© 2019, Terzo Power Systems, LLC. All Rights Reserved

MADE IN THE USA | PRIVACY | TERZO POWER SYSTEMS

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A SMART HYDRAULIC PUMP

 

 

 

 

Simply redefining a hydraulic system wasn't enough for us here at Terzo Power Systems. We wanted to make hydraulics smarter and more efficient while at the same time making it simple to create a highly controllable, compact, and extremely flexible fluid power system. By taking a new approach to how engineers, technicians, OEM's, distributors, or even the garage mechanic put together a hydraulic system, we were able to create the most powerful, yet gracefully simple hydraulic pump ever made.

HEAT, it is every hydraulic systems nemesis. Heat degrades component life, burns out seals, creates havoc on system stability, but most of all HEAT = ENERGY! When your hydraulic system creates heat, it is wasting energy that is providing no useful work. 

The number one heat generating component in any hydraulic system is a valve. Whether it is an orifice restriction (i.e. needle valve), a directional control valve, pressure control valve, proportional valve, or servo valve, they all create a pressure drop in order to perform their function and that creates heat. The more control you want of your circuit, the more heat you will generate and the higher the cost you have to pay for your valves.

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ON DEMAND POWER AND ALWAYS PROPORTIONAL
 

In the hydraulics industry, customers are used to paying more money for more functionality. We wanted to reverse that trend. We give the ability to have full proportional control of every circuit/function without the sacrifice of cost. We also deliver this with on demand power supplied only when you need it. No more constant whine of hydraulic pumps even when no work is being done. The Hydrapulse will only supply the flowrate and pressure that is demanded at any given instance. Variable volume PC or LS pumps have to be running all the time. This means wasted energy (even at zero stroke), noise pollution, and wear on the pump. Even in a perfect world, they are heavy, complex, prone to contamination, and are almost always oversized for just those few peak times when their full flowrate is needed. With the Hydrapulse, we reduce component wear and tear by only running on demand.

CONVENTIONAL HYDRAULIC SYSTEM CONFIGURATION
distributed pump NETWORK (DPN) CONFIGURATION
smart pumps