=== Motors, actuators ===

19333 DC gearmotors, brush commutated, quiet operation, long life. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. 11 ratios from 6.3.1 to 1803.6.1, peak torques to 100 oz in standard, 160 and 175 oz in gearheads optional, available in 3 motor lengths, encoder resolutions from 96 to 1024
19334 DC gearmotors, brush commutated, quiet operation, long life. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. 12 ratios from 5.9.1 to 4732.5.1, peak torques to 175 oz in standard, 300 and 500 oz in gearheads optional, available in 6 motor lengths, encoder resolutions from 96 to 2048
19335 DC gearmotors, brush commutated, quiet operation, long life. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. 4 ratios from 5.9.1 to 218.4.1, peak torques to 175 oz in standard, 300 and 500 oz in gearheads optional, available in 7 motor lengths, encoder resolutions from 96 to 2048
19336 DC motors, 26 mm brush-commutated, quiet operation, long life. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. Available in 3 lengths, speeds up to 9000 RPM, peak torques up to 20 oz in, encoder resolutions from 96 to 1024
19337 DC motors, brush commutated, long life, 2 pole permanent magnet stators are constructed of ceramic magnets enclosed in heavy-gauge steel return rings, dimond turned commutators ensure maximum brush life, silicon-steel laminations, self-aligning, sintered bronze bearings, available in 3 lengths, 7 slot armature, speeds from 7700 to 10650 rpm, peak torques from 5.05 to 16.8 oz in, encoder resolutions from 96 to 1024
19338 DC motors, brush commutated, long life, 2 pole permanent magnet stators are constructed of ceramic magnets enclosed in heavy-gauge steel return rings, dimond turned commutators ensure maximum brush life, silicon-steel laminations, self-aligning, sintered bronze bearings, available in 6 lengths, 7 slot armature, speeds from 4900 to 8250 RPM, peak torques from 8.35 to 77 oz in, encoder resolutions from 96 to 2048
19339 DC motors, brush commutated, long life, 2 pole permanent magnet stators are constructed of ceramic magnets enclosed in heavy-gauge steel return rings, dimond turned commutators ensure maximum brush life, silicon-steel laminations, self-aligning, sintered bronze bearings, available in 7 lengths, 11 slot armature, speeds from 3050 to 4230 RPM, peak torques from 62.8 to 410 oz in, encoder resolutions from 96 to 2048
19340 DC motors, high performance 22 mm diameter brush commutated, low cost, are ideal for use in applications requiring the power of an ironless core or coreless motor, for use in image processing, semiconductor processing and mass data storage equipment, computer peripherals and office automation, for the medical and industrial markets. Available in 3 lengths, speeds up to 8550 RPM, peak torques up to 10.2 oz in, encoder resolutions from 16 to 256
19341 DC motors, iron core, brush-commutated, long life, 7 slot skewed armature, 2 pole permanent magnet stators are constructed of bonded neodymium iron boron magnets, diamond turned commutators ensure maximum brush life, standard copper graphite brushes, precision ground hardened stainless steel shafts, silicon-steel laminations, ball bearings. Continuous torque = 1.93-3.17 oz in, peak torque = 8.86-20.17 oz in, friction torque = 0.3 oz in, no load speed = 7020-8975 rpm, weight = 2.68-3.74 oz
19342 DC servo motors, 3 phase slotted stator, 6 slot lamination design, internal Hall sensor feedback for linear speed-torque characteristic, high starting torque and variable speed control with appropriate drive electronics. Available in 4 lengths, speeds up to 8000 RPM, continuous torques to 49 oz in (75 oz in with heat sink), encoder resolutions from 96 to 2048 CPR
