Auxiliary contact block for KCP-AX power contactors – 2NO + 2NC
Auxiliary contact block for KCP-AX power contactors – 2NO + 2NC
The KCP-AX auxiliary contact block is an accessory designed to expand the functionality of KCP series power contactors, enabling the management of control, signaling, and interlock circuits in industrial and civil electrical systems. The device integrates four auxiliary contacts with a configuration of 2 normally open (NO) and 2 normally closed (NC), offering application versatility and operational reliability.
Designed for direct front mounting on the contactor, the block ensures simple, quick, and safe installation without the need for adaptations. The compact and robust structure, made with high-quality insulating materials, ensures mechanical resistance and long life even under continuous use.
From an electrical point of view, the device is classified in use category AC-15 with a rated operating current of 0.95 A and a conventional thermal current Ith of 10 A. The electrical insulation is rated for voltages up to 690 V, with an impulse withstand voltage of 6 kV, ensuring high levels of safety. The IP20 protection rating makes it suitable for installation inside protected electrical panels, with connection via reliable and easy-to-wire terminals.
The product complies with international standards PN-EN 60947-4-1, ensuring compatibility with industry standards and certified safety requirements.
Main features
- Contact configuration: 2 NO + 2 NC
- Total number of auxiliary contacts: 4
- Use category: AC-15
- Rated operating current Ie: 0.95 A
- Thermal current Ith: 10 A
- Rated insulation voltage Ui: 690 V
- Rated impulse withstand voltage Uimp: 6000 V
- Rated operating voltage Ue: 400 V
- Connection type: screw terminals
- Degree of protection: IP20
- Mounting: front on contactor / DIN rail TH35
- Color: white
- Weight: 68 g
- Product code: 24111
- EAN: 5905339241115
The KCP-AX auxiliary contact block is a reliable professional solution for extending the control capabilities of power contactors, improving circuit management and integration into electrical automation systems.
