Inductive sensors - Import export

The tension meter is used to perform a pretension test on commercially available belt systems quickly and easily by means of frequency measurement. Fully electronic and equipped with stateoftheart microprocessor technology, the meter enables precise adjustment of all V, toothed and flat belts that have to be tensioned in the range from 10 to 600 Hz. The measurement must never be performed while the drive is running The meter is not permitted or certified for use in potentially explosive areas.

Housing polyamide 6. Hollow shaft steel. Screen plastic. Grub screw steel. Version Impactresistant housing. Hollow shaft black oxidised. Grub screw black. Dial black, digits white. Note Position indicators allow direct reading of input measurement values at a glance. In addition, the value indicated per spindle rotation (corresponding spindle pitch) can be selected and the various indicator values are realised by a transmission gear. The position indicators are distinguished by their small construction with very clear display. They are especially suitable for small spindle distances and small shaft diameters and have a torque support that is positioned in a hole on the side. ** At the 1st asterisk give assembly position and at the 2nd asterisk give the count direction (see sample order “assembly position, count direction”). Technical data – Counter consisting of 3 10position dials – Height of figures about 4 mm – Hollow shaft Ø 10 H7 mm

Magnetic tape, magnetised plastic sheet. Carrier band steel. Cover band stainless steel. Version Scale with incremented coding. Pole length 5 mm. Note Simple adhesive mounting; selfassembly possible. Required tape length calculated from measuring path + sensor length "L" + (2 x run or return "B"). L = see drawing of sensor used. B = 10 mm (run and return). Technical data Coefficient of expansion (11 ± 1) x 106/K (spring steel) Temperature range Ambient temperature 20–70°C Storage temperature 40–70°C Assembly Installation using the preaffixed doublesided adhesive tape must be carried out according to the enclosed user information. On request Other lengths from 0.1–100 m, in increments of 0.1 m. Note Relative humidity 100%. Dewing is permissible. Drawing reference 1) Cover band A = 0.176 mm 2) Magnetic tape M = 1.0 mm 3) Carrier band T = 0.3 mm 4) Adhesive tape K = 0.1 mm 5) Required tape length = measuring path + L + 2 x B 6) Measuring path

Housing aluminium. Cable sheath PVC. Version Compact sensor and plug design. Flat connector, 8pole, 1x pin. Connection cable, 6wire, ø 3.55–0.3 mm. Cable bend radius, > 17 mm (static). Note Works with magnetic tapes 21725. The reading distance between the sensor and tape must be 0.1 to 2 mm. The sensor is supplied with operating voltage and draws current via the electronics. System accuracy, repeat accuracy and travel speed is dependent on the electronics. Plugin connection to position indicators 21700 and 21702. Technical data Rating IP 67; EN 60529 (sensor head) Shock resistance 2000 m/s², 11 ms; EN 60068227 Vibration resistance 200 m/s², 50 Hz–2 kHz; EN 6006826 Temperature range Ambient temperature 0…60°C Storage temperature 10…70°C Assembly Installation must be carried out using the enclosed user information. A, reading distance sensor/tape ≤ 2 mm B, lateral offset ± 2 mm C, misalignment ± 3° D, pitch gradient ± 1° E, lateral gradient ± 3°

Housing Form A plastic. Housing Form B die-cast zinc alloy. Active face POM. Housing Form C high-alloy stainless steel Version: Voltage: U = 10 – 30 V DC Function: Normally open Switch type: PNP Mounting type: flush Security type: IP 67 Note: Non-contact, functions wear-free with high switching frequency and accuracy. Non-sensitive to vibrations, dust and moisture. Inductive sensors record all metals without contact. Form C enables screw fastening in a T-slot. Is safe and saves space as the proximity switch lays flush in the slot. Short-circuit proof and reverse-polarity protected.

Motorization by integrated pneumatic cylinder Driving by rack and pinion system Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors The wrist of a manipulator arm These rotary modules are, for example, the wrist of a manipulator arm, the turner of parts on a conveyor or the axis of rotation of an oscillating manipulator. In general, they rotate the gripper that grips the part. These modules are equipped with hydraulic dampers and inductive sensors, the rotation guidance is ensured by 2 ball bearings that allow this module to be used in all directions, even with offcentered payload. Rotary cylinder without angular play at end of stroke The end stops located under the plate allow there to be no shock in the rack and pinion transmission and no angular play at the end of the stroke. The absence of angular play allows use in assembly or precise positioning applications with 2 positions and the absence of impact in rack

Pneumatic manipulator for handling drived by ISO pneumatic cylinder. Guided by 2 rods on ball bushings and end stroke adjustable by mechanical stops. Hydraulic shock absorbers, inductive sensors and flow limitation are supplied. Pneumatic pick and place and 3 axes handling systems The combination of 2 pneumatic manipulators makes it possible to create pick & place (XZ manipulators) for assembly, loading, packaging machines … By combining them with gantries it’s possible to realize 3axis cartesian pneumatic manipulators. Equipped with hydraulic dampers, inductive sensors and flow limiters, these manipulators are ready to be installed and wired. Optimized end of stroke adjustments The fine adjustment of the stroke is done by mechanical stops without any intervention on the hydraulic dampers and the inductive detectors this saves time, guarantees the reliability of the adjustment and ensures an optimal lifetime of these components.

Drived by pneumatic cylinder (ISO or rodless) Guided by rolling guides Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors Flow limitation More than a rodless guided cylinder With their selfsupporting aluminum beam and being equipped with mechanical endofstroke stops, hydraulic shock absorbers, inductive sensors and flow limiters, these gantries are more than a cylinder without guided rod, they are real handling axes ready to install and wired. They are intended for the transfer of loads from 3 to 50 kg over strokes up to 1500 mm. Pneumatic Cartesian manipulators The mobile carriage, drived by a rodless cylinder (or a rod cylinder in short stroke to be more economical) allows to carry a perpendicular axis to create cartesian manipulators with 2 or 3 axes, with manipulators Type 37. Optimized end of stroke adjustments Pneumatic gantry with intermediate positions with through-travel

Pneumatic gripper with 2 concentric fingers Finger selflocking closed gripper (toggle joint action) Elastic absorption at opening Interest of 180 ° angle grippers Grippers with 180° opening angle are generally used to suppress a clearance movement because the open fingers allow the product to pass laterally, for example during a linear transfer or for maintaining a product on a turntable. Selflocking on closing by toggle effect These grippers use toggle technology that allows selflocking of the jaws in the last degree of closure and a large clamping force. They therefore remain locked even in the absence of air pressure. They can only be used for a grip from outside the piece and for parts with an identical grip dimension. The detection cam mounted on the axis of rotation allows the 2 inductive sensors to detect any desired position. The option « opening screw limitation » allows to adjust the opening stroke if the 180 ° are not sought

Drived by integrated pneumatic cylinder Guided by 2 rods on ball bushings Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors Flow limitation Compact and robust manipulator With a compact and very robust design, they are suitable for shortstroke movement where rigidity is necessary. They are often used in vertical or lifting modules in the design of pneumatic handling assemblies. For longer strokes, use the Type 37 manipulators. Several mounting directions possible Equipped with the same end plates and without exceeding of the cylinder at the end of the stroke, these compact manipulators can be fixed by the 2 end plates to have the movable central body, but they can also be fixed by the body, the rod cylinder can then be oriented up or down. Optimized end of stroke adjustments The fine adjustment of the stroke is done by mechanical stops without any intervention on the hydraulic dampers and the inductive detectors this saves time