Details of Debugging the Central Air-conditioning System

Foreign clients have requested us to send engineers to their local sites for debugging.

After preparing in advance for a month, our engineer departed on time

After a 24-hour journey, we successfully arrived at the customer's factory

After a careful inspection of the cleanroom and HVAC system, we gradually began the debugging work

We encountered many problems during the debugging process, but with our close cooperation with the customer's factory, we have resolved all the issues

Debugging the central air conditioning system is an important step in ensuring its normal operation and efficient functioning. The following are the basic steps for debugging the central air conditioning system:

1. Check equipment installation: First, ensure that the central air conditioning equipment is correctly installed and connected. Check whether the installation position, pipeline connection, and electrical connection of the equipment meet the requirements. Check equipment installation: First, ensure that the central air conditioning equipment is correctly installed and connected. Check whether the installation position, pipeline connection, and electrical connection of the equipment meet the requirements.

2. Check gas and power supply: Check if the gas and power supply is sufficient and stable. Ensure that each device can obtain the required gas and electricity normally. Check gas and power supply: Check if the gas and power supply is sufficient and stable. Ensure that each device can obtain the required gas and electricity normally.

3. Debugging fans and pumps: Debug each fan and pump one by one to ensure that they can operate normally. Adjust the speed, direction, and control parameters of the fan and water pump to meet the design requirements. Debugging fans and pumps: Debug each fan and pump one by one to ensure they can operate normally. Adjust the speed, direction, and control parameters of the fan and water pump to meet the design requirements.

4. Debugging sensors and controllers: Calibrate sensors and debug controller settings. Ensure that sensors accurately measure parameters such as temperature, humidity, and pressure, and make appropriate responses and adjustments through the controller. Debugging sensors and controllers: Calibrate sensors and debug controller settings. Ensure that sensors accurately measure parameters such as temperature, humidity, and pressure, and make appropriate responses and adjustments through the controller.

5. Check pipelines and valves: Check whether the pipeline connections are tight and whether the valves are opened or closed correctly. Ensure that the condenser and cold air can flow normally in the pipeline and adjust as needed. Check pipelines and valves: Check whether the pipeline connections are tight and whether the valves are opened or closed correctly. Ensure that the condenser and cold air can flow normally in the pipeline and adjust as needed.

6. System testing: Test the entire system, including starting the system, observing the working condition of each device, adjusting various control parameters, and ensuring that the system can maintain stable operation. System testing: Testing the entire system, including starting the system, observing the working condition of each device, adjusting various control parameters, and ensuring that the system can maintain stable operation.