Inductive sensors
INDUCTIVE SENSORS
300 series
The series of miniature sensors working under typical conditions. They are provided with a shorting protection and LED as a matter of course. They are the smallest induction proximity sensors available in the market.
400 series
Standard products used under conditions necessitating the use of small sensors. Smooth casings of 4 mm diameter, with M5 thread and in rectangular casings 5 x 5 x 25 mm. A sensor of total length of 10 mm is also available
420 series
Very short sensors of 6.5 mm diameter and M8 thread. Available also with the cable outlet at an angle in order to reduce the sensor length even more.
500 series
Cylindrical casings of diameters from 6.5 mm to M30. They are characterized by their long operational range (2.2 to 3 times longer than in standard devices). This series includes also sensors with analog outlets (current and voltage ones) from M8 to M30
520 series
A development of 500 series. The principal difference consists in the even longer range of operation. Currently available in M8 and M12 sizes.
600 series
Standard sensors of diameters from 6.5 mm to M30. Casings from M12 to M30 also available as two-cable versions with 265 VAC and 320 VDC power supply options.
This series includes also rectangular casing sensors 40 x 40 mm, 40 x 60 mm and 40 x 80 mm. A novelty: cubical sensors 40 x 40 x 40 mm.
620 sensors
A development of 300, 400, 420 and 600 series with an increased range. Casings from 3 mm to M18 and rectangular ones 5 x 5 and 8 x 8.
700 series
The most interesting of all the series, it includes monolithic sensors made exclusively of stainless steel (V2A and V4A), also in regard to the active surface. In addition these sensors are characterized by a very wide field of operation, also covering non-ferrous metals of very poor ferromagnetic properties. The series are available in M12, M18 and M30 casings.
Sensors for food and marine applications constitute a separate family within the series.
E series
A family of tight (IP 68) induction sensors in casings from 4 mm to M8.
P series resistant to high pressure
Sensors of various sizes designed for use at working pressures 100 to 500 bar.
Special versions:
In addition to a/m mentioned 300...600 series there is available a line of special sensors - it includes induction sensors with analog outlets, induction sensors for installation under very high pressure conditions, etc.
700 series sensors of long range of operation
The sensors operate acc. to CONDET method. They are characterized by a very long range of operation and not only in the presence of ferromagnetic metals, but also with other metals of good electric conduction properties, e.g. aluminium, copper or brass. The active part closed in a casing of high quality steel is another important feature of those sensors. Due to that casing a sensor remains tight throughout its life and is not at risk of being flooded with liquids or influenced by gases.
The durable casing makes the important part of the sensor resistant to mechanical damage. In that way the important weaknesses of that kind of sensors have been eliminated.
300 series
The series of miniature sensors working under typical conditions. They are provided with a shorting protection and LED as a matter of course. They are the smallest induction proximity sensors available in the market.
400 series
Standard products used under conditions necessitating the use of small sensors. Smooth casings of 4 mm diameter, with M5 thread and in rectangular casings 5 x 5 x 25 mm. A sensor of total length of 10 mm is also available
420 series
Very short sensors of 6.5 mm diameter and M8 thread. Available also with the cable outlet at an angle in order to reduce the sensor length even more.
500 series
Cylindrical casings of diameters from 6.5 mm to M30. They are characterized by their long operational range (2.2 to 3 times longer than in standard devices). This series includes also sensors with analog outlets (current and voltage ones) from M8 to M30
520 series
A development of 500 series. The principal difference consists in the even longer range of operation. Currently available in M8 and M12 sizes.
600 series
Standard sensors of diameters from 6.5 mm to M30. Casings from M12 to M30 also available as two-cable versions with 265 VAC and 320 VDC power supply options.
This series includes also rectangular casing sensors 40 x 40 mm, 40 x 60 mm and 40 x 80 mm. A novelty: cubical sensors 40 x 40 x 40 mm.
620 sensors
A development of 300, 400, 420 and 600 series with an increased range. Casings from 3 mm to M18 and rectangular ones 5 x 5 and 8 x 8.
700 series
The most interesting of all the series, it includes monolithic sensors made exclusively of stainless steel (V2A and V4A), also in regard to the active surface. In addition these sensors are characterized by a very wide field of operation, also covering non-ferrous metals of very poor ferromagnetic properties. The series are available in M12, M18 and M30 casings.
Sensors for food and marine applications constitute a separate family within the series.
E series
A family of tight (IP 68) induction sensors in casings from 4 mm to M8.
P series resistant to high pressure
Sensors of various sizes designed for use at working pressures 100 to 500 bar.
Special versions:
In addition to a/m mentioned 300...600 series there is available a line of special sensors - it includes induction sensors with analog outlets, induction sensors for installation under very high pressure conditions, etc.
700 series sensors of long range of operation
The sensors operate acc. to CONDET method. They are characterized by a very long range of operation and not only in the presence of ferromagnetic metals, but also with other metals of good electric conduction properties, e.g. aluminium, copper or brass. The active part closed in a casing of high quality steel is another important feature of those sensors. Due to that casing a sensor remains tight throughout its life and is not at risk of being flooded with liquids or influenced by gases.
The durable casing makes the important part of the sensor resistant to mechanical damage. In that way the important weaknesses of that kind of sensors have been eliminated.
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