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M3X/M3B-RG Series Motor

Axial Piston Motor with Reduction Gear, Fixed/Variable Displacement.

The M3X/M3B-RG series motors are Fixed/Variable Displacement Axial Piston Geared type motors with a reduction gear for applications requiring multiplied torque at lower speeds.

The M3X series are fixed displacement axial piston motors of swash plate design for applications. The M3B series are variable displacement axial piston motors of swash plate design for winch application.

These motors have a good self-priming capability and high starting efficiency developed based on our many years of experience and technology obtained in swash plate type pumps and motors. By combining the reduction gear RG series and M3X / M3B series, they provide to cover up large capacity.

 

  • Specifications
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    M3X200-RG03S5.7

    Displacement cm³ 149
    Rated Pressure MPa (kgf/cm2) 21.9 / 223
    Max. Speed minˉ¹ 270
    Max. Flow L/min 230
    Theoretical Output Torque N-m 2,930
    Gear Ratio - 5.65
    Total Displacement - 840
    Allowable Radial Force L 58,800
    Load Point mm 89
    Mass kg 98
    - -
    Max. pressure and Max. speed are determined by RG specification. Please make sure the temperature of the RG shall not rise beyond 80°C - -
    If the motor is used for the short operating periods such as used as winch motor and so on, the operating conditions may be beyond the rate pressure or max. speed mentioned above - -
    In this case please inform us of the specific operating conditions - -
    The theoretical radial force W acting on the driving shaft is calculated by the following formula - -

    M3X280-RG06S6.4/M3B280-RG06S6.4

    Displacement cm³ 252
    Rated Pressure MPa (kgf/cm2) 20.6 / 210
    Max. Speed minˉ¹ 190
    Max. Flow L/min 310
    Theoretical Output Torque N-m 5,280
    Gear Ratio - 6.4
    Total Displacement - 1,610
    Allowable Radial Force L 88,300
    Load Point mm 95
    Mass kg 150
    - -
    Max. pressure and Max. speed are determined by RG specification. Please make sure the temperature of the RG shall not rise beyond 80°C - -
    If the motor is used for the short operating periods such as used as winch motor and so on, the operating conditions may be beyond the rate pressure or max. speed mentioned above - -
    In this case please inform us of the specific operating conditions - -
    The theoretical radial force W acting on the driving shaft is calculated by the following formula - -

    M3X530-RG10S5.7/M3B530-RG10S5.7

    Displacement cm³ 533
    Rated Pressure MPa (kgf/cm2) 20.6 / 210
    Max. Speed minˉ¹ 150
    Max. Flow L/min 450
    Theoretical Output Torque N-m 9,870
    Gear Ratio - 6
    Total Displacement - 3,010
    Allowable Radial Force L 118,000
    Load Point mm 113
    Mass kg 243
    - -
    Max. pressure and Max. speed are determined by RG specification. Please make sure the temperature of the RG shall not rise beyond 80°C - -
    If the motor is used for the short operating periods such as used as winch motor and so on, the operating conditions may be beyond the rate pressure or max. speed mentioned above - -
    In this case please inform us of the specific operating conditions - -
    The theoretical radial force W acting on the driving shaft is calculated by the following formula - -

    M3X800-RG16S6.4/M3B800-RG16S6.4

    Displacement cm³ 800
    Rated Pressure MPa (kgf/cm2) 19.6 / 199
    Max. Speed minˉ¹ 130
    Max. Flow L/min 670
    Theoretical Output Torque N-m 16,000
    Gear Ratio - 6.4
    Total Displacement - 5,120
    Allowable Radial Force L 157,000
    Load Point mm 126
    Mass kg 420
    - -
    Max. pressure and Max. speed are determined by RG specification. Please make sure the temperature of the RG shall not rise beyond 80°C - -
    If the motor is used for the short operating periods such as used as winch motor and so on, the operating conditions may be beyond the rate pressure or max. speed mentioned above - -
    In this case please inform us of the specific operating conditions - -
    The theoretical radial force W acting on the driving shaft is calculated by the following formula - -

    Features and Benefits

    Superior performance in low speed operation -
    Smooth starting characteristic -
    Various diaplacement control options -
    Larger capacity is possible with reduction gears RG series -

    Markets

    Construction -
    Mining -
    Oil -
    Offshore Marine -

    Applications

    Winch Motor Applications Building on the knowledge and experiences of reputed MX/MB series, M3X/M3B series have been widely used especially as winch motors
    Cranes -
    Rock Crusher -
    Trenchers -
    Oil & Well Oil Tankers
    Bow Thrusters -
    Irrigation Pumps -
    Crawler Drills / Pile Drivers -
    Plastic Machinery & Die Casting -
    Tunnel Boring Machines -
    Cargo Vessels -
    Offshore Vessels -
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