GX-H6B-P

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Proximity sensors are devices used to detect the presence of objects without actually touching them. The primary purpose of these sensors is to detect when an object is in a certain area, or to detect when an object leaves that area. They are often used as safety devices on machines, or as part of an automated system that will notify personnel when an object enters or leaves an area. Examples of applications include machine guarding, security systems, and lifting fixtures.

The GX-H6B-P is one such Proximity Sensor. It is a tubular-style capacitive proximity sensor which uses a charged field to detect the presence of an object. The internal circuitry measures the change in capacitance in the area around the device and can detect objects that are within a radius of up to 40mm. The sensor is also able to detect any object material, from metal to plastic or glass, regardless of shape or size.

The GX-H6B-P is designed to be mounted in the upright position, so that the sensing window is semi-exposed. This allows it to work in tight spaces, such as a machine guard or inside of a housing. The sensor can also be used in harsh environments, as it is designed to protect from water, dust, EMF, and communications interference.

When an object enters the sensing area of the GX-H6B-P, the sensor will detect the change in capacitance and the internal circuitry will generate a signal. This signal will then be output from the device in the form of an electrical signal. Depending on the application, these outputs can be configured to trigger different functions, such as a safety cutoff, a warning, or to activate different parts of machinery.

The GX-H6B-P is a versatile and reliable proximity sensor that is able to accurately detect objects in a wide range of applications. Its internal circuitry is designed to work with various output signal types and features an automatic self-adjusting sensing range. This makes it a reliable solution for a wide range of proximity sensing applications.

The specific data is subject to PDF, and the above content is for reference