Pressure Transmitter PT900T

Features:

✔ Compact structure and easy installation

✔ Advanced Diaphragm/Oil Filled Isolation Technology

✔ High stability, high reliability

✔ 316L stainless steel isolation diaphragm structure.

✔ High precision, all stainless steel structure.

✔ Micro amplifier, voltage, current, RS485 signal output.

✔ Wide range with multiple pressure measurement

Description

Pressure Transmitter PT900T

PT900T Series pressure transmitter is kind of device based on pressure layer, which inside expert integrate circuit can transform sensor milli-volt signal to standard far distance transmission current signal, and it can be directly joined with computer joint clip, control instrument ,aptitude instrument or PLC etc. conveniently. The series’ product is applied extensively in the professions, such as the industry process control, petroleum, chemical engineering and metallurgy etc. Carry the distance delivers and can adopt electric current exportation method. Pressure Transmitter are devices that convert the mechanical force of applied pressure into electrical energy. This electrical energy becomes a signal output that is linear and proportional to the applied pressure. And a transmitter sends signals in milliamps (mA). At present, various types of pressure sensors, such as diffused silicon, capacitive, silicon sapphire, ceramic thick film, metal strain electric type are widely used in various industries. It is a diffused silicon type pressure transmitter.
Industrial Process Control – Used in automated control systems for monitoring and regulating pressure in manufacturing plants. Petroleum & Gas Industry – Measures pipeline pressure to ensure safe and efficient operations. Chemical Processing – Monitors pressure in reactors, storage tanks, and piping systems. Metallurgy & Steel Industry – Ensures proper pressure levels in furnaces, hydraulic systems, and rolling mills.

Technical Data

Technical Specifications

Product

Pressure Transmitter

Model

PT900T

Order Code

0444 0900-PT900T-10-420-T

Pressure type

Gauge pressure, Absolute pressure, Sealing pressure

Accuracy

0.5%

Output

4-20mA

Range

0-10 bar

Power supply

24VDC

Thread type

G 1/4

Connector

DIN connector

Connection

Threaded connection

APPLICATIONS

The Pressure Transmitter PT900T is a versatile and essential instrument for precise pressure measurement and monitoring across a wide range of industrial and commercial applications. Its robust design and accurate signal output make it suitable for use in the following sectors:

Oil and Gas Industry
Monitors pipeline and process pressures to ensure safe drilling, extraction, and refining operations. Used for both upstream and downstream applications, including pressure monitoring in wells, pipelines, and storage tanks.
Water and Wastewater Treatment
Maintains and controls pressure in water supply systems, filtration processes, and wastewater treatment plants. Helps prevent leaks, optimize pump operation, and ensure efficient system performance.
Chemical and Pharmaceutical Processing
Measures and regulates pressure in reactors, storage vessels, and distribution pipelines. Ensures process safety, product quality, and compliance with industry standards.
Food and Beverage Industry
Controls pressure in production lines, pasteurization, and packaging processes to maintain product quality and safety. Used for monitoring pressure in tanks, pipelines, and process vessels.
Power Generation
Monitors steam, gas, and hydraulic pressures in power plants, including conventional, nuclear, and renewable energy facilities. Supports safe and efficient plant operation.
Manufacturing and Automation
Integrated into automated systems to monitor and control pneumatic and hydraulic pressures, ensuring optimal machine performance and process reliability.
HVAC and Building Management
Used in heating, ventilation, and air conditioning systems to monitor and regulate air and fluid pressures for energy efficiency and occupant comfort.
Laboratory and Research
Provides accurate pressure measurement for research experiments, calibration, and quality control in laboratory settings