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Quality Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump factory
Quality Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump factory
Quality Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump factory
Quality Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump factory
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Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump

Product Summary

Highland High Torque Hydraulic Dosing Pump Wheat Harvester Hydrostatic Transmission Quick Detail: · Cast iron housing · Hydraulic components · Model HPV50+HMF50 · Power components of hydraulic systems · Higher efficiency · Category dosing pump · Simple layout · System Solutions · Work fast · Fully ...

Product Custom Attributes

Model:
HPV50+HMF50
Scope Of Application:
Concrete Truck
Category:
Dosing Pump
Power:
Hydraulic
Application:
Wheat Harvester
Medium:
Hydraulic Oil
Warranty:
1 Year
Function:
Hydraulic System Components
Package:
Plywood Case
Product Name:
Wheat Harvester Hydrostatic Transmission High Torque
Highlight:

High Torque Hydraulic Dosing Pump

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Harvester Hydraulic Dosing Pump

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Wheat Harvester Hydrostatic Transmission

Basic Properties

Place of Origin:
CHINA DEZHOU
Brand Name:
HIGHLAND
Certification:
PATENT CERTIFICATE
Model Number:
HPV50+HMF50

Trading Properties

Minimum Order Quantity:
5 set
Price:
USD 1410-1500/set
Packaging Details:
plywood case
Delivery Time:
15 work days
Payment Terms:
T/T, Western Union
Supply Ability:
150 sets per month

Product Description

Highland High Torque Hydraulic Dosing Pump Wheat Harvester Hydrostatic Transmission

 

Quick Detail:

 

· Cast iron housing

· Hydraulic components

· Model HPV50+HMF50

· Power components of hydraulic systems

· Higher efficiency

· Category dosing pump

· Simple layout

· System Solutions

· Work fast

· Fully replace imported products

· Patent certificate certification

· Application wheat harvester

· 1 year warranty

 

Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump

 

Description:

 

Specifications:

 

Highland Wheat harvester hydrostatic transmission features

By designing and manufacturing static hydraulic transmission, we can provide axial hydraulic pump and hydraulic motor assembly and hydraulic system with high quality, high-performance parameters

 

Highland PV+MF Series Hydrostatic Transmission Technical parameter

 

PV hydraulic pump and MF hydraulic motor series 20 21 22 23
Displacement Max displacement ml/r 33.3 51.6 69.8 90.5
Speed Max continuous working speed
(Full load condition)
r/min 3500 3500 3200 3200
Rated speed r/min 2500
Min continuous working speed r/min 500
Pressure Rated working pressure Mpa 35
Max working pressure (transient) Mpa 42
Continuous working pressure Mpa 30
Allowable shell pressure (Absolute) Mpa Constant0.25, Peak value0.5
Torque Continuous output torque
(Under continuous working pressure)
Nm 162.3 252.3 342.6 432.9
Max output torque Nm 227 353 480 606
Power Continuous output power KW 45 79 107 139
Max power KW 62 95 114 150
Temperature Allowable shell temperature ℃ 80
Max working temperature of oil tank ℃ 70
weight PV series hydraulic pump hydraulic oil drain kg 45 53 63 78
PV series hydraulic motor hydraulic oil drain kg 30 34 40 47

 

Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump

 

Notices:

 

Hydraulic oil

The suitable replacement period for hydraulic oil in a sealed tank system is 2000 hours, and more often if the hydraulic oil is contaminated with water or other external materials or subjected to abnormal operating conditions.

As a general recommendation, the 10µ inlet oil filter should be replaced every spring or every 1500 hours (whichever occurs first) on a sealed tank system, or in an open tank system with an air filter fill cap. The oil filter should be replaced every 500 hours.

Heat Exchanger

The heat exchanger core and fins are kept clean at all times for maximum cooling and system efficiency, and the exterior of the heat exchanger is checked daily for blockages and cleaned as needed.

 

Application:

 

Mixer truck: concrete mixer truck, cement mixer truck;

Coal mining machinery: scraper;

Industry: pharmaceutical machinery;

Transport vehicles: road rollers, concrete pump trucks, stabilized soil mixers

 

Wheat Harvester Hydrostatic Transmission High Torque Hydraulic Dosing Pump

Application / Project Evidence

Concrete Mixer Truck Variable Piston Pump Project

For a concrete mixer truck application in Malaysia, the HPV50-MA-R-21 is documented within a hydraulic pump project.

Project details:

  • Project — Variable Piston Pump for Malaysia
  • Manufacturer — Shandong Highland Hydraulic Seiko Co., Ltd.
  • Pump model — HPV50-MA-R-21
  • Quantity — 50 units
  • Application — Concrete Mixer Trucks
  • Hydraulic circuit — Closed Circuit Hydraulic System
  • Maximum displacement — 50 mL/rev
  • Rated working pressure — 35 MPa
  • Maximum transient pressure — 42 MPa
  • Continuous working pressure — 30 MPa
  • Maximum continuous working speed — 3500 r/min

The project documentation is backed by product technical parameters, engineering drawings and a factory performance test report for the HPV50-MA-R-21.

This project reference illustrates the documented application of the HPV50 series in concrete mixer truck equipment, giving customers application-specific technical evidence when evaluating the pump for similar hydraulic systems.

Factory Performance Testing

Before dispatch, every HPV50-MA-R-21 closed-loop axial piston pump undergoes a controlled performance test to confirm its principal operating characteristics.

The unit tested was run on 14 September 2026 at a test temperature of 31.4°C, with a rated displacement of 50 mL/rev, a rated pressure of 35 MPa and a peak pressure of 42 MPa.

The test captured pump speed, outlet pressure, flow rate, displacement, input torque, input power, output power, overall efficiency and volumetric efficiency. Each report names the component model HPV50-MA-R-21 and carries a unique component number for full traceability.

