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Hall Effect Motor
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Hall effect proximity sensors are used to detect the proximity, presence or absence of a magnetic object using a critical distance.
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Supplier: Avnet ExpressDescription: HALL IC SENSOR CMOS SOT-895L HALL EFFECT SMART FAN MOTOR CON
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Supplier: PortescapDescription: Nema 23 Electronically Commutated Slotted, Hall Effect Sensors
- Motor Type: DC Motor
- Orientation: In-line
- Motor Configuration: Motor Only
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Supplier: CrouzetDescription: ■ Control of all 3-phase brushless Hall effect motors ■ 4 quadrants, for closed-loop speed control, torque, holding and power braking control ■ Ready for use, supplied with guide, braking resistor, protection diodes and connectors ■ For use alone or with a PLC (0-10 V
- Motor Feedback: Hall Effect
- AC Input Phase: Three Phase
- Configuration: Panel Mount
- Features: Regenerative Braking, Brake Output
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Supplier: ElectroCraftDescription: Our ElectroCraft RapidPowerTM Nema 34 is a compact, high-performance brushless motor incorporating ball bearing construction, a low cogging electro-magnetic design with both low audible and magntic noise. It is available with a hall-effect commutation encoder or a variety of optical encoders
- Motor Type: DC Motor
- Orientation: In-line, Single-ended
- DC Motor Construction: Permanent Magnet
- Motor Configuration: Motor Only
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Supplier: AMETEK Technical & Industrial ProductsDescription: The B3605S & B3610S are single-quadrant PWM speed drives for commutating and controlling three-phase brushless motors. The B3600 performs closed loop velocity control via the motor Hall effect devices. The B3605S & B3610S are suitable for a wide variety of commercial and light industrial
- Motor Feedback: Hall Effect, Analog Position
- Motor(s) Controlled: DC Brushless Motor
- Specialty Controllers: Motor Speed Controller, Variable Speed Drive, PWM Drive
- Setup & Control: Manual
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Description: ). Two lengths of modular magnet tracks allow unlimited length of travel. Single piece: 110 magnet tracks to 36" length, 115 tracks to 24" length Prealigned imbedded digital Hall Effect Devices Internal thermal cutout switch protects coil Minimum Length: 2.4in/60.96mm. Weight/Foot: 110
- Linear Motor Type: Moving Coil, Moving Magnet, AC Synchronous Design, DC Brushless Design
- Design Units: English
- Balanced Design: Yes
- Modular Stator: Yes
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Supplier: PI (Physik Instrumente) L.P.Description: Piezomotors Compared to conventional motorized translation stages, the M-686 provides a lower profile and smaller footprint. The compact PILine® piezoelectric linear motors and high-resolution linear encoders make both, the lead screw duct and the flanged, bulky stepper motor employed
Featured Products for Hall Effect Motor Top
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Discovered by Edwin Hall in 1897 the "Hall effect" has been around for a long time. It is only since the adoption of semi-conducting materials by the electronics industry in the 1960s that this discovery has moved from an interesting physical effect to one that has found serious practical applications. Today Hall effect technology enables the design of sophisticated sensors used in a wide range of automotive, industrial, consumer product applications. Low pressure over-molding provides a fast... (read more)Browse Hall Effect Proximity Sensors Datasheets for AIC Magnetics Ltd. -
Phoenix has a variety of endbell mounted and internal mounted three channel Hall Effect based commutator solutions for brushless DC motors. Phoenix can also design solutions using the magnetic fields generated by the motor magnets. Early involvement of the Phoenix design team will provide the most effective commuatation solution. Brushed motors typically have only two wires, one positive and one negative. They have carbon brushes which contact a rotating segmented drum that switches which coil... (read more)Browse Commutators Datasheets for Phoenix America, Inc.
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Honeywell'a SS361RT and SS461R Bipolar Latch, Hall-Effect Magnetic Position Sensors, which give customers the opportunity to reduce manufacturing costs. Small, Low-Voltage, Versatile Sensors May Help Reduce Manufacturing Costs. The SS361RT and SS461R sensors' enhanced sensitivity enables the use of less expensive magnets in some applications. The SS361RT sensor's very small footprint takes up less space on the printed circuit board, typically allowing for a reduction in costs. Additionally... (read more)Browse Hall Effect Position Sensors Datasheets for Honeywell Sensing and Control
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The CF Series pick-up kit can be used in place of the PU-e or opu series to monitor motor speeds when accress to the motor shaft is impossible due to space or other limitations. The CF Kit mounts directly to a motor's NEMA "C" face. It operates at a 4.5 to 24 volt level producing a square wave output which may be used with Dart Controls' tachometer products, closed-loop control systems or other digital control devices. The Kit consists of a motor face ring, a sensor, a sensing disk, and all... (read more)Browse Magnetic Speed Sensors Datasheets for Dart Controls, Inc.
