LH1510-3039

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Solid State Relays are electronic options to traditional electromechanical relays for controlling high current electrical systems from a remote or automated location. One example of solid state relays is the LH1510-3039, which is specifically designed for industrial applications. To understand the application field of the LH1510-3039 and gain a better appreciation for its working principle, it is essential to look at the specifics of the device.

The LH1510-3039 is a direct DC solid state relay. It is particularly well-suited for applications such as air compressors, electric pumps, conveyor belts and other industrial applications where high currents must be switched, often as part of an automated or remote control process. The primary benefit of a LH1510-3039 relay as compared to an electromechanical relay is that is resilient to shock and vibration, as it contains no moving parts. This makes them a reliable and durable option for this type of industrial application.

The two main components of the LH1510-3039 are the input and output. The input, which runs off an DC source, is a range between 6 to 48 volts. The output is an AC switch of maximum voltage of 240 VAC, with a maximum load of 30 Amps and a switch rate of 0.2 seconds. Furthermore, the output is isolated from the input, meaning that it does not share the same ground, increasing its resistance to interference.

The primary reason for selecting a LH1510-3039 relay in an industrial application over an electromechanical relay is its working principle. A solid state relay does not require a current flow to open and close the contacts, allowing it to operate more quickly than an electromechanical relay. This faster switch rate is important with industrial applications, as it requires a quicker response time to changing conditions. Additionally, the electronic switching also provides increased reliability over electromechanical relays as there is less likelihood of contact wear.

The output of the LH1510-3039 relay is also designed to be resistant to interference. The output is isolated from the input, meaning it runs on its own battery, and the contacts are sealed, which prevents mud, dust, and other outside influences from affecting the operation of the output. These features provide improved reliability, and are great for applications in damp or dusty atmospheres.

The LH1510-3039 relay is designed for industrial applications, where the need for speed, accuracy, and reliability is paramount. Its working principle makes it a reliable and dependable choice for these types of applications. The input and output components and the switch rate, coupled with the isolation of the input from the output, ensures durability, increased speed, and improved reliability. The LH1510-3039 is an excellent option when a reliable and productive relay is needed.

The specific data is subject to PDF, and the above content is for reference