 GN

YE

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W6

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W5 21 GN

YE

1 2

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W10

PEx1

x2-Y3

=FB3+FT2/2.6

-PE1/2.9-L-/2.9

-1L+/+ET1/2.6

PagePg


+ET2/3

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET3


1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

Terminal diagram

=EB3+ET3-X1


Conn. pt.

Page / path

Terminal


to


+ET1/3.478 -X1+ET1-X1= 2

+ET1/3.589 -X1+ET1-X1= 3

+ET1/3.5910 -X1+ET1-X1= 4


/1.11L1 -X1-XA1Robot 2 6

1-Q1

/1.12L2 -X1-XA1Robot 2 7

3-Q1

/1.23L3 -X1-XA1Robot 2 8

5-Q1

/1.24N -X1-XA1Robot 2 9


PE-X1


PE-X1


/1.442 -K1-XS1= 13

/1.463 -K1-XS1= 14

/1.4PEPE -X1-XS1= PE

4

4

Conveyor belt drive 2Robot 2

1 5

1 5

3

32

2

-XS1 1

2-XS1 1

PE32

PE3

750 V5x4mm²


PE76-X1 PE

BK

L1 L2 L3 N PE

-XA1

98

GY

3

4

GNYEBN

GNYEGYBNBK300 V4x2,5mm²


GNYE

12

1

2-K1/3.1

14

300 V4x2,5mm²


BK

13

U1 V1 W1 PE

-M14kW 3

M

PE

5

6

BN SHGY BU

1

2

3

4

5

6

-Q18,7A

I>I> I>

13

14

/2.2

21

22

L3/+ET1/3.5L2/+ET1/3.4L1/+ET1/3.4

PE/+ET1/3.5N/+ET1/3.5

2,5mm²

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET3

Bus system Siemens ET200S Inputs

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

1

1L+

4

2M

2

2L+

3

1M

7

M

6

DC2

4V

3

M

2

DC2

4V

+EBS/6.4-A1

PM-E

DC2

4V

Contour processing

2DI 24VDC 0,2ms 2DI 24VDC 0,2msSIEMENS


SIEMENS

Workpiecefixed 2

Workpiecefixed 1

Conveyorbelt in use

STATION 2

IM 151-1BASIC

ON

BF

SF

PROFIBUS-DP

ET 200S

SIEMENS

+EBS/6.4+EBS/7.4

-A3

2DI DC24V ST

1

4

3

-S215-34V

- +

7M

+EBS/7.5

3M

+EBS/7.4

6DC24V

+EBS/7.5

2DC24V

+EBS/7.4

5IN

E21.1+EBS/7.5

1IN

E21.0+EBS/7.4

7M

+EBS/7.5

6DC24V

+EBS/7.5

2DC24V

+EBS/7.4

1

4

3

-S315-34V

- +

1IN

E20.0+EBS/7.4

+EBS/6.4+EBS/7.4

-A2

2DI DC24V ST

1

4

2

-B110-30V

- +

3M

+EBS/7.4

5IN

E20.1+EBS/7.5

13

14-Q1/1.3

3x0,

34m

m²

3 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W7 BKBUBN

3x0,

34m

m²

5 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W8 BKBUBN

3x0,

34m

m²

5 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W9 BU BKBN


IM151-1 Basic

-L- / 3.0-L-/+ET1/1.7L+/+ET1/1.5

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET3

Bus system Siemens ET200S Outputs

1

Modification

0 76

ApprReplacement for

8 93

162

+ET4/1

4


3

2

=

Name

5

7

M

6

DC2

4V

3

M

2

DC2

4V

+EBS/6.5-A4

PM-E

DC2

4V 2DO 24VDC 0,5A

Fix workpiece2

Fix workpiece1

SIEMENS

Conveyor belt ON

2DO 24VDC 0,5A

SIEMENS

Spare

PE1:1

PE1:3 PE1:4

2

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W6 GNYEGNYE 11

+EBS/6.5+EBS/8.4

-A5

2DO DC24V/0,5A ST

2

7M

+EBS/8.5

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W5

PEPEx1

x2-Y1

=FB3+FT3/4.2

6DC24V

+EBS/8.5

5OUT

A22.1+EBS/8.5

2DC24V

+EBS/8.4

1OUT

A22.0+EBS/8.4

3M

+EBS/8.4

x1

x2-Y2

=FB3+FT3/4.3

A1

A2-K124V

1 2 /1.33 4 /1.45 6 /1.4

1413222132314443

3RT1024-1BB44-3MA0

+EBS/6.6+EBS/8.4

-A6

2DO DC24V/0,5A ST

6DC24V

+EBS/8.5

7M

+EBS/8.5

3M

+EBS/8.4

2DC24V

+EBS/8.4

5OUT

A23.1+EBS/8.5

1OUT

A23.0+EBS/8.4

-1L+/+ET1/2.6-L-/2.9

-PE1/+ET1/1.8

PagePg


+ET3/3

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET4


1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

Terminal diagram

=EB3+ET4-X1


Conn. pt.

Page / path

Terminal


to


+ET1/3.7714 -X1+ET1-X1= 2

+ET1/3.8815 -X1+ET1-X1= 3

+ET1/3.8916 -X1+ET1-X1= 4


/1.11L1 -X1-XA1Robot 3 6

1-Q1

/1.12L2 -X1-XA1Robot 3 7

3-Q1

/1.23L3 -X1-XA1Robot 3 8

5-Q1

/1.24N -X1-XA1Robot 3 9


PE-X1


PE-X1


/1.442 -K1-XS1= 13

/1.463 -K1-XS1= 14

/1.4PEPE -X1-XS1= PE

Conveyor belt drive 3Robot 3

GYBNBK GNYE300 V4x2,5mm²


3

4

12

1

2-K1/3.2

13 14

U1 V1 W1 PE

-M14kW 3

M

PE

5

6

SHBK BN BU GNYEGY

PE76-X1 8

BK BN GY GNYE300 V4x2,5mm²


-XS1 1 2 3 PE

9

750 V5x4mm²


L1 L2 L3 N PE

-XA1

PE

PE32-XS2 1

1

2

3

4

5

6

-Q18,7A

I>I> I>

13

14

/2.2

21

22

N/+ET1/3.8

PE/+ET1/3.8

L1/+ET1/3.7

L2/+ET1/3.7

L3/+ET1/3.8

2,5mm²

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET4

Bus system Phoenix Interbus Inputs

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

STATION 3Spray-painting


Workpiecefixed 2

INTERBUS-INLINE INTERBUS-INLINE

Workpiecefixed 1

Conveyorbelt in use

BYTE-Nr. 0DI

Type :

BYTE-Nr. 1DI

Profibus DP

PHOENIXCONTACT

Type :

22+

UM

23-

13-

24PE

11+

US

14PE

21+

US

12+

UM

+EBS/9.4+EBS/10.4

-A2

IB IL 24 DI 2 PAC

+EBS/9.4+EBS/10.4

-A1

IB IL 24 DI 2 PAC

21IN2

E31.1+EBS/10.5

22+

+EBS/10.5

23-

+EBS/10.5

24PE

+EBS/10.5

11IN1

E31.0+EBS/10.4

14PE

+EBS/10.4

24PE

+EBS/10.5

23-

+EBS/10.5

22+

+EBS/10.5

13-

+EBS/10.4

12+

+EBS/10.4

21IN2

E30.1+EBS/10.5

14PE

+EBS/10.4

13-

+EBS/10.4

12+

+EBS/10.4

11IN1

E30.0+EBS/10.4

BU BK

3x0,

34m

m²

5 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W8BN BU BK

1

4

2

-B110-30V

- +13

14-Q1/1.3

3x0,

34m

m²

3 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W7 BU BKBN

1

4

3

-S215-34V

- +

3x0,

34m

m²

5 m

UN

ITRO

NIC

Sen

sor

FD U

L/CS

A

-W9

1

4

3

-S315-34V

- +

BN


IL PB BK DP/V1 (DIP8=OFF

-L-/+ET1/1.7

-PE1/+ET1/1.8-L- / 3.0

L+/+ET1/1.6

-PE1 / 3.0

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ET4

Bus system Phoenix Interbus Outputs

1

Modification

0 76

ApprReplacement for

8 93

162

+EBS/1

4


3

2

=

Name

5

+EBS/9.5-A3

IB I

L 24

PW

R I

N-P

ACINTERBUS-INLINE BYTE-Nr. 0DO DOINTERBUS-INLINE BYTE-Nr. 1

Fix workpiece2

Fix workpiece1

Conveyor belt ON Spare

Type : Type :

24PE

22+

+EBS/11.5

23-

+EBS/11.5

24PE

+EBS/11.5

21OUT2

A33.1+EBS/11.5

14PE

+EBS/11.4

13-

+EBS/11.4

12+

+EBS/11.4

11OUT1

A33.0+EBS/11.4

24PE

+EBS/11.5

23-

+EBS/11.5

22+

+EBS/11.5

+EBS/9.5+EBS/11.4

-A4

IB IL 24 DO 2 PAC

21OUT2

A32.1+EBS/11.5

+EBS/9.5+EBS/11.4

-A5

IB IL 24 DO 2 PAC

14PE

+EBS/11.4

13-

+EBS/11.4

12+

+EBS/11.4

11OUT1

A32.0+EBS/11.4

14PE

11+

US

21+

US

12+

UM

22+

UM

23-

13-

1 2

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W5

PEPEx1

x2-Y1

=FB3+FT4/1.2

x1

x2-Y2

=FB3+FT4/1.3

GNYE1

A1

A2-K124V

1 2 /1.33 4 /1.45 6 /1.4

1413222132314443

3RT1024-1BB44-3MA0

ÖLF

LEX

CLAS

SIC

110

3x1m

m²

-W6 2GNYE

-1L+/+ET1/2.6

-L-/2.9

-PE1/2.9

PagePg


+ET4/3

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3EBS

Master

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5


+ET1/5.1+ET1-A2

DI16xDC24V


+ET1/7.1+ET1-A3

DO16xDC24V/0.5A

+ET1PE:7


SIMATIC S7-300

CPU 315-2 DPinput 24VDC

DP master

DC

24V

X2 DP

BUSF

X1 MPI

STOPRUNFRCEDC5VBATFSF

CPU 315-2 DP

STOP

MRES

RUN

RUN-P

SIEMENS

1

2

5

4

6

0

3

7

SM 321DI 16xDC24V

5

6

3

1

2

4

0

7 7

3

1

6

4

2

5

0

SM 322DO 16xDC24V/0,5A

2

4

0

6

1

5

3

7


PE

M1

M2

L+

CPU 315-2 DPinput 24VDC

+ET1-A1

CPU315-2DP

+ET1-L+/+ET1/6.9

+ET1-L-/+ET1/8.9

PagePg


1

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS

Master

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

+ET1-A2+ET1/5.1DI16xDC24VDigital input16xDC24V

0L+ 1 +ET1/5.1

E0.0 2 +ET1/5.1 +ET1-A6:14 Control voltage on

E0.1 3 +ET1/5.2 +ET1-S3:14 Conveyor belt 1 on

E0.2 4 +ET1/5.3 +ET1-S4:22 Conveyor belt 1 off





E0.7 9 +ET1/5.8 +ET1-X3:10 Spare

1M 10 +ET1/5.8

0L+ 11 +ET1/6.1

E1.0 12 +ET1/6.1 +ET1-S9:12 Pneumatics on

E1.1 13 +ET1/6.2 +ET1-X3:16 Spare

E1.2 14 +ET1/6.3 +ET1-X3:17 Spare

E1.3 15 +ET1/6.4 +ET1-X3:18 Spare

E1.4 16 +ET1/6.5 +ET1-X3:19 Spare

E1.5 17 +ET1/6.6 +ET1-X3:20 Spare

E1.6 18 +ET1/6.7 +ET1-X3:21 Spare

E1.7 19 +ET1/6.8 +ET1-X3:22 Spare

2M 20 +ET1/6.81M 20 +ET1/8.8

0L+ 1 +ET1/7.1

A2.0 2 +ET1/7.1 +ET1-H2:X1 Conveyor belt 1 on

A2.1 3 +ET1/7.2 +ET1-H3:X1 Conveyor belt 1 malfunction





A2.6 8 +ET1/7.7 +ET1-H8:X1 Pneumatics on

A2.7 9 +ET1/7.8 +ET1-X4:10 Spare

0M 10 +ET1/7.8

1L+ 11 +ET1/8.1

A3.0 12 +ET1/8.1 +ET1-X4:15 Spare

A3.1 13 +ET1/8.2 +ET1-X4:16 Spare

A3.2 14 +ET1/8.3 +ET1-X4:17 Spare

A3.3 15 +ET1/8.4 +ET1-X4:18 Spare

A3.4 16 +ET1/8.5 +ET1-X4:19 Spare

A3.5 17 +ET1/8.6 +ET1-X4:20 Spare

A3.6 18 +ET1/8.7 +ET1-X4:21 Spare

A3.7 19 +ET1/8.8 +ET1-X4:22 Spare

+ET1-A3+ET1/7.1DO16xDC24V/0.5ADigital output16xDC24V/0,5A

PagePg


2

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS

Workstation 1 Beckhoff

1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

+ET

2-A2

+ET

2/2.

2KL

1012

A

B

C

D

+

-

+

-

STATION 1DP slave

+ET

2-A1

+ET

2/2.

0BK

3100

STAT

ION

1

DIA

PROFIBUS

RUN

BF

I/O RUN

I/O ERR

x1

9

7

2

4

3

5

0

8

6

1

ADDRESS

x10

3

67

109 2

4

8

5

BECK

HO

FFBK

3100

DB

A C

- -

0V24V

++

+ET

2-A3

+ET

2/2.

4KL

1012

CA

DB

-

+ +

-

+ET

2-A4

+ET

2/2.

6KL

1012

C

B

A

D

+

-

+

-

+ET

2-A5

+ET

2/3.

1KL

9190

C

B

A

D

+

-

+

-

+ET

2-A6

+ET

2/3.

2KL

2012

--

B

C

++

A

D

+ET

2-A7

+ET

2/3.

4KL

2012

D

--

A

+ +

C

B

1O 2O 1O 2O1I 2I1I 1I2I2I

PagePg


3

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS


1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

KL1012+ET2/2.2+ET2-A2

1++ET2/2.2Conveyor belt malfunction

1-+ET2/2.2

E10.01I+ET2/2.2+ET2-Q1:14Conveyor belt malfunction

1PE+ET2/2.3

2+ +ET2/2.3 Conveyor belt in use

2- +ET2/2.3

E10.1 2I +ET2/2.3 +ET2-B1:4 Conveyor belt in use

2PE +ET2/2.4

KL1012+ET2/2.4+ET2-A3

1++ET2/2.4Workpiece fixed 1

1-+ET2/2.4

E11.01I+ET2/2.4+ET2-S2:4Workpiece fixed 1

1PE+ET2/2.5

2+ +ET2/2.5 Workpiece fixed 2

2- +ET2/2.5

E11.1 2I +ET2/2.6 +ET2-S3:4 Workpiece fixed 2

2PE +ET2/2.6

KL1012+ET2/2.6+ET2-A4

1++ET2/2.6Workpiece in magazine

1-+ET2/2.6

E12.01I+ET2/2.7+ET2-S4:4Workpiece in magazine

1PE+ET2/2.7

2+ +ET2/2.7 Workpiece on the conveyor belt

2- +ET2/2.7

E12.1 2I +ET2/2.8 +ET2-S5:4 Workpiece on the conveyor belt

2PE +ET2/2.8

PagePg


4

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS


1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

KL2012+ET2/3.2+ET2-A6

1++ET2/3.2

1-+ET2/3.2

A13.01O+ET2/3.2+ET2-K1:A1Conveyor belt ON

1PE+ET2/3.3

2+ +ET2/3.3

2- +ET2/3.3

A13.1 2O +ET2/3.3 +ET2-Y1:x1 Fix workpiece 1

2PE +ET2/3.4

KL2012+ET2/3.4+ET2-A7

1++ET2/3.4

1-+ET2/3.4

A14.01O+ET2/3.4+ET2-Y2:x1Fix workpiece 2

1PE+ET2/3.5

2+ +ET2/3.5

2- +ET2/3.6

A14.1 2O +ET2/3.5 +ET2-Y3:x1 Feed workpiece

2PE +ET2/3.6

PagePg


5

OriginalEPLAN DEMO

EPLANbou +

Date

Date

Replaced by

EB3EBS

Workstation 2 Siemens ET200S

1

Modification

0 76

ApprReplacement for

8 93

162

7

4


6

2

=

Name

5

STAT

ION

2IM

151-

1 Ba

sic

+ET

3/2.

0

+ET

3-A0

SiemensET 200S

STATION 2DP slave

51

73

2 6PM

-E D

C24V

+ET

3/2.

1

+ET

3-A1

1 5

73

2 6

2 x

DO

2DO

DC2

4V/0

,5A

ST+

ET3/

3.1

+ET

3-A5

2 x

DO

1 5

73

2 6

2DO

DC2

4V/0

,5A

ST+

ET3/

3.6

+ET

3-A6

62

51

3 7

PM-E

DC2

4V+

ET3/

3.0

+ET

3-A4

2 x

DI

2 6

3 7

1 5

2DI

DC2

4V S

T+

ET3/

2.2

+ET

3-A2

51

73

2 6

2 x

DI

2DI

DC2

4V S

T+

ET3/

2.6

+ET

3-A3

PagePg


6

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS


1

Modification

0 76

ApprReplacement for

8 93

162

8

4


7

2

=

Name

5

2DI DC24V ST+ET3/2.2+ET3-A2

DC24V2+ET3/2.3

M3+ET3/2.3

INE20.01+ET3/2.2+ET3-Q1:14Conveyor belt malfunction

DC24V 6 +ET3/2.5

M 7 +ET3/2.5

INE20.1 5 +ET3/2.4 +ET3-B1:4 Conveyor belt in use

2DI DC24V ST+ET3/2.6+ET3-A3

DC24V2+ET3/2.7

M3+ET3/2.7

INE21.01+ET3/2.6+ET3-S2:4Workpiece fixed 1

DC24V 6 +ET3/2.8

M 7 +ET3/2.9

INE21.1 5 +ET3/2.8 +ET3-S3:4 Workpiece fixed 2

PagePg


7

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS


1

Modification

0 76

ApprReplacement for

8 93

162

9

4


8

2

=

Name

5

2DO DC24V/0,5A ST+ET3/3.1+ET3-A5

DC24V2+ET3/3.2

M3+ET3/3.2

OUTA22.01+ET3/3.1+ET3-K1:A1Conveyor belt ON

DC24V 6 +ET3/3.4

M 7 +ET3/3.5

OUTA22.1 5 +ET3/3.3 +ET3-Y1:x1 Fix workpiece 1

2DO DC24V/0,5A ST+ET3/3.6+ET3-A6

DC24V2+ET3/3.6

M3+ET3/3.7

OUTA23.01+ET3/3.6+ET3-Y2:x1Fix workpiece 2

DC24V 6 +ET3/3.8

M 7 +ET3/3.9

OUTA23.1 5 +ET3/3.8 Spare

PagePg


8

OriginalEPLAN DEMO

EPLANbou +

Date

Date

Replaced by

EB3EBS

Workstation 3 Phoenix Interbus

1

Modification

0 76

ApprReplacement for

8 93

162

10

4


9

2

=

Name

5

DP slaveSTATION 3

STAT

ION

3IL

PB

BK D

P/V1

(D

IP8=

OFF

+ET

4/2.

