MY-GS

• The facility stopped unexpectedly; the cause couldn’t be identified, but when restarted, it runs without any problem?

• The facility stopped unexpectedly; the cause couldn’t be identified, but when the relays are replaced, it runs without any problem?

These events may be caused by poor conduction in relays.
Resolve these issues with OMRON’s quality Relays, which are the result of more than 50 years of history.

OMRON’s three commitments towards improved reliability

Poor conduction in relays is primarily due to the dust inside.
Poor conduction occurs when dust inside a relay is caught between its contacts.

• Resin scrap coming from relay parts
• Waste thread coming from assembly workers during production

Helps reduce the maintenance frequency.
Two-pole Relay: 500,000 operations
Four-pole Relay: 200,000 operations

Reliable application is possible for high-density mounting and in cold locations.
Ambient operating temperature: -55 to 70°C

Reduces malfunctions for unexpected external shocks
Malfunction shock resistance: 20G

Mechanical indicators are now a standard feature so that you know the contact operating status even for standard models.

Operation of models with latching lever can be confirmed without energizing the coil.

To prevent incorrectly using the Relays, we’ve made it easy to tell the difference between Relays with different specifications.