Productos - Bombas de Incendio: Serie 4300F

 
   
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Serie 4300F

Bombas Eléctricas para Sistemas de Incendio, vertical de succión horizontal

 
   
Series 4300F  - Vertical In-Line Fire Pumps and Packaged Systems
 

Certificaciones

Certificación de Bombas
 
     

Descripción General

Características

Especificaciones técnicas

 
 
 

Características

Armstrong Vertical Fire Pumps

  • High Working Pressure
  • Casing is high grade cast iron suitable for 250 psi maximum working pressure and 400 psi hydrostatic test.

  • Minimum Axial Thrust
  • Impeller is bronze enclosed type, hydraulically balanced.

  • Vibration-Free Operation
  • Impeller is dynamically balanced according to UL requirements.

  • Low Cost Maintenance
  • Replaceable bronze wearing rings.

  • Corrosion Resistant Protection at Stuffing Box
  • Non-corrosive shaft sleeve is heated and shrunk-fit on motor shaft for lifetime fitting.

    1. UL/FM pumps are furnished with packed gland complete with an external flush line to the lantern ring.
  • Double Volute Casing
  • Minimum Shaft Deflection

    1. 4" x 3", 6" x 4" and 6" x 5" pumps have a double volute to reduce shaft deflection and prolong seal life.
  • Minimum Fittings
    1. 3-1/2" (89 mm) compound Suction Gauge with isolating valve.
    2. 3-1/2" (89 mm) Discharge Pressure Gauge with isolating valve.
    3. Casing Relief Valve.
  • Other Fittings and Accessories:
    1. Concentric Discharge Increaser.
    2. Eccentric Suction Reducer.
    3. Fire Pump Controller.
    4. Automatic Transfer Switch.
    5. Jockey Pump.
    6. Jockey Pump Controller.
    7. Flow Meter.
    8. Test Header, Hose Valves & Ball Drip Valve.
    9. Main Relief Valve with Waste Cone.
    10. Supervisory Valve Switches
  • Space Saving
    1. Valuable savings in floor space.
    2. Ideal when space is at a premium.
    3. Fits through a standard door.
    4. Ideal for retrofit installations.
    5. Fits in spaces not normally accessible to other fire pumps.
    6. Alignment problems eliminated.
  • Cost Saving
    1. Less installation time.
    2. Simplified piping design.
    3. Foundations not required.
    4. Inertia base not required.
    5. Flexible connections not required.
    6. One unit responsibility.
   
 
 
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