Motors nereguliruemyi
Offer type: salePublished: 27.02.2015
| Price: | 700 UAH |
| Seller: |  Panchenko Maksim Igorevich |
| Phones: |  066 472 34 43 Show phone097 944 46 31 Show phone |
| Address: | Ukraine, Donets'ka Oblast', Donetsk |
Hydraulic motor unregulated 310.3.56.01.06 D
Hydraulic motor unregulated 310.5.112.00.06
Hydraulic motor unregulated 310.56.00.06
Hydraulic motor unregulated 310.56.01.06
Hydraulic motor unregulated 410.112 And-00.W
Hydraulic motor unregulated 410.112 A-01.02
Hydraulic motor unregulated 410.112 And-06.02
Hydraulic motor unregulated 410.112 And-40.02
Hydraulic motor unregulated 410.56.00.02
Hydraulic motor unregulated 410.56.01.02
Hydraulic motor unregulated 410.56.02.02
Hydraulic motor unregulated 410.56.09.02
Hydraulic motor unregulated 310.224.01
Hydraulic motor unregulated 310.224 And-00.W
Hydraulic motor unregulated 310.25.13.00 M
Hydraulic motor unregulated 310.25.13.10 M
Hydraulic motor unregulated 310.3.160.00.06
Hydraulic motor unregulated 310.3.250.00
Hydraulic motor unregulated 310.3.45.01.06
Hydraulic pumps and hydraulic motors fixed displacement axial piston are designed for hydrostatic drives. The hydraulic pump converts mechanical energy into the energy flow of the working fluid. Hydraulic motor - energy flow of the working fluid into mechanical output shaft.
The direction and speed of the shaft of the motor is determined by the direction of flow and the amount of fluid provided to the hydraulic motor.
When the operation of the water pump shaft is driven from the engine. The piston installed in the cylinder block, rotate around the axis of the block and at the same time do reciprocating motion, with one half of the turnover of the piston sucks the working fluid, and the other pumps it into the hydraulic system. The pressure at the outlet of the pump is determined by the load on the working body and limited safety valve of the hydraulic system.
When operation of the motor, the working fluid discharged from the hydraulic system through the hole in the cover and through the slot of the distributor, acting in the cylinder drives the piston. Pistons transmit the force on a spherical hinge. Since the axis of the shaft and block are at an angle, the force in the joint is decomposed into axial and tangential components. The axial load is perceived by the bearings, and the tangential creates a torque on the shaft of the motor. The magnitude of the torque on the shaft is directly proportional to the working volume of the hydraulic motor and the pressure drop and a limited safety valve. Speed is directly proportional to the number of input fluid and inversely proportional to the working volume.
Features:
design: axial-piston hydraulic machines with a sloped block;
reinforced bearing unit;
enhanced distribution node;
bimetal steel block;
high yield at high pressures;
the possibility of snapping hydraulics
Hydraulic motor unregulated 310.5.112.00.06
Hydraulic motor unregulated 310.56.00.06
Hydraulic motor unregulated 310.56.01.06
Hydraulic motor unregulated 410.112 And-00.W
Hydraulic motor unregulated 410.112 A-01.02
Hydraulic motor unregulated 410.112 And-06.02
Hydraulic motor unregulated 410.112 And-40.02
Hydraulic motor unregulated 410.56.00.02
Hydraulic motor unregulated 410.56.01.02
Hydraulic motor unregulated 410.56.02.02
Hydraulic motor unregulated 410.56.09.02
Hydraulic motor unregulated 310.224.01
Hydraulic motor unregulated 310.224 And-00.W
Hydraulic motor unregulated 310.25.13.00 M
Hydraulic motor unregulated 310.25.13.10 M
Hydraulic motor unregulated 310.3.160.00.06
Hydraulic motor unregulated 310.3.250.00
Hydraulic motor unregulated 310.3.45.01.06
Hydraulic pumps and hydraulic motors fixed displacement axial piston are designed for hydrostatic drives. The hydraulic pump converts mechanical energy into the energy flow of the working fluid. Hydraulic motor - energy flow of the working fluid into mechanical output shaft.
The direction and speed of the shaft of the motor is determined by the direction of flow and the amount of fluid provided to the hydraulic motor.
When the operation of the water pump shaft is driven from the engine. The piston installed in the cylinder block, rotate around the axis of the block and at the same time do reciprocating motion, with one half of the turnover of the piston sucks the working fluid, and the other pumps it into the hydraulic system. The pressure at the outlet of the pump is determined by the load on the working body and limited safety valve of the hydraulic system.
When operation of the motor, the working fluid discharged from the hydraulic system through the hole in the cover and through the slot of the distributor, acting in the cylinder drives the piston. Pistons transmit the force on a spherical hinge. Since the axis of the shaft and block are at an angle, the force in the joint is decomposed into axial and tangential components. The axial load is perceived by the bearings, and the tangential creates a torque on the shaft of the motor. The magnitude of the torque on the shaft is directly proportional to the working volume of the hydraulic motor and the pressure drop and a limited safety valve. Speed is directly proportional to the number of input fluid and inversely proportional to the working volume.
Features:
design: axial-piston hydraulic machines with a sloped block;
reinforced bearing unit;
enhanced distribution node;
bimetal steel block;
high yield at high pressures;
the possibility of snapping hydraulics
