KHAU-17A12-24

The KHAU17A12-24 power relay is a sealed relay designed for applications up to 24 volts that require over 2 amps of current. It is useful for situations where high levels of current must be switched, but space is limited. It is commonly used in the automotive industry, in motor controllers, and in power distribution systems.

The body of the KHAU17A12-24 is made from a dielectric material that has excellent dielectric characteristics and a very low resistance contact. It contains two contacts on an armature that move when the unit is triggered. When the unit is triggered, a switching mechanism allows for current to flow through the contacts and create a switching action. This allows for a change in the voltage or current in the circuit. The contact closing force is adjustable, allowing for greater precision when controlling a specific circuit.

The KHAU17A12-24 power relay is designed to be durable and able to withstand a certain level of abuse and prolonged use. This makes it ideal for high-load applications. The contact resistance is also adjustable, allowing for greater precision when controlling a specific circuit. Additionally, the relay includes a safety switch to prevent the relay from operating in reverse.

The working principle of the KHAU17A12-24 is simple. When electrical current passes through the relays, the contacts on the armature move and create a switching action. This action allows for current to flow through the contacts to control the voltage or current of the circuit. The switching action is adjustable, giving greater precision to the operation of the relay.

The KHAU17A12-24 power relay has many advantages, and is most commonly used in automotive or industrial applications where high levels of current must be switched, but space is limited. It is a reliable and durable unit, and the adjustable contact closing force allows for greater precision when controlling a specific circuit. The safety switch prevents the relay from operating in reverse, which further ensures its durability and reliability in high-load applications. This makes it ideal for applications that require switching high levels of current over a short period of time.