This gives engineers and buyers product-specific measured data instead of relying solely on nominal catalogue figures.

Recorded Test Data

The results captured during factory performance testing of the HPV50-MA-R-21 pump are shown below.

Test PointSpeedPressureFlowDisplacementInput PowerOutput PowerOverall EfficiencyVolumetric Efficiency
11342 r/min4.4 MPa70.1 L/min52.2 mL/rev6.3 kW5.1 kW81.3%100%
21331 r/min17.6 MPa67.4 L/min52.2 mL/rev22.3 kW19.8 kW88.7%96.9%
31328 r/min30.2 MPa63.8 L/min52.2 mL/rev38.4 kW32.1 kW83.7%92%
41333 r/min4.5 MPa68.5 L/min51.4 mL/rev6.0 kW5.1 kW85.6%100%
51330 r/min18.3 MPa66.6 L/min51.4 mL/rev22.6 kW20.3 kW90%97.4%
61328 r/min30 MPa64.2 L/min51.4 mL/rev37.5 kW32.1 kW85.5%94.1%

Conditions of the test:

  • Test temperature — 31.4°C
  • Rated displacement — 50 mL/rev
  • Rated pressure — 35 MPa
  • Max pressure — 42 MPa
  • Max speed — 3500 r/min
  • Charge pressure — 1.6 MPa
  • Charge flow — 12.4 L/min

Source: HPV50-MA-R-21 factory test report, component No. 02609140203023.

Engineering Drawing

Engineering drawings with full dimensions are supplied for the HPV50-MA-R-21 closed-loop axial piston pump.

They provide the dimensional and interface information necessary for system integration: overall mounting dimensions, shaft and spline specifications, hydraulic ports, leakage ports, pressure test ports, control-handle dimensions and control positions.

The drawings additionally specify the rotation direction and the pressure-port configuration for both clockwise and counterclockwise operation.

Key interface data include:

  • HPV50-MA-R-21 product model
  • 50 mL/rev rated displacement
  • Ports A and B (main)
  • Ports L1 and L2 (leakage)
  • Port S (oil suction)
  • Port M (pressure/test)
  • Control: Manual / EP servo / Hydraulic servo
  • Input shaft spline configuration by model
  • SAE-related control and shaft dimensions

Hydraulic system designers can use these drawings to check mounting, shaft connection, port configuration and installation requirements before ordering.

Quality Control & Inspection

Before shipment, quality control of the HPV50-MA-R-21 covers product configuration, dimensional requirements and hydraulic performance.

The factory test record for the tested unit states the manufacturer, component model, component number, rated displacement, rated pressure, maximum pressure and test temperature; performance inspection covers operating speed, pressure, flow, displacement, input torque, input power, output power, overall efficiency and volumetric efficiency.

Dimensional and interface information for the pump body, hydraulic ports, leakage ports, shaft spline and control mechanism is provided in the engineering documentation.

Together, the configuration records, engineering documentation and recorded performance data give traceable technical evidence for the hydraulic pump supplied.

Technical Documents

Technical documentation is available to support product evaluation, hydraulic system design and installation planning for the HPV50-MA-R-21.

Available technical information includes:

  • HPV50-MA-R-21 Technical Parameters
  • Factory Performance Test Report
  • Engineering Drawing
  • Mounting and Overall Dimensions
  • Hydraulic Port Configuration
  • Input Shaft and Spline Specifications
  • Control Handle and Servo Control Information
  • Rotation Direction Configuration
  • HPV Series Technical Parameter Table
  • Model Selection Information

The HPV50-MA-R-21 technical documentation specifies a maximum displacement of 50 mL/rev, rated working pressure of 35 MPa, maximum transient working pressure of 42 MPa, continuous working pressure of 30 MPa and a minimum continuous operating speed of 500 r/min.

For engineering evaluation, customers can request the applicable technical documents and product-specific test information from Highland.

Engineering Team

Highland offers engineering support covering hydraulic pump selection, configuration and system integration.

For the HPV series this can include displacement selection, pressure and speed requirements, control configuration, rotation direction, shaft and mounting interfaces, hydraulic port configuration and application-specific needs.

For the HPV50-MA-R-21, the engineering documentation available defines displacement, operating pressure, speed range, torque and power characteristics, control options, shaft spline data, port configuration and installation dimensions.

By sharing their machine operating conditions and hydraulic system requirements, customers can obtain technical guidance on a suitable HPV series configuration.

 

FAQ

 

Q1. Can I have a sample order for wheat harvester hydrostatic transmission ?

A: Yes, we welcome sample order to test and check quality.

 

Q2. What about the lead time?

10 to 15 days for samples, mass production according to MOQ

 

Q3. Do you have any MOQ limit for wheat harvester hydrostatic transmission ?

A: Low MOQ, 1pc for sample checking is available.

 

Q4. How do you ship the goods and how long does it take to arrive?

Ship by sea, it generally takes 15-20 days to arrive, and air is also optional.

 

Q5. How to proceed an order for wheat harvester hydrostatic transmission ?

A: Firstly let us know your requirements or application.

Secondly We quote according to your requirements or our suggestions.

Thirdly customer confirms the samples and places deposit for formal order.

Fourthly We arrange the production.

 

Q6: Do you offer guarantee for the products?

A: Yes, we offer 1 years warranty to our products.

 

Q7: How to deal with the faulty?

Firstly, our products are produced in strict quality control system.Secondly, we will inspect the defective pump and motor, and then respond according to the actual situation.

Contact Our Experts And Get A Free Consultation!

Our mission is to offer "High Quality" & "Good Service" & "Fast Delivery" to help our clients to gain more profits.