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G5V-2-H-DC12

G5V-2-H-DC12

Omron Electronics
Low Signal Relays - PCB ThruHole Sealed 2A DPDT 12VDC 360mW
8,145 in stock

Overview

The G5V-2-H-DC12 is a high-sensitivity DPDT low signal relay designed for switching loads up to 2A. This through-hole component features a fully sealed construction, making it suitable for environments requiring protection from flux and soldering contaminants. It operates on a 12VDC coil with a low power consumption of approximately 360mW.

Why Choose This Part

The relay offers high sensitivity with a 360mW coil and provides excellent environmental resistance through its fully sealed DIL package. With a fast 7ms operate time and 3ms release time, it ensures responsive switching for time-sensitive signal applications.

Applications

Telecommunication Systems
Switching signal lines in private branch exchange (PBX) and central office equipment.
Security Control Panels
Driving alarm indicators and dry contact outputs for monitored zones.
Industrial Logic Controllers
Interfacing low-level logic signals to external control circuits in automated systems.
Test and Measurement
Routing signals in automated test equipment (ATE) where DPDT isolation is required.

Key Specifications

Coil Type Non Latching
Relay Type General Purpose
Seal Rating Sealed - Fully
Coil Current 30 mA
Coil Voltage 12VDC
Contact Form DPDT (2 Form C)
Operate Time 7 ms
Release Time 3 ms
Mounting Type Through Hole
Approval Agency CSA, UR
Contact Material Silver (Ag), Gold (Au)
Switching Voltage 125VAC, 125VDC - Max
Termination Style PC Pin
Must Operate Voltage 9 VDC
Must Release Voltage 0.6 VDC
Operating Temperature -25degC ~ 65degC
Contact Rating (Current) 2 A

Getting Started

Integrate into PCBs using standard 2.54mm pitch footprints. Ensure a flyback diode is placed across the 12VDC coil pins to protect driving transistors from inductive back-EMF spikes during de-energization.

Also Consider

G5V-2-DC12 Omron Electronics - The standard non-H version for applications where the higher sensitivity of the H-series coil is not required.