A Pulsation Dampener That Suppresses Pulsation and Prevents Pump Damage
A PTFE-specification pulsation dampener dedicated for F series. A pulsation dampener with a wetted part made of fluorine resin, which uses compressed air to suppress pulsation of liquid transported by the diaphragm pump.
Use at plants where pulsation is not acceptable, such as for protection of filters and one-shot spraying.

■ Main Applications
Prevention of Piping Vibration/Protection of Filters

Features

■ Installation Diagram
ad-tt-setting.jpg

[Note]
1. Install the damper within 1 m of the pump discharge port. It will have no effect even if installed at the end of the piping.
2. An even greater effect can be achieved by attaching and adjusting a regulator separately from the pump, in front of the dampener air supply port.
3. The dampener may consume air due to the pulsation condition.
4. Similarly to the pump, the diaphragm needs periodic replacement of PM.
5. The dampener will not function without back pressure. At least around 0.1 MPa of back pressure is required.

Specifications

Model Number
AD-10TT
(851918)
AD-25TT
(851919)
AD-38TT
(853441)
Body Material
Center Body Polypropylene (PPG) HDPE
Pump Body PTFE
Wetted Parts Material
Diaphragm PTFE
Specifications
Nominal Diameter 3/8" (10 mm) 3/4" (20 mm) 1" (25 mm)
Material Connection
Suction Port Rc 3/8 (F) Rc 3/4 (F) Rc 1 (F)
Discharge Port
Air Connection
Supply Port Rc 1/4
Exhaust Port Rc 3/8
Air Supply Pressure 0~0.5 MPa *1 0~0.7 MPa *1
Maximum Discharge Pressure 0.5 MPa 0.7 MPa
Maximum Air Consumption 20 L/min (ANR)
Maximum Size Solid Maximum 1 mm Maximum 3 mm
Temp Range
Ambient 0~70 °C
Liquid Temperature 0~80 °C
Net Weight 4.4 kg 11.7 kg 30.0 kg

*1 The compressed air quality shall satisfy quality classes both 2 and 3 specified in “JIS B8392-1:2000 Compressed air for general use.”
(Maximum particle diameter: 1 μm, Maximum open air pressure: -20°C, Maximum oil concentration: 0.1 mg/m3)
The maximum supply air pressure of a type with resin-made pump body depends on the liquid temperature. The water discharge is provided as a rough approximation only. The discharge will differ depending on factors such as the liquid to be transferred and the piping conditions.

Dimentional drawing

Performance curve

Downloads

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