Ammonia water filling equipment

Ammonia Water Filling Equipment consists of components such as a liquid flow metering control instrument, flow transmitter, temperature transmitter, balance check valve (or pipeline check valve), integrated oil gun (or combined oil gun), and filter. The liquid flow metering control instrument collects the volume pulse signal from the flow transmitter in real-time and achieves real-time temperature compensation for liquid density by acquiring the temperature signal from the temperature transmitter, thereby enabling high-precision dynamic mass measurement of liquid flow.

The liquid quantitative metering system can independently perform tasks such as liquid loading and unloading (for trucks or ships), process metering of crude oil and finished oil in workshops, continuous drum filling metering, and quantitative control of reactor batching. It can also be networked with an upper-level computer to form a distributed computer monitoring and management system.

The liquid quantitative metering system can be widely applied in industries such as vegetable oil, lubricating oil, petroleum, chemicals, paint, resin, beverages, and alcoholic beverages for quantitative metering and control.

Performance Characteristics of Ammonia Water Filling Equipment:

1. Wide temperature detection range (-20°C to 160°C);

2. Utilizes signal processing and transmission technology to ensure stable and reliable flow signals, guaranteeing measurement accuracy;

3. The equipment employs automatic pressure compensation technology to overcome the drawback of measurement accuracy being affected by changes in oil storage tank levels;

4. Uses oil-gas separation technology to automatically separate gas from oil vapor during unloading, improving measurement accuracy;

5. Data is preserved after power failure for reference; in case of sudden power failure, restarting the system can display the measurement values and drum counts before the power failure;

6. Capable of printing daily accumulations, total accumulations, instrument parameters, measurement values, oil delivery time, date, and other information, with the option of using a Chinese character printer or a character wheel printer;

7. The equipment employs automatic identification technology, featuring self-diagnosis of faults and automatic alarm for incorrect operations;

8. Equipped with automatic fault protection and correction functions;

9. Features a standard communication interface for networking multiple instruments, allowing remote computers to monitor the operating status of multiple instruments and perform real-time data collection. This enables the generation of sales reports and statistics at any time, enhancing the modernization management level of enterprises;