NV12B10FE1T/NV CP12/10 304SS 2 HP/1PH

SKU: CQE-PM-89012
Regular price $4,551.00
Rendering loop-subscriptions

Product Description

The NV12B10FE1T/NV CP12/10 Vertical Pump is a high-efficiency, multi-stage booster pump designed for demanding industrial, commercial, and agricultural applications. With its compact, vertical design, this pump provides powerful performance and easy integration into existing systems, while maximizing space efficiency.

Equipped with a 2 HP single-phase motor, this pump delivers a flow rate of up to 12 GPM and handles pressures up to 362 PSI. Constructed entirely from durable 304 stainless steel, it offers excellent corrosion resistance and a long service life. Maintenance-free cartridge mechanical seals and ANSI standard flanged connections ensure simple installation and reliable operation.

Certified to meet NSF/ANSI 61 and 372 standards, the NV12B10FE1T/NV CP12/10 is ideal for applications such as reverse osmosis, water boosting, filtration systems, hot and cold water circulation, and heat exchangers. This pump combines durable construction, precision engineering, and outstanding reliability to meet your water handling needs.

Specifications for NV12B10FE1T/NV CP12/10 Vertical Pump

Specification Details
Model NV12B10FE1T / NV CP12/10
Motor Power 2 HP, Single-Phase
Flow Rate Up to 12 GPM
Maximum Pressure 362 PSI
Materials
  • Body: 304 Stainless Steel
  • Impellers: 304 Stainless Steel
  • Diffusers: 304 Stainless Steel
  • Shaft: 431 Stainless Steel
  • Mechanical Seals: Silicon Carbide/Silicon Carbide/EPDM
Connections 2" ANSI 150# Flanged
Operating Temperature Up to 248°F
Certifications NSF/ANSI 61 and 372
Applications
  • Reverse Osmosis
  • Water Boosting
  • Filtration Systems
  • Hot and Cold Water Circulation
  • Heat Exchangers
Dimensions
  • Pump Length: 25.4 inches
  • Weight: 72 lbs

Installation Manual

Installation Instructions for NV12B10FE1T/NV CP12/10 Vertical Pump

  1. Preparation:
    • Inspect the pump and motor for any visible damage during shipping. Report any damage to the carrier or dealer immediately.
    • Ensure the installation site is level, stable, and provides adequate space and ventilation for motor cooling and servicing.
    • Verify that the pump model matches the system requirements and intended application.
  2. Mounting the Pump:
    • Secure the pump base to a solid, flat surface to minimize vibrations during operation.
    • Align and support the suction and discharge piping to prevent undue strain on the pump.
    • Install isolation valves on both the suction and discharge sides for easy maintenance and servicing.
  3. Piping Connections:
    • Ensure piping matches the pump’s 2" ANSI 150# flanged connections.
    • Install appropriate gaskets to prevent leaks and ensure unobstructed flow.
    • Remove any protective covers or caps from the flanges before installation.
    • For hot water systems, include a bleed valve in the discharge line to relieve pressure during maintenance.
  4. Electrical Connection:
    • Have a certified electrician verify that the electrical supply matches the motor’s specifications (2 HP, single-phase).
    • Ensure proper motor wiring and confirm counterclockwise rotation when viewed from the motor’s rear.
    • If rotation is incorrect, consult the motor’s wiring instructions for correction.
  5. Priming the Pump:
    • Remove the fill plug and use a funnel to fill the pump casing with water.
    • Open the vent plug to allow air to escape as the pump fills with water.
    • Re-seal the vent plug and fill plug once a steady stream of water flows from the vent.
  6. Initial Testing:
    • Open the suction valve fully and partially open the discharge valve.
    • Apply power to the motor and check for smooth operation without unusual noise or vibration.
    • Gradually open the discharge valve to achieve desired operating conditions.
  7. Safety Precautions:
    • Never operate the pump without water to avoid damage to internal components.
    • Replace coupling guards after installation to ensure operator safety.
    • Ensure the pump is properly grounded and all connections are secure before starting.

