NACHI VDR Vane Pump - High Performance, Reliable Hydraulic Solutions

NACHI VDR vane pump

The NACHI VDR Vane Pump is a versatile and robust solution designed for a wide range of industrial applications. Renowned for its high efficiency and reliable performance, the VDR series offers exceptional durability and precision.

Its compact design allows for easy installation and maintenance, making it an ideal choice for various hydraulic systems. The pump’s advanced engineering ensures smooth operation, reduced noise levels, and enhanced energy efficiency.

Perfect for both high and low-pressure applications, the NACHI VDR Vane Pump is your go-to option for optimizing hydraulic system performance and longevity.

NACHI VDR Pump Features

NACHI VDR Specifications

Model No.Capacity (cm3/rev)No-load Discharge Rate (ℓ/min) at 1000min-1No-load Discharge Rate (ℓ/min) at 1200min-1No-load Discharge Rate (ℓ/min) at 1500min-1No-load Discharge Rate (ℓ/min) at 1800min-1Allowable Peak Pressure (MPa {kgf/cm2})Revolution Speed (min-1) – Min.Revolution Speed (min-1) – Max.Weight (kg)
VDR-1A(B)-1A2-2216.716.72025301480018009
VDR-1A(B)-1A3-2216.716.72025301480018009
VDR-1A(B)-1A4-2220202430361480018009
VDR-1A(B)-1A5-2225253037.5451480018009
VDR-1A(B)-2A2-2230303645541480018009
VDR-1A(B)-2A3-2222222632.5391480018009
VDR-11A(B)-1A2-1A2-2222222632.53914800180017
VDR-11A(B)-1A2-1A3-2227273240.54814800180017
VDR-11A(B)-1A3-1A3-22333340506014800180017
VDR-11A(B)-2A2-2A2-22404048607214800180017
VDR-11A(B)-2A2-2A3-22303036455414800180017
VDR-11A(B)-2A3-2A3-22404048607214800180017
VDR-1A(B)-1A1-1313.911.11317201480018008
VDR-1A(B)-1A2-1313.911.11317201480018008
VDR-1A(B)-1A3-1313.911.11317201480018008
VDR-2A(B)-1A1-132522.226.5344014800180021
VDR-2A(B)-1A2-132522.226.5344014800180021
VDR-2A(B)-1A3-132522.226.5344014800180021
VDR-11A(B)-1A1-1A1-132522.226.5344014800180020
VDR-11A(B)-1A1-1A2-132522.226.5344014800180020
VDR-11A(B)-1A1-1A3-132522.226.5344014800180020
VDR-11A(B)-1A2-1A2-132522.226.5344014800180020
VDR-11A(B)-1A2-1A3-132522.226.5344014800180020
VDR-11A(B)-1A3-1A3-132522.226.5344014800180020

Nachi vDR manual PDF

The Nachi VDR Vane Pump Manual is a comprehensive guide detailing the specifications, installation procedures, and maintenance requirements for the VDR series vane pumps. This manual provides essential information on the pump’s performance characteristics, operating parameters, and troubleshooting tips. It includes detailed diagrams and illustrations to facilitate understanding and proper handling of the equipment. Designed for industrial applications, the VDR vane pump manual ensures users can maximize efficiency and longevity of their pumps. By following the guidelines provided, users can ensure optimal performance and avoid common operational issues.

Nachi vdr13 manual pdf free download
Nachi vdr22 manual pdf free download

Nachi vDR Vane Pump applications

Nachi VDR vane pump FAQ

The VDR pump features stable, highly efficient operation up to 14MPa, high-precision instantaneous response, silent operation even in high-pressure ranges, reduced power loss, and solid construction for durability .

Drain piping must be direct up to a point below the tank fluid level, with back pressure not exceeding 0.03MPa. For pumps with two drain ports, use the higher drain port after installation .

For pressures of 7MPa or lower, use ISO VG32 or equivalent (viscosity index of at least 90). For pressures greater than 7MPa, use ISO VG68 or equivalent .

The operating temperature range is 15 to 60°C. If the oil temperature at startup is 15°C or less, perform a warm-up operation at low pressure until the oil temperature reaches 15°C .

The discharge flow rate is decreased by clockwise rotation of the discharge rate adjusting screw and increased by counterclockwise rotation. Loosen the lock nut before making adjustments and re-tighten it after adjustment .

Suction pressure should be -0.03 to +0.03MPa, and the suction port flow rate should not exceed 2m/sec. Provide a suction strainer with a filtering grade of about 100 μm and a 25μm line filter for the return line to the tank .

The flow rate setting is at the maximum flow rate for the model as indicated in the catalog, and the pressure setting is as shown in the provided tables .

  •  

Avoid pulley, gear, and other drive systems that impart radial or thrust load on the end of the pump shaft. The pump shaft should be oriented horizontally during installation. Ensure eccentricity with the motor shaft does not exceed 0.05mm and use a pump mounting base with sufficient rigidity .

Get a quick quote
It is convenient for our customer service staff to contact you in time
Click or drag files to this area to upload. You can upload up to 2 files.
Upload a picture of the hydraulic pump you need
For you to quickly find the hydraulic pump you need, please be sure to provide the brand model and picture of the hydraulic pump
Get a quick quote
It is convenient for our customer service staff to contact you in time
Click or drag files to this area to upload. You can upload up to 2 files.
Upload a picture of the hydraulic pump you need
For you to quickly find the hydraulic pump you need, please be sure to provide the brand model and picture of the hydraulic pump