cp lab v6 2020-12-03

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=S7M0T0/1603.12.2020espeespe

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Festo Didactic SERechbergstraße 3D-73770 Denkendorf

2

Title page/cover sheetTitel- / Deckblatt PSP / DPJ VN =

+S7M0T7G1

CP Lab S7-1512SP, HMI TP700 V6Conveyor

9

1

2

\\festo.net\DFS01\INT\Data\EPLAN\DATA_xx\DE\Projects\Didactic\SC products\24 CP-Lab\V6\CP Lab V6 2020-12-03.elkEPL0VZFG7MFDMD06DE 16

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DateEd. by.Creat.Drw.No. F:N:

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2.7.3

S-Nr.

Circuit diagrams Schaltungsunterlagen

last Modification:letzte Änderung:Print date:Druckdatum:

\\festo.net\DFS01\INT\Data\EPLAN\DATA_xx\DE\Projects\Didactic\SC products\24 CP-Lab\V6\CP Lab V6 2020-12-03.elk

S7M0T7CP Lab S7-1512SP, HMI TP700 V6CP Lab S7-1512SP, HMI TP700 V6

03.12.2020

03.12.2020

CP LabCP Lab

designation:Bezeichnung:

V6 (HMI V2)

Plant identifierAnlagenkennzeichen

Path:Pfad:

Customer:Kunde:

remark:Bemerkung:

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103.12.2020espeespe

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2

Table of contentsInhaltsverzeichnis PSP / DPJ VN =

+S7M0T7G1


9

2

3

\\festo.net\DFS01\INT\Data\EPLAN\DATA_xx\DE\Projects\Didactic\SC products\24 CP-Lab\V6\CP Lab V6 2020-12-03.elkEPL0VZFG7MFDMI10DE 16

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S-Nr.

Table of contents Inhaltsverzeichnis PlantAnlage

LocationOrt

PageSeite

Page descriptionSeitenbeschreibung

supplementary fieldZusatzfeld

DateDatum

Edited byBearbeit.

X

=S7M0T7 1 Title page/cover sheet Titel- / Deckblatt 03.12.2020=S7M0T7 2 Table of contents Inhaltsverzeichnis 03.12.2020=S7M0T7 3 Assembly Aufbau 03.12.2020=S7M0T7 4 Platinen Rev 2019 03.12.2020=S7M0T7 5 assembly PLC Aufbauplan SPS 03.12.2020=S7M0T7 6 application - Byte 0 Applikation - Byte 0 03.12.2020=S7M0T7 7 PCB - Byte 1 Platine - Byte 1 03.12.2020=S7M0T7 8 PCB - Byte 2 Platine - Byte 2 03.12.2020=S7M0T7 9 PCB - IO-Link & Ethernet Platine - IO-Link & Ethernet 03.12.2020=S7M0T7 10 PCB - IO-Link A Platine - IO-Link A 03.12.2020=S7M0T7 11 PCB - IO-Link B Platine - IO-Link B 03.12.2020=S7M0T7 12 PCB - IO-Link analog Platine - IO-Link Analog 03.12.2020=S7M0T7 13 PCB - motor + encoder Platine - Motor + Inkrementalgeber 03.12.2020=S7M0T7 14 controlpanel basic functions & touchpanel Bedienfeld Grundfunktionen & Touchpanel 03.12.2020=S7M0T7 15 controlpanel options Bedienfeld Optionen 03.12.2020=S7M0T7 16 pneumatic schematic Pneumatikplan 03.12.2020

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203.12.2020espeespe

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2

AssemblyAufbau PSP / DPJ VN =

+S7M0T7G1


9

3

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\\festo.net\DFS01\INT\Data\EPLAN\DATA_xx\DE\Projects\Didactic\SC products\24 CP-Lab\V6\CP Lab V6 2020-12-03.elkEPL0VZFG7M 16

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2.7.3

S-Nr.

