TBVECHI 2 Stage Hydraulic Log Splitter Pump 16GPM 3000PSI for Wood Splitter Parts Hydraulic Motor

Hydraulic Log Splitter Pump Specifications: New Hydraulic Log Splitter Pump 13GPM Shaft: ½" Inlet port: 150mm Outlet port: 230mm Minimum 8 HP or larger gas engine For use with open center hydraulic systems only Maximum pressure: 3000 PSI Bolt circle: 2.83in 4 holes spaced 2" on center Mounting hole diameter: 344in Woodruff key: 1/8in Rotation is clockwise Features: ▶This 2 stage pump can give you much faster cycle times and higher possible pressures with a small engine. ▶Excellent for use on log splitters. 85% efficient. ▶The HI/LO section of the pump is all aluminum and the end plates are cast steel. ▶Applications for the HI/LO pump are log splitters, presses etc where rapid movement of the cylinder at low pressure is required prior to automatically switching to the high pressure mode to meet load requirements. ▶Suggested applications: Presses, Log Splitters, Clamping Units and Compactor. Packing Include: 1 PC 16 GPM Hydraulic Log Splitter Pump

【16 GPM LOG SPLITTER PUMP】This replacement log splitter 2-stage hydraulic pump, works in a low noise condition, and can offer you the fastest possible cycle times. Highly ensures the fast start and long using period for each time. It dramatically reduces the labor intensity and improves work efficiency. 【HIGH EFFICIENCY】This 2 stage pump can give you much faster cycle times and higher possible pressures with a small engine. Excellent for use on log splitters. 85% efficient. 【STRONG COMPATIBILITY】Equipped with 1/2" pump shaft, the log splitter can compatible with horizontal and vertical shaft engines. It greatly reduced the unapproachable problems that occurred in replacing and operating the product. 【WIDE APPLICATION】The Hydraulic Log Splitter Pump can be applicable to other hydraulically powered agricultural and construction equipment. It can play an important role in log splitter models as well as many different tonnages. 【WARM TIPS】Applications for the HI/LO pump are log splitters, presses etc where rapid movement of the cylinder at low pressure is required prior to automatically switching to the high pressure mode to meet load requirements.