63A 4 Pole 2NO/2NC 230V Modular Contactor
The 63A 4 Pole 2NO/2NC 230V Modular Contactor is a reliable switching device designed for safe and efficient electrical control in residential, commercial and light industrial applications. Manufactured by CHINT, this contactor offers dependable performance for controlling lighting circuits, heating systems, ventilation equipment and motor loads.
With a 63 amp current rating and 230V control voltage, this model is suitable for higher load applications where consistent operation is essential. The four pole configuration includes two normally open and two normally closed contacts, allowing flexible control of multiple circuits from a single unit. This makes it ideal for installations that require both opening and closing functions within one compact device.
The modular design allows for easy installation onto a standard DIN rail, helping to save space inside distribution boards and control panels. Its compact size makes it a practical choice for new installations or system upgrades where space is limited. The contactor is designed for quiet operation and smooth switching, reducing noise in residential and commercial environments.
Built to recognised safety and performance standards, the NCH8-63/22-230V is engineered for long service life and consistent reliability. It can handle frequent switching cycles without compromising performance, helping to reduce maintenance needs and downtime.
This contactor is well suited for use in lighting control, electric heating systems, air conditioning units, ventilation fans and small motor control circuits. Whether you are upgrading an existing system or installing new electrical equipment, this CHINT modular contactor provides a dependable and practical solution.
Tracked Delivery (Currently 1-3 business days):
- Free over £150.
- £5.99 for orders under £150.
- £5.99 for orders under £50.
Next Business Day Delivery:
- £15 Flat Rate.
Collection:
- Free to collect from our warehouse.
Pre-Order:
- 5-10 Business Days delivery unless otherwise stated.
