V23030H1017A104

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Signal relays are electromechanical devices designed to transfer signals in a variety of applications. The V23030H1017A104 is a signal relay from a prominent manufacturer, suited for applications up to 2 amps. This guide will go over the device’s application fields and working principles.

Overview

The V23030H1017A104 is a single-pole normally open (SPNO) signal relay designed to be used for switching of low-voltage signals. This miniature relay is 7.3 millimeters in length and 5.1 millimeters in width, making it one of the smallest relays on the market today. It also features an open enclosure and silver-plated contacts for improved conductivity.

The V23030H1017A104 boasts an electrical life of up to 100,000 cycles at 2 A, power consumption of 1W maximum, and a contact resistance of 0.5 Ω maximum. It is capable of handling switching currents as high as 2 A and switching voltages as high as 250 VAC. This signal relay also has a wide operating temperature range of -40°C to +85°C.

Application Fields

The V23030H1017A104 is designed for use in a variety of applications. These signal relays are particularly well-suited for control and switching applications. They are commonly used in industrial automation equipment such as control panels and PLCs where repeated user input and control operations are required. In addition, they are also used in security and monitoring systems where secure and reliable switching is required.

The V23030H1017A104 is also commonly used in storage and data centre applications where multiple power supplies and drives must be controlled. Lastly, they can also be found in HVAC and medical equipment, due to their reliable switching and wide operating temperature range.

Working Principle

The working principle behind the V23030H1017A104 is relatively simple. When power is supplied to the contacts, current runs through them and activates an electromagnet that is built into the relay. The magnetic field generated by the electromagnet pulls a switch, which opens or closes a separate circuit. This process allows the signal relay to control the flow of power to the separate circuit, enabling it to switch on or off the power supply.

Once the power is turned off, the magnetic field dissipates and the relay switches back to its original state. This helps to ensure that the power supply is managed in an efficient and secure manner, protecting the device and other connected components from electrical damage.

Conclusion

In conclusion, the V23030H1017A104 is a reliable signal relay that is well-suited for applications up to 2 amps. It is used in a variety of applications such as industrial automation equipment, security and monitoring systems, storage and data centres, and HVAC and medical equipment. Its working principle is relatively simple and utilizes an electromagnet to switch a separate circuit on or off.

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