Flameproof Intelligent Differential Pressure Transmitter

Kunlun Coast JYB-810DC-d Explosion-Proof Intelligent Differential Pressure Transmitter is used to measure the level, density, pressure/differential pressure, and flow rate of liquids, gases, or steam, and then converts these measurements into a 4～20mA DC HART current signal output. The 810DC can also communicate with the KL810 handheld terminal or KL100 remote controller for parameter setting, process monitoring, and other functions.

Kunlun Coast JYB-810DC-d Explosion-Proof Intelligent Differential Pressure Transmitter Technology

1. The differential pressure transmitter's core sensing unit employs silicon sensor technology with ±0.075% accuracy, achieving up to ±0.05% platinum-level accuracy.
2. The micro differential pressure transmitter uses patented dual overload protection diaphragm technology, achieving up to ±0.075% accuracy.
3. The working pressure of the differential pressure transmitter is divided into three grades: 16 MPa, 25 MPa, and 40 MPa, with unidirectional overload pressure up to 40 MPa.
4. The differential pressure transmitter can optionally be equipped with a static pressure sensor for measuring and displaying on-site working static pressure, or for static pressure compensation. It offers excellent static pressure performance and low static pressure error; ≤ ±0.05%/10 MPa.
5. The sensor integrates a high-sensitivity temperature sensor, providing excellent temperature performance; ≤ ±0.04%/K.
6. Fully stainless steel 316L structure with silicone oil filling and welded sealing.
7. The micro-range gauge pressure/absolute pressure transmitter uses a non-pressure transmission loss overload protection diaphragm, with unidirectional overpressure up to 7 MPa, equivalent to 1166 times the full scale.
8. Stable and reliable, with long-term drift of ±0.1%/3 years, and maintenance-free for 10 years.
9. Wide measurement range from 100 Pa to 60 MPa (expandable up to 60 MPa); adjustable range ratio up to 100:1.
10. EMC complies with GB/T 18268.1-2008 standard requirements.
11. The remote transmitter uses ultra-high temperature technology, applicable for measurement scenarios up to 400°C.
12. Hygienic design technology covering the full series, with a wide range of applications.