

FloJet Accumulator Tank model # 305730001A
Item# 305730001A
Availability: | Usually ships the same business day |
Our Price: | $71.77 |
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Note: Accumulators come with (2)1/2" barbed hose fittings and (2)1/2" threaded hose fittings. If you use 5/8" hose you will need port kit part #20381033 that consists of (2) qc x 5/8 barb. Or you can use the qc x 1/2 mpt ports that come with accumulator and adapt your existing fittings.
Get the best of both worlds!
High flow when you need it and the ability to restrict the flow for sensitive situations.
We now have accumulators made by FloJet you install them in the outlet hose of any diaphragm pump with a pressure switch. They let you restrict the flow of the pump without damaging the pressure switch or relay by excessive cycling.
How does it work?
When the pump starts, liquid enters the reservoir compressing the bladder until the maximum pressure for the pressure switch is reached then the pump shuts off. When water is demanded, pressure in the air chamber forces liquid into the system. Pump stays off until the minimum pressure is reached on the switch. Then pump turns on, reducing cycling leading to longer switch and pump life.
FEATURESInternal Bladder
Smoother and More Even Flow
Quieter Water System
Better Temperature Control
Longer Pump Life
Lower Battery Drain
Simply Fitted to New or Existing Systems
Compact Size
Snap-in Port Fittings include both:
1/2" Barbed Hose Fittings and
1/2" Threaded Hose Fittings
SPECIFICATIONSTank: Hygienic, Light, Compact
Impact and Pressure Resistant
Plastic Construction
Capacity: 1 liter (33 fl oz)
Max. Operating
Pressure: Up to 125 psi (8.6 bar)
Pre-Charge
Pressure: 10 psi (0.7 bar)
Air Valve: Standard Tire Valve
Weight: 1.6 lb (0.7 kg)
Dimensions: 13-1/4" (337 mm) x 4-3/4" (119 mm)
Get the best of both worlds!
High flow when you need it and the ability to restrict the flow for sensitive situations.
We now have accumulators made by FloJet you install them in the outlet hose of any diaphragm pump with a pressure switch. They let you restrict the flow of the pump without damaging the pressure switch or relay by excessive cycling.
How does it work?
When the pump starts, liquid enters the reservoir compressing the bladder until the maximum pressure for the pressure switch is reached then the pump shuts off. When water is demanded, pressure in the air chamber forces liquid into the system. Pump stays off until the minimum pressure is reached on the switch. Then pump turns on, reducing cycling leading to longer switch and pump life.
FEATURES
SPECIFICATIONS