Stop Soaking up Your Dyno Testing Horsepower
Why are waterbrake dynos the favored dynamometer type for heavy duty applications? This is a question and a need that Taylor Dyno has answered since 1920. They offer the largest model range of waterbrake dynamometers in the world.
Hydraulic dynos can soak up horsepower ceaselessly with no degradation in absorption capacity regardless of how long the dyno test cycle. Water brake dynos are also cost-effective when compared to eddy-current dynamometers, or the very pricy AC dynamometer. Taylor’s continuous steady state capacity, cost-competitive to other other off-brand dynamometer types and a reputation for being exceptionally long-lasting have made the us the chosen dynamometer for steady-state testing.
Waterbrake dynamometers have a reputation for sluggish response times compared to AC dynos and as such are frequently not the choice for manylab and reseach and development applications. Taylor Dynamometer is changing this reputation. They have identified and evolved three primary areas for dramaticallyimproving water brake performance.
DynPro, Taylor’s dynamometer data acquisition and control system, has far better control capability than prior versions of dynamometer control software. Second, the load control valves, which control the amount and rate of water flow to the dyno, are far more reliable and far more fast-paced in terms of reaction than older valve gens. Finally, Taylor Dynamometer is an industry leader in water flow and cooling engineering. They design and delivered water recirculation systems that customize to local weather status and generate consistently cool water to the water brake dynamometer at the optimal Pounds Per Square Inch.
When you package DynPro, Taylor’s accelerated dynamometer control software, with their water-load control valves and a custom water recirculation system, the sluggish response time of waterbrake dynos reputation that is no longer deserved. Today Taylor Dynamometer offers water brake dynamometers that perform flawlessly in steady state test cycles with improved response times from the days of old.