0

+ET

4-A0

IL PB BK DP/V1-PAC

1 1

33

2 2

IB I

L 24

DI

2 PA

C+

ET4/

2.2

+ET

4-A1

1 1

33

2 2

54

21

2 x

DI

IB I

L 24

DI

2 PA

C+

ET4/

2.6

+ET

4-A2

211 1

33

2 2

54

2 x

DI

IB I

L 24

PW

R I

N-P

AC+

ET4/

3.0

+ET

4-A3

1 1

33

2 2

54

21

IB I

L 24

DO

2 P

AC+

ET4/

3.1

+ET

4-A4

1

211

33

2 2

54

2 x

DO

IB I

L 24

DO

2 P

AC+

ET4/

3.5

+ET

4-A5

21 1

33

2 2

54

1

2 x

DO

PagePg


9

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS


1

Modification

0 76

ApprReplacement for

8 93

162

11

4


10

2

=

Name

5

IB IL 24 DI 2 PAC+ET4/2.2+ET4-A1

+12+ET4/2.3

-13+ET4/2.3

IN1E30.011+ET4/2.2+ET4-Q1:14Conveyor belt malfunction

PE14+ET4/2.3

+ 22 +ET4/2.4

- 23 +ET4/2.5

IN2E30.1 21 +ET4/2.4 +ET4-B1:4 Conveyor belt in use

PE 24 +ET4/2.5

IB IL 24 DI 2 PAC+ET4/2.6+ET4-A2

+12+ET4/2.6

-13+ET4/2.7

IN1E31.011+ET4/2.6+ET4-S2:4Workpiece fixed 1

PE14+ET4/2.7

+ 22 +ET4/2.8

- 23 +ET4/2.9

IN2E31.1 21 +ET4/2.8 +ET4-S3:4 Workpiece fixed 2

PE 24 +ET4/2.9

PagePg


10

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3EBS


1

Modification

0 76

ApprReplacement for

8 93

162

+ETM/1

4


11

2

=

Name

5

IB IL 24 DO 2 PAC+ET4/3.1+ET4-A4

+12+ET4/3.2

-13+ET4/3.2

OUT1A32.011+ET4/3.2+ET4-K1:A1Conveyor belt ON

PE14+ET4/3.3

+ 22 +ET4/3.4

- 23 +ET4/3.4

OUT2A32.1 21 +ET4/3.3 +ET4-Y1:x1 Fix workpiece 1

PE 24 +ET4/3.5

IB IL 24 DO 2 PAC+ET4/3.5+ET4-A5

+12+ET4/3.6

-13+ET4/3.7

OUT1A33.011+ET4/3.6+ET4-Y2:x1Fix workpiece 2

PE14+ET4/3.7

+ 22 +ET4/3.8

- 23 +ET4/3.8

OUT2A33.1 21 +ET4/3.8 Spare

PE 24 +ET4/3.9

PagePg


+EBS/11

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

EB3ETM

Enclosure

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

500 mm1200 mm500 mm

2000

mm

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

EB3ETM

Mounting

1

Modification

0 76

ApprReplacement for

8 93

162

=FB3+FTA/1

4


2

2

=

Name

5

SIEMENS

6ES7315-2AG10-0AB0

CPU 315C-2 DP

MRESSTOPRUN

STOP

FACE

DC5V

RUN

SF

BF

SIMATICS7-300

PUSH

X 23 4

3

1

2

5

4

6

0

3

7

SM 321DI 16xDC24V

6ES7 321-1BH02-0AA0

5

6

3

1

2

4

0

7

4

6ES7 322-1BH01-0AA0

7

3

1

6

4

2

5

0

SM 322DO 16xDC24V/0,5A

2

4

0

6

1

5

3

7

5

ExL N

InputAC 100-240V

QU

INT

POW

ER

DC OK

Output DC 24V 5A

Adjust22.5-28.5V

--+ +DCOK1413

7

1 3 5

2 4 6

SIEMENS5SG5 300D01 16A~400V

14

1 3 5

2 4 6


15

1 3 5

2 4 6


169

5SX2SIEMENS

11

5SX2SIEMENS

12

-X3

20

Enclosure legendType numberDevice tagItem number

A1 S73A2 S74A3 S75T1 QUINT-PS-100-240AC/24DC/57XTR UT 4-HEDI BU8F1 S 6 A/380 V9F2 5SX2102-811F3 5SX2102-812F12 3-polige Neozed-Sicherung 25A kpl.14F13 5SG570015F14 5SG570016Q1 3LD2 504-0TK5320

