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Currently, the world is experiencing rapid industrial development. While maintaining continuous, rapid, and healthy growth, a large number of major engineering projects need to improve economic efficiency. At this time, technological transformation is required, and the same applies to product production, which also needs technical support. Therefore, smart pressure transmitters and precision instruments have a considerable market demand.
For the composition structure of the widely used smart pressure transmitters on the current market, it mainly includes microprocessors, sensors, analog-to-digital converters, and memory devices. The sensor primarily detects the measured signal, and the materials designed for specific applications can vary. The microprocessor, as the core part of the entire device, primarily performs comprehensive analysis and calculation on the data collected by the device.
Wide measurement range and large range ratio
The comprehensive features of the smart pressure transmitter include a wide measurement range and a large range ratio. Compared to conventional analog transmitters, the most prominent advantage of smart pressure transmitters is that they can effectively reduce inventory quantities. Furthermore, they can freely adjust the range as needed without replacing the meter, thus eliminating concerns about range over-limit issues.
Easy to maintain and manage
Smart pressure transmitters use handheld communicators and smart transmitter communication, allowing for terminal connection at the site transmitter terminal position. This design and operation ensure the safety of maintenance personnel and allow the control room to adjust the transmitter range reasonably, facilitating equipment maintenance and management.
Equipped with high-low pressure side conversion function
This sensor's high-low pressure side conversion function is primarily adjusted through a handheld communicator to implement internal parameter adjustments. It enables effective data conversion between the high and low pressure sides. Even after reconfiguration post-conversion, the overall state remains normal, effectively saving both manpower and material resources.
Smart pressure transmitters have extensive applications across various industries. In the petrochemical industry, they are used to monitor pressure changes in storage tanks, pipelines, and other equipment, ensuring production safety. In the power industry, smart pressure transmitters monitor the pressure parameters of key equipment like boilers and steam turbines, ensuring the normal operation of electrical equipment. Additionally, in industries such as environmental protection, water treatment, pharmaceuticals, and food, smart pressure transmitters play a significant role, such as monitoring the inflow and outflow pressures of sewage treatment plants and controlling pressure parameters on production lines. These applications all highlight the indispensable role of smart pressure transmitters in modern industrial production and daily life.