-GF2165353

SOEG-S-Q30-S-L

7/11.6

coupling senderright

KoppelsensorSender rechts

%Q42.5

-GF1165353

SOEG-S-Q30-S-L

11/11.5

coupling senderleft

KoppelsensorSender links

%Q42.4

X2X3 X1 X4

-BG4150395

SIEN-M8NB-PS-S-L

1/10.4

Identcode Bit 3Identcode Bit 3

%I42.3

-BG3150395

SIEN-M8NB-PS-S-L

2/10.3


%I42.2

-BG2150395

SIEN-M8NB-PS-S-L

3/10.2


%I42.1

-BG1150395

SIEN-M8NB-PS-S-L

4/10.1


%I42.0

-BG9574334

SMT-8M-A-PS-24V-E-0.3-M8D

5/11.4

Stopper openedStopper geöffnet

%I42.7

-BG6117066

6/7.4

Pallet atright end

Palette anBandende rechts

%I 1.7

-KG1165323

SOEG-E-Q30-PS-S-2L

8/11.1

coupling receiver right(n.c.)

Koppelsensor Empfängerrechts (Öffner)

%I42.4

-BG5117066

9/7.3

Pallet atleft end

Palette anBandende links

%I 1.6

-KG2165323

SOEG-E-Q30-PS-S-2L

10/11.2

couplingreceiver left (n.c.)

Koppelsensor Empfängerlinks (Öffner)

%I42.5

-SF1/14.2

start

%I 1.0

-SF2/14.3

Stop

%I 1.1

-SF3/14.3

0=Auto/F1

%I 1.2

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reset

%I 1.3

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Special function Q1

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Special function Q2

%Q 1.3

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-PF2%Q 1.1

-SF5/14.6

emergency-stop Panel

-X2 = Standardbedienung-X1 = power supply Stromversorgung

+P1

-RA1/12.7

%IB45

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303.12.2020espeespe

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2

Platinen Rev 2019PSP / DPJ VN =

+S7M0T7G1


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2.7.3

S-Nr.

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XZ2-

X6VB VB VB VB VB VB VB VB VB VB VB VB VB VB VB VB VB VB

XZ2-

X60V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V

MO

T

0VVA 0V 0VVB 0VVA 0VIOL

rear PCBPlatine hinten

-XZ2

front PCBPlatine vorne

-XZ1

-XZ2-X4 = power supply Stromversorgung-XZ1-X17 = Output-Byte 2 Ausgangs-Byte 2-XZ1-X16 = Input-Byte 2 Eingangs-Byte 2-XZ1-X15 = Output-Byte 1 Ausgangs-Byte 1-XZ1-X14 = Input-Byte 1 Eingangs-Byte 1

-XZ2-X2 = connection 1 to DA-Interface Verbindung 1 zu DA-Interface-XZ2-X3 = connection 2 to DA-Interface Verbindung 2 zu DA-Interface

-XZ2-X5 = analog signals for application Analogsignale Applikationsmodul

-XZ1-X12 = controlpanel basic functions Bedienfeld Grundfunktionen-XZ1-X13 = controlpanel additional buttons Bedienfeld Zusatztasten

-XZ1-X18 = incremental encoder BNC-Connector 1 Inkrementalgeber BNC-Anschluss 1-XZ1-X19 = incremental encoder BNC-Connector 2 Inkrementalgeber BNC-Anschluss 2

-XZ1-X11 = terminals PCB front side Klemmen Platine vorne

-XZ2-X6 = terminals PCB rear side Klemmen Platine hinten-XZ1-X20 = connection to opposite PCB Verbindung zu gegenüberliegender Platine

-XZ1-X1 = connection to opposite PCB Verbindung zu gegenüberliegender Platine

-X11 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V VB VB VB VB VB VB VB VA VA VA VA PE PE R

FID

IOL

VA

-XZ1-X21 = Powersupply HMI HMI Stromversorgung-XZ1-X22 = external Emergency-Stop Connector Not-Halt-Anschluss extern

-XZ2-X7 = connection to external Motorcontroller Ansteuerung externer Motorregler-XZ2-X8 = 24V application modules 24V Applikationsmodule

0V 0V 0V 0VVAVARFI

D

VBVBPEPEPE

8+G

1-BG

9%

I42.