+ET1-MP1

8

-X1 -X2

-X4

-X0

PagePg


=EB3+ETM/2

OriginalEPLAN DEMO

EPLANbou +

Date

Date

Replaced by

FB3FTA

Drives overview

1

Modification

0 76

ApprReplacement for

8 93

162

+FT1/1

4


1

2

=

Name

5

Workstation 2

Workstation 3

Workstation 1

Workpiece

Pneumatics drives overviewProduction line

3-1A1

2-1A1

1-1A2

1-1A1

2-1A2

3-1A2

PagePg


+FTA/1

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

FB3FT1

Pneumatics Compressed air preparation

1

Modification

0 76

ApprReplacement for

8 93

162

+FT2/1

4


1

2

=

Name

5

=EB3+ET1-Y1=EB3+ET1/2.4Pneumatics ON

Supply: Pneumatics

40 µm1

5-0Q1

1

5-0Z1

1

1

5-0Q2

13

2 ø101,5 m

ø181,5 m

=EB3+ET1-S9=EB3+ET1/6.1Pneumatics on

1

5-0S1p =4 bar

1

1

5-0Z2

5 bar

13

2

1

5-0V25-0F1 5-0W2

5-0W1

1

5-0V1

1

5-1Z2

5-0V3 5-0W3

P1 /clamping fixture

1

2

PagePg


+FT1/1

OriginalEPLAN DEMO

EPLANbou +

Date

Date

Replaced by

FB3FT2

Pneumatics Clamping fixture

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

1-0W6

513

1-0W4

513

Workstation 1

Pneumatic part of aclamping fixture

451 2 31-1V1

=EB3+ET2-Y1=EB3+ET2/3.3Valve forward

=EB3+ET2-Y2=EB3+ET2/3.4Valve backward

1-0W5

1A3A

5A1B3B

5B4 2

ø61,5 m

ø61,5 m

ø101,5 m

1

1-0Z4

1

2

1-1V2

11-0Z3

1 2

1-1A1valve 1

2 1

1-1A2valve 2

1

2

1-1V3

-P1/1.1 -P1 / 1.0

PagePg


1

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

FB3FT2

Drives overview

1

Modification

0 76

ApprReplacement for

8 93

162

+FT3/4

4


2

2

=

Name

5


Supply workpiece

Workpiec

e stoc

k

Workpiece

Conveyor belt

Pneumatics drives overviewWorkpiece stock

1

4-1A1

=EB3+ET2-S5=EB3+ET2/2.715-34VWorkpiece on the conveyor belt

1

2 3

4-1V1

4-1A1

=EB3+ET2-S4=EB3+ET2/2.615-34VWorkpiece in magazine

1

4-1P1

ø61,5 m

PagePg


+FT2/2

OriginalEPLAN DEMO

EPLANbou +

Date

Date

Replaced by

FB3FT3


1

Modification

0 76

ApprReplacement for

8 93

162

+FT4/1

4


4

2

=

Name

5

Workstation 2

315

2-0W4

315

2-0W6


245B

3B1B

5A

3A1A

2-0W5


451 2 32-1V1


1

2

2-1V2

1 2

2-1A1valve 1

2 1

2-1A2valve 2

12-0Z3

1

2-0Z4

ø101,5 m

ø61,5 m

ø61,5 m

1

2

2-1V3

-P1/4.1 -P1 / 4.0

PagePg


+FT3/4

OriginalEPLAN DEMO

EPLANbou +

Date

Date

Replaced by

FB3FT4


1

Modification

0 76

ApprReplacement for

8 93

162

+FTM/1

4


1

2

=

Name

5

451 2 33-1V1



Workstation 3

315

3-0W4

315

3-0W6

3A1A

3-0W5

245B

3B1B

5A


ø61,5 m

ø61,5 m

1

2

3-1V21

2

3-1V3

1 2

3-1A1valve 1

13-0Z3

2 1

3-1A2valve 2

1

3-0Z4

ø101,5 m

-P1/

PagePg


+FT4/1

OriginalEPLAN DEMO

EPLANsil +

Date

Date

Replaced by

FB3FTM

Manifold sub-base

1

Modification

0 76

ApprReplacement for

8 93

162

=REPORT+TERM_KL/1

4


1

2

=

Name

5

30 mm

50 m

m

24 mm 24 mm

R 7,5

mm

28 mm 28 mm

G 3/8

Manifold sub-base5/3-way solenoid valves

110 mm

95 mm

ø 7,5

Terminal strip Terminal strip definition text

F14_001

Terminals Graphical page of terminal diagrams

Terminal-strip overview

first last Total PE Total N Total number

PagePg


=FB3+FTM/1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL

Terminal-strip overview : =EB3+ET1-X0 - =EB3+ET4-X2

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

=EB3+ET1-X3

3005PE1control voltage=EB3+ET1-X2

1836PE1power=EB3+ET1-X1

511PEL1=EB3+ET1-X0

=REPORT+TERM_KL/5

=REPORT+TERM_KL/6

=REPORT+TERM_KL/7

=REPORT+TERM_KL/2

=REPORT+TERM_KL/3

=REPORT+TERM_KL/8

4PE1power=EB3+ET2-X1

2400241=EB3+ET1-X4

240024

=REPORT+TERM_KL/4

=REPORT+TERM_KL/9

2 15

=EB3+ET2-X2 control voltage 1 PE 1 0 8

=EB3+ET3-X1 power 1 PE 4 2 15


=EB3+ET4-X1 power 1 PE 4 2 15


1

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point

Function text Target designation

Cable type

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL

Terminal diagram =EB3+ET1-X0

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

=EB3+ET1-X0

Network supply of V2/45-T4 -V2/45-T4 2-Q1L1 L1 /1.0

= -V2/45-T4 4-Q1L2 L2 /1.1

= -V2/45-T4 6-Q1L3 L3 /1.1

= 1-NN /1.1

= -V2/45-T4 1-PEPEN PE /1.1

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

PE /3.55

power=EB3+ET1-X1

Power supply Workstation 1 +ET2-X1 2-F121 1 /3.1

-W11

ÖLFLEX CLASSIC 100

CY

BK

-W12

ÖLFLEX CLASSIC 100

CY

-W13

ÖLFLEX CLASSIC 100

CY

= +ET2-X1 4-F122 2 /3.1BN

= +ET2-X1 6-F123 3 /3.2GY

= +ET2-X1 4-N4 4 /3.2BU

= +ET2-X1 4-PEPE PE /3.2GNYE

PE-X1

Power supply Workstation 1 -W11 PE-X1SH PE /3.2SH

Power supply Workstation 2 +ET3-X1 2-F131 7 /3.4BK

= +ET3-X1 4-F132 8 /3.4BN

= +ET3-X1 6-F133 9 /3.5GY

= +ET3-X1 5-N4 10 /3.5BU

= +ET3-X1

13 /3.7BK

= +ET4-X1 4-F142 14 /3.7BN

= +ET4-X1 6-F143 15 /3.8GY

= +ET4-X1 6-N4 16 /3.8BU

= +ET4-X1 6-PEPE PE /3.8GNYE

PE-X1

Power supply Workstation 3 -W13 PE-X1SH PE /3.8SH

PE

-W12 PE

-X1

Power supply Workstation 2 -X1

-PEPEGNYE

Power supply Workstation 3 2

PESH /3.5

+ET4-X1

SH

-F141

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

GNYE

control voltage=EB3+ET1-X2

Distribution 24V DC +ET2-X2 2-F31 1 /1.5

-W21

ÖLFLEX CLASSIC 110

1

-W22

ÖLFLEX CLASSIC 110

-W23

ÖLFLEX CLASSIC 110

-W3

ÖLFLEX CLASSIC 110

-W4

ÖLFLEX CLASSIC 110

= +ET3-X2 1 2 /1.51

= +ET4-X2 1 3 /1.61

= +ET2-X2 1-XTR2 4 /1.62

= +ET3-X2 2 5

/2.14

= +ET4-X2 S22-A65 19 /2.15

= +ET4-X2 6 20 /2.16

= +ET4-X2 S32-A67 21 /2.17

-H1

Pneumatics ON -Y1 8-PEPE PE /2.4GNYE

Pneumatics on -S9 13-X311 24 /6.11

L+-A1

Pneumatics on -S9 15-X312 25 /6.12

= -S9 9-PEPE PE /6.2GNYE

22

Emergency stop 12

Distribution 24V DC -PE

-S1

=

/2.1

3

+ET2-X2

14

3

/1.7

+ET4-X2

2

Distribution 24V DC

=

-X2

+ET4-X2 2 6 /1.72

Control voltage on +ET2-X2 24-A63 7 /2.63

= +ET3-X2 3 8

x1 /2.4

-Y1

-Y1

5

4+ET4-X2

=

=

7

+ET2-X2

/2.63

= +ET4-X2 34-A63 9 /2.6

4

= +ET2-X2 5 11 /2.15

= +ET2-X2 22-S16 12 /2.16

= +ET2-X2 7 13 /2.1

= +ET3-X2 4 /2.14

+ET3-X2 15 /2.15

= +ET3-X2 6 16 /2.16

= +ET3-X2 7 17 /2.17

PE PE /1.8GNYE

PE

18

4 10

-X2 PE+ET3-X2Distribution 24V DC

-X2 PE

/1.8PEPE

X2

/2.4A22 -A6

GNYE PE

X1

-X2 PEPE /1.8

23

-H11

x2

Pneumatics ON

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


4

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

=EB3+ET1-X3

-S3 A1-A613 1 /5.1

1-A22 /5.1

Control voltage on -A6 2-A214 3 /5.1

1-X4

Conveyor belt 1 on -S3 3-A214 4 /5.2

Conveyor belt 1 off -S4 4-A222 5 /5.3





Spare 9-A210 /5.8

= 10-A211 /5.8

= X2-H112 /5.8

24-X213 /6.1

11-A214

-X2 -A2 1225 15

/6.620

14=

-A2

/6.2

17

16

=

-A2

/6.5

13

19 16

15

=

= /6.4

/6.317

18 -A2

Spare

-A2

-A2

/6.822

/6.1Pneumatics on

/6.1

12=

/6.823 -A2

-A2

20=

/6.824 -X4

19=

-A2 /6.718= 21

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


5

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

7

4


6

2

=

Name

5

21 /8.7

= 19-A322 /8.8

= 20-A323 /8.8

= M1-A124 /8.9

4 /7.2

Conveyor belt 2 on -H4 4-A3X1 5

/7.4

Conveyor belt 3 on -H6 6-A3X1 7 /7.5

Conveyor belt 3 malfunction -H7 7-A3X1 8

11-A3 /8.1

Spare 12-A315 /8.1

= 13-A316 /8.2

= 14-A317 /8.3

= 15-A318 /8.4

= 16-A319 /8.5

= 17-A320 /8.6

= 18-A3

Pneumatics on

/7.6

1 -X3

/7.13X1-H2Conveyor belt 1 on -A3 2

/7.12 -A3 1

3 /7.0

=EB3+ET1-X4

14

13 /8.0

11 /7.8

= 24-X312 /7.9

-A3X2

9-A310 /7.8

= -H8 10

-H8 8-A3X1 9 /7.7

Spare

6X1-H5 -A3Conveyor belt 2 malfunction

/7.3

5

X1 -A3Conveyor belt 1 malfunction 3-H3

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


6

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

8

4


7

2

=

Name

5


Distribution 24V DC +ET1-X2 24V-A11 1 +ET1/1.5

+ET1-W

21Ö

LFLEX CLASSIC 110

1

= +ET1-X2 0V-A14 2 +ET1/1.62

Control voltage on +ET1-X2 3-A57 3 +ET1/2.63

Emergency stop +ET1-X2 11-S110 4 +ET1/2.14

=

13 7 +ET1/2.17

Distribution 24V DC +ET1-X2 1PE-A1PE PE +ET1/1.8GNYE

612

11 12-S1+ET1-X2

-S1 21+ET1-X2=

5 +ET1/2.15

-S1 22+ET1-X2=

6 +ET1/2.1

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


7

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

9

4


8

2

=

Name

5

+ET1/2.114

+ET1-X2


Distribution 24V DC +ET1-X2 1-A02 1 +ET1/1.5

+ET1-W

22Ö

LFLEX CLASSIC 110

1

+ET1/2.1

4

125

4

5 15

-S1+ET1-X2

+ET1/2.6

=

3

Emergency stop 11

-S1

-PE1

22

6 +ET1/2.1

GNYE +ET1/1.8PE PE

21-S1= 16

= +ET1-X2 3-A05 2 +ET1/1.72

Control voltage on +ET1-X2 2-A48 3

+ET1-X2

17

Distribution 24V DC

=

1

7

6

+ET1-X2

+ET1-X2 +ET1/2.1-S17

Cable type

Target designation

Connection point

Terminal

Jumper

Page / column

Cable name

Strip

F13_001

Cable name

Terminal diagram

Connection point


Cable type

PagePg


8

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

20

4


9

2

=

Name

5

-A0

+ET1/2.6

Emergency stop

3 9 3

= +ET1-X2 13 +ET1/1.72

Control voltage on +ET1-X2 11-A3

+ET1-W

23Ö

LFLEX CLASSIC 110

1Distribution 24V DC +ET1-X2 11-A03 1 +ET1/1.6

6 2

21

6 +ET1/2.1620 -S1 21=

-A0 14+ET1-X2

5 +ET1/2.1519

+ET1/2.14

control voltage

+ET1-X2

GNYE +ET1/1.8PE

18 -S1

-S1

Distribution 24V DC PE

11

12

+ET1/2.1-S17 22+ET1-X27=

+ET1-X2

=EB3+ET4-X2

+ET1-X2=

4

Terminal-connection diagram

Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


9

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL

Terminal-connection diagram =EB3+ET1-X0

1

Modification

0 76

ApprReplacement for

8 93

162

21

4


20

2

=

Name

5

1

2

3

4

5

6 1 1

L1

L1 L2 L3 PEN

PEN

2 4 6 1 3 5

L3L2L1

=EB3+ET1-X0

-Q11-N

1-PE

-V2/45-T4


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


20

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

22

4


21

2

=

Name

5

4

1

PE

PE

PE

L1 L2 L3 N PE

1

2

3

4

5

6 5 5

PE

L1 L2 L3 N PE

1

PE

PE1

2

3

4

5

6

1

2

3

4

5

6 4

1

GNYE

2 4

14

BN

13

BK

GNYE

PE

1 2 3 4 PE

PE

PE

GNYE

10

BU

2 4 6 1 3 5

PE

PE

PE L1 L2 L3

9

BU

GY

8

GY

BN

7

BN

BK

GNYE

PE

BK

1 2 3 4 PE

PE

PE

GNYE

GNYE

4

BU

2 4 6 1 3 5

3

GY

2

BN

1

BK

=EB3+ET1-X1

21

ÖLFLEX CLASSIC 100 CY

-W11




-W12


-F124-N

4 5

+ET2-X1

PE


+ET3-X1

PE

-N -X1

PE

PE

+ET2-X1

-W11

5


PE

-X1

+ET2-XA1

PE

-PE

PE

+ET2-W1

+ET2-X1

PE

+ET3-X1

+ET3-XA1

PE

-PE

-W12

+ET3-W1

+ET3-X1

PE

-F13 -F14

+ET4-X1

-W13

N

PE


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


21

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

23

4


22

2

=

Name

5

L1 L2 L3 N PE

6 6

3

PE

PE

PE

1

2

3

4

5

6

PE

PE

PE L1 L2 L3 NBUGYBN

GNYE

PE

3 4 PE

PE

PE

GNYE

GNYE

16

BU

=EB3+ET1-X1

GY

15

5316



-F146

+ET4-X1

BK

-W13

-PE -X1

PE

PE

6-N

+ET4-X1


PE

PE

+ET4-XA1

-W13

+ET4-W1

+ET4-X1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


22

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

24

4


23

2

=

Name

5

24V

1

1

2

1

1

11

1

0V

2

3

2

13

2

3

3

2

3

24

11

3

21

22

11

12

21

22

11

12

4

21

22

11

12

4

S22

21

22

11

12

4

4 5 6 7

11 12 21 22

4 5 6 7

S22 S32

21

7

20

6

19

5

18

44 5 6 7

11 12 21 22

4 5 6 7

17

7

16

6

15

5

14

44 5 6 7

11 12 21 22

4 5 6 7

12 11 22 21

13

7

12

6

11

5

10

4

24 34

9

3

8

3

7

36

2

5

2

4

2

3

1

2 1

2

1

1

1

=EB3+ET1-X2

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

+ET2-X2

1

24V

-W21

1

+ET2-A1

-F3

+ET3-X2

1

1

-W22

1

+ET3-A0

+ET4-X2

1

11

-W23

1

+ET4-A0

1-XTR

+ET2-X2

2

0V

-W21

2

+ET2-A1

+ET3-X2

2

3

-W22

2

+ET3-A0

+ET4-X2

2

13

-W23

2

+ET4-A0

+ET2-X2

3

3

-W21

3

+ET2-A5

+ET3-X2

3

2

-W22

3

+ET3-A4

-A6

+ET4-X2

3

11

-W23

3

+ET4-A3

-S1

+ET2-X2

-W21

+ET2-S1

+ET3-X2

-W22

+ET3-S1

-A6

+ET4-X2

-W23

+ET4-S1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


23

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

25

4


24

2

=

Name

5

PE

133

1PE

PE

1

PE

PE

PE

14

PE

X1

X2 A2 8

PEx1

x2

12

E1.0

9

PE11

12P

3-PE

+ET2-X2

PE

1PE

-W21

PE

+ET2-A1

X2

11 12 PE

PE

+ET3-X2

PE

PE

GNYE

PE

1

-W22

ÖLFLEX CLASSIC 110

PE

+ET3-PE1

15

13 15

25

2

24

1x1

+ET3-X2

x2 PE

+ET2-X2

-X2

PE

+ET4-X2

PE

PE

GNYE

PE

14

-W23

ÖLFLEX CLASSIC 110

PE

+ET4-A0

23

2

X1

22

1

-H1

PE PE

A2PE PE-A6

GNYE

PE

GNYE

GNYE

PE

GNYE

PE

GNYE

=EB3+ET1-X2

8

ÖLFLEX CLASSIC 110

-PE

-Y1

-W3ÖLFLEX CLASSIC 110

-A2

ÖLFLEX CLASSIC 110

-W21

-X3

12

ÖLFLEX CLASSIC 110

-W22

9-PE

-S9

-W4ÖLFLEX CLASSIC 110


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


24

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

26

4


25

2

=

Name

5

X1

X2A1

13

14 14

13

14

21

22

13

14

21

22

13

14

21

22

1

11

12P

2411

A1-A6

9

14

24

21

13

X2 X1

-A614

12

-S3

1 2 3

-S3

4 5

-S4

6 7 8 10

11

22 21

-S5

109

14 13

-S6

8

22 21

7

14 13

-S7

6

22 21

5

14 13

-S8

43

13 14

-A2

21

=EB3+ET1-X3

12

-H1

11

24

-S9

-X2

ÖLFLEX CLASSIC 110

11-A2

-W4


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


25

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

27

4


26

2

=

Name

5

11

12P

25

12

E1.012

1312

18

25

19 24

14 15 17 18 19 20

232221

25

16

1

15

2

=EB3+ET1-X320

12

17

11

-W4

-X2

ÖLFLEX CLASSIC 110

-S9

16-A2

12-X4


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


26

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

28

4


27

2

=

Name

5

14

3

X1

X2

X1

X2

X1

X2

X1

X2

X1

X2

X1

X2

1

X1

X2

2411

11

X2

8

X2 X1 X2

1 2 3 4 5 6 7 8 9 10

11109

X1X1 X2

7

X1

6

X2X2

4

X1 X2

21

=EB3+ET1-X4

1512

18145 13 15

X1

12 16

14

X1

1733

-A6

-X3

14

3

-H2 -H3 -H4 -H5 -H6 -H7

-A3

-H8

24-X3

13-A3


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


27

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

29

4


28

2

=

Name

5

16

A3.4

M1

24

16 17 19 20

2322212019

=EB3+ET1-X4

18-A3

M1-A1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


28

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

30

4


29

2

=

Name

5

1

2

3

4

5

6 4 4

1

L1 L2 L3 N PE

PE

1

2

3

4

5

6I>I> I>

PE

L1 L2 L3 N PE

PE

PE

6

L3

4

BU

2

2 4 6 1 3 5

4

L1

1

GNYE

PE9

BU

8

GY

7

BN

6

BK

PE

PE L1 L3 N

PE

BUGYBNBK

1 2 3 4 PE

1 2

3

GY

2

BN

1

BK

=EB3+ET2-X1

5

GNYE

4

L2

3

PE

PE

GNYE

GNYE

N

3


-W1


+ET1-W11

+ET1-F124

+ET1-N

+ET1-X1

4

+ET1-W11

+ET1-PE

-XA1

-X1

L2


-Q1

+ET1-X1

PE

-XA1

PE

-W1


PE-X1

PE


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


29

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

31

4


30

2

=

Name

5

L1 L2 L3 N PE

PE1

2PE

U1 V1 W1 PE

3M

1

GY BU

PE

BN

1 2 3 4

V1 U1 W1 PE

1 2 3 4

PE

GNYE

GNYE

2 1 4 3 6 5

PE L1 L3BN

NGNYE

PE

=EB3+ET2-X1

BN

12

BK

13

PE

BK

BK

14

GY

GY

-W1

ÖLFLEX CLASSIC 110 H

-W3

-XA1

-X1

L2


-K1PE

-X1

-XS1

-W2


PE

-M1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


30

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

32

4


31

2

=

Name

5

24V

1

2

3

24

21

22

11

12

21

22

11

12

1PE

3

1

ÖLFLEX CLASSIC 110

+ET1-F3

GNYE

5

5 6

-A1

7

74

21

1

+ET1-XTR

4 7

3

10 11 12 13

-A5

PE

1

24

+ET1-A6

4 7 10 12 PE

PE3

3

1 2

24V 0V

2

2

2 1

-S1

+ET1-S1

1

1

=EB3+ET2-X2

12 11 22 21

6

2211 12

4

1PE-A1

+ET1-X2

3

+ET1-W21

+ET1-PE


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


31

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

33

4


32

2

=

Name

5

1

2

3

4

5

6 5 5

7

L1 L2 L3 N PE

PE

1

2

3

4

5

6I>I> I>

PE

L1 L2 L3 N PE

PE


+ET1-W12

6

BN

GNYE

5

+ET1-N

BU

2

2

4

PE

PE

3

56

GY

2

GNYE

PE

PE

+ET1-F13

109

+ET1-X1

5

+ET1-W12

+ET1-PE

87

PE109

-XA1

-X1

L2

87

GY

5

BK BNL1 L2 L3 N PE

GY


GNYE

PE9

4

L1 L3 N

BN

1

BK

=EB3+ET3-X1

1

6

BU

8

-Q11

PE

GNYE

3

7

BK

3

BU

4

+ET1-X1


PE

-XA1

PE

-W1

-W1


PE-X1

PE


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


32

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

34

4


33

2

=

Name

5

L1 L2 L3 N PE

PE1

2PE

1

U1 V1 W1 PE

3M

1

-XA1

13

L2

=EB3+ET3-X1

BN

1

2

63

BN

2

L3

3

PE


14

N

PEGY

-X1

BKGNYE

1 2 3 PE

PE

2 3 PE

1 2 3 PE

V1 W1 PE

PE

5

GNYE

GNYE

4

BN

12

BK

BK

PE

PE L1

1GY

BU

U1

1

GY

PE

-W1

-X1


-XS1

-M1


-W2

-W3

PE

-XS1

-K1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


33

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

35

4


34

2

=

Name

5

2 21

22

11

12 1

PE

PE

1

2

GNYE3

11 222112

42 5 8 15

PE

7

7

6

6

5

5

4

1

=EB3+ET3-X2

PE

GNYE

1

PE1716

1

2

3

2 3

ÖLFLEX CLASSIC 110

-A02

-PE1

ÖLFLEX CLASSIC 110

PE

1-A4

+ET1-X2

+ET2-X2

PE

PE

14

+ET1-W22

+ET1-W21

+ET1-X2

PE

-S1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


34

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

36

4


35

2

=

Name

5

1

2

3

4

5

6 6 6

13

L1 L2 L3 N PE

PE

1

2

3

4

5

6I>I> I>

PE

L1 L2 L3 N PE

PE


+ET1-W13

GNYE

GNYE

PE

PE

6

+ET1-N

13

GNYE

PE

L1 L2 L3 N PE

1 3

+ET1-F14

5 2

+ET1-X1

6

+ET1-W13

+ET1-PE

4 6

9

BU

8

-XA1

-X1

L2

GY

7

BN

6

BK

PE

PE L1 L3 N

PE


BUGYBNBK

4

BU

2 4 6 1 3 5

3

GY

2

BN

-Q1

1

BK

=EB3+ET4-X1

GNYE

13 14 15 16 PE

14 15 16

+ET1-X1


PE

-XA1

PE

-W1

-W1


PE-X1

PE


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


35

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

37

4


36

2

=

Name

5

L1 L2 L3 N PE

PE1

2PE

1

U1 V1 W1 PE

3M

1

-XA1L2

BN

13

BN

1 4

PE

L1

1 2 3 PE

1


2 3 PE

-X1

1 2 3 PE

1 2 3 PE

5

U1 V1 W1 PE

PE

GNYE

GNYE

PE

BUGYBNBKGNYEPE

=EB3+ET4-X1

BK

BK

PE L3

2

N

6

12

3

GY

GY

14

PE

-W1

-X1


-XS1

-M1


-W2

-W3

PE

-XS2

-K1


Jumpers

Inte

rnal

tar

gets

Connection point

2.8.2007F11_001

Exte

rnal

tar

gets

primoz.drofenik

Terminal

PagePg


36

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTTERM_KL


1

Modification

0 76

ApprReplacement for

8 93

162

+PLG_ST/1

4


37

2

=

Name

5

1121

22

11

12

S2234

14

PE

PE

11

3

76

3 6 9 18 19 20 21 PE

9 19 21 PE

PE

22

GNYE

GNYE

34 S22

11 13

2

2

1

1

=EB3+ET4-X2

4

21

73

S32

312

4

65

11

5

ÖLFLEX CLASSIC 110

ÖLFLEX CLASSIC 110

-A011

-S1 -A0

PE

-A314

+ET1-X2

+ET3-X2

PE

PE

+ET1-W23

+ET1-W22

+ET1-X2

PE

+ET1-A6

Plug

F23_001

Plug designation Plug definition text

Plug overview

Total numberTotal PElastPage of plug diagram

first Total N

PagePg


+TERM_KL/37

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLG_ST

Plug overview : =EB3+ET2-XS1 - =EB3+ET4-XS2

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

4=EB3+ET4-XS2 1 01PE


4=EB3+ET3-XS1 1 01

=REPORT+PLG_ST/5

=REPORT+PLG_ST/4

=REPORT+PLG_ST/6

PE


4=EB3+ET2-XS1 1 014

=REPORT+PLG_ST/3

=REPORT+PLG_ST/2

F22_001

Strip designation

Plugdesignation

Plug diagram

Cable type

Target designation

Connection point

Jumper

Page / column

Cable name

Cable name

Connection point


Cable type

Device

connection point

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLG_ST

Plug diagram =EB3+ET2-XS1

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

GNYEGNYE /1.44PE -X1 PE-M1=

GYGY /1.43W1 -X1 14-M1=

BNBN /1.42U1 -X1 13-M1=

BKBK

-W2

ÖLFLEX CLASSIC 110

HÖLFLEX CLASSIC 110

H-W

3

/1.31V1 -X1 12-M1Conveyor belt drive 1

=EB3+ET2-XS1

F22_001

Strip designation

Plugdesignation

Plug diagram

Cable type

Target designation

Connection point

Jumper

Page / column

Cable name

Cable name

Connection point


Cable type

Device

connection point

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLG_ST


1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

GNYE /1.4PEPE -X1 PE-XS1=

GY /1.433 -X1 14-XS1=

BN /1.422 -X1 13-XS1=

BK

-W2

ÖLFLEX CLASSIC 110

H/1.311 -X1 12-XS1Conveyor belt drive 2

=EB3+ET3-XS1

F22_001

Strip designation

Plugdesignation

Plug diagram

Cable type

Target designation

Connection point

Jumper

Page / column

Cable name

Cable name

Connection point


Cable type

Device

connection point

PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLG_ST


1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

= PEPEGNYE /1.4-XS1

GY

PE-M1

/1.4W1 -XS1 3-M1=

BN /1.42V1 -XS1 2-M1=

BK

ÖLFLEX CLASSIC 110

H-W

3

/1.31U1 -XS1 1-M1Conveyor belt drive 2

=EB3+ET3-XS1

3

F22_001

Strip designation

Plugdesignation

Plug diagram

Cable type

Target designation

Connection point

Jumper

Page / column

Cable name

Cable name

Connection point


Cable type

Device

connection point

PagePg


4

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLG_ST


1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

/1.3-XS2 1

ÖLFLEX CLASSIC 110

H1

GNYE /1.4PEPE -X1 PE-XS2=

GY /1.433 -X1 14-XS2=

BN /1.4

Conveyor belt drive 3 -X1 12

=EB3+ET4-XS1

22 -X1 13-XS2=

BK

-W2

F22_001

Strip designation

Plugdesignation

Plug diagram

Cable type

Target designation

Connection point

Jumper

Page / column

Cable name

Cable name

Connection point


Cable type

Device

connection point

PagePg


5

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLG_ST


1

Modification

0 76

ApprReplacement for

8 93

162

+CBL_KBL/1

4


6

2

=

Name

5

GNYE /1.4PEPE -XS1 PE-M1=

GY /1.43W1 -XS1 3-M1=

BN /1.42V1 -XS1 2-M1=

BK

ÖLFLEX CLASSIC 110

H-W

3

/1.31U1 -XS1 1-M1Conveyor belt drive 3

=EB3+ET4-XS2

F10_001

Cross-section [mm]Cable name Graphical page

of cable diagramSource (from)

Cable overviewConductors

usedTarget (to) Length [m]all conductors RemarkCable type

PagePg


+PLG_ST/6

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable overview : =EB3+ET1-W3 - =EB3+ET4-W2

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

5

=EB3+ET2-W7

=EB3+ET2-W3

3

=EB3+ET3-PE1

3=EB3+ET3-A6 =EB3+ET3-Y2 ÖLFLEX CLASSIC 110 5=EB3+ET3-W6 13

=EB3+ET3-PE1


4=EB3+ET3-XS1 =EB3+ET3-M1 ÖLFLEX CLASSIC 110 H 3=EB3+ET3-W3 2,54

=EB3+ET3-X1

=EB3+ET3-W1

=EB3+ET3-X1

3=EB3+ET2-A4 =EB3+ET2-S5 UNITRONIC Sensor FD UL/CSA 2=EB3+ET2-W12 0,343






3=EB3+ET2-A6 =EB3+ET2-Y1

=REPORT+CBL_KBL/4

4

3

2,5

4


=EB3+ET2-M1

2,5

4

3=EB3+ET2-A2 =EB3+ET2-B1 UNITRONIC Sensor FD UL/CSA

=EB3+ET3-XS1 ÖLFLEX CLASSIC 110 H

=REPORT+CBL_KBL/4

4

=EB3+ET2-W1

=REPORT+CBL_KBL/9

=REPORT+CBL_KBL/9

=REPORT+CBL_KBL/9

=REPORT+CBL_KBL/6

=EB3+ET3-XA1

=REPORT+CBL_KBL/6

0,34

=REPORT+CBL_KBL/4

=REPORT+CBL_KBL/6

=REPORT+CBL_KBL/6

=REPORT+CBL_KBL/2

=REPORT+CBL_KBL/2

3

=REPORT+CBL_KBL/6

=REPORT+CBL_KBL/2

=REPORT+CBL_KBL/6

4=EB3+ET4-X1 =EB3+ET4-XS1 ÖLFLEX CLASSIC 110 H

=REPORT+CBL_KBL/6

1=EB3+ET4-W2 2,54

=EB3+ET4-W1

=REPORT+CBL_KBL/9

=REPORT+CBL_KBL/9

=REPORT+CBL_KBL/2

1

5=EB3+ET4-X1 =EB3+ET4-XA1 ÖLFLEX CLASSIC 100 CY 1=EB3+ET4-W1 45

3=EB3+ET3-A3

=REPORT+CBL_KBL/2

=EB3+ET3-S3 UNITRONIC Sensor FD UL/CSA 5=EB3+ET3-W9 0,343

=REPORT+CBL_KBL/4

=REPORT+CBL_KBL/2

3=EB3+ET3-A3 =EB3+ET3-S2 UNITRONIC Sensor FD UL/CSA

4 =REPORT+CBL_KBL/65

=REPORT+CBL_KBL/6

=EB3+ET3-W1

=REPORT+CBL_KBL/6

=EB3+ET2-XS1

=REPORT+CBL_KBL/9

=REPORT+CBL_KBL/4

=EB3+ETA-ROBOTER =EB3+ET2-A1 ZB3200 3=EB3+ET1-W32 0,640

2=EB3+ETA-ROBOTER =EB3+ET1-A1 ZB3200 4=EB3+ET1-W31 0,640

12=EB3+ET1-X2 =EB3+ET4-X2 ÖLFLEX CLASSIC 110 12=EB3+ET1-W23 18



=EB3+ET1-W13

5=EB3+ET1-X1 =EB3+ET4-X1 ÖLFLEX CLASSIC 100 CY 12=EB3+ET1-W13 45

=EB3+ET1-W12


=EB3+ET1-W11


3=EB3+ET1-X2 =EB3+ET1-S9 ÖLFLEX CLASSIC 110 3=EB3+ET1-W4 13

3=EB3+ET1-X2 =EB3+ET1-Y1 ÖLFLEX CLASSIC 110 3=EB3+ET1-W3 13

ÖLFLEX CLASSIC 110 3=EB3+ET2-W5 13

4=EB3+ET2-X1 =EB3+ET2-XS1 ÖLFLEX CLASSIC 110 H 1=EB3+ET2-W2 2,54

5=EB3+ET2-X1 =EB3+ET2-XA1 ÖLFLEX CLASSIC 100 CY 1=EB3+ET2-W1 45





2

1

=EB3+ET3-W2

5

=REPORT+CBL_KBL/6

=EB3+ET3-W8 0,343

3=EB3+ET3-A2 =EB3+ET3-B1 UNITRONIC Sensor FD UL/CSA 3=EB3+ET3-W7 0,34

3ÖLFLEX CLASSIC 110 H

=REPORT+CBL_KBL/6

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable diagram =EB3+ET1-W3 =EB3+ET1-W4 =EB3+ET1-W11 =EB3+ET1-W12

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

/3.1 /3.1+ET2-X1Power supply Workstation 1 -X1 BK Power supply Workstation 111

/6.1 /6.1-S9= -X2 2 =1225

/2.4 /2.4-Y1Pneumatics ON -X2 1 Pneumatics ONx122

/6.2 /6.2-S9= -X2 GNYE PEPE

/2.4 /2.4-Y1= -X2 2 =x223

ÖLFLEX CLASSIC 110

3 31

=EB3+ET1-W3

Page / columnTarget designation from Conductor Target designation to Conn. pt

Cable type

No. of conductorsRemark

Function text

Cross-section Cable length

Page / columnFunction text

Cable name

Conn. pt

/2.4 /2.4-Y1= -X2 GNYE PEPE

/6.1 /6.1-S9Pneumatics on -X2 1 Pneumatics on1124

F09_002 Cable diagram

/3.1 /3.1+ET2-X1= -X1 BN =22

/3.2 /3.2+ET2-X1= -X1 GY =33

/3.2 /3.2+ET2-X1= -X1 BU =44

/3.2 /3.2+ET2-X1= -X1 GNYE =PEPE

-X1= PE -W11 SHSH/3.2 /3.1


/3.4 /3.4+ET3-X1= -X1 BN =28

/3.5 /3.5+ET3-X1= -X1 GY =39

/3.5 /3.5+ET3-X1= -X1 BU =410

=EB3+ET1-W4

1 33

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

=EB3+ET1-W11

4 55



Cable type


Function text



Cable name

Conn. pt

=EB3+ET1-W12

4 85



Cable type


Function text



Cable name

Conn. pt

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable diagram =EB3+ET1-W12 =EB3+ET1-W13 =EB3+ET1-W21

