Application
The damper is used to slow down the dosing pump discharge pulse produced by the vibration of solution, which will slow the pulse 

impact to the piping and system. There is the pressure gauge on the damper will show the detail piping pressure. In general removing 

pulsation reduced the energy usage to transmit liquid over distances.The damper needs to be installed right above of the pump discharge end.

Advantages
Increases system efficiency and pump component life Ineases safety by reducing pressure surges
Ineases safety by reducing pressure surges

Feature
* The ability to minimize pulsations, vibrations, and water hammer means that this component provides excellent protection and smooth system flow.

*Protection of pipes, meters, valves and instrumentation from pulsation and vibration.

*Used together with back pressure valve can make pressure fluctuation close to zero.

 *Limit damaging pressure surges caused by pump start-up and shut-down.

*Prevention of foaming and splashing.

*Allows more accurate readings when pumping through mass flow meters & other instrumentsNo dynamic seal, no leakage and easy maintenance.

Where is a Pulse Dampener installed ?
For best performance a Pulsation Dampener should be installed at the start of the pipe down which the flow has to be forced or when 

the dampener is to perform as a suction side acceleration head loss reducer, then the installation is after the suction supply line at the 

entry to the pump inlet check valve. A pulsation dampner is generally installed as close to the source of the pulsation as possible.