Parker PARKER gear pump PGP511A0110CK1H2NE5E3B1B

Parker PARKER gear pump PGP511A0110CK1H2NE5E3B1B

Due to the wide variety of imported spare parts models for industrial hydraulic and automation brands, the prices and delivery times of European and American products change in real-time;

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Parker gear pump PGP series features
1. High voltage
Continuous operation with low force up to 275 bar, high-strength materials and large shaft diameter size reduce bearing load and adapt to high-pressure working conditions.
2. Low noise
PGP 503 is a 9-tooth gear, PGP 505 and PGP 517 are 13 tooth gears, PGP 511 is a 12 tooth gear, and the flow distribution structure has been optimized to increase pressure
The pulsation is reduced, and the operation is exceptionally smooth and quiet. (PGP 511 also has a noise cancelling 'Secret Trace' model available for supply)
3. Efficiency
Under all operating conditions, the floating shaft sleeve structure with pressure balance can ensure the efficiency of gao.
4. Flexibility of application
The standardized installation and connection dimensions, the ability to integrate various valve components, and the shared inlet multi pump configuration provide flexibility in system design and application.

Parker PARKER gear pump PGP511A0110CK1H2NE5E3B1B

3349116065 PGP511A0060CL 6H2NJ7J5B1B1
3349111142 PGP511A0060CS1D4NE5E3B1B1
3349111465 PGP511A0060CS1D4NJ7J5B1B1
3349111691 PGP511A0060CS1Q2NJ7J5B1B1
3349111899 PGP511A0060CS2D3NE3E3B1B1
3349111656 PGP511A0060CS2D3NE5E3B1B1
3349111404 PGP511A0060CS2D3NL1L1B1B1
3349111943 PGP511A0060CS2D3VE5E3B1B1
3349111889 PGP511A0060CS4D3NE3E2B1B1
3349111390 PGP511A0060CS4D3NE5E3B1B1
3349111052 PGP511A0060CS4D3NJ7J5B1B1
3349111172 PGP511A0060CS4D3NL1L1B1B1
3349114059 PGP511A0060CS4F3NJ7J5RDBA
3349111553 PGP511A0060CV5Q3XE5E3B1B1
3349116185 PGP511A0060CV5Q3XJ7J5B1B1
3349110069 PGP511A0070AA1H2NE3K1*B1B1
3349112410 PGP511A0070AA1H2NE5E3B1B1
3349112094 PGP511A0070AA1H2NL1L1B1B1
3349112646 PGP511A0070AS1Q4NJ7J5B1B1.
3349112082 PGP511A0070AS4D3NL1L1B1B1
PGP511A0070AZ7F5NH6H3B1B1
3349111184 PGP511A0070CA1H2NL1L1B1B1
3349116251 PGP511A0070CA1H4MB1 E3E3B1
3349111315 PGP511A0070CS2D3NL1L1B1B1
3349111431 PGP511A0070CS4D3NE3E3B1B1
3349111391 PGP511A0070CS4D3NE5E3B1B1
3349111173 PGP511A0070CS4D3NL1L1B1B1
3349114028 PGP511A0070CZ7F5NH6H3B1B1
3349112525 PGP511A0080AA1H2MD5B1QAAN
3349112661 PGP511A0080AA1H2NB1B1E3E3
3349112622 PGP511A0080AA1H2NE5E3B1B1
3349112366 PGP511A0080AA1H2VJ7J5B1B1
3349112810 PGP511A0080AC1H2MD5B1QAAN
3349112793 PGP511A0080AC1 H2MD5B1QABJ
3349112254 PGP511A0080AC1H2ND4D4D5D4-MUNC
3349115046 PGP511A0080AD1L7VJ7J5B1B1
3349112411 PGP511A0080AF1D4NJ7J5B1B1
3349112491 PGP511A0080AF1Q4NJ7J5B1B1
3349112538 PGP511A0080AK1H2NB1B1E3E3
PGP511A0080AK1H2NE3E2B1B1
PGP511A0080AK1H2NE5E3B1B1
3349112630 PGP511A0080AK1H2NL1L1B1B1
3349115035 PGP511A0080AL 5F4NE5E3B1B1

The concept of a gear pump is very simple, that is, its basic form is two gears of the same size meshing and rotating with each other in a tightly fitting housing. The interior of this housing is similar to an "8" shape, and two gears are installed inside, with the outer diameter and both sides of the gears tightly fitting with the housing. The material from the extruder enters the space between two gears at the suction port and fills it. It moves along the shell with the rotation of the teeth and is discharged when the two teeth mesh.
In terms of terminology, gear pumps are also known as positive displacement devices, which are like pistons in a cylinder. When one tooth enters the fluid space of another tooth, the liquid is mechanically squeezed out. Because liquids are incompressible, liquids and teeth cannot occupy the same space at the same time, thus eliminating liquids. Due to the continuous meshing of the teeth, this phenomenon occurs continuously, thus providing a continuous discharge at the pump outlet. The amount discharged is the same for each rotation of the pump. As the drive shaft rotates continuously, the pump also continuously discharges fluid. The flow rate of a pump is directly related to its rotational speed.

In fact, there is a small amount of fluid loss inside the pump, which prevents the pump's operating efficiency from reaching 100%. This is because these fluids are used to lubricate the bearings and gears on both sides, and the pump body cannot fit seamlessly. Therefore, it is impossible to discharge the fluid 100% from the outlet, so a small amount of fluid loss is inevitable. However, the pump can still operate well and achieve an efficiency of 93% to 98% for most extruded materials.

For fluids with changes in viscosity or density during the process, this pump will not be greatly affected. If there is a damper, such as placing a filter or a limiter on the discharge side, the pump will push the fluid through them. If the damper changes during operation, that is, if the filter becomes dirty, clogged, or the back pressure of the limiter increases, the pump will still maintain a constant flow until it reaches the mechanical limit of the weak component in the device (usually equipped with a torque limiter).

There is actually a limit to the speed of a pump, which mainly depends on the process fluid. If oil is being transported, the pump can rotate at a high speed. However, when the fluid is a high viscosity polymer melt, this limit is greatly reduced.
It is very important to push high viscosity fluid into the two tooth space on one side of the suction port. If this space is not fully filled, the pump cannot discharge accurate flow, so PV value (pressure x flow rate) is also another limiting factor and a process variable. Due to these limitations, gear pump manufacturers will offer a range of products in different specifications and displacements (the amount discharged per revolution). These pumps will be matched with specific application processes to achieve system capacity and price.

Product quotation and delivery time explanation: Due to the wide variety of imported spare parts models for industrial hydraulic and automation brands, the prices and delivery times of European and American products change in real time, making it difficult to accurately indicate prices in real time. Therefore, please refer to our company's quotation for specific product information, quotation, and delivery time. We apologize for any inconvenience caused! The above information is published by Shanghai Weimi, and the final interpretation rights belong to Shanghai Weimi Electromechanical Equipment Co., Ltd. Thank you for your cooperation and we are dedicated to serving you.