The DG1300-BZ-B-2-0.8-CJ-AE pressure transmitter serves as the core device for industrial flow control, and its accuracy class and stability directly affect production efficiency. This article provides a detailed analysis of the core features of this diffused silicon pressure sensor for liquid and gas applications, and makes a horizontal comparison with mainstream models such as KYB-800 and HTJ-HTJ110, helping operators quickly master key selection points and troubleshooting techniques.

I. Core Features of the DG1300-BZ-B-2-0.8-CJ-AE Pressure Transmitter

The DG1300-BZ-B-2-0.8-CJ-AE pressure transmitter adopts advanced diffused silicon technology, featuring high accuracy, high stability, and long service life. This model of pressure transmitter is suitable for pressure measurement of liquids and gases, and is widely used in petroleum, chemical, electric power, metallurgy, and other industries. Its core features include: 1. High-accuracy measurement, with an accuracy class up to 0.1%; 2. Wide temperature range, suitable for working environments of -40℃~85℃; 3. Stainless steel housing, with strong corrosion resistance; 4. Stable output signal, supporting 4-20mA standard signal output.

II. Comparative Analysis of DG1300-BZ-B-2-0.8-CJ-AE, KYB-800, and HTJ-HTJ110

To help operators better choose the right pressure transmitter, we conducted a detailed comparative analysis of DG1300-BZ-B-2-0.8-CJ-AE, KYB-800, and HTJ-HTJ110. Below is a comparison table of the performance parameters of the three products:

It can be seen from the comparison table that DG1300-BZ-B-2-0.8-CJ-AE has obvious advantages in accuracy class and temperature range, making it suitable for a wider range of working environments and media types.

III. Application Scenarios of DG1300-BZ-B-2-0.8-CJ-AE

The DG1300-BZ-B-2-0.8-CJ-AE pressure transmitter is widely used in the following scenarios: 1. Pipeline pressure monitoring in the petrochemical industry; 2. Boiler pressure control in the electric power industry; 3. Blast furnace pressure measurement in the metallurgy industry; 4. Pump station pressure monitoring in the water treatment industry. Its high accuracy and stability ensure safety and efficiency in these critical application scenarios.

IV. Common Problems and Solutions

When using the DG1300-BZ-B-2-0.8-CJ-AE pressure transmitter, operators may encounter the following common problems: 1. Unstable output signal: this may be caused by power supply voltage fluctuations or poor wiring, and it is recommended to check the power supply and wiring; 2. Large measurement deviation: this may be caused by sensor zero drift, and zero-point calibration is recommended; 3. No sensor output: this may be caused by a circuit fault, and it is recommended to check the circuit or replace the sensor.

V. Why Choose Xi'an Shenghongchuang Instrumentation Co., Ltd.

As a professional high-tech enterprise, Xi'an Shenghongchuang Instrumentation Co., Ltd. has many years of experience in the R&D and production of pressure transmitters. Our products are manufactured in strict accordance with international standards and have passed ISO9001 quality management system certification. By choosing us, you will receive: 1. High-quality products; 2. Professional technical support; 3. Comprehensive after-sales service. If you would like to learn more, please feel free to contact us at any time.