Omron Plug In Latching Power Relay, 110V ac Coil, 5A Switching Current, DPDT

2 pole plug-in relay, each contact in the contact mechanism performs alternate make-break operation at each pulse input and is thus ideal for alternate operation or transfer/switching operation of a motor.

Contact Rating 5A@ 220 V ac/ 24 V dc
Unique ratchet mechanism assures positive alternate transfer/switching operation
Minimum pulse application = 100 ms
Quick response speed allows continuous use of the relay
Dielectric strength of 2000 V ac
Low power consumption (a.c. approx. 6.4 VA, d.c. approx. 3.9 W)
Electrical Life: 5 x 105 steps (min)
Mechanical Life: 5 x 106 steps (min)
Max Switch Power: 1100 VA, 250 V ac; 120 W, 250 V dc
Operating temperature range -10 to +55°C

This power relay facilitates efficient control in a variety of electrical applications. With a robust DPDT configuration, it offers dependable switching capabilities for power circuits. Functioning at a coil voltage of 110VAC, it meets the requirements of automation, electronics, and electrical engineering professionals.

• Functions as a latching relay, maintaining its position without the need for continuous power
• Capable of switching up to 5A, making it adaptable for multiple Applications
• Plug-in design streamlines installation and maintenance
• Maximum switching power of 1.1kVA, effectively managing heavy loads
• Provides enhanced insulation with 2kVac coil-to-contact isolation
• High operational lifespan of 500,000 electrical cycles for longevity

• Employed in industrial automation for machine management
• Applicable in lighting control systems for energy efficiency
• Effective in power distribution panels for secure switching
• Suitable for telecommunications equipment requiring dependable performance

It can be seamlessly integrated into existing circuits using a plug-in connection.

Ensure that the load does not exceed the relay’s maximum switching current and voltage ratings.

Yes, it performs well within a temperature range of -10 to +55°C.

Yes, it is designed to handle both AC and DC switching within specified limits.