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A walking drive principle
Imagine an electric motor of approximately the same size as an ant, but 1,000 times as strong. Then imagine that it moves like an ant, despite being constructed in one solid piece. Still, it can actually walk, step by step, one pair of legs at a time.
What is really unique with the Piezo LEGS® motor is its ability to synchronize the movement of each pair of legs - just like an ant. What is obvious in nature is not necessarily as obvious to an electric motor.
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The PiezoWave™ motor consists of very small piezo ceramic elements that are surface assembled on a flexible printed circuit board. The design enables us to manufacture the motors in mass volume manufacturing equipment at very low cost.
The small size is the most apparent advantage of PiezoWave™, a motor that has been developed for very demanding applications in mobile phones, resulting in many other important properties such as robustness, motion dynamics (speed, precision etc.), power efficiency, weight etc.
The simple design of the PiezoWave™ and the fact that it is a complete motor also makes it very easy to integrate into other products.
150 mm/s at 0 load
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Nanomotion's HR Series motors are high precision ceramic motors which range in a size from a single element (providing 4N of force) to an eight piezo motor (providing 32N of force). The HR Series is capable of driving both linear stages and rotary stages. The HR Series piezo motors have a wide dynamic range of speed, from several microns per second to 250mm/sec and can easily mount to traditional low friction stages or other devices. The unique operating characteristics of the HR Series motors provide inherent braking and the ability to eliminate servo dither when in a static position.
HR Ultrasonic Motor Series Manuals
HR1 - piezo ultrasonic motor
HR4 - piezo ultrasonic motor
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With the Motor Performance Monitor, Baker Instrument Company continues to pioneer new breakthroughs that demonstrate an ongoing commitment to quality, reliability, and competitive advantage. This on-line motor analyzer takes the next step in providing complete P/PM programs. It provides root-cause analysis through the separation of mechanical and electrical issues.
The Explorer Series II was superiorly designed to pinpoint challenges (voltage source, VFD, motor, load) your rotating machinery face. This self-contained portable instrument is computer driven with proven engineering, allowing all testing to be accomplished directly from the MCC or from Baker EP connection.
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We offer various solutions for PC-controlled automatic winding test systems.
Standard test systems and customer-specific solutions
Contact and test fixtures Test-cabins
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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
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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
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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.
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Electronic controllers are mainly designed for battery-supplied electric drive systems based on DC commutator motors, BLPM-brushless permanent magnet motors and AC induction motors. They are designed for use in vehicle drives, pump drives and for some other applications.
The built-in electronic components allow for complete diagnostics of the system and are easy to program through hand console or a personal computer. The structure of all controllers enables fast and easy custom designing and compliance with almost all requirements of the application.
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These solid state magnetic accelerators have been designed as speed input devices used for solid-state controls for electric vehicle traction motors. Applications include industrial fork lifts, utility vehicles, and airport ground support vehicles.
Input voltage : 18 to 80 volts DC
Output voltage (maximum) : 3.65 volts (nominal)
Output voltage (minimum) : 0.35 volts (nominal)
Start switch output voltage : Equal to user battery input voltage
Start switch output current : 3 amps continuous, 5 amps intermittent (10 seconds)
Note: This accelerator switch does not contain a 1A switch.
Features and Benefits:
- Start switch function is performed by a power MOSFET, in lieu of a mechanical device
- Typical actuator force is 5 lbs, and should not exceed 7 lbs
- Switch may be operated through a linkage mechanism or directly from the vehicle accelerator pedal
- Customer connection is made by means of a metric M10x1.5 male thread
- Underwriter's Laboratory Type EE construction, O-ring cover seal, blind mounting holes, and insulated wire hole grommet all combine to eliminate the need for periodic cleaning
- No mechanical adjustment required after installation
- Includes reverse battery protection and internal fusing for start switch over-current protection
- A hall effect sensor detects the input shaft displacement through the 0.75" shaft stroke
- Switch contains a push pull linear input shaft, with a typical 0.1" displacement for start switch closure
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Series Motor Traction and
Pump Controllers
For motors up to 8.5 kW
The Powerpak™series Traction can be used in a single or twin motor systems. In a twin motor system it can be easily configured as master or slave. The Powerpak™Pump controllers comes with two variable and one configurable speed inputs. A range of contactor drive options are available to match the application
These controllers are also available on a variety of standard pre-wired panels complete with contactors, etc.
