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High-Temperature Aging Chamber from China Suppliers and Factory for Electronics and Aerospace Testing
Technical Specifications
| Model | TAG-72L | TAG-150L | TAG-270L | TAG-480L | TAG-648 | TAG-800L | TAG-1000L |
|---|---|---|---|---|---|---|---|
| Inner size (W*H*D) CM | 45*40*40 | 50*50*60 | 60*50*90 | 80*60*100 | 90*60*120 | 100*100*80 | 100*100*100 |
| Outer size (W*H*D) CM | 70*54*84 | 70*70*105 | 80*70*135 | 100*80*160 | 115*80*186 | 120*130*160 | 120*130*186 |
| Chamber Material | Inner box: SUS #304 stainless steel; Outer box: Cold-rolled steel plate with high-temperature electrostatic paint | ||||||
| Temp Range | RT+5℃ ~ 200℃ (Optional: 300℃ / 400℃) | ||||||
| Accuracy | ±2℃ | ||||||
| Heating Rate | RT+5℃ ~ 200℃ adjustable in approximately 30 minutes | ||||||
| Operation Mode | One long-axis motor operates horizontally and laterally to ensure optimal temperature uniformity | ||||||
| Heater | Finned heat dissipation tube nickel-chromium alloy U-shaped high-efficiency heater | ||||||
| Temp Sensor | DIN specification Grade A, 4.8mm diameter, SUS #304 stainless steel PT 100 Ω | ||||||
| Control Mode | PID microcomputer automatic PV/SV calculation and simultaneous display. Desired temperature can be customized freely within operating limits with automated system calculation of PID parameters. | ||||||
| Layer Rack | 2 layers (Load capacity: 30KG or more per layer) | ||||||
| Test Hole | 50mm diameter test holes on both sides | ||||||
Key Features
Temperature Control Accuracy
Utilizes microcomputer PID control with minimal fluctuation (±0.5℃) to guarantee precision thermal environments.
Air Circulation System
Unique high-performance air duct configuration delivers superior forced circulation and interior thermal uniformity.
Insulation Performance
High-performance ultra-fine glass fiber or polyurethane insulation reduces heat loss and keeps outer casing cool to the touch.
Intelligent Interaction
Intuitive touchscreen interface supporting multi-segment program setting, status monitoring, and real-time curve display.
Applications
Electrical & Electronic
Aging tests for PCB boards, semiconductor chips, and connectors.
New Energy / Batteries
Thermal stability tests for battery packs and charging station modules.
Materials Science
Thermal degradation research on plastics, rubber, and composites.
Aerospace
Reliability evaluation of mission-critical high-temperature components.
Standards Compliance
IEC 60068-2-2: Dry Heat Test Standard
MIL-STD-810G: Military Standard Environmental Test
GB/T 2423.2: Environmental Testing for Electrical & Electronic Products
Customization Options
Customizable observation window size for easy real-time product monitoring.
Custom number and diameter for power-on test cable access holes.
RS485 / Ethernet interfaces for centralized monitoring and smart factory SCADA integration.
Nitrogen (N2) / inert gas purge system to prevent test specimens from oxidation under high heat.
Frequently Asked Questions
1. What are the differences between a high-temperature aging test chamber and a regular industrial drying oven?
The main differences lie in temperature uniformity and design goals. Ordinary ovens are primarily used for moisture removal/drying and tolerate wider spatial temperature differences. In contrast, aging test chambers are built for strict reliability testing, requiring precise temperature uniformity (within ±2℃) and long-term continuous stability to ensure all test specimens experience identical thermal stress.
2. How is the temperature uniformity ensured inside the chamber?
We employ a powerful long-axis multi-blade forced air circulation system coupled with engineered internal air deflectors. Working with microcomputer PID temperature control, the chamber dynamically calculates thermal compensation to eliminate cold/hot spots and deliver consistent temperature uniformity throughout the workspace.
3. What safety protection mechanisms are installed to prevent overheating?
The chamber features independent triple over-temperature protection: (1) Internal controller over-temperature alarm, (2) Independent mechanical over-temperature cut-off switch with manual reset, and (3) Complete circuit breaker with earth-leakage and motor overload protection. If an over-temperature condition occurs, heating power is instantly severed with audible/visual alarms.
4. What international testing standards does this chamber comply with?
The equipment is fully compliant with IEC 60068-2-2 (Dry Heat Test), MIL-STD-810G (Environmental Engineering Considerations and Laboratory Tests), and GB/T 2423.2 (Environmental Testing for Electric and Electronic Products).
5. What materials are used for the chamber construction and shelving load?
The inner chamber is constructed from corrosion-resistant SUS #304 stainless steel, while the outer shell is made of heavy-gauge cold-rolled steel with electrostatic coating. It includes 2 reinforced shelves, each rated for a load capacity of 30 kg or more.
6. Can the test chamber be integrated with automated factory networks?
Yes. We provide optional RS485 and Ethernet communication ports that support remote data logging, parameter configuration, curve export, and seamless integration into automated factory monitoring systems.