
Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.

Global Components and Controls
Relay. Nominal voltage 12VDC. Resistance(±10%) 130W. Contact material AgMeO1. Contact arrangement: 1 form W. Open.