7=S7

M0T

7+G

1/11

.2

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403.12.2020espeespe

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2

assembly PLCAufbauplan SPS PSP / DPJ VN =

+S7M0T7G1


9

5

6


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2.7.3

S-Nr.

supply 24V DC / 2AVersorgung 24V DC / 2A

ET200SPCPU 1512SP F-1PN

6ES7512-1SK00-0AB0

1L+ 2L+ 1M 2M P1R P2R

-KF1SIE#6ES7512-1SK00-0AB0SIE#6ES7193-6AR00-0AA0SIE#6ES7954-8LC02-0AA0

192.168.0.1

Port3

PN14.9

P24V M

6ES7131-6BF00-0CA0

BU15-P16+A0+2D6ES7193-6BP00-0DA0

DI HF8x 24VDC

I0

I2

I4

I6

I1

I3

I5

I7

L+

L+

L+

L+

L+

L+

L+

L+

1357

2468

9111315

10121416

-KF2/6.0SIE#6ES7131-6BF00-0CA0SIE#6ES7193-6BP00-0DA0

P24V M

6ES7131-6BF00-0CA0

BU15-P16+A0+2D6ES7193-6BP00-0DA0

DI HF8x 24VDC

I0

I2

I4

I6

I1

I3

I5

I7

L+

L+

L+

L+

L+

L+

L+

L+

1357

2468

9111315

10121416

P24V M

6ES7132-6BF00-0CA0

BU15-P16+A0+2D6ES7193-6BP00-0DA0

DO HF8x 24VDC 0,5A

Q0

Q2

Q4

Q6

Q1

Q3

Q5

Q7

1357

2468

M

M

M

M

M

M

M

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9111315

10121416


P24V M

6ES7132-6BF00-0CA0

BU15-P16+A0+2D6ES7193-6BP00-0DA0

DO HF8x 24VDC 0,5A

Q0

Q2

Q4

Q6

Q1

Q3

Q5

Q7

1357

2468

M

M

M

M

M

M

M

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9111315

10121416


6ES7137-6BD00-0BA0

CM

15

13579

1113

P24V M161412108642

M2

M0

L+2

L+0

M3

M1

L+3

L+1

CQ2

CQ0 CQ1

CQ3

BU15-P16+A0+2D6ES7193-6BP00-0DA0

4x IO-Link ST

-KF6/9.0SIE#6ES7137-6BD00-0BA0SIE#6ES7193-6BP00-0DA0

Ser

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nter

face

mod

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-KF7

-XZ1front PCB

Platine vorne

-XZ2rear PCB

Platine hinten

40V

X4 3VB

2VA

1PE

X11

PE

0V-X0 24V PE

VB VB VB0V 0V 0V 0V 0V

X6 PE PE PE VA VA VB VB 0V 0V 0V 0V

1

-PE1

-X8 124VB

224VA

30VB

4n.c.

5PE

0VVB


24VB / 6.10V / 6.1PE / 6.124VA / 6.1

0V 24V 24NA PE

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503.12.2020espeespe

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2

application - Byte 0Applikation - Byte 0 PSP / DPJ VN =

+S7M0T7G1


9

6

7


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2.7.3

S-Nr.

Verbindung zu Panel

PLC card SPS-Karte

type designation Typenbezeichnung

slot / module Steckplatz

PLC-controller SPS-Steuerung

P24V 1 2 3 4 5 6 7 8 M

-KF2/5.4

CPU1

2

ET200SP DI8x24V DC HF-XG2

I1

2%

I 0.1

-XG

2:2

24V

P24V

24V

for I

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s24

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gäng

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I2

3

%I 0

.2-X

G2:

3

I3

4

%I 0

.3-X

G2:

4

I4

5

%I 0

.4-X

G2:

5

I5

6

%I 0

.5-X

G2:

6

I6

7

%I 0

.6-X

G2:

7

I7

8

%I 0

.7-X

G2:

8

I0

1

%I 0

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G2:

