M5ASF 023 5N15 A1Y 00000 56 PARKER M5 M5A M5AF M5B M5BS M5BF M5ASF High Pressure Hydraulic Vane Motor
| Model Number | M5ASF 023 5N15 A1Y 00000 56 |
|---|
Product Description
M5ASF 023 5N15 A1Y 00000 56 PARKER Vane Pump M5 M5A M5AF M5B M5BS M5BF M5ASF High Pressure Hydraulic Vane Motor
Maximum continuous pressure: 280bar.
Maximum continuous speed: 2800rpm.
Displacement: 23cm³/rev.
Rotation direction: It can provide three rotation directions: bidirectional, clockwise and counterclockwise.
Oil port connection: Usually, the oil port connection methods in accordance with SAE or ISO standards are adopted.2. Working Principle:
The basic structure of a vane motor includes a stator, rotor, vanes, distribution plate and main shaft, etc. When high-pressure hydraulic oil enters the distribution plate through the oil inlet, it will enter the sealed working chamber on one side, pushing the blades to extend outward and closely adhere to the inner wall of the stator. Due to the eccentric structure of the rotor, the sealed volume formed by the blades during their rotation with the rotor constantly changes. The pressure exerted by the high-pressure oil on the blades generates torque, driving the rotor to rotate continuously. When the blade rotates past the maximum volume position, the volume of the sealed cavity decreases, and the internal hydraulic oil is squeezed out and returns to the oil tank through the oil discharge port of the distribution plate, completing one working cycle.
3. Product Features and Advantages:
High starting torque: It features a high starting torque efficiency, capable of starting under high loads without pressure overshoot, runout or high instantaneous power overload.
Low noise: Equipped with a 12-blade double-lip cartridge design, it maintains a very low noise level at any speed.
Long service life: The blades, rotor and CAM ring are designed with pressure balance. The double-row ball bearings have high load capacity and can withstand large radial and axial forces, thus extending the service life of the motor.
Strong anti-pollution ability: The patented double-lip plate design provides a high level of resistance to oil contamination.
Easy installation: It features interchangeable rotating components. The motor and pipe positions are the same for left and right rotation, facilitating installation and maintenance.
4. Usage functions and purposes:
As an actuator of the hydraulic system, it converts hydraulic energy into mechanical energy to provide rotational power for the equipment. It is widely applied in situations where precise control of rotational speed and torque is required, such as construction machinery, agricultural machinery, material handling equipment, etc.
5. Applicable machines and scenarios:
It is suitable for various heavy-duty mobile and off-road application equipment, such as excavators, loaders, bulldozers, cranes, etc., and can also be used in portable power units.
6. Similar models:
M5B series vane motors share certain similarities in structure and performance with the M5ASF series, such as models M5B-028-1N02-A1M3, etc.
7. Precautions for Use
Oil selection: Use clean and qualified hydraulic oil. Choose hydraulic oil of appropriate viscosity based on the working temperature and load conditions of the motor. Regularly replace the hydraulic oil and filters to maintain the cleanliness of the oil.
Installation requirements: The motor installation should be firm and reliable. The pump shaft and the prime mover drive shaft should be connected by an elastic coupling, and the coaxiality error should meet the requirements.
Start and Stop: Before starting, check the oil level, oil quality and pipeline connection to ensure there are no abnormalities. When starting up, it is necessary to jog several times first to check if the oil flow direction and sound are normal. After running under low pressure for a period of time, it can be put into normal operation. When shutting down, unloading should be done first, followed by stopping the prime mover.
Operation monitoring: During operation, close attention should be paid to parameters such as the motor’s temperature, pressure, rotational speed and noise. If any abnormality is detected, the machine should be stopped immediately for inspection.
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