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The high precision temperature control unit provides a key temperature control solution for the carbon fiber compression molding industry through precise temperature control, efficient heating and cooling cycle, and intelligent process adaptation, effectively improving product quality, production efficiency and material utilization rate, and is the core guarantee for realizing high-performance, high-quality and high-efficiency production of carbon fiber composite materials.
Item No :
LCHOrder(MOQ) :
1Payment :
EXW/FOB/CIF/FCA/DPU/DDUProduct Origin :
CHINAColor :
CustomizableShipping Port :
SHANGHAI/NANJINGLead Time :
35Weight :
customizable
LCH Series Water temperature control unit
FeaturesThe water in the tank serves as the medium and is delivered to temperature-controlled equipment (such as molds and reaction kettles) via a circulating pump.
After flowing through the equipment, the medium carries heat or cold energy and returns to the main unit.
The temperature sensor inside the main unit detects the temperature of the medium and compares it with the set value.
If the temperature is lower than the set value, the heating system is activated; if it is higher than the set value, the cooling system is activated. This process continues until the temperature of the medium meets the set requirement, after which the medium is re-delivered to the controlled equipment.
Core working principleCarbon fiber compression molding is a process that places carbon fiber prepreg or SMC material into a mold and cures it under high temperature and pressure, widely used in aerospace, new energy vehicles, high-end sports equipment and other fields. This process has extremely high requirements for temperature control:
Q1:Unable to Reach the Set Temperature
A1:This may be caused by refrigerant leakage, compressor failure, or blockage in the circulation system. It is necessary to check if the refrigerant is sufficient, repair the leakage point and recharge the refrigerant; inspect the status of the compressor and perform maintenance or replacement if needed; clean the circulation system to eliminate blockages.
Q2:Abnormal noise from the water pump or failure to operate normally.
A2:Inspect the condition of the water pump impellers and bearings; replace them if damaged. Check whether the motor connections are in good condition and ensure the power supply is normal.
Q3:Slow Heating/Cooling Rate
A3:Ensure the heater/cooler is functioning properly; it may be necessary to replace the electric heating element or refrigeration element. Check if the heat exchanger is blocked or contaminated—cleaning the heat exchanger can restore its performance. Ensure the refrigerant circulates smoothly; it may be required to inspect and clean the refrigerant pipelines.
Q4:Abnormal Operation of the Compressor
A4:Check if the power supply is stable and meets the equipment requirements. Inspect the compressor for abnormal noise or vibration, which may be caused by damage or wear of internal parts. Clean and inspect the condenser—if dust or dirt accumulates on the condenser, it may cause the compressor to overheat.
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IPv6 network supported
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