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0V fü

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Q1

2

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4:3

Q3

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%Q

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4:4

Q4

5

%Q

0.4

-XG

4:5

Q5

6

%Q

0.5

-XG

4:6

Q6

7

%Q

0.6

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4:7

Q7

8

%Q

0.7

-XG

4:8

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1

%Q

0.0

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4:1

0V

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0V fo

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0V fü

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CPU1

4

ET200SP DQ8x24V DC HF

P24V 1 2 3 4 5 6 7 8 M

-XG4

-XZ1front PCB

Platine vorne

X11

VB 0V VA 0V

-X11 VB 0V0V0V

VA

= Baseunit Basisterminal = Baseunit Basisterminal

21x0,342,5 mLiYY

-WG21PKBNGYPK RDBUWHGNBNGNWHYEYEBN WHGYGYBN WH BN GN YE GY PK BU RDWHPK BKWHBU VT

24VB / 7.10V / 7.1PE / 7.124VA / 7.1

24VB/5.80V/5.8PE/5.8

24VA/5.8

App_

DI0

/ App_

DI1

/ App_

DI2

/ App_

DI3

/ App_

DI4

/ App_

DI5

/ App_

DI6

/ App_

DI7

/ App_

DQ

0/ Ap

p_D

Q1

/ App_

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2/ Ap

p_D

Q3

/ App_

DQ

4/ Ap

p_D

Q5

/ App_

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6/ Ap

p_D

Q7

/

App_

0VA

/ App_

0VA2

/App_

24VA

/App_

24VB

/

App_

0VB

/

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603.12.2020espeespe

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2

PCB - Byte 1Platine - Byte 1 PSP / DPJ VN =

+S7M0T7G1


9

7

8


1 3 4 5 6 7 8


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2.7.3

S-Nr.

Verbindung zu Panel

PLC card SPS-Karte




P24V 1 2 3 4 5 6 7 8 M

-KF3/5.4

CPU1

3

ET200SP DI8x24V DC HF-XG3

I1

2%

I 1.1

Stop

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24V

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PLC card SPS-Karte




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3

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Spec

ial f

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Q1

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Q3

4

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1.3

Spec

ial f

unct

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Q2

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PF4

Q4

5

%Q

1.4

trans

port

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righ

t

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Q5

6

%Q

1.5

trans

port

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n to

left

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Q6

7

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trans

port

slow

spe

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8

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CPU1

5

ET200SP DQ8x24V DC HF

P24V 1 2 3 4 5 6 7 8 M

-XG5

-XZ1front PCB

Platine vorne

-XZ2rear PCB

Platine hinten

BN BU BK BN BU BK

x1

x2

-QM1-MB1/16.1

open StopperStopper öffnen

BN

BK

BU

-BG5KAP M12

117066

%I 1.6

Pallet atleft endPalette anBandende links

+ -BN

BK

BU

-BG6KAP M12

117066

%I 1.7

Pallet atright endPalette anBandende rechts

+ -

-X6 VB 0V 11 VB 0V 12 VB 0V 13 VB 0V 14 0V27 0V28 0V29 0V30

5 6 7 82 3 41

X14

9 10

X15

9 5 6 7 82 3 41 10

10VX7

2SL

3L

4R

= Baseunit Basisterminal = Baseunit Basisterminal

BK BN RD OR YE GN BU VT-WG3 GY WH BK BN RD OR YE GN BU VT-WG5 GY WH

PI0 / 14.0PI1 / 14.0PI2 / 14.0PI3 / 14.0

PQ0 / 14.0PQ1 / 14.0PQ2 / 14.0PQ3 / 14.0

24VB / 8.10V / 8.1PE / 8.124VA / 8.1

24VB/6.90V/6.9PE/6.9

24VA/6.9

E1.59.7

Bit010.1

ME / 13.0

R13.3

L13.3

SL13.3

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703.12.2020espeespe

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2

PCB - Byte 2Platine - Byte 2 PSP / DPJ VN =

+S7M0T7G1


9

8

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1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

Verbindung zu Panel-XZ1front PCB

Platine vorne

-XZ2rear PCB

Platine hinten

-X6 VB 0V 15 VB 0V 16 VB 0V 17 VB 0V 18 0V31 0V32 0V33 0V34

5 6 7 82 3 41

X16

9 10

X17

9 5 6 7 82 3 41 10PI4 / 15.0PI5 / 15.0PI6 / 15.0PI7 / 15.0

PQ4 / 15.0PQ5 / 15.0PQ6 / 15.0PQ7 / 15.0

24VB / 9.00V / 9.0PE / 9.024VA / 9.0

24VB/7.90V/7.9PE/7.9

24VA/7.9

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803.12.2020espeespe

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2

PCB - IO-Link & EthernetPlatine - IO-Link & Ethernet PSP / DPJ VN =

+S7M0T7G1


9

9

10


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

PSX1,X2NFTP1,TP2

Status of the operating voltage supply (power system)Status of the internal communication (“I-Port Device 1" / “I-Port Device 2")Network status/network failure (Network Failure)Connection status (“Link1” / "Link2")

