|
|
|
|
|
|
QUICKSHAFT® Linear DC-Servomotor series LM 1247
NEW TECHNOLOGY
Up to 9,4 N impact
Boasting a slimline design of 12.5 x 47 mm and a weight of only 56 grams, at full power this drive provides an impact force of 9.4 N. For the standard product the travel is 20 mm; optionally travel up to 80 mm is also available. The Linear DC-Servomotor comprises an electromechanical part, a metal housing made from a non-magnetic alloy, a coil and an analogue Hall sensor. A precision sliding metal rod equipped with a permanent magnet completes the linear motor, and together they make a dynamic, high-performance drive in a modern design.
The activation of these new QUICKSHAFT Linear motors is provided via the optimally matched motion controllers of the MCLM 3003/06 series, which are also available with a CAN interface. The free FAULHABER version 3 "Motion Manager" software provides rapid and easy control of the linear motor. In numerous applications this newly developed drive has proved itself to be the best-in-class solution for highly demanding linear movement and positioning tasks.
|
|
|
A DDL motor is basically a rotary motor that is laid out flat and directly coupled to the driven load. With this configuration, all mechanical transmissions, such as ball/lead screws, rack and pinions, belts/pulleys, and gearboxes are eliminated. This in turn eliminates backlash and other problems associated with these mechanical transmissions. DDL designs deliver exceptional high performance, extremely high stiffness, very high dynamic speeds and accelerations, high positional accuracy, higher throughput, compact mechanical assembly, smooth, error-free motion, zero maintenance, and quiet operation.
|
|
|
|
|
|
Linear Servo Motor
DX Series (DX20B, DX30B, DX50B & DX65B, DX20, DX30, DX50 & DX65)
Specifications Range across DX series
Parallel Connection
--------------------------------------------
Motor Constant: 4.25 - 43.93 N/Sqrt(W)
Force Constant: 5.38 - 144.4 N/Amp
Back EMF Constant: 4.3 - 150 V/m/s
Continuous Current: 4 - 6.4 Amps
Peak Current: 16 - 32 Amps
Continuous Force: 21.5 - 924 N
Peak Force: 86 - 4620 N
Phase to Phase Inductance: 0.3 - 15.0 mH
Phase to Phase Resistance @25°C: 1.6 - 10.8 ohms
Series Connection
--------------------------------------------
Motor Constant: 3 - 43.93 N/Sqrt(W)
Force Constant: 5.38 - 288.8 N/Amp
Back EMF Constant: 7.2 - 328 V/m/s
Continuous Current: 2 - 3.2 Amps
Peak Current: 8 - 16 Amps
Continuous Force: 10.75 - 924 N
Peak Force: 43 - 4620 N
Phase to Phase Inductance: 0.6 - 60 mH
Phase to Phase Resistance @25°C: 3.2 - 43.2 ohms
Parallel and Series Connection
--------------------------------------------
Continuous Power: 12.8 - 442.4W
Peak Power: 204.8 - 11059W
Coil Weight: 72.5 - 5040g
Coil Length: 61 - 760mm
Coils are built with normally closed thermostat sensor for over temperature protection. Thermosistor option is also available.
Standard cable length = 2 metres. Other length options are available.
Standard coil comes with digital hall sensor.
|
|
Linear Sigma Series
Range: 50W - 7.5kW
New speed records are achieved at margins as slim as 1/100 of a second. A finely tuned machine such as a competition bobsled can reach its peak speeds only when the driver's steering, weight shifting and other critical motion tasks are optimized during the trials.
Yaskawa Electric continuously challenges the performance barrier with the Linear Sigma Direct Drive Servomotor products to improve the speeds and accuracies of your machines. Backed by the company's rich technological expertise in the advanced rotary servo drive products, the Linear Sigma Direct Drive Servomotors will take your machine performance to the next level into the new Millennium. The Yaskawa Linear Sigma Direct Drive Servomotors are in use to improve the reliability, speed and accuracy performance in semiconductor / LCD panel production machinery, SMD placement systems as well as virtually all types of general automation applications.
|
|
|
Omron-Yaskawa's linear servo motors feature plug-and-play connection with the Sigma II and XtraDrive servo drives through use of automatic motor recognition and serial encoder technology. We offer motors with a peak force up to 7500N and a maximum speed of 5m/s.
|
|
|
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.
|
|
| ... products without technical information |
| |
|
|
|
|
Stepping Piezoelectric Actuators (SPA) are new long-stroke linear piezoelectric motors for micro/nano positioning applications benefiting of the APA heritage. They operate by accumulation of small steps.
