MuniPac® Municipal Systems

Accessories Horizontal

MuniPac® Standard Open

Patterson Pump Company’s Muni~Pac Standard, Place And Connect pumping systems are designed to reduce both initial cost and total cost of ownership. Muni~Pac Standard Place And Connect pumping systems provide the following benefits:

  • Reduced Cost Associated With Design
  • Reduced Construction Time
  • Dependable Schedules
  • Factory Tested
  • Reduced Start-Up Expense
  • Single Point of Responsibility
The Muni~Pac Standard focuses on space-saving afforded us through the use of Patterson’s Vertical In-Line style of pumps. The vertical in-line pump is a tried and true, space saving pump design that provides similar cost of ownership to that of end suction centrifugals and smaller horizontal split case pumps. The construction of close-coupled, vertical in-line pumps is almost identical to that of close-coupled, end suction style centrifugals. The entire rotating element can be removed without disturbing suction and discharge piping. Remote-coupled, vertical in-line pumps afford maintenance personnel the additional freedom to replace mechanical seals without having to first remove the electric motor.
The Muni~Pac Standard is a complete booster pump solution that comes completely pre-wired and pre-plumbed from the factory. With theirsingle point power connection and simplified influent and effluent connections, installation of Muni~Pac Standard Place And Connect pumping systems is a snap. The Muni~Pac Standard includes:
  • Patterson Vertical In-Line Pumps or Vertical Multi-stage Pumps (Duplex or Triplex)
  • Ductile Iron Suction and Discharge Manifolds
  • PLC or SCADA Control
  • Variable or Constant Speed Motor Controllers
  • Isolation Valves For Each Pump
  • Check Valve For Each Pump
  • System Suction and Discharge Pressure Gages
  • Structural Steel Skid With Lifting Lugs or Optional Forklift Slots
  • Optional Flow Meter
  • Optional Pressure/Surge Relief Valve
  • Optional Clamshell Enclosure For Smaller Systems
  • Optional Stationary Enclosure For Larger Systems