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For simple and rugged pump operation, Micropump AC motors are the choice you can rely on. The drives are supplied with a driving hub and adapter plate that allow a wide-rand of magnetically driven gear pumps to be fitted using just two fixing screws. The result is fast and simple installation. The motors are available in either single- or three-phase configurations. IP 55 motor enclosure ensures protection of internal parts against dust and water.
Performance Summary
- IEC 56, 63, or 71 frame sizes
- Available power 0.09, 0.24, 0.25, 0.37, or 0.73 kW
- Torque from 0.31 to 1.7 Nm
- 1340, 1380, 1400, 2680, 2830, 2880, or 2900 rpm ratings
- Voltage 220/240 230/400 or 255/440
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Appliance Motors
Aplicaciones
Lavadoras semiautomáticas de velocidad única, lavadoras automáticas top load y lavadoras automáticas front load.
Características Estándar
Motores monofásicos
Velocidad única (4 polos) o doble (2/12, 2/16, o 2/18 polos)
Capacitor permanente
Protector térmico
Grado de protección IP00
Aislamiento clase “B”
Tensión 110V o 220V
Frecuencias: 50 o 60Hz
Descansos con rodamientos o bujes según aplicación
Opcionales Principales
Eje con poleas
Fijación por asta
Fijación por las patas
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Micropump patented electromagnetic drives use rare earth magnets to increase motor torque capabilities while reducing total pump/drive package size. Surface mount technology improves reliability and enables higher efficiency motor performance. Variable speed electronic controllers offer thermal and overload protection with the option of a 0-5 VDC input signal, a 4-20 mA current loop, or a manually controlled drive. Closed-loop speed control allows for quick and easy setting of speed.
Performance Summary
- Speed range 500 to 6000 rpm
- Torque @3500 rpm to 106 mNm
- DC voltage 20 to 30 V
- Power @ nominal V 40 or 70 W
- Current input 1.8 to 3 A max
- DC speed control 0 to 5 V
-Tachometer Output 0 to 5 square
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Canon Precision's brushless motors are compact in size and provide high output power. Two types are offered; an outer rotor type with high rotational stability and an inner rotor type with quick response. Inner rotor types can be equipped with reduction gears and encoders. Various custom options can be incorporated to fit your applications.
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The SL Series disk motors from HEINZMANN are characterized by their very flat construction, highly dynamic operation, low inertia, and good controllability. These motors represent the optimal implementation for the high demands of our company's own mechatronic systems.
Industrial applications include: actuators for medium-sized and large diesel engines, gas engines, steam turbines, gas turbines, and water turbines; robotic systems; linear drives; laboratory technology; and handling systems.
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These motors are a marvel of modern engineering! They combine rare earth magnets with a coreless design to produce high torque motor with diameters ranging from 4mm to 36mm. They feature a sintered bronze bearing to support the output shaft. Originally designed for vibration functions in mobile phones, these come without the weight and are finding increasing applications in models, miniature toys, medical instruments and many miniaturised consumer applications.
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No cogging or preferred rotor position
No iron losses
Extremely low current consumption
Low audible and electrical noise
Extremely light and compact
Smooth and accurate speed, position, and torque control
Low vibration
Speeds up to 100,000 rpm
Electronic commutation for extremely long operational lifetime
High precision gearboxes available in all sizes
Feedback components available in all sizes
Control electronics available for all motor series
Custom systems available from design to production
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No cogging or preferred rotor position
No iron losses
Extremely low current consumption
Extremely light and compact
Smooth and accurate speed, position, and torque control
Electronic commutation for extremely long operational lifetime
High precision gearboxes available in all sizes
Control electronics available for all motor series
Available as linear actuator
Custom systems available from design to production
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No cogging or preferred rotor position
No hysteresis or eddy current losses
Extremely low current consumption
Ultra flat dimensions
Extremely light and compact
Smooth and accurate speed control
Speeds up to 60,000 rpm
High power rare earth magnets
Electronic commutation for extremely long operational lifetime
High precision gearboxes available
Control electronics available for all motor series
Custom systems available from design to production
Autoclavable and vacuum rated motors available
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• Fast speed up to 50,000 rpm and up to 30W of continuous output power
• Ultra compact. At 32mm (1.26”) diameter by 11.7mm (0.46”) length, the nuvoDisc is over 75% shorter and over 90% lighter than typical competitor motors.
• With a weight of only 26g, applications benefit from being lightweight.
• High efficiency. Reduces power supply requirements by drawing less current,
resulting in less generated heat.
• Low vibration. High speed slotless design provides characteristic smooth operation.
*A slotted design is also available on request when detent torque is needed, for applications such as Damper Control.
