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High-Performance ABT Series Servo Vane Pumps from China Suppliers - Leading Factory for Industrial Applications

The ABT Series Servo Pump is a high-performance hydraulic system oil pump, expertly developed through collaboration among three key players: Ningbo Vicks Hydraulic Co., Ltd., American Albert Hydraulic Co., Ltd., and the Zhejiang University Mechanical Control Engineering Research Institute. Featuring imported core components, this advanced pump showcases our proprietary intellectual property rights and is backed by state innovation fund support. As a leading product from China, the ABT Series Servo Pump is widely utilized in servo hydraulic systems for various applications, including rubber and plastic machinery, shoe manufacturing machines, forging and press machines, as well as bending and shearing machines. Choose our factory for reliable and efficient hydraulic solutions, and experience the quality that comes from top suppliers in the industry

    High-Performance Albert Abt Series Servo Vane Pumps for Industrial Use (5)
    High-Performance Albert Abt Series Servo Vane Pumps for Industrial Use (4)
    High-Performance Albert Abt Series Servo Vane Pumps for Industrial Use (3)
    High-Performance Albert Abt Series Servo Vane Pumps for Industrial Use (2)
    High-Performance Albert Abt Series Servo Vane Pumps for Industrial Use (1)
    ABT Servo Pump for Industrial Servo System (1)
    ABT Servo Pump for Industrial Servo System (2)

    Model Designation

    ABT2T -80 -2 R 02 -C 1
    Series Flow code Shaft type Rotation Outlet Positions Design number Sealing Level
    ABT1T 6,10,16,20,25,32,
    40,50,55,64
    -1 Keyed shaft
    -2 Keyed shaft
    (Viewed from shaft end of pump)
    R-right hand for clockwise
    L-left hand for counter-clockwise
    (Viewed from shaft end of pump)
    00-Opposite inlet port
    01-Inline with inlet
    02-90°CCW from inlet
    03-90°CW from inlet
    C 1-S1,(Buna)
    NBR Nitrile rubber

    2-S2,HNBR
    ABT2T 64,80,100,110,
    125,140,160
    -2 Keyed shaft
    ABT3 160,180,190,200 -1 Keyed shaft

    Technical Data

    series Flow code
    (USgpm)
    Geometric
    displacement
    mL/r
    Max. pressure Mpa Max. speed r/min Min. speed
    r/min
          Anti wear
    hydraulic oil
    Water glycol
    fluid
    Anti wear
    hydraulic oil
    Water glycol
    fluid
     
    ABT1T 6 5.8 32 21 3500 2200 50
      10 9.8          
      16 15.9          
      20 19.8          
      25 24.9          
      32 32.1          
      40 40.1          
      50 50.3 30        
      55 55.0 28 17.5      
      64 63.5          
    ABT2T 64 63.5 32 17.5 3000    
      80 80.4          
      100 100.5          
      110 110.0 30 17.5 2800    
      125 125.3 28 17.5 2500    
      140 140.0          
      160 160.1 21        
    ABT3 160 160.1 17.5 14 2200 2000  
      180 180.0          
      190 190.0          
      200 200.5          
    Displacement can be customized

    Product performance

    Performance index Performance data
    mL/r
    Displacement range mL/r
    6~200
    MPa
    Max.pressure Mpa
    32
    r/min
    Max,speed
    3500
    Volume efficiency %
    (Within rotation speed 1500r/min,pump displacement 40mL/r, pressure 16MPa, oil temperture 50℃)
    ≥95
    Min. low pressure speed r/min (Within plastic machine 300g, pump displacement 64mLr, pressure 17.5MPa, oil temperture 45℃) 85
    Pressure oscillator bar (Within plastic machine 300g, pump displacement 64mL/r, pressure 17.5MPa, oil temperture 45℃) ±1.0
    ABT Servo Pump for Industrial Servo System detail (1)
    ABT Servo Pump for Industrial Servo System detail (2)
    ABT Servo Pump for Industrial Servo System detail (3)

    ABT-Z Model Designation

    ABT-Z Model Designation
    ABT2T -80 -4 R 02 -Z2 1
    Series Flow code Shaft type Rotation Outlet Positions Design number Sealing Level
    ABT1T 3,240 -3 Spline shaft
    -4 φ40 Keyed shaft
    (Viewed from shaft end of pump)
    R-right hand for clockwise
    L-left hand for counter-clockwise
    (Viewed from shaft end of pump)
    00-Opposite inlet port
    01-Inline with inlet
    02-90°cCW from inlet
    03-90°CW from inlet
    Z0 1-S1,NBR

    2-S2,HNBR
    ABT1T 5,064 -3 Spline shaft
    -4 φ40
    Keyed shaft
    Z1
    ABT2T 80,100,125 -4 Spline shaft
    -5 φ50
    Keyed shaft
    Z2

    Design number: ZO Flow: 32、40 Installation dimensions

    ABT Servo Pump for Industrial Servo System detail (4)

    Design number:Z1 Flow: 50、64 Installation dimensions

    ABT Servo Pump for Industrial Servo System detail (5)

    Design number:Z2 Flow:80、100、125 Installation dimensions

    ABT Servo Pump for Industrial Servo System detail (6)
    Frequently Asked Questions (FAQ)
    Q1: What is the geometric displacement range of the ABT series pumps?
    A1: The displacement range of the ABT series servo vane pumps is between 6 mL/r and 200 mL/r. Customized displacement options are also available to meet specific industrial requirements.
    Q2: What is the maximum operating pressure for ABT series pumps?
    A2: The maximum operating pressure reaches up to 32 MPa when using anti-wear hydraulic oil, and up to 21 MPa when operating with water glycol fluid.
    Q3: How do I identify the rotation direction of the pump from the model code?
    A3: The rotation direction is viewed from the shaft end of the pump. An "R" in the model designation indicates right-hand (clockwise) rotation, while an "L" indicates left-hand (counter-clockwise) rotation.
    Q4: What sealing levels are available for these servo vane pumps?
    A4: The pumps offer two sealing options: Sealing Level 1 (S1) which utilizes Buna-NBR Nitrile rubber, and Sealing Level 2 (S2) which features HNBR for enhanced chemical and thermal resistance.
    Q5: What are the available outlet position options?
    A5: Viewed from the shaft end, the outlets can be configured as: 00 (opposite the inlet port), 01 (inline with the inlet), 02 (90° CCW from the inlet), or 03 (90° CW from the inlet).
    Q6: What fluid media are compatible with the ABT series pumps?
    A6: These pumps are designed to operate efficiently with either standard anti-wear hydraulic oil or water glycol fluid, depending on your system's requirements.

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