Between each step the actuator is locked in position. When the long stroke is performed, it can be also operated in a deformation mode for a fine adjustment. In this case, the stroke is proportional to the applied voltage, which leads to a nanometer resolution and a high bandwidth. This actuator can be supplied with CEDRAT TECHNOLOGIES standard Linear Amplifiers.
In summary, SPAs offer:
A blocking at rest in any position (locking without power supply),
high stiffness,
A nano positioning resolution all along the stroke
Non magnetic behavior
Stepping Piezoelectric Actuators (SPA) find applications as micro/nano positioning, locking mechanism, valves actuators. They can be used in instrumentation, especially microscopes (AFM, STM), non-magnetic
equipment (MRI), space telescopes. Multi-axis OEM devices can be developed. SPA is a complement to the Amplified Piezoelectric Actuators (APAs) from CEDRAT TECHNOLOGIES.
|
|
Simple electronics
For users wishing to fully integrate drivers into the overall system PiezoMotor can supply all waveforms and movement patterns to speed up the implementation. The motor is operating in a non-resonant mode and is not sensitive to cable lengths etc.
Open Loop/Closed Loop Operation
The motor can be moved in full steps, shorter steps or partial steps (micro-stepping) giving positioning resolution in the nanometer range. For extreme positioning requirements in the subnanometer range a bending mode is possible. Speed is easily adjustable from extremely low up to max specified.
|
|
The Piezo LEGS® 10N linear motor is intended for a very large range of applications. The motoris ideally suited for move and hold applications or for automatic adjustments. This is due to the fact that the motor does not require any power in hold position as well as that the motor has no back-lash and can move in increments of singlnanometers. The Piezo LEGS® linear motor is available in a number of different verexample vacuum and non-magnetic environments (see separate data sheets). The maximum force of the motor is set by adjusting the number of springs giving the normal force. The motor is normally set for 6.5N (standard)
10N (optional) which is the maximum force. The motor is easily integrated and the drive rcan also be equipped with a metal drive raadapter (optional) to further facilitate the
|
|
Simple electronics
For users wishing to fully integrate drivers into the overall system PiezoMotor can supply all waveforms and movement patterns to speed up the implementation. The motor is operating in a non-resonant mode and is not sensitive to cable lengths etc.
Open Loop/Closed Loop Operation
The motor can be moved in full steps, shorter steps or partial steps (micro-stepping) giving positioning resolution in the nanometer range. For extreme positioning requirements in the subnanometer range a bending mode is possible. Speed is easily adjustable from extremely low up to max specified.
|
|
|
The Piezo LEGS® 20N linear motor is is ideally suited for move and hold applications or for automatic adjustments. is due to the fact that the motor does not require any power in hold position as well as that the motor has no back-lash and can move in increments of single nanometers.
|
|
Piezo Stepping Linear Motors for Nanopositioning and PicoPositioning and High-Speed Ultrasonic Piezo Motors for Automation:
PI provides two types of piezo linear motors: PILine® ultrasonic motors, also referred to as resonant motors, and NEXLINE® PiezoWalk® motors. Both can, in principle, attain unlimited travel, yet they are very different in their design, specifications and performance.
PILine® resonant motors are characterized by a simple design and high speed to 800 mm/s.
NEXLINE® & NEXACT® stepping motors are more complex but can achieve much higher resolution, forces and dynamic performance (analog mode).
A great advantage of piezo motors is their intrinsic steady-state auto-locking capability. It does away with servo dither and the accompanying heat generation, an undesirable feature of electromagnetic linear motors. Step and continuous piezo motors are in principle nonmagnetic and vacuum-compatible, a requirement for many applications in the semiconductor industry.
|
|
RCA Series is a compact RoboCylinder with 24 VAC servo motor and optical encoder.
The product has widely been accepted not only as a compact, programmable, electro-mechanical alternative to air cylinders, but also its integrated PLC function and user-friendly SEL language have made RCA Series an absolute all-rounder in the factory automation.
|
|
|
Mini-RoboCylinder of RCL series with quiet 24 VDC linear motor: ultra-smal micro cylinder and micro slider: maximum speed of 1600 mm/s, maximum acceleration/deceleration of 2 G, load capacity up to 2 kg, and stroke of 30 - 288 mm.
|
|
RoboCylinder RCS is an electric actuator with ball screw, linear guide and 230 VAC servo motor. Using the know-how obtained from manufacturing 150 thousand axis robots, while retaining the features such as high rigidity, acc/decl, and speed control, the price has been lowered to match that of rod-less pneumatic cylinders.