1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

F09_002 Cable diagramÖLFLEX CLASSIC 100 CY

5 84

=EB3+ET1-W12


Cable type


Function text



Cable name

Conn. pt

/3.5 /3.5+ET3-X1Power supply Workstation 2 -X1 GNYE Power supply Workstation 2PEPE

/3.5 /3.4-W12= -X1 SHPE SH


/3.7 /3.7+ET4-X1= -X1 BN =214

/3.8 /3.8+ET4-X1= -X1 GY =315

/3.8 /3.8+ET4-X1= -X1 BU =416

/3.8 /3.8+ET4-X1= -X1 GNYE =PEPE

-W13= -X1 SHPE SH/3.8 /3.7

/1.5 /1.5+ET2-X2Distribution 24V DC -X2 1 Distribution 24V DC11

/1.6 /1.6+ET2-X2= -X2 2 =24

/2.6 /2.6+ET2-X2Control voltage on -X2 3 Control voltage on37

/2.1 /2.1+ET2-X2Emergency stop -X2 4 Emergency stop410

/2.1 /2.1+ET2-X2= -X2 5 =511

/2.1 /2.1+ET2-X2= -X2 6 =612

713/2.1 /2.1+ET2-X2= -X2 7 =

8

9

10

11

/1.8 /1.8+ET2-X2Distribution 24V DC -X2 GNYE Distribution 24V DCPEPE

=EB3+ET1-W13

4 125



Cable type


Function text



Cable name

Conn. pt

=EB3+ET1-W21

1 512

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable diagram =EB3+ET1-W22 =EB3+ET1-W23

1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

F09_002 Cable diagramÖLFLEX CLASSIC 110

12 81

=EB3+ET1-W22


Cable type


Function text



Cable name

Conn. pt

Distribution 24V DC /1.5/1.5 +ET3-X2-X2 1 Distribution 24V DC12

25/1.7 =+ET3-X2 /1.7= -X2 2

+ET3-X2 /2.6/2.6 3 Control voltage on3-X2Control voltage on 8

14 4/2.1 /2.1+ET3-X2Emergency stop -X2 4 Emergency stop

/2.1 /2.1+ET3-X2= -X2 5 =515

/2.1 /2.1+ET3-X2= -X2 6 =616

/2.1 /2.1+ET3-X2= -X2 7 =717

8

9

10

11


/1.6 /1.6+ET4-X2Distribution 24V DC -X2 1 Distribution 24V DC13

/1.7 /1.7+ET4-X2= -X2 2 =26

/2.6 /2.6+ET4-X2Control voltage on -X2 3 Control voltage on39

/2.1 /2.1+ET4-X2Emergency stop -X2 4 Emergency stop418

/2.1 /2.1+ET4-X2= -X2 5 =519

/2.1 /2.1+ET4-X2= -X2 6 =620

/2.1 /2.1+ET4-X2= -X2 7 =721

8

9

10

11

=EB3+ET1-W23

1 1212

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

PagePg


4

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

/1.4 /1.4-XS1= -X1 BN =213

/1.4 /1.3-M1= -XS1 BN =U12

+ETA/3.1/1.2 -X1= PE SH-W1SH

/1.4 /1.3-M1= -XS1 GNYE =PE4

/1.4 /1.3-M1= -XS1 GY =W13

/1.3 /1.3-XS1Conveyor belt drive 1 -X1 BK Conveyor belt drive 1112

/1.2 /1.1-XA1= -X1 GNYE =PEPE

/1.4 /1.4-XS1= -X1 GNYE =4PE

/1.3 /1.3-M1Conveyor belt drive 1 -XS1 BK Conveyor belt drive 1V11

/1.4 /1.4-XS1= -X1 GY =314

F09_002 Cable diagramÖLFLEX CLASSIC 110

12 121

=EB3+ET1-W23


Cable type


Function text



Cable name

Conn. pt


/1.1 /1.1-XA1Robot 1 -X1 BK Robot 1L16

/1.1 /1.1-XA1= -X1 BN =L27

/1.2 /1.1-XA1= -X1 GY =L38

/1.2 /1.1-XA1= -X1 BU =N9

=EB3+ET2-W1

4 15



Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W2

2,5 14



Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W3

2,5 34



Cable type


Function text



Cable name

Conn. pt

PagePg


5

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable diagram =EB3+ET2-W5 =EB3+ET2-W6 =EB3+ET2-W7 =EB3+ET2-W8 =EB3+ET2-W9

1

Modification

0 76

ApprReplacement for

8 93

162

7

4


6

2

=

Name

5

/2.3 /2.3-B1-A2 BK =22-

/2.3 /2.3-B1= -A2 BU =12+

/2.6 /2.5-S3Workpiece fixed 2 -A3 BN Workpiece fixed 242I

/2.4 /2.4-S2Workpiece fixed 1 -A3 BN Workpiece fixed 141I

/2.4 /2.4-S2= -A3 BU =11+

/2.4 /2.4-S2-A3 BK =31-

/3.4 /3.4-A6 GNYE PE2PE

/3.3 /3.3-Y1Fix workpiece 1 -A6 1 Fix workpiece 1x12O

/2.3 /2.3-B1Conveyor belt in use -A2 BN Conveyor belt in use42I

ÖLFLEX CLASSIC 110

3 31

=EB3+ET2-W5


Cable type


Function text



Cable name

Conn. pt


/3.5/3.5 PEGNYE-A7 1PE

/3.4 /3.4-Y2-A7 2 =x21-

/3.4 /3.4-Y2Fix workpiece 2 -A7 1 Fix workpiece 2x11O

/3.3 /3.3-Y1-A6 2 =x22-

=EB3+ET2-W6

1 53

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W7

0,34 33

UNITRONIC Sensor FD UL/CSA


Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W8

0,34 53



Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W9

0,34 43



Cable type


Function text



Cable name

Conn. pt

PagePg


6

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

8

4


7

2

=

Name

5

/2.5 /2.5-S3-A3 BK =32-


/2.5 /2.5-S3Workpiece fixed 2 -A3 BU Workpiece fixed 212+


3 40,34

=EB3+ET2-W9


Cable type


Function text



Cable name

Conn. pt

= -X1 L2-XA1 =/1.1 /1.17 BN

-XA1 /1.1Robot 2 Robot 2-X1 6 L1BK/1.1

/2.7 /2.7-S5-A4 BK =32-

/2.7 /2.7-S5= -A4 BU =12+

/2.8 /2.7-S5Workpiece on the conveyor belt -A4 BN Workpiece on the conveyor belt42I

/2.6 /2.6-S4-A4 BK =31-

/2.6 /2.6-S4= -A4 BU =11+

/2.7 /2.6-S4Workpiece in magazine -A4 BN Workpiece in magazine41I

/3.6 /3.6-A7 GNYE PE2PE

/3.6 /3.5-Y3-A7 2 =x22-

/3.5 /3.5-Y3Feed workpiece -A7 1 Feed workpiecex12O

=EB3+ET2-W10

1 23

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W11

0,34 23



Cable type


Function text



Cable name

Conn. pt

=EB3+ET2-W12

0,34 23



Cable type


Function text



Cable name

Conn. pt

=EB3+ET3-W1

4 15



Cable type


Function text



Cable name

Conn. pt

PagePg


7

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

9

4


8

2

=

Name

5

/3.5 /3.3-Y1-A5 2 =x27

/3.3 /3.3-Y1Fix workpiece 1 -A5 1 Fix workpiece 1x15

/1.3 /1.3-M1Conveyor belt drive 2 -XS1 BK Conveyor belt drive 2U11

/1.4 /1.4-XS1= -X1 GNYE =PEPE

/1.4 /1.4-XS1= -X1 GY =314

/1.4 /1.4-XS1= -X1 BN =213


PE SH-X1= -W1 +ETA/3.4/1.2 SH

PE PE =-X1= -XA1 /1.1/1.2 GNYE

9 NBU-X1 == -XA1/1.2 /1.1

8 -XA1-X1Robot 2 L3GY Robot 2/1.2 /1.1

/1.4 /1.3-M1= -XS1 BN =V12

/1.4 /1.3-M1= -XS1 GNYE =PEPE

/1.4 /1.3-M1= -XS1 GY =W13


5 14

=EB3+ET3-W1


Cable type


Function text



Cable name

Conn. pt


/3.5 /3.5-Y1-PE1 GNYE PE3

=EB3+ET3-W2

2,5 14



Cable type


Function text



Cable name

Conn. pt

=EB3+ET3-W3

2,5 34



Cable type


Function text



Cable name

Conn. pt

=EB3+ET3-W5

1 33

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

PagePg


8

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

10

4


9

2

=

Name

5

/2.6 /2.6-S2Workpiece fixed 1 -A3 BN 41

/2.7 /2.6-S2-A3 BU 12


/2.7 /2.6-S2-A3 BK 33

/2.8 /2.8-S3-A3 BU 16

/2.9 /2.8-S3-A3 BK 37

/1.1 /1.1-XA1Robot 3 -X1 BK Robot 3L16

/2.4 /2.4-B1Conveyor belt in use -A2 BN 45

/3.7 /3.6-Y2-A6 2 =x23

/3.7 /3.7-Y2-PE1 GNYE PE4

/2.5 /2.4-B1-A2 BU 16

ÖLFLEX CLASSIC 110

3 51

=EB3+ET3-W6


Cable type


Function text



Cable name

Conn. pt


-A6/3.6 /3.6-Y2Fix workpiece 2 Fix workpiece 21 x11

/2.5 /2.4-B1-A2 BK 27

=EB3+ET3-W7

0,34 33



Cable type


Function text



Cable name

Conn. pt

=EB3+ET3-W8

0,34 53



Cable type


Function text



Cable name

Conn. pt

=EB3+ET3-W9

0,34 53



Cable type


Function text



Cable name

Conn. pt

=EB3+ET4-W1

4 15



Cable type


Function text



Cable name

Conn. pt

PagePg


9

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

11

4


10

2

=

Name

5

F09_002 Cable diagramÖLFLEX CLASSIC 100 CY

5 14

=EB3+ET4-W1


Cable type


Function text



Cable name

Conn. pt

/1.1 /1.1-XA1Robot 3 -X1 BN Robot 3L27

/1.2 /1.1-XA1= -X1 GY =L38

/1.2 /1.1-XA1= -X1 BU =N9

/1.2 /1.1-XA1= -X1 GNYE =PEPE

+ETA/3.7/1.2 -X1= PE SH-W1SH


/1.4 /1.4-XS1= -X1 BN =213

/1.4 /1.3-M1= -XS2 BN =V12

/1.4 /1.3-M1= -XS2 GY =W13

/1.4 /1.3-M1= -XS2 GNYE =PEPE

/1.4 /1.4-XS1= -X1 GY =314

/1.4 /1.4-XS1= -X1 GNYE =PEPE

/1.3 /1.3-M1Conveyor belt drive 3 -XS2 BK Conveyor belt drive 3U11


/3.4 /3.3-Y1-A4 2 =x223

/3.5 /3.5-Y1-A4 GNYE PE24

=EB3+ET4-W2

2,5 14



Cable type


Function text



Cable name

Conn. pt

=EB3+ET4-W3

2,5 44



Cable type


Function text



Cable name

Conn. pt

=EB3+ET4-W5

1 33

ÖLFLEX CLASSIC 110


Cable type


Function text



Cable name

Conn. pt

PagePg


10

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

12

4


11

2

=

Name

5

/2.6 /2.6-S2-A2 BU 112


/2.7 /2.6-S2-A2 BK 313

/2.4 /2.4-B1-A1 BU 122

ÖLFLEX CLASSIC 110

3 31

=EB3+ET4-W6


Cable type


Function text



Cable name

Conn. pt


/2.4 /2.4-B1Conveyor belt in use -A1 BN 421

/3.7 /3.7-Y2-A5 GNYE PE14



/3.7 /3.6-Y2-A5 2 =x213

/2.8 /2.8-S3-A2 BU 122

/2.5 /2.4-B1-A1 BK 223

/2.9 /2.8-S3-A2 BK 323

=EB3+ET4-W7

0,34 33



Cable type


Function text



Cable name

Conn. pt

=EB3+ET4-W8

0,34 53



Cable type


Function text



Cable name

Conn. pt

=EB3+ET4-W9

0,34 53



Cable type


Function text



Cable name

Conn. pt

F07_0012.8.2007primoz.drofenik

Cable-connection diagram

Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


11

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable-connection diagram =EB3+ET1-W3

1

Modification

0 76

ApprReplacement for

8 93

162

13

4


12

2

=

Name

5

A2

22

X1

X28

PEx1

x2

-Y1

-PE

-X2

22 23 PE

22 23 PE

x1 x2 PE

GN

YE

-A6

2

-H1

X1 X2

1ÖLFLEX CLASSIC 110

A2

=EB3+ET1-W3

8



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


12

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

14

4


13

2

=

Name

5

13

24

9

PE11

12P

-S9

-PE

-X2

24 25 PE

24 25

11 12 PE

GN

YE

-X3

13 15

15


=EB3+ET1-W4

9

PE

1



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


13

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

15

4


14

2

=

Name

5

4 4

1

1

PE

PE

L1 L2 L3 N PE

1

2

3

4

5

6

PE

PE

N

-X1

BUL3L1PE

PE

+ET

2-XA

1+

ET2-

X1

L2GYBNBK

+ET

2-X1

-X1

1 2 3 4

1 2 3 4

1 2 3 4 PE

PE

GNYE

GN

YE

-N

BU

-F12

2 4 6 1 3 5

GY

BNBKÖLFLEX CLASSIC 100 CY

=EB3+ET1-W11

SH

PE

PE PE


PE

PE-PE

-W1

44



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


14

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

16

4


15

2

=

Name

5

5 5

1

7

PE

PE

L1 L2 L3 N PE

1

2

3

4

5

6

PE

L3L1PE

+ET

3-XA

1+

ET3-

X1

L2

+ET

3-X1

-PE

-X1

7 8 9 10

7 8 9 10

1 2 4 PE

PE

GN

YE

-N

GNYE

BU

-F13

2 4 6 1 3 5

GY


=EB3+ET1-W12

PE

SH

PE

PE

BK

PE

GYBN BU

-X1

N

PE


PE

PE

3

-W1

55



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


15

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

17

4


16

2

=

Name

5

6 6

1

13

PE

PE

L1 L2 L3 N PE

1

2

3

4

5

6-X

1

-PE

+ET

4-X1

13 1615

1413

PE

16

14

15

PE

1 2 3 4

PE

GNYE

GN

YE

-N

BU

-F14

2 4 6 1 3 5

GY


=EB3+ET1-W13

PE

SH

-X1

PE

PE

L1 N

PE

L3BU

PE

+ET

4-XA

1+

ET4-

X1

L2GYBK


BN

PE

PE

PE

-W1

66



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


16

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

18

4


17

2

=

Name

5

24V

24

3

21

22

11

12

21

22

11

12

1

3

1

1PE

1

2

+ET

2-A1

+ET

2-X2

-PE

-X2

1 4 7 10 12 PE

1 4 7 10 11 12 13 PE

1 2 3 4 5 6 7 PE

1 2 3 4 5 6 7 PE

GN

YE

111098

+ET

2-S1

-S1

12 11 22 21

11 12 21 22

7654

+ET

2-A5

-A6

3

-XTR

1 2+

ET2-

A1

24V 0V

2

2 1


=EB3+ET1-W21

24

1PE

3

3

-F3



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


17

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

19

4


18

2

=

Name

5

21

22

11

12

2

PE

1

11

2

+ET

3-PE

1

+ET

3-X2

-X2

-X2

PE

2 5 8 14 15 16 17 PE

1 2 3 4 5 6 PE

1 2 3 4 5 6 7 PE

GN

YE

111098

+ET

3-S1

11 12 21 22

7654

+ET

3-A4

3

+ET

3-A0

1 3

21

=EB3+ET1-W22

2

PE

ÖLFLEX CLASSIC 110

7

1

PE



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


18

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

20

4


19

2

=

Name

5

11

S2234

21

22

11

12

3

PE

1

11 14

20 21 PE

1 2 3 4 5 6 7 PE

1 2 3 4 5 6 7 PE

GN

YE

1198

+ET

4-S1

-A6

34 S22 S32

11 12 21 22

7654

+ET

4-A3

3

+ET

4-A0

11 13


=EB3+ET1-W23

+ET

4-A0

+ET

4-X2

-X2

-X2

9 19 21 PE

6 9 18 19

11

PE

PE

3

14

10



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


19

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

21

4


20

2

=

Name

5

1

2

3

4

5

6I>I> I>

L1 L2 L3 N PE

6

PE

PEPE

PE

PE

SH

-XA1

-X1

-X1

6 7 8

6 7 9

L1 L2 L3 N PE

GN

YE

-Q1

1 3 5 2 4 6

BUGY

BKÖLFLEX CLASSIC 100 CY

=EB3+ET2-W1

PEPE

PE

PE

BN

8



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


20

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

22

4


21

2

=

Name

5

1

2

12

PE

1

U1 V1 W1 PE

3M

-M1

-XS1

-X1

-X1

12 13 14 PE

12 13 14 PE

1 2 3 4

V1 U1 W1 PE

1 2 3 4

GNYE

GN

YE

-K1

2 1 4 3 6 5

GY

GY

BN

BN

BK

BKÖLFLEX CLASSIC 110 H

=EB3+ET2-W2

-W3ÖLFLEX CLASSIC 110 H

PE

PE



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


21

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

23

4


22

2

=

Name

5

1

12

U1 V1 W1 PE

3M

-M1

-X1

-XS1

1 2 3 4

12 13 14

12 13 14 PE

1 2 3 4

V1 U1 W1 PE

GN

YE

GY

GY

BN

BN

BKBKÖLFLEX CLASSIC 110 H

=EB3+ET2-W3

-W2

PE


GNYE



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


22

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

24

4


23

2

=

Name

5

2O

A13.1

x1

x2

PE

2O 2-

GN

YE

-Y1

x1 x2


=EB3+ET2-W5

PE

2PE-A6



Cond

ucto

r

Inte

rnal

tar

gets

Exte

rnal

tar

gets

PagePg


23

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

25

4


24

2

=

Name

5

1O

A14.0

x1

x2

PE

1-

GN

YE

x2

-Y2

1PE1O

ÖLFLEX CLASSIC 110 1 2

=EB3+ET2-W6

PEx1

-A7



Cond

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Exte

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24

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

26

4


25

2

=

Name

5

2I

E10.1

2

4

1+ -

2I-A2

2-

4

=EB3+ET2-W7

UNITRONIC Sensor FD UL/CSA BN BU BK

21

2+

-B1



Cond

ucto

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rnal

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25

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

27

4


26

2

=

Name

5

1I

E11.0

1

4

3

+ -

=EB3+ET2-W8

BK

UNITRONIC Sensor FD UL/CSA BN

-A3

BU

3

1I 1-

4 1

1+

-S2



Cond

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26

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

28

4


27

2

=

Name

5

2I

E11.1

1

4

3

+ -

3

BKBUBN

=EB3+ET2-W9

2-

4

2I

-S3

-A3

1

2+




Cond

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27

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

29

4


28

2

=

Name

5

2O

A14.1

x1

x2

PE

-A7

2O

=EB3+ET2-W10


x2x1

-Y3

GN

YE2PE

PE

2-



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28

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

30

4


29

2

=

Name

5

1I

E12.0

1

4

3

+ -

-S4

-A4

1I 1-

3

BKBUBN


=EB3+ET2-W11

1

1+

4



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29

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

31

4


30

2

=

Name

5

2I

E12.1

1

4

3

+ -

-S5

-A4

2I 2-

3

BKBUBN


=EB3+ET2-W12

1

2+

4



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30

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

32

4


31

2

=

Name

5

1

2

3

4

5

6I>I> I>

L1 L2 L3 N PE

6

PE

PE

PEPE

PEPE876

-X1

SH

L2L1


=EB3+ET3-W1

5 4 623

6

GN

YE

1-Q1

BU

NL3

PE9

-XA1

PE

7

PE

8 PE

GY

-X1



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31

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

33

4


32

2

=

Name

5

1

2

12

PE

1

1

U1 V1 W1 PE

3M

-M1

-XS1

-XS1

-X1

-X1

12 13 14 PE

12 13 14 PE

1 2 3

ÖLFLEX CLASSIC 110 H BK

BK

BN

BN

GY

GY

563412-K1

GN

YE

GNYEPEW1V1U1

PE321

PE321

PE321

PE


PE

=EB3+ET3-W2

-W3

PE



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32

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

34

4


33

2

=

Name

5

1

1

U1 V1 W1 PE

3M

-M1

-XS1

-XS1

1 2 3 PE

1 2 PE

1 2 3 PE

1 2 3 PE

U1 V1 W1 PE

GN

YE

GY

BNBKÖLFLEX CLASSIC 110 H

=EB3+ET3-W3

3



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33

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

35

4


34

2

=

Name

5

3

5

A22.1

PEx1

x2

x1

-PE1

x2

21

=EB3+ET3-W5

GN

YE

PE

7-A5

5

-Y1

ÖLFLEX CLASSIC 110

3



Cond

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34

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

36

4


35

2

=

Name

5

4

1

A23.0

PEx1

x2

PE

-PE1

-Y2

x2

=EB3+ET3-W6

ÖLFLEX CLASSIC 110 1 2

31-A6

GN

YE

x1

4



Cond

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35

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

37

4


36

2

=

Name

5

5

E20.1

2

4

1+ -

-B1


-A2

5

BKBUBN

7

24

=EB3+ET3-W7

1

6



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36

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

38

4


37

2

=

Name

5

1

E21.0

1

4

3

+ -

BK

-A3

-S2

4

31

=EB3+ET3-W8

UNITRONIC Sensor FD UL/CSA BN BU

1

2

3



Cond

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tar

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37

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

39

4


38

2

=

Name

5

5

E21.1

1

4

3

+ -

-S3

-A3

7

=EB3+ET3-W9

UNITRONIC Sensor FD UL/CSA BN BU BK

5

31

6

4



Cond

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38

OriginalEPLAN DEMO


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Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

