Description
Goulds Water Technology Packaged e-SV Hydrovar Series
A new generation of Hydrovar variable speed pump drive is taking pumping to a new level of flexibility and efficiency, when combined with the e-SV pump, the highest efficiency multistage pump on the market today.
Hydrovar‘s unique modular design needs no additional master control and enables virtually any configuration of pumps: up to 8 master drives or a mix of master and slave drives, all without different controls, PLC’s or equipment. This is the long-awaited solution for high-level installations requiring fail-safe systems with a superior range of features, while its modularity also provides a cost-effective solution for low-level, reduced feature demands.
The Hydrovar advantages continue as they are also now offered preassembled with the highest efficiency multi stage pump on the market today, the model e-SV. These compact packages ship complete; incorporating the e-SV pump, Hydrovar drive, and Fused Disconnect assembled prewired and programed, as one complete unit.
A Hydrovar Kit finishes the lineup, incorporating the Hydrovar drive, Fused Disconnect, and wiring, programed to retrofit constant speed pumps already installed in the field.
| Series | Packaged e-SV HYDROVAR® Series |
| Manufacturer Part Number | 15SV7GD8F62V34 |
| UPC | 19299833517 |
| Product Type | Complete Pump |
| Special Configurations | Hydrovar Controller (3Ph/460V) |
| Number of Stages | 7 |
| Nominal Flow | 80 GPM |
| Configuration | CI-304 |
| Seal Material | SilCar-SilCar-Viton |
| Speed | 1750 RPM |
| HP Rating | 1.5 HP |
| Voltage | 208-230/460V |
| Hz | 60 Hz |
| Phase | 3 |
| Motor Enclosure Type | TEPE |
| Motor Frame |
Features:
- Vertically mounted e-SV pump/motor/drive space saving design
- Industry leading pump/package efficiencies
- e-SV pump design incorporates: Highest efficiencies available, Industry standard TEFC motors, Broad performance range
- Multi pump capability for up to 8 pumps
- NEMA 1 for indoor use
Applications:
The Hydrovar Package is designed for centrifugal pump systems requiring constant pressure, flow control or differential pressure.