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G3 Series Helical Geared Motors
Helical gear made of high-strength alloy made construction more compacter, and housing smaller, efficiency higher, output torque bigger.
Hardened gears with fine grinded has little metamorphosis and high precision, low noise and stably running, also can work long time in dreadful conditions. gear motor, worm gear motor The diameter of output shaft have 4 specifications, such as „U18Aƒ³22A„U28A„U32.Aƒ³40A„U50.
Using high quality bearing prolongs the use life.
Modular combination extends the transmission ratio form i=5:1 to 1400:1
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PLEASE USE ENGLISH FOR ALL ENQUIRIES.
Enquiries written in other languages will not be answered. |
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Available sizes and resolutions for Lin Engineering's line of High Accuracy Motors are as follows:
5704 Series - Nema 23, 0.45 degrees
3509 & 3609 Modular Series - Nema 14, 0.9 degrees
414 & 416 Series - Nema 14, 0.9 degrees
4109 & 4209 Series - Nema 17, 0.9 degrees
417 Series - Nema 17, 0.9 degrees
5609 and 5709 Series - Nema 17, 0.9 degrees
8609 Series - Nema 34, 0.9 degrees
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Protected. Force :
If you need a corrosion-resistant motor with powerful force, this 1.8 degree size 42 hybrid DC stepping motor could be for you. It is totally enclosed with permanently lubricated ball bearings. The bi-directional size 42 has holding torque up to 2100 oz-in with a precision accuracy of ±3% non-cumulative. |
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JVL supplies a range of step motors that have been designed especially for use with the entire range of JVL Step Motor Drivers and Controllers. The motors can be connected in both series and parallel, so that in low speed applications a serial connection will often allow a smaller driver to be used.
The precision construction of the motors makes them eminently well-suited for mini- and microstepping with extremely smooth operation.
In relation to their size they provide the highest torque available on the market today. Low inertia is achieved by using rare earth magnetic material, and ensures rapid start and stop without overheating. The motors are therefore very well suited to highly dynamic applications. |
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Lin Engineering's high torque step motors are capable of holding torques up to 920 oz-in based on unipolar ratings. Unipolar and bipolar windings are available to allow for torque and speed to accommodate your application. Lin's high torque motors provide approximately two times more holding torque than standard motors of similar design.
High torque lines are as follows:
4118 Series - Nema 17, 1.8 degree
5718 Series - Nema 23, 1.8 degree
8718 Sereis - Nema 34, 1.8 degree
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The High Torque Housed Hybrid.
Portescap's newest hybrid motor family member, the h3 runs quieter and with less resonance across the entire speed range, assisting to counter the disadvantages typical in step motor systems. By raising the output performance of the step motor system while reducing the perceived disadvantages, Portescap has maintained the place of step motor systems in the motion control world.
Larger bearings enable the motor to effectively handle higher side and radial loads
The full maximization of performance is realized with the enhanced version of the h3 stepper, which delivers up to 40% more torque than the standard version
Neodymium Iron Boron Magnets - Deliver Optimized Torque Density
Aluminum Housing - Superior heat dissipation for improved torque output (Patent Pending)
Retainer and O-Ring - prevent bearing spinout and minimize motor noise |
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The FHA-C series digital AC hollow-shaft servo actuator, combining precision Harmonic Drive gearing with highly dynamic AC servo motors, offer unique features unsurpassed by conventionally geared drives. Used in highly demanding industrial servo systems they provide precision motion control and high torque capacity in a very compact package. A HIPERFACE® or Siemens compatible encoder with sinusoidal output signals provides feedback information for the FHA Series Actuator with Sine/Cosine Encoder. The actuator is compatible with a wide variety of currently available digital servo drives for Sin/Cos motor feedback systems, e.g. Simodrive 611D/611U, SIMOVERT-MASTERDRIVES or NUM MDLU. Matching SC-610 digital servo control units, which can be used for current, speed or position control are also available.
Advantages:
- Backlash-free precision gear
- Hollow shaft from 18 mm to 45 mm
- Transmission accuracy < 60 arcsec
- Repeatability < ± 6 arcsec
- Sine-commutated AC hollow-shaft motor
- Motor winding for 320 VDC / 600 VDC
- Winding temperature monitoring via temperature sensor
- High capacity and high stiffness cross roller bearing
- Sine/cosine-encoder for use with SIMODRIVE 611D/U and SIMOVERT MASTERDRIVES MC
- HIPERFACE®- encoder for operation with Harmonic Drive® servo controller SC-610 or a variety of further servo controllers (NUM, CT, Danaher Motion, Elau, etc.)
