The K3VL140/B-10RKM-LO/1-H1 belongs to the K3VL Series of hydraulic piston pumps manufactured by KPM.
It is designed for medium to high-pressure applications and offers excellent performance characteristics. The pump is equipped with a swash plate mechanism that converts the input torque into axial reciprocating motion of the pistons.
One of the key specifications of the K3VL140/B-10RKM-LO/1-H1 pump is its displacement, which is 140cc/rev. This displacement value determines the amount of fluid delivered by the pump per revolution. With its sizable displacement, the pump can handle substantial hydraulic flow requirements.
The pump is designed to operate at a maximum pressure of 350 bar (5075 psi). This high-pressure capability makes it suitable for applications that require substantial force or where the hydraulic system operates under high loads. The K3VL140/B-10RKM-LO/1-H1 pump ensures reliable performance even under demanding conditions.
To facilitate different system requirements, the pump is available with multiple control options. The "B" in the model name represents a standard control option, which is a pressure compensator with an adjustable pressure range. This control option allows the pump to maintain a constant pressure by adjusting the swash plate angle based on the system's demand.
The pump is also equipped with a built-in pressure relief valve to protect the hydraulic system from excessive pressure.
The pressure relief valve ensures that the system pressure does not exceed the maximum rated pressure of the pump, thus preventing damage to the system components.
The K3VL140/B-10RKM-LO/1-H1 pump features a through-drive design, which allows for multiple pumps to be connected in series or parallel. This enables the pump to be used in complex hydraulic systems where different flow and pressure requirements exist.
Furthermore, the pump is designed for a long service life and reliable operation. It features a robust construction with high-quality materials, ensuring durability even in harsh operating conditions. The pump is also designed to minimize internal leakage, maximizing its overall efficiency.
In terms of installation flexibility, the pump offers various mounting options to accommodate different system configurations. It can be mounted horizontally or vertically, allowing for easy integration into existing hydraulic systems.
