STANDARD EPA-80M | Inclinable Eccentric Presses - STANDARD Direct

STANDARD EPA-80M Inclinable Eccentric Presses with Adjustable Stroke and Mechanical Clutch

*Excludes Local Taxes*

*Products are built on order, general delivery is 8~16weeks and include Sea Freight to most ports

Description

Standard EPA-80M Inclinable Eccentric Presses with Adjustable Stroke and Mechanical Clutch:

An 80M Inclinable Eccentric Press with Adjustable Stroke and Mechanical Clutch is a type of metal forging press machine. It has a maximum forging capacity of 80 metric tons and is capable of inclining, or tilting, the press axis to produce more complex shapes. The stroke length, or the distance the ram moves up and down, can be adjusted to meet the specific requirements of a forging job. The mechanical clutch allows for precise control over the speed and power of the ram during forging operations. This type of press is commonly used in the production of metal parts for a variety of industries including automotive, aerospace, and construction.

Main Features:

  • Adopts horizontally placed crankshaft
  • Stroke adjustment device mounted on crankshaft
  • Rigid rotated bond clutch
  • Manual shut height adjustment with scale display.
Specifications
  • Nominal force - 800kN = 179847.8 lbf
  • Stoke under nominal force - 5Mm = 196.8504 inches
  • Slide block stroke - 10-130Mm = 0.3937-5.1181 inches
  • Number of stroke - 45Mm = 1.7717 inches
  • Max. die set height - 280Mm = 11.0236 inches
  • Die set height adjustment - 80Mm = 3.1496 inches
  • Distance from slide block center to the frame - 270Mm = 10.6299 inches
  • Worktable dimension - 520-860Mm = 20.4724-33.8583 inches
  • Dimensions of worktable hole - Ø200Mm = Ø7.874 inches
  • Thickness of bolster - 100Mm = Ø7.874 inches
  • Hole dimension in bed - Ø250Mm =  Ø9.8425 inches
  • Dimension of side block button surface - 280-380Mm = 11.0236-14.9606 inches
  • Size of the handle hole (diameter x depth) -  Ø60x75Mm = Ø2.3622 x 2.9528 inches
  • Max. tilting angle of body - 20°
  • Distance between columns of body - 410Mm = 16.1417 inches
  • Motor power - 7.5Kw = 10.0659 hp
  • Net weight - 5280kg = 11660.53 lbs
    Delivery

    Product is Build on Order Only.

    Delivery is 8-12 Weeks from Deposit

     

    How to use a Inclinable Eccentric Presses

    To use a 80M Inclinable Eccentric Press with Adjustable Stroke and Mechanical Clutch, the following steps should be followed:

    1. Preparation: Check the machine for proper alignment and clear any obstructions that might interfere with its operation. Verify that the workpiece and die are correctly installed and secure.

    2. Adjustment: Set the stroke length and incline angle as required for the specific forging job. Also, adjust the mechanical clutch to control the speed and power of the ram.

    3. Operation: Start the press and observe its operation to ensure it is functioning properly. Use the control panel to activate the ram and monitor its progress during the forging process.

    4. Monitoring: Continuously monitor the machine for any signs of wear, damage, or other issues that might impact its performance. Adjust the machine as necessary to ensure it is functioning optimally.

    5. Maintenance: Regularly perform preventive maintenance on the press to keep it in good working condition and extend its service life. This includes checking and tightening bolts, lubricating moving parts, and cleaning the machine.

    It's important to note that using a press of this size and capacity requires proper training and knowledge of its operation and safety procedures. Before using this type of press, it is highly recommended to receive adequate training and familiarize yourself with its operating manual.

    Description

    Standard EPA-80M Inclinable Eccentric Presses with Adjustable Stroke and Mechanical Clutch:

    An 80M Inclinable Eccentric Press with Adjustable Stroke and Mechanical Clutch is a type of metal forging press machine. It has a maximum forging capacity of 80 metric tons and is capable of inclining, or tilting, the press axis to produce more complex shapes. The stroke length, or the distance the ram moves up and down, can be adjusted to meet the specific requirements of a forging job. The mechanical clutch allows for precise control over the speed and power of the ram during forging operations. This type of press is commonly used in the production of metal parts for a variety of industries including automotive, aerospace, and construction.

    Main Features:

    • Adopts horizontally placed crankshaft
    • Stroke adjustment device mounted on crankshaft
    • Rigid rotated bond clutch
    • Manual shut height adjustment with scale display.
    Specifications
    • Nominal force - 800kN = 179847.8 lbf
    • Stoke under nominal force - 5Mm = 196.8504 inches
    • Slide block stroke - 10-130Mm = 0.3937-5.1181 inches
    • Number of stroke - 45Mm = 1.7717 inches
    • Max. die set height - 280Mm = 11.0236 inches
    • Die set height adjustment - 80Mm = 3.1496 inches
    • Distance from slide block center to the frame - 270Mm = 10.6299 inches
    • Worktable dimension - 520-860Mm = 20.4724-33.8583 inches
    • Dimensions of worktable hole - Ø200Mm = Ø7.874 inches
    • Thickness of bolster - 100Mm = Ø7.874 inches
    • Hole dimension in bed - Ø250Mm =  Ø9.8425 inches
    • Dimension of side block button surface - 280-380Mm = 11.0236-14.9606 inches
    • Size of the handle hole (diameter x depth) -  Ø60x75Mm = Ø2.3622 x 2.9528 inches
    • Max. tilting angle of body - 20°
    • Distance between columns of body - 410Mm = 16.1417 inches
    • Motor power - 7.5Kw = 10.0659 hp
    • Net weight - 5280kg = 11660.53 lbs
      Delivery

      Product is Build on Order Only.

