PV046R1K1T1NMFBX5830 Parker piston pump original

PV046R1K1T1NMFBX5830 Parker piston pump original, The basic principle of PARKER plunger pump is very simple. This type of pump uses the momentum of a relatively large moving water body to pump a relatively small volume of water upwards.

To use a Parker plunger pump, there must be a water source located above the pump. For example, there should be a pond on the mountainside, so that a water pump can be installed underneath the pond. Use a pipe to direct water from the pond to the pump. The water pump has a valve that allows water to pass through the pipe and accelerates the flow of water.

When the water reaches its maximum speed, the valve closes.

2. After the valve is closed, the flowing water generates a huge pressure inside the pump due to inertia.

3. The pressure opened the second valve.

4. High pressure water flows through the second valve and towards the water delivery pipeline (which usually has an air chamber to accommodate as much high-pressure water as possible when water rushes in).

5. At this point, the pressure inside the pump decreases. The first valve opens again to allow water to flow and accumulate momentum again. And the second valve is closed.

6. This cycle repeats itself.

The water pipeline can lift water to a position higher than the pump and water source. For example, if the pump is 3 meters below the pond, the outlet of the water pipe can be 30 meters above the pump.

It can be seen that the plunger pump has a major drawback, which is that it wastes a lot of water. Usually, only about 10% of the water consumed by such pumps actually flows up through the water supply pipe.

The remaining water flowed out of the pump while accumulating momentum.

The Parker PV series plunger pump has two options: with standard pressure regulator and with power regulator. The maximum displacement ranges from 16 to 360m/rev, and the rated working pressure is

350bar， The speed is 300 revolutions per minute, with the oil drain facing upwards. Models include: PV016, PV020, PV023, PV032, PV040, PV046, PV063, PV080, PV092, PV140,

PV180, PV270, etc. A slanted disc axial piston hydraulic pump driven by a through shaft for open circuits, which can be used in combination with a single pump or multiple pumps. Suitable for demanding industrial applications. Its displacement range is 16-

360cc , The work pressure can reach 350 bar

The structure of Parker piston pump PV180R1K1T1NMMC is usually composed of main components such as cylinder block, oil distribution plate, plunger, and inclined plate. The pump core is fully cast and processed, with high machining center and grinding processing, which has the advantages of

High mechanical precision, sealing and self-lubricating effect. When the plunger and pump cylinder rotate, the inclined plate plunger contacts the inclined plate with a spherical end. The plunger contacts the inclined plate at the end of a ball, and due to the angle between the inclined plate and the cylinder body, the cylinder

The body rotates, and the plunger performs reciprocating motion in the pump cylinder. This pump is intelligently controlled by a microprocessor, displayed on a LCD screen, and can communicate with computers. It is suitable for industries such as biochemistry, medicine, chemical engineering, and environmental protection, and meets the requirements of the above-mentioned industries

Continuous constant pressure and constant current liquid transportation requirements.

Purpose:

This product is widely used in injection molding machines, die-casting machines, hydraulic presses, marine machinery, engineering machinery industries, etc

Functional features:

1. Compact structure, easy to use, and flexible installation interface.

2. Quiet work

After adopting FEM optimization, the output fluctuation of the preloading chamber is small and the noise is low.

4. Full power drive capability of the axis.

5. Reduce power and heat.

6. The combined compensation device responds quickly.

7. Simple hydraulic control achieves leak free adjustment.

8. High efficiency. The nominal value of the shaft torque is 100%, and the shaft speed reaches 3000rpm.

9. It can achieve a self-priming speed with a working pressure of up to 350 bar.

Technical features of Parker piston pump:

1. Low noise, fast response, and convenient maintenance

2. High self-priming speed and compact structure

3. Technical characteristics of shaft drive structure with nominal torque

4. Slant plate structure, for open circuits, multiple control forms; Use water-based working fluid, P=70 bar

5. High strength cast steel pump body; All types of axial structures are used;

6. High safety and low noise; The installation form of the pump is metric or SAE

Parker plunger pump advantages models:

PV028R1K1T1NMMC4747

PV028R1K1T1WMM14747

PV032R1K1 AYNMTP4747

PV032R1K1T1NFDV4645

PV032R1K1T1 NMMC4747

PV032R1K1T1NMRC4747

PV032R1K1T1 NMTP4747

PV032R1K1T1 NUDR4645

PV032R1L1T1NMMC4747

PVO40R1K1T1NDLC4747

PV040R1K1T1NGCC4747

PVO40R1K1T1 NMMC4747

PV040R1K1T1 NMRC4747

PV046L1E1AYNMMC+PGP

PV046R1K1T1NMFBX5830 Parker piston pump original