DSIII Intelligent pressure transmitterDetailed product description：

Product Introduction
The DSIII series includes various types and varieties of two-wire transmitters, with an output signal of 4-20mA, which is linearly proportional to the input pressure and independent of the load.
Transmitters that meet the requirements of "intrinsic safety" and "explosion-proof" protection types can be installed in potentially explosive atmospheres (zone 1) or zone 0. This transmitter has an EU type test certificate and complies with the European standard CENELEC and the Chinese standard NEPSI.
The power supply categories for the "intrinsic safety" explosion-proof transmitter used in zone 0 are "ia" and "ib". The transmitter can be equipped with remote transmission sealing components of different structures for measuring viscous media in special applications.

The transmitter uses three input keys for local programming or external remote programming through HART. Other parameters for special application scenarios can be accessed through HART.

Technical specifications of DSIII intelligent pressure transmitter product

1. Good quality, long lifespan
2. Maintain high reliability under extreme chemical and mechanical loads
3. Suitable for corrosive and non corrosive gases, vapors, and liquids
4. Rich diagnostic and simulation functions
5. Separate measuring components from electronic components. No need to recalibrate
6. Minimum consistency error
7. Long term drift is small
8. The liquid receiving part is made of high-grade materials (stainless steel, Hastelloy, gold, Monel alloy, tantalum)
9. Several standard ranges are available for selection
10. High measurement accuracy
11. Use buttons or HART to achieve parameter setting diagnostic function
12. Overlimit monitoring is implemented by an event counter. When the pressure value exceeds the limit or an error signal is generated, the frequency, time, and amplitude of its occurrence will be recorded and reported as abnormal events. This will enable you to have an overall understanding of what happens during the production process.
13. The use of unrecoverable instantaneous actual values to record input pressure, sensor temperature, electronic unit temperature, and minimum/maximum drift relative to the normal range can provide information on the operating status, process temperature, and ambient temperature of the new SITRANS P.
14. The maintenance counter can report the number of transmitter calibrations. According to the continuity theory, this function can be used to ensure the maximum operational accuracy of the transmitter.
15. The simulation function is directly built into the transmitter, which can check the electronic part of the transmitter and the entire circuit based on defined values to obtain important information such as whether the electronic part of the transmitter is working properly? How much pressure does it generate an over limit response? Is the regulating circuit functioning properly? Are all display functions working?
16. If the transmitter displays an error signal from the electronic unit or measuring element, the detected faulty component can be easily replaced on site without the need for recalibration.