IB n+0IW n+1IB n+3IW n+4IB n+6IB n+7

= Digital In A+B= ADC0 (12 Bit) AI0 (A) 10V=4095= ADC1 (8 Bit) AI1 (A) 10V=255= ADC2 (12 Bit) AI0 (B) 10V=4095= ADC3 (8 Bit) AI1 (B) 10V=255= LoopCounter 0-255

QB n+0QW n+1QW n+3

V1.0: baudrate=COM3 , minCycle=800

= Digital Out A+B= DAC0 (12 Bit) AQ0 (A)= DAC1 (12 Bit) AQ0 (B)

RF210R IO-Link V1.132 Byte I/O

Writing- / Reading-UnitSchreib- / Lesekopf

-TF1SIE#6GT2821-1BC32 1

24V

3

0V

4

Data

State Bit 0: not usedState Bit 1: Write 28 ByteState Bit 2: Read 28 ByteState Bit 3: not usedState Bit 4: AntOffState Bit 5: TagPresentState Bit 6: ErrorState Bit 7: Done

QB n+0: CommandQB n+1: not usedQB n+2: Adress-HQB n+3: Adress-LQB n+4: Data0......QB n+31: Data27

IB n+0: StateIB n+1: ErrorCodeIB n+2: Adress-HIB n+3: Adress-LIB n+4: Data0......IB n+31: Data27

Command Bit 0: not usedCommand Bit 1: Write 28 ByteCommand Bit 2: Read 28 ByteCommand Bit 3: not usedCommand Bit 4: AntOffCommand Bit 5: not usedCommand Bit 6: not usedCommand Bit 7: not used

-KF21/10.0/11.0/12.0

DA-InterfaceDA-Interface 24VB

1

24V

for I

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V fü

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gäng

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-XZ2rear PCB

Platine hinten

1

24VB

IPort 2

24VA

3

GN

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IOL

4

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FREM

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RAC

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GNDB

3

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-X6 VB 0V VA 0V IOL

PE 0V VBIOL

IPort =I-Port / IO-LinkI-Port / IO-Link

VB VAVB 0V 0V

-WG1 BN WHBU BKGY-X11 RFID

-X6 VB 0V RFID

-XZ1front PCB

Platine vorne

-S3 2IOL

1CTEU

XTF1 1 3 4

WTF1 BN BKBU

-XTF1 = RFID-Connector RFID-Anschluss

-KF6/5.7

-XG6

9

US1

US1

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4

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4

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12

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=BaseunitBasisterminal

24VB / 10.10V / 10.1PE / 10.124VA / 10.1

24VB/8.90V/8.9PE/8.9

24VA/8.9

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2

PCB - IO-Link APlatine - IO-Link A PSP / DPJ VN =

+S7M0T7G1


9

10

11


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

PLC card SPS-Karte




A 13

24VB

1

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5

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7I3

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CPU1

IO-Link DA-Interface-XZ3

/11.0/12.0

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-X6 VB 0V VB 0V 2 VB 0V 3 VB 0V 4 0V19

2

0V20 0V21 0V22

4 6 8

BN BU BK

-XZ2rear PCB

Platine hinten

BN BU BK BN BU BK

12

24VA

2

Q0

4

Q1

6

Q2

8

Q3

14

0VA

1BN

4BK

3BU

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1BN

4BK

3BU

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%I42.1


+ -

1BN

4BK

3BU

-BG3150395

%I42.2


+ -

1BN

4BK

3BU

-BG4150395

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+ -

1 3 5 7

1

X2

13 15 12 14

A =IO-Port, Bit 0-3IO-Port, Bit 0-3

24VB / 11.10V / 11.1PE / 11.124VA / 11.1

24VB/9.90V/9.9PE/9.9

24VA/9.9

Bit0/7.1

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PCB - IO-Link BPlatine - IO-Link B PSP / DPJ VN =

+S7M0T7G1


9

11

12


1 3 4 5 6 7 8


Pageof

>><<

2.7.3

S-Nr.

