Safety limit switches are designed to offer reliable switching contacts that ensure the accurate positioning of machine elements or moving parts for safety-critical applications. With a variety of housing types and actuator options available—including plungers, rollers, and levers—these switches provide precise operating points, enabling precise and secure monitoring of positions.
Safety Limit Switches Products and Features
Miniature Safety Limit Switches- LSPM: Standard duty plastic body – red color
- LSMM: Robust, die cast body – red color
- Positive opening NC safety contacts to IEC60947-5-1
- Unique 3 pole contacts
- Choice of 7 actuator heads Linear and Rotary
- High mechanical life 5,000,000 cycles
- Side or end cable exit
- Enclosure protected to IP67 making the switches suitable for washdown
- Wide operating temperature -25C to 80C
Safety Limit Switches - Plastic- Positive opening safety contacts to IEC60947-5-1
- Choice of 11 actuator heads: Linear, rotary and flexible actions
- High mechanical life 10,000,000 cycles
- Head position adjustment any of 4 positions
- Enclosure protection to IP67 making them suitable for washdown
- Conduit entries: M20, 1/2″ NPT or quick connect
Safety Limit Switches - Die-Cast- Manufactured with robust, die cast body and stainless-steel levers, plungers, or heads
- Industry standard mounting to EN50041
- Positive opening NC safety contact to IEC60947-5-1
- Choice of actuator heads: Linear and rotary
- High mechanical life 5,000,000 cycles
- Rated IP67, suitable for wet environments
Safety Limit Switches - Stainless Steel- Manufactured with a stainless steel 316 body
- Industry standard mounting to EN50041
- Positive opening NC safety contact to IEC60947-5-1
- Choice of actuator heads: Linear and rotary
- High mechanical life 5,000,000 cycles
- Rated IP69K making them suitable for high temperature hosing with detergent at 80C and 100psi
IDEM Safety Product Overview CatalogTalk to one of our automation experts today at
(855) 737-4716, or fill out our
online form to learn more.
