Used HYDRAULIC 103976-1 #9290141 for sale

HYDRAULIC 103976-1 pump is a positive displacement pump that uses a rotating element to convert mechanical energy into fluid pressure. It is made of a durable cast iron material and is designed for dependable service in a wide range of applications, including industrial, marine, and agricultural markets. 103976-1 pump is designed to operate at pressures up to 3500 psi (241.3 bar) and flow rates up to 176 GPM (665.8 LPM). This pump utilizes a cylinder housing, a drive shaft, and a sliding-vane mechanism, all contained within a cast-iron body. The cylinder housing is the chamber in which the drive shaft rotates. The vanes attached to the drive shaft slide radially within the chamber as it rotates, pulling and displacing fluid through the intake and out a spout. The higher the rotational speed, the higher the fluid pressure. HYDRAULIC 103976-1 pump also features two bronze bushings that support the drive shaft and reduce wear and friction. To provide temperature control during operation, the housing is also designed with cooling fins on the exterior of its cast-iron body. 103976-1 pump also includes easy-to-use connections and an adjustable relief valve. Its HYDRAULIC intake pipe allows quick connection to the outlet of a tank, while its outlet pipe is equipped with a threaded hose barb adapter for secure attachment to a hose line. The relief valve is adjustable and allows the user to set the desired pressure based on the application. HYDRAULIC 103976-1 pump is also designed for easy maintenance and repair. Its chief components can be quickly removed and replaced without special tools or equipment. Several spare parts, such as seal kits and spare drive shafts, are also readily available for quick repairs. 103976-1 pump is a robust, dependable, and highly efficient positive displacement pump that can handle a wide range of fluid pressures and flows. With its easy connections, adjustable relief valve, and easy maintenance, HYDRAULIC 103976-1 pump is an ideal solution for a variety of fluid transport tasks.