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42mm Brushless DC Motors. 1) CE and RoHS approved. 2) TS 16949. 3) We can develop customized design version. Winding type: star. Hall effect angle: 120 degree electrical angle. Shaft run out: 0.025mm. Radial play: 0.02mm@450g. End play: 0.08mm@450g. Max. radial force: 15N @ 10mm from the flange. Max. axial force: 10N @ 10mm from the flange. Insulation class: Class B. Dielectric strength: 500VDC for one minute. Insulation resistance: 100M ΩMin., 500VDC (read more)Browse DC Motors Datasheets for Changzhou Fulling Motor Co., Ltd
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Design Significance. Typical brushless DC motor designs use a separate Hall effect magnet and Hall effect devices to provide positional feedback to the control. This magnet must be aligned with the main rotor magnet in positioning applications. The control then switches the coils appropriately to provide rotation of the motor. This unique design incorporates a steel flux ring to provide accurate positioning, which eliminates the need for a separate Hall effect magnet. In this case, the Hall... (read more)Browse DC Motors Datasheets for Groschopp, Inc.
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Winding type: YWE. Hall effect angle: 120 degree electrical angle. Shaft run out: 0.025mm. Radial play: 0.02mm@450g. End play: 0.08mm@450g. Max. radial force: 15N @ 20mm from the flange. Max. axial force:10N. Insulation class:Class B. Dielectric strength:500VDC for one minute. Insulation resistance: 100M ΩMin., 500VDC. Range of Voltage :12V to 24V. Range of Speed: 4000 ~22000RPM. Please visit http://www.nairmotor.com/ProDetail.asp?keyno=694 &specid= for details (read more)Browse Brushless Motors Datasheets for Nair Motion Technologies Co., Ltd.
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Hall effect angle 120°electrical angle Shaft run out: 0. Insulation resistance:100M ΩMin, 500VDC Dielect strength: 500VAC, one minute Radial play:0.02mm@450g End play:0.08mm@450g Max. radial force:10N (10mm from the flange) Max. axial force:2N (read more)Browse Brushless Motors Datasheets for Changzhou Fulling Motor Co., Ltd
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Winding type:Delta. Hall effect angle:120degree electrical angle. Shaft run out:0.025mm. Radial play:0.02mm@450g. End play:0.08mm@450g. Max.radial force:28N@20mm from the flange. Max.axial force:10N. Insulation class:Class B. Dielectric strength:500VDC for one minute. Insulation resistance:100M ΩMin.,500VDC (read more)Browse Brushless Motors Datasheets for Changzhou Fulling Motor Co., Ltd
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Winding type:Delta. Hall effect angle:120degree electrical angle. Shaft run out:0.05mm. Radial play:0.02mm@450g. End play:0.08mm@450g. Max.radial force:220N@20mm from the flange. Max.axial force:60N. Insulation class:Class B. Dielectric strength:500VDC for one minute. Insulation resistance:100M ΩMin.,500VDC (read more)Browse Brushless Motors Datasheets for Changzhou Fulling Motor Co., Ltd
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Winding type: Star. Hall effect angle:120 degree electrical angle. Shaft run out:0.025mm. Radial play:0.02mm@450g. End play:0.08mm@450g. Max. radial force:10N @10mm from the flange. Max.axial force: 2N. Insulation class: Class B. Dielectric strength: 500VAC for one minute. Insulation resistance:100M ΩMin.,500VDC (read more)Browse DC Motors Datasheets for Changzhou Fulling Motor Co., Ltd
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those of conventional types by 40 to 90%, while power-to-weight ratios are from 50 to 200% greater. Additional improvements to permanent magnet motors (PMDC) have been made to reduce torque ripple. There may be as much as 13 to 17% torque ripple, which causes cogging in switched brushless motors. This effect may be bad for some applications. One alternative is to use a sine-wave drive which has a theoretical ripple of zero (actually 1 to 2%). But sine-wave drivers can cost more than three times... (read more)Browse DC Motors Datasheets for Sinotech Motors
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BLSD Series drivers utilizes Hall Effect feedback from the motor sensor to provide stable speed control to within +/-3%. Each driver in the series includes integrated low voltage and thermal protection capabilities. (read more)Browse DC Motor Drives Datasheets for Nair Motion Technologies Co., Ltd.
