Festo MS6 SV E 10V24 Series User Manual

Operational principle of the multi-pin plug sockets NECA-…-MP1, -MP3 und -MP5
Status of
EN1
Status of
EN2
Status of valve
with NECA-…-
MP1
Status of valve
with NECA-…-
MP3
Status of valve with NECA-…-MP5
0V 0V Unpressurised Valve switches to
fault mode
Valve does not switch to fault mode,
but remains in the safe, unpressur-
ized status
Note:
Detection of shorts across contacts
and error detection and evaluation
necessary via external controller
0V 24V Valve switches to
fault mode
Pressurised Pressurised
24V 24V Pressurised Valve switches to
fault mode
Valve does not switch to fault mode,
but remains in the safe, unpressur-
ized status
Note:
Detection of shorts across contacts
and error detection and evaluation
necessary via external controller
24V 0V Valve switches to
fault mode
Unpressurised Unpressurised
Tab. 3 Operational principle of the multi-pin plug sockets NECA
Identification of signal transitions
If safety outputs with test pulses are used to control the product, the following runtime performance
must be observed:
– MS6-SV-E exhaust status
–
Test pulses < 3ms are ignored
– MS6-SV-E pressurisation status
–
Test pulses < 12ms are ignored
Detection of shorts across contacts of the enable signals
In general, detection of shorts across contacts is required to guarantee performance level e. Depend-
ing on the selected plug, either the product itself or the safety relay unit/PLC detects the cross circuit.
NECA-…-MP1 NECA-…-MP3 NECA-…-MP5
by safety relay unit/PLC (clocked sig-
nals)
by product by safety relay unit/PLC (potential dif-
ference monitoring)
Tab. 4 Detection of shorts across contacts
Product Overview
10 Festo — MS6-SV-...-E-10V24 — 2019-10d

Festo MS6 SV E 10V24 Series Specifications

General

Brand	Festo
Model	MS6 SV E 10V24 Series
Category	Control Unit
Language	English