Telemecanique L2153 Limit Switch
Telemecanique L2153 Limit Switch
Description:
Description:
The Telemecanique L2153 Type L Limit Switch is used in industrial machine safety and control systems to provide reliable cable-actuated emergency stop and machine shutdown functions in severe-duty environments. Commonly installed on conveyor systems, bulk material handling equipment, mining machinery, steel mills, and automated production lines. Maintenance teams, OEMs, and system integrators use this limit switch for repair, replacement, retrofit, or industrial automation maintenance.
Applications:
The Telemecanique L2153 Type L Limit Switch is commonly used in industrial facilities to provide cable-operated emergency stop and machine control for equipment such as conveyors, crushers, transfer systems, aggregate processing equipment, packaging machines, and automated manufacturing machinery where dependable cable-actuated safety control, emergency shutdown, equipment protection, and reliable process safety are essential.
Technical Specifications:
• Manufacturer: Telemecanique (Schneider Electric)
• Model / Part Number: L2153
• Product Type: Cable Pull Limit Switch
• Product Series: L100/300 Severe Duty Mill Series
• Product Specific Application: Mill switch / Cable pull switch
• Body Type: Fixed
• Head Type: Rotary head
• Body Material: Cast aluminum
• Contact Configuration: DPST-NO Double-Break (Form XX)
• Contact Operation: Snap action
• Rated Operational Voltage: 500 VAC
• Contact Rating: NEMA A600 / P600
• Conventional Thermal Current (Ith): 20 A
• Rated Insulation Voltage (Ui): 600 V
• Electrical Connection: Screw-clamp terminals (AWG 22–12)
• Cable Entry: One 1/2 in. NPT conduit entry
• Degree of Protection: NEMA 1, 2, 4, 12, and 13
• Application Environment: Severe-duty industrial machinery, conveyors, mills, foundries, and material handling systems.
Common Replacements:
• Schneider Electric L2153M Cable Pull Limit Switch
• Allen-Bradley 440E Lifeline Cable Pull Switch
• Schmersal ZQ 900 Cable Pull Safety Switch
Share
