Wellmate Traditional Air / Water Tanks

HP Series

HP Quick Connect Series

Hydro pneumatic – “HP” Series — Designed for applications where sulfur, iron, methane gases and hypochloride environments are an issue. These high performance tanks can be used for aggressive water, or as an open system where air is introduced to oxidize and aerate.

	Applications sulfur and iron water treatment hypochloride environments release of methane or other well gases

Features and Benefits

• Quick Connect
• Threadless connection: Eliminates potential for cross threading and over tightening.
• Rotating connection: The fitting rotates 360°, making for a simple effective plumbing connection.
• Multiple Plumbing Connections available: Brass or plastic, NPT, BSP, Glued Socket or Sweat.
• Corrosion-proof composite construction
  • One piece, seamless inner shell molded of premium high-density polyethylene
  • Sturdy molded polymeric base is corrosion and impact proof
  • Outer shell is a composite of continuous fiberglass strands sealed with high-grade epoxy resin
    
    
• Inlet/Outlet PVC Pipe Connections - allow straight through T connection on bottom of tank for ease of piping.
  
  
• Blowdown Valve - for easy removal of sludge from tank bottom
  
  
• Hydro pneumatic Convertible - optional air volume control assembly and micronizer provide for quick and easy tank conversion. Dealers no longer need to stock more than one kind of air-over-water pressure tank.
  
  
• Higher Performance - When adapted for hydro pneumatic applications, the Universal Series provides 50% more drawdown than similarly sized conventional tanks
  
  
• Factory Backed Warranty: Five year warranty
  
  
• Light Weight – minimizes labor cost; no need for heavy equipment

HP Performance Data & Prices

Note:
Maximum external operating temperature 120°F (49°C).
Maximum internal operating temperature 100°F (38°C).
Minimum operating temperature 40°F (4°C).

* Diameter, height and weight may vary slightly without notice.

** In keeping with current industry standards, drawdown factors are based on Boyle's law. Actual drawdowns will vary depending upon system variables, including the accuracy and operation of the pressure switch and guage and operating temperature of the system.