Products & ServicesSee also: Categories | Featured Products | Technical Articles | More Information
Description: are constructed with a magnetized disk magnet hub. Both designs reduce the number of components needed for assembly and provide for high reliability and outstanding shock and vibration resistance. These unique stepper motor designs result in a reliable, powerful, and quiet motor in a compact size
- Terminal Voltage: 1.4 to 12 VDC
- Current per Phase: 0.1250 to 1 amps / phase
- Static / Holding Torque: 1.38 to 2.31 In-lbs
- Step Angle: 15 degrees
Supplier: Bodine Electric Company
Description: assembly for accurate commutation. Wound stator with exposed laminations provides excellent heat transfer and allows maximum power per motor frame size. Rare earth magnets on the rotor provide high torque and low rotor inertia. Application Information Brushless motors require a control
- Shaft Speed: 2500 rpm
- Terminal Voltage: 24 VDC
- Continuous Torque: 50 In-lbs
- Continuous Output Power: 0.1250 HP
Description: FO series power-on clutch couplings are used to couple two in-line shafts. The armature hub assembly is mounted to the load shaft and the rotor assembly mounted on the input shaft. The field assembly is mounted to a bulkhead that is perpendicular to the shaft.
- Torque Rating: 0.2083 to 20.83 Ft-lbs
- Operating Voltage: 12 to 90 volts
- Clutch Engagement: Friction
- Magnetic Clutch Type (if applicable):: Permanent Magnet
Supplier: Moog Components Group
Description: point: 1500 lb @ 0.26 in/sec Weight: 8.1 lbs Two NFeB Permanent Magnet DC brush motors Two failsafe electromagnetic brakes Robust structural design Low endplay High efficiency steel gearing Trunnion mount for fixed end and traveling nut endfitting Ball screw/nut power screw assembly Stroke
- Device Type: Rod Type
- Actuation Type: Electrical
- Stroke or X-Axis Travel: 7.25 inch
- Rated Speed: 0.8700 in/sec
Find Suppliers by Category Top
Featured Products Top
Thor Power Corporation
Grismir ® Motor
The Grismir® motor in the TREZIUM® System is a 2-pole, three-phase slotless permanent magnet synchronous motor. Provided with adequate cooling, the motor is designed to produce 2kw output at the rated speed of 30,000rpm. Iron-neodymium-boron magnets are used to form the 2-pole rotor. The system can use standard world voltages (115 to 240 volts, 50/60Hz). The Grismir® motor is an AC, synchronous, sine wave, permanent magnet motor that is also brushless, slotless and sensorless. It provides... (read more)
Browse AC Motors Datasheets for Thor Power Corporation
Conduct Research Top
Dynamics of Hybrid Stepper Motors
precision-machined teeth improving motor torque by redirecting magnetic fields within the stepper. Hybrid stepper motors combine the operating principles of variable reluctance with permanent-magnet stepper motors. The rotor shaft holds one or more pairs of stacked laminations containing many teeth along its
the apparently simple mechanism rests a complex combination of laminations, coils, and magnets. Hybrid stepmotors combine the controllability of the variable reluctance motor with the higher torque of the permanent magnet or "canstack " motor. While low cost is the most no-table feature of hybrid designs, better
Steppers go shaftless
reality. Integration is all the rage with integrated motor/drivers and direct-drive systems changing the motor and motion-control landscape. The Inside-Out Step (IOS) motor is in tune with these trends. It's a two-phase hybrid stepper motor that uses a conventional permanent-magnet configuration
The "no-cog " motor
circuit. As permanent magnets in the rotor pass the stator teeth, they're attracted to the iron in the teeth. As the magnetic attraction jumps from tooth to tooth, the magnetic force aids or hinders rotation
More Information Top
Automation of Wastewater Treatment Facilities - WEF MoP 21, Third Edition > Final Control Elements
It consists of two components: a copper conductor assembly, which connects directly to the motor shaft, and a permanent magnet rotor assembly , which connects to the load shaft.
Active Front Steering (Part 1): Mathematical Modeling and Parameter Estimation
This synchronous motor has a wound stator, a permanent magnet rotor assembly and a sensor to determine the rotor position.
The permanent magnet rotor assembly has four magnets mounted on the magnetic stainless steel ring in order to provide uniform torque for ±20 deg.
Applications and prototype for system of systems swarm robotics
A BLDC has a wound stator, a permanent magnet rotor assembly , internal or external devices to sense rotor position.
Comparative study of electromagnetic performance of alternative Halbach and conventional radially magnetized permanent magnet brushless motors
 E. Potenziani, H.A. Leupold, and D.J. Basarab, “A novel self-shielding permanent magnet rotor assembly ,�? J. Applied Physics, vol.64, no.10, pp.5986-5987, 1988.
Recent Development of Halbach Permanent Magnet Machines and Applications
 E. Potenziani, H.A. Leupold, and D.J. Basarab, "A novel self- shielding permanent magnet rotor assembly ," J. Applied Physics, vol.64, no.10, pp.5986-5987, 1988.
360/spl deg/ angle sensor using spin valve materials with SAF structure
Schematic of an angle sensor- permanent magnet rotor assembly .
Special Losses in Rotors of Electronically Commutated Brushless DC Motors Induced by Non-Uniformly Rotating Amature MMFS
Brushless DC Machine Cross-Section and Permanent Magnet Rotor Assembly .
Novel permanent magnet machines using Halbach cylinders
 Potenziani, E., Leupold, H.A., and Basarab, D.J., A novel self-shielding permanent magnet rotor assembly , J. Appl. Phys., vo1.64, 1988, pp.5986- 5987.
Self-regulating permanent magnet linear motor
The linear motor comprises a linear stator assembly (the stationary part) and a permanent magnet rotor assembly (the moving part).
Seven phase brush-less synchronous motor with reduced inverter size
There are seven segmented magnetic phases in the stator and a single permanent magnet rotor assembly .
High Power and High Efficiency Alternators for Passenger Cars
The following methodologies are employed to achieve these objectives: Use of high slot fill for stator winding Assisting permanent magnets in rotor assembly to reduce leakage Synchronous rectifier in place of diode rectifier We have considered an alternator with f130 mm frame...