The Franklin Electric 95984506 Model 4506FBT2S4-SE BT4 Series Stainless Steel Multi-Stage Booster can be used for residential or commercial applications. A stainless steel casing and operating flow rate of 45 gpm make it suitable for many different users. Designed and engineered by Franklin Electric - a brand you know and trust. Contact a Dade Pump customer service representative with any questions or for help selecting the correct pump for your needs.

**Picture is stock photo and may not match exactly**

Pump Casing Material:  Stainless Steel

Voltage:  115/230V

Motor:  2 HP, Single Phase, TEFC

Stages:  6

Impeller Material:  Acetal

Ports:  1.5" NPT

Operating Flow Rate:  45 gpm - See Performance Chart 

Maximum Water Temperature:  120 Degrees F

Duty Cycle:  Continuous

Frequency:  60 Hz

The BT4 horizontal booster pump is a low to medium capacity, high pressure, multi-stage unit. The BT4 booster pump can function as a multi-purpose high pressure pump, boosting water pressure from either city mains or private water systems. It is also ideal for applications that require more pressure than flow. Size ranges from 5 gpm to 45 gpm.

• Stainless steel discharge on all models with 1" NPT outlet
• Stainless steel bracket; with a rugged support foot for horizontal or vertical mounting, a
  handle for portability and with 1" NPT inlet
• Built with Franklin’s patented (U.S. patent) 7,290,984 Tri-Seal floating stage system,
  providing maximum efficiency, longevity, and performance
• Acetal impellers, Modified PPO diffusers, and 300-series stainless steel hub, eye seals,
  shaft, and shell
• Mechanical seal with carbon/ceramic faces, FKM elastomers, and stainless steel components
• Industry-proven ODP square-flange 2-compartment motors are easily serviced or replaced
  without either dismantling the pump end or disturbing the plumbing connections
• High service factor, 1/2-3 hp, 2-compartment dual-voltage motors; three-phase inverter
  duty rated
• Maximum inlet pressure: 75 PSI
• Maximum discharge pressure: 400 PSI
• Maximum fluid handling temperature: 120 °F (49 °C)
• NSF/ANSI/CAN 372 Certified