How to Use Industrial Syringe Pumps in Ammonia Nitrogen Analysis and Water Quality Testing?

Ⅰ. The role of industrial syringe pumps in ammonia nitrogen analysis and water quality testing

Industrial syringe pumps are mainly used in equipment and instruments, especially for process automation of programmed tasks. The pump adopts rotary valve, panel installation, and communication control via bus. Through advanced motor micro-step drive technology, intelligent initialization, fault handling and other algorithms, the software is more robust, with electromagnetic compatibility performance and low-temperature environment application support.

Industrial syringe pumps are often used in ammonia nitrogen analysis and ammonia nitrogen online automatic monitors to complete high-precision reagent addition operations. Because of its high accuracy, stable performance, and good consistency, it helps to reduce the amount of reagents and test water samples, thereby reducing waste liquid. At the same time, it can effectively ensure the sensitivity of detection and the validity of detection results. Industrial syringe pumps are often used in water quality testing instruments or water quality online monitoring systems to convey sewage water samples, various testing reagents, and collect and centrally process waste liquids after testing.

Ⅱ. Performance characteristics of industrial syringe pumps

Operation mode, rotary coding switch and membrane button operation, are more convenient to use. Full-speed function, can quickly fill and empty the pipeline through the full-speed button. Power-down memory function, after power-on again, continues to run according to the state before power-off. Correction function, with automatic flow calibration function, convenient and quick operation. External control function, optional external control modules of different models can be used for start-stop control, direction control, and flow control.

The industrial syringe pump realizes precise control of the microprocessor of the actuator through the external computer background software, and completes complex and extensive operation tasks. Programmable tasks and storage functions greatly improve its degree of automation, making it very suitable for high-automation applications. It has a wide range of speeds and a variety of syringe options; equipped with multiple types of valves, it can easily realize a wide range of applications such as automated high-precision and high-accuracy fluid transmission, dilution, and distribution.

Ⅲ. How should the industrial syringe pump be operated and used?

1. First, drain the air from the syringe, connect the syringe to the infusion tube, and put it into the groove of the syringe seat.

2. The cylinder plunger is clamped into the groove of the top block through the top block, and then the syringe seat is pressed with the pressing block, and then the industrial syringe pump is placed on a flat table.

3. Turn on the power supply and turn on the power switch of the industrial syringe pump. Set the injection volume and injection speed and other related parameters, and press the start button to start the infusion.

4. During the infusion, observe the injection speed at any time and make adjustments. After the injection is completed, pull out the needle, turn off the power supply of the injection pump, and wipe the industrial injection pump for next use.