19343 DC servo motors, 3-phase, 4-pole, slotless brushless, 3-phase slotless stator, 4-pole rotor featuring neodymium iron boron magnets, stators are epoxy-impregnated, using film-insulated magnet wire, precision ground hardened stainless steel shafts, 6 step commutation at 60 electrical degrees, rugged metal housing. Continuous torque = 11.91-19.06 oz in, peak torque = 71.2-149.0 oz in, friction torque = 0.15 oz in, no load speed = 5780-5925 rpm, motor weight = 14-18 oz
19344 DC servo motors, 3-phase, 4-pole, slotless brushless, 3-phase slotless stator, 4-pole rotor featuring neodymium iron boron magnets, stators are epoxy-impregnated, using film-insulated magnet wire, precision ground hardened stainless steel shafts, 6 step commutation at 60 electrical degrees, rugged metal housing. Continuous torque = 25.0-43.0 oz in, peak torque = 171.2-371.8 oz in, friction torque = 0.42-0.57 oz in, no load speed = 5025-4230 rpm, weight = 22-35 g
19345 DC servo motors, 3-phase, 4-pole, slotless brushless, 3-phase slotless stator, 4-pole rotor featuring neodymium iron boron magnets, stators are epoxy-impregnated, using film-insulated magnet wire, precision ground hardened stainless steel shafts, 6 step commutation at 60 electrical degrees, rugged metal housing. Continuous torque = 4.11-5.78 oz in, peak torque = 13.3-26.2 oz in, friction torque = 0.14 oz in, no-load speed = 7150-7400 rpm, motor weight = 6.0-7.4 oz
19346 DC servo motors, 3-phase, 4-pole, slotless, brushless, long life, quiet operation. Low inductance and high current bandwidth provide precise control, especially during rapid acceleration in demanding incremental motion applications. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. Available in 2 lengths, speeds up to 8000 RPM, peak torques from 13.3 to 26.2 oz in, encoder resolutions from 96 to 1024
19347 DC servo motors, 3-phase, 4-pole, slotless, brushless, long life, quiet operation. Low inductance and high current bandwidth provide precise control, especially during rapid acceleration in demanding incremental motion applications. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. Available in 3 lengths, speeds up to 5000 RPM, peak torques from 140 to 195 oz in, encoder resolutions from 96 to 2048
19348 DC servo motors, 3-phase, 4-pole, slotless, brushless, long life, quiet operation. Low inductance and high current bandwidth provide precise control, especially during rapid acceleration in demanding incremental motion applications. For precision motion control, Hewlett-Packard optical encoders are available in 2 or 3 channel versions with several CPR ranges to meet your position, velocity and direction feedback needs. Available in 3 lengths, speeds up to 8000 RPM, peak torques from 56.4 to 74.4 oz in, encoder resolutions from 96 to 2048
19349 DC servo motors, internal Hall sensor feedback for linear speed-torque characteristics, high starting torque and variable speed control with appropriate drive electronics, 3 phase slotted stator, 6 slot lamination design, 4-pole rotor featuring bonded neodymium iron boron magnets, ball bearings standard, 6-step commutation at 120 electrical degrees. Continuous torque = 16.25-48.90 oz in, torque @ 0 rpm = 32.0-179.5 oz in, friction torque = 0.8-1.6 oz in, no load speed = 7250 rpm, motor weight = 12.5-29.5 oz
20550 Motors, 45 models, rated torgue=2-250 mNm, rated speed=2650-9050 rpm, rated voltage=6, 12, 24 V, rated I=0.11-7.8 A
20559 DC servo motors, brushless, no brushes or commutator, ball bearing construction, dynamically balanced rotors, low audible and magnetic noise, high speed operation, compatible with all three-phase brushless DC motor amplifiers. Typical applications: centrifugers, bar code readers, film transport, machine tools, rabotics, semiconductor equipment, gyroscopes, conveyors, paper feed, X-Y positioning, light industrial. Cout stall torque=0.05-0.07 N?m, peak torque=0.13-0.23 N?m, motor constant=0.013-0.022 N?m/vW, weight=0.25-0.36 kg
