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Schmersal Safe Switching AES 2135

Product type description
AES 2135
Article number
EAN code




EN ISO 13849-1, IEC 61508
up d
PFH value
1.0 x 10-7/ h
up 2
Mission time
20 Years
Switching frequency c
Control category
up 3

Global Properties

Product name
AES 213x
IEC/ EN 60204-1, EN 60947-5-1, IEC 60947-5-3, IEC 61508, BG-GS-ET-14, BG-GS-ET-20
Compliance with the Directives ( Y/ N)
Climatic stress
IEC 60947-5-3, BG-GS-ET-14
snaps onto standard DIN rail to EN 60715
Terminal designations
IEC/ EN 60947-1
- Material of the housings
Plastic, glass-fibre reinforced thermoplastic
- Material of the contacts
280 g
Start input ( Y/ N)
Feedback circuit ( Y/ N)
Start-up test ( Y/ N)
Reset after disconnection of supply voltage ( Y/ N)
Automatic reset function ( Y/ N)
Reset with edge detection ( Y/ N)
Pull-in delay
- ON delay with automatic start
adjustable 0, 1 / 1.0 s
Drop-out delay
- Drop-out delay in case of emergency stop
0 piece
Number of openers
adjustable 1 piece -> 2 piece
Input resistance
approx. 4000 © at GND
Input signal " 1 "
10 ... 30 VDC
Input signal " 0 "
0 ... 2 VDC
Cable length
1000 m with 1.5 mm² ( for Rated voltage)


Stop category
Number of safety contacts
1 piece
Number of auxiliary contacts
0 piece
Number of signalling outputs
2 piece
Switching capacity
- Switching capacity of the safety contacts
min. 10 mA, max. 4 A
- Switching capacity of the signaling/ diagnostic outputs
Y1, Y2 = 100 mA
Fuse rating
- Protection of the safety contacts
4 A gG D-fuse
- Fuse rating for the signaling/ diagnostic outputs
short-circuit proof
Signalling output
Y1: ( X5 / X6 without bridge) Authorized operation ( X5 / X6 with bridge) guard open
Y2: ( X5 / X6 without bridge) None Authorized operation ( X5 / X6 with bridge) Error
Utilisation category To EN 60947-5-1
AC-15: 230 V / 3 A
DC-13: 24 V / 2 A
Number of undelayed semi-conductor outputs with signaling function
2 piece
Number of undelayed outputs with signaling function ( with contact)
0 piece
Number of delayed semi-conductor outputs with signaling function.
0 piece
Number of delayed outputs with signalling function ( with contact) .
0 piece
Number of secure undelayed semi-conductor outputs with signaling function
0 piece
Number of secure, undelayed outputs with signaling function, with contact.
0 piece
Number of secure, delayed semi-conductor outputs with signaling function
0 piece
Number of secure, delayed outputs with signaling function ( with contact) .
0 piece

LED switching conditions display

LED switching conditions display ( Y/ N)
Number of LED´ s
1 piece

Integral system diagnosis ISD

Integral system diagnosis ISD
- The following faults are registered by the safety monitoring modules and indicated by ISD
- Failure of door contacts to open or close
- Cross-wire or short-circuit monitoring of the switch connections
- Interruption of the switch connections
- Failure of the safety relay to pull-in or drop-out
- Fault on the input circuits or the relay control circuits of the safety monitoring module

Miscellaneous data

Safety sensor
Guard system


- Width
45 mm
- Height
100 mm
- Depth
121 mm


Inductive loads ( e.g. contactors, relays, etc.) are to be suppressed by means of a suitable circuit.

notice - Wiring example

To secure a guard door up to PL 3 and Category # 03#
Monitoring 1 guard door( s) , each with a magnetic safety sensor of the BNS range
Modification for 2 NC contacts:
The safety monitoring module can be modified to monitor two NC contacts by bridging the terminals X3 and X4. The short-circuit recognition between connections then becomes inoperative.
Inversion of the output function:
By establishing a bridge between X5 and X6, the output function of the additional outputs can be altered. This control can also be realised when e.g. a PLC is running ( 24 VDC at terminal X6) .
Expansion of the enable delay time
The enable delay time can be increased from 0, 1 s to 1 s by mounting a jumper connection between the terminals X7 and X8.
The wiring diagram is shown with guard doors closed and in de-energised condition.
The ISD tables ( Intergral System Diagnostics) for analysis of the fault indications and their causes are shown in the appendix.

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