V-Flow Pump NV12-6S
Regular price
$4,349.99
- 12GPM / Six-stage hydraulic design for consistent high pressure
- 304 stainless steel construction for corrosion resistance and long service life
- Maintenance-free cartridge mechanical seals for simplified servicing
- Vertical Design to save space in mechanical rooms or tight installations
- Versatile Applications including reverse osmosis, water treatment, irrigation, and industrial water boosting
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Product Description
The V-Flow Pump NV12-6S is a high-efficiency, ten-stage vertical booster pump designed for industrial, commercial, and agricultural applications. Its vertical, in-line design saves valuable floor space while delivering reliable, consistent performance in demanding environments.
Motor Options
-
Single-Phase Motor
- Ideal for locations without three-phase power
- Provides the same flow capacity and pressure as the three-phase model
- Slightly lower electrical efficiency and better suited for lighter duty cycles
This pump is well-suited for reverse osmosis, water treatment, irrigation, sprinkler systems, hot and cold water circulation, and general water boosting applications.
The V-Flow Pump NV12-6S combines precision engineering with dependable performance, making it a trusted choice for a wide range of water handling needs.
V-Flow Pump NV12-6S
Vertical Multistage Booster Pump – 304 Stainless Steel
| Technical Specifications | |
|---|---|
| Rated Flow | 12 GPM |
| Stages | 6 |
| Max Working Pressure | 362 PSI |
| Max Inlet Pressure | 150 PSI |
| Motor Power | 1 HP |
| Motor Phase / Frequency | 1PH / 60Hz |
| Motor Frame | 56C |
| Motor Enclosure | T - TEFC |
| Pump Length (Flanged) | 14.13 in |
| Weight (Flanged) | 36 lbs |
Construction & Design Features (304 Stainless Steel Model)
| Component | Material (304 SS Models) |
|---|---|
| Motor Bracket | Cast Iron |
| Pump Head | 304 Stainless Steel |
| Impeller | 304 Stainless Steel |
| Diffuser | 304 Stainless Steel |
| Neck Ring | Teflon |
| Shaft | 431 Stainless Steel |
| Casing | 304 Stainless Steel |
| O-Ring | EPDM |
| Pump Base | 304 Stainless Steel |
| Base Plate | Cast Iron |
| Mechanical Seal | Silicon Carbide/Silicon Carbide/EPDM |
Installation Instructions for V-Flow Pump NV12-6S
-
Preparation:
- Inspect the pump and motor for any damage during shipment. Report any damage immediately to the carrier or dealer.
- Ensure the installation site is level, stable, and provides sufficient space and ventilation for service and motor cooling.
- Check that the pump model matches the job requirements.
-
Mounting the Pump:
- Secure the pump base to a solid, flat surface to prevent vibrations during operation.
- Align and support suction and discharge piping to avoid undue strain on the pump.
- Install isolation valves on both the suction and discharge sides for maintenance convenience.
-
Piping Connections:
- Ensure piping is properly sized and matches the pump's flanged connections (1.25” ANSI 150#).
- Install gaskets on flanges to prevent leaks. Ensure they do not restrict flow.
- Remove any protective stickers or caps from the suction and discharge flanges.
- For hot water systems, include a bleed valve in the discharge line to relieve pressure during service.
-
Electrical Connection:
- Have a certified electrician verify the electrical supply matches the pump motor's specifications (1-phase, TEFC).
- Check motor wiring for correct rotation. Rotation should be counterclockwise when viewed from the motor's rear.
- For 3-phase motors, reverse any two leads to correct rotation if needed.
-
Priming the Pump:
- Remove the fill plug and fill the pump casing with water using a funnel.
- Open the vent plug's 9mm needle valve to allow air to escape while filling.
- Close the valve and reinstall the fill plug once water flows steadily from the vent.
-
Testing:
- Open the suction valve fully and partially open the discharge valve.
- Apply power to the motor and check for smooth operation without noise or vibration.
- Gradually open the discharge valve to desired operating conditions.