20560 DC servo motors, brushless, no brushes or commutator, ball bearing construction, dynamically balanced rotors, low audible and magnetic noise, high speed operation, compatible with all three-phase brushless DC motor amplifiers. Typical applications: centrifugers, bar code readers, film transport, machine tools, rabotics, semiconductor equipment, gyroscopes, conveyors, paper feed, X-Y positioning, light industrial. Cout stall torque=0.16-0.37 N?m, peak torque=0.56-1.34 N?m, motor constant=0.032-0.064 N?m/vW, weight=0.59-1.32 kg
20561 DC servo motors, brushless, no brushes or commutator, ball bearing construction, dynamically balanced rotors, low audible and magnetic noise, high speed operation, compatible with all three-phase brushless DC motor amplifiers. Typical applications: centrifugers, bar code readers, film transport, machine tools, rabotics, semiconductor equipment, gyroscopes, conveyors, paper feed, X-Y positioning, light industrial. Cout stall torque=0.44-1.09 N?m, peak torque=1.34-4.09 N?m, motor constant=0.070-0.137 N?m/vW, weight=1.34-2.49 kg
20562 DC servo motors, brushless, no brushes or commutator, ball bearing construction, dynamically balanced rotors, low audible and magnetic noise, high speed operation, compatible with all three-phase brushless DC motor amplifiers. Typical applications: centrifugers, bar code readers, film transport, machine tools, rabotics, semiconductor equipment, gyroscopes, conveyors, paper feed, X-Y positioning, light industrial. Cout stall torque=0.87-1.87 N?m, peak torque=2.79-5.93 N?m, motor constant=0.100-0.196 N?m/vW, weight=6.44-8.40 kg
20563 DC servo motors, brushless, open frame, no brushes or commutator, ball bearing construction, dynamically balanced rotors, low audible and magnetic noise, high speed operation, compatible with all three-phase brushless DC motor amplifiers. Typical applications: centrifugers, bar code readers, film transport, machine tools, rabotics, semiconductor equipment, gyroscopes, conveyors, paper feed, X-Y positioning, light industrial. Rated torque=60-54 oz?in, peak torque=150 oz?in, motor constant=8.2 oz?in/vW
20571 DC-micromotors, nominal voltage=1.5 V, terminal R=3.9 Ohm, Pout=0.12 W, Eff=52%, no-load speed=19100 rpm, stall torque=0.034 oz-in, friction torque=0.003 oz-in, speed constant=13840 rpm/V, -30 to +85C, weight=0.071 oz
20572 DC-micromotors, nominal voltage=3.0 V, terminal R=16.2 Ohm, Pout=0.12 W, Eff=50%, no-load speed=20200 rpm, stall torque=0.031 oz-in, friction torque=0.003 oz-in, speed constant=7346 rpm/V, -30 to +85C, weight=0.071 oz
20573 DC-micromotors, nominal voltage=4.5 V, terminal R=37.7 Ohm, Pout=0.11 W, Eff=50%, no-load speed=19500 rpm, stall torque=0.031 oz-in, friction torque=0.003 oz-in, speed constant=4727 rpm/V, -30 to +85C, weight=0.071 oz
20614 Actuators, linear, digital, compact, position held even when power is removed, operates as an automatic clutch: when the application blocks, the umit stalls without damage, simply driven bi-directionally by normal stepper motor drives, offer high precision linear movement of 25 micron, 51 micron or 102 micron per step and linear foces exceeding 110 Newtons. Applications: valve actuation, regulation devices, medical equipment, HVAC, optical equipment, process control, computer peripheral devices, etc. Weight=156 gr, -20 to +70C
20615 Motors, precision, small, DC brushless type. Applications: printers/scanners, home automation appliances: sewing machines/drivers, power tools: drills/drivers. No (rotor magnet poles)=8, magnetic leakage flux=1 mT, rotor inertia=0.9 g?cm^2, mass=55 g, hall output voltage=80 mV ptp