40

4


39

2

=

Name

5

1

2

3

4

5

6I>I> I>

L1 L2 L3 N PE

6

PE

PEPE

PEPE

BK

PE


=EB3+ET4-W1

-Q1

GN

YE

PE

76 9

L1

8

L2

BU

641 3 25

SH

-X1

-XA1

-X1

76

L3 PEN

BN

PE

GY

PE

8



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39

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

41

4


40

2

=

Name

5

1

2

12

PE

1

1

U1 V1 W1 PE

3M

-XS2

-XS1

-X1

-X1

12 13 14 PE

12 13 14 PE

1 2 3 PE

1 2 3 PE

=EB3+ET4-W2

-M1

4

PE321

PEU1 V1 W1

1

GNYE

GN

YE

-K1

PE

2 3 6 5

GY

32

BN

1

BK

BNBKÖLFLEX CLASSIC 110 H


PE

GY

-W3

PE



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40

OriginalEPLAN DEMO


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Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

42

4


41

2

=

Name

5

1

1

U1 V1 W1 PE

3M

2

PE3

U1

PE

2

GN

YE

BN GYÖLFLEX CLASSIC 110 H

=EB3+ET4-W3

BK

W1V1

1

1

PE

3

PE321

PE321

-XS2

-XS1

-M1



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41

OriginalEPLAN DEMO


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Date

Replaced by

REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

43

4


42

2

=

Name

5

21

A32.1

PEx1

x2

PE

-Y1

21 24

ÖLFLEX CLASSIC 110

=EB3+ET4-W5

1

-A4

GN

YE

2

x2

23

x1



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42

OriginalEPLAN DEMO


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Date

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REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

44

4


43

2

=

Name

5

11

A33.0

PEx1

x2

ÖLFLEX CLASSIC 110

=EB3+ET4-W6

GN

YE

-Y2

-A5

14

x1 PE

21

11

x2

13



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43

OriginalEPLAN DEMO


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Date

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REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

45

4


44

2

=

Name

5

21

E30.1

2

4

1+ -

23-A1

-B1

2

BKBUBN


=EB3+ET4-W7

4

21

1

22



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44

OriginalEPLAN DEMO


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Date

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REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

46

4


45

2

=

Name

5

11

E31.0

1

4

3

+ -

BN


=EB3+ET4-W8

BKBU

-S2

34

1311

1

12-A2



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45

OriginalEPLAN DEMO


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Date

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REPORTCBL_KBL


1

Modification

0 76

ApprReplacement for

8 93

162

47

4


46

2

=

Name

5

21

E31.1

1

4

3

+ -

-S3

-A2

21 23

3

BKBUBN


=EB3+ET4-W9

1

22

4

F10_001

Cross-section [mm]Cable name Graphical page

of cable diagramSource (from)

Cable overviewConductors

usedTarget (to) Length [m]all conductors RemarkCable type

PagePg


46

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCBL_KBL

Cable overview : =EB3+ET4-W3 - =EB3+ET4-W9

1

Modification

0 76

ApprReplacement for

8 93

162

+CON_VBL/1

4


47

2

=

Name

5

3

=EB3+ET4-W3 2,54

=EB3+ET4-W5 13 =REPORT+CBL_KBL/9

=EB3+ET4-XS2 =EB3+ET4-M1 ÖLFLEX CLASSIC 110 H 4

ÖLFLEX CLASSIC 110

0,34

=EB3+ET4-A1 3=EB3+ET4-W7 0,34

3 3ÖLFLEX CLASSIC 110

=REPORT+CBL_KBL/11

=EB3+ET4-W8

3

=EB3+ET4-S2

=EB3+ET4-Y1

=REPORT+CBL_KBL/11UNITRONIC Sensor FD UL/CSA

0,34

=EB3+ET4-B1

=EB3+ET4-W9

3

=EB3+ET4-A4

3

=EB3+ET4-S3

=REPORT+CBL_KBL/11

3

5

13

=REPORT+CBL_KBL/11

=EB3+ET4-A2 3


=REPORT+CBL_KBL/9

=EB3+ET4-W6 =EB3+ET4-Y2=EB3+ET4-A5

3 5=EB3+ET4-A2

3


4

Color Page / column 2

Connection listCross-section

F27_001

Length Function definitionTargetSource Page / column 1Connection

PagePg


+CBL_KBL/47

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCON_VBL

Connection list

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

=EB3+ET1-Q1:6=EB3+ET1/1.7 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:13

=EB3+ET1/1.8 Direct connection4=EB3+ET1-X2:PE=EB3+ET1/1.0=EB3+ET1-V2/45-T4:L1 =EB3+ET1/1.0 Conductor / wire4

=EB3+ET1/3.1 Conductor / wire16=EB3+ET1-Q1:5=EB3+ET1/1.0=EB3+ET1-X0:L3 =EB3+ET1/1.1 Conductor / wire16

=EB3+ET1/1.1 Conductor / wire

=EB3+ET1-X0:L1=EB3+ET1/1.1=EB3+ET1-V2/45-T4:L2 =EB3+ET1/1.1 Conductor / wire4=EB3+ET1-X0:L2=EB3+ET1/1.1=EB3+ET1-V2/45-T4:L3

Conductor / wire=EB3+ET1-XTR:2=EB3+ET1/1.4=EB3+ET1-F12:1 =EB3+ET1/3.1 Conductor / wire16=EB3+ET1-F1:1=EB3+ET1/1.4

=EB3+ET1/1.6=EB3+ET1-A6:A2 =EB3+ET1/2.3 Conductor / wire1=EB3+ET1-XTR:1=EB3+ET1/1.6=EB3+ET1-PE:2 =EB3+ET1/1.6

1=EB3+ET4-X2:2=EB3+ET1/1.6=EB3+ET1-X2:4 =EB3+ET1/1.6 Conductor / wire1=EB3+ET1-XTR:1

=EB3+ET1-Q1:3=EB3+ET1/1.0=EB3+ET1-X0:L2 =EB3+ET1/1.1 Conductor / wire16=EB3+ET1-Q1:4=EB3+ET1/1.0=EB3+ET1-F12:5

16=EB3+ET1-Q1:2=EB3+ET1/1.0=EB3+ET1-F12:3 =EB3+ET1/3.1 Conductor / wire

=EB3+ET1-A6:24 1 Conductor / wire=EB3+ET1/2.6=EB3+ET1-X2:7 =EB3+ET1/2.5=EB3+ET1-A6:14 1 Conductor / wire=EB3+ET1/5.1=EB3+ET1-X3:3 =EB3+ET1/2.5=EB3+ET1-A6:A2 1 Conductor / wire=EB3+ET1/2.4=EB3+ET1-X2:23 =EB3+ET1/2.3=EB3+ET1-A6:A1 1 Conductor / wire=EB3+ET1/5.1=EB3+ET1-X3:1 =EB3+ET1/2.3=EB3+ET1-H1:X2 1 Conductor / wire=EB3+ET1/5.8=EB3+ET1-X3:12 =EB3+ET1/2.5=EB3+ET1-H1:X1 1 Conductor / wire=EB3+ET1/2.5=EB3+ET1-A6:14 =EB3+ET1/2.5=EB3+ET1-S2:14 Conductor / wire=EB3+ET1/2.5=EB3+ET1-A6:S33 =EB3+ET1/2.5=EB3+ET1-S2:13 Conductor / wire=EB3+ET1/2.5=EB3+ET1-A6:S34 =EB3+ET1/2.5=EB3+ET1-S1:22 Conductor / wire=EB3+ET1/2.1=EB3+ET1-X2:12 =EB3+ET1/2.1=EB3+ET1-S1:21 Conductor / wire=EB3+ET1/2.4=EB3+ET1-A6:S31 =EB3+ET1/2.1=EB3+ET1-X2:13 Wire jumper=EB3+ET1/2.1=EB3+ET1-X2:16 =EB3+ET1/2.1=EB3+ET4-S1:22 Conductor / wire=EB3+ET1/2.1=EB3+ET4-X2:7 =EB3+ET1/2.1=EB3+ET1-X2:17 Wire jumper=EB3+ET1/2.1=EB3+ET1-X2:20 =EB3+ET1/2.1=EB3+ET3-X2:6 Conductor / wire=EB3+ET1/2.1=EB3+ET3-S1:21 =EB3+ET1/2.1=EB3+ET1-X2:21 Conductor / wire=EB3+ET1/2.5=EB3+ET1-A6:S32 =EB3+ET1/2.1=EB3+ET4-X2:6 Conductor / wire=EB3+ET1/2.1=EB3+ET4-S1:21 =EB3+ET1/2.1=EB3+ET1-PE:8 Conductor / wire=EB3+ET1/2.4

=EB3+ET1-X2:PE =EB3+ET1/1.8=EB3+ET1-X2:PE 4 Direct connection=EB3+ET1/1.8=EB3+ET1-X2:PE =EB3+ET1/1.8=EB3+ET4-X2:1 1 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:11 =EB3+ET1/1.6=EB3+ET3-X2:1 1 Conductor / wire=EB3+ET3/2.0=EB3+ET3-A0:1 =EB3+ET1/1.5=EB3+ET2-X2:1 1 Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:24V =EB3+ET1/1.5=EB3+ET3-X2:PE 4 Conductor / wire=EB3+ET3/3.1=EB3+ET3-PE1:1 =EB3+ET1/1.8=EB3+ET2-X2:PE 4 Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:1PE =EB3+ET1/1.8=EB3+ET4-X2:PE 4 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:14 =EB3+ET1/1.8=EB3+ET3-X2:2 1 Conductor / wire=EB3+ET3/2.0=EB3+ET3-A0:3 =EB3+ET1/1.7=EB3+ET2-X2:2 1 Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:0V =EB3+ET1/1.6=EB3+ET1-T1 Internal=EB3+ET1/1.4=EB3+ET1-T1 =EB3+ET1/1.4=EB3+ET1-T1 Internal=EB3+ET1/1.4=EB3+ET1-T1 =EB3+ET1/1.4=EB3+ET1-T1:- Conductor / wire=EB3+ET1/1.6=EB3+ET1-XTR:1 =EB3+ET1/1.5=EB3+ET1-F2:2 1 Conductor / wire=EB3+ET1/2.5=EB3+ET1-A6:13 =EB3+ET1/1.4=EB3+ET1-F2:1 1 Conductor / wire=EB3+ET1/1.4=EB3+ET1-T1:+ =EB3+ET1/1.4=EB3+ET1-F2:1 1 Conductor / wire=EB3+ET1/1.4

Conductor / wire=EB3+ET1/1.0=EB3+ET1-X0:L1 =EB3+ET1/1.0=EB3+ET1-Q1:1 16 Conductor / wire=EB3+ET1/1.4=EB3+ET1-F1:1 =EB3+ET1/1.0=EB3+ET1-N:1 4 Direct connection=EB3+ET1/1.1=EB3+ET1-X0:N =EB3+ET1/1.1=EB3+ET1-N:2 1,5 Conductor / wire=EB3+ET1/1.5=EB3+ET1-T1:N =EB3+ET1/1.5=EB3+ET1-PE:1 4 Conductor / wire=EB3+ET1/1.1=EB3+ET1-X0:PE =EB3+ET1/1.1=EB3+ET1-PE:3 4 Conductor / wire=EB3+ET1/1.8=EB3+ET1-X2:PE =EB3+ET1/1.8=EB3+ET4-XS2 Direct connection=EB3+ETA/3.8=EB3+ET4-XS1 =EB3+ETA/3.8=EB3+ET3-XS1 Direct connection=EB3+ETA/3.5=EB3+ET3-XS1 =EB3+ETA/3.5

1

16

4

4

4

=EB3+ET1-F3:1 =EB3+ET1/1.4

=EB3+ET1-X2:PE =EB3+ET1/2.4=EB3+ET1-X0:PE Conductor / wire=EB3+ET1/1.1=EB3+ET1-V2/45-T4:PEN =EB3+ET1/1.1=EB3+ET1-X0:L3

=EB3+ET1-F3:2 1 Conductor / wire=EB3+ET1/2.3=EB3+ET1-A6:A1 =EB3+ET1/1.4=EB3+ET1-F3:2 1 Conductor / wire=EB3+ET1/1.5=EB3+ET1-X2:1 =EB3+ET1/1.4=EB3+ET1-F1:2 1,5 Conductor / wire=EB3+ET1/1.4=EB3+ET1-T1:L1



F27_001


PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCON_VBL

Connection list

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

=EB3+ET2-X1:4

=EB3+ET1/3.1Conductor / wire=EB3+ET1-F12:1

=EB3+ET1/3.2 Wire jumper

4=EB3+ET1-X1:1

=EB3+ET2/1.2=EB3+ET1-F14:6

=EB3+ET1/3.116Conductor / wire

4

Conductor / wire

=EB3+ET1-F12:3=EB3+ET1/3.1

=EB3+ET2/3.1 Conductor / wire1=EB3+ET1-S1:12

=EB3+ET3-A4:2 =EB3+ET1/2.6=EB3+ET2-A5:3

1

=EB3+ET1-F13:4 4 Conductor / wire=EB3+ET1/3.4=EB3+ET1-X1:8 =EB3+ET1/3.4=EB3+ET1-F13:3 16 Conductor / wire=EB3+ET1/3.7=EB3+ET1-F14:3 =EB3+ET1/3.4=EB3+ET1-F13:2 4 Conductor / wire=EB3+ET1/3.4=EB3+ET1-X1:7 =EB3+ET1/3.4=EB3+ET1-F13:1 16 Conductor / wire=EB3+ET1/3.7=EB3+ET1-F14:1 =EB3+ET1/3.4=EB3+ET3-X1:3 4 Wire jumper=EB3+ET3/1.2=EB3+ET3-X1:8 =EB3+ET1/3.5=EB3+ET3-X1:2 4 Wire jumper=EB3+ET3/1.1=EB3+ET3-X1:7 =EB3+ET1/3.4=EB3+ET3-X1:1 4 Wire jumper=EB3+ET3/1.1=EB3+ET3-X1:6 =EB3+ET1/3.4=EB3+ET3-X1:PE 4 Direct connection=EB3+ET3/1.2=EB3+ET3-X1:PE =EB3+ET1/3.5=EB3+ET3-X1:4 4 Wire jumper=EB3+ET3/1.2=EB3+ET3-X1:9 =EB3+ET1/3.5=EB3+ET1-X1:PE 4 Direct connection=EB3+ET1/3.8=EB3+ET1-X1:PE =EB3+ET1/3.8

=EB3+ET1/3.8=EB3+ET4-X1:1 4 Wire jumper=EB3+ET4/1.1=EB3+ET4-X1:6 =EB3+ET1/3.7=EB3+ET4-X1:2 4 Wire jumper=EB3+ET4/1.1=EB3+ET4-X1:7 =EB3+ET1/3.7=EB3+ET4-X1:PE

4 Direct connection=EB3+ET1/3.2=EB3+ET1/3.2=EB3+ET1-X1:3 =EB3+ET1/3.1

=EB3+ET1/3.1=EB3+ET1-F12:4 Conductor / wire

Conductor / wire=EB3+ET1/3.4=EB3+ET1-F13:3

4 Direct connection=EB3+ET4/1.2=EB3+ET4-X1:PE =EB3+ET1/3.8=EB3+ET4-X1:4 4

=EB3+ET1/2.1=EB3+ET1-X2:10

Wire jumper

Conductor / wire

=EB3+ET1-A6:13=EB3+ET1/2.1=EB3+ET1-A6:S21 =EB3+ET1/2.4 Conductor / wire=EB3+ET1-S1:11=EB3+ET1/2.1

=EB3+ET1/3.5=EB3+ET1-N:4 4 Direct connection=EB3+ET1/3.2=EB3+ET1-X1:4 =EB3+ET1/3.2=EB3+ET1-PE:4 4 Conductor / wire=EB3+ET1/3.2=EB3+ET1-X1:PE =EB3+ET1/3.2=EB3+ET1-N:5 4 Direct connection=EB3+ET1/3.5=EB3+ET1-X1:10 =EB3+ET1/3.5=EB3+ET1-PE:6 4 Conductor / wire=EB3+ET1/3.8=EB3+ET1-X1:PE =EB3+ET1/3.8=EB3+ET1-N:6 4 Direct connection=EB3+ET1/3.8=EB3+ET1-X1:16 =EB3+ET1/3.8=EB3+ET1-X2:22 1 Conductor / wire=EB3+ET1/2.5=EB3+ET1-H1:X1 =EB3+ET1/2.4=EB3+ET1-X2:23 1 Conductor / wire=EB3+ET1/2.5=EB3+ET1-H1:X2 =EB3+ET1/2.4=EB3+ET2-S1:22 Conductor / wire=EB3+ET1/2.1=EB3+ET2-X2:7 =EB3+ET1/2.1=EB3+ET3-S1:22 Conductor / wire=EB3+ET1/2.1=EB3+ET3-X2:7 =EB3+ET1/2.1=EB3+ET2-X2:6 Conductor / wire=EB3+ET1/2.1=EB3+ET2-S1:21 =EB3+ET1/2.1=EB3+ET1-X2:19 Conductor / wire=EB3+ET1/2.4=EB3+ET1-A6:S22 =EB3+ET1/2.1=EB3+ET4-X2:4 Conductor / wire=EB3+ET1/2.1=EB3+ET4-S1:11 =EB3+ET1/2.1=EB3+ET1-X2:18 Wire jumper=EB3+ET1/2.1=EB3+ET1-X2:15 =EB3+ET1/2.1=EB3+ET4-S1:12 Conductor / wire=EB3+ET1/2.1=EB3+ET4-X2:5 =EB3+ET1/2.1=EB3+ET3-X2:4 Conductor / wire=EB3+ET1/2.1=EB3+ET3-S1:11 =EB3+ET1/2.1=EB3+ET1-X2:14 Wire jumper=EB3+ET1/2.1=EB3+ET1-X2:11 =EB3+ET1/2.1=EB3+ET3-S1:12 Conductor / wire=EB3+ET1/2.1=EB3+ET3-X2:5 =EB3+ET1/2.1=EB3+ET2-X2:4 Conductor / wire=EB3+ET1/2.1=EB3+ET2-S1:11 =EB3+ET1/2.1=EB3+ET2-S1:12 Conductor / wire=EB3+ET1/2.1=EB3+ET2-X2:5 =EB3+ET1/2.1=EB3+ET4-X2:3 Conductor / wire=EB3+ET4/3.0=EB3+ET4-A3:11 =EB3+ET1/2.6=EB3+ET3-X2:3 1 Conductor / wire=EB3+ET3/3.1

