M22-KC02SMC10 self-monitoring 1Z.2R contact, rear wall mounting 121720

Self-monitoring contact element – reliability and safety in control

This self-monitoring contact element, catalog number 121720, is a key component in control systems, providing reliable circuit switching. Designed for rear mounting, it finds application in a wide range of industrial and automation applications. Its construction based on the M22 series from Eaton guarantees high quality and durability.

Construction and functionality

The M22-KC02SMC10 contact is characterized by a 1Z.2R configuration – one normally closed contact and two normally open contacts. Self-monitoring increases operational safety, and the screw connection ensures a solid and reliable electrical connection. Top mounting facilitates installation and servicing. Designed for base mounting, which increases its versatility.

The rated operating current for AC-15 circuits is 6A at 230V, making it suitable for controlling various loads. This element is ideal for applications requiring frequent circuit switching, such as controlling motors, lighting, or valves.

Applications and benefits

• Safety: The self-monitoring function provides an additional level of safety by monitoring the status of the contacts.

• Versatility: The possibility of base mounting makes this element easy to integrate with various machine and device structures.

• Reliability: Construction based on Eaton components guarantees long-lasting and trouble-free operation.

• Easy installation: Top mounting and screw connection facilitate and speed up the installation process.

• Wide range of applications: Ideal for controlling various loads in industrial and automation applications.

• Compliance with standards: Meets the requirements of IEC/EN 60947-5-1 standards, confirming its safety and quality.

This element is particularly useful in situations where high reliability and safety of the control system are required. Its compact dimensions (38 mm length, 30 mm height and 32 mm width) allow for easy integration even in limited space. A weight of only 0.032 kg minimizes the load on the mounting structure.