Overview
ZN-3000 intelligent biochemical reaction device is a equipment suitable for chemical, biological and other test process control produced by GREATWALL. The device can display the temperature, acidity, viscosity (torque) and stirring Rotation speed of the reactants in real time, and can control the Rotation speed and running time of the feeding pump. It can be used with a computer to realize remote monitoring, which helps to improve the working environment of the experimenter.
Features
1. Multifunctional integrated control: It can monitor and display key parameters such as temperature, acidity, viscosity (torque), and stirring Rotation speed in real time.
2. Precise process control: with precise temperature, Rotation speed, acidity and feeding speed control capabilities.
3. Remote monitoring capability: It can be used in conjunction with a computer to achieve remote monitoring of the experimental process.
4. Flexible programming control: Support up to 50 stages of control parameter programming to meet the needs of complex experimental processes.
5. Wide range adjustment: Provide a wide range of temperature adjustment from low temperature to high temperature and adjustable range of various parameters.
Principle
The device collects real-time parameters such as temperature, acidity, viscosity and stirring Rotation speed in the Reaction Kettle through the integrated Sensor, and feeds the data back to the central Control system. The system precisely controls the Rotation speed and start-stop time of the heating/cooling module, stirring motor, acidity adjustment unit and feeding pump according to the preset program or real-time instruction, so as to realize the automation and intelligent management of the biochemical reaction process.
Applications
Chemical test, biological test
Standards
No specific compliance criteria are mentioned in the reference.
Steps
1. Equipment installation and connection: Place the reaction device smoothly and connect the Reaction Kettle, Sensor, Feeding Pump and Computer (if remote monitoring is required).
2. Parameter setting: Through the control panel or computer software, set the required temperature, Rotation speed, acidity, feeding speed and time and other target parameters and control program segments.
3. Start operation: After confirming that the settings are correct, start the device to start the experiment, and the system will automatically control each execution unit to work according to the set program.
4. Real-time monitoring: During the experiment, the changes in various parameters are observed in real time through the display screen or computer remote interface.
5. End of the experiment and data preservation: After the experiment is completed, stop the operation of the device, save or export the experimental data, and perform equipment cleaning and maintenance.
Notice
• Please read the manual carefully before use to ensure correct installation and wiring.
• Ensure that the equipment works under the specified environment conditions and avoid operating beyond the parameter specifications.
Sensors are regularly calibrated to ensure the accuracy of measurement and control.
Safety precautions should be taken when conducting experiments involving corrosion or hazardous materials.
• When cleaning and maintaining equipment, please disconnect the power supply first to avoid liquid entering the electrical part.
When used with a computer, ensure that the communication connection is stable and the software is compatible.
