HJE11B-60A-250VAC Latching Relay

Key Highlights:
"Zero Power Consumption" Holding, More Economical Switching: Utilizing magnetic latching technology, it consumes power only during switching, with zero power consumption while holding the state. This eliminates continuous heat generation in your reactive power compensation system, significantly reducing its own operating losses.

Precise Three-Phase Control, Power Factor Optimization Expert: With a rated current of 60A, it is specifically designed for switching three-phase capacitors. Rapid response and reliable switching make it an ideal execution unit for achieving dynamic and efficient power factor correction.

Core Application Scenarios: Perfectly compatible with intelligent capacitors, TSC dynamic reactive power compensation devices, etc., it is a "behind-the-scenes hero" for energy saving, consumption reduction, and power grid quality improvement in factories, commercial buildings, and other applications!

• 60Aswitching capability
• Veryminimal power consumption from the coil
• 4KVdielectrics strength coil to contact
• IEC-62055-31UC2 compliant
• Outlinedimensions (39×30×16.5）mm
• RoHS， CQC-compliant

Application Notes

1、All relays are shipped in the “closed” position. It is possible that during transit or final assembly, the relay could change its state to the “open” position. Therefore, it is recommended that all relays be set to the desired state of the relay via a power supply.

2、In order to maintain an “open” or “closed” state of the relay, the coil voltage should reach the rated voltage. The pulse width should be 5 times the operating time to ensure a proper change of state. Do not energize both T1, T2, and T3 at the same time on a dual coil or energize the coil for longer than 1 minute (damage to the coil could incur).

3、Relays have polarity; if the user’s need is different fromthe  information, please contact us.

4、The relay to the factory inspection and use should be handled to prevent damage to the factory for damaging the goods, shoud be strict distinction between the normal product and must not be used.