24V 2 Pole AC Contactor

24v 2 pole ac contactor

As a trusted manufacturer, we are committed to providing high-quality 24V 2-pole AC contactors tailored to your needs. Our products provide reliable after-sales support and fast delivery, ensuring a seamless experience. At CNKA, we prioritize excellent products and services, making us your first choice for obtaining exceptional electrical solutions. Trust us, because your electricity is our concern.

CNKA 24v 2 pole ac contactor Introduction

CNKA is a leading manufacturer in China, wholesaling 24V bipolar AC contactors designed specifically for long-distance circuit switching. These contactors have a rated voltage of 400V and a rated current of 63A, making them ideal for use with relays or other electrical equipment to provide reliable overload circuit protection.

CNKA 24v 2 pole ac contactor Parameter (Specification)

CNKA 24v 2 pole ac contactor Features

1.This contactor has excellent silent operation, outstanding durability, and high-quality, ensuring reliable performance.

2.It complies with the EN60715 standard and can be easily installed on a 35mm DIN rail.

3.The wire cover helps the wire pass smoothly, while the auxiliary contact block supports signal and ventilation functions.

4.This module is designed for parallel use and can effectively prevent overheating.

5.All contactors have a protection level of IP20 to enhance safety.

CNKA 24v 2 pole ac contactor Details

CNKA 24v 2 pole ac contactor Dimensions

CNKA 24v 2 pole ac contactor FAQ

Q: What is the difference between modular contactors and contactors?

A: Modular contactors are noticeably quieter, hence they are called 'silent contactors'. This feature makes it an ideal choice for indoor use, as low noise levels are essential, unlike power contactors, which are more commonly used in other applications.

Q: What is the coil voltage of a DC contactor?

A: The coil voltage range of a DC contactor is usually 12V to 240V DC.

Q: What is DC SPD?

A: TheCNKA DC surge protector (SPD) is designed to minimize the impact of sudden voltage spikes caused by atmospheric conditions. It transfers excess power surges to the ground, protecting electrical devices and equipment from potential damage.