Advanced Spray Solar Plate Xenon Lamp Weather-resistant Environmental Chamber
This advanced environmental test chamber is designed for comprehensive climate testing, simulating sunlight radiation, temperature variations, moisture, and rainfall to accelerate material aging and evaluate weather resistance.
Industry Applications
Applied for quality control across multiple industries including electronics, plastics, electrical appliances, instruments, food, automotive, metals, chemicals, building materials, aerospace, and medical equipment.
Primary Functions
Exposes samples to high temperatures and alternating cycles of light and moisture environments. Uses xenon lamp tubes to simulate sunlight radiation, with condensation water and spray systems to replicate dew and rain conditions. Accelerates aging processes that would normally take months or years in outdoor environments, revealing effects such as fading, color change, fracture, cracking, wrinkling, foaming, embrittlement, strength reduction, and oxidation.
Equipment Overview
A comprehensive climate testing machine that performs both climatic aging tests and material lightfastness evaluations. Simulates light, temperature, rainfall, condensation, and humidity conditions for material selection, improvement, and composition change assessment.
Compliance Standards
- GB/T1865-97 Paints, varnishes, artificial weather aging and artificial radiation exposure
- GB12831-86 Vulcanized rubber artificial climate (xenon lamp) Aging Test Method
- GB/T16259-96 color building materials, artificial climate accelerated aging test method
- GB/T5137.3-96 simulated climate test method of resistant to radiation, heat, humidity, burning
- GB/T8427-89 textile color fastness test, resistance to artificial light fastness xenon arc
- GB/T8430-98 textile color fastness test, resistance to artificial light fastness xenon arc
- GB/T16991-97 textile color fastness test
- GB/T1644.2-1999 Plastics laboratory light exposure test method
- GB/T2423.24-95 Electronic and Electrical Products Environmental Testing Part II
- ASTM G155-05a Standard Practice for Operating Xenon Arc Light Apparatus for Exposure of Non-Metallic Materials
Key Features
- Constructed with cold rolled steel sheet electrostatic pensu or high-quality stainless steel
- Solar spectrum xenon lamp radiation source with automatic irradiation intensity tