LMMD Fixed Displacement Axial Piston Motors Bent Plate from 5 – 90 cm³

LMMD Fixed Displacement Axial Piston Motors Bent Plate from 5-90cm3

Users:

1. hydraulic transmission system, currently used in agriculture combine harvester, cement mixing drum frice, round wood mover, construction machinery, etc.

Specifications:

1. fixed displacement axial piston motors bent plate

Features:

1. pressure up to 6000 psi (420 bar), speed up to 4510rev/min.
2. bearing design life of 10,000 hours.
3. drive shaft- there are many forms to choose from as needed. There is a high-strengh swash plate in the pump and motor, which can prevent deformation under large load.
4. high -strngth cast iron shell, can buffer noise and withstand high shell pressure.
5. plug-in shaft seals, making it easy to maintain, impirted high pressure seal design, can withstand high speed and high housing pressure.
6. the rear shell is made of high strenght cast iron. the large passage reduces the pressure loss. there are many connection size to choose from.

Technical :

1. masimum motor displacement: 95.2cc/ rec
2. max speed: 10000 rpm (18), 11000rpm (10)
3. peak pressure: 415 bar
4. max output torque: 4916lb-in (556Nm)
5. working pressure: 400kgf/cm3
6. rated flow: 55l/min

What is the difference between Axial Piston Motor and Bent Plate Piston Motor?

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What is the difference between a swash plate type metering ram motor and an inclined shaft type metering ram motor?
Tilt-axis metering plunger motor belongs to tilting axis motor
Swash plate type metering piston motor is a straight shaft (through shaft) motor

1. When the swash plate structure is started, the friction force between the sliding shoe and the swash plate is large, so the swash plate type start-up torque is low, and the inclined shaft is preferred when the swash plate type starts frequently.
2. The swash plate type plunger element has relatively high-speed relative movement between the plunger and the swash plate with respect to the inclined axis type plunger element, so the swash plate type requires a high degree of cleanliness of the oil.
3. The swash plate has a small rotational inertia with respect to the oblique axis variable, and its variable response time is faster. Therefore, there are advantages for the pump (variable types of pump variables, variable module structure is complex), fast response.
4, the swashplate structure to do the pump there is an advantage, its axis structure can be post-string pump.