SF2C-H8-P

Light curtains, commonly known as light screens or light grids, are safety devices that provide an easily deployable and highly visible hazard warning and stop signal for hazardous industrial automations. The SF2C-H8-P Light Curtain is a type of light curtain used in industrial automation applications, that offers an extended detection range, high narrow beam count, and software enabled diagnostics.

The SF2C-H8-P Light Curtain is typically used for machine safety applications such as safeguarding dangerous machinery, to provide protection from potential hazards that can arise from moving parts, pinch points, or nuclear radiation exposure. The integrated sensor platform offers a considerable number of detection beams, from a narrow beam path, which reduces both false triggers and the amount of time required to install the light curtain. Additionally, there is an integrated diagnostics and auto-configuration feature that allows for the easy alignment and installation of the device.

The SF2C-H8-P Light Curtain’s working principle is quite simple. By emitting either infrared or visible light from its enclosure, the device senses the presence of either an obstacle or foreign object in its path. This is then interpreted by the integrated circuitry, which then triggers an output signal. This output signal can be used to trigger a safety control system, such as a safety interlock, which will then stop the dangerous process from occurring.

In terms of application, the SF2C-H8-P Light Curtain can be used in a variety of applications, such as for providing protection around hazardous machinery, allowing access into restricted areas, and providing an automated safety system for hazardous materials handling. Its versatile, easy-to-install design makes it suitable for a wide range of industrial automation tasks. Additionally, the SF2C-H8-P Light Curtain has integrated diagnostics to simplify maintenance, checking, and calibration tasks.

The SF2C-H8-P Light Curtain is an excellent choice for applications requiring high levels of safety photoelectric protection. Its wide detection range, high beam count, and software enabled diagnostics makes it well suited for any application requiring reliable safety control systems.