S90R11ABD1-24

The S90R11ABD1-24 is an example of power relays that are designed to have a current capacity of more than 2 Amps. Power relays are essential devices that can switch power circuits in response to pre-defined conditions. The S90R11ABD1-24 is designed to be used in 24V applications and is capable of switching an output with a load current up to 6 Amps.

The S90R11ABD1-24 is available in either SC (single coil) or DC (double coil) type. The SC type is the most common variant and it is suitable for applications which require the conduction of comparatively small currents. The DC type is suitable for applications which require the conduction of comparatively large currents.

Applications for the S90R11ABD1-24 power relay include switching power supplies, solenoid valves, motor controls, and other similar industrial applications which require the control of an electrical circuit. Additionally, due to its compact size, the S90R11ABD1-24 is also suitable for use in small-scale consumer electronics.

The working principle of the S90R11ABD1-24 power relay is based on the electromagnetic field it creates when a current is applied to its operating coil. When a current is passed through the coil, it creates a magnetic field which opposes the current flow. This magnetic field then interacts with the armature of the relay which is connected to a movable contact. As the armature moves, the movable contact allows the current to pass through or block the current, depending on how the relay is configured.

The S90R11ABD1-24 is available with a variety of contact configurations and contact materials including AgNi-Au, Ag-Cd-Ni-Au, and Ag-CuNi. These contact materials have various contact ratings and can withstand surges, heavy loads, temperatures, and environmental contaminants. This allows users to select the best contact combination for their application.

The S90R11ABD1-24 power relay is designed for use in 24V applications. It has a contact rating of 6A and a coil voltage of 24V DC. It has low power consumption and is electromagnetic compatible. It is also designed to be resistant to environmental contaminants, shocks, and vibration. All these features make it an ideal choice for use in a wide range of industrial applications.