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Johnson Motor Permanent DC (PMDC) flat motors below Ø 15 mm
Dimension: Ø 6 x 9, flat 5, shaft Ø 0.8 mm
Supply: nominal 1.8 VDC
Torque:
@ stall 0.17 mNm
@ max. efficiency 0.045 mNm
@ max. power 0.087 mNm
@ constant 0.307 mNm/A
Speed:
@ no load 42400 rpm
@ max. efficiency 31350 rpm
@ max. power 21170 rpm
Max. current:
@ no load 0.072 A
@ stall 0.566 A
@ max. efficiency 0.2 A
@ max. power 0.319 A
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Ultra flat dimensions
No cogging or preferred rotor position
No iron losses
Extremely low current consumption
Low starting voltage
Low rotor inertia for extremely fast acceleration and braking
Extremely light and compact
Custom systems available from design to production
Very cost effective
Precision gearboxes available in all sizes
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Johnson Motor Permanent DC (PMDC) flat motors Ø 15.0 ~ 19.9 mm
Dimensions: Ø 15.5 x 18.6, flat 12, shaft Ø 1.505 mm
Supply nominal: 5 VDC
Torque:
@ stall 1.871 mNm
@ max. efficiency 0.381 mNm
@ max. power 0.649 mNm
@ constant 3.267 mNm/A
Speed:
@ no load 10500 rpm
@ max. efficiency 8363 rpm
@ max. power 5250 rpm
Max. current:
@ no load 0.04 A
@ stall 0.613 A
@ max. efficiency 0.157 A
@ max. power 0.326 A
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Key Attributes
- Frame sizes from 8mm (0.31 in.) to 35mm (1.38 in.)
- Speeds up to 12,000rpm
- Torque range of 0.64 mNM (0.09 oz. in.) to 115 mNm (16.3 oz. in.)
- Low power consumption ratings
Advantages
- High acceleration. Ideal for incremental motion; Linear speed-torque function. Insensitive to shocks.
- High efficiency, low losses from friction only. Ideal for battery operation
- High peak torques without the risk of demagnetization
- Ideal for portable or small equipment or rquiring small dimensions
- High peak speeds, very low speed dependent losses, low starting voltage
- Low losses and wear, low electromagnetic interference
- High continuous and peak torques without risk of demagnetizing to motor. Very long life. Ideal for chopper drivers.
- Continuous torque is exceptionally high for motor size, reducing the weight, dimensions, and the cooling system.
- Excellent resistance to shocks and vibration
- High acceleration, short mechanical time constant
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CEDRAT Group, European partner of Newscale Technologies, distributes the patented TMSquiggle piezoelectric motors in Europe.
Patented piezoelectric micro motor has smallest size, high force and speed
The SQUIGGLE motor is a revolutionary linear micro motor that sets new benchmarks for small size and big performance. This patented ultrasonic motor creates high force and speed with only a few parts. It replaces complex electromagnetic gearhead motors which have hundreds of parts.
This simple, robust piezo motor is scalable to much smaller sizes than electromagnetic motors, without significant loss of power efficiency. This makes it ideal for portable consumer products such as mobile phone cameras and wearable medical devices.
This ultrasonic piezo motor technology displays the following main features:
Precise: sub-micrometer resolution
Fast: variable speed from 1 µm/second to 10 mm/second
Strong: 5 Newton force
Tiny: as small as 1.5 x 1.5 x 6 mm
Quiet and smooth
Non-magnetic
Vacuum compatible
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Single-phase capacitor motors Series KD.1 and three-phase motors Series DR.1
The motors are solidly designed and are maintenancefree for life.The multi-grooved stator contains a threefold winding which, together with the phase-shifting capacitor, creates a symmetrical rotating field at the rated working point of the motor.The rotor is of the squirrel-cage type. Two- or four-pole motors with a variety of design Iengths and diameters provide rated torques from 0.75 to 12.6 Ncm. Can be combined with reduction gear units, brakes, and tachogenerator systems.
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The DC-motors can be combined with control electronics, gearboxes, brakes and encoders in a modular system to provide a flexible, adaptable, market-oriented solution.
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By definition, mechatronic systems control physical processes by goal-directed motions which are calculated by an intelligent control system drawing information from its environment. SONCEBOZ mechatronic systems therefore typically consist of step motors or linear actuators with integrated processor control and power electronics. The systems have interfaces for control and sensor signals and in specific applications they are also coupled via data busses such as CAN, RS 485 etc. into communications networks. The compact standard products in the form of Top Drive hybrid step motors with integrated power electronics and pulse/direction interfaces are used wherever low dimensions, low running noise and simplified cabling plus rapid operational availability are required.
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saia rotary stepper motor
Dimensions (mm) from Ø 13x36
Step angle (°) 18
Holding torque (mNm) 2.0
Detent torque (mNm) 0.3
Winding bipolar
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6000 Series
Step motors are high-torque drives with a high degree of positioning accuracy. Thanks to their high drive shaft performance beginning at quite low revolution counts, high retaining torque on stopping and the fine step resolution, the step motors are a precise and compact form of direct drive. Because of their brush-less design they also require no maintenance and so the step motor is the ideal drive element for all applications where a long working life is required even in high-stress working environments. For every situation, the user will find an optimal drive to select from the many available:
Permanent-Magnet Step Motors
Actuators For Instrument Clusters
Hybrid Step Motors
Top-Drive Hybrid Step Motors
Permanent magnet stepping micro-motors
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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.
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Micro-motors
