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Operating instructions
Safety-monitoring module

SRB 206ST / SQ

EN

Sixfold guard door monitoring to EN 1088 with one positive break 
position switch (only possible with version SRB 206ST-24V /-230V 
(Fig. 7 a-f)

• Single-channel control, refer to the table below for the status of the 

signalling outputs Y1...Y6.

• 

The control system recognises wire-breakage and earth faults in the 
control circuit.

• In case of a partial assignment (less than 6 sensors connected) also 

refer to the table below with the then required bridges.

Connection of 1 safety guard: Bridges:

NC contact 1

S71-S72

S72 / S12 / S22 / S32 / S42 / S52 / 

S62 / S122

Connection of 2 safety 
guards:

Bridges:

NC contact 1

NC contact 2

S71-S12
S72-S82

S12-S72 / S82 / S22 / S32 / S42 / 

S52 / S62 / S122

Connection of 3 safety 
guards:

Bridges:

NC contact 1

NC contact 2

NC contact 3

S71-S12
S72-S22

S82-S92

S12-S72 / S22-S82 / S92 / S32 / 

S42 / S52 / S62 / S122

Connection of 4 safety 
guards:

Bridges:

NC contact 1

NC contact 2

NC contact 3

NC contact 4

S71-S12
S72-S22

S82-S32

S92-S102

S12-S72 / S22-S82 / S32-S92 / 

S102 / S42 / S52 / S62 / S122

Connection of 5 safety 
guards:

Bridges:

NC contact 1

NC contact 2

NC contact 3

NC contact 4

NC contact 5

S71-S12
S72-S22

S82-S32

S92-S42

S102-S112

S12-S72 / S22-S82 / S32-S92 / 

S42-S102 / S112-S52 / S62-S122

Connection of 6 safety 
guards:

Bridges:

NC contact 1

NC contact 2

NC contact 3

NC contact 4

NC contact 5

NC contact 6

S71-S12
S72-S22

S82-S32

S92-S42

S102-S52

S112-S62

S12-S72 / S22-S82 / S32-S92 / 

S42-S102 / S112-S52 / S62-S122

Y1

Y2

Y3

Y4

Y5

Y6

Status

1

1

1

1

1

1

All guards closed

1

1

1

1

1

0

Guard 6 open

1

1

1

1

0

0

Guard 5 open

1

1

1

0

0

0

Guard 4 open

1

1

0

0

0

0

Guard 3 open

1

0

0

0

0

0

Guard 2 open

0

0

0

0

0

0

Guard 1 open

S12

Y1

S71

S72

a)

S22

Y2

S72

S82

a)

S32

Y3

S82

S92

a)

Fig. 7a

a) Signalling outputs

Fig. 7b

a) Signalling outputs

Fig. 7c

a) Signalling outputs

S42

Y4

S92

S102

a)

S52

Y5

S102

S112

a)

S62

Y6

S112

S122

a)

Fig. 7d

a) Signalling outputs

Fig. 7e

a) Signalling outputs

Fig. 7f

a) Signalling outputs

Sixfold emergency stop circuit to EN 418/EN 60947-5-5  
(only possible with version SRB 206ST-24V / -230V (Fig. 8 a-f)

• 

Single-channel control

• 

The control system recognises wire-breakage and earth faults 
 in the control circuit.

• In case of a partial assignment (less than 6 sensors connected) 

 

also refer to the table below with the then required bridges.

Connection of 1 emergency 
stop circuit:

Bridges:

NC contact 1

S71-S72

S72 / S12 / S22 / S32 / S42 / S52 / 

S62 / S122

Connection of 2 emergency 
stop circuits:

Bridges:

NC contact 1

NC contact 2

S71-S12
S72-S82

S12-S72 / S82 / S22 / S32 / S42 / 

S52 / S62 / S122

Connection of 3 emergency 
stop circuits:

Bridges:

NC contact 1

NC contact 2

NC contact 3

S71-S12
S72-S22

S82-S92

S12-S72 / S22-S82 / S92 / S32 / 

S42 / S52 / S62 / S122

Connection of 4 emergency 
stop circuits:

Bridges:

NC contact 1

NC contact 2

NC contact 3

NC contact 4

S71-S12
S72-S22

S82-S32

S92-S102

S12-S72 / S22-S82 / S32-S92 / 

S102 / S42 / S52 / S62 / S122

Connection of 5 emergency 
stop circuits:

Bridges:

NC contact 1

NC contact 2

NC contact 3

NC contact 4

NC contact 5

S71-S12
S72-S22

S82-S32

S92-S42

S102-S112

S12-S72 / S22-S82 / S32-S92 / 

S42-S102 / S112-S52 / S62-S122

Connection of 6 emergency 
stop circuits:

