PS7200N-1A-M-A

Solid State Relays (SSRs) are electrically operated switches which are used to control and switch currents with no moving parts. PS7200N-1A-M-A is a type of SSR which can be used to control both AC and DC low power signals. SSRs are robust, reliable and have long lifetimes and are therefore used in many applications in many different industries.

The PS7200N-1A-M-A is a very versatile and reliable SSR due to its multiple LED light sources. The power supply is 40 to 60 volts A.C., with 4 output positions. It also utilizes an optically coupled MOSFET circuit, which provides the benefits of low power consumption and fast response time. The on/off switching power range is 0.2 to 0.5 Watt, and the output current is 0.5 to 1mA. The maximum allowable DC input is 25V, with a maximum allowable voltage of 250V and a contact resistance of less than 20Ω.

The main application field of the PS7200N-1A-M-A is in industries where the operation of switching or controlling low power AC and DC signals is required. Some examples include lighting, home appliances, office automation equipment, mechanical process control, air conditioning systems, and medical and industrial automation systems.

In terms of its working principle, the PS7200N-1A-M-A utilizes an optically coupled MOSFET circuit. When the input signal voltage is within the desired operating range, the two MOSFETs of the PS7200N-1A-M-A are both closed and no current flows through the output side. When the input voltage falls outside this range, the two MOSFETs are opened, allowing a current to flow through the output side.

The PS7200N-1A-M-A is also ideal for applications where the load is inductive in nature, since the optically coupled MOSFET circuit offers a fast switching time, which ensures that contact bouncing and noise are kept to a minimum. This switch also features an anti-reverse circuit, which ensures that the device will not be damaged when the load is reversed.

The PS7200N-1A-M-A SSR is an ideal choice for applications requiring high reliability, low power consumption, long lifetime and fast response time. Its applications are also varied and can be found in many different industries. Above all, it offers a high degree of accuracy and safety for switching or controlling low power AC and DC signals.