schmersal PROTECT SELECT Operating Instructions Manual Download Page 8

8

Operating instructions

Multifunctional safety controller

PROTECT SELECT

PROTECT SELECT OEM

EN

Additional functions (2nd Stelle)
MSP 

code

Discrepancy error 

monitoring

Start-up test

Feedback 

circuit

Autostart

0
1

2

3

4

5

6

7

8

9

A

B

C

D

E

F

Contact properties (3rd Stelle)

0 Equivalent (e.g. 2 NC contacts)

Standard setting

1 Antivalent (e.g. 1 NC contact, 1 NO contact)
2 Single 

channel

(e.g. 1 NC contact)

Example, MSP code:

Emergency stop command device with active discrepancy monitoring, 

feedback loop and 2 NC contacts.

MSP

0

A

1

= E-stop command device

3. position

2. position

1. position

Input sequence  

from right to left

If the additional function "Discrepancy monitoring" is not used 

in a two-channel sensor, this should be especially justified in 

the risk analysis. 

Door interlocking mechanisms have an infinite discrepancy,  

this allows the additional function to be used for error 

detection.

With an activated discrepancy monitoring the interlock has 

to be opened after an unlocking request.

Kontakteigenschaft (3. 

position) = single-channel: The 

input with the even number is always evaluated (e.g. sensor 

on I02 and I03 the input I02 single-channel is evaluated). 

The odd input must remain open.

Sensor type 0 (deactivate): With a HIGH signal to the 

sensor inputs of a disabled sensor all safety clearances 

are deactivated.

On deactivation of auto-start the function of monitored 

start is selected.

Further Parameter

Interlock type

Power to unlock

For spring-locked guard interlocks.

Power to lock

For solenoid-locked guard interlocks.

The interlock type always applies to all connected guard 

interlocks.

Analog inputs

Dual Sensor

2-channel analysis of AI0 and AI1 with percentage 
tolerance between the two channels.

Single sensor

Single channel analysis of AI0 and AI1.

In addition to the input type, 4 limit values can be set for every input (if 

“Dual Sensor“ is selected for both).

Inputs

Standard 

(S) No cross-wire detection for input active.

Cross-wire short (C) Cross-circuit detection for this input is active.
Safety mat

(M) Connecting a 4-wire safety mat. Cross-circuit 

detection for this input is active.

Times

Each MSP has a safety switch device input filter for bounce on  

protective equipment, or detection of failures.

Monitoring time / discrepancy time

Maximum tolerated delay between the channels of a 2-channel input. If 

exceeded a warning on the screen is displayed and the indicator light 

Y3 flashes. Both channels must be opened to clear before the input can 

be activated again. Unless otherwise specified, this time is set to 10s 

(guard interlocks set to infinity).

Stable time

During the stable time (default value = 0.1 s) there is a debounce time, 

which causes a turn-on delay. The release of the safety function only 

takes place when both input contacts are switched stable for the  

duration of the stabilizing time.

Operating situation

Input K1

Input K2

monitoring time

Stable time

Authorised operation

Error

Fault situation

Input K1

Input K2

monitoring time

Stable time

Authorised operation

Error

The setting for the monitoring time  / discrepancy time  
and stable time must be greater than zero.

Summary of Contents for PROTECT SELECT

Page 1: ...neral information for electrical connection 4 4 2 Power supply 4 4 3 Start level 4 4 4 Sensor level 4 4 5 Actuator level 5 5 Operating principle and settings 5 1 Connection operating elements 6 5 2 De...

Page 2: ...se If used incorrectly or not for the intended purpose or in the case of tampering danger to persons or damage to machine and system parts from using the safety module cannot be ruled out 1 7 Exclusio...

Page 3: ...t change Sinusoidal max 2 8 Hz max 50 mA s Input resistance 10 k Safe analogue inputs Category PL SIL CL Single channel If a cable break dominates Cat 3 PL d SIL CL 2 Dual channel Cat 4 PL e SIL CL 3...

