EGE
Brand reference:74833
EGE-Elektronik Spezial-Sensoren GmbH has been dedicated to the development and manufacture of specialized sensors for automation applications since 1976. The company serves leading international manufacturers across various industries. Its product portfolio includes flow controllers, infrared, photoelectric, and ultrasonic sensors, capacitive proximity switches, light grids, and inductive proximity switches. EGE also provides sensors for highly sensitive applications, such as hazardous areas. EGE has been a pioneer in the field of flow controllers and is an innovator and decisive participant in the development of thermal flow controllers used globally today. In-house EMC and testing laboratories ensure that all inspections and tests required for licenses and certificates of conformity are carried out quickly and reliably. Product quality is guaranteed by a continuously monitored quality management system compliant with EN ISO 9001:2000.
Products from this brand
German EGE sensor EGE model EGE price
EGE sensors are sensors that measure the operating speed of the measured object and convert it into an output signal. Speed sensors include linear speed sensors and rotational speed sensors. With the development of technology, traditional measuring equipment can no longer meet current needs and is gradually being phased out, while laser speed sensors have been widely used. They play an important role in the product manufacturing process; by connecting to a computer, they enable automated and intelligent measurement and control of the measured object. This is the product of the combination of modern measurement technology and computer technology. EGE sensor
EGE switch German EGE model EGE price
EGE switch is a device that converts magnetic signals into electrical signals. By utilizing the transformation relationship between magnetic quantities and other physical quantities, with the magnetic field as the medium, it can also convert other non-electrical physical quantity signals into electrical signals. There are two driving methods: one is driven by a permanent magnet, and the other is driven by an electromagnetic coil. The former is mostly used for detection; for example, if a moving part is made of a magnet, once it approaches the magnetic induction switch, it will be attracted and emit a signal. The latter is mostly used for control; if the electromagnetic coil is energized, the contacts will be attracted. Replacing limit switches that rely on collision contact with magnetic induction switches can improve system reliability and service life.