LIMIT SWITCH XCKJ… H29

LIMIT SWITCH TELEMECHANIQUE

Product Description

The XCKJ…H29 Limit Switch (Schneider Electric OsiSense XC series) is a heavy-duty industrial electromechanical position detection switch designed for machine automation, conveyor systems, material handling equipment, and safety interlocking applications.

It is built with a robust metal housing and high mechanical endurance, ensuring reliable operation in harsh industrial environments where precise position sensing and long service life are required.

Key Features

• Heavy-duty industrial limit switch for position detection
• Robust metal body construction for harsh environments
• High mechanical durability and long operational life
• Precision snap-action switching mechanism
• Suitable for machine automation and safety interlocking
• High repeat accuracy for reliable position sensing
• Multiple actuator head options (lever, roller, plunger types)
• IP-rated enclosure for dust and moisture protection (model dependent)
• Compatible with industrial control circuits (PLC/relay inputs)
• Easy mounting on machines and equipment frames

Technical Specifications

• Product Type: Industrial Limit Switch
• Series: XCKJ (OsiSense XC range)
• Model: XCKJ…H29
• Manufacturer: Schneider Electric
• Operation Type: Electromechanical snap-action switch
• Actuator Type: H29 head configuration (industrial actuator variant)
• Contact Configuration: 1NO + 1NC (typical variant, model dependent)
• Electrical Rating: Typically up to 240V AC / industrial control current range
• Mechanical Life: Up to 10–20 million operations (typical)
• Electrical Life: Depends on load and switching conditions
• Housing Material: Die-cast metal body
• Protection Degree: IP66 / IP67 (depending on configuration)
• Mounting: Panel / surface mounting with adjustable position
• Operating Temperature: -25°C to +70°C (typical industrial range)
• Connection Type: Screw terminals or internal wiring chamber
• Application Areas: Conveyors, packaging machines, elevators, CNC systems, safety gates