Product Description

The NV12B10FE1T/NV CP12/10 Vertical Pump is a high-efficiency, multi-stage booster pump designed for demanding industrial, commercial, and agricultural applications. With its compact, vertical design, this pump provides powerful performance and easy integration into existing systems, while maximizing space efficiency.

Equipped with a 2 HP single-phase motor, this pump delivers a flow rate of up to 12 GPM and handles pressures up to 362 PSI. Constructed entirely from durable 304 stainless steel, it offers excellent corrosion resistance and a long service life. Maintenance-free cartridge mechanical seals and ANSI standard flanged connections ensure simple installation and reliable operation.

Certified to meet NSF/ANSI 61 and 372 standards, the NV12B10FE1T/NV CP12/10 is ideal for applications such as reverse osmosis, water boosting, filtration systems, hot and cold water circulation, and heat exchangers. This pump combines durable construction, precision engineering, and outstanding reliability to meet your water handling needs.

Specifications for NV12B10FE1T/NV CP12/10 Vertical Pump

Specification Details
Model NV12B10FE1T / NV CP12/10
Motor Power 2 HP, Single-Phase
Flow Rate Up to 12 GPM
Maximum Pressure 362 PSI
Materials
  • Body: 304 Stainless Steel
  • Impellers: 304 Stainless Steel
  • Diffusers: 304 Stainless Steel
  • Shaft: 431 Stainless Steel
  • Mechanical Seals: Silicon Carbide/Silicon Carbide/EPDM
Connections 2" ANSI 150# Flanged
Operating Temperature Up to 248°F
Certifications NSF/ANSI 61 and 372
Applications
  • Reverse Osmosis
  • Water Boosting
  • Filtration Systems
  • Hot and Cold Water Circulation
  • Heat Exchangers
Dimensions
  • Pump Length: 25.4 inches
  • Weight: 72 lbs

Installation Manual

Installation Instructions for NV12B10FE1T/NV CP12/10 Vertical Pump

  1. Preparation:
    • Inspect the pump and motor for any visible damage during shipping. Report any damage to the carrier or dealer immediately.
    • Ensure the installation site is level, stable, and provides adequate space and ventilation for motor cooling and servicing.
    • Verify that the pump model matches the system requirements and intended application.
  2. Mounting the Pump:
    • Secure the pump base to a solid, flat surface to minimize vibrations during operation.
    • Align and support the suction and discharge piping to prevent undue strain on the pump.
    • Install isolation valves on both the suction and discharge sides for easy maintenance and servicing.
  3. Piping Connections:
    • Ensure piping matches the pump’s 2" ANSI 150# flanged connections.
    • Install appropriate gaskets to prevent leaks and ensure unobstructed flow.
    • Remove any protective covers or caps from the flanges before installation.
    • For hot water systems, include a bleed valve in the discharge line to relieve pressure during maintenance.
  4. Electrical Connection:
    • Have a certified electrician verify that the electrical supply matches the motor’s specifications (2 HP, single-phase).
    • Ensure proper motor wiring and confirm counterclockwise rotation when viewed from the motor’s rear.
    • If rotation is incorrect, consult the motor’s wiring instructions for correction.
  5. Priming the Pump:
    • Remove the fill plug and use a funnel to fill the pump casing with water.
    • Open the vent plug to allow air to escape as the pump fills with water.
    • Re-seal the vent plug and fill plug once a steady stream of water flows from the vent.
  6. Initial Testing:
    • Open the suction valve fully and partially open the discharge valve.
    • Apply power to the motor and check for smooth operation without unusual noise or vibration.
    • Gradually open the discharge valve to achieve desired operating conditions.
  7. Safety Precautions:
    • Never operate the pump without water to avoid damage to internal components.
    • Replace coupling guards after installation to ensure operator safety.
    • Ensure the pump is properly grounded and all connections are secure before starting.
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