HMT DIN is a serie of axial piston motors particularly suitable for mobile hydraulics. HMT DIN is of the bent-axis type with spherical pistons.
The design gives a compact motor with few moving parts, high starting torque and high operational reliability. It covers the entire displacement range 12- 130 cm3/rev. with max. pressure 400 bar.
It’s high level of reliability is due to the choice of materials, hardening methods, surface structures and the quality assured manufacturing process.
PRODUCT BENEFITS
Smooth operation over the entire speed range.
High efficiency.
Suitable for applications with high angular accelerations due to its high rotary stiffness (timing gear).
Hydraulic motors stand as dynamic powerhouses in fluid power systems, converting hydraulic energy into mechanical motion to drive a wide array of machinery and equipment across diverse industries. Their usage spans various applications, including manufacturing, construction, agriculture, and automotive sectors. Hydraulic motors are employed in scenarios where the seamless and precise conversion of fluid power into rotational motion is crucial for the operation of machinery.
The benefits and advantages of hydraulic motors are manifold. Their inherent efficiency and compact design make them ideal for applications with space constraints, allowing for versatile integration into a range of equipment. Hydraulic motors offer variable speed control and high torque capabilities, providing adaptability to diverse operational requirements. This flexibility is particularly valuable in applications such as conveyor systems, winches, and various industrial machinery where different speeds and forces are necessary.
The importance of hydraulic motors lies in their ability to deliver consistent power across a wide range of operating conditions. Whether driving heavy machinery or powering mobile equipment, hydraulic motors provide reliable and precise performance, contributing to enhanced productivity and operational efficiency. Moreover, their ability to operate in harsh environments, withstand heavy loads, and offer high power-to-weight ratios makes hydraulic motors indispensable components in the machinery landscape.
In summary, hydraulic motors play a critical role in powering a multitude of applications, driving efficiency, and ensuring the reliable performance of machinery in diverse industries. Their adaptability, efficiency, and robust design make hydraulic motors vital contributors to the success of hydraulic systems in meeting the demands of modern industrial processes.
| Specification | Value |
|---|---|
| Displacement (Cm³/Rev) | 108.0 |
| Operating Pressure | (Bar) |
| Max. Intermittent (Bar) | 400 |
| Max. Continuous (Bar) | 350 |
| Revolutions | (Rev/Min) |
| Max. Intermittent (Rev/Min) | 2000 |
| Max. Continuous (Rev/Min) | 1600 |
| Min. Continuous (Rev/Min) | 300 |
| Power | (kW) |
| Max. Intermittent (kW) | 120 |
| Max. Continuous (kW) | 96 |
| Other Specifications | Value |
| Starting Torque Theoretical Value (Nm/Bar) | 1.72 |
| Moment of Inertia (x10‾³) (kg m²) | 7.4 |
| Max Intermittent Housing Pressure (Bar) |
5.0 |
| Weight (Kg.) |
18.2 |
| Information About Tehcnical Info |
|---|
| Data concerning RPM is based on maximum permitted peripheral velocity for the tapered roller bearings. Max Intermittent power may depend on application. For further information please contact HIDRAKA. Continuous power data is based on maximum output power without external cooling of the motor housing. Intermittent duty is defined as follows; max 6 seconds per minute, e.g. peak RPM when unloading or accelerating. |
84 cc DIN Hydraulic Motor
130 cc DIN Hydraulic Motor
