Inductive sensors - Import export

EGE amplifier for inductive proximity sensors complement the EGE sensors for extreme conditions from 200° C and the variants for -80° C. They are used for switching point adjustment and provide functional and output indications as well as the output signals. They also provide the 24 V DC power supply. The devices can be set up intuitively using a potentiometer. The analysis devices are suitable for top-hat rail assembly in a control cabinet. For 250° C-high temperature sensors a cable amplifier is available.

EGE inductive sensors for high mechanical loads still work trouble-free even after 10 impacts of 8 Joule. The sensor protected by a solid stainless steel sleeve is thus particularly resistant to shock and vibration. They are ideal for areas where standard sensors could be damaged mechanically. EGE offers variants resistant to high pressure cleaning with protection class IP 68/IP69 for use at temperatures up to 110° C and contamination-resistant sensors with PTFE coating. The proximity switches are based on the proven inductive principle and switch con tactless when a metallic object moves close. The sensors are particularly suited for heavy duty use, for example in metal processing, during welding and in mobile machinery.

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.

Inductive sensors with factor 1 switching distance for all metals with the same switching distance without reduction factor. Proximity sensors are based on the proven inductive principle - switches con tactless when metallic objects come close due to the inductive dampening of a resonant circuit. Factor 1 sensors are used where different metals from steel to aluminium should be detected. They are, for example, used for the occupation control of presses, where different metals are used all the time.

EGE amplifier for Ex proximity switches complement the intrinsically safe EGE sensors. They are used for switching point adjustment and provide functional and output indications as well as the output signals. They also provide the 30 V DC or 127 V AC or 230 V AC power supply. The devices can be set up intuitively using a potentiometer and have a cable break and short circuit monitoring feature. The NC/NO contact output functions can be adjusted. The analysis devices are intended for top-hat rail assembly in a control cabinet in the non-explosive area.

Inductive proximity switches of this product family cope with the most difficult environmental influences found during offshore use. The proximity switches are based on the conventional inductive principle and switch when a metallic object moves close. Contactless positioning tasks in seawater environments or even below the sea level require special properties, such as a high IP class, high pressure and impact resistance and seawater resistance. These properties are achieved by, for example, using materials such as stainless steel 1.4571, longitudinally watertight and seawater-proof cables or even a one-piece stainless steel housing. Sensors of this series can be used at a water depth of up to 300 m.

Sensors of the family IGEX22 for use in zone 22 with integrated electronics and direct switching output to the non-explosive area do not need a separate analysis device. This saves space and costs. The EGE IGEX20 proximity switches are based on the conventional inductive principle and switch when a metallic object moves close. This family includes shock and vibration resistant solid stainless steel sensors. The sensors are certified according to ATEX and IECEx. The sensors of this family are suited in the area of explosive dust atmospheres (zone 22) for presence verification, position and movement monitoring and the counting of metallic objects and the speed control on conveyor belts.

The EGE IGEX family comprises intrinsically safe sensors for use in zone 0/20. The EGE IGEX proximity switches are based on the conventional inductive principle and switch when a metallic object comes close. This family also includes sensors climatic proofed and high pressure cleaning proof for use at extreme ambient temperatures up to + 140° C and down to -60 ° C with protection class IP 68 IP 69. The sensors are certified according to ATEX and IECEx. They are suited in the area of explosive dust and gas atmospheres for presence verification, position and movement monitoring and the counting of objects and the speed control on conveyor belts.

Designed for extreme ambient conditions, the sensors of this EGE product family have been proven for more than 40 years in the most varied areas. The proximity switches are based on the conventional inductive principle and switch when a metallic object moves close. These inductive sensors cope without problems with constantly changing temperatures, flooding, vibration, cleaning processes using high pressure cleaners and temperature up to 120°C. These properties are, for example, in demand when used in the steel industry. Because our sensors are always flushed with rolling emulsion during operation, the chemical resistance of the materials used and a high IP class are also essential. They are also ideal for outdoor applications.

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.