Emerson Fisher i2P-100 Brochure

Fisher® i2P-100 Electro-Pneumatic Transducer

For Safer Operations and Improved Uptime

i2P-100 Electro-Pneumatic Transducer

Fisher i2P-100

For safer operations and improved uptime

Electro­Pneumatic
Transducer

he major issue with the design of electro-pneumatic
transducers is the balance between emissions and

T

uptime. If designed to minimize emissions, then the
device can be prone to plugging, especially if natural gas is
being used as the pneumatic supply.

The Fisher i2P-100 transducer is designed to meet
environmental concerns, but optimized to provide maximum
uptime. It features dual compartments with an “explosive-fluid
seal” to prevent natural gas from migrating to the electrical
conduit. Additional advantages offered by the i2P-100
transducer include corrosion resistance, tolerance to dirty
supply and vibration resistance.

These features give the i2P-100 transducer outstanding ability
to operate safer while improving uptime.

Installation

Each i2P-100 converts a millampere
input signal to a pneumatic signal
to operate a valve actuator,
damper drive or valve positioner.
It can be mounted directly to the
valve actuator case or to a
pipestand or surface.

Approved For Use With
Natural Gas

The i2P-100 transducer is ideal
when using natural gas as the
pneumatic supply, such as in gas
production facilities, compressor
stations and offshore platforms.

Corrosion Resistance

Converter module coils have a
corrosion resistant coating, and all
flexures are gold plated to provide
protection from hostile environments.
Dual compartment housing with an
“explosive-fluid seal” separates the
pneumatic and electronic components.