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CROUZET INTRODUCES STAND-ALONE CONTROLLER FEATURING 4-QUADRANT FUNCTIONALITY AND HIGH POWER IN CONVENIENT PACKAGE SIZE. VISTA, Calif., - July 24, 2009-Crouzet North America, a company of Custom Sensors & Technologies, has introduced the BDE40 Controller to complement its extensive line of standard and custom Brushless DC Motors. The BDE40 can be used with most 3-phase brushless Hall effect motors in a wide range of motion control applications and includes 4-quadrant functionality... (read more)Browse Datasheets for Crouzet
Parts by Number for Hall Effect Motor Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| AH5798-YG-13 | Avnet Express | Diodes, Inc | Hall Effect Sensor | HALL IC SENSOR CMOS SOT-895L HALL EFFECT SMART FAN MOTOR CON |
| AH3761-PG-B | Avnet Express | Diodes, Inc | Hall Effect Sensor | HALL IC SENSOR CMOS SIP-3L DC MOTOR 3V-28V 20MA 30G -30G |
| AH3761-WG-7 | ASAP Semiconductor | DIODESINC. | Not Provided | IC, HALL SENSOR, DC MOTOR, SC59; Hall Effect Type:Unipolar; Outp |
| PK20 | PLC Radwell | Minarik Electric Co | Not Provided | HALL-EFFECT, 60 POLE WHEEL, 5 V, FOR 507-MOTORS |
| PK17 | PLC Radwell | Minarik Electric Co | Not Provided | HALL-EFFECT,60 TEETH, 5V, FOR 56C FACE MOTORS |
Conduct Research Top
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Sensor Sense: Hall-effect current sensors
to an a/d converter, microprocessor, or microcontroller. Hall-effect current sensors are virtually immune to environmental contaminants. They're rugged and suitable for use under severe conditions. These devices work well with dc motors, automotive applications, robotic, and heavy-machinery sensing
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First SOIC8-Packaged Hall-Effect Current Sensor With Integrated Current Path Introduced
mixed-signal power semiconductors and Hall-effect sensors. It maintains a leadership position in the integrated magnetic sensor and integrated motor driver product segments. With over 2,000 employees, Allegro is headquartered in. First SOIC8-Packaged Hall-Effect Current Sensor With Integrated Current Path
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PM DC Motors
be as much as 13 to 17% torque ripple, which causes cogging in switched brushless motors. This effect may be bad for some applications. One alternative is to use a sine-wave drive which has a theoretical ripple of zero (actually 1 to 2%). But sine-wave drivers can cost more than three times as much
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Appliance motors turn green
electric motors. In fact, growing use of permanent magnets in applications ranging from automotive drives to cellular-phone-vibrator motors has actually reduced magnet prices thanks to greater production. However, the need to measure shaft angles with such position sensors as Hall-effect devices
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Mathematics of Electronic Motor Control
-based commutation. There are three common techniques used to control brushless motors, Hall-based (also known as 6-step commutation), sinusoidal commutation, and field oriented control. Of these, Hallbased is the simplest to implement, and requires the use of 3 Hall-effect or optical position sensors
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Brushless dc Motors in Medical Applications
switch is replaced with electronic switches in BLDC motors with the polarity-reversal timing controlled by an electronic circuit. Ordinarily, BLDC motors use Hall-effect devices (HFD) to sense rotor position and control the electronic drive of the motor. However, by monitoring motor back- EMF, it’s
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Brushless DC (BLDC) Motor Fundamentals
motor, the commutation of a. Note: Hall Effect Theory: If an electric current. BLDC motor is controlled electronically. To rotate the. carrying conductor is kept in a magnetic. BLDC motor, the stator windings should be energized. field, the magnetic field exerts a trans-. in a sequence. It is important
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Reducing cogging torque in brushless motors
is a Hall-effect device. The shape of the magnetic flux density in the air gap of an assembled motor is an indicator of its cogging torque. An example are these three curves shown for one pole pair. Each theoretical curve represents different magnetization and pole-arc angles for the same air gap length
Engineering Web Search: Hall Effect Motor Top
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Electric motor - Wikipedia, the free encyclopedia
Electric motor From Wikipedia, the free encyclopedia
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Rotary encoder - Wikipedia, the free encyclopedia
Incremental (Quadrature) encoders are used on Induction Motor type servomotors, but absolute encoders are used in Permanent Magnet Brushless Motors,
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Melexis: Hall-effect Position Sensors | Sensorless BLDC Motor...
Hall Effect Sensor ICs In Vehicle Networking April 5, 2012 Rugged, 2-Wire Hall Effect Sensing Devices
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Four LM1117s provide for separate 3.3V analog and digital power rails, a 5V analog supply, and the CPLD controlled Hall-effect sensor supply.
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Allegro MicroSystems - Brushless DC Motor Drivers with...
Hall-Effect Unipolar Switches Brushless DC Motor Drivers with Integrated Hall-Effect IC
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Allegro MicroSystems Inc.
Motor Driver and Interface ICs Regulators and Lighting
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Simple Electric Motors
Reed Switch Motor Transistor Based Motor Hall Effect Motor Optointerrupter Motor
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== Diodes, Inc. ==
Applications - Find solutions for applications such as Communications, Power Management, Lighting, Motor Control, Audio, and more.
