Description

The ZJW125A 1 NO DC contactor is a reliable switching component designed for electric mobility and low-voltage DC power applications. It is widely used in electric forklifts, floor cleaning machines, pallet trucks, golf carts, sightseeing vehicles, low-speed electric vehicles, amusement equipment, and small-scale photovoltaic energy storage systems.

Designed for stable DC circuit control, the contactor features high-performance silver alloy contacts that provide excellent arc extinguishing capability, reduced contact resistance, and consistent switching performance over long-term operation.

The optimized low-power coil design helps minimize energy consumption, reduce heat generation, and improve overall operating efficiency, making it suitable for applications requiring reliable and continuous switching performance.

Product Features

High-Performance Contact System

Equipped with silver alloy contact materials, the ZJW125A provides enhanced electrical conductivity and effective arc suppression.

The low contact resistance design helps maintain stable current transmission and extends the service life of the contactor.

Energy-Efficient Coil Design

The low-power consumption coil structure reduces operating power requirements while controlling temperature rise during continuous operation.

This design improves energy efficiency and supports long-term reliable performance in various DC applications.

Wide Application Compatibility

The ZJW125A DC contactor is suitable for multiple electric equipment fields, including:

• Electric forklifts

• Floor scrubbers

• Pallet trucks

• Golf carts

• Sightseeing vehicles

• Low-speed EVs

• Amusement rides

• Small PV energy storage systems

Available Upgraded Versions

The ZJW125A series provides two enhanced versions for different current-carrying requirements:

ZJW125A-U1

Features a wider copper bar design, providing improved electrical conductivity and enhanced connection performance.

ZJW125A-U2

Features a thicker copper bar structure, offering increased mechanical strength and improved current handling capability.

Model Information