Unigy Ultra Efficient Pump Drives

Unigy^TM - Definition of Pumping Efficiency
Unigy^TM pump drives are a computerized controller with integral drive that maintains system pressure without using unnecessary and excess flows. The system collects thousands of data points during each motor shaft revolution and monitors the motor loading, accurately reflecting hydraulic system demands. Using a set of proprietary algorithms the computer continuously evaluates the data stream coming from the motor and constantly regulates amperage and voltage. The computer seamlessly and automatically controls motor speed and torque – and therefore pump flow and pressure.

Significantly reduced hydraulic system design, installation and maintenance costs.
Because excess flow has been eliminated to meet an application's peak flow and pressure requirements, there are no bypass valves or fluid circuits needed for pump control. This translates into fewer connections and overall simplification of the fluid system. Another consequence of this efficiency is reduced pump wear - everything lasts longer, increasing the intervals between periodic maintenance.

3) Noise reduction improves work place environment.
Unigy^TM pumps only operate when the system requires it and when compared to systems that run continuously, there's much less noise. Beyond that, they actually cause the pump to operate quieter because the lag time and control tolerance associated with conventional variable frequency drives is eliminated. What type of difference can Unigy^TM really make? A recent pump test measured approximately 92 dBA one meter away and high from an 8 GPM at 700 PSI pump system. That same system, when operated with a Unigy^TM drive was below 80 dBA.

FEATURE	BENEFIT	EXAMPLE
94% efficiency	Significantly reduced energy costs Sized to meet all process needs and peak loads	Plastic Injection Molding Machines (Hydraulics) No wasted energy during hold times. No energy required to cool hydraulic oil for reuse.
No bypass plumbing or recirculation system requirements	System complexity and unexpected and preventative maintenance is substantially reduced	Laminate Press (Industrial Process) Unessential, leak-prone and high-maintenance plumbing in internal, hard to reach and remote applications is eliminated. No energy wasted pumping fluid through bypass piping and into reservoirs.
Smooth output	No pump ripple on flow throughout a system for variation free output Reduced pump cycles for longer life Drastic noise reduction (<80 dBA without an enclosure)	Investment Casting Foundry (Hydraulics) 2/3 reduction in average noise level. Elimination of oil cooling loop. Over 90% reduction in energy consumption.
Reduced fluid consumption	Water/chemical cost savings Reduced maintenance	Paper Machine Cleaning and Conditioning Showers (Industrial Process) Constant use high pressure cleaning showers see only the water required by the process. Energy savings on 200 – 400 inch (50-70 nozzle) showers in a non-stop production environment is remarkable. Reduced pump cycles, reduced water consumption

	T.P.S., Inc. Columbia NJ 07860
	Phone: 908.496.9020	Fax: 908.496.8080	inquiry@fluidproducts.com

	Energy efficiency is optimized because pump output is precisely modulated to meet exact system demands