PH-1-5M

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Specialized sensors can help to detect and measure certain physical properties and environmental conditions. As one of the most important specialized sensors, PH-1-5M has many applications and a unique working principle.

The PH-1-5M is an inductive loop-based probing instrument with a small probe head set that can detect the presence of objects or materials within a diameter of 1.5 m. This specialized sensor is primarily used in manufacturing plant environments for sensing objects and their size as they move around the work area.

One common application for PH-1-5M is to detect the presence of objects on production lines in the food industry. This specialized sensor is used to detect the presence of food products as they move around. This helps factories to ensure that their food products are consistently made and comply with required standards. The sensor is also widely used in the automotive industry for sensing objects in a safe manner. It is used for checking the movement of parts and assemblies on production lines, and for monitoring the positioning of materials and components on conveyor belts.

Another application for the PH-1-5M is in the medical industry. This specialized sensor is widely used in robotic surgery. It works together with a robotic arm to detect and measure a patient’s body parts and organs.

The working principle of the PH-1-5M is based on magnetism. It uses a sensitive, coreless inductive loop coil sensor to sense the presence of a ferrous material. When an object passes through the sensing field of the sensor, it creates an increase in electrical resistance in the coil. This change in resistance is detected by the PH-1-5M and can be monitored and recorded. The level of sensitivity can be adjusted depending on the application.

The PH-1-5M is a highly versatile and reliable specialized sensor. It is used in many industries for detecting and monitoring objects or materials in a safe and efficient manner. It is simple to use and can be easily calibrated to suit different applications.

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