Charlynn Hydraulic Pump Motor 109-1120-006 Aftermarket Geroler Motor Sstandard Type Spline Shaft 14t
Charlynn Hydraulic Pump Motor 109-1120-006 Aftermarket Geroler Motor Sstandard type Spline Shaft 14T
Hanjiu technology supply the replacement charlynn motor BMK4 series motor
| Application: Other: Mowing, Snow Removal, Sprayer, Trencher, Wood Products |
| Brake type: Hydraulic |
| flow options: ..5625-18 UNF-2B SAE O-RING PORT WITH SHUTTLE |
| Displacement: 393.9 CM3/R [24.04 IN3/R] |
| Geroler options: Standard |
| Description: Low-Speed Gerotor/Geroler |
| Identification: None |
| Intermittent pressure: 170 bar |
| Low pressure relief: None |
| Maximum speed: 191 revolutions per minute |
| Model Code: M04240AB03AB02000000000000000F |
| Mounting Type: Standard, 4 Bolt; 101.60 [4.000] Pilot Dia. 14.7 [.58] Slots On 127.00 [5.000] Dia. Bolt Circle. (SAE B) |
| Output shaft type: 31.75 [1.250] DIA. FLAT ROOT SIDE FIT, 14 TOOTH, 12/24 DP 30 DEG. INVOLUTE SPLINE, 38.1 [1.50] MINIMUM FULL SPLINE LENGTH WITH .375-16UNC-2B THREAD |
| Paint: Primer Low Gloss Black |
| Port type: .875-14 UNF-2B SAE O-RING PORTS - STAGGERED PORTS |
| Pressure flow option: None |
| Product height: 4.72 |
| Product height uom: inch |
| Product length: 12.87 |
| Product length uom: inch |
| Product material: Cast Iron |
| Product trade name: 4000 Series |
| Product weight: 48.00 |
| Product weight uom: pound |
| Product width: 4.72 |
| Product width uom: inch |
| Recommended system working temperature: -34°C to 82°C |
| Seal options: Standard |
orbital hydraulic motor working principle
Advantages of Orbital Hydraulic Motors
High starting torque Ideal for heavy loads.
Smooth operation Consistent output without pulsations.
Compact design Efficient use of space.
Reversible Can operate in both clockwise and counterclockwise directions.
Wide speed range Versatile for various applications.
Applications of Orbital Hydraulic Motors
Construction equipment Excavators, cranes, drilling rigs
Agricultural machinery Tractors, harvesters
Industrial machinery Presses, conveyors, mixers
Marine applications Winches, steering systems
Mobile equipment Forklifts, aerial work platforms
Factors Affecting Orbital Motor Performance
Displacement Determines the amount of fluid displaced per revolution, influencing torque output.
Operating pressure Higher pressure generally results in higher torque.
Motor design The internal components and configuration significantly impact performance.
Efficiency The motor's ability to convert hydraulic energy into mechanical power.
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