- Good controllability even at low speed
- Compared with the previous FHA-B the new FHA-C series has the following additional features:
- higher maximum torque
- more compact design
- higher torsional stiffness
- higher maximum speed |
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| MAE® hybrid stepper motors are designed to meet a wide range of performance characteristics. The Y Series motors are well suited for high-speed applications, the N Series for superior acceleration and the S Series for maximum torque and micro stepping capabilities. |
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0.9 Degree 2-Phase Hybrid Step Motor
NEMA Size 17 .. Mouting
Low Inertia
Excellent Step Accuracy
Ideal for Microstepping Control
Additional Windings Available
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These hybrid stepping motors rotate at fixed angles by digitally controlled electronic pulses. The hybrid stepping motors are also used in the paper-feeding devices of printers, copy machines, facsimiles and similar equipment. Hybrid stepping motors combine a rotor with a permanent magnet and a magnetic body using ball bearings.
Hybrid stepping motors manufactured by NMB include standard NEMA sizes 14 to 23, with step angles of 1.8, 3.75, 0.9 and 5. |
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PLEASE USE ENGLISH FOR ALL ENQUIRIES.
Enquiries written in other languages will not be answered. |
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When selecting your motor there are many parameters to consider including voltage and current available from your drive, speed, resolution, space and cost. The following notes may assist you in your selection of a suitable package:
For an application requiring a speed greater than 5rpm we suggest you consider a hybrid stepping motor. A gearbox will give additional output torque if required.
A hybrid stepping motor will offer high resolution which can be further enhanced by use of microstepping drives. |
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This 50 to 141 W MAC motor is an AC servo motor and controller combined in a single unit, offering previously unseen low pricing for the OEM market. In the MAC motor, the servo motor, hall sensors, encoder and control circuitry have been especially designed by JVL to provide a self-contained, integrated unit in which the driver and controller are mounted behind the motor in a sealed housing.
Numerous Advantages
There are many benefits achieved from having the intelligence at the device level.
• Reduced material costs Because the drive and controller are in the motor most cabling to a control panel is eliminated
• Reduced labor costs. With cabling eliminated, assembly time is greatly reduced
• Better quality & reliability. Fewer connections, less wiring
• Ease of serviceability. Because all electronics are self contained you simply change out the motor
• Better noise immunity, less noise transmission. I/O is integral eliminating noise induced from external wiring issues. Switching noise from the drive due to commutation is contained in the motor
• Reduced setup time. 4th order digital filter requires only one tuning parameter for load or reflected inertia
• OEM cost savings. Modular approach means you only pay for the functionality required
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This 750 W MAC motor is an AC servo motor and controller combined in a single unit, offering previously unseen low pricing for the OEM market. In the MAC motor, the servo motor, hall sensors, encoder and control circuitry have been especially designed by JVL to provide a self-contained, integrated unit in which the driver and controller are mounted behind the motor in a sealed housing.
Numerous Advantages
There are many benefits achieved from having the intelligence at the device level:
- Reduced material costs Because the drive and controller are in the motor most cabling to a control panel is eliminated
- Reduced labor costs. With cabling eliminated, assembly time is greatly reduced
- Better quality & reliability. Fewer connections, less wiring
- Ease of serviceability. Because all electronics are self contained you simply change out the motor
- Better noise immunity, less noise transmission. I/O is integral eliminating noise induced from external wiring issues. Switching noise from the drive due to commutation is contained in the motor
- Reduced setup time. 4th order digital filter requires only one tuning parameter for load or reflected inertia
- OEM cost savings. Modular approach means you only pay for the functionality required |
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Fast positioning with high resolution.
Pollux is a very compact motion control system
preferential used in high precision positioning
applications.
The very smooth running characteristic is one of the
outstanding feature of this system.
Test it´s optimized cost/performance ratio.
Features:
· positioning resolution up to 600.000 Steps/rev.
· use of physical units (mm/s; mm/s²)
· smallest calculated step size = 1nm
· dynamic speed and acceleration range
- 0.1µm to 40mm/s with spindle pitch=1mm
- 1mm/² to 20m/s²
· holding torque up to 10Nm (with gear)
· positioning commands with abs. or relative coordinates
- or velocity and direction
· programmable move to the limits
· 1Vpp high res. Closed Loop Interface
· optimized motor power consumption
· daisy chain capability, up to 16 devices
· RS-232 interface
· CAN-Bus interface
· ASCII command language (Venus-2)
· Box version available:Controller and motor separately
· rugged connector version available (Pollux industrial)
· plug and play capability |
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QuickStep is a new series of integrated step motors from JVL. They are available in a wide range, offering various functionality and combinations. The basic unit is a high-torque step motor with flange dimensions of 57x57 mm (NEMA23). The housing is constructed to provide IP55 or better protection. One or more PCBs and various connectors can be mounted in the housing to provide the various models. Among the many features can be mentioned:
•Pulse/direction driver.
•Serial RS485 position controller with graphical programming.
•Point-to-point or multiaxis operation up to 255 axes on the same RS485 bus.
•Canbus, CANopen 402 or Devicenet optional.
•Optional magnetic encoder.
•8 IO that can be configured as input, output or 10bit analog input
•Electronic gearing.
•High speed position capture.
