pressure transducer Miniature pressure transducer model 81530

Transcription

1 Section High Pressure transducer model 8201 N Miniature pressure transducer model pressure transducer model 8221 Pressure Transducers Pressure transducers / pressure transmitters 8111, 8112, Miniature / subminiature pressure transducers High precision pressure transducers, high pressure transducers, Low Cost pressure transmitters Differential pressure transducers 83-IMV Integrated amplifiers for sensors models , , p.t.o.

2 Overview Pressure Transducers Section 8.1 and 8.2 Models 8103/8106/ / / Error of Measurement ( % F.S.) 0.5 from up to 0, Pressure Miniature High precision High Low-Cost High precision Precision High transducer, pressure pressure pressure pressure pressure pressure pressure pressure transducer transducers transducer transmitter transducers transducers transducer transmitter Measuring Ranges Smallest: Largest: Accessories: Services: bar bar bar bar bar bar bar bar bar bar bar bar bar bar bar bar Flush front diaphragm, titanium material, with integrated amplifier in 2 wire version, high class up to IP67, low dead volume, very little hysteresis, designed for relative pressure Food industry, medical engineering, chemical and pharmaceutical industries, hydraulically operated brake test beds, very suitable for applications with viscous or corrosive media Suitable for static and dynamic, high nominal temperature range up to 150 C, extremely robust, small dimensions, with front-end diaphragm, measurement against atmospheric pressure, hermetically sealed, welded Shipbuilding, metering equipment for viscous media, determining the pressure in pressurized cabins, flow in ventilation ducts, handling and assembly equipment, explosion tests Stainless steel material, with standardized sensitivity, extremely reliable with high long-term stability, measurement against atmospheric pressure with very little sensitivity to shock and vibration Hydraulic test beds, packaging industry, power industry, the advance pressure of pneumatic cylinders High reliability for static and dynamic, stainless steel material, increased operating reliability thanks to onepiece element Water-jet cutting machines, aerospace, highpressure pipelines, turbines and highpressure units Particularly economical for liquid and gaseous media, with integrated amplifier, compact implementation, industry-standard assembly thread, outputs of the amplifier proof against short-circuit Measuring the operating pressure in refrigeration and air conditioning equipment, monitoring line pressure in pneumatic handling equipment, measurement of compressor test pressure Relative and absolute pressure possible, outstanding long-term stability, maximum accuracy, excellent thermal insulation properties, manufactured of high-quality stainless steel Measurements of reference pressure in laboratory, research and development, the test pressure on safetyrelevant motor vehicle injection systems, applications in the pharmaceutical and chemical processing field Relative and absolute pressure are possible, some are fitted with a second diaphragm, small ranges of the absolute pressure sensor with overload, suitable for liquid and gaseous media Medical engineering, motor vehicle supplier industry, machine tooling, assembly and jointing technology, factory automation Burst through integrated vent hole, made of stainless steel, with double-ended sealing cone in the pressure connection Automated test equipment for high-pressure turbines, aerospace, shipbuilding, turbines and power unit technology Variable cable lengths, integrated amplifier, extension of the nominal temperature range, higher class Connectors, connecting cables, threaded adapter Connector mounting, manufacturer calibration certificate Overview Pressure Transducers Section 8.3 Model / /8316 Error of Measurement ( % F.S.) up to up to 0.5 Miniature Differential transducer Differential transducer Differential transducer differential pressure transducer Measuring Ranges Smallest: Largest: Accessories: mbar mbar bar bar bar mbar bar bar Very robust due to two-chamber implementation separated by a diaphragm, with integrated amplifier, high line pressure possible, for liquid or gaseous media, low dead volume Measurement of pneumatic and hydraulic differential pressures, flow rate measurement in fluid engineering Higher line pressure, with integrated unipolar or bipolar amplifier, extension of the nominal temperature range, overload Connecting cables Very high system reliability, extremely high line pressure up to 345 bar is possible, excellent accuracy, measurement of gaseous or liquid media, suitable for static and dynamic applications, easy mounting and assembly Shipbuilding, metering equipment for viscous media, determining the ram pressure in pressurized cabins, flow in ventilation ducts, handling and assembly equipment, explosion tests Stainless steel material, extremely high line pressure up to 345 bar is possible, easy and robust measurement operation through bidirectional principle, measurement of gaseous or liquid media, simple mounting Measurement of differential pressure in double-acting hydraulic cylinders of materials testing machines, test beds for engines and brakes Stainless steel material, extremely high line pressure up to 345 bar is possible, easy and robust operation through bidirectional principle, hermetically sealed chambers each with its own diaphragm, suitable for gaseous or liquid media Measurement of differential pressure in double-acting hydraulic cylinders of materials testing machines, test beds for engines and brakes EN

