TurboChef 101272 101273 Replacement 2 Pole 3 Pole Voltage Relay 24VDC Miniature High-Power Electromagnetic

Contact switching capability of 10A; a complete range ofAC/DC specifications; enclosed in transparent dust cover,a variety of mounting types; various sockets available;Specifications with state indicators available;

1. Rated working voltage or rated working current: This refers to the voltage or current required by the coil when the high-power relay is working. The construction of the high power relay of the 1 model is substantially the same. In order to adapt to the application of different voltage circuits, 1 types of high-power relays usually have a variety of rated working voltage or rated working current, and the specifications and models are distinguished.

2. DC resistance: This refers to the DC resistance of the coil. The rated operating voltage and DC resistance are given in some product specifications, and the rated operating current can be calculated according to Ohm's law. If the rated working current and DC resistance are known, the rated working voltage can also be obtained.

3. Suck-in current: It refers to the minimum current that a high-power relay can produce a pull-in action. In actual use, to make the high-power relay reliable pull-in, the given voltage can be equal to or slightly higher than the rated operating voltage. Generally not greater than 1.5 times the rated operating voltage. Otherwise it will burn the coil.

high current and high frequency

The contact is enlarged and thickened, and the moving shrapnel due to tin oxide is adopted, which has strong elasticity and fast heat dissipation. The copper coil has small resistance and strong conductivity and fast heat dissipation.

Relay Pin

Use first plating and then punching to ensure the consistency of the foot position and no deformation: avoid corrosion of the pin caused by repeated electroplating and affect the conductivity.

The pins of the relay base are contacted by phosphor bronze, with strong conductivity and fast heat dissipation.

Application of Dual Solid State Relay

Dual solid-state relays are widely used in various automation control fields, such as mechanical equipment control, automated production lines, power systems, metallurgical systems, and petroleum systems. Its advantages are high reliability, long life, small size, etc., which can improve the stability and reliability of the automatic control system. In general, as the 1 new type of relay, two-way solid-state relay has been widely used in the field of automation control. By using semiconductor technology, the advantages of silent, no noise, long life, fast response and high reliability are realized, which can meet the application requirements of various automation occasions.