M3X/M3B
35Pages

Catalog excerpts

Axial Piston Motors for General Industrial Machinery

CONTENTS You can go to a necessary page if you click a table of contents. ON APPLICATION / USE OF THE PRODUCTS ·······························1 SAFETY PRECAUTIONS ··································································2 WIDE VARIETY OF OUR SWASH-PLATE TYPE AXIAL PISTON MOTOR ··3 Fixed-Displacement Type Axial Piston Motor M3X SERIES ·····················································································5 Variable-Displacement Type Axial Piston Motor M3B SERIES ···················································································11 Axial Piston Motor...

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ON APPLICATION / USAGE OF THE PRODUCTS Although our products are designed on the basis of our profound knowledge and long experience, and manufactured under the strict quality control system, the following must be taken into consideration in actual use. The operating conditions of the products shown in this catalog vary depending upon each application. Therefore, the decision of the products' suitability to the system considered must be made by the designer of the hydraulic system and/or the person in charge of determining the specification after making analysis and conducting tests, if...

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SAFETY PRECAUTIONS Before you use the product, you MUST read the operation or operators manual and MUST fully understand how to use the product. To use the product safely, you MUST carefully read all Warnings and Cautions in this manual. You MUST also observe the related regulations and rules regarding safety. Cautions related to operation Warnings and Cautions for operation Use the safety equipment to avoid the injury when you operate the product. CAUTION Never use the product not equipped with DANGER anti-explosion protection in the circumstances of possible explosion or combustion. Pay...

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High-Performance Motors You Have Been Waiting for Kawasaki Swash-Plate Type Axial Piston Motors for General Use Displacement (cm3 ) P rated= 31.4MPa (K3X series) 29.4MPa 20.6MPa ( Reduction gear type) P rated= 29.4 MPa 20.6 MPa (Reduction gear type) P rated= 20.6 MPa (size 22,45) 29.4 MPa (size 63,210) 32.4 MPa (size 130,180) P max. = 24.5 MPa (size 22,45) 34.3 MPa (size 63,210) 39.2 MPa (size 130,180) M3X200-RG 03S with Reduction Gear — 1,500 M3X280-RG06S with Reduction Gear with Reduction Gear P rated = 28.0 MPa with Reduction Gear M5X130-RG10 with Reduction Gear P rated = 27.4 MPa...

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FEATURES 1. Wide variety variation Fixed Displacement Motors M3X series consists of 4 models and 10 displacement types ranging from 149cm3 to 800cm3. M3X with reduction gear series covers a displacement range from 845cm3 to 5,120cm3. K3X series is made up of 4 models with displacement range from 63cm3 to 111cm3. Variable Displacement Motors M3B series consists of 4 models with displacement range from 195cm3 to 800cm3 and from 1,512cm3 to 5,120cm3 for those with reduction gears. Several combinations of large and small displacements are available along with a wide variation of regulators are...

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Fixed-Displacement Type Axial Piston Motor The M3X series are newly developed motors for construction machinery, industrial machinery or other applications. The design based on technology and experience of current MX series is more compact and enables a speed range. fit with parking brake FEATURES 1. Advanced Low Speed Characteristics New design which reduces pressure ripple and friction enabling expanded lower speed limit and smooth starting characteristics. 2. High Speed Operation New materials enable an increase in the maximum speed which has 1.5 times of current MX series. 3. Best Fit 4...

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M3X Series SPECIFICATIONS model rated torque rated power case volume standard with parking brake capacity ( : standard) max. speed M3X Optional capacities model rated pressure permissible pressure, speed related CALCULATION FORMULA required input flow output speed output torque output power overall efficiency effective pressure difference MPa (kgf/cm 2) volumetric efficiency

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PERFORMANCE CURVE Mechanical efficiency (%) Volumetric efficiency Starting mechanical efficiency bearing life L10 (hr) starting output torque N·m (kgf·m) min–1 shaft creep speed braking pressure Mechanical efficiency (%) volumetric efficiency % Starting mechanical efficiency Radial load and bearing life starting output torque N·m (kgf·m) Regarding , F and a, please refer to the figures in page 9. min. boost idling pressure p bs MPa (kgf/cm2) shaft creep speed min–1 min. boost idling pressure Regarding , F and a, please refer to the figures in page 9. Shaft creep speed Shaft creep speed...

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