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The Dunkermotoren BG range of brushless, direct current motors (EC motors) are notable for:
Very long life
High efficiency
Highly dynamic acceleration
Good regulation characteristics
Wide speed range
High power density
Maintenance-free
Robust design
Integral Hall sensors for rotor position
Low moment of inertia
High degree of protection
Winding insulation - Class E or B
Neodymium magnets
These electronically-commutated Supplier of dc motors can be combined with control electronics, gearboxes, and industrial encoders in a modular system to provide a flexible, adaptable, market-oriented solution.
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The typical "inside-out" brushless DC (BLDC) motor provides greater output power, higher operating speeds and professional cleaner, quieter operation than its brush-type counterparts. BLDC motors are ideal for sterile environments—since there are no industrial brushes, no particulate is discharged. Because of their inherent reliability and long-term service life, BLDC motors can significantly contribute to lower overall cost of operation and maintenance.
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Compact High Torque Brushless motors to 300 watts+, new innovative compact design giving high performance in a small footprint.
CTM1 FEATURES:
* Voltage Range: 12 or 24 VDC
* Continuous Output Power: 250 Watts
* Maximum Output Torque: 1Nm
* Speed Range: 3790 RPM
* Size Diameter: 87mm
* Size Length: 66mm
* Weight: 1.16Kg
* Enclosure Rating: up to IP54
* Insulation: Class F
* Connection: Flying Leads
* Brake Option: Yes
CTM2 FEATURES:
* Voltage Range: 12 or 24 VDC
* Continuous Output Power: 350 Watts
* Maximum Output Torque: 1.5Nm
* Speed Range: 3700 RPM
* Size Diameter: 87mm
* Size Length: 72mm
* Weight: 1.92Kg
* Enclosure Rating: up to IP54
* Insulation: Class F
* Connection: Flying Leads
* Brake Option: Yes |
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Johnson Motor Manufacturer of brushless DC (BLDC) motors
Dimensions: Ø 42.5 x 60, shaft Ø 5 mm
Supply nominal: 120 VDC
Torque:
@ rated load 42 mNm
@ max. efficiency 42 mNm
@ max. power 84 mNm
Speed:
@ no load 7200 rpm
@ rated load 5800 rpm
@ max. efficiency 5800 rpm
@ max. power 4600 rpm
Power:
input @ no load 12.6 W
input @ rated load 40 W
input @ max. efficiency 40 W
input @ max. power 62 W
output @ rated load 28 W
output @ max. efficiency 28 W
output @ max. power 38 W
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Features:
• High torque motor
• High Speed
• High Efficiencies
• Additional Windings Available |
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Mounting size: 60, 80, 90mm
Output power: 30W, 60W, 120W
Speed range: 80-4000r/min
Max. permissible torque: up to 68Nm
Gearheads: 8 different gear ratios of 1:5 - 1:200
Power supply specifications: 200-240V AC
Marking: CE, UL and cUL
Constant torque over the whole speed range.
Slow-start/slow-down functions.
Available types: Round shaft type, parallel shaft gear type, flat gear type |
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Mounting size: 42mm, 60mm, 80mm and 90mm
Output power: 15W, 30W, 50W and 100W
Speed range: 100 - 3000r/min
Max. permissible torque: up to 68Nm
Gearheads: 8 different gear ratios of 1:5 - 1:200
Power feeder: 24V DC
Marking: CE, UL and cUL
Constant torque over the whole speed range.
Available types: Round shaft type, parallel shaft gear type, flat gear type.
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Conventional Supplier of dc motors use a stationary magnet with a rotating armature combining the commutation segments and professional brushes to provide automatic commutation. In comparison, the brushless dc motor suppliers is a reversed design: the permanent magnet is rotating whereas the windings are part of the stator and can be energized without requiring a commutator-and-brush system. Therefore this motor type achieves very long, trouble-free life even while operating at very high speeds.
Key Attributes:
- Frame sizes range from 12.7mm (0.5 in.) to 58mm (2.3 in.)
- Speeds up to 100 000 rpm
- Torque range of 3.3 mNm (0.32 oz. in.) to 316 mNm (44.7 oz. in.)