-
Safety Precautions:
- Never operate the pump without water. This can damage internal components.
- Always replace coupling guards after installation to prevent injuries.
- Ensure the pump is properly grounded and free from leaks before starting.
Product Description
The V-Flow Pump NV12-6S is a high-efficiency, ten-stage vertical booster pump designed for industrial, commercial, and agricultural applications. Its vertical, in-line design saves valuable floor space while delivering reliable, consistent performance in demanding environments.
Motor Options
-
Single-Phase Motor
- Ideal for locations without three-phase power
- Provides the same flow capacity and pressure as the three-phase model
- Slightly lower electrical efficiency and better suited for lighter duty cycles
This pump is well-suited for reverse osmosis, water treatment, irrigation, sprinkler systems, hot and cold water circulation, and general water boosting applications.
The V-Flow Pump NV12-6S combines precision engineering with dependable performance, making it a trusted choice for a wide range of water handling needs.
V-Flow Pump NV12-6S
Vertical Multistage Booster Pump – 304 Stainless Steel
| Technical Specifications | |
|---|---|
| Rated Flow | 12 GPM |
| Stages | 6 |
| Max Working Pressure | 362 PSI |
| Max Inlet Pressure | 150 PSI |
| Motor Power | 1 HP |
| Motor Phase / Frequency | 1PH / 60Hz |
| Motor Frame | 56C |
| Motor Enclosure | T - TEFC |
| Pump Length (Flanged) | 14.13 in |
| Weight (Flanged) | 36 lbs |
Construction & Design Features (304 Stainless Steel Model)
| Component | Material (304 SS Models) |
|---|---|
| Motor Bracket | Cast Iron |
| Pump Head | 304 Stainless Steel |
| Impeller | 304 Stainless Steel |
| Diffuser | 304 Stainless Steel |
| Neck Ring | Teflon |
| Shaft | 431 Stainless Steel |
| Casing | 304 Stainless Steel |
| O-Ring | EPDM |
| Pump Base | 304 Stainless Steel |
| Base Plate | Cast Iron |
| Mechanical Seal | Silicon Carbide/Silicon Carbide/EPDM |
Installation Instructions for V-Flow Pump NV12-6S
-
Preparation:
- Inspect the pump and motor for any damage during shipment. Report any damage immediately to the carrier or dealer.
- Ensure the installation site is level, stable, and provides sufficient space and ventilation for service and motor cooling.
- Check that the pump model matches the job requirements.
-
Mounting the Pump:
- Secure the pump base to a solid, flat surface to prevent vibrations during operation.
- Align and support suction and discharge piping to avoid undue strain on the pump.
- Install isolation valves on both the suction and discharge sides for maintenance convenience.
-
Piping Connections:
- Ensure piping is properly sized and matches the pump's flanged connections (1.25” ANSI 150#).
- Install gaskets on flanges to prevent leaks. Ensure they do not restrict flow.
- Remove any protective stickers or caps from the suction and discharge flanges.
- For hot water systems, include a bleed valve in the discharge line to relieve pressure during service.
-
Electrical Connection:
- Have a certified electrician verify the electrical supply matches the pump motor's specifications (1-phase, TEFC).
- Check motor wiring for correct rotation. Rotation should be counterclockwise when viewed from the motor's rear.
- For 3-phase motors, reverse any two leads to correct rotation if needed.
-
Priming the Pump:
- Remove the fill plug and fill the pump casing with water using a funnel.
- Open the vent plug's 9mm needle valve to allow air to escape while filling.
- Close the valve and reinstall the fill plug once water flows steadily from the vent.
-
Testing:
- Open the suction valve fully and partially open the discharge valve.
- Apply power to the motor and check for smooth operation without noise or vibration.
- Gradually open the discharge valve to desired operating conditions.
-
Safety Precautions:
- Never operate the pump without water. This can damage internal components.
- Always replace coupling guards after installation to prevent injuries.
- Ensure the pump is properly grounded and free from leaks before starting.