Technical Performance and Long-Term Stability Analysis

The DG1300-PJ-1-CJ/GK/GZ pressure transmitter adopts diffused silicon liquid and gas pressure sensing technology, and its core performance indicators directly affect the total life-cycle cost of the equipment. By comparing the technical parameters of similar products such as the domestic capacitive pressure transmitter PQ70 high-accuracy intelligent differential pressure transmitter, it can be seen that this model has competitive advantages in key indicators such as a range ratio of 40:1 and an accuracy of ±0.1%. Particularly noteworthy is that its six-month stability error is only ±0.15% of the maximum range, which means it can still maintain high measurement accuracy after the one-year warranty period, significantly reducing maintenance costs caused by accuracy degradation.

Total Life-Cycle Cost Composition Model

Key Maintenance Strategies and Implementation Points

According to the MBS4701-060G5811 maintenance manual, it is recommended to establish a three-level maintenance system: in daily inspections, focus on the zero-point drift of the sensor; in quarterly maintenance, check the connection stability of the PX-BACHX remote transmission signal module; and during annual overhaul, replace sealing components in accordance with the KYB-C1 installation instructions. Especially in corrosive environments such as petrochemical applications, it is recommended to shorten the inspection interval specified in the JM-2010-5M installation specification to 70% of the original standard.

Why Choose a Professional Manufacturer

As a high-tech enterprise in Xixian New Area, we provide BP-H series products that adopt the same digital compensation technology as the domestic capacitive pressure transmitter PQ70, and record full life-cycle data of the equipment through non-volatile memory. Our engineering team can provide full-process technical support from selection consultation to scrapping and recycling, ensuring that the overall cost of your DG1300-PJ-1-CJ/GK/GZ pressure transmitter is reduced by more than 30% over a five-year service cycle.