Octanol production, a critical component of the chemical industry, places extremely high demands on the precise monitoring of various process parameters. However, due to the complex octanol production process and harsh environmental conditions at one company, traditional measurement equipment often struggled to meet these requirements. Yigeqi's YGQ7961 series differential pressure transmitter successfully solved the company's measurement challenges.
This product connects to pipes or containers via a pressure tap, achieving high-accuracy measurements of ±0.075%. It outputs a 4-20mA signal to the control system, supports HART 7 protocol and Bluetooth connectivity, and can be remotely controlled via a mobile app. Its explosion-proof design and Hastelloy alloy diaphragm withstand the corrosive environment of octanol production, and its built-in single-crystal silicon sensor ensures stable operation under high temperatures and high pressures. When used for tank level measurement, it calculates liquid height based on differential pressure, providing accurate and reliable data.
Since its implementation, the product has significantly improved the company's production and operational efficiency, increasing output by 15% while ensuring consistent product quality. This device performs exceptionally well under harsh operating conditions, maintaining measurement errors within ±0.075%. It also triggers emergency response mechanisms in the event of pressure anomalies, reducing equipment failure rates by 80% and effectively ensuring production continuity and safety. With its high precision, high stability, and excellent environmental adaptability, it successfully addresses key measurement challenges in octanol production, providing strong support for the company's cost reduction and efficiency gains.
The stability of Yigeqi's YGQ7961 series differential pressure transmitters enables the company to achieve safe, stable, long-term, full, and optimal operation of its equipment. This not only solves measurement challenges but also demonstrates the critical value of high-precision measurement equipment for chemical production.