Conductor / wire=EB3+ET1/2.5=EB3+ET1-A6:23 =EB3+ET1/2.5=EB3+ET1-A6:23 1 Conductor / wire=EB3+ET1/2.6=EB3+ET1-A6:33 =EB3+ET1/2.5=EB3+ET1-A6:34 1 Conductor / wire=EB3+ET1/2.6=EB3+ET1-X2:9 =EB3+ET1/2.6

1

=EB3+ET1-X1:PE

=EB3+ET1/3.8=EB3+ET2-X1:1

=EB3+ET4/1.2

=EB3+ET1-F12:5 16

=EB3+ET1/2.6

=EB3+ET1-X1:PE =EB3+ET1/3.2=EB3+ET1-F12:6

=EB3+ET1/3.4=EB3+ET1-F13:14

4

=EB3+ET1-X1:2 =EB3+ET1/3.116

Wire jumper=EB3+ET2/1.1=EB3+ET2-X1:6 =EB3+ET1/3.1

=EB3+ET2-X2:3


=EB3+ET1/3.1=EB3+ET1/3.1=EB3+ET1-F12:2

=EB3+ET2-X1:9

Wire jumper

=EB3+ET1-F13:5

=EB3+ET4-X1:3 4=EB3+ET4-X1:8 =EB3+ET4/1.2

4=EB3+ET4-X1:9

=EB3+ET1-X1:PE=EB3+ET2-X1:3 4 Wire jumper=EB3+ET2/1.2=EB3+ET2-X1:8 =EB3+ET1/3.2=EB3+ET1-PE:5 4 Conductor / wire=EB3+ET1/3.5

=EB3+ET1-X1:15 =EB3+ET1/3.7=EB3+ET1-F14:4 4 Conductor / wire=EB3+ET1/3.7=EB3+ET1-X1:14 =EB3+ET1/3.7=EB3+ET1-F14:2 4 Conductor / wire=EB3+ET1/3.7=EB3+ET1-X1:13 =EB3+ET1/3.7=EB3+ET1-X1:PE 4 Direct connection=EB3+ET1/3.5=EB3+ET1-X1:PE =EB3+ET1/3.5

4 Conductor / wire=EB3+ET1/3.8



F27_001


PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCON_VBL

Connection list

1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

1

1

1

1

=EB3+ET1-A3:7 Conductor / wire=EB3+ET1/7.6=EB3+ET1-X4:8 =EB3+ET1/7.6=EB3+ET1-X4:5 Conductor / wire=EB3+ET1/7.3=EB3+ET1-H4:X1 =EB3+ET1/7.3=EB3+ET1-X4:8 Conductor / wire=EB3+ET1/7.6=EB3+ET1-H7:X1 =EB3+ET1/7.6=EB3+ET1-X4:1 Wire jumper=EB3+ET1/8.0=EB3+ET1-X4:13 =EB3+ET1/7.0=EB3+ET1-A3:5 Conductor / wire=EB3+ET1/7.4=EB3+ET1-X4:6 =EB3+ET1/7.4=EB3+ET1-X4:4 Conductor / wire=EB3+ET1/7.2=EB3+ET1-H3:X1 =EB3+ET1/7.2=EB3+ET1-A3:6 Conductor / wire=EB3+ET1/7.5=EB3+ET1-X4:7 =EB3+ET1/7.5=EB3+ET1-H2:X2 Conductor / wire=EB3+ET1/7.2=EB3+ET1-H3:X2 =EB3+ET1/7.1=EB3+ET1-X4:7 Conductor / wire=EB3+ET1/7.5=EB3+ET1-H6:X1 =EB3+ET1/7.5=EB3+ET1-A3:2 Conductor / wire=EB3+ET1/7.1=EB3+ET1-X4:3 =EB3+ET1/7.1=EB3+ET1-A3:8 Conductor / wire=EB3+ET1/7.7=EB3+ET1-X4:9 =EB3+ET1/7.7=EB3+ET1-A3:1

=EB3+ET1-X3:15 =EB3+ET1/6.1=EB3+ET1-X2:24 Conductor / wire=EB3+EBS/1.2=EB3+ET1-A1:L+ =EB3+ET1/6.1=EB3+ET1-X3:14 1 Conductor / wire=EB3+ET1/6.1=EB3+ET1-A2:11 =EB3+ET1/6.1=EB3+ET1-X3:13 1 Conductor / wire=EB3+ET1/6.1=EB3+ET1-X2:24 =EB3+ET1/6.1=EB3+ET1-X3:19 Conductor / wire=EB3+ET1/6.5=EB3+ET1-A2:16 =EB3+ET1/6.5=EB3+ET1-X3:24 1 Conductor / wire=EB3+ET1/7.9=EB3+ET1-X4:12 =EB3+ET1/6.8=EB3+ET1-X3:23 Conductor / wire=EB3+ET1/6.8=EB3+ET1-A2:20 =EB3+ET1/6.8=EB3+ET1-X3:18 Conductor / wire=EB3+ET1/6.4=EB3+ET1-A2:15 =EB3+ET1/6.4=EB3+ET1-X3:15 Conductor / wire=EB3+ET1/6.1=EB3+ET1-A2:12 =EB3+ET1/6.1=EB3+ET1-X3:20 Conductor / wire=EB3+ET1/6.6=EB3+ET1-A2:17 =EB3+ET1/6.6=EB3+ET1-X3:17 Conductor / wire=EB3+ET1/6.3=EB3+ET1-A2:14 =EB3+ET1/6.3=EB3+ET1-X3:22 Conductor / wire=EB3+ET1/6.8=EB3+ET1-A2:19 =EB3+ET1/6.8=EB3+ET1-X3:16 Conductor / wire=EB3+ET1/6.2=EB3+ET1-A2:13 =EB3+ET1/6.2=EB3+ET1-X3:21 Conductor / wire=EB3+ET1/6.7=EB3+ET1-A2:18 =EB3+ET1/6.7=EB3+ET1-PE:9 4 Conductor / wire=EB3+ET1/6.2=EB3+ET1-X2:PE =EB3+ET1/6.2=EB3+ET1-X3:12 1 Wire jumper=EB3+ET1/6.8=EB3+ET1-X3:24 =EB3+ET1/5.8=EB3+ET1-X3:11 Conductor / wire=EB3+ET1/5.8=EB3+ET1-A2:10 =EB3+ET1/5.8=EB3+ET1-S7:14 1 Conductor / wire=EB3+ET1/5.6=EB3+ET1-X3:8 =EB3+ET1/5.6=EB3+ET1-S7:13 1 Conductor / wire=EB3+ET1/5.7=EB3+ET1-S8:21 =EB3+ET1/5.6=EB3+ET1-X3:10 Conductor / wire=EB3+ET1/5.8=EB3+ET1-A2:9 =EB3+ET1/5.8=EB3+ET1-X3:9 1 Conductor / wire=EB3+ET1/5.7=EB3+ET1-A2:8 =EB3+ET1/5.7=EB3+ET1-X3:3 1 Conductor / wire=EB3+ET1/7.0=EB3+ET1-X4:1 =EB3+ET1/5.1=EB3+ET1-X3:3 1 Conductor / wire=EB3+ET1/5.1=EB3+ET1-A2:2 =EB3+ET1/5.1=EB3+ET1-X3:6 1 Conductor / wire=EB3+ET1/5.4=EB3+ET1-A2:5 =EB3+ET1/5.4=EB3+ET1-X3:8 1 Conductor / wire=EB3+ET1/5.6=EB3+ET1-A2:7 =EB3+ET1/5.6=EB3+ET1-X3:5 1 Conductor / wire=EB3+ET1/5.3=EB3+ET1-A2:4 =EB3+ET1/5.3=EB3+ET1-X3:1 1 Conductor / wire=EB3+ET1/5.2=EB3+ET1-S3:13 =EB3+ET1/5.1=EB3+ET1-X3:1

=EB3+ET1/5.1=EB3+ET1-X3:4 1 Conductor / wire=EB3+ET1/5.2=EB3+ET1-A2:3 =EB3+ET1/5.2=EB3+ET1-S4:22 1 Conductor / wire=EB3+ET1/5.3=EB3+ET1-X3:5 =EB3+ET1/5.3=EB3+ET1-S4:21 1 Conductor / wire=EB3+ET1/5.4=EB3+ET1-S5:13 =EB3+ET1/5.3=EB3+ET1-S3:14 1 Conductor / wire=EB3+ET1/5.2=EB3+ET1-X3:4 =EB3+ET1/5.2=EB3+ET1-S3:13 1 Conductor / wire=EB3+ET1/5.3=EB3+ET1-S4:21 =EB3+ET1/5.2=EB3+ET1-X3:7 1 Conductor / wire=EB3+ET1/5.5=EB3+ET1-A2:6 =EB3+ET1/5.5=EB3+ET1-S8:22 1 Conductor / wire=EB3+ET1/5.7=EB3+ET1-X3:9 =EB3+ET1/5.7=EB3+ET1-S6:22 1 Conductor / wire=EB3+ET1/5.5=EB3+ET1-X3:7 =EB3+ET1/5.5=EB3+ET1-S6:21 Conductor / wire=EB3+ET1/5.6=EB3+ET1-S7:13 =EB3+ET1/5.5=EB3+ET1-S5:14 Conductor / wire=EB3+ET1/5.4=EB3+ET1-X3:6 =EB3+ET1/5.4=EB3+ET1-S5:13 Conductor / wire=EB3+ET1/5.5=EB3+ET1-S6:21 =EB3+ET1/5.4=EB3+ET2-X1:PE 4 Direct connection=EB3+ET2/1.2=EB3+ET2-X1:PE =EB3+ET1/3.2=EB3+ET2-X1:2 4 Wire jumper=EB3+ET2/1.1=EB3+ET2-X1:7 =EB3+ET1/3.1=EB3+ET1-F13:6 4 Conductor / wire=EB3+ET1/3.5=EB3+ET1-X1:9 =EB3+ET1/3.4=EB3+ET1-F13:5 16 Conductor / wire=EB3+ET1/3.7=EB3+ET1-F14:5 =EB3+ET1/3.4

111

1

1

1 Conductor / wire=EB3+ET1/5.1=EB3+ET1-A2:1

=EB3+ET1/7.1

1

Conductor / wire=EB3+ET1/7.1

=EB3+ET1-X3:13

=EB3+ET1-X2:25

Wire jumper

=EB3+ET1/7.1=EB3+ET1-X4:3Conductor / wire

=EB3+ET1/5.1

1

=EB3+ET1/6.1

=EB3+ET1-H2:X1=EB3+ET1/6.1

=EB3+ET1-X3:2

=EB3+ET1-X4:2 1 =EB3+ET1/7.1 Conductor / wire



F27_001


PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCON_VBL

Connection list

1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

4 Conductor / wire=EB3+ET2/1.3=EB3+ET2-Q1:3

1

11

1

2,5

11

42,5

=EB3+ET1/8.8=EB3+ET1/8.4

Conductor / wire=EB3+ET1-A3:17

=EB3+ET1/8.8=EB3+ET1/8.4

=EB3+ET1-X4:22Conductor / wire

=EB3+ET1/8.5Conductor / wire=EB3+ET1-X4:20

=EB3+ET1-A3:16=EB3+ET1/8.6

=EB3+ET1-X4:19Conductor / wire=EB3+ET1-A1:M1 =EB3+EBS/1.2=EB3+ET1-X4:24

=EB3+ET1-A3:12

=EB3+ET2-K1:5=EB3+ET2/1.3

=EB3+ET2-Q1:4=EB3+ET2/1.4

=EB3+ET1/8.9=EB3+ET1/8.5

=EB3+ET2-Q1:5 =EB3+ET2/1.2

=EB3+ET3-X1:PE 4 Direct connection=EB3+ET3/1.4=EB3+ET3-X1:PE =EB3+ET3/1.2=EB3+ET3-X1:6 4 Conductor / wire=EB3+ET3/1.3=EB3+ET3-Q1:1 =EB3+ET3/1.1=EB3+ET3-X1:7 4 Conductor / wire=EB3+ET3/1.3=EB3+ET3-Q1:3 =EB3+ET3/1.1=EB3+ET3-X1:PE 4 Direct connection=EB3+ET3/1.2=EB3+ET3-X1:PE =EB3+ET3/1.2=EB3+ET3-XS1:3 Direct connection=EB3+ET3/1.4=EB3+ET3-XS1:3 =EB3+ET3/1.4=EB3+ET3-XS1:PE Direct connection=EB3+ET3/1.4=EB3+ET3-XS1:PE =EB3+ET3/1.4=EB3+ET3-XS1:2 2,5 Direct connection=EB3+ET3/1.4=EB3+ET3-XS1:2 =EB3+ET3/1.4=EB3+ET3-XS1:1 2,5 Direct connection=EB3+ET3/1.3=EB3+ET3-XS1:1 =EB3+ET3/1.3=EB3+ET2-K1:A2 Conductor / wire=EB3+ET2/3.2=EB3+ET2-A6:1- =EB3+ET2/3.2=EB3+ET2-A6:1O Conductor / wire=EB3+ET2/3.2=EB3+ET2-K1:A1 =EB3+ET2/3.2=EB3+ET2-A5:3 1 Conductor / wire=EB3+ET2/3.1=EB3+ET2-A5:4 =EB3+ET2/3.1=EB3+ET2-A5:5 1 Conductor / wire=EB3+ET2/3.1=EB3+ET2-A5:6 =EB3+ET2/3.1=EB3+ET2-A5:7 4 Conductor / wire=EB3+ET2/3.1=EB3+ET2-A5:8 =EB3+ET2/3.1=EB3+ET2-A1:1- 1 Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:2- =EB3+ET2/2.1=EB3+ET2-A1:2PE 4 Conductor / wire=EB3+ET2/3.1=EB3+ET2-A5:7 =EB3+ET2/2.2=EB3+ET2-A1:1PE 4 Conductor / wire=EB3+ET2/2.2=EB3+ET2-A1:2PE =EB3+ET2/2.1=EB3+ET2-A1:24V Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:1+ =EB3+ET2/2.1=EB3+ET2-A1:0V Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:1- =EB3+ET2/2.1=EB3+ET2-A1:1+ 1 Conductor / wire=EB3+ET2/2.1=EB3+ET2-A1:2+ =EB3+ET2/2.1=EB3+ET2-A1:2- 1 Conductor / wire=EB3+ET2/3.1=EB3+ET2-A5:5 =EB3+ET2/2.1=EB3+ET2-A2:1+ Conductor / wire=EB3+ET2/2.2=EB3+ET2-Q1:13 =EB3+ET2/2.2=EB3+ET2-Q1:14 Conductor / wire=EB3+ET2/2.2=EB3+ET2-A2:1I =EB3+ET2/2.2=EB3+ET2-K1:6 2,5 Conductor / wire=EB3+ET2/1.4=EB3+ET2-X1:14 =EB3+ET2/1.4=EB3+ET2-K1:2 2,5 Conductor / wire=EB3+ET2/1.3=EB3+ET2-X1:12 =EB3+ET2/1.3=EB3+ET2-K1:4 2,5 Conductor / wire=EB3+ET2/1.4=EB3+ET2-X1:13 =EB3+ET2/1.4=EB3+ET2-X1:PE 4 Direct connection=EB3+ET2/1.4

Conductor / wire=EB3+ET2/1.4=EB3+ET2-K1:3 =EB3+ET2/1.3=EB3+ET2-Q1:2 2,5 Conductor / wire=EB3+ET2/1.3=EB3+ET2-K1:1 =EB3+ET2/1.3=EB3+ET1-A3:18 Conductor / wire=EB3+ET1/8.7=EB3+ET1-X4:21 =EB3+ET1/8.7=EB3+ET1-A3:13 Conductor / wire=EB3+ET1/8.2=EB3+ET1-X4:16 =EB3+ET1/8.2=EB3+ET1-A3:11 Conductor / wire=EB3+ET1/8.1=EB3+ET1-X4:14 =EB3+ET1/8.1=EB3+ET1-A3:19 Conductor / wire

Conductor / wire=EB3+ET1/8.1=EB3+ET1-X4:15 =EB3+ET1/8.1=EB3+ET1-A3:14 Conductor / wire=EB3+ET1/8.3=EB3+ET1-X4:17 =EB3+ET1/8.3=EB3+ET1-A3:20 1 Conductor / wire=EB3+ET1/8.8=EB3+ET1-X4:23 =EB3+ET1/8.8=EB3+ET1-H8:X2 1 Conductor / wire=EB3+ET1/7.8=EB3+ET1-X4:11 =EB3+ET1/7.7=EB3+ET1-H6:X2 1 Conductor / wire=EB3+ET1/7.6=EB3+ET1-H7:X2 =EB3+ET1/7.5=EB3+ET1-H4:X2 1 Conductor / wire=EB3+ET1/7.4=EB3+ET1-H5:X2 =EB3+ET1/7.3=EB3+ET1-H5:X2 1 Conductor / wire=EB3+ET1/7.5=EB3+ET1-H6:X2 =EB3+ET1/7.4=EB3+ET1-H7:X2 Conductor / wire=EB3+ET1/7.7=EB3+ET1-H8:X2 =EB3+ET1/7.6=EB3+ET1-X4:12 Wire jumper=EB3+ET1/8.9=EB3+ET1-X4:24 =EB3+ET1/7.9=EB3+ET1-A3:10 Conductor / wire=EB3+ET1/7.8=EB3+ET1-X4:11 =EB3+ET1/7.8=EB3+ET1-X4:9 Conductor / wire=EB3+ET1/7.7=EB3+ET1-H8:X1 =EB3+ET1/7.7=EB3+ET1-A3:9 Conductor / wire=EB3+ET1/7.8=EB3+ET1-X4:10 =EB3+ET1/7.8=EB3+ET1-X4:6 Conductor / wire=EB3+ET1/7.4=EB3+ET1-H5:X1 =EB3+ET1/7.4=EB3+ET1-H3:X2 Conductor / wire=EB3+ET1/7.3=EB3+ET1-H4:X2 =EB3+ET1/7.2=EB3+ET1-A3:3 Conductor / wire=EB3+ET1/7.2=EB3+ET1-X4:4 =EB3+ET1/7.2=EB3+ET1-A3:4 Conductor / wire=EB3+ET1/7.3=EB3+ET1-X4:5 =EB3+ET1/7.3

1

2,5

=EB3+ET2-X1:7=EB3+ET2/1.2=EB3+ET2-X1:PE =EB3+ET2/1.2 Direct connection4=EB3+ET2-X1:PE=EB3+ET2/1.2=EB3+ET2-X1:PE

=EB3+ET1-X4:18=EB3+ET1-A3:15=EB3+ET1/8.6

1

=EB3+ET2/1.1=EB3+ET2-X1:6 4 Conductor / wire=EB3+ET2/1.3=EB3+ET2-Q1:1 =EB3+ET2/1.1=EB3+ET2-X1:8 4 Conductor / wire=EB3+ET2-Q1:6 Conductor / wire=EB3+ET2/1.3