•MAC motor protocol so that MAC motors and QuickStep motors can be connected to the same RS485 bus.
•Commands for simple PLC/PC set-up and communication.
•Power supply 12-48V DC delivering high torque at high speed.
•1.1Nm, 1.6 Nm, and 2.5 Nm versions.
•Fixed 1600 pulses/revolution for version with built-in position controller.
•200, 400, 800, 1000, or 1600 pulses/revolution for versions with pulse/direction inputs. |
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If you are looking for a way to simplify the process of controlling your stepper motor take a look at
Lin Engineering's Silverpak C. This integrated motor and controller is designed to allow for rapid implementation of stepper motors requiring automation.
Features:
• 2.0 Amp chopper (PWM) driver
• Operates from 12V to 40V
• RS232 or RS485 based communications
• Stand alone operation with no connection to a PC
• Single 4 wire bus linking up to 16 step motors
• Up to 256 microstep resolution
• Fully programmable ramps and speeds
• Two digital I/O and two fixed input channels
• Software selectable “Move” and “Hold” currents
• Hold current automatically selected upon move completion
• Up to 85 oz-in of holding torque
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IclA IFS (with fieldbus interface) and IclA IDS (with pulse/direction interface) are fitted with three-phase stepper motors. These motors provide high torque at low speeds. This drive is highly suitable for speed drive applications requiring excellent constant velocity characteristics, but also for high-resolution positioning tasks. Commissioning of the stepper motor drive is easy because controller setting is not required.
Special features:
High continuous torque
Excellent constant velocity characteristics
High positioning resolution (0.018°)
Optionally with holding brake (IFS9x only)
Optionally with planetary gear |
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Baldor provides industry with the widest range of linear motors, linear stages and controls. Being a leader in linear motor design and manufacturing, Baldor continually develops advanced products and innovations to meet a variety of linear motion applications.
Linear motors provide unique speed and positioning performance advantages. Linear motors provide direct-coupled motion and eliminate mechanical transmission devices.
They offer substantial improvements over applications using ball screws, timing belts, etc. The rugged mechanical design provides accurate motion and precision positioning for hundreds of millions of cycles. Baldor linear motors and stages are used in thousands of successful applications worldwide.
Linear motors provide the following advantages:
- High repeatability - resolution to 0.000004 inch (0.1 microns) - this makes sure all parts produced are accurate and identical
- Highly accurate - to 0.0001 inch/ft (2.5 micron/300 mm) - provides precise machine operation for precision parts
- No backlash - direct drive has no backlash such as with lead screws, gears, etc. this improves the accuracy of the part or operation
- Faster acceleration - from 1 to over 10 G's - this leads to shortened cycle times and improved productivity.
- Higher velocities - speeds to over 300 inches/second (8 meters/sec) - to position the payload faster |
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| All Yaskawa linear servomotors feature plug-and-play connection with the Sigma II and LEGEND amplifiers through use of automatic motor recognition and serial encoder technology. Yaskawa's linear servomotors are supplied as components or an integrated slide. The components include a coil that directly drives the load and modular magnet tracks that allow almost unlimited machine length. The Sigma Trac slide includes direct drive components, carriage, bearings, base, and linear encoder all integrated into a plug-and-play package. |
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SERVO-MOTOR FHA-MINI
hollow shaft Mini-servo-motor associating an engine brushless, a coder and a reducer without play HARMONIC DRIVE.
Mini servo-motor cubes with hollow shaft.
There exists in 3 sizes: a cube of 50,60 or 75mm on side.
Benefit produced:
* Most compact of the market: 4,8Nm in a cube of 50mm of with dimensions!
* High dynamics with its engine brushless
* Utmost precision with the reducer with null play HARMONIC DRIVE.
Characteristics produced:
* Vmax up to 200 tr/min,
* Cmax until 28Nm,
* Mini hollow shaft of 6,2 with 13,5mm,
* A cube of 50,60 or 75mm on side,
* Report/ratio of reduction: 30,50 or 100,
* 2 tensions of winding to the choice for a maximum adaptability,
* Hollow shaft, high integration, facility of startup,
Sectors of use:
* Robotics,
* Machine tools,
* Special machines,
* Embarked solutions. |
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ZIMM – Screw Jack Building Block System
We lift, lower, push and pull loads from 5 to 1000 kN.
* Efficient construction due to our Screw Jack Building Block System - all components compatible
* All components from one supplier saves purchase costs.
* Delivery of pre-mounted units and assembly groups, motors included
* Short delivery times
* Capable of bearing tension and compression loads
* Attractive design
* Stainless spindles and components on request
* Custom components for specialist applications on request. |
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ELECTRICAL STEERINGS
Electric steerings have been specially studied to be fitted directly to the motor. They have been developed and designed according to the latest state-of.the-art technology and meet all requirements on power transmissions. Grease bath lubrication. |
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Synchronous electric motors: Brushless, Stepper motors, Servo-motors
