WOODFORD HC67-14-BR, HC67 HOT&COLD WALL HYDRANT 14" ROUGH BRASS

WOODFORD HC67-14-BR, HC67 HOT&COLD WALL HYDRANT 14" ROUGH BRASS
WOODFORD HC67-14-BR, HC67 HOT&COLD WALL HYDRANT 14" ROUGH BRASS
Quantity Price
1 to 11 $718.85
12 and up $646.97
Part #HC67-14-BR
Woodford
HC67-14-BR
HC67 Hot and Cold Wall Hydrant 14-Foot, Rough Brass

**Image shown is of the standard Inlet connection. Please see product information for the desired Inlet connection when ordering.
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Genuine Woodford Manufacturing Product. ALL Woodford orders must meet the $25 minimum requirement to ship from their factory.

Woodford Freezeless Wall Hydrants Hot & Cold Mixer Automatic Draining With Patented Model 50 High Flow Double Check Backflow Preventer Model HC67/HCB67
The Model HC67 & HCB67 are freezeless hot and cold mixer wall hydrants with automatic draining and hose connection Backflow Prevention. Hydrant drains when shut off, even if hose is attached. The Model HCB67 is enclosed in a flush mounted wall box. Both models are designed for commercial irrigation purposes where outside Hot & Cold water service is required.

SPECIFICATIONS:
  • PATENTED HIGH FLOW DOUBLE CHECK BACKFLOW PREVENTER
  • NIDEL Model 50HA with 3/4 inch male hose thread
  • ASSE Standard 1052 approved
  • Field Testable
  • Two Independent Check Valves
  • Drains automatically when hose is removed
  • No spray back

    FEATURES:
  • Permanent type brass valve body with hemispherical seating surface.
  • One piece valve plunger accurately controls both flow and drainage with a minimum number of turns and without need for adjustments.
  • Drains under nozzle away from hands of operator and with a lip to divert water away from building.
  • Copper casing tubes.
  • No Lead Solder on all solder joints.
  • Hardened stainless steel stem resists damage.
  • Loose key operates hydrant.
  • 3/8 inch solid brass operating rod.
  • 3/4 inch FPT Hot & Cold Inlets
  • Check valves are located in each inlet to prevent migration
  • Wall clamp furnished on all 60 series except close coupled.
  • Max Pressure: 125 p.s.i.
  • Max Temperature: 120ΓΈ F