Omron Coil Spring Limit Switch, NO/NC, IP62, SPDT, Thermosetting Resin Housing, 250V ac Max, 15A Max

The Z series of basic switches from Omron are in plastic housing however still provide the same electrical and mechanical switching capability and lifetime as standard limit switches. These basic switches are ideal for use in uncritical environments or when separately encased in subassemblies.

High precision basic switch in a wide range of variations
Large switching capacity of 15A with high repeat accuracy
Contact configuration: SPDT
Contact rating: 250Vac 15A, 14Vdc 15A
Contact Gap either 0.5mm (Standard) or 1.8mm (High Capacity)

UL recognised, CSA

This limit switch is designed for precision in automation applications. The SPDT configuration ensures versatile operation in various settings. Constructed from thermosetting resin, it boasts an IP62 rating, providing effective dust and water protection. With dimensions of 49.2mm in length and 111.3mm in width, this coil spring actuator switch is built for durability and efficiency.

• Capable of handling up to 15A current for diverse requirements
• Snap-action switch mechanism guarantees quick, reliable responses
• Mechanical life of 1 million operations ensures long-term usability
• Screw connection type allows for straightforward installation

• Used in automated machinery for precise control
• Ideal for safety in industrial environments
• Suitable for integration into conveyor systems for reliable operation
• Utilised in robotic requiring precise positioning

The IP62 rating signifies protection against dust ingress and limited water exposure, making it suitable for both indoor and outdoor applications without compromising performance.

The thermosetting resin contributes to the switch's structural integrity and durability, offering resistance to heat and mechanical stress, which enhances its longevity in demanding environments.

Yes, operating within temperatures ranging from -15°C to +80°C allows for flexibility in installation, catering to a variety of industrial conditions without performance loss.