20616 Motors, precision, small, DC brushless type. Applications: printers/scanners, home automation appliances: sewing machines/drivers, power tools: drills/drivers. No (rotor magnet poles)=8, magnetic leakage flux=1.0 mT, rotor inertia=2 g?cm^2, mass=100 g, hall output voltage=80 mV p-t-p
20617 Motors, precision, small, DC brushless type. Applications: printers/scanners, home automation appliances: sewing machines/drivers, power tools: drills/drivers. No (rotor magnet poles)=8, magnetic leakage flux=1.2 mT, rotor inertia=14.8 g?cm^2, mass=220 g, hall output voltage=100 mV p-t-p
20618 Motors, precision, small, DC brushless type. Applications: printers/scanners, home automation appliances: sewing machines/drivers, power tools: drills/drivers. No (rotor magnet poles)=8, magnetic leakage flux=1.2 mT, rotor inertia=16.8 g?cm^2, mass=305 g, hall output voltage=100 mV p-t-p
20619 Motors, precision, small, DC brushless type. Applications: printers/scanners, home automation appliances: sewing machines/drivers, power tools: drills/drivers. No (rotor magnet poles)=8, magnetic leakage flux=1.2 mT, rotor inertia=92.3 g?cm^2, mass=270 g, hall output voltage=200 mV p-t-p
20620 DC-micromotors, subminiature, high quality, precision, ironless, available in nominal voltages of 1.5, 3.0, 4.5 VDC, with no-load speeds of 19900 rpm, stall torque of 0.23 mNm and output power of 0.12 W. This tiny little high performance and reliable power pack opens up new possibilities of integration into applications where space is very limited, covering fields of medical and optional equipment, security and inspection systems, micro positioning systems, telecommunication and a lot of other small size applications. Size=6 mm (Dia), 15 mm (length), -30 to +85C
20627 Walking motor, simple, rugged machine, which can lift 1000 times its own weight, could replace conventional motors in many applications, especially where space is limited. PiezoLegs motor consists of a single solid body with four movable legs, each formed from a sandwich of 100 or more layers piezoceramic materils, interleaved with conductors. By applying a sequenced voltage to each pair of legs, they can be raised, made to forwards or backwards, and lowered, to deliver a propulsive force. As one pair of legs moves, the other stays in contact with the surface. Though each step is typically just 3.5 um, the motor can take more than 10000 steps per second to reach speeds of several cm/s. The motor produces a pulling force of up to 8N. By partly bending the legs instead of taking a full step, it can operate to a resolution of 10 nm
23185 Step motors, step angle=0.9 deg, step angle Acc=5%, rated voltage=4/6/12/28 V, I=1.2/0.8/0.4/1.68 A, R=3.3/7.5/30/1.65 Ohm, Ind=3.2/6.7/30/3.2 mH, detent torque=22 mNm, holding torque=25.9/25.9/25.9/36 Ncm, rotor inertia=54 G?cm?cm, weight=0.28 kg, R Acc=10%, Ind Acc=20%, IR>100 MOhm@500 VDC, -10 to +50C
23186 Step motors, step angle=1.8 deg, step angle Acc=5%, rated voltage=4/9.6/12/2.8 V, I=0.95/0.4/0.31/1.33 A, R=4.2/24/38.5/2.1 Ohm, Ind=2.5/15/21/2.5 mH, detent torque=20 mNm, holding torque=15.8/15.8/15.8/22 Ncm, rotor inertia=35 G?cm?cm, weight=0.22 kg, R Acc=10%, Ind Acc=20%, IR>100 MOhm@500 VDC, -10 to +50C
23187 Servo motors, highly dynamic, low mass moment of inertia, 4-fold overload resistance, reliable high-voltage technology, state-of-the-art magnetic technology, high-resolution single or multi-turn encorders, rated speed=3000, 4000, 5000, 6000, 8000 UPM
23307 Motor gear, for injection molding machines, extruder and applications, where enormous power density is what counts; 4 three phase motors are set in a very compact built housing, performance criteria are similar to a single three phase motor, stator are designed especially for frequency controlled operations. Input power=255-445 kW, 1-stage type (output torque<20000 Nm, input speed=3000 rpm, weight=2000 kg), 2-stage type (output torque<48000 Nm, input speed=3000 rpm, weight=2600 kg)
