Metering Pump, 7/8 HP, 230/460VAC, 234 gph

NETZSCH — Progressive Cavity Pumps — Metering Pump, 7/8 HP, 230/460VAC, 234 gph

Designed for professional use, this NETZSCH Progressive Cavity Pumps helps keep parts and tooling consistent across routine service tasks.

Quick specs

• Includes: Manual
• Max. RPM: 1,105 RPM
• Required HP @ Lower RPM: 7/8 hp
• Overall Length: 27 in
• Manufacturer Part Number: MSVS0276090AL000
• UPC: -

Product information

• UPC: -
• Country of Origin: Multiple
• Manufacturer Part Number: MSVS0276090AL000

Dimensions

• Discharge Connection Size: 1 1/4 in
• Particle Size: 8 mm
• Length (In.): 27 in
• Height (In.): 7 in
• Width (In.): 7 in
• Overall Width: 7 in
• Overall Height: 7 in
• Overall Length: 27 in
• Solid Diameter (Maximum): 8 mm
• Intake Connection Size: 1 1/8 in

Details

• Includes: Manual
• Seal Type: Mechanical
• Seal Material: Stainless Steel, Viton
• Min. Fluid Temp.: 23 Degrees F
• Flow Rate @ Min. RPM and 90 PSI: 18.7 gph
• Required HP @ Higher RPM: 7/8 hp
• Max. Fluid Temp.: 130 Degrees F
• Frequency: 60 Hz
• Motor Speed (Minimum): 92 RPM
• Horsepower (Maximum): 7/8 hp
• Intake Connection Type: NPT
• Media Temperature (Minimum): 23 Degrees F
• Media Temperature (Maximum): 130 Degrees F
• Motor Speed (Maximum): 1,105 RPM
• Discharge Connection Type: NPT
• Viscosity (Maximum): 1,000 cps
• Max. RPM: 1,105 RPM
• Required HP @ Lower RPM: 7/8 hp
• Max. Viscosity: 1000 cps
• Series: NM
• Housing Material: Stainless Steel
• Voltage: 230/460V AC
• Flow Rate @ Max. RPM and 0 PSI: 234 gph
• Flow Rate @ Max. RPM and 90 PSI: 225 gph
• Min. Pressure (PSI): 0 psi
• Max. Pressure (PSI): 90 psi
• Application: Metering
• Hz: 60
• Flow Rate @ Min. RPM and 0 PSI: 19.5 gph
• Inlet/Outlet (In.): 1-1/4 NPT

This Progressive Cavity Pumps is chosen for predictable fit and professional handling.

Recommended for production support and bench work and a practical option for maintenance teams and procurement.

Highlights

• 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.
• Clear specification formatting helps reduce ordering mistakes.

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