5-1415026-1 Relays

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Power relays are components used to open or close an electrical circuit under control of an input signal or remote device. They are an effective way to use a small amount of energy to control the output of a large amount of energy. The 5-1415026-1 relay is a heavy-duty power relay designed for use in harsh and high-power applications. It is rated for 2 amperes or more and is highly reliable and robust.

The 5-1415026-1 is a 4 pin SPST (single-pole single-throw) relay with two sets of contacts. It is designed to be used in applications where an electrical signal needs to be controlled such as motor control, lighting control, safety systems, and industrial automation. It is also useful for switching high-power DC or AC circuits.

The 5-1415026-1 is a latching relay, meaning that once the coil is energized or de-energized the contacts will remain in the position set by the coil until the coil is reversed. This type of relay is useful for applications where the load needs to be switched off and on at fixed intervals, as the relay does not need to be powered continuously to maintain its contact position.

The application field of the 5-1415026-1 includes motor drives, industrial automation systems, generator control, programmable logic controllers, solenoid valve control, and instrumentation applications. The relay is highly reliable and can operate in temperatures ranging from -40°C to 85°C.

The 5-1415026-1 also has a wide range of working principles. It can be equipped with a digital input, such as a potential-free contact, an analogue input, or a fieldbus input. Additionally, the relay can be used with a pulse-width modulation signal. This allows the relay to precisely control the amount of power applied to the load. The PWM input has the advantage of being able to switch more current than a normal digital signal.

The 5-1415026-1 relay is designed for harsh environments and high-power applications. It is highly reliable and robust and is rated for 2 amperes or more. It is suitable for motor control, lighting control, safety systems, industrial automation, and more. It has a wide range of working principles, such as digital, analogue, fieldbus, and PWM inputs, allowing precise control of the power applied to the load.

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