- Speed, direction, current control option are available
- Autoclavable features available
- Versions without hall sensor
- Versions with hall effect sensors
Characteristics:
- Essentially Linear torque/speed curve, with torque proportional to current and speed proportional to voltage
- No mechanical commutation via brushes
- Improved heat dissipation
- No detent torque
- Tipically used in application with variations of speed or load
- Typically used in incremental motion
Advantages:
- Ease of speed and position control
- Very long life, high reliability, insensitive to environment (no arcing), motor is dust free with reduced audible and electrical noise levels
- Overload capability
- Excellent velocity smoothness
- Very simple commutation circuitry
- Very precise speed and position control |
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| Schneider Electric Motion‘s RECM motors are manufacturer of brushless dc motors that are constructed as electronically commutated 3-phase synchronous motors manufacturers. The model offers high power delivery and dynamics in a compact design for the most diverse applications. Depending on the requirements, the motors feature a distinct or low self-holding torque, so that there often is no need for a holding brake. The motors can be equipped with various transmissions such as spur or planetary gears depending on the torque and service life requirements. Brushless Suppliers of dc motors are equipped with Hall sensors as standard. For higher positioning resolutions optional professional encoder systems can be supplied as an alternative. |
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Electronically commutated internal rotor motors - Short but highly dynamic.
In automation, many applications are characterised by high dynamism and high torque at the same time. Spatial restrictions also mean that drives must be short, have a long service life and be maintenancefree, as replacing them can often be too expensive and time consuming. The new EC-i motors from maxon motor offer solutions that fit these requirements perfectly.
maxon's EC-i motors are designed as manufacturers of brushless, grooved internal rotor motors, the advantages being the rotor's low inertia, minimal detent, robust manufacturers of bearings and compact construction. The use of high-powered permanent magnets ensures high power density, providing great speed stability under load.
These motors are available in 40 mm diameter and in two lengths, namely
26 mm (50 Watt) and 36 mm (70 Watt). The modular system with gearheads, professional encoders and controllers from the maxon delivery program offers a large number of possible combinations.
EC-i motors are ideally suited for applications that require maximum dynamism in minimum space. Typical areas of application are robotics, industrial automation and security technology.
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ASTRO manufacturers of brushless direct current motor AEM
- electronically regulated direct current motors
- brushless
- sturdily, maintenance-free
- Enclosure IP 54
- combinably with spur professional wheel, planet or flat transmissions
- very high number of revolutions stability by integrated micro CONTROLLER price increase
- Input voltage: 24 VDC
- Numbers of revolutions: 850 - 4000 1/min
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Motor Selection ...
is made easy with the wide variety of products available from AMETEK. 19 different motor families are available in standard configurations which include .375" (9.53 mm) to 5.25" (133 mm) diameter motors, with continuous torque which ranges from 0.3 oz. in. (0.42 Ncm) to 1825 oz. in. (1288 Ncm) and wattage outputs of 2.5 to 1808. Voltage options are from 12 VDC to 74 VDC. Click More Specification for a summary of the motor products, operating voltages, speed and torque ranges sorted by motor diameter. Detailed motor information is provided on the individual product sheets. |
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Manufacturer of brushless motors are electronically commutated and have extremely long operational lifetimes
Consists of a brushless motor with integrated drive electronics
Simple to integrate 2 wire interface like a standard Dc motor specification
Feedback output available
No cogging
Dynamically balanced for extremely smooth performance
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These classics are also known as brushless DC-motors. They stand out due to extremely low torque ripple at low speed. Torque from 1 - 26 Nm. Available with incremental encoder and absolute value professional encoder. Holding brakes from 0.5 - 10 Nm (optional). Approvals: UL/CSA, CE.
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PLEASE USE ENGLISH FOR ALL ENQUIRIES.
Enquiries written in other languages will not be answered. |
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Tested to withstand twice as many manufacturers of autoclave cycles as many competing motors.
Size 5, 8, and 10
Ideal for medical, food & pharmaceutical, and other applications.
Features include:
-Corrosion resistant stainless steel housings
-High torque-to-inertia and power-to-size ratios
-High energy Neodymium Iron Boron magnets
-Winding temperature ranges from –55º to +220ºC
-Hall Effect devices rated –55º to +150ºC
-Shielded 440C ball bearings supplier standard design/lubrication options available
-Hollow shaft designs for fluid flow-through
-Delivery from stock on standard designs
-Available with gearheads and closed loop control electronics
Customized Autoclaveable Motors
Our motor design experts can help optimize the motor design for your specific application.
