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Quick Product Introduction: Heat Exchanger and Air Conditioning System
Working Principle
Product Introduction:
Heat Exchanger
Heat exchangers are high-performance cooling devices, widely used in situations where sealed spaces require temperature reduction. They utilize a passage connected to the external environment and the centrifugal fans for internal and external circulation to generate air convection, thereby achieving heat transfer and cooling. The fan speed inside the heat exchanger is temperature-controlled and automatically adjusted according to a preset mode to maintain a constant cooling effect.
Heat exchangers are suitable for a variety of fields, including communication cabinets, industrial control cabinets, and outdoor cabinets for power and smart grids.
- Core Production: Fabrication of the core components of the heat exchanger.
- Core Assembly: Assembling the produced cores into a complete unit.
- Fan Assembly: Installing centrifugal fans to facilitate air convection.
- Shell Assembly: Constructing the outer structure of the heat exchanger.
- Circuit Board and Wiring: Installing the control circuit and completing the wiring.
- Final Assembly: Assembling all components into a complete heat exchanger.
- Flange Assembly: Installing flanges to ensure the connection of the heat exchanger with other systems.
- Safety Test: Conducting safety standard tests to ensure product safety.
- Packaging: Completing the final product packaging for shipment.
- Water Spray Test: Simulating actual use conditions to test the product's waterproof performance.
- Functional Test: Ensuring all functions of the heat exchanger operate normally.
Working Principle
Product Introduction:
Air Conditioning
This air conditioning system uses compressor refrigeration technology, achieving efficient cooling through the coordinated operation of a series of precision components. The main components include the compressor, condenser, expansion valve, evaporator, indoor fan, outdoor fan, and heater. The compressor draws in low-temperature, low-pressure gaseous refrigerant from the evaporator and compresses it into high-temperature, high-pressure gaseous refrigerant, which then undergoes heat exchange with the external air in the condenser and condenses into liquid refrigerant. The liquid refrigerant, after being throttled by the expansion valve, evaporates in the evaporator, absorbing heat from the internal circulation air and producing cold air.
Air conditioning systems are widely used in communication cabinets, power control cabinets, industrial control cabinets, power cabinets, and energy storage cabinets, providing a suitable temperature environment for various equipment.
- Evaporator Assembly: Installing the core cooling components of the air conditioning system.
- Refrigerant Charging: Injecting an appropriate amount of refrigerant into the system.
- Circuit Board Wiring: Completing the wiring work of the control circuit.
- Indoor and Outdoor Fan Assembly: Installing indoor and outdoor fans to achieve air circulation.
- Compressor Assembly: Installing the heart of the air conditioner, the compressor.
- Condenser Assembly and Welding: Completing the assembly and welding work of the condenser.
- Shell Assembly: Constructing the outer structure of the air conditioner.
- Packaging: Final product packaging.
- Aging Test: Simulating long-term operation to test the durability of the product.
- Final Assembly: Completing the assembly of all components.
- Functional Test: Ensuring all functions of the air conditioner operate normally.
- Safety Test: Conducting safety standard tests to ensure product safety.
