Veljan System Saver Triple Vane Pumps represent the most sophisticated all-in-one hydraulic power solution, delivering three independent flow streams from a single, compact housing. By integrating essential pressure and flow control valves directly into the pump body, this series eliminates the need for extensive external manifold blocks and complex plumbing. Built on a high-performance fixed displacement pin vane design, it handles operating pressures up to 4650 psi (320 bar). This integration significantly reduces the overall installation footprint and potential leak points, making it the premier choice for complex mobile machinery and multi-functional industrial systems where space is at a premium.

Engineered for the most demanding environments, the System Saver Triple Pump utilizes a rigid bearing arrangement and hydraulic pressure compensation to ensure an outstanding operational life across all three circuits. The signature double-lip vane design provides superior resistance to particle contamination, while dry-lubricant-coated cam rings facilitate excellent cold-start capabilities even in extreme conditions. With a typical volumetric and mechanical efficiency of 94%, these pumps minimize heat generation and energy consumption. This high efficiency ensures that each independent circuit maintains stable, high-pressure performance, protecting the entire system from pressure spikes and ripple.

The System Saver Triple series offers unparalleled installation flexibility, with inlet and outlet ports that can be arranged in up to 128 different configurations to fit into tight machine envelopes. Maintenance is streamlined through a modular cartridge design, allowing for the rapid replacement of internal kits or flow-rate adjustments without major disassembly of the pump or its integrated valving. Compatible with mineral oils and fire-resistant fluids like phosphate esters and water glycols, these pumps provide a versatile, pre-engineered power source. This "plug-and-play" modularity drastically reduces downtime and simplifies the design of high-performance, multi-circuit hydraulic systems.