Contact element M22-CK02 0Z 2R for mounting to adapter M22-A 107899
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Contact element M22-CK02 0Z 2R for mounting to adapter M22-A 107899
RMQ-Titan Contact Element – Reliability and Durability in Every Circuit
This M22-CK02 contact element, designed for mounting in M22-A adapters, is a key component in control and signaling systems. Designed for demanding industrial applications, it provides reliable switching of electrical circuits. Its construction based on spring clamps guarantees quick and secure mounting, minimizing downtime during installation and maintenance.
Construction and practical application
The M22-CK02 element is a normally open (2R) contact designed for front mounting. The rated current of 6A for AC-15 at 230V makes it ideal for controlling circuits with medium power. This contact is used in a wide range of devices and installations, such as:
- Operator and control panels
- Control and signaling equipment
- Industrial automation devices
- Machine safety systems
Thanks to the integrated top mounting, this element is easy to integrate with other components of the RMQ-Titan series. The use of spring clamps eliminates the need for tools when connecting wires, which translates into time savings and increased work efficiency.
Durability and compliance with standards
Eaton RMQ-Titan contact elements are characterized by exceptional mechanical and electrical durability. This equipment meets high protection standards – IP67 and IP69K – which guarantees resistance to dust and water ingress, as well as the possibility of cleaning with high-pressure water jets. Additionally, this equipment is distinguished by a long LED service life (up to 100,000 hours of continuous operation) and resistance to inscription abrasion thanks to laser technology. All this translates into a long device life and minimizes costs associated with its replacement.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
Certificate
Declaration of Conformity
Information about websites