3 Section Several miniature s of the product section 8.4 Load Cells Miniature s in several construction designs 8451 Load cell for hand-operated presses Load cells in several construction designs p.t.o

4 Models Overview Miniature Load Cells Section Relative Non-Linearity / / / /1.0 ( % F.S.) Miniature Subminiature Subminiature with overload Miniature Ultraminiature tension/ Miniature tension/ compression compression Precision Tension/ miniature compression with overload Miniature ring Load cell for hand and pneumatic operated presses Measuring Range smallest: largest: Models kn N N N N N N N N N N N kn kn kn N kn kn kn kn kn kn kn kN Large ranges combined with small dimensions, small displacement Smallest external, dimensions easy fitting into bars and punches Measurement Places of press-fit in test forces on longitudinal and to which equipment lateral pressfit seatings, difficult in access is measurement precision of force at engineering punches, in and microtechnology clamping jaws and tools Smallest external dimensions, flat structure with temperature compensation, high resonance frequency (up to 167 khz) Where space is very narrow when testing contact force, keys, switches and frictional forces With overload combined with very small external dimensions For automatic production lines, for testing joints and clearances Economical flat disc sensor, external diameter 20 mm Contact forces, positioning forces, pressing forces on machines Particularly small, 10.6 mm external diameter and 4.5 mm height Only 8 mm diameter and 6.5 mm height; easy assembly via external thread Machine tooling, microsystem technology, production lines, handling equipment Micromechanics, actuator systems, switches, bowden cables Versatile precision sensor, mostly insensitive to transverse, bending and torsion forces Draw bars For and pusher rods, scales, electromagnets, baffles Like model 8431 but with overload production and testing lines, as well as also for laboratory equipment Tension and compression sensor of stainless steel for OEM applications Pressinsertions, forming operations, proportioning, connector tests Overview Load Cells Section 8.5 Central Easy, direct through-hole, assembly, low height 5-fold mechanical overload, holder for displacement sensor actuation Measurement of bolting force, contact forces of bolts, threaded bars, cutting forces Relative Non-Linearity / / / ( % F.S.) Manual presses and automatic press-in stations Miniature Load Tension and Tension and High precision Low-Cost High Tensile bending beam bending beam compression compression Compression compression compressive precision force Load cell sensor Measuring Range smallest: largest: N N N N N N kn N N kn N kn N kn kn kn kn kn MN MN Mechanical overload, very small sizes Test equipment (switches, keys), contact forces, packaging and adhesive technology Not sensitive to interfering pertubations and force displacements Weighing equipment, filling scales, water level gauges, filling equipment Economical, universal sensor made of aluminum, lightweight, low height, disc-shaped Bar, rod, latticework forces, counting and testing scales Extension of the nominal temperature range Standardization of the sensitivity Hermetically sealed version (IP68) Manufacturer calibration certificates Integrated amplifiers Load application parts Integrated cable Load centering plates Robust for industrial and laboratory applications, available with overload Monitoring jointing processes, torque measurement through force x lever Small construction design with high ranges, class IP64 Contact forces, foot forces, filling systems High precision sensor, class IP65, simple assembly As reference for precision in laboratory and industry Economical aluminium sensor, particularly suited for static applications, easy fitting Scales and filling level measurement systems, cable forces, thread tensions Particularly economical with in-line amplifier Weights, pressinsertions, advance forces Precision sensors, hermetically sealed, very low sensitivity to lateral forces, also suitable for highly dynamic applications Presses, containers (e.g. silos), materials tests, calibrations Model 85081: range of cylindrical sensors, threaded bolts at the face Model 85082: with internal thread on the front face Model 85081: tensile tests, tearing tests, jointing forces Model 85082: tensionextension tests, cables, bars EN

