TIME TO UPGRADE YOUR ANEMOMETER
Plan ahead to keep your gas turbine fleet running
If you have a gas turbine fleet equipped with an airflow sensor/anemometer in your gas turbine compartment or fuel gas module ventilation system, you might be experiencing faulty air flow readings. It’s time to replace your existing sensor with a new and improved differential pressure transmitter (DPT) that will improve your instrument and operational reliability.
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UPGRADING TO A DIFFERENTIAL PRESSURE TRANSMITTER
Increasing your gas turbine’s availability, reliability and performance
We have worked with our customers to develop a new solution for measuring air flow without the risks of exposure to damaging elements: The differential pressure transmitter. A DPT upgrade from GE will help improve your gas turbine fleet’s operational reliability. And with our global expertise in DPT upgrades, spare parts are easy to obtain if they are ever needed.
In the last 3 years, our DPT solution could have avoided as many as 60 unplanned outages
DPTs with a door limit switch significantly reduce environmental impact on the accuracy of readings
Our DPT solution is installed in >100 units globally
SEE THE RESULTS FOR YOURSELF
We have the solution
In an air flow sensor upgrade, your existing equipment will be replaced with our DPT, which is installed across the compartment ventilation fans. This upgrade substantially reduces the risk of incorrect low flow readings and increases the reliability of your units.
In addition to the differential pressure transmitter, your upgrade will include new control logic to avoid unit trips from false readings. One optional, but recommended feature to consider as part of your DPT upgrade is a door limit switch to provide protection when the gas fuel module or turbine compartment door is opened while in operation.
DIFFERENTIAL PRESSURE TRANSMITTERS
Heavy duty gas turbines with air flow sensors in the gas turbine compartment or fuel gas module ventilation system.