Kawasaki K3VL140 Series Pump | K3VL140/A, K3VL140/B | Variable Piston Pump
| Model Number | K3VL140 |
|---|
Product Description
Kawasaki K3VL140 Series Variable Axial Piston Pump
Product Overview: The Kawasaki K3VL140 series is a high-performance variable displacement pump engineered for Open Circuit hydraulic systems. As a large-displacement model in the K3VL family (displacement 140cc), it is renowned for its exceptional self-priming capability and compact footprint. This range is a premier power source for excavator main pumps, mobile hydraulic machinery, and heavy-duty industrial power units (HPUs). Whether utilizing the K3VL140/A or K3VL140/B specification, these pumps deliver continuous operating pressures up to 320 Bar, ensuring high efficiency and stability.
Key Technical Advantages:
Precise Control Modules (NRKM/RMM): Equipped with high-sensitivity regulators. Models like the K3VL140/B-1NRKM-PO feature Load Sensing and Pressure Cut-off functionality, instantaneously modulating flow based on demand to drastically reduce energy waste.
Heavy-Duty Extended Service Life (L047): Featuring reinforced swashplate supports and high-strength rotating groups. The config code K3VL140/A-10RMM-P0-L047 demonstrates its ability to maintain peak volumetric efficiency under harsh environments, such as high dust, humidity, or high-load cycles.
Superior Self-Priming & High-Speed Traits: Optimized flow path design allows the pump to operate at higher rotational speeds with minimal suction pressure requirements, effectively mitigating cavitation risks and simplifying reservoir design.
Flexible Mounting Configuration (P0): Compliant with SAE and ISO standard flanges and shaft specifications. Offers various seal materials and thru-drive options for tandem pump mounting to meet complex hydraulic circuit requirements.
Specific Models & Technical Parameters:
Core Models: K3VL140 (Series A & B).
Detailed Config Codes: K3VL140/A-10RMM-P0-L047, K3VL140/B-1NRKM-PO.
Displacement: 140 cm³/rev (140cc).
Pressure Specifications: Rated at 320 Bar (32 MPa / 4600 PSI); Peak cycles up to 350 Bar.
Control Methods: Load Sensing (LS), Pressure Cut-off, Constant Power Control.


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