Brochure

REDUCING PROCESS VARIABILITY
Reducing process variability is key to improving product
quality. Excessive variability is the direct result of control
equipment—such as control valves—failing to achieve
required performance levels.
To minimize variability, Emerson engineers perform
comprehensive tests on complete control valve assemblies
during new product development. These control valve
assemblies are subjected to on-line, dynamic performance
testing to evaluate their ability to reduce variability. These
tests replicate how customers actually use control valves in
the field.
Fisher products have historically set the standard for
dynamic performance. Emerson is dedicated to continuous
improvement of existing products. New products must
exceed the performance of the products they replace.
Best-in-class flow lab facilities and control experts enable
us to meet these challenges.
High consumption of compressed air or natural gas by
instruments means high energy costs for plants.
Emerson engineers developed technology in the
instrument product line that reduces steady-state air or
gas consumption to 1/10th that of previous products for
significant energy and economic savings. This technology is
so novel that it is patented.
Emerson technologists use state-of-the-art analysis
tools and laboratories to maximize instrument control
performance while minimizing air consumption.
REDUCING AIR OR GAS CONSUMPTION
Fisher
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