5 Section 8.6 Torque sensor model 8651 Torque sensor model 8652 Torque Sensors Torque sensors for non-rotating operations Torque sensors for rotating operations p.t.o.

6 Overview Torque Sensors Section 8.6 Model /8628/ /86413/ / Relative Non-Linearity ( % F.S.) Torque sensors, non-rotating Torque sensors, non-rotating Torque sensors, rotating Torque sensors, rotating FM torque sensor, rotating DC/DC torque sensor, rotating Measuring Ranges Smallest Nm Nm Nm Nm Nm Nm Largest Nm Nm Nm Nm Nm Nm, Examples of Accessories: Service: High precision, compact design with standardized output signal, smooth shaft ends Reference sensor for experimental set-ups in precision engineering, determination of bearing friction torques, measurement of very small adjusting torques on vehicle operating elements Robust, reliable, precise, easy handling, various shapes and adapters, for static and dynamic applications (non-rotating) Static and dynamic of nonrotating torque transmissions such as agitator drives, testing power screw drivers and torque wrenches Small size, reliable, precise, rotating, turns clockwise or counterclockwise, for static and dynamic, slip-ring transmission Screwing technology: inspection and adjustment of bolting tools such as torque limiting wrenches, screwdrivers, testing screwed joints, drag torque of motors and pumps, friction torques in gearboxes, bearings and seals, testing torsion springs, adjusting equipment in the automobile industry (sunroof, power windows etc.) New, patented process, maintenance-free through contact-free signal transmission, very economical, round or square shaft versions, speed of rotation up to /minn Automobile technology (steering, gearboxes, engines), drilling systems, bolting tools, textile machines, test beds, printing technology, pumps, fitness equipment, conveying equipment, household devices Reliable, flexible, integrated amplifier V DC, rotating, transmitted without slip-rings, maintenance-free operation. integrated measurement of angular displacement or rotation speed Due to the inductive, contact-free transmission of excitation voltage and the optical, contact-free transmission of the measured signal, the sensor can be used anywhere where low-wear, maintenance-free operation, high rotation speeds or continuous operation are required. The reliable measurement of both constant and changing torques facilitates the use in quality assurance, in test bay, for the construction of test beds and equipment and in the servicing field High accuracy, for the measurement of constant and changing torques, integrated amplifier V DC, rotation speed pulse, zero-maintenance, suitable for high speeds of rotation up to 50,000 1 /min. 2 ranges, output V, angle measurement Test beds for engines, turbines and gearboxes, extruders, machine construction, drive technology etc. Modified mechanical adaptations, higher accuracy, measurement of rotary speed and angle displacement, 2 measurement ranges Connectors, connecting cables, sensor mounting racks Connector mounting, manufacturers calibration certificates EN

7 Section 8.7 Potentiometric displacement sensor model 8712 Displacement sensor model 8738 Displacement sensor model 8741 with spring probe tip Displacement sensor model 8740 Displacement Sensors Potentiometric displacement sensors 8738 Incremental displacement sensor 8739 LVDT - inductive displacement sensor with IN-LINE amplifier Inductive DC/DC displacement sensors p.t.o.

