Precision-engineered spare parts and high-performance lubricants designed for heavy-duty operational excellence.
Simple design and economical, can supply up to 100 lube points and available reservoirs in sizes of 2L, 4L, 8L, 10L, 15L, and 20L. Components consist of: PL203 Electric Pump 12-24VDC, KT-SSV Divider Valve, Hose transfer and Fitting Connection.
Simple design and economical, can supply up to 100 lube points and available reservoirs in sizes of 2L, 4L, 8L, 10L, 15L, and 20L. Components consist of: PL203 Electric Pump 12-24VDC, KT-SSV Divider Valve, Hose transfer and Fitting Connection.
Hydraulically operated grease pump with no timer but designed to be use conjunction with the MUTU controller which has two control outputs. One output controlling the pump speed the second output controlling the pump on time and the lubrication cycle. All model are designed for centralized lubrication systems for any equipment which utilizes 24 VDC power source.
Compact and versatile, its unique rotary drive and modular gear set let you adjust the speed of the pump's motor to exactly fit your application. The motion of pump created by the electric rotary motor is converted into reciprocating pump motion, providing an efficient lubricant flow. Because of its rotary drive, the motor can be placed directly on the pump. As a result, the pump is so compact it fits almost anywhere. Rotary pumps are optionally available incl. mechanical overflow prevention system to improve worker and environmental safety by helping to prevent hazards associated with reservoir overfilling.
High-performance rotary hydraulic pumps combine rotary-driven pump motors with reciprocating. Pump tubes and flexible control features that perform in desert heat and arctic cold. The integrated control manifold adjusts the amount of lubricant and operating pressure. The pump's output is adjustable from 115 to 737 cm3/min (7 to 45 in3/min). Rotary pumps are optionally available incl. mechanical overflow prevention system to improve worker and environmental safety by helping to prevent hazards associated with reservoir overfilling.