Skip to the beginning of the images gallery

CHAR-LYNN ME MOTOR ME750BHE DWG #DZA914B

Description & Features

Designed for demanding low-speed, high-torque hydraulic applications, the Char-Lynn ME Motor ME750BHE DWG #DZA914B is an axial piston motor in the Dowmax ME Series, developed under the Danfoss/Eaton product line. With a torque rating of 3,280 Newton metres, this motor is built to deliver reliable power output where high starting torque and strong overall efficiency are required.

The axial piston design supports high performance at low operating speeds, making it well suited for industrial drive applications that demand consistent torque under variable load conditions. Classified within the industrial low-speed piston motor category, this unit carries the core ME Series characteristics of durable construction and dependable output across a range of mobile and stationary hydraulic systems.

SKU: 134ME00020C

Supplier Part Number (MPN): 134ME00020C

Specifications

Brand Danfoss Power Solutions II (Char-Lynn)	Brand Char-Lynn	Pack Size 1.00	UOM EA	Features Optimal power output\|High Performance at low speeds\|High starting torque and high overall efficiency	ICC Industrial - Low-Speed Piston Motors	Language English	Product Width 11.88	Special Features None	Style Axial	Sub Brand Dowmax	Supplier Part Number 134ME00020C	Torque Rating 3280 newton metre	Torque Rating 3280 newton metre	Type Axial	Product Weight 271.16 lbs

Product Questions & Answers (2)

Question by: Pete H on Feb 15, 2026, 8:20 AM

What's the torque rating on this Char-Lynn ME motor?

Answer by: Customer Support on Feb 16, 2026, 10:36 AM

This Dowmax ME series axial piston motor delivers a torque rating of 3,280 newton metres.

Question by: Carl T on Oct 27, 2025, 2:38 PM

What kind of torque are we talkin with this motor, and is it enough for heavy industrial drive work?

Answer by: Customer Support on Oct 28, 2025, 7:43 PM

At 3,280 Newton metres, there's plenty of torque on tap for demanding industrial drive applications. The ME750BHE is built around that exact use case, low operating speeds with high torque loads, so it holds up well under the kind of variable load conditions you'd see in heavy equipment or stationary industrial systems. High starting torque is one of its core strengths, so getting a loaded drive moving from a dead stop isn't a concern.