F27_001


PagePg


4

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTCON_VBL

Connection list

1

Modification

0 76

ApprReplacement for

8 93

162

+PART_STKL/1

4


5

2

=

Name

5

=EB3+ET4-X1:7

2,5

2,5

=EB3+ET4-XS2:2 2,5=EB3+ET4/1.4

=EB3+ET4-XS2:PE =EB3+ET4-XS1:PE

Direct connection

Direct connection=EB3+ET4/1.4

Conductor / wire=EB3+ET4-X1:PE

=EB3+ET4-XS1:2 =EB3+ET4/1.4

12,5

1

Direct connection4 =EB3+ET4/1.4=EB3+ET4-X1:PE

=EB3+ET1-A1:M2 1=EB3+ET1-A1:M1 =EB3+EBS/1.2

Direct connection=EB3+ET4/1.2=EB3+ET4-X1:PE =EB3+ET4/1.2=EB3+ET4-K1:6 2,5 Conductor / wire=EB3+ET4/1.4=EB3+ET4-X1:14 =EB3+ET4/1.4=EB3+ET4-K1:2 2,5 Conductor / wire=EB3+ET4/1.3=EB3+ET4-X1:12 =EB3+ET4/1.3=EB3+ET4-K1:4 2,5 Conductor / wire=EB3+ET4/1.4=EB3+ET4-X1:13 =EB3+ET4/1.4=EB3+ET3-K1:A2 Conductor / wire=EB3+ET3/3.2=EB3+ET3-A5:3 =EB3+ET3/3.1=EB3+ET3-A5:1 Conductor / wire=EB3+ET3/3.1=EB3+ET3-K1:A1 =EB3+ET3/3.1=EB3+ET3-A4:2 1 Conductor / wire=EB3+ET3/3.1=EB3+ET3-A4:6 =EB3+ET3/3.1=EB3+ET3-A4:3 1 Conductor / wire=EB3+ET3/3.1=EB3+ET3-A4:7 =EB3+ET3/3.1=EB3+ET3-Q1:14 Conductor / wire=EB3+ET3/2.2=EB3+ET3-A2:1 =EB3+ET3/2.2=EB3+ET3-Q1:13 Conductor / wire=EB3+ET3/2.3

4

=EB3+ET3-A2:2 =EB3+ET3/2.2=EB3+ET3-A1:2 1 Conductor / wire=EB3+ET3/2.2

=EB3+ET4-X1:PE

=EB3+ET3-A1:6 =EB3+ET3/2.1=EB3+ET3-A1:3 1 Conductor / wire=EB3+ET3/2.2

=EB3+ET4/1.1

=EB3+ET3-A1:7 =EB3+ET3/2.2=EB3+ET3-A1:7 Conductor / wire=EB3+ET3/3.1=EB3+ET3-A4:3

=EB3+ET4-Q1:3

=EB3+ET3/2.2=EB3+ET3-A0:3 1 Conductor / wire=EB3+ET3/2.1=EB3+ET3-A0:4

=EB3+ET4/1.3

=EB3+ET3/2.0=EB3+ET3-A0:2 Conductor / wire=EB3+ET3/2.1=EB3+ET3-A1:2 =EB3+ET3/2.0

Conductor / wire

=EB3+ET3-A0:4 1 Conductor / wire=EB3+ET3/2.2=EB3+ET3-A1:3 =EB3+ET3/2.1=EB3+ET3-A0:1 Conductor / wire=EB3+ET3/2.0=EB3+ET3-A0:2 =EB3+ET3/2.0=EB3+ET3-Q1:6 Conductor / wire=EB3+ET3/1.4=EB3+ET3-K1:5 =EB3+ET3/1.3=EB3+ET3-Q1:4 Conductor / wire=EB3+ET3/1.4=EB3+ET3-K1:3 =EB3+ET3/1.3=EB3+ET3-Q1:2 2,5 Conductor / wire=EB3+ET3/1.3=EB3+ET3-K1:1 =EB3+ET3/1.3=EB3+ET3-K1:6 2,5 Conductor / wire=EB3+ET3/1.4=EB3+ET3-X1:14 =EB3+ET3/1.4=EB3+ET3-K1:2 2,5 Conductor / wire=EB3+ET3/1.3=EB3+ET3-X1:12 =EB3+ET3/1.3=EB3+ET3-K1:4 Conductor / wire=EB3+ET3/1.4=EB3+ET3-X1:13 =EB3+ET3/1.4=EB3+ET3-X1:8 4 Conductor / wire=EB3+ET3/1.3=EB3+ET3-Q1:5 =EB3+ET3/1.2

2,5

=EB3+ET4-A4:13 =EB3+ET4/3.2 =EB3+ET4/3.21=EB3+ET4-A3:13

=EB3+ET4/1.3=EB3+ET4-XS1:1 =EB3+ET4/1.3=EB3+ET4-Q1:2 2,5 Conductor / wire=EB3+ET4/1.3=EB3+ET4-K1:1 =EB3+ET4/1.3=EB3+ET4-XS2:1 2,5 Direct connection


Conductor / wire=EB3+ET4-K1:A2

=EB3+ET4-A3:22 =EB3+ET4/3.1

Conductor / wire

=EB3+ET4-A3:23

4 Conductor / wire

=EB3+ET4-A3:12

=EB3+ET1-PE:7=EB3+EBS/1.2

4

1

=EB3+ET4/1.1

4

=EB3+ET4/3.1

Conductor / wire

=EB3+ET4-A3:24

=EB3+ET4/3.0

=EB3+ET4/2.2

=EB3+ET4/3.1

=EB3+ET4-A3:21

=EB3+ET4-A1:11=EB3+ET4-A4:11

1

=EB3+ET4/2.2

Conductor / wire

=EB3+ET4-Q1:13

Conductor / wire

=EB3+ET4/3.0

=EB3+ET4/3.2

=EB3+ET4-A3:12

Conductor / wire

=EB3+ET4-K1:A1

=EB3+ET4/3.0

=EB3+ET4/2.3

=EB3+ET4/3.2

=EB3+ET4-A3:11

=EB3+ET4-Q1:14=EB3+ET4-A1:12

1

=EB3+ET4/2.2

Conductor / wire

=EB3+ET4-A0:12

=EB3+ET4/3.0

1

=EB3+ET4-A3:21

Conductor / wire

=EB3+ET4/3.0

=EB3+ET4/2.1

=EB3+ET4-A3:14 4 Conductor / wire

=EB3+ET4/1.4

=EB3+ET4-Q1:5=EB3+ET4-X1:6 =EB3+ET4-Q1:1

=EB3+EBS/1.1

=EB3+ET4/3.1 Conductor / wire=EB3+ET4/3.1

=EB3+EBS/1.2=EB3+ET1-A1:PE

1 Conductor / wire

=EB3+ET4/1.2 =EB3+ET4/1.3=EB3+ET4/1.2

4=EB3+ET4-X1:8

1

4

=EB3+ET4-A0:22 =EB3+ET4/2.1=EB3+ET4-A0:21 1 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:12 =EB3+ET4/2.1=EB3+ET4-A0:14 4 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:24 =EB3+ET4/2.1=EB3+ET4-A0:11 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:21 =EB3+ET4/2.1=EB3+ET4-A0:24 4 Conductor / wire=EB3+ET4/3.1=EB3+ET4-A3:14 =EB3+ET4/2.1=EB3+ET4-A0:13 1 Conductor / wire=EB3+ET4/2.1=EB3+ET4-A0:23 =EB3+ET4/2.1=EB3+ET4-A0:23 1 Conductor / wire=EB3+ET4/3.1=EB3+ET4-A3:13 =EB3+ET4/2.1=EB3+ET4-Q1:6 2,5 Conductor / wire=EB3+ET4/1.4=EB3+ET4-K1:5 =EB3+ET4/1.3=EB3+ET4-Q1:4 2,5 Conductor / wire=EB3+ET4/1.4=EB3+ET4-K1:3 =EB3+ET4/1.3

=EB3+ET4-XS1:3 Direct connection=EB3+ET4/1.4=EB3+ET4-XS2:3=EB3+ET4/1.4

Type number Supplier

Parts list F01_001

Quantity DesignationDevice tag Part number

PagePg


+CON_VBL/5

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Parts list : SIE.6ES7315-2AG10-0AB0 - SIE.6ES7131-4BB01-0AA0

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

=EB3+ET3-A2 SIE.6ES7131-4BB01-0AA0=EB3+ET3-A1 SIE.6ES7138-4CA01-0AA0

Interface module IM151-1 Basic for ET200S=EB3+ET3-A0 SIE.6ES7151-1CA00-0AB0SIEMEN6ES7151-1CA00-0AB0Plug.3-pole+PE=EB3+ET2-XS1 Stecker.3-polig+PEHARStecker.3-polig+PEProximity switch (NO contact)=EB3+ET2-S5 SIE.3RG4012-3AG01SIEMEN3RG4012-3AG01

SIEMEN3RG4012-3AG01Proximity switch (NO contact)=EB3+ET2-S2 SIE.3RG4012-3AG01SIEMEN3RG4012-3AG01Emergency stop pushbutton PITestop=EB3+ET2-S1 PILZ.400410PILZPITestop Set 1.1Motor overload switch=EB3+ET2-Q1 SIE.3RV1021-1JA15SIEMEN3RV1021-1JA15Three-phase motor=EB3+ET2-M1 SEW.DV112M4SEWDV112M4Contactor=EB3+ET2-K1 SIE.3RT1024-1BB44-3MA0SIEMEN3RT1024-1BB44-3MA0Reflex photoelectric proximity switch=EB3+ET2-B1 SICK.1016931SICKWT 24-2B 210

=EB3+ET2-A7 BECK.KL2012BECKKL20122 channel digital output terminal=EB3+ET2-A6 BECK.KL2012BECK

=EB3+ET2-A5 BECK.KL9190BECKKL91902 channel digital input terminal=EB3+ET2-A4 BECK.KL1012BECKKL10122 channel digital input terminal

KL1012PROFIBUS DP/FMS bus coupler=EB3+ET2-A1 BECK.BK3100BECKBK3100Isolating terminal, with test plug screws on both sides=EB3+ET1-XTR PHO.3046456PHOENIXUT 4-HEDI BU

=EB3+ET1-T1 PHO.2938581PHOENIXQUINT-PS-100-240AC/24DC/5Complete device, round, pushbutton=EB3+ET1-S8 SIE.3SB3201-0AA21SIEMEN3SB3201-0AA21Complete device, round, pushbutton=EB3+ET1-S7 SIE.3SB3201-0AA11SIEMEN3SB3201-0AA11Complete device, round, pushbutton=EB3+ET1-S6 SIE.3SB3201-0AA211 SIEMEN3SB3201-0AA21Complete device, round, pushbutton=EB3+ET1-S5 SIE.3SB3201-0AA111 SIEMEN3SB3201-0AA11Complete device, round, pushbutton=EB3+ET1-S4 SIE.3SB3201-0AA211

SIE.3SB3201-0AA111 SIEMEN3SB3201-0AA11Emergency stop pushbutton PITestop=EB3+ET1-S1 PILZ.4004101 PILZPITestop Set 1.1Main / Emergency stop switch=EB3+ET1-Q1 SIE.3LD2 504-0TK531 SIEMEN3LD2 504-0TK53Mounting panel TS 8205.500=EB3+ET1-MP1 MP TS 8205.5001 RITTALComplete device, round, indicator light=EB3+ET1-H8 SIE.3SB3217-6AA401 SIEMEN3SB3217-6AA40Complete device, round, indicator light=EB3+ET1-H7 SIE.3SB3217-6AA201 SIEMEN3SB3217-6AA20Complete device, round, indicator light=EB3+ET1-H6

1 SIEMEN3SB3217-6AA20Complete device, round, indicator light=EB3+ET1-H4 SIE.3SB3217-6AA401 SIEMEN3SB3217-6AA40Complete device, round, indicator light=EB3+ET1-H3 SIE.3SB3217-6AA201 SIEMEN3SB3217-6AA20Complete device, round, indicator light=EB3+ET1-H2 SIE.3SB3217-6AA40

3SB3217-6AA40NEOZED screw cap ceramic=EB3+ET1-F14 SIE.5SH43623 SIEMEN5SH4362NEOZED adapter sleeve=EB3+ET1-F14 SIE.5SH50253 SIEMEN5SH5025NEOZED fuse link=EB3+ET1-F14 SIE.5SE23253 SIEMEN5SE2325NEOZED built-in fuse base=EB3+ET1-F14 SIE.5SG57001 SIEMEN5SG5700NEOZED screw cap ceramic=EB3+ET1-F13 SIE.5SH43623 SIEMEN5SH4362NEOZED adapter sleeve=EB3+ET1-F13 SIE.5SH50253 SIEMEN5SH5025NEOZED fuse link=EB3+ET1-F13 SIE.5SE23253 SIEMEN5SE2325NEOZED built-in fuse base=EB3+ET1-F13 SIE.5SG57001 SIEMEN5SG57003-pole Neozed fuse 25A kpl.=EB3+ET1-F12 SIE.3-polige Neozed-Sicherung 25A1 SIEMEN3-polige Neozed-Sicherung 25A kpl.Miniature circuit-breaker=EB3+ET1-F3 SIE.5SX2102-81 SIEMEN5SX2102-8Miniature circuit-breaker=EB3+ET1-F2 SIE.5SX2102-81 SIEMEN

S 6 A/380 V=EB3+ET1-A6 PILZ.7773101 PILZPNOZ X3P

SIMATIC S7-300, digital output SM 322=EB3+ET1-A3 SIE.6ES7322-1BH01-0AA01 SIEMENS7SIMATIC S7-300, digital input SM 321=EB3+ET1-A2 SIE.6ES7321-1BH02-0AA01 SIEMENS7SIMATIC S7-300, central unit with MPI=EB3+ET1-A1 SIE.6ES7315-2AG10-0AB01 SIEMENS7

SIEMENSIEMEN

Proximity switch (NO contact)=EB3+ET2-S4 SIE.3RG4012-3AG01SIEMEN3RG4012-3AG01Proximity switch (NO contact)=EB3+ET2-S3 SIE.3RG4012-3AG01

2 channel digital output terminalKL2012

Bus function terminal

=EB3+ET2-A3 BECK.KL1012BECKKL10122 channel digital input terminal=EB3+ET2-A2 BECK.KL1012BECK

SIEMEN3SB3201-0AA21Complete device, round, pushbutton=EB3+ET1-S3 SIE.3SB3201-0AA111 SIEMEN3SB3201-0AA11Complete device, round, pushbutton=EB3+ET1-S2

SIE.3SB3217-6AA401 SIEMEN3SB3217-6AA40Complete device, round, indicator light=EB3+ET1-H5 SIE.3SB3217-6AA20

1 SIEMEN3SB3217-6AA40Complete device, round, indicator light=EB3+ET1-H1 SIE.3SB3217-6AA401 SIEMEN

5SX2102-8NEOZED fuse insert=EB3+ET1-F1 PHO.09130321 PHOENIX

111111111111111111111111

Type number Supplier

Parts list F01_001

Quantity DesignationDevice tag Part number

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Parts list : SIE.6ES7131-4BB01-0AA0 - LAPP.5301 5140 (PG16)

1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

Skintop screw connection STR 16=EB3+ET4-XS2 LAPP.5301 5140 (PG16)LAPPSKINTOP STRMetal base housing=EB3+ET4-XS2 HAR.09 30 006 2256HAR09 30 006 2256Male insert, 3-pole + PE=EB3+ET4-XS2 HAR.09 20 003 2611HAR09 20 003 2611Skintop screw connection STR 16=EB3+ET4-XS1 LAPP.5301 5140 (PG16)1 LAPPSKINTOP STRMetal sleeve housing=EB3+ET4-XS1 HAR.09 30 006 15411 HAR09 30 006 1541Female insert, 3-pole + PE=EB3+ET4-XS1 HAR.09 20 003 27111 HAR09 20 003 2711Proximity switch (NO contact)=EB3+ET4-S3 SIE.3RG4012-3AG011 SIEMEN3RG4012-3AG01Proximity switch (NO contact)=EB3+ET4-S2 SIE.3RG4012-3AG011 SIEMEN3RG4012-3AG01Emergency stop pushbutton PITestop=EB3+ET4-S1 PILZ.4004101 PILZPITestop Set 1.1Motor overload switch=EB3+ET4-Q1 SIE.3RV1021-1JA151 SIEMEN3RV1021-1JA15Three-phase motor=EB3+ET4-M1 SEW.DV112M41 SEWDV112M4Contactor=EB3+ET4-K1 SIE.3RT1024-1BB44-3MA01 SIEMEN3RT1024-1BB44-3MA0Reflex photoelectric proximity switch=EB3+ET4-B1 SICK.10169311 SICKWT 24-2B 210

=EB3+ET4-A5 PHO.IB IL 24 DO 2 PAC1=EB3+ET4-A4 PHO.IB IL 24 DO 2 PAC1=EB3+ET4-A3 PHO.IB IL 24 PWR IN-PAC1=EB3+ET4-A2 PHO.IB IL 24 DI 2 PAC1=EB3+ET4-A1 PHO.IB IL 24 DI 2 PAC1=EB3+ET4-A0 PHO.IL PB BK DP/V1-PAC1

Skintop screw connection STR 16=EB3+ET3-XS1 LAPP.5301 5140 (PG16)1 LAPPSKINTOP STRMetal base housing=EB3+ET3-XS1 HAR.09 30 006 22561

HAR.09 20 003 27111 HAR09 20 003 2711Male insert, 3-pole + PE=EB3+ET3-XS1 HAR.09 20 003 26111 HAR09 20 003 2611Proximity switch (NO contact)=EB3+ET3-S3 SIE.3RG4012-3AG011 SIEMEN3RG4012-3AG01Proximity switch (NO contact)=EB3+ET3-S2 SIE.3RG4012-3AG011 SIEMEN3RG4012-3AG01Emergency stop pushbutton PITestop=EB3+ET3-S1 PILZ.4004101 PILZPITestop Set 1.1Motor overload switch=EB3+ET3-Q1 SIE.3RV1021-1JA151 SIEMEN3RV1021-1JA15Three-phase motor=EB3+ET3-M1 SEW.DV112M41 SEWDV112M4Contactor=EB3+ET3-K1 SIE.3RT1024-1BB44-3MA01 SIEMEN3RT1024-1BB44-3MA0Reflex photoelectric proximity switch=EB3+ET3-B1 SICK.10169311 SICKWT 24-2B 210

=EB3+ET3-A6 SIE.6ES7132-4BB01-0AA01=EB3+ET3-A5 SIE.6ES7132-4BB01-0AA01=EB3+ET3-A4 SIE.6ES7138-4CA01-0AA01=EB3+ET3-A3 SIE.6ES7131-4BB01-0AA01

SIEMEN

PHOENIXPHOENIXPHOENIX

PHOENIXPHOENIXPHOENIX

SIEMEN

SIEMEN

SIEMEN

HAR09 30 006 2256Metal sleeve housing=EB3+ET3-XS1 HAR.09 30 006 15411 HAR09 30 006 1541Female insert, 3-pole + PE=EB3+ET3-XS1

111

Type number

Device tag listSymbol

Article designationPart numberDevice tag Function text

F03_001

X-RefType number

SymbolArticle designation

Part numberDevice tag Function text

X-Ref

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Device tag list : =EB3+ET1-A1 - =EB3+ET1-H8

1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

1

2

1

2

1

2

1

2

3

4

5

6

1

2

3

4

5

6

1

2

3

4

5

6

X1

X2

X1

X2

X1

X2

X1

X2

X1

X2

X1

X2

X1

X2

X1

X2

S 6 A/380 V

=EB3+ET1-F1

NEOZED fuse insert

PILZ.777310

=EB3+ET1/2.3

PNOZ X3P

=EB3+ET1-A6

SIE.6ES7322-1BH01-0AA0

Digital output 16xDC24V/0,5A =EB3+ET1/7.1

S7

=EB3+ET1-A3

SIMATIC S7-300, digital output SM 322

SIE.6ES7321-1BH02-0AA0

Digital input 16xDC24V =EB3+ET1/5.1

S7

=EB3+ET1-A2

SIMATIC S7-300, digital input SM 321

SIE.6ES7315-2AG10-0AB0

CPU 315-2 DP input 24VDC =EB3+EBS/1.2

S7

=EB3+ET1-A1

SIMATIC S7-300, central unit with MPI

SIE.3SB3217-6AA40

Pneumatics on =EB3+ET1/7.7

3SB3217-6AA40

=EB3+ET1-H8

Complete device, round, indicator light

SIE.3SB3217-6AA20

Conveyor belt 3 malfunction =EB3+ET1/7.6

3SB3217-6AA20

=EB3+ET1-H7


SIE.3SB3217-6AA40

Conveyor belt 3 on =EB3+ET1/7.5

3SB3217-6AA40

=EB3+ET1-H6


SIE.3SB3217-6AA20


3SB3217-6AA20

=EB3+ET1-H5


SIE.3SB3217-6AA40


3SB3217-6AA40

=EB3+ET1-H4


SIE.3SB3217-6AA20


3SB3217-6AA20

=EB3+ET1-H3


SIE.3SB3217-6AA40


3SB3217-6AA40

=EB3+ET1-H2


SIE.3SB3217-6AA40

Control voltage on =EB3+ET1/2.5

3SB3217-6AA40

=EB3+ET1-H1


SIE.5SG5700

Power supply Workstation 3 =EB3+ET1/3.7

5SG5700

=EB3+ET1-F14

NEOZED built-in fuse base

SIE.5SG5700


5SG5700

=EB3+ET1-F13

NEOZED built-in fuse base

SIE.3-polige Neozed-Sicherung 25A


3-polige Neozed-Sicherung 25A kpl.