Bridges:

NC contact 1

NC contact 2

NC contact 3

NC contact 4

NC contact 5

NC contact 6

S71-S12
S72-S22

S82-S32

S92-S42

S102-S52

S112-S62

S12-S72 / S22-S82 / S32-S92 / 

S42-S102 / S112-S52 / S62-S122

Y1

Y2

Y3

Y4

Y5

Y6

Status

1

1

1

1

1

1

No emergency 

stop actuated

1

1

1

1

1

0

Emergency stop 
6 actuated

1

1

1

1

0

0

Emergency stop 

5 actuated

1

1

1

0

0

0

Emergency stop 

4 actuated

1

1

0

0

0

0

Emergency stop 

3 actuated

1

0

0

0

0

0

Emergency stop 
2 actuated

0

0

0

0

0

0

Emergency stop 
1 actuated

Summary of Contents for SRB 206ST

Page 1: ... execute safety related functions as part of an entire plant or machine It is the responsibility of the manufacturer of a machine or plant to ensure the proper functionality of the entire machinery or plant The safety monitoring module must be exclusively used in accordance with the versions listed below or for the applications authorised by the manufacturer Detailed information regarding the rang...

Page 2: ...hnical data General data Standards IEC EN 60204 1 EN 60947 5 1 EN ISO 13849 1 IEC EN 61508 Climate resistance EN 60068 2 78 Fixing Snaps onto standard DIN rails to DIN EN 60715 Terminal designations EN 60947 1 Material of the enclosure glass ibre reinforced thermoplastic ventilated Material of the contacts AgCdO self cleaning positive drive Weight 400 g Start conditions Automatic or start button F...

Page 3: ... 5 1 LED functions K1 Status channel 1 K2 Status channel 2 UB Status operating voltage LED is on when the operating voltage on the terminals A1 A2 is ON Ui Status internal operating voltage LED is on when the operating volt age on the terminals A1 A2 is ON and the fuse has not been triggered 5 2 Description of the terminals Voltages A1 A2 24 VDC 24 VAC 48 230 VAC 0 VDC 24 VAC 48 230 VAC Inputs ref...

Page 4: ...NC contact 2 NC contact 3 NC contact 4 NC contact 5 NC contact 6 NC contact 7 NC contact 8 NC contact 9 NC contact 10 NC contact 11 NC contact 12 S11 S12 S71 S72 S11 S22 S72 S82 S31 S32 S82 S92 S41 S42 S92 S102 S51 S52 S102 S112 S51 S62 S112 S122 None 8 Appendix 8 1 Wiring examples Dual channel control shown for a guard door monitor with two contacts where at least one is a positive break contact ...

Page 5: ... S51 S52 S62 Connection of 3 safety guards Bridges NC contact 1 NC contact 2 NC contact 3 NC contact 4 NC contact 5 NC contact 6 S11 S12 S71 S72 S11 S22 S72 S82 S31 S32 S82 S122 S31 S42 S51 S52 S62 Connection of 4 safety guards Bridges NC contact 1 NC contact 2 NC contact 3 NC contact 4 NC contact 5 NC contact 6 NC contact 7 NC contact 8 S11 S12 S71 S72 S11 S22 S72 S82 S31 S32 S82 S92 S31 S42 S92 ...

Page 6: ... S82 a S32 Y3 S82 S92 a Fig 7a a Signalling outputs Fig 7b a Signalling outputs Fig 7c a Signalling outputs S42 Y4 S92 S102 a S52 Y5 S102 S112 a S62 Y6 S112 S122 a Fig 7d a Signalling outputs Fig 7e a Signalling outputs Fig 7f a Signalling outputs Sixfold emergency stop circuit to EN 418 EN 60947 5 5 only possible with version SRB 206ST 24V 230V Fig 8 a f Single channel control The control system ...

Page 7: ...l be maintained Some although not all errors will be recognised An accumulation of unrecognised errors could cause the safety function to be lost Wiring example signalling output Fig 9 Visualisation of the door position by external LED indications at the signalling outputs Y1 Y6 When the safety guard is closed the signalling output is supplied with 24V Do not use the signalling outputs for safety ...

Page 8: ...T SRB 206SQ Description of the safety component Safety monitoring module for emergency stop circuits and guard door monitoring Harmonised EC Directives 2006 42 EC EC Machinery Directive 2004 108 EC EMC Directive Person authorized for the compilation of the technical documentation Ulrich Loss Möddinghofe 30 42279 Wuppertal Notiied body which approved the full quality assurance system referred to in...

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