RCS Series is the next generation electric actuator that employs a high-speed, constant thrust force motor, which maintains constant payload at speed ranging from low to high.
|
|
Designed for ease of use and versatility, the new RoboCylinder RCP2 series features high performance, high ridigity, and high functionality.
Two new width sizes - 73mm Slider Type and 35mm Rod Type - have been added to the lineup, giving you more flexibility for your application needs. In addition, significant technological enhancements have been made in all areas, such as lower operating noise, ease of maintenance, and multi-point positioning of up to 512 points.
|
|
|
|
|
|
High Performance Electric Servoactuator – INDACT® – According to ISO 6431
ISOMOVE (1-20KN)
• Electric servoactuator by the means of a precision Ball Screw, suitable for high performance applications, featuring overall dimensions and mounting style according to ISO 6431.
• 6 different sizes (IM032, IM040, IM050, IM063, IM080, IM100).
• Wide range of Ball Screw Pitch selection for each size.
• 3 different motor drive solutions (Stepper, Brushless, Custom).
• “D” version featuring axial / direct mounted motor drive with zero-backlash coupling.
• “R” version featuring reduced / parallel mounted motor drive with zero-backlash belt gear.
• 2 different reduction ratio (1:1, 2:1 – “R” version only).
• Max Nominal Thrust up to 20KN.
• Max Linear Speed up to 1600mm/sec.
• High Efficiency mechanical transmission.
• Duty Cycle 100%.
• Grease lubricated.
Modular design according to ISO 6431 allows for maximum adaptability to the widest range of industrial high performance applications.
Wide range of standard accessories/features to ISO 6431.
Special execution on request, please contact Setec Group Italy.
|
|
DRL Series Compact Linear Actuators
The DRL Series of compact linear motion actuators use a new 5-phase stepping motor which incorporates a ball screw. These are combined with 5-phase 24 VDC microstepping drivers with photocoupler inputs for extremely precise positioning.
|
|
Motorized Cylinders with guide EZA Series
Power supply: 200 - 230 VAC or 24 VDC
Marking: CE
Dimensions: 54 (w) x 38 (h) mm
Stroke: 50 - 300 mm
Max. thrust force: 140 N
Max. speed: 600 mm/s (200 - 230 V AC-type), 600 mm/s (24 V DC-type)
Max. horizontal transportable mass: 30 kg
Max. vertical transportable mass: 14 kg
Dimensions: 74 (w) x 52,5 (h) mm
Stroke: 50 - 300 mm
Max. thrust force: 400 N
Max. speed: 600 mm/s (200 - 230 V AC-type), 600 mm/s (24 V DC-type)
Max. horizontal transportable mass: 60 kg
Max. vertical transportable mass: 30 kg
|
|
MDrive® Linear Actuator products combine leading all-in-one integrated step motor+driver technology with linear motion to deliver long life, high accuracy and unsurpassed repeatability, all in a package that is extremely compact and affordable.
MDrive Linear Actuator styles
Two (2) MDrive Linear Actuator styles are available:
* Non-captive shaft — a screw extends through the MDrive product and moves axially as the motor rotates
* External shaft — a rotating screw, integral to the MDrive motor, moves a screw-mounted nut axially
Precision rolled lead screws used with MDrive Linear Actuators are designed specifically for motion
control applications to deliver maximum life and quiet operation. Corrosion resistant and non-magnetic, screws are manufactured from premium grade stainless steel and available with optional teflon coating.
|
|
EZC-Series Motorized Cylinders
Power supply: 200 - 230 VAC or 24 VDC
Marking: CE
Dimensions: 42 (w) x 42 (h) mm
Stroke: 50 - 300 mm
Max. thrust force: 140 N
Max. speed: 600 mm/s (200 - 230 V AC-type), 600 mm/s (24 V DC-type)
Max. horizontal transportable mass: 30 kg
Max. vertical transportable mass: 14 kg
Dimensions: 60 (w) x 60 (h) mm
Stroke: 50 - 300 mm
Max. thrust force: 400 N
Max. speed: 600 mm/s (200 - 230 V AC-type), 600 mm/s (24 V DC-type)
Max. horizontal transportable mass: 60 kg
Max. vertical transportable mass: 30 kg
|
|
|
Rod type, single-axis robot YMS series features in low cost and yet high performance. Its use in combination with the ERCD controller which has an additional pulse train input function widens versatile application range.
|
|
|
|
see the results for the following category : 
