parker hydraulic pump identification Guide
Parker hydraulic pump Interpretation nameplate information

parker hydraulic pump identification Guide

Table of Contents

Parker hydraulic pump and motor identification. When bidding on surplus Parker hydraulic motors it’s often impossible to tell which model you’ve got without opening the unit up. Sometimes it’s a toss up between two models or similar looking units. I’ve compiled pictures and numerical data to help you identify the appropriate models.

Parker hydraulic pump Interpretation of nameplate information

Model number: The model number identifies the specific pump model. This information is used to order replacement parts or service kits.

Displacement: The displacement of a hydraulic pump is determined by its bore and stroke, which are found on the nameplate. Generally speaking, larger bore pumps will provide higher flow rates at lower pressures. Smaller bore pumps will provide higher pressures at lower flow rates.

Inlet pressure: Inlet pressure is determined by the amount of pressure that can be applied to the inlet side of the cylinder. It can be measured using a manometer or specialized instrumentation and equipment.

Maximum pressure: Maximum pressure is determined by how much pressure can be applied to the outlet side of a piston-type pump or through internal leakage past seals on pistonless pumps (for example, gear pumps). It can be measured using specialized instrumentation and equipment.

Parker 500 Series hydraulic pump identification

Parker hydraulic pumps are designed to provide years of trouble-free performance. The Parker hydraulic pump is a compact, efficient, quiet and reliable solution for a variety of applications. The Parker hydraulic pump is available in a wide range of configurations and sizes. These pumps are ideal for mobile equipment, agricultural equipment, industrial equipment, power generation equipment and more.

The Parker 500 Series hydraulic pump offers the following advantages:

Compact size – the smallest in its class;

High reliability – durable construction ensures long life;

Low maintenance – field serviceable components allow for easy maintenance in the field;

Quiet operation – low noise levels make this unit ideal for use in residential areas or near sensitive equipment where noise is an issue

PGP511 Series Aluminium

Code:

PG511
PG511

PGP517 Series Aluminium

Code:

PGP517
PGP517

Parker 300 Series hydraulic pump identification

The Parker 300 Series Hydrostatic Pump is designed to produce a flow rate of up to 2.4 gallons per minute (gpm). This pump has been engineered for use in chemical, food and beverage, agricultural, and marine applications.

The Parker 300 Series features a durable construction with cast iron base and head, bronze bushing, two-piece shaft and wear ring. The housing is made from cast aluminum and features an integral check valve. The pump is UL-listed for both Class 1 Division 2 or 3 hazardous locations and Class II Division 1 hazardous locations.

PGM315 Series

Code:

PGM315
PGM315

PGM330 Series

Code:

PGM330
PGM330

PGM350 Series

Code:

PGM350
PGM350

PGM365 Series

Code:

PGM365
PGM365

Parker 600 Series hydraulic pump identification

The Parker 600 Series hydraulic pump is a compact, heavy-duty, single-stage pump that is well suited for use in a wide variety of industrial and mobile applications. The 600 Series pump is available in three different sizes: the 602 (1/2 HP), 604 (3/4 HP), and 606 (1 HP). These pumps provide flow rates up to 7 GPM at pressures up to 2,000 PSI.

The Parker 600 Series hydraulic pump features a cast iron volute housing with double mechanical seals. It has a two-stage piston with a self-lubricating bronze bushing, an integral cooling system and one piece cast iron construction. The Parker 600 Series pump also has an automatic bypass valve that protects against excessive pressure surges resulting from pump overloads or water hammer conditions.

The Parker 600 Series hydraulic pump comes standard with an anti-vibration mounting kit which helps reduce noise levels when used in mobile applications such as construction equipment or other vehicles where vibration can cause noise problems.