23308 Motor gear, for injection molding machines, extruder and applications, where enormous power density is what counts; 4 three phase motors are set in a very compact built housing, performance criteria are similar to a single three phase motor, stator are designed especially for frequency controlled operations. Input power=5-12 kW, 1-stage type (output torque=500 Nm, input speed=3000 rpm, weight=70 kg), 2-stage type (output torque=1200 Nm, input speed=3000 rpm, weight=100 kg)
23384 Linear motor, ultra-precision, non-contact direct-drive system ensures ultraprecision motion with high precision glass scale encoder provider accurate position feedback with 50 nm repeatability, sub-nm resolution with low interpolation error for outstanding speed stability and motion sensitivity. Travel range=200, 300 mm, commandable Res=1 nm, Sens=10 nm, speed<300 mm/s, acceleration<5 G, force<37 N, normal load capacity=300 N, weight=13, 19 kg, moving mass=7.6, 11.8 kg
23385 Linear motor, ultra-precision, non-contact direct-drive system ensures ultraprecision motion with high precision glass scale encoder provider accurate position feedback with 50 nm repeatability, sub-nm resolution with low interpolation error for outstanding speed stability and motion sensitivity. Travel range=50, 100, 160 mm, commandable Res=1 nm, Sens=10 nm, bi-directional repeatability=80 nm, speed<300 mm/s, acceleration<5 G, force<16 N, normal load capacity=100 N, weight=2.5, 3.5, 4.5 kg, moving mass=1.2, 1.8, 2.3 kg
23387 Linear motors, miniature size, low profile (35 mm high x 80 mm width), normal or clean room environments, multi-axis platform, stepper or servo motor drive, digital limit/home system, optimal linear encoder, low ESD option, travel=25, 50, 100, 150 mm, normal load capacity=8 kg, thrust load capacity=44 N (leadscrew drive), 123 N (ballscrew drive), straightness & flatness=8-20 mkm, bi-directional repeatability=1.55.0 mkm, positional Acc=10-100 mkm, breakaway torque=0.021 Nm (leadscrew drive), 0.094 Nm (ballscrew drive), running torque<0.028-0.085 Nm, screw speed=20 rps (leadscrew), 50 rps (ballscrew), velocity<20-200 mm/s, leadscrew Eff=40-90%, unit mass=597-1268 g (leadscrew), 694-1392 g (ballscrew)
23388 Linear motors, miniature, 5 g acceleration, fast settling, submicron precision, high velocity (2m/s), multi-axis platform. Travel=25, 50, 100, 150 mm, normal load capacity=8 kg, maximum velocity=1100-2000 mm/s@5 mkm & 1 mkm resolution, 1100-1500 mm/s@0.5 mkm resolution, 300 mm/s@0.1 mkm resolution, 60 mm/s@0.02 mkm resolution, 30 mm/s@0.01 mkm resolution, force=12-24 N (peak), 4-8 N (continuous), duty cycle=100%, straightness & flatness=4-6 mkm (precision grade), 6-12 mkm ( standard grade), Acc=3-15 mkm@0.01-5.00 mkm resolution (precision grade), 12-35 mkm@0.01-5.00 mkm resolution, unit mass=590-1345 g (precision grade), 475-1125 g (standard grade)
23434 Stepper motors, Ph R=13.5/4.4/0.7 Ohm, Ph Ind (1 kHz)=27/8/1.3 mH, Ph I=0.5/0.9/2.3 (2 ph on), 0.75/1.3/3.3 A (1 ph on), holding torque=120 mNm (nominal current), 205 mNm (2x nominal current), detent torque amplitude and friction=10 mNm, thermal resistance coil-ambient=9.5C/W, -20 to +50C, radial load=20 N, axial load=30 N
23435 Stepper motors, Ph R=26/6.5/10/2.5 Ohm, Ph Ind=40/10/14/3.5 mH, Ph I=0.34/0.68/0.56/1.12 A (2 ph on), 0.5/1.0/0.8/1.6 A (1 ph on), holding torque=60 mNm (nominal current), 90 mNm (2x nominal current), detent torque amplitude and friction=3.5 mNm, thermal resistance coil-ambient=11C/W, -20 to +50C, Abs Acc=3% full step, radial load=20 N, axial load=30 N
