MSF4800S-30-0960-10X-10R-SB1

MSF4800S-30-0960-10X-10R-SB1 Application Field and Working Principle

The MSF4800S-30-0960-10X-10R-SB1 is a type of machine safety light curtain. It is an infra-red radiation device that is designed to guard the operator or any other personnel from potential hazardous situations that could occur within machines.

The MSF4800S-30-0960-10X-10R-SB1 consists of a sender unit and a receiver unit that are installed to opposite sides of hazardous area. Each side has an array of infrared emitting diodes (which act as the transmitter) and a detector array (which act as the receiver).

When an area is to be safeguarded, both the sender and receiver units must be switched on. The infrared beams then emit from the sender unit, and the detector array in the receiver unit detects them. If an object interrupts the beams, an electric signal is sent from the receiver to a controlling device. This electric signal will then set a switch or set off an alarm, emergency stop, etc., to interrupt the hazardous operation.

The MSF4800S-30-0960-10X-10R-SB1 has several possible applications. It can be used as a safety device for gate automation, conveyor system, or a robotic arm system. It can also be used as an access control device, monitoring system, or an overload protection device.

The MSF4800S-30-0960-10X-10R-SB1 has a detection range of up to 30 meters with an angular range of up to ±10°. It also has an adjustable mounting orientation, allowing the user to configure the angle of the sender and receiver units according to the particular application.

The MSF4800S-30-0960-10X-10R-SB1 is designed for industrial use, and is able to operate reliably in harsh environments with temperatures ranging from -25°C to 70°C. It is also extremely durable, with a MTBF ratings of 5-10 million hours.

In conclusion, the MSF4800S-30-0960-10X-10R-SB1 is an excellent choice for guarding personnel from hazardous operations. It is versatile, reliable, and extremely durable, making it a great choice for many industrial applications.