8 Overview Displacement Sensors Section 8.7 Model / / Non-linearity ( % F.S.) max max max max Potentiometric Potentiometric Potentiometric Potentiometric Potentiometric displacement sensor, displacement sensor displacement sensor displacement sensor, displacement sensor miniature version without rod Measuring Ranges Smallest: mm mm mm mm mm Largest: mm mm mm mm mm (8713: to only mm) Housing diameter 12.9 mm with integrated cable 1 m, free moveable fastening clamps Positioning speed up to 10 m/s, coupling with no lateral forces through ball and socket coupling 100 million strokes are possible, available as connector or cable version, with spring rod Compact construction (without rod), very easy assembly High class, high-quality, low-play front bearing for rod, option: compressed air connection Measurement of strokes on riveting machines, spring travel on axes, length on pipe bending equipment, offset on bearings Measurement of feed, deformation and press-fit displacements, length tolerances, displacements on electromagnets. Measurement of bending, deformation, measurement of advance movements on pneumatic and hydraulic cylinders as well as manual presses Measuring wind-up and unwinding lengths, on undercarriages and dosing systems Measurement of jointing and pressfit displacements, determining the movement on linear axes or electric spindles Model Non-Linearity ( % F.S.) *(Accuracy in µm) / µm* Incremental Inductive DC/DC displacement sensor displacement sensor displacement sensor with IN-LINE without/with amplifier spring rod Measuring Ranges Smallest: mm mm mm Largest: mm mm mm (8741: to mm) Very high resolution up to 0.1 μm, vibrationproof, housing diameter 8 mm with spring rod, class IP66 Standard output signal V, no wear, vibration-proof, housing diameter 8 mm Hysteresis-free, integrated amplifier, output V, insusceptible to shock; model 8741 with spring rod Accessories: Service: Orientation and position direction in testing equipment, concentric running tests on motor shafts, use in assembly equipment and machine tools Testing equipment for a very wide range of motor vehicle parts, spring travel on plug contacts, height measurement on electronic components Sensor housing with mounting nuts, high adjustment speed, high class venting holes, higher output voltage, higher accuracy Ball joint couplings, probe tip, mounting set, air lifter pump, mounting nuts Connector mounting, manufacturer calibration certificate Measuring the extension of heattreated plastic parts, the advance displacements on painting plants EN

9 Section Angle displacement sensor model 8820 Rotary Speed / Angle Displacement Sensors 8820 Potentiometric angle displacement sensor 8821 Incremental rotary speed / angle displacement sensor Capacitive precision angle displacement sensors Acceleration Sensors Acceleration sensors Speed Sensors Speed sensors p.t.o.

10 Overview Section 8.8 / 8.9 Rotary Speed / Angle Displacement / Speed / Acceleration Sensors Model /89011/ Error of Measurement ( % F.S.), * (Accuracy in Degree) 0.5 1* max Potentiometric angle displacement sensor Incremental rotary speed, angle displacement sensor Precision angle displacement sensor, capacitive, without contact rings Acceleration sensors for universal use Speed sensors Measuring Range ± ± ± 5 g 0... ± 500 g mm mm Long durability, low torque, continuous rotation possible, particularly economical, class up to IP65 Robust construction with high resistance to interference, detection of rotating direction, long durability High linearity, noncontact transmission, integrated amplifier, robust and maintenance-free, very low moment of inertia Absolute vibration sensors with no stationary reference point, with simple calibration and high sensitivity High output voltage and sensitivity, does not require excitation, no mechanical wearing parts All kinds of analog angular measurement up to 350 such as position feedback on servo-systems, pendulum weighing machines, cam and butterfly flap positions, jockey roller controllers Measuring distances, positions and speeds particularly in machine tools, textile, packaging and testing machines, in wood and plastics machining industries, in lifts and door systems Position feedback to servo-systems, zero detector, pendulum weighing machines, cam and butterfly flap positions, twist angles, angular actuators, optical angular, jockey roller controllers Measurement of constant and variable accelerations, seismic and geophysical investigations, tilt, vibration, vibration speed and vibration distance Measuring speed on straight tracks, including: shock absorber tests, filling checks, investigations of vibrations Accessories: Higher accuracy, higher class, higher number of pulses/rotation other ranges of rotary speed, different excitation voltages Mounting racks, connection cables, mating connectors EN