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EGE flow sensors for gaseous mediums without integrated amplifier permit the space-saving flow measurement on site and the comfortable setting of the limit value using separate amplifier, e.g. within a control cabinet. The measurement takes place without mechanically moving parts using a thermal measuring element. The current flow state is displayed at the amplifier using LEDs. The devices are used wherever a safe, robust and low-maintenance monitoring of flow values is required. This includes e.g. air conditioning technology, monitoring of exhaust air systems and ventilation monitoring.

EGE flow sensors for gaseous media in explosive areas permit the space-saving flow measurement on site and the comfortable setting of the limit value using separate amplifier. The measurement takes place without mechanically moving parts using a thermal measuring element. The current flow state is displayed at the amplifier using LEDs. The devices are used wherever a safe, robust and low-maintenance monitoring of flow values is required. The measuring sensors of the product series ST 400 Ex; STS; STEX have ATEX approval and may, dependent on their design, be used in Gas-Ex areas requiring equipment for EPL Ga or EPL Ga/Gb. In the Dust-Ex area their use is permitted up to EPLDa.

EGE compact devices for the flow monitoring of gaseous media contain measuring and amplifier in a single housing. They are used where a visualisation of the flow rate on site is required. EGE flow sensors for gaseous media feature two pins which contain the thermal measuring elements. The sensors are set up directly at the device. EGE sensors for gaseous media are characterised by a rapid response capability and reliable operation. Based on the principle, there are no moving parts in the air flow monitors and they can, therefore, also be used in aggressive environments. Devices for air conditioning technology have smooth measuring surfaces and need not protrude far into the flow duct.

EGE flow sensors without integrated Amplifier permit the space-saving flow measurement on site and the comfortable setting of the limit value using separate amplifier, e.g. within a control cabinet. The measurement takes place without mechanically moving parts using a thermal measuring element. The current flow state is displayed at the amplifier using LEDs. The sensor can be exposed to high temperatures. The devices are used wherever a safe, robust and low-maintenance monitoring of flow values is required. This includes e.g. cooling circuit monitoring, monitoring of the flow rate of process fluids, monitoring of metering processes or also for pump protection in process and factory automation.

EGE flow sensors for explosive environments permit the space-saving flow measurement on site and the comfortable setting of the limit value using separate amplifier, e.g. within a control cabinet. The measurement takes place without mechanically moving parts using a thermal measuring element. The current flow state is displayed at the amplifier using LEDs. The devices are used wherever a safe, robust and low-maintenance monitoring of flow values is required. The measuring sensors of the product series ST 400 Ex; STS; STEX have ATEX approval and may, dependent on their design, be used in Gas-Ex areas requiring equipment for EPL Ga or EPL Ga/Gb. In the Dust-Ex area their use is permitted up to EPLDa.

Sensors of the series HG are used for speed measurement, for example of gear wheels, under extreme conditions, high temperatures, humidity, contaminated or oily environment and mechanical stress. Based on the Hall sensor principle the sensor detects moving ferro-magnetic metal parts. EGE speed monitoring sensors can be modified based on your own ideas.

Sensors of the IFE family with a length of up to 900 mm are used to detect large metallic objects and offer a switching distance of up to 180 mm. The sensors are very robust, water-tight according to IP 68 and thus also suitable for outdoor use. The proximity switches are based on the proven inductive principle and switch con tactless when a metallic object moves close. Sensors of the family replace several inductive sensors connected in series. With their large sensor surface the reliably detect large moving metal parts. The sensors check for example the reinforcement in cast concrete parts during quality control or report the presence of railway rails for onward transport.

The EGE family of inductive standard sensors made in Germany covers inductive proximity switches in robust industrial design, sensors with adapted EMC stability for heightened requirements and sensors for high switching distances up to 160 mm and hysteresis for the detection of larger moving metal parts, such as pipes, profiles or plates. In addition, EGE offers standard thread designs and sensors with smooth sleeves. The proximity switches are based on the proven inductive principle and switch con tactless when a metallic object moves close. Proximity switches are used for presence verification, position and movement monitoring and the counting of objects as well as speed control on conveyor belts.

The DW292 is specifically designed for cutting monocrystalline silicon ingots up to 300mm diameter into high quality wafers for the semiconductor industry. The newly developed DW292-300 can be operated with slurry wire, as well as with diamond wire, and has sophisticated features for optimizing warp and ripple. The longer wire field, as well as the higher wire speed and acceleration, enable a higher throughput per machine and year. The use of extremely thin wire is possible thanks to smaller inertia of moving parts, fewer deflection rollers and shorter wire distance. The DW292-300 is highly resistant to temperature fluctuations and vibrations due to its compact and robust machine frame made of mineral casting. Thanks to higher process automation and the new intuitive HMI with dialog-based production wizard, operation is safer, easier and faster.