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Shock
Blocker Pump Pulsation Dampeners from IR ARO
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New 2" and 3"
(Ports) Shock BlockerŽ
Pump Pulsation Dampeners
 IR
ARO announces an important addition to their line of Shock Blocker
Pump Pulsation Dampeners. Designed for aggressive process fluid
applications, the new Shock Blocker 2" and 3" port models feature
an automatic adjustment valve that provides consistent, continuous
pump pulsation reduction, according to the manufacturer. First
introduced to market in 1990, the Shock Blocker 1" (port) non-metallic
models created an important breakthrough in fluid pulsation management
by combining critical features like enlarged air chambers and
fracture-resistant fluid inlets with a patented Air-Tamer automatic
air adjust assembly that allowed the operator to "set it and forget
it." Built with many of these same critical features, the new
2" and 3" metallic models continue the tradition of compatibility,
convenience and consistency that has become the Shock Blocker
benchmark.
Shock Blocker 2" and 3" Features:
- Automatic Air Adjustment-
compensates for fluctuations in fluid pressure without operator
intervention
- Significant Pulsation Reduction-
the new Shock Blockers deliver an average 60% pulsation reduction
at 150 GPM flow with 60 PSI back pressure
- Perfect For Process Applications-
pulsation reduction in long piping runs help prevent costly
fluid pipe and downstream valve damage
- Built for High-Flow/Aggressive
Fluid Applications- 2" models can handle up to 159 in.3
maximum fluid volume, and 3" models up to 509 in.3 maximum
fluid volume
- Broad Pump Compatibility-
choose from aluminum, cast iron or stainless steel body materials
for optimum pump-to-pulsation dampener compatibility
- Broad Fluid Compatibility-
choose from SantopreneŽ, Nitrile, TeflonŽ or Urethane for
optimum fluid-to-diaphragm compatibility
- Bolted Construction-
for leak-free vessel integrity and a safer work-site
- Ultra-Rugged Construction
for Long Service Life- both inside and out, the new Shock
Blockers are built tough to deliver worry-free, pulse-free
fluid handling
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