Omron G3VM Series PCB Mount Solid State Relays, 3 A Load, Through Hole Mount, 60 V Load

Omron G3VM Series PCB Mount Solid State Relays, 3A Maximum Load Current, 60V Maximum Load Voltage - G3VM1392R

This PCB-mount solid-state relay is a through-hole, DIP-package device designed to switch DC loads on printed circuit boards using a FET output. It serves as a compact, single-pole single-throw normally open switching element for control and isolation tasks in automation and electronic systems. The relay is specified for moderate-current DC switching and operates across a broad temperature range suitable for industrial environments.

Features and Benefits:

• 3A load capacity for handling moderate DC currents efficiently
  60V maximum load voltage for switching common low-voltage systems
  20V minimum load voltage enabling predictable operation at low voltages
  40mΩ on-state resistance for reduced conduction losses
  1μA off-state leakage to minimise unintended current flow
  300pF input/output capacitance supporting transient behaviour analysis

Applications

• Suitable for motor-control driver circuits in automation panels
  Ideal for solid-state switching in sensing and instrumentation modules
  Used for isolating control signals in machine electrical racks
  Can be used for low-voltage lighting and indicator switching systems

What Terminal arrangement does it use for PCB mounting?

It employs a through-hole DIP Terminal configuration designed for PCB insertion and soldering with standard hole patterns.

What operating temperature span can be expected in demanding environments?

The device is rated to function across a low of -40°C up to a maximum of 110°C for high-temperature applications.

Which safety or certification marking does it carry for industrial use?

It includes approval from an internationally recognised safety laboratory appropriate for specified electrical components.

How does the contact configuration affect control logic implementation?

The single-pole single-throw normally open arrangement means it closes the circuit only when the drive is applied, simplifying on/off control schemes.