PRODUCT GROUP NAME - DC Gear Motor
J D Automation manufacture industrial-grade Permanent Magnet DC (PMDC) Gear Motors designed to deliver exceptional torque, efficiency, and reliability. By combining premium raw materials with advanced manufacturing techniques, our PMDC motors provide smooth power transmission for the most demanding automation and motion control applications. Whether you need robust continuous power or precise variable speed control, J Automation gear motors are engineered to optimize your system's performance and minimize downtime.
40WATT AND 100WATT AC GEAR MOTOR 12VDC AND 24VDC
Motor Component Specifications
- Stator
- Low carbon steel seamless tube.
- Ferrite permanent magnets.
- Rotor
- Silicon steel sheets.
- Copper coils.
- Commutator.
- Insulating materials.
- Rotor Shaft
- Medium carbon alloy steel.
- Special technical processing.
- Available in round or gear variants.
- Bearing & Oil Seal
- Sourced from well-known brands.
- High running performance.
- High sealing effect.
- Wiring
- 'F' Class High temperature resistant.
- Flame retardant material.
Why Leading Industries Choose JDAutomation PMDC Motors
- Our commitment to uncompromising component quality ensures that every motor delivers maximum operational life:
- Heavy-Duty Stator Construction: Built using high-quality, seamless low-carbon steel tubes paired with high-coercively ferrite permanent magnets for optimal magnetic efficiency
- Premium Rotor Dynamics: Features high-permeability silicon steel sheets, precision-wound copper coils, and advanced insulation materials for superior thermal dissipation.
- High-Torque Shaft Options: Machined from high-performance medium carbon alloy steel using specialized heat treatment, available in both round shaft and gear shaft configurations to match your exact drive requirements.
- Leak-Proof Bearing & Seal Assembly: Equipped with tier-one, well-known brand bearings and premium oil seals to guarantee smooth rotation and flawless sealing in harsh environments.
- Safety-First Wiring: Outfitted exclusively with high-temperature resistant and flame-retardant wiring to ensure electrical safety under peak loads.