Poclain Hydraulic Motor MS05-0-133-F05-1310-399P

Poclain Hydraulic Motor MS05-0-133-F05-1310-399P is a heavy-duty, radial piston hydraulic motor designed and built to handle the most challenging mobile and industrial tasks. This hydraulic motor, offered by Poclain Hydraulics, belongs to the popular MS05 series of multipurpose motors and is well suited to handle the toughest tasks involving speed control and longevity. This hydraulic motor is suitable for use where reliability and compact construction matter the most.

This hydraulic motor has a displacement ability of a maximum of 750cc, thus enabling it to produce sufficient torque at low to medium speed. Its design assures the motor of smooth power transmission regardless of the load conditions. The motor sustains high working pressures of a maximum of 450 bar, thus making it ideal for machines that are under continuous stress. The internal components of the motor can withstand the effects of shock, high pressure, and frequent start/stop operations.

The MS05-0-133-F05-1310-399P has a power output of up to 50 kW, giving a good Torque to speed ratio. The motor does not lack in speed because its operation speed can go to a maximum of 700 RPM. This gives the user a wide range to choose from when designing the machines that will make use of these motors. The efficiency levels of the motor are not affected by the output Torque.

The fact that the motor has a modular design makes things easier when integrating the motor into different hydraulic systems. The motor can either be mounted with a shaft or wheel for the benefit of the machine. Some features that will increase the safety and control of the machine can be included. The design of the motor ensures that the interior does not get contaminated by dust and other materials.

This motor is generally employed in construction machines, material handling equipment, agricultural machines, mining machines, and industrial hydraulic drives. This motor operates efficiently under conditions of heavy loads, vibrations, and continuity of operation.