PGM 620

Code:

PG620
PG620

PGM 640

Code:

PG640
PG640

Parker SDV Series hydraulic pump identification

The Parker SDV Series is a single-stage, variable displacement hydraulic pump. It is available in three configurations: direct drive, belt drive, and gear drive. The SDV Series pumps are designed for mounting on a horizontal axis or vertical axis. These pumps deliver high pressure and flow in a compact package with minimal horsepower requirements. The SDV Series pumps are available with power ratings up to 200 horsepower (HP) and maximum pressures up to 30,000 psi (2,050 bar).

Features of the SDV Series include:

● Two-stage capability for high pressure applications

● Rugged construction for long life and reliability

● High efficiency operation at low speeds

● Wide range of flow rates from 60 to 6,000 gallons per minute (gpm) (2 to 216 liters per minute (lpm))

● Available as an integral unit or as a modular design that allows easy access for maintenance

Code:

SDV
SDV

Parker Single Pumps identification

Parker Single Pumps are a great choice if you want a high quality and durable product. The single pump is available in three different models: the Classic, Steel, and Gold.

The Parker Single Pump is also suitable for use with all types of paint, including latex, oil-based, lacquer and even water-based paints. It can be used for touching up small areas or for priming large surfaces. The advantage of using this type of sprayer is that it’s extremely easy to use and clean up after use.

The Parker Single Pump is available in three different models: Classic, Steel, and Gold. These models have different features so make sure you choose one that will suit your needs best!

The Classic model has a stainless steel body and comes with an adjustable nozzle which allows you to spray at various angles. This model also comes with a built-in strainer which helps prevent clogging or clumping while spraying.

The Steel model has an aluminum body which makes it lighter than the classic model but still strong enough to withstand everyday use. The steel model also comes with an adjustable nozzle which allows you to spray at various angles as well as having an extra long hose (6 feet).

T6C Series

Code:

T6C
T6C

T7DS Series

Code:

T7DS
T7DS

T7ES Series

Code:

T7ES
T7ES

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Parker Double Pumps identification

Parker Double Pumps are the best pumps available. The Parker Double Pumps have a combination of double action and single action pumping mechanisms that make it possible to have a great workout in the comfort of your own home. The Parker Double Pumps are great for strengthening the lower back, buttocks and thighs. They also improve circulation and help relieve stress on sore muscles.

The double action feature allows you to exercise the left leg and then the right leg without having to stop or change positions. This allows you to get an effective workout in less time than other models of single leg exercises such as leg extensions or squats. These two motions combined allow for a total body workout that will help you lose weight and tone up your entire body without even leaving your home! You can do these exercises anywhere from 10 minutes up to 30 minutes depending on your level of fitness, age or physical condition.

T7BBS Series

Code:

T7BBS
T7BBS

T67CB Series

Code:

T67CB
T67CB

T67DC Series

Code:

T67dc
T67dc

T7DDS Series

Code:

T7DDS
T7DDS

T7EBS Series

Code:

T7EBS
T7EBS

T67EC Series

Code:

T67EC
T67EC

T7EDS Series

Code:

T7EDS
T7EDS

T7EES Series

Code:

T7EES
T7EES

If you can’t identify the Parker hydraulic pump, you can contact our engineers

Pave the way to a more comfortable [living experience] by installing a durable, reliable pump. If you’re having trouble with your current pump, having an expert inspect the unit may be your best course of action. The step-by-step guide can help in the event that you do decide to install a new one. Digging into this information will surely help you get things done right.

Related Questions

How does an external fuel pump work?

An external fuel pump moves gasoline from the tank to the engine, often using an impeller or gear-rotor mechanism to create pressure that propels the fuel through the line.

How do you calculate efficiency for a gear pump?

To calculate the efficiency of a gear pump, you must measure the input power and the output power, and then divide the output power by the input power. This ratio is then multiplied by 100 to get the efficiency percentage.

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Hydraulic Pump Enginee Lee

About Me

Our products are designed to meet the high-performance and reliability requirements of industrial machinery, as well as the needs of end users. We have a broad range that covers all aspects of hydraulic technology, including liquid-cooled pumps, dry-running pumps, high-pressure pumps and special-purpose pumps.

—-Lee

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