OD114 Wound field H Series Brushed DC Motors

Description： OD114 H-Cover Wound field DC motor features 114mm outer diameter. It adopts sturdy round housing, H-type end cover and flange mounting, designed for long-term continuous load operation with reliable heat dissipation.|

Features： Rated voltage: 24/48V DC
Power range: 500W–2200W, strong starting torque
Stable heavy-load performance and excellent overload capacity
Wide speed regulation, suitable for long-time continuous running
IP54 protection, high mechanical rigidity and durability
Ideal for electric forklifts, industrial vehicles, engineering machinery and industrial equipment

Application： Power Pack Unit， Warehouse Stacker


The OD114 series DC motor is specifically engineered for industrial vehicles operating in space-constrained environments where high torque is a critical requirement. In terms of power density, this motor delivers an impressive output range of 500W to 2200W—with specific models like the ZD035 reaching up to 2.2kW—all within a compact outer diameter of just 114mm. Utilizing either compound or series excitation configurations, the motor boasts exceptional starting torque and superior overload capacity, enabling it to effortlessly handle the momentary stress experienced by electric forklifts and warehouse stackers during heavy-load startups.
Featuring an H-type end cover and flange mounting, combined with a robust cylindrical housing, this motor exhibits exceptional mechanical rigidity. Its IP54 protection rating ensures reliable and stable performance even in dusty or humid warehouse operating environments.
This product places a strong emphasis on optimizing the operational environment. The motor's operating noise is maintained below 72 dBA (at a distance of 1 meter), and its vibration velocity is kept under 2 mm/s, thereby significantly enhancing operator comfort within industrial vehicles. The product has obtained numerous international certifications—including UKCA, CE, RoHS, and UL—and features an optional built-in thermal protection device capable of automatically cutting power in the event of abnormal temperature spikes, thereby safeguarding the motor's core components against burnout.