JTV1AS-TMP-12V Relays

Power Relays are a useful form of electrical signaling technology that can be used to switch the power applied to an electrical system. They are commonly used for controlling both AC power and low voltage DC power. The JTV1AS-TMP-12V is a standardized power relay that is rated for applications that require greater than 2 amps of current. This article will discuss the application field and working principle of the JTV1AS-TMP-12V power relay.

Application field

The JTV1AS-TMP-12V can be used in a variety of applications that require a reliable switching mechanism for AC and DC power. These include, but are not limited to, audio amplifiers, thermostats, and door locks in a home or office. The flexibility and range of applications make this type of power relay suitable for many industrial applications as well. Some examples include controlling the operation of pumps and fans, as well as controlling the functioning of larger motorized machinery in factories and industrial settings.

Working Principle

The working principle of the JTV1AS-TMP-12V is relatively simple. In its basic form, it consists of an electrically activated switch, known as a coil, and a set of mechanically activated contact points. When current is applied to the coil, the magnetic field created by the coil causes the contact points to move. Depending on the type of power relay, they can either move away from each other, causing a circuit break to open, or they can move towards each other, causing the circuit to close.

The JTV1AS-TMP-12V is a larger relay that has a rating of more than 2 amps. This rating allows it to handle larger amounts of power, making it suitable for use in applications that require more amperage. Additionally, this power relay is designed to be activated at a voltage as low as 12V, so it can be used in areas where a low voltage is available.

Conclusion

The JTV1AS-TMP-12V is a highly versatile and reliable power relay. It is suitable for a wide variety of applications that require more than 2 amps of current and it is designed to activate at a very low voltage. This makes it a great choice for industrial settings where higher voltage and larger currents are needed to control or switch power sources.