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Pulsation Dampeners ACCU-PULSE |
Pulsation Dampeners ACCU-PULSE
Developed to
remove pulsating flows
from positive displacement pumps.
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 increase system efficiency and pump life
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decrease maintenance and costs
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protect pipes, meters, valves and instrumentation from pulsation and vibration
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ensure meter accuracy, longevity and repeatability
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reduce pressure fluctuations and diaphragm wear
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prevent foaming and splashing
Note: CRN is available on certain Accu-Pulse Dampeners. Please contact factory for price and availability.
Standard Features for ACCU-PULSE
Pulsation Dampeners
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lightweight, compact design
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150 psi rating
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easy in-line maintenance
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2 year warranty
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3/8", 3/4" and 1" pipe connections; 10 & 85 Cubic in.
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PP, PVC, PVDF, 316 S/S, Alloy 20 and Hastelloy C
- High Pressure Dampeners to 4000 psi available
ACCU-PULSE
Pulsation Dampeners
General Sizing Guide
(Detailed Sizing Guide For Accu-Pulse Pulsation Dampeners)
Standard Simplex Metering Pumps:
The following are general ranges for sizing ACCU-Pulse Pulsation dampeners for metering pump applications.
Models stated are based on 10% pressure fluctuations and a Simplex single acting metering pump. For 5% pressure fluctuation, divide the Capacity per Stroke Range numbers in the chart below by 2.
To calculate cubic inches per stroke:
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gallons per minute = gallons per stroke
strokes per minute |
| Gallons per stroke X 231 cubic inches per gallon |
= cubic inch per stroke |
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EXAMPLE:
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.15 = .0015 GPS
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THEREFORE:
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.0015 X 231
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= 0.3465 cubic inches per stroke
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100 |
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= API Dome Top |
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Capacity per
Stroke Range
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ACCU-PULSE
Dampener
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0 to 0.22 Cubic Inches
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APIF Flat Top
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0.23 to 0.75 Cubic Inches
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API Dome Top
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0.76 to 2.71 Cubic Inches
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APIIF Flat Top
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2.72 to 6.40 Cubic Inches
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APII Dome Top
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6.41 to 12.96 Cubic Inches
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APIIIF Flat Top
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12.97 to 27.89 Cubic Inches
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APIII Dome Top
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Note:
For other pump factors, or residual pulsation, contact factory.
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Air Operated Double Diaphragm Pumps:
The following chart shows the pulsation dampener and inlet stabilizer models for use on Air Operated Double Diaphragm (AODD) pumps.
The models stated will produce a flow up to 92% pulsation free. If a higher level of dampening is desired, the next larger capacity should be chosen.
The same models are required for both pump inlet stabilization and discharge pulsation dampening. Pricing pages listed are for standard plastic and metal models. Other models include: Teflon, food grade and sanitary.
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AODD Pump
Discharge
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ACCU-PULSE
Dampener
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Dampener
Capacity
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1/4"
3/8"
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AP-I Dome Top
AP-I Dome Top
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10 cubic inch
10 cubic inch
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1/2"
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AP-II Flat Top
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36 cubic inch
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3/4"
1"
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AP-II Dome Top
AP-II Dome Top
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85 cubic inch
85 cubic inch
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1 1/4"
1 1/2"
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AP-III Flat Top
AP-III Flat Top
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175 cubic inch
175 cubic inch
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2"
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AP-III Dome Top
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370 cubic inch
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3"
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AP-IV
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4.8 gallon
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4"
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AP-IV
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4.8 gallon
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| Peristaltic (Hose) Pumps:
The following chart shows the pulsation dampener and inlet stabilizer models for use on two shoe Peristaltic (Hose) type pumps.
The models stated will produce a flow up to 95% pulsation free. If a higher level of dampening is desired, the next larger capacity should be chosen.
The same models are required for both pump inlet stabilization and discharge pulsation dampening. Pricing pages listed are for standard plastic and metal models. Other models include: Teflon, food grade and sanitary.
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Capacity
per Revolution
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ACCU-PULSE
Dampener
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Dampener
Capacity
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0.0058 gallon
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AP-I Dome Top
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10 cubic inch
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0.022 gallon
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AP-II Flat Top
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36 cubic inch
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0.079 gallon
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AP-II Dome Top
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85 cubic inch
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0.165 gallon
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AP-III Flat Top
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175 cubic inch
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0.35 gallon
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AP-III Flat Top
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175 cubic inch
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0.76 gallon
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AP-III Dome Top
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370 cubic inch
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1.77 gallon
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AP-III Dome Top
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370 cubic inch
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3.09 gallon
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AP-IV
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4.8 gallon
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5.28 gallon
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AP-IV
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4.8 gallon
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Ordering Information for ACCU-PULSE
Pulsation Dampeners
Detailed Order Information
eg. Part # API-PVC-E-1
AP - I - PVC - E - 1
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AP
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= ACCU-PULSE |
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I
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= Series Capacity |
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PVC
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= Body Material |
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E
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= Bellows Material |
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1
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= Size |
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Series
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Capacity
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Body Material
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Bellows Material
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Size
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I
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10 cu in
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PP= polypropylene
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N = neoprene
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0 = 3/8"npt(f) series I(std) Metal
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IF
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4 cu in
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PVC = polyvinylchloride
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B = buna-N
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1= 1/2"npt(f) series I(std) Plastic
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II
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85 cu in
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PVDF =
poylvinyldene fluoride
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H = hypalon
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2 = 3/4"npt(f) series II All
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IIF
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36 cu in
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S/S =
316 stainless steel
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E = EPDM
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3 = 1"npt(f) series II (optional)
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III
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370 cu in
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ALL20 = alloy 20
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V = viton
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4 = 2" npt(f) series III (std)
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IIIF
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175 cu in
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HAST = hastelloy C
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T = Teflon
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5 = 3" flanged series IV
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IV
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4.8 gal
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CS - carbon steel
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6 = 4" flanged series IV
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