SENTRY Pulsation & Surge Control: SENTRY CIP sanitary flow-through dampener with unique patent pending bladders is specifically designed for hygienic clean-in-place applications.
CIP Sanitary Dampener
     
SENTRY PRODUCTS:
DAMPENERS & SUPPRESSORS
INLET STABILIZERS
ACCUMULATORS
TECHNICAL SPECS
CERTIFICATIONS
CE EX CRN Icons
 
  ONLINE TOOLS:
eCONFIGURATOR
SPEEDQUOTE
DRAWINGS
MOBILE APP
 
 
  ADDITIONAL INFO:
ARRA COMPLIANCE
PUMP ACCESSORIES
LITERATURE
FAQs
 
   
SENTRY CIP
sanitary flow through dampener with unique bladders is specifically designed for hygienic clean-in-place applications.
The clean alternative for pulsation dampening.

Specifically designed for hygienic applications requiring clean-in-place components, the SENTRY CIP pulsation dampener with inline flow through design and unique patent pending tube bladder eliminates problems with product holdup and trapped particles. Ideally suited for handling slurries and viscous fluids, it’s gentle enough for the most delicate products.


  * Polished 316L stainless steel for sanitary applications
  * Inline, flow through design eliminates product holdup
  * Self-draining single body construction for easy clean-in-place
  * Internal molded ribs prevent bladder collapse under pressure, replacing other designs with perforated tubes that collect and trap particles
  * Molded ends connect directly to pipe and seal with Tri-Clamp fasteners without separate gaskets
  * Made in the USA

Unique patent pending molded tube bladder available in USP Class VI pharma-grade silicone and food-grade EPDM.

  * Discharge pulsation dampener for use with AODD pumps up to 2” and peristaltic/hose pumps up to 1”
  * 316L polished stainless steel single body construction with 2.5” Tri-Clamp fasteners
  * 275 cubic inch with maximum pressure rating to 150 psi (10.3 bar)
  * Molded tube bladder available in USP Class VI pharma-grade silicone and food-grade EPDM
  * Optional end cap for mounting in vertical position
  * Installed inline as close to pump discharge as possible to absorb the pulse at the source
 
   
   
   
CIP RETCH