LS-Titan Safety Switch
Affordable. Functional. Safe with a Versatile Offering.
The LS-Titan Safety Limit Switches offer economically insulated plastic or rugged metal enclosures designed for worldwide applications. Modular, plug-in operating heads and bodies make LS-Titan a flexible switching solution. These switches are suitable for use in safety applications designed to protect workers or processes.
The LS-Titan safety interlock switches have been specifically designed for monitoring the position of protective guards, such as doors, flaps, hoods and grilles. All switches in this family are safety-rated, include positively opening NC contacts, and cannot be defeated using simple tools, such as pliers, screwdriver, and nails.
The LS-Titan safety interlock family is comprised of three types of safety switches: key interlock, door-flap, and door-hinge switches.
-
Specifications
- - collapse all
Electrical
IP65 degree of protection - General
Features: - - Broad family of safety interlock switches in industry-standard enclosure sizes: miniature DIN; full-size DIN; and larger, solenoid key interlocks providing the highest degree of personnel and process protection - Large selection of actuators (keys), including those for sliding doors, swing doors and doors that do not close precisely - Miniature DIN models have a five-way adjustable head, while full-size DIN models have four-way adjustable heads - Fully safety-rated as interlocking devices per EN 1088, with safety function by positive opening contacts per IEC/EN 60947-5-1 - Door-flap and door-hinge safety switches provide a unique solution when actuators (keys) cannot be used - Other
Options: Can be ordered as separate components or as completely assembled switches - Screw and Cage Clamp connections available - Standards and Certifications: - - UL® listed - CSA® approved - CCC - Positive opening NC contacts per EN 60947-5-1 - -
Market Applications
Control Circuit Devices Wiring Guide
Commands and signals are a fundamental function for controlling machines and processes. The required control signals are produced either manually by […] Read More
-
Resources
Can't find what you are looking for or need more information? Contact us
-
Request Information