23632 Closed-loop linear translation stages, unique piezo-friction servo motor, high resolution over long travel ranges and with unprecedented bi-directional repeatability. These stages can-be stacked to create any XY combination, or combine these stages with the Z-axis wedge, rotary stage, and goniometer to achieve a full six-degrees of freedom. Goniometer. Travel range =9 deg, encoder Res =3 mkrad, Acc =0.6 mkrad, bi-directional repeatability =9 mkrad, min incremental motion =6 mkrad, max speed =10 deg/sec, holding torque =38 N.cm, 0 to +50C, life time =20000 hours
23633 Closed-loop linear translation stages, unique piezo-friction servo motor, high resolution over long travel ranges and with unprecedented bi-directional repeatability. These stages can-be stacked to create any XY combination, or combine these stages with the Z-axis wedge, rotary stage, and goniometer to achieve a full six-degrees of freedom. Rotary stage/ Travel range =360 continuous, encoder Res =3 mkrad, Acc =0.6 mrad, bi-directional repeatability =0.9 mkrad, min incremental motion =6 mkrad, max speed =180 deg/sec, holding torque =90 N.cm, 0 to +50C, life time =20000 hours
23634 Closed-loop linear translation stages, unique piezo-friction servo motor, high resolution over long travel ranges and with unprecedented bi-directional repeatability. These stages can-be stacked to create any XY combination, or combine these stages with the Z-axis wedge, rotary stage, and goniometer to achieve a full six-degrees of freedom. Travel range =44 mm, encoder Res =50 nm, Acc =3 mkm, bi-directional repeatability =0.15 mkm, min incremental motion =0.1 mkm, max speed =100 mm/sec, holding force =5 N, load capacity =18 N, 0 to +50C, life time =20000 hours
23635 Closed-loop linear translation stages, unique piezo-friction servo motor, high resolution over long travel ranges and with unprecedented bi-directional repeatability. These stages can-be stacked to create any XY combination, or combine these stages with the Z-axis wedge, rotary stage, and goniometer to achieve a full six-degrees of freedom. Travel range =6 mm, encoder Res =50 nm, Acc =3 mkm, bi-directional repeatability =50 nm, min incremental motion =0.1 mkm, max speed =15 mm/sec, holding force =25 N, load capacity =26 N, 0 to +50C, life time =20000 hours
23646 Picomotor, ideal for set-and-hold applications, compact, are based on a simple and elegant motor invention where a piezoelectric transducer turns a screw. Linear travel =12.7 mm, minimum incremental motion <100 nm, angular Res <2 mrad, max load =1.5 lbs, torque =0.007 N.m, speed (@ 1 kHz), =1 mm/min, +10 to +40C
23647 Picomotor, ideal for set-and-hold applications, compact, are based on a simple and elegant motor invention where a piezoelectric transducer turns a screw. Linear travel =12.7 mm, minimum incremental motion <30 nm, angular Res <0.6 mrad, max load =5 lbs, torque =0.018 N.m, speed (@ 1 kHz), =0.64 mm/min, +10 to +40C
23648 Picomotor, ideal for set-and-hold applications, compact, are based on a simple and elegant motor invention where a piezoelectric transducer turns a screw. Linear travel =3 mm (X, Y, Z), minimum incremental motion <30 nm, torque =0.018 Nm, max load =5 lbs, speed = 0.64 mm/min, +10 to +40C
23649 Picomotor, ideal for set-and-hold applications, compact, are based on a simple and elegant motor invention where a piezoelectric transducer turns a screw. Linear travel =3 mm (Z), minimum incremental motion <30 nm, torque =0.018 N.m, speed =0.64 mm/min, +10 to +40C
23650 Picomotor, ideal for set-and-hold applications, compact, are based on a simple and elegant motor invention where a piezoelectric transducer turns a screw. Linear travel =3 mm (Z), minimum incremental motion <30 nm, torque =0.018 Nm, speed =0.64 mm/min, +10 to +40C


  
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