In-Line Pressure Transmitter 3051tg
Product Overview:
The In-Line Pressure Transmitter 3051tg is a highly sophisticated pressure transmitter engineered for
precise measurements across a multitude of industrial applications.
Developed with cutting-edge sensor technology, it accurately
captures even the most subtle pressure variations under diverse
conditions. This device is designed to meet the rigorous demands of
industries where precision is critical, ensuring that operators
receive reliable, high-fidelity data essential for maintaining
competitive process control standards.
Built with exceptional stability and an extensive measuring range,
the transmitter boasts a robust construction tailored for
durability in harsh environments. Its design withstands extreme
temperatures, corrosive media, and continuous operational stress,
allowing it to perform consistently over prolonged periods. The
result is a device that not only assures accurate pressure
monitoring but also minimizes maintenance downtime and ensures
long-term operational reliability, meeting the stringent
requirements of modern industrial settings.
Installation and system integration are made remarkably
straightforward with this transmitter. Its user-friendly design
enables quick setup and seamless integration into existing process
control systems, so real-time data can be efficiently utilized to
optimize performance. By delivering immediate, actionable
measurements, the In-Line Pressure Transmitter 3051tg empowers operators to make informed decisions, ensuring efficient
process control while reducing overall operational costs.
Specifications:
customized support
OEM, ODM, OBM
Product Name
3051In-Line Pressure Transmitter
Product Type
Gauge & Absolute Pressure Transmitter
Measurement range
0.3 psi to 10,000 psi
Output signal
4-20mA HART/WirelessHART/FOUNDATION fieldbus/Others
Applications:
Industrial Automation: In industrial automation systems, pressure transmitters play a
crucial role in monitoring and controlling various processes. For
example, in chemical production, they can monitor the pressure of
reactors to ensure safe and efficient operation. In manufacturing
processes involving hydraulic or pneumatic systems, these
transmitters help maintain the correct pressure levels for precise
control of machinery and equipment.
Oil and Gas Industry: The oil and gas industry heavily relies on pressure transmitters
for multiple purposes. They are used to measure the pressure of
fluids in pipelines, both onshore and offshore. This helps in
ensuring the safe transportation of oil and gas, preventing leaks
or ruptures due to abnormal pressure conditions. In drilling
operations, they monitor the pressure inside wells to optimize
drilling parameters and avoid blowouts .
Power Generation: Power plants use pressure transmitters in various stages of power
generation. For instance, steam turbines, monitor the steam
pressure to regulate the turbine's operation and prevent
overpressure situations that could damage the equipment. In
hydroelectric power plants, they measure the water pressure in dams
and penstocks for efficient water flow management and power
generation.
Water and Wastewater Treatment: In water treatment facilities, pressure transmitters are employed
to monitor the pressure in water tanks, pipes, and filtration
systems. This ensures a consistent supply of water with appropriate
pressure for distribution. In wastewater treatment plants, they
help monitor the pressure in different treatment units, such as
digesters and pumps, to optimize the treatment process and prevent
system failures.
Food and Beverage Industry: The food and beverage industry utilizes pressure transmitters for
quality control and process monitoring. For example, in breweries,
they measure the pressure inside fermentation tanks to ensure
optimal fermentation conditions. In dairy processing, they monitor
the pressure in milk pasteurization and homogenization equipment to
maintain product quality .
Pharmaceutical Industry: In pharmaceutical manufacturing, precision and safety are
paramount. pressure transmitters are used to monitor the pressure
in reactors, autoclaves, and other equipment involved in drug
production. This helps ensure accurate control of reaction
conditions and prevents contamination or accidents due to
pressure-related issues .
Aerospace and Defense: In the aerospace and defense sectors, pressure transmitters are
used in aircraft fuel systems, hydraulic systems, and other
critical applications. They provide accurate pressure measurements
to ensure the safe operation of aircraft and military equipment.
For example, in aircraft, they help monitor the pressure of
hydraulic fluids used for landing gear operation and flight control
surfaces
