Prince Hydraulic Works

The PARKER T6CCM B25 B20 3L03 D10M37 is a Parker Denison T6 series double vane pump, designed for high/low hydraulic circuits. It features a balanced vane design, which minimizes noise and improves volumetric efficiency. The pump is known for its ability to deliver consistent flow and pressure, making it suitable for various applications requiring precise hydraulic power. 

The Parker PV092 is an open-circuit, variable displacement axial piston pump in the PVplus series, designed for heavy-duty industrial and marine applications with a maximum displacement of 92 cm³/rev (92.0 ml/rev) and a maximum continuous pressure of 350 bar. It features a robust design, a fast response, and low noise emissions due to an integrated pre-compression volume, making it a reliable and service-friendly option for various systems.

The Parker PVS12EH140C2 is a Parker PVS series hydraulic variable vane pump designed for open-loop applications, featuring a 12cc displacement and producing a flow of 19 L/min at 1500 RPM. It is known for its high quality and durability, finding use in machinery like CNC milling machines and other industrial hydraulic systems. The pump operates with a maximum pressure exceeding 100 Bar and has a typical weight of 9 kg. 

The Parker PD Series is a line of medium-pressure, variable displacement axial piston pumps designed for open-circuit hydraulic systems. They are known for their compact size, quiet operation, and high efficiency. The PD series is suitable for both industrial and mobile applications and offers a variety of control options to meet diverse system requirements. 

The Parker PV028R1K1T1NCCC is a variable displacement axial piston pump designed for open circuit hydraulic systems. It features a 28 cm³ per revolution displacement and is controlled by a hydromechanical control (MMC). The pump is manufactured by Parker Hannifin, with a focus on high dynamic control and productivity. 

The P2060, P2075, P2105, P3075, P3105, and P3145 are Parker axial piston variable hydraulic pumps designed for hydrostatic drives in open circuits. These pumps feature a tilting disc structure, where the flow rate is proportional to the transmission speed and displacement. The stepless change in flow is achieved by adjusting the angle of the rotating inclined disk. They are known for their excellent oil absorption, low noise, long service life, and high power-to-weight ratio. 

The Parker PVP763692R2A11 is a Denison Parker double vane hydraulic pump. It is designed for industrial and mobile applications, featuring a two-piece housing for ease of service, and is known for its high pressure capabilities and fast response times. The pump also utilizes a replaceable bronze clad port plate and features thru-shaft capability. 

The Parker PD140 is a medium pressure, variable displacement axial piston pump designed for open-circuit hydraulic systems. It's part of Parker's PD Series, known for its compact design and reliable performance in industrial and mobile applications. These pumps feature a rugged cradle-bearing design, full power through-drive capability, and optional torque limiter. They also utilize \"ripple chamber\" technology to reduce pressure pulsations and noise. 

The Parker PV080 is an axial piston, variable displacement hydraulic pump with a maximum displacement of 80 cm³/rev. It is a high-pressure pump, capable of operating at nominal pressures of 350 bar and maximum pressures up to 420 bar. Designed for open and closed-loop hydraulic systems in industrial, construction, and agricultural machinery, it converts mechanical energy into hydraulic energy, powering actuators and motors in various applications.

The Parker EP2/EP3 series are electronically controlled, variable displacement axial piston pumps designed for high-pressure mobile hydraulic systems. They offer a closed-loop displacement control system and are based on the Parker P2/P3 series. These pumps are known for their high power density, high speed ratings, and ability to handle demanding applications in construction, mining, and forestry. 

The Parker PV063 is an axial piston hydraulic pump from the PVplus series, featuring a variable displacement swashplate design with a maximum displacement of 63 cc/rev. It's optimized for heavy-duty industrial and marine applications, providing high-pressure capability (up to 350 bar continuous, 420 bar intermittent), precise control, and a robust, heavy-duty build. The pump offers excellent self-priming and suction characteristics, contributes to high productivity and efficiency, and is used in various applications, including mechanical presses, molding machines, and potentially renewable energy systems.

The Parker PV080 is a variable displacement, axial piston pump designed for demanding heavy-duty industrial and marine applications. It's known for its high pressure and speed capabilities, making it suitable for open circuit, swashplate type systems. The PV080 features a hydromechanical control and is built with robust components for reliable performance. 

The PARKER PVP60 Series hydraulic piston pump is a medium-pressure, variable-volume pump designed for increased uptime and reliable performance in various applications. It features a durable cast steel pump housing, low operational noise, and side outlet/inlet locations with SAE flange connections. The PVP60 is designed for easy use and installation, with thru-shaft capability and a wide range of control options.

The PARKER PV202R1EC00X3990 is a Parker Denison PV202 variable displacement axial piston pump designed for open-circuit hydraulic systems. It offers a displacement of 20 cm³/rev and can deliver up to 30.4 L/min at 1,500 RPM. This pump is suitable for medium-pressure applications requiring variable flow and precise control, operating at a maximum pressure of 350 bar with a peak pressure of 420 bar during 20% working cycles and hydrauvision.

The Parker PV040 is a variable displacement axial piston pump designed for heavy-duty industrial and marine applications, utilizing a swashplate principle to convert mechanical energy into hydraulic energy with high productivity and power density. It is known for its robustness, long service life, low noise emissions due to an integrated pre-compression volume, fast response, service-friendly design, and ability to handle high pressures and speeds.