Typical applications include:
-Bone cutting devices
-Professional drills
-Orthoscopic shavers
-Reciprocating saws
-Surgical tools
-Reamers
-Ophthalmic instruments
-Dental devices
-Orthopedic and cranial drills
-Cast cutters
-Otolaryngeal tools
-Oscillating industrial saws
-Cataract removal tools
-Implantable pumps and other motorized devices. |
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-Maximum torque in small, compact packages
-Four-pole rotor minimizes cogging
-Neodymium iron boron magnets deliver high power
-High speed designs to 100,000 RPM
-Smooth operation at even high speed through precision balancing
-Double-shielded stainless steel ball bearings manufacturers ensure long life
-Hall sensor feedback for smooth commutation and efficient variable
speed control
-Standard windings available for quick shipment of prototype and
production motors
Design Features
-Sizes 5, 8, 10, and 14
-3 phase slotted stator
-4-pole rotor featuring neodymium iron boron magnets
-High temperature Hall-effect sensors
-Precision double-shielded stainless-steel ball manufacturers of bearings
-Precision balanced rotors with speeds to 100,000 RPM
Options
-Multiple standard windings; custom windings upon request
-Custom shafts
-Customer specified professional connectors
-Optical encoders
-Electromechanical brakes
-Autoclaveable versions available in production quantities
-Gearhead options available in production quantities |
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The Dunkermotoren BG range of brushless, direct current motors (EC motors) are notable for:
Very long life
High efficiency
Highly dynamic acceleration
Good regulation characteristics
Wide speed range
High power density
Maintenance-free
Robust design
Integral Hall sensors for rotor position
Low moment of inertia
High degree of protection
Winding insulation - Class E or B
Neodymium magnets
These electronically-commutated Manufacturer of dc motors can be combined with control electronics, gearboxes, and industrial encoders in a modular system to provide a flexible, adaptable, market-oriented solution.
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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
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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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 manufacturer of 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 professional encoders. Various custom options can be incorporated to fit your applications. |
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| ... products without technical information |
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Conventional Dc motors use a stationary magnet with a rotating armature combining the commutation segments and professional brushes to provide automatic commutation. In comparison, the brushless dc motor is a reversed design: the permanent magnetic is rotating whereas the windings are part of the stator and can be energized without requiring a commutator-and-brush system. Therefore this motor type achieves very long, trouble-free life even while operating at very high speeds.
Key Attributes:
- Frame sizes range from 12.7mm (0.5 in.) to 58mm (2.3 in.)
- Speeds up to 100 000 rpm
- Torque range of 3.3 mNm (0.32 oz. in.) to 316 mNm (44.7 oz. in.)
- Speed, direction, current control option are available
- Autoclavable features available
- Versions without hall sensor
- Versions with hall effect transducers
Characteristics:
- Essentially Linear torque/speed curve, with torque proportional to current and speed proportional to voltage
- No mechanical commutation via brushes
- Improved heat dissipation
- No detent torque
- Tipically used in application with variations of speed or load
- Typically used in incremental motion
Advantages:
- Ease of speed and position control
- Very long life, high reliability, insensitive to environment (no arcing), motor is dust free with reduced audible and electrical noise levels
- Overload capability
- Excellent velocity smoothness
- Very simple commutation circuitry
- Very precise speed and position control |
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Conventional Manufacturers of dc motors use a stationary magnet with a rotating armature combining the commutation segments and professional brushes to provide automatic commutation. In comparison, the brushless dc motor manufacturers is a reversed design: the permanent magnetic is rotating whereas the windings are part of the stator and can be energized without requiring a commutator-and-brush system. Therefore this motor type achieves very long, trouble-free life even while operating at very high speeds.
Key Attributes:
- Frame sizes range from 12.7mm (0.5 in.) to 58mm (2.3 in.)
- Speeds up to 100 000 rpm
- Torque range of 3.3 mNm (0.32 oz. in.) to 316 mNm (44.7 oz. in.)
- Speed, direction, current control option are available
- Autoclavable features available
- Versions without hall sensor
- Versions with hall effect sensors
Characteristics:
- Essentially Linear torque/speed curve, with torque proportional to current and speed proportional to voltage
- No mechanical commutation via brushes
- Improved heat dissipation
- No detent torque
- Tipically used in application with variations of speed or load
- Typically used in incremental motion
Advantages:
- Ease of speed and position control
- Very long life, high reliability, insensitive to environment (no arcing), motor is dust free with reduced audible and electrical noise levels
- Overload capability
- Excellent velocity smoothness
- Very simple commutation circuitry
- Very precise speed and position control |
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