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The main engine is considered the lifeline of the ship. The WE22 constantly monitors and optimally controls the main engine.
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Engine monitoring system Watch-free system model : WE500
- Larger screen size
The LCD screen size is enlarged from 12.1" to 15". The image resolution is enhanced from 800 x 600 pixels (SVGA) to 1024 x 768 pixels (XGA). The number of display colours is also increased from 12 to 16,777,216. Furthermore, two larger size of LCD displays can be connected externally as an option.
- Mimic screens are made available
- Remote control for pumps and valves
Mimic screens provide remote control for pumps, valves and other kind of devices.
- Hardcopy function is added
Hardcopy is available by using a printer comes standard with the system
- Trend analysis display feature is enhanced
All analogue measurements can be viewed anytime as trend diagrams for continuously sampling of them.
- Download feature is provided
Connecting a purpose-built PC to the system allows monitoring points to be added, deleted or changed on site.
- The all-in-one configuration and the dual hot standby capability are inherited
High serviceability and reliability of the system are contributed. The compact design with 700 mm width (80 mm wider than WE300HG) can minimize the installation space.
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Electric Motor Repair Shops
The world is shifting to balancing of armatures at operating speeds. This ensures lower vibrations and greater life of armatures, and you can ensure this at low cost by various innovative procedures.
ABRO is the only manufacturer that offers high speed balancing of armatures at a low cost. We can also Upgrade your existing low speed machine to high speed machine.
Follow the OEM's, balance at high speeds to simulate site conditons and improve the life span f your re-wound electric motor !!
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The Hines HC Balancer can be used for both single and two plane balancing. This "universal balancer" can be configured with the proper tooling and correction modes to accommodate a variety of parts up to 10,000 lbs. The stanchions are moveable to accommodate parts of varying length.
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ND-B006 Armature(Rotor) balancing machine
Technical data
Weight range of armature (kg) 5
Max O.D of armature (mm) φ260
Distance between two supports (mm) 50-400
Shaft diameter range (mm) 5-40
Armature O.D range(mm) φ15-150
Balancing speed (r/min) 500-3000RPM
Motor power (kw) 0.12
Min acquirable residual unbalancing #118alue (emar)0.3g.mm/kg
Unbalance reduction ratio URR: >90%
Machine weight (kg) 330
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The analysis of mechanical and electrical features, of the thermal evaluation, overload capacity and technical data of electrical machines, which the most important are efficiency and performance factor, today makes heavy demands on operability and flexibility of a test system.
The scope of services comprises mechanical components such as drive-test set ups with torque sensors, small test stands with torque-speed measurement and manual or external control, as well as computer controlled complete solutions for the analysis and documentation of electrical machines.
Computer-controlled test stands can be realized with up to 6-channel current-/voltage measurement, so that a separate efficiency specification of motor and converter can be effected even for converter-fed drive systems.
Special features:
Modular conception
Most modern techniques
Use of active brakes (4-Q-operation)
Rotating torque transducer 0,1 % accuracy and speeds up to 50000 rpm
Extremely precise power analyser
Standard- and customer-specific software
Optimal project handling
Worldwide after-sales service
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The experience gained during several years in planning and achievement of test systems allows us to offer a complete range of applications for the most different needs of testing in the engine sector, especially for car traction, public transport, military resources, tramline and railway traction, marine engines, without ignoring the most recent requests in the area of electric and hybrid traction.
The sectors served are traditionally those connected to research and development, maintenance and production.
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