MSF4800S-20-0280

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Machine safety light curtains, such as MSF4800S-20-0280, are passive safety devices used to protect personnel, machinery, and equipment from dangerous moving components, such as those that are encountered in the production of goods or parts, and in automated materials handling. MSF4800S-20-0280 is a device that is designed to detect potential collision points between people and machinery, and to provide visual indication or automated braking to avoid injuries. It is specifically designed for use in hazardous areas and/or areas that are subject to high levels of dust, moisture, and temperature.

The MSF4800S-20-0280 is a type 1 light curtain that employs two types of technologies to detect potential collisions: photoelectric and induction. Photoelectric safety is based on the detection of an object moving across the optical beam, created by the emitter and receiver transceivers contained within the light curtain. The light curtain consists of a number of emitter/receiver pairs, each separated by a physical space of approximately 20 mm. The photoelectric detector also uses a Guarded Group technique, providing two-channel interference-free operation. If an obstruction is detected, the safety loop is activated and the safety controller is triggered to provide the necessary protective measure.

The induction safety technology employed within the light curtain is based on the self-induction principle. This involves placing a magnet on the dangerous moving component, such as a gate, conveyor, or other machine part, and then placing a number of inductive probes on the opposite side of the moving component. The inductive probes detect the magnet and a signal is sent to the safety controller, activating the necessary protective measures when an obstruction is detected.

The key feature of the MSF4800S-20-0280 is its ‘intelligent’ sensing feature, which enables it to differentiate between objects and personnel. It employs a two-stage sensing approach that utilizes both the photoelectric detection and the induction methods. Thus, it is able to detect potential collisions even when personnel are not directly in the pathway of the light curtains or the magnetic field signals. This feature is particularly useful for applications that require high levels of machine safety, such as automated assembly lines or high-speed production processes.

In addition, the MSF4800S-20-0280 features an integrated safety system, which combines the sensing, control, interface, and monitoring elements into a single system. This integration reduces the installation time and complexity, and thus can be used in flexible work environments such as transfer lines or production lines with large volumes of production.

The MSF4800S-20-0280 also features built-in visual area elements, which provide a visual indication of the status of the safety devices and alert operators to any potential risks. This included a built-in safety calibrator, which ensures that the safety devices are working correctly and are operating within the set parameters.

In terms of applications, the MSF4800S-20-0280 is suitable for use in any application that involves potentially dangerous moving parts, including high-speed production, semi-automated systems, or automated processes. It is especially useful for applications that require both physical and visual distinction between personnel and machinery, as well as when high levels of dust, moisture, and temperature are present. The device is also designed to be used with most popular safety control systems, making it suitable for use in a variety of environments.

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