FLUID-O-TECH — Rotary Pumps — Rotary Vane Pump, 240 psi, 0.4 gpm

A practical Rotary Pumps by FLUID-O-TECH intended for repeatable results in shop, facility, and field workflows.

Quick specs

• Body Material: Brass
• Includes: Relief Valve
• Item: Rotary Vane Pump
• Discharge Connection Size: 3/8 in
• Manufacturer Part Number: PB0071ANCNN0000
• UPC: -

Product information

• Country of Origin: Italy
• Manufacturer Part Number: PB0071ANCNN0000
• UPC: -

Dimensions

• Media Intake Connection Size: 3/8 in
• Shaft Outer Diameter: 1/8 in
• Discharge Connection Size: 3/8 in
• Manufacturer Warranty Length: 15 mo

Details

• Inlet/Outlet: 3/8 in FNPT
• Includes: Relief Valve
• Shaft Material: Stainless Steel
• Media Intake Connection Type: FNPT
• Operating Temperature - Maximum: 158 Degrees F
• Flow Rate @ 50 psi: 21 gph
• Flow Rate @ 100 psi: 22 gph
• Operating Pressure - Maximum: 290 psi
• Flow Rate - Minimum: 12 gph
• For Media Type: Moderate Aggressive Liquid, Water
• NSF 169 Listed: Yes
• Discharge Connection Type: FNPT
• Flow Rate @ 200 psi: 18 gph
• Standards: NSF
• Viscosity - Maximum: 150 cps
• Compatible Motor Frame: 48Y NEMA, 56C NEMA, M71, M80 IEC
• Flow Rate - Maximum: 25 gph
• Includes Filter: No
• Flow Rate @ 150 psi: 20 gph
• Seal Material: Buna-N
• Operating Temperature - Minimum: 23 Degrees F
• Feet of Head - Maximum: 240 psi
• Item: Rotary Vane Pump
• Max. Pressure (PSI): 290 psi
• Mounting: Carbonator
• Vane Material: Carbon
• By-Pass: Yes
• Body Material: Brass
• Max. Flow (GPM): 0.4 gpm
• Min. Flow (GPM): 0.4 gpm
• External Relief: No
• Max. Temp. (F): 158 Degrees F
• Relief Pressure Max. (PSI): 240 psi
• Shaft: Stainless Steel

This Rotary Pumps is intended for professional buyers focused on durability and uptime.

Recommended for production support and bench work and selected for dependable day-to-day use.

Highlights

• Suitable for maintenance, repair, and project-based procurement.
• Helps keep specifications consistent across replacements and replenishment cycles.
• Designed for professional use where predictable fit and handling are important.
• Works well in standardized part lists and preventative maintenance schedules.

Notes: Review application constraints and installation requirements to ensure the part meets your needs.