1. Product Function and Application
The 6-Station Dry Fog Tester is designed to simulate fogging conditions caused by volatile organic compounds (VOCs) in materials and components. It is primarily used for testing automotive interior materials, insulated glass components, and other products where fogging may occur.
The tester accommodates six samples simultaneously, allowing efficient evaluation of multiple materials under controlled dry fog conditions. Its solid-state heating and cooling systems eliminate the need for thermal fluids, reducing mess, cost, and maintenance while ensuring precise thermal control.
2. Applicable Test Standards
| Standard / Reference | Description |
|---|---|
| D45 1727 | German automotive fogging standard |
| DIN 75201 / DIN EN 14288 / EN 14288 | European fogging standards for plastics and materials |
| GME 60326, GMW 3235 | General Motors fogging specifications |
| HES D6508 | Hyundai Engineering Standard |
| ISO 17071, ISO 6452 | International standards for automotive material testing |
| MS300-54, PV 3015, PV3920 | Manufacturer-specific standards for fogging |
| SAE J1756 | Society of Automotive Engineers fogging standard |
| Toyota TSM 0503G / TSM 0503G | Toyota fogging specification |
3. Technical Specifications
| Feature | Specification |
|---|---|
| Number of Stations | 6 |
| Temperature Range (Dry Wells) | 30°C – 120°C |
| Temperature Range (Condensing Plates) | 20°C – 40°C |
| Set Point Accuracy | ±0.5°C |
| Set Point Repeatability | ±0.2°C |
| Heating System | Solid-state silicon heaters |
| Cooling System | Non-fluid, solid-state thermal control |
| Sample Capacity | 400 ml (with adapter) or 1 liter beakers |
| Construction | Non-corrosive aluminum and stainless steel |
| Controller | Digital display with Hart/Fluke solid state controller |
| Safety Features | Hinged pop-up lid for safe sample access |
| Footprint | Narrow countertop design for lab efficiency |
| Power Supply | Varies; specified at time of purchase |
4. Product Advantages and Features
Six-station design – Allows simultaneous testing of multiple materials, increasing lab throughput.
Oil-free solid-state thermal system – No mess, no expensive thermal fluids, reduced operating costs.
Precise temperature control – Digital setpoints accurate to ±0.5°C with repeatability ±0.2°C.
Safe and convenient operation – Hinged pop-up lid allows safe sample changes without burns.
Compact and efficient – Narrow footprint saves lab space, quick sample change-over.
Reliable and low maintenance – Solid-state heaters and controllers maximize uptime and reduce maintenance.
Versatile applications – Suitable for automotive interior materials, glass components, and other VOC-sensitive materials.
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