The motor is an industrial DC motor with shunt‑connected field winding and armature winding. It features stable rotating speed and smooth speed regulation. Widely used in machine tools, fans & pumps, production‑line conveyors and printing machinery. ThisDC motor keeps minor speed fluctuation under variable loads. It supports long‑time continuous running and OEM customization. Compatible with DC speed controllers for equipment retrofitting and new project matching.
Strong Resistance To Voltage Fluctuation
Field winding of this DC Motor is powered in parallel. Its magnetic field will not change drastically under minor supply‑voltage fluctuation. TheDC motor maintains relatively stable speed for industrial sites with unstable power supply.
Clear‑Divided Speed‑Regulation Zones
DC Motor supports two independent speed‑adjustment modes: armature voltage reduction for lower speed and field‑weakening for higher speed. ThisDC motor realizes wide segmented speed range to meet multi‑step speed requirements of machine‑tool processes.
Good Winding Thermal Stability
Shunt field winding adopts multi‑turn fine‑wire design with even heat generation. Magnetic field decay is minimal under long continuous operation. TheDC motor keeps stable performance even in high‑temperature workshop environments without rapid performance degradation of theDC motor.
High Repeatability For Process Commissioning
TheDC motor speed is barely disturbed by external factors. It delivers consistent speed output under identical parameters. Machinery equipped with thisDC motor seldom requires repeated parameter recalibration after process setup.
Predictable Failure Risks
Brush wear and field‑circuit faults show recognizable symptoms such as abnormal sparking or speed drift. Potential hazards can be detected in advance, lowering risks of sudden breakdown for theDC motor and reducing unexpected production‑line downtime losses.
High Spare‑part Compatibility
Spare parts including carbon brushes, bearings and field coils forDC motor are highly standardized in the market. Replacement components are easy to source without special custom‑order, shortening repair lead‑time of theDC motor.
| Dc Shunt Wound Motor | |
|
Wire Number |
8 wires for hall type, 3 wires for no hall type |
|
Motor diameter |
28mm ~ 166mm |
|
Speed options |
1500rpm 2000rpm 2500rpm 3000rpm 4000rpm |
|
Power range |
50W ~ 7500W, it can be customized |
|
Output shaft types |
Round shaft, keyway shaft, pinion shaft, spline shaft, etc. |
|
Voltage range |
12V 24V 36V 48V 90V 180V 220V 310V |
|
Accessories |
Internal driver, Outer driver, Hall sensor, Brake, Encoder, etc. |
|
Output flange |
B14 flanges, B5 flanges, square flanges, Nema flanges, no flanges |
|
Can be used with |
Helical gearbox, Worm gearbox, Bevel gearbox, Planetary gearbox |
| Encoder | Available |
| Controller | Available |
|
Package |
carton/wooden box |
Q: Can the speed ofDC motor go above rated speed?
A: Field‑weakening speed increase is available forDC motor, yet only slight over‑speed is permitted. Long‑term operation beyond rated speed is forbidden, or service life of theDC motor will be shortened.
Q: What will happen if the field circuit ofDC motor breaks during operation?
A: Unexpected disconnection of field circuit sharply weakens magnetic field and causes dangerous overspeed, which may severely damage theDC motor. Field loss protection is recommended on your control system.
Q: CanDC motor directly replace DC series wound motor?
A: Direct replacement is not allowed.DC motor and DC series wound motor have completely different torque‑speed characteristics. Direct swap leads to insufficient power or abnormal speed. Please select properDC motor matching your working condition.
Hot Tags: dc shunt wound motor, China dc shunt wound motor manufacturers, suppliers, factory