Page 4: ...d pins Electrical power cables must be routed separately from communication lines 3 2 Disassembly Unlock the bottom of the enclosure by means of a slotted screwdriver push up and hang out slightly til...

Page 5: ...onductor outputs Q2 Q3 with 24 VDC 2 x safe relay outputs QR1 QR2 with common supply QR0 up to 250 VAC or 24 VDC 4 x operational optional message outputs Y0 Y 3 with 24 VDC Relay outputs 250 V 24V GND...

Page 6: ...y outputs Operational outputs signalling output Clock outputs for the supply of safe digital inputs for short circuit recognition 5 3 Start level Alternatively auto start or manual start falling edge...

Page 7: ...processor MSP which is parameter assigned by a three digit hexadecimal number The 1 position describes the sensor the 2 position the additional function and the 3 position the contact properties The e...

Page 8: ...ing locked guard interlocks Power to lock For solenoid locked guard interlocks The interlock type always applies to all connected guard interlocks Analog inputs Dual Sensor 2 channel analysis of AI0 a...

Page 9: ...the list After entry a plain text display of the selected settings appears ENTER moves back to the code list display If you navigate up with the last MSP code the next menu appears MSP 01 1 A 5 MSP 0...

Page 10: ...leshooting Description of possible error cause and rectification measures Restart Trigger of a new start once the error has been eliminated Configuration Enter PIN Entry of the PIN codes so as be able...

Page 11: ...essary Sensors and emergency stop command devices can be reset in any order Sensor level Safe analogue inputs Implemented in the following application programs for both analogue secure inputs are the...

Page 12: ...ital inputs I00 I01 Operating mode selector switch automatic I00 HIGH I01 LOW manual I00 LOW I01 HIGH I02 I03 Enabling switches MSP 6 Default value 0 0 0 I04 I05 1 sensor MSP 2 Default value 0 0 0 I06...

Page 13: ...ayed Signalling output Y3 error message status indication Manual mode Flashing with 2Hz Warning Flashing with 1Hz Error messages Lights up Safe semi conductor outputs Q0 Q0N Stop 0 or Stop 1 All semic...

Page 14: ...lay outputs QR1 QR2 Stop 0 or Stop 1 All relay outputs are linked to a safe timer Timer Off Delay Stop 0 Timer 0 seconds Default value Stop 1 Timer should be actively adjusted to 0 seconds Application...

Page 15: ...4 sensor MSP 5 Default value 0 0 0 I10 I11 5 sensor MSP 6 Default value 0 0 0 I12 I13 Feedback circuit I14 I15 START RESET or latch interlock for I16 I17 I16 I17 Emergency stop command device MSP 1 De...

Page 16: ...00 Monitoring time for MSP 5 T11 10 00 Monitoring time for MSP 6 T12 10 00 Stable time for MSP 1 E Stop T13 0 10 Stable time for MSP 2 T14 0 10 Stable time for MSP 3 T15 0 10 Stable time for MSP 4 T1...

Page 17: ...conductor outputs are linked to a safe timer Timer Off Delay Stop 0 Timer 0 seconds Default value Stop 1 Timer should be actively adjusted to 0 seconds Safe relay outputs QR1 QR2 Stop 0 or Stop 1 All...

Page 18: ...The muting monitoring time continues The muting lamp Y0 remains on The muting outputs remain set e The workpiece releases the light barrier AOPD The muting monitoring time continues The muting lamp Y0...

Page 19: ...art the safety monitoring the high signal is absent at the corresponding input which means the feedback loop of the integrated actuator is not closed Timeout Disturbed safety switch The time lag betwe...

Page 20: ...56 12103 Berlin ID n 0035 Person authorized for the compilation of the technical documentation Oliver Wacker M ddinghofe 30 42279 Wuppertal K A Schmersal GmbH Co KG M ddinghofe 30 D 42279 Wuppertal P...

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