Armstrong 4300 Split Coupled Vertical In-Line Pumps

Địa chỉ: 21 Đường C18, Phường 12, Quận Tân Bình, Thành phố Hồ Chí Minh, Việt Nam

Hotline: 0903 611 561

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Armstrong 4300 Split Coupled Vertical In-Line Pumps

Vertical In-Line Pumps



4300 Split Coupled Vertical In-Line Pumps



Armstrong Vertical In-Line (VIL) pumps serve a wide variety of applications including HVAC system, cooling system, dis trict heating, municipal, and general industrial and power plants, etc.



Technical Data

Max Flow: 6480m³/h

Max Head: 150m

Max Size: DN500

Max Power: 900kW

Max Liquid Temperature: 150℃

Max Operating Pressure: Standard 16bar (Cast Iron), Option 25bar (Ductile Iron)

Impeller Type: Single suction,≥DN300 Double suction



 


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4300 Split Coupled Vertical In-Line Pumps

 

  • Applications: HVAC-system pumping; light industrial/ process pumping (water or glycol based)
  • Description: The Armstrong 4300 pipe-mounted pumps are designed for space-saving installation, high operating efficiency, and long service life

  • Materials:
    • Cast, ductile iron or bronze casing 
    • Cast iron or bronze impeller
  • Configuration: Outside balanced or inside single spring mechanical seal
  • Performance range: Up to 28,000 USgpm (1,800 L/s) flow; up to 500 ft (150 m) head
  • Temperature: 300oF (150oC)
  • Power Range: 1 hp to 1250 hp (0.75 kW to 900 kW)
  • Size: 1.5" to 20” (40 mm to 500 mm)

Features and Benefits

Low installed cost

  • Vertical In-line design eliminates the need for inertia bases, housekeeping pads, flex connectors, and field alignment or grouting requirements
  • Vertical In-line design minimizes space and pipe requirements
  • Isolated mechanical seal design with optional sediment filters or separators available to extend seal life in contaminated systems

Low energy consumption and operating cost

  • Armstrong 4300 pumps are available with high-efficiency NEMA-premium motors for significant reduction in energy consumption and cost
  • All motors are suitable for inverter-fed service
  • Vertical In-line design minimizes pipe requirements and related friction losses resulting in higher system efficiency
  • Split-coupling allows replacement of mechanical seal without disturbing the pump or motor
  • No lubrication or seal adjustments required

Low operating risk

  • Universal replacement seals, bearings, and motors available locally world-wide
  • Optional isolated mechanical seal with sediment filters or separators for extended seal life in contaminated systems
  • Vertical In-Line configuration allows for less disruptive pump service (casing stays in place)
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