Product Short Description
Technical Specifications
- Electrical Parameters
- The input voltage range is 12 – 48VDC, which adapts to the power supply conditions of different industrial sites. The standard output voltage is 5VDC, and the maximum output current can reach 10A.
- It outputs standard electrical signals such as 4 – 20mA, which can be stably transmitted to the upper – level control system over long distances without obvious signal attenuation.
- The power conversion efficiency exceeds 90%, which reduces energy loss during operation and helps lower the overall energy consumption of the industrial control system.
- Measurement and Physical Specifications
- It is made of high – quality materials such as 316L stainless steel and Hastelloy, which have strong corrosion resistance and can adapt to the measurement of corrosive media.
- The overall dimensions are approximately 170mm × 105mm × 32mm, and the weight is about 120g, which is compact and lightweight and does not occupy much installation space.
- It supports process connection methods such as threaded connection and flange connection, which can be flexibly selected according to on – site installation requirements.
- Environmental Specifications
- The operating temperature range is – 20°C to 50°C, which can adapt to the temperature changes of most indoor and outdoor industrial sites.
- It has good environmental adaptability and can maintain stable operation in environments with a certain degree of dust and humidity, matching the harsh use requirements of general industrial scenarios.
Description
Function Features
- Accurate and Comprehensive Pressure Measurement
It can measure a variety of pressure parameters in industrial processes, including steam pressure, hydraulic pressure, and differential pressure. It can handle the pressure measurement tasks of different media such as corrosive gases and high – temperature steam by virtue of its high – quality material structure. The measurement data is accurate, which provides reliable data support for the precise adjustment of the production process.
- Stable Signal Conversion and Transmission
It can stably convert the collected non – electrical pressure signals into standard 4 – 20mA or 0 – 10V electrical signals. These standard signals can be directly recognized and processed by most PLC and DCS systems on the market, avoiding signal incompatibility problems. The signal transmission process is stable, and it can effectively resist external electromagnetic interference in industrial environments.
- Easy Installation and Strong Compatibility
Its compact size and diverse process connection methods allow it to be installed in narrow spaces such as equipment pipelines and control cabinets. It does not require complex auxiliary tools during installation. It is highly compatible and can be seamlessly connected with various control systems of Foxboro and other brands, which reduces the difficulty of system transformation and upgrading for enterprises.
- Reliable Operation and Convenient Maintenance
The industrial – grade material and structural design ensure its long – term stable operation in harsh industrial environments without frequent failures. It can automatically record system error and fault messages during operation, which helps maintenance personnel quickly locate problems. The modular design also facilitates the disassembly, inspection, and replacement of components when maintenance is required, shortening the maintenance time.
Application Scenarios
- Oil and Gas Industry
It is installed in oil drilling platforms, natural gas processing plants, and long – distance oil and gas pipelines. It measures the pressure of oil and gas in the extraction and transportation links in real time. It monitors the pressure changes in the pipeline and transmits signals to the control system. The control system adjusts the opening of the valve according to the signal to prevent pipeline damage caused by excessive pressure. Its corrosion – resistant material can resist the erosion of marine salt spray and desert dust, ensuring stable operation in harsh field environments.
- Chemical Industry
It is deployed in chemical production workshops, especially in key equipment such as reaction kettles and distillation towers. It monitors the pressure changes of chemical media in the reaction process in real time. When the pressure in the reaction kettle exceeds the set threshold, the converted electrical signal will trigger the upper – level system to adjust the feeding speed or open the pressure relief device. This prevents safety accidents such as explosions caused by excessive pressure in the reaction process and ensures the smooth progress of chemical production.
- Power Generation Industry
It is widely used in thermal power plants, hydropower plants, and other power generation facilities. In thermal power plants, it measures the steam pressure in boilers and steam turbines. The control system adjusts the coal feeding amount and air supply volume according to the pressure data to maintain the steam pressure within the rated range, ensuring the stable output power of the generator set. Its stable signal transmission performance can adapt to the strong electromagnetic interference environment around power generation equipment.
- Pharmaceutical Industry
It is applied in pharmaceutical production links such as drug synthesis and preparation. It monitors the pressure parameters in the sealed reaction vessels during drug synthesis. Many pharmaceutical reactions have strict requirements on pressure. The accurate pressure data provided by this transmitter ensures the stability of the reaction process, thereby guaranteeing the purity and efficacy of drugs. Its reliable operation also meets the pharmaceutical industry’s requirements for traceability of production process parameters.
- Water Treatment Industry
It is installed in urban water supply systems and industrial wastewater treatment plants. It measures the pressure of water in water supply pipelines to ensure that the water supply pressure meets the user’s water demand. In wastewater treatment equipment such as filter presses and sedimentation tanks, it monitors the internal pressure of the equipment. The control system adjusts the operation load of the equipment according to the pressure data, improving the efficiency of wastewater treatment and ensuring the normal operation of the water treatment process.
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