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G5LE-1A4-ASI DC12

G5LE-1A4-ASI DC12

Omron Electronics Inc-EMC Div
General Purpose Relay SPST-NO (1 Form A) 12VDC Coil Through Hole
75 in stock

Overview

The G5LE-1A4-ASI DC12 is a subminiature power relay from Omron designed for high-capacity switching in a compact footprint. This SPST-NO (1 Form A) relay features a 12VDC non-latching coil and is fully sealed to withstand soldering and cleaning processes. It is capable of switching loads up to 10A, making it a reliable choice for power management in domestic and industrial environments.

Why Choose This Part

This relay offers a balance of high switching capacity and a compact profile with a footprint of 22.5mm by 16.5mm. Its fully sealed construction provides environmental protection for harsh environments, while the 10ms operate time ensures responsive switching. Extensive agency approvals including UL, CSA, VDE, and TUV ensure compliance with global safety standards.

Applications

Home Appliances
Switching power for heating elements, motors, and fans in washing machines or dishwashers.
HVAC Controls
Controlling compressors or blower motors in residential air conditioning and heating systems.
Power Supplies
Providing primary side isolation or secondary side output switching in power conversion modules.
Office Automation
Managing high-current peripherals in copiers, printers, and industrial networking equipment.

Key Specifications

Coil Type Non Latching
Relay Type General Purpose
Seal Rating Sealed - Fully
Coil Current 33.3 mA
Coil Voltage 12VDC
Contact Form SPST-NO (1 Form A)
Operate Time 10 ms
Release Time 5 ms
Mounting Type Through Hole
Approval Agency CSA, TUV, UR, VDE
Coil Insulation Class B
Contact Material Silver Tin Oxide (AgSnO)
Switching Voltage 250VAC, 125VDC - Max
Termination Style PC Pin
Must Operate Voltage 9 VDC
Must Release Voltage 1.2 VDC
Operating Temperature -25degC ~ 85degC
Contact Rating (Current) 10 A

Getting Started

When designing with this relay, ensure a flyback diode is placed across the 12VDC coil pins to protect driving circuitry from inductive spikes. Use traces with sufficient width and copper weight to handle the 10A maximum output current safely. Verify that the through-hole PCB layout accounts for the specific terminal pitch and provides adequate isolation distance between the coil and contact traces.