=EB3+ET1-F12

3-pole Neozed fuse 25A kpl.

SIE.5SX2102-8

=EB3+ET1/1.4

5SX2102-8

=EB3+ET1-F3

Miniature circuit-breaker

SIE.5SX2102-8

=EB3+ET1/1.4

5SX2102-8

=EB3+ET1-F2

Miniature circuit-breaker

PHO.0913032

=EB3+ET1/1.4

Type number



F03_001

X-RefType number



X-Ref

PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Device tag list : =EB3+ET1-MP1 - =EB3+ET2-A6

1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

1

2

3

4

5

6

11

12

13

14

13

14

13

14

13

14

13

14

13

14

13

14

Complete device, round, pushbutton

BECK.KL2012

=EB3+ET2/3.2

KL2012

=EB3+ET2-A6

2 channel digital output terminal

BECK.KL9190

=EB3+ET2/3.1

KL9190

=EB3+ET2-A5

Bus function terminal

BECK.KL1012

=EB3+ET2/2.6

KL1012

=EB3+ET2-A4

2 channel digital input terminal

BECK.KL1012

=EB3+ET2/2.4

KL1012

=EB3+ET2-A3


BECK.KL1012

=EB3+ET2/2.2

KL1012

=EB3+ET2-A2


BECK.BK3100

STATION 1 =EB3+ET2/2.0

BK3100

=EB3+ET2-A1

PROFIBUS DP/FMS bus coupler

PHO.3046456

=EB3+ET1/1.6

UT 4-HEDI BU

=EB3+ET1-XTR

Isolating terminal, with test plug screws on both sides

PHO.2938581

Distribution 24V DC =EB3+ET1/1.4

QUINT-PS-100-240AC/24DC/5

=EB3+ET1-T1

SIE.3SB3201-0AA21

3SB3201-0AA21

=EB3+ET1-S8


SIE.3SB3201-0AA11


3SB3201-0AA11

=EB3+ET1-S7


SIE.3SB3201-0AA21

3SB3201-0AA21

=EB3+ET1-S6


SIE.3SB3201-0AA11


3SB3201-0AA11

=EB3+ET1-S5

=EB3+ET1-S4


SIE.3SB3201-0AA11


3SB3201-0AA11

=EB3+ET1-S3


SIE.3SB3201-0AA11

Control voltage on =EB3+ET1/2.5

3SB3201-0AA11

=EB3+ET1-S2


SIE.3SB3201-0AA21

3SB3201-0AA21

PILZ.400410

Emergency stop =EB3+ET1/2.1

PITestop Set 1.1

=EB3+ET1-S1

Emergency stop pushbutton PITestop

SIE.3LD2 504-0TK53

=EB3+ET1/1.0

3LD2 504-0TK53

=EB3+ET1-Q1

Main / Emergency stop switch

MP TS 8205.500

=EB3+ETM/2.0=EB3+ET1-MP1

Mounting panel TS 8205.500

Type number



F03_001

X-RefType number



X-Ref

PagePg


4

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Device tag list : =EB3+ET2-A7 - =EB3+ET3-A6

1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

2

4

1+ -

A1

A2

U1 V1 W1 PE

3M

1

2

3

4

5

6I>I> I>

11

12

1

4

3

+ -

1

4

3

+ -

1

4

3

+ -

1

4

3

+ -

DV112M4

=EB3+ET2-M1

Three-phase motor

SIE.3RT1024-1BB44-3MA0

Conveyor belt ON =EB3+ET2/3.2

3RT1024-1BB44-3MA0

=EB3+ET2-K1

Contactor

SICK.1016931

Conveyor belt in use =EB3+ET2/2.3

WT 24-2B 210

=EB3+ET2-B1

Reflex photoelectric proximity switch

BECK.KL2012

=EB3+ET2/3.4

KL2012

=EB3+ET2-A7

2 channel digital output terminal

SIE.6ES7132-4BB01-0AA0

=EB3+ET3/3.6=EB3+ET3-A6


=EB3+ET3/3.1=EB3+ET3-A5

SIE.6ES7138-4CA01-0AA0

=EB3+ET3/3.0=EB3+ET3-A4


=EB3+ET3/2.6=EB3+ET3-A3


=EB3+ET3/2.2=EB3+ET3-A2

SIE.6ES7138-4CA01-0AA0

=EB3+ET3/2.1=EB3+ET3-A1

SIE.6ES7151-1CA00-0AB0

STATION 2 =EB3+ET3/2.0

6ES7151-1CA00-0AB0

=EB3+ET3-A0

Interface module IM151-1 Basic for ET200S

Stecker.3-polig+PE

Stecker.3-polig+PE

=EB3+ET2-XS1

Plug.3-pole+PE

SIE.3RG4012-3AG01

Workpiece on the conveyor belt =EB3+ET2/2.7

3RG4012-3AG01

=EB3+ET2-S5

Proximity switch (NO contact)

SIE.3RG4012-3AG01

Workpiece in magazine =EB3+ET2/2.6

3RG4012-3AG01

=EB3+ET2-S4


SIE.3RG4012-3AG01

Workpiece fixed 2 =EB3+ET2/2.5

3RG4012-3AG01

=EB3+ET2-S3


SIE.3RG4012-3AG01

Workpiece fixed 1 =EB3+ET2/2.4

3RG4012-3AG01

=EB3+ET2-S2


PILZ.400410


PITestop Set 1.1

=EB3+ET2-S1


SIE.3RV1021-1JA15

= =EB3+ET2/1.3

3RV1021-1JA15

=EB3+ET2-Q1

Motor overload switch

SEW.DV112M4

Conveyor belt drive 1 =EB3+ET2/1.3

Type number



F03_001

X-RefType number



X-Ref

PagePg


5

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Device tag list : =EB3+ET3-B1 - =EB3+ET4-M1

1

Modification

0 76

ApprReplacement for

8 93

162

7

4


6

2

=

Name

5

2

4

1+ -

A1

A2

U1 V1 W1 PE

3M

1

2

3

4

5

6I>I> I>

11

12

1

4

3

+ -

1

4

3

+ -

2

4

1+ -

A1

A2

U1 V1 W1 PE

3M

3RV1021-1JA15

=EB3+ET3-Q1


SEW.DV112M4


DV112M4

=EB3+ET3-M1

Three-phase motor



3RT1024-1BB44-3MA0

=EB3+ET3-K1

Contactor

SICK.1016931

=EB3+ET3/2.4

WT 24-2B 210

=EB3+ET3-B1


SEW.DV112M4


DV112M4

=EB3+ET4-M1

Three-phase motor



3RT1024-1BB44-3MA0

=EB3+ET4-K1

Contactor

SICK.1016931

=EB3+ET4/2.4

WT 24-2B 210

=EB3+ET4-B1


PHO.IB IL 24 DO 2 PAC

=EB3+ET4/3.5=EB3+ET4-A5

PHO.IB IL 24 DO 2 PAC

=EB3+ET4/3.1=EB3+ET4-A4

PHO.IB IL 24 PWR IN-PAC

=EB3+ET4/3.0=EB3+ET4-A3

PHO.IB IL 24 DI 2 PAC

=EB3+ET4/2.6=EB3+ET4-A2

PHO.IB IL 24 DI 2 PAC

=EB3+ET4/2.2=EB3+ET4-A1

PHO.IL PB BK DP/V1-PAC

STATION 3 =EB3+ET4/2.0=EB3+ET4-A0

HAR.09 20 003 2611

09 20 003 2611

=EB3+ET3-XS1

Male insert, 3-pole + PE

HAR.09 20 003 2711

09 20 003 2711

=EB3+ET3-XS1

Female insert, 3-pole + PE

SIE.3RG4012-3AG01

=EB3+ET3/2.8

3RG4012-3AG01

=EB3+ET3-S3


SIE.3RG4012-3AG01

=EB3+ET3/2.6

3RG4012-3AG01

=EB3+ET3-S2


PILZ.400410


PITestop Set 1.1

=EB3+ET3-S1


SIE.3RV1021-1JA15

= =EB3+ET3/1.3

Type number



F03_001

X-RefType number



X-Ref

PagePg


6

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPART_STKL

Device tag list : =EB3+ET4-Q1 - =EB3+ET4-XS2

1

Modification

0 76

ApprReplacement for

8 93

162

+PLC_SPS/1

4


7

2

=

Name

5

1

2

3

4

5

6I>I> I>

11

12

1

4

3

+ -

1

4

3

+ -

09 20 003 2611

=EB3+ET4-XS2

Male insert, 3-pole + PE

HAR.09 20 003 2711

09 20 003 2711

=EB3+ET4-XS1

Female insert, 3-pole + PE

SIE.3RG4012-3AG01

=EB3+ET4/2.8

3RG4012-3AG01

=EB3+ET4-S3


SIE.3RG4012-3AG01

=EB3+ET4/2.6

3RG4012-3AG01

=EB3+ET4-S2


PILZ.400410


PITestop Set 1.1

=EB3+ET4-S1


SIE.3RV1021-1JA15


3RV1021-1JA15

=EB3+ET4-Q1


HAR.09 20 003 2611

Symbolic addressDevice tag PLC Address

Project name

Function textPlacement

F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


+PART_STKL/7

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS

PLC diagram : =EB3+ET1-A1 - =EB3+ET1-A1

1

Modification

0 76

ApprReplacement for

8 93

162

2

4


1

2

=

Name

5

+EBS/1.2

+EBS/1.2

PE

M1

+EBS/1.2

X1+ETA/1.1

CPU 315-2 DP input 24VDC+EBS/1.2 2=EB3+ET1-A1

M2

X2

+EBS/1.2

L+


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


1

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

3

4


2

2

=

Name

5

/5.4E0.3

/5.1

=EB3+ET1-A6:14

/5.3

E0.0

0

1

5=EB3+ET1-S5:14

4=EB3+ET1-S4:22

/5.1

20/6.8

19= =EB3+ET1-X3:22/6.8

=EB3+ET1-S3:14Conveyor belt 1 on

E1.7

18= =EB3+ET1-X3:21/6.7E1.6

17= =EB3+ET1-X3:20/6.6E1.5

16= =EB3+ET1-X3:19/6.5E1.4

15= =EB3+ET1-X3:18/6.4E1.3

14= =EB3+ET1-X3:17/6.3E1.2

13Spare =EB3+ET1-X3:16/6.2E1.1

12Pneumatics on =EB3+ET1-S9:12/6.1E1.0

11/6.1

10/5.8

9Spare =EB3+ET1-X3:10/5.8E0.7

8Conveyor belt 3 off =EB3+ET1-S8:22/5.7E0.6

7Conveyor belt 3 on =EB3+ET1-S7:14/5.6E0.5

6Conveyor belt 2 off =EB3+ET1-S6:22/5.5

Digital input 16xDC24V

/5.2

Conveyor belt 1 off

/5.1

E0.1

E0.4

3

Conveyor belt 2 on

=EB3+ET1-A2

E0.2

Control voltage on 2

4


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


2

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

4

4


3

2

=

Name

5

Pneumatics on

6

/7.4

/7.3

=EB3+ET1-H5:X1

8/7.7

=EB3+ET1-H4:X1

/7.6

A2.7

4

Conveyor belt 3 malfunction =EB3+ET1-H7:X1

Conveyor belt 2 on

5

20/8.8

19= =EB3+ET1-X4:22/8.8A3.7

18= =EB3+ET1-X4:21/8.7A3.6

17

A2.6

= =EB3+ET1-X4:20/8.6A3.5

16= =EB3+ET1-X4:19/8.5A3.4

15= =EB3+ET1-X4:18/8.4A3.3

14= =EB3+ET1-X4:17/8.3A3.2

13= =EB3+ET1-X4:16/8.2A3.1

12Spare =EB3+ET1-X4:15/8.1A3.0

11/8.1

10/7.8

9Spare =EB3+ET1-X4:10

A2.2

3Conveyor belt 1 malfunction =EB3+ET1-H3:X1/7.2A2.1

2Conveyor belt 1 on =EB3+ET1-H2:X1/7.1A2.0

1/7.1

Digital output 16xDC24V/0,5A/7.1 0 5=EB3+ET1-A3

/7.8

A2.4

7

=EB3+ET1-H6:X1

A2.5

/7.5

A2.3 Conveyor belt 2 malfunction

=EB3+ET1-H8:X1

Conveyor belt 3 on


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


3

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

5

4


4

2

=

Name

5

2-

/2.1

2+

/2.1 1-

/2.1

1PE

2PE

/2.1

1+/2.1

0V/2.1

24V/2.1

DP+ETA/1.3

STATION 1/2.0 0=EB3+ET2-A1

/2.2


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


4

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

6

4


5

2

=

Name

5

2I

Conveyor belt malfunction/2.2

/2.2 3=EB3+ET2-A2

/2.3

2-

E10.1 =EB3+ET2-B1:4

1

/2.3

2PE

2+

/2.2E10.0

1-

/2.4

Conveyor belt in use

Conveyor belt malfunction

/2.3

1PE

=EB3+ET2-Q1:14

/2.2

1+

1I

/2.3 Conveyor belt in use


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


5

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

7

4


6

2

=

Name

5

3

/2.4 Workpiece fixed 1

2PE/2.6

2IWorkpiece fixed 2 =EB3+ET2-S3:4/2.6E11.1

2-/2.5

2+Workpiece fixed 2/2.5

1PE/2.5

1IWorkpiece fixed 1 =EB3+ET2-S2:4/2.4E11.0

1-/2.4

1+

=EB3+ET2-A3 /2.4 2


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


6

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

8

4


7

2

=

Name

5

/2.8

Workpiece on the conveyor belt

2PE

2I/2.8E12.1

2-/2.7

2+Workpiece on the conveyor belt/2.7

1PE/2.7

1IWorkpiece in magazine =EB3+ET2-S4:4/2.7E12.0

1-/2.6

1+Workpiece in magazine/2.6

/2.6 3 3=EB3+ET2-A4

=EB3+ET2-S5:4


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


7

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

9

4


8

2

=

Name

5

/3.1

7

4

/3.1

/3.1

/3.1

5

/3.1

3

/3.1

8

3=EB3+ET2-A5

6

4

/3.1


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


8

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

10

4


9

2

=

Name

5

/3.2 3=EB3+ET2-A6 5

2PE/3.4

2-/3.3

2+/3.3

2OFix workpiece 1 =EB3+ET2-Y1:x1/3.3A13.1

1PE/3.3

1-/3.2

1+/3.2

1OConveyor belt ON =EB3+ET2-K1:A1/3.2A13.0


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


9

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

11

4


10

2

=

Name

5

2PE/3.6

2-/3.6

2+/3.5

2OFeed workpiece =EB3+ET2-Y3:x1/3.5A14.1

1PE/3.5

1-/3.4

1+/3.4

1OFix workpiece 2 =EB3+ET2-Y2:x1/3.4A14.0

/3.4 3 6=EB3+ET2-A7


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


10

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

12

4


11

2

=

Name

5

4/2.1

3/2.0

2/2.0

1/2.0

DP+ETA/1.5

STATION 2/2.0 0=EB3+ET3-A0


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


11

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

13

4


12

2

=

Name

5

4 1

/2.1

/2.1

/2.2

=EB3+ET3-A1

6

/2.2 7

3/2.2

2


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


12

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

14

4


13

2

=

Name

5

7/2.5

6/2.5

5Conveyor belt in use =EB3+ET3-B1:4/2.4E20.1

3/2.3

2/2.3

1Conveyor belt malfunction =EB3+ET3-Q1:14/2.2E20.0

/2.2 4 2=EB3+ET3-A2


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


13

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

15

4


14

2

=

Name

5

3

1

/2.7

=EB3+ET3-S2:4Workpiece fixed 1/2.6

/2.7

5

E21.0

/2.6 4 3=EB3+ET3-A3

/2.9

6/2.8

2

Workpiece fixed 2

7

/2.8 =EB3+ET3-S3:4E21.1


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


14

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

16

4


15

2

=

Name

5

7/3.1

6/3.1

3/3.1

2/3.1

/3.0 4 4=EB3+ET3-A4


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


15

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

17

4


16

2

=

Name

5

7/3.5

6/3.4

5Fix workpiece 1 =EB3+ET3-Y1:x1/3.3A22.1

3/3.2

2/3.2

1Conveyor belt ON =EB3+ET3-K1:A1/3.1A22.0

/3.1 4 5=EB3+ET3-A5


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


16

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

18

4


17

2

=

Name

5

6

/3.9

/3.7

2/3.6


/3.6 4 6=EB3+ET3-A6

/3.8 SpareA23.1

3

5

7

/3.8


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


17

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

19

4


18

2

=

Name

5

/2.0

DP

STATION 3

+ETA/1.7

0

/2.1 11

/2.1

/2.1 21

=EB3+ET4-A0

24/2.1

14/2.1

23/2.1

13/2.1

22/2.1

12


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


18

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

20

4


19

2

=

Name

5

24/2.5

23/2.5

22/2.4

21Conveyor belt in use =EB3+ET4-B1:4/2.4E30.1

14/2.3

13/2.3

12/2.3

11Conveyor belt malfunction =EB3+ET4-Q1:14/2.2E30.0

/2.2 5 1=EB3+ET4-A1


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


19

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

21

4


20

2

=

Name

5

24/2.9

23/2.9

22/2.8

21Workpiece fixed 2 =EB3+ET4-S3:4/2.8E31.1

14/2.7

13/2.7

12/2.6

11Workpiece fixed 1 =EB3+ET4-S2:4/2.6E31.0

/2.6 5 2=EB3+ET4-A2


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


20

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

22

4


21

2

=

Name

5

24/3.1

14/3.1

23/3.1

13/3.1

22/3.1

12/3.0

21/3.0

11/3.0

/3.0 5 3=EB3+ET4-A3


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


21

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

23

4


22

2

=

Name

5

/3.4

/3.5

22/3.4


14/3.3

13/3.2

12/3.2

11Conveyor belt ON =EB3+ET4-K1:A1/3.2A32.0

/3.1 5 4=EB3+ET4-A4

24

23


Project name


F19_001

Terminal

EPLAN-DEMO

Rack

PLC diagram

Module

PagePg


22

OriginalEPLAN DEMO


Date

Date

Replaced by

REPORTPLC_SPS


1

Modification

0 76

ApprReplacement for

8 93

162

4


23

2

=

Name

5

=EB3+ET4-A5

24/3.9

23/3.8

22/3.8

21Spare/3.8A33.1

14/3.7

13/3.7

5

12

/3.5

/3.6A33.0

5

=EB3+ET4-Y2:x1

/3.6

Fix workpiece 2 11

Eplan Demo

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Transcript of Eplan Demo