Automotive AC Radiator Processing Automation Equipment for Core Heating, Drying, and Transfer
Automotive AC radiator processing automation equipment is designed for radiator core conveying, preheating, drying, roller transfer, and process connection. It helps manufacturers keep radiator cores moving through controlled thermal and handling stages with stable quality and reduced manual handling.
Product Description
KYD automotive AC radiator processing automation equipment is developed for manufacturers that need customized radiator core belt conveyor lines, drying ovens, preheating furnaces, roller conveyor lines, loading and unloading stations, fixtures, temperature control, and integrated transfer systems. The equipment can support radiator core preheating, drying, conveying, buffering, cooling, inspection connection, and downstream handling according to the customer’s process route.
Each system is designed according to the radiator core size, fin structure, material, heating temperature, drying time, transfer method, production capacity, workshop layout, safety requirements, and destination country standards. KYD provides engineering review, layout planning, mechanical design, electrical control, manufacturing, assembly, debugging, and export support for automotive AC radiator automation projects.
Main Features
- Customized conveyor and oven layout based on radiator core size, fin protection requirement, process sequence, and takt time.
- Integrated belt conveying, roller transfer, preheating, drying, cooling, buffering, inspection connection, and control modules.
- PLC control, HMI operation, sensor feedback, temperature control, conveyor speed adjustment, and safety protection are available.
- Designed for gentle radiator core handling, uniform heating, controlled drying, reduced manual transfer, and stable process quality.
- Voltage, oven size, belt width, roller pitch, temperature range, and automation level can be customized.
Quick Configuration
- Equipment typeRadiator processing line
- WorkpieceAC radiator core
- Line modeConveyor oven system
- ControlPLC / HMI / temperature control
- CustomizationOven, conveyor, capacity
Technical parameters
Automotive AC Radiator Processing Automation Equipment Specifications
The following parameters are for reference. KYD can customize the radiator processing equipment according to core size, heating route, drying requirement, transfer method, production capacity, workshop layout, and export requirements.
| Applicable workpiece | Automotive AC radiator cores, heat exchanger cores, condenser cores, aluminum fin assemblies, and related radiator parts |
| System scope | Belt conveying, roller transfer, preheating, drying, holding, cooling, buffering, inspection connection, and loading or unloading |
| Production capacity | Designed according to core size, oven length, heating time, conveyor speed, shift output, and automation level |
| Main modules | Belt conveyor, roller conveyor, preheating furnace, drying oven, cooling section, fixture or support, control cabinet |
| Control system | PLC control, HMI interface, temperature controller, conveyor speed control, sensor detection, alarm system |
| Safety design | Guarding, emergency stop, thermal insulation, over-temperature alarm, warning light, and customized protection layout |
| Power supply | 380V / 50Hz standard, voltage can be customized for export projects |
| Optional modules | Automatic loading, cooling conveyor, exhaust system, barcode tracking, data recording, and remote support interface |
Application scenarios
Where Automotive AC Radiator Processing Automation Equipment Is Used
Radiator Core Preheating
Used for controlled preheating and process preparation of AC radiator cores before downstream treatment or assembly.
Drying and Thermal Processing
Suitable for radiator core drying ovens, heated transfer lines, and temperature-controlled production stages.
Integrated Radiator Production Lines
Can be integrated with conveyors, roller transfer units, loading systems, inspection stations, cooling areas, and automatic handling systems.
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