      Delivery is 8-12 Weeks from Deposit

       

      How to use a Inclinable Eccentric Presses

      To use a 80M Inclinable Eccentric Press with Adjustable Stroke and Mechanical Clutch, the following steps should be followed:

      1. Preparation: Check the machine for proper alignment and clear any obstructions that might interfere with its operation. Verify that the workpiece and die are correctly installed and secure.

      2. Adjustment: Set the stroke length and incline angle as required for the specific forging job. Also, adjust the mechanical clutch to control the speed and power of the ram.

      3. Operation: Start the press and observe its operation to ensure it is functioning properly. Use the control panel to activate the ram and monitor its progress during the forging process.

      4. Monitoring: Continuously monitor the machine for any signs of wear, damage, or other issues that might impact its performance. Adjust the machine as necessary to ensure it is functioning optimally.

      5. Maintenance: Regularly perform preventive maintenance on the press to keep it in good working condition and extend its service life. This includes checking and tightening bolts, lubricating moving parts, and cleaning the machine.

      It's important to note that using a press of this size and capacity requires proper training and knowledge of its operation and safety procedures. Before using this type of press, it is highly recommended to receive adequate training and familiarize yourself with its operating manual.

      *Information shown may differ or change without warning*

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      Description

      Standard EPA-80M Inclinable Eccentric Presses with Adjustable Stroke and Mechanical Clutch:

      An 80M Inclinable Eccentric Press with Adjustable Stroke and Mechanical Clutch is a type of metal forging press machine. It has a maximum forging capacity of 80 metric tons and is capable of inclining, or tilting, the press axis to produce more complex shapes. The stroke length, or the distance the ram moves up and down, can be adjusted to meet the specific requirements of a forging job. The mechanical clutch allows for precise control over the speed and power of the ram during forging operations. This type of press is commonly used in the production of metal parts for a variety of industries including automotive, aerospace, and construction.

      Main Features:

      • Adopts horizontally placed crankshaft
      • Stroke adjustment device mounted on crankshaft
      • Rigid rotated bond clutch
      • Manual shut height adjustment with scale display.
      Specifications
      • Nominal force - 800kN = 179847.8 lbf
      • Stoke under nominal force - 5Mm = 196.8504 inches
      • Slide block stroke - 10-130Mm = 0.3937-5.1181 inches
      • Number of stroke - 45Mm = 1.7717 inches
      • Max. die set height - 280Mm = 11.0236 inches
      • Die set height adjustment - 80Mm = 3.1496 inches
      • Distance from slide block center to the frame - 270Mm = 10.6299 inches
      • Worktable dimension - 520-860Mm = 20.4724-33.8583 inches
      • Dimensions of worktable hole - Ø200Mm = Ø7.874 inches
      • Thickness of bolster - 100Mm = Ø7.874 inches
      • Hole dimension in bed - Ø250Mm =  Ø9.8425 inches
      • Dimension of side block button surface - 280-380Mm = 11.0236-14.9606 inches
      • Size of the handle hole (diameter x depth) -  Ø60x75Mm = Ø2.3622 x 2.9528 inches
      • Max. tilting angle of body - 20°
      • Distance between columns of body - 410Mm = 16.1417 inches
      • Motor power - 7.5Kw = 10.0659 hp
      • Net weight - 5280kg = 11660.53 lbs
        Delivery

        Product is Build on Order Only.

        Delivery is 8-12 Weeks from Deposit

         

        How to use a Inclinable Eccentric Presses

        To use a 80M Inclinable Eccentric Press with Adjustable Stroke and Mechanical Clutch, the following steps should be followed:

        1. Preparation: Check the machine for proper alignment and clear any obstructions that might interfere with its operation. Verify that the workpiece and die are correctly installed and secure.

        2. Adjustment: Set the stroke length and incline angle as required for the specific forging job. Also, adjust the mechanical clutch to control the speed and power of the ram.

        3. Operation: Start the press and observe its operation to ensure it is functioning properly. Use the control panel to activate the ram and monitor its progress during the forging process.

        4. Monitoring: Continuously monitor the machine for any signs of wear, damage, or other issues that might impact its performance. Adjust the machine as necessary to ensure it is functioning optimally.

        5. Maintenance: Regularly perform preventive maintenance on the press to keep it in good working condition and extend its service life. This includes checking and tightening bolts, lubricating moving parts, and cleaning the machine.

        It's important to note that using a press of this size and capacity requires proper training and knowledge of its operation and safety procedures. Before using this type of press, it is highly recommended to receive adequate training and familiarize yourself with its operating manual.

        *Information shown may differ or change without warning*