G6SU-2F DC12

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Signal relays that can work up to 2 Amps are compact electronic devices designed to control and switch electrical circuits, commonly used in many industrial, natural, and consumer applications. G6SU-2F DC12 is a high-performance, low-current relay module tailor-made for high-current applications. This top-level relay uses a durable contact design, which ensures that current will be provided to the load even when the circuit is heavily loaded.

G6SU-2F DC12 relay module has two contact terminals that are rated up to 2 Amps continuous current and have a wide operating voltage range from 12 to 24V DC. It has a unique, compact design that fits inside a small package, making it perfect for applications in tight spaces. The contacts are also extremely durable and have the capacity to handle frequent switching cycles over long periods of time.

The working principle of the G6SU-2F DC12 relay module is based on electromagnetic induction. When an incoming electric signal from a control switch is applied to the coil of the relay, a small magnetic field is created which then pulls the armature of the relay, closing the contact points and providing a path for the current. When the electric signal is interrupted, the armature is released and the contact points open, thereby halting the current.

The relays are designed to withstand rough conditions and are capable of operating at temperatures that range from -55°C to +105°C. The contact wires are insulated to prevent arcing, and the relays are rated for operation in corrosive environments. G6SU-2F DC12 relays also feature a surge protection capability, allowing them to withstand short-term power surges.

Due to its reliability, flexibility and cost-effectiveness, G6SU-2F DC12 is an ideal choice for applications that require low current switching. It is widely used in industrial machines, automobiles, telecommunication equipment, medical devices, and many other consumer electronics. It can be used in any application that requires reliable switching of currents up to 2 Amps.

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