Schmersal - The DNA of Safety

Direct Contact

  • +44 16 84-57 19 80
  • uksupport@schmersal.com
Safety Invented in Germany

Products

  • Online Product Catalogue
  • Innovations
  • Industry Solutions

Services

  • tec-nicum
  • Safety Services
  • Contact

Company

  • The Schmersal Group
  • Schedule
  • Press
  • News

Legal

  • Imprint
  • Privacy Policy
  • Terms and Conditions

© 2026 K.A. Schmersal GmbH & Co. KG

We respect your privacy

This website uses cookies and similar technologies.

Your selection:

+44 1684 571980 Hotline from 7:30 a.m. to 4:30 p.m.
Product comparison
United Kingdom (EN)
Belgium
FRNL
Brazil
PTES
China
ZH
Denmark
DA
Germany
DE
Finland
FI
France
FR
United Kingdom
EN
India
EN
International
EN
Italy
IT
Japan
JA
Canada
ENFR
Netherlands
NL
Norway
NO
Austria
DEEN
Poland
PL
Portugal
PT
Sweden
SV
Switzerland
DEFRIT
Spain
ES
Turkey
TR
USA
EN
Schmersal
  1. Safe switching and monitoring
  2. Safety sensors

Safety sensors

Electronic safety sensors

Electronic safety sensors

  • •RFID-technology for needs-based protection against tampering
  • •Integral cross-short, wire-breakage and external voltage monitoring of the safety cables up to the control cabinet
  • •High repeat accuracy of the switching points
Go to category
Magnetic safety sensors

Magnetic safety sensors

  • •Long life
  • •no mechanical wear
  • •Insensitive to transverse misalignment
  • •Insensitive to soiling
Go to category

SAFETY SENSORS FOR MACHINES

In contrast to category 2 electromechanical safety switches, safety sensors for machines enable non-contact position sensing of safety doors. This is particularly advantageous for machines that are exposed to high levels of dust and dirt and in hygiene-sensitive areas such as the food industry. Both electronic and magnetic safety sensors consist of a sensor and a target that communicate with each other without touching. If the target is detected by the sensor, the safety door and safety circuit are closed. The machine can be put into operation. The electronic safety sensors of the CSS and RSS series offer increased tolerance to safety door misalignment, enable the provision of diagnostics-relevant information and simplify safe signal evaluation. Another argument in favour of using these safety sensors for machines is the increased level of tamper protection provided by individual coding.