PLC card SPS-Karte




15

0VB

-KF21/9.7

CPU1

IO-Link DA-Interface-XZ3

/10.0Interface PCB

Interface-Platine

24VB

B13

24V

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BN BU BK

-XZ2rear PCB

Platine hinten

BN BU BK

2

Q0

4

Q1

6

Q2

8

Q3

BN BU BK

BN

BK

BU

-BG9/16.3

574334

%I42.7


+ -

-S1 -S2

-X6 VB 0V VB 0V VB 0V 7 VB 0V 8 0V23 0V24 0V25 0V26

1 3

-GF1165353

%Q42.4

coupling senderleftKoppelsensorSender links

+ -

1 3

-GF2165353

%Q42.5

coupling senderrightKoppelsensorSender rechts

+ -

BN BU BN BU

B 13

24VB

1

I0

3

I1

5

I2

7I3

12

24VA

14

0VA

2 4 6 81 3 5 7

X3

13 15 12 14

B =IO-Port, Bit 4-7IO-Port, Bit 4-7

1BN

4BK

3BU

-KG1165323

%I42.4

coupling receiver right(n.c.)Koppelsensor Empfängerrechts (Öffner)

+ -

1BN

4BK

3BU

-KG2165323

%I42.5

couplingreceiver left (n.c.)Koppelsensor Empfängerlinks (Öffner)

+ -

9 10

24VB / 12.10V / 12.1PE / 12.124VA / 12.1

24VB/10.90V/10.9PE/10.9

24VA/10.9

A13.6

B13.6

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PCB - IO-Link analogPlatine - IO-Link Analog PSP / DPJ VN =

+S7M0T7G1


9

12

13


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

PLC card SPS-Karte




voltage regulator 10VSpannungsregler 10V

IN: 12-30V OUT: 10V DC

-XZ3/10.0

Interface PCBInterface-Platine

-XZ2rear PCB

Platine hinten

A 9

AI0

A 10

AI1

A 11

AQ0

AI0

A9

%IW

43-X

Z2-X

5:8

AI1

A10

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10

X2

11

B 9

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AI2

B9

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Z2-X

5:7

B 11

AQ0

AQ1

B11

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1B 10

AI1

AI3

B10

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1-X2

:10

-X5 11

n.c.

1

UA1

2

UA2

3

GN

DA

4

IE2

5

IE1

6

GN

DE

7

UE2

8

UE1

9

IA2

10

IA1

12

IE4

13

IE3

14

UE4

15

UE3

X3

9

X3

10

X3

11

-KF21/9.7

CPU1

IO-Link DA-Interface

9AI0

10AI1

15GNDB

-QA1µA7810 (TO220)

31

2x1

x2-CA10,33µF

x1

x2-CA2

0,1µF

x1

x2

x3

-RA1%IB452,2kOhm

Potentiometer 1

x1

x2

-RA3330Ω

9AI0

10AI1

15GNDB

-X2 1324VB

1324VB

-X12-XZ1front PCB

Platine vorne

+P1

11AQ0

11AQ0

24VB/11.90V/11.9PE/11.9

24VA/11.9

24VB / 13.00V / 13.0PE / 13.024VA / 13.0

App_

AI0

/ App_

AI1

/ App_

AQ0

/ App_

AQ1

/ App_

GN

DA

/App_

GN

DE

/

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2

PCB - motor + encoderPlatine - Motor + Inkrementalgeber PSP / DPJ VN =

+S7M0T7G1


9

13

14


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

A

B

transport direction to rightBandantrieb Rechtslauf

A

B

transport direction to leftBandantrieb Linkslauf

1 rotation = 8 pulses/channel = 30mm * π = 94,2 mm1 Umdrehung = 8 Impulse je Kanal = 30mm * π = 94,2 mm

0V24V

24V0V

24V0V

24V0V

0° 45°# 90° 135°

BG7BG8

AB

Motorregler Kaleja M-MZS-4-3006.05.020

-QA1

X2:24V GND M2 M1

RE:re 0Vr LI:li 0Vl SL:sl 0Vs ST:st 0Vh

BN BU BK BN BU BK

-XZ2rear PCB

Platine hinten

-XZ1front PCB

Platine vorne

a

b

c

-BG7FES#552796

incremental encoder Ch. ADrehgeber Kanal A

+ -a

b

c

-BG8FES#552796

incremental encoder Ch. BDrehgeber Kanal B

+ -

1X18BNC-Buchse Kanal A (24V-Pegel)

