MS4800B-20-1600-10X-10R

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The MS4800B-20-1600-10X-10R is an important device in machine safety with light curtains. They provide an important means of protecting both personnel and machines in an industrial setting.

Light curtains are composed of two parts: a transmitter and a receiver. The transmitter contains a light-emitting diode and the receiver contains a photodiode array. When light falls on its photodiode it triggers the sensor, allowing a monitored response. This is then used to ensure that a safe working environment is maintained.

When the light curtain is used in safety applications it is generally referred to as an enabling device, which is triggered when a safe machine operation is needed. This is then used to trigger a response such as a warning light or sound to alert personnel that a safety hazard is present, therefore preventing the machine from being operated.

The MS4800B-20-1600-10X-10R is an important machine safety device with light curtains. It is a digital optical LED transceiver for the transmission of 10 channels in either direction. It is designed to be used in applications where safety, as well as performance, is critical. It features a safety rating of 400V, which is the industry standard for machine safety ratings, and can transmit 20kHz data over a range of up to 1600mm. It also features a tamper-resistant design to prevent unauthorized access to the safety light curtain.

Additionally, the MS4800B-20-1600-10X-10R includes a fail safe response. This means that when the light curtain detects a safety hazard, the machine will be brought to a safe stop even if the safety logic fails or if the safety device is in an unknown state. This helps to ensure a consistent level of safety and reliability in the machine environment.

The MS4800B-20-1600-10X-10R is a perfect example of an enabling device used for machine safety with a light curtain. It provides a high level of safety and performance, and its tamper-resistant design ensures that it cannot be easily bypassed. Furthermore, its fail safe capabilities help to ensure that the machine always comes to a safe stop even in the event of a safety logic failure.

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