2AD134D-B05ODE-DS39-D2V1

Product Description:

The 2AD134D-B05ODE-DS39-D2V1 is a motor. It is created for tasks needing constant output and efficient cooling. It uses B-type cooling, which relies on forced air or blower system. This provides thermal stability when operating over a long duration. It allows this motor to function efficiently without thermal breakdown even under continuous load conditions.

Its rated power is approximately 10 kW, but actual output can be varied depending on cooling specifications and model design. The DS39 marking indicates a 39 mm drive-end shaft diameter. It provides a positive mechanical link for torque transmission. Delivering torque of approximately 60 Nm, the motor maintains constant working in applications involving moderate mechanical power needs. It reaches a top speed of approximately 1500 rpm, providing managed movement with less rotational speed to enable managed motion handling. The electronic feedback offers higher accuracy in response. It helps exact communication with this motor and controller. It guarantees optimized adjusting and positioning during operation. Mounting type conforms to B05 flange type for compatibility with standard setups. Performance profile of the motor is balanced for power, speed, and torque for use in most applications in automated machinery, process equipment, or high repetition applications. The rugged construction gives long-term mechanical integrity with high-technology feedback. It ensures motion accuracy under changing loads. Rotatability of the connectors allows for reduction of wiring problems in confined enclosures, increasing accessibility during installation or maintenance. The absence of built-in brakes facilitates maintenance with allowance for continuous rotation applications.

With its medium power capability, reliable forced-air cooling, and smooth torque output, the 2AD134D-B05ODE-DS39-D2V1 can be used in applications needing smooth running, accurate control, and dependable operation in repeat or continuous-duty operation. Its combination of mechanical strength and digital control gives it a versatile solution in industrial motor drives.