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Since the company was founded (in 1965), RECHNER SENSORS has gained a leading position worldwide through dedication, innovative products and high product quality. This is particularly reflected in the special area on which the company focuses - capacitive sensors. RECHNER SENSORS has played an important role in their development and design. Many consider the brand name Rechner to be synonymous with capacitive sensors.
Capacitive sensors are products that can be used in a wide variety of applications and are simply indispensable for modern automation technology. The wide range of sensors Rechner offers is a key element of the brand's success. The product range includes capacitive, inductive, optoelectronic, calorimetric and magnetoresistive sensors. The RECHNER SENSORS portfolio is complemented by a wide selection of ATEX approved sensors, auxiliary equipment and transistor based signal amplifiers, control units and power supplies.
RECHNER SENSORS is a member of ZVEI (Central Association of the Electronic Industry). ZVEI has developed its own code of conduct governing corporate social responsibility. The ZVEI code occupies internationally established targets and covers all relevant issues. RECHNER has signed this code of conduct. This means that the company has adopted this code of conduct to protect and respect people, animals and the environment.
The ZVEI Code is a guideline for all employees of RECHNER SENSORS. In line with these ethical standards, the company has compiled requirements for all its employees to accept responsibility and act accordingly
Long sensing distance capacitive sensors (KXS)
Long sensing distance capacitive sensors (KXS / KXA) are based on the three-electrode measuring principle. This measuring principle enables considerably longer sensing distances compared to the two-electrode capacitive sensor principle.
Capacitive level measurement systems (KFS / KFA / KFX)
Capacitive level measurement systems (KFS / KFA / KFX) operate on the three-electrode principle. With this principle, a container or an additional electrode serves as a counter electrode to the probe electrode.
Capacitive sensors (KAS)
Capacitive sensors (KAS) react to metals and non-metals that exceed the specific capacitance on their approach to the active surface. The greater the sensing distance in relation to a specific material, the higher the dielectric constant.
Flow sensors (SW)
The SW-600 series is a flow sensor series based on the calorimetric measurement principle. This principle is based on a physical effect that absorbs thermal energy.
Rechner products:
Capacitive sensors (KAS) react to metals and non-metals that exceed the specific capacitance at their approach to the active surface. The longer the sensing distance in relation to the specific material, the higher the dielectric constant.
Long sensing distance capacitive sensors (KXS)
Long sensing distance capacitive sensors (KXS / KXA) are based on the three-electrode measuring principle. This measuring principle enables considerably longer sensing distances compared to the two-electrode capacitive sensor principle.
Capacitive level systems (KFS / KFA / KFX)
Capacitive level measurement systems (KFS / KFA / KFX) operate on the three-electrode principle. With this principle, a container or an additional electrode serves as counter electrode to the probe electrode.
Inductive sensors (IAS)
Inductive sensors (IAS) with transistor generator function, whose power consumption depends on the approach of metals and other electrically conductive materials such as carbon.
Magnetoresistive sensors (MRS)
Magnetoresistive sensors (MRS) detect the movement of ferromagnetic materials by altering the magnetic flux. They are available with (Series 350) or without (Series 300) rotation direction detection.
Flow Sensors (SW)
The SW-600 series is a flow sensor series based on the calorimetric measurement principle. This principle is based on a physical effect that absorbs thermal energy.
Opto-electronic sensors (IS)
The IS-120 series contains optoelectronic sensors for use as light-sensitive sensors (energetic or with background suppression) or as reflective light barriers. The light transmitter and receiver are mounted in one housing.
Conductivity sensors (RCS)
Conductivity sensors are suitable for the detection of conductive liquids. They are approved for use in potentially explosive areas. The technology of these sensors is based on the conductivity principle.
Power packs (N / EG)
The EG... -130 control units contain a power pack with short-circuit protection, a stabiliser and an output voltage relay. These control units can be actuated by all 2, 3 and 4-wire sensors with PNP, NPN, NO, NC.
Capacitive sensors (KAS)
Long Range Capacitive Sensors (KXS)
Capacitive level measuring systems (KFS / KFA / KFX)
Inductive sensors (IAS)
Magnetoresistive sensors (MRS)
Durchflusssensoren (SW)
Optoelectronic sensors (IS)
Conductivity Sensors (RCS)
Power supplies (N / EG) EG
Accessories
Capacitive Sensors
Capacitive level measurement systems
Inductive Sensors
Power Supplies / Isolating Switching Amplifiers (Ex Barriers)