1X19BNC-Buchse Kanal B (24V-Pegel)

-X6 VB 0V VB 0V

VA 0V 0V-X6 MOT 0V

5 6

RD BK

-MA1

conveyor motorBandmotor

M

24VB/12.90V/12.9PE/12.9

24VA/12.9

24VB / 14.00V / 14.0PE / 14.024VA / 14.0

A/11.2B/11.3

ME/7.9

R7.5

L7.6

SL7.7

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controlpanel basic functions & touchpanelBedienfeld Grundfunktionen & Touchpanel PSP / DPJ VN =

+S7M0T7G1


9

14

15


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

Sub-D-Buchse15pol. HD

Siemens TP700 Comfort

-XZ1front PCB

Platine vorne

1I0

2Q0

3I1

4Q1

5I2

6Q2

7I3

8Q3

11AO0

1224VA

X12 14GNDA

-XZ2rear PCB

Platine hinten

X21 5(12)

324VB

20V

1PE

4(11)

X22 1(12)

2VA

3(11)

4VB

1I0

2Q0

3I1

4Q1

5I2

6Q2

7I3

8Q3

11AO0

-X2 1224VA

14GNDA

13

14-SF1startStart

%I 1.0

13

14-SF4reset

Richten

%I 1.3

11

12-SF2Stop

Stopp

%I 1.1

13

14-SF30=Auto/F11=Man./F20=Auto/F11=Man./F2

%I 1.2

21

x1

x2

-PF1startStart

%Q 1.0

x1

x2

-PF2reset

Richten

%Q 1.1

x1

x2

-PF3Special function Q1Sonderfunktion Q1

%Q 1.2

x1

x2

-PF4Special function Q2Sonderfunktion Q2

%Q 1.3

124VB

4n.c.

3GNDB

2-X124VA

5PE

124VB-XD1 2

0V3PE

11

12-SF5

emergency-stop PanelNot-Halt Panel

-WG41 BN BUWH GY BK-WG42

+P1

JP112

-PH1SIE.6AV2124-0GC01-0AX0

-X1/P1 PN RJ45-X1/P2 PN RJ45-X61 USB-A-X62 USB-A-X2 DP-X60USB-Mini-B

-X90i AudioIN-X90o AudioOUT

1-X5

-X6

USB X5 = Ethernet connector in controlpanelX6 = USB socked

-XD1 = Klemmen auf HMI-Platine

L+X80:1

M2 PE

-PQ0/7.9-PQ1/7.9-PQ2/7.9-PQ3/7.9

-PI0/7.4-PI1/7.4-PI2/7.4-PI3/7.4

24VB/13.90V/13.9PE/13.9

24VA/13.9

24VB / 15.00V / 15.024VA / 15.0

_24VB/12.8

PN5.2

USB

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2

controlpanel optionsBedienfeld Optionen PSP / DPJ VN =

+S7M0T7G1


9

15

16


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

-XZ1front PCB

Platine vorne

1I0

2Q0

3I1

4Q1

5I2

6Q2

7I3

8Q3

11AI0

10AI1

9AO0

1224VA

1324VB

14GNDA

15GNDB

X13

-PQ4/8.9-PQ5/8.9-PQ6/8.9-PQ7/8.9

-PI4/8.4-PI5/8.4-PI6/8.4-PI7/8.4

24VB/14.90V/14.9

24VA/14.9

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pneumatic schematicPneumatikplan PSP / DPJ VN =

+S7M0T7G1


9

16

=S7M0T7X2/1


1 3 4 5 6 7 8


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>><<

2.7.3

S-Nr.

4 2

-QM1

VUVG-L10-M52-MT-M5-1P3FES.574351 A531

-MB1/7.8%Q 1.7open StopperStopper öffnen

2

1-RZ1

2

1-RZ2

-RP1

-RP2

-MM1stopperStopper

P

-BG9/11.4


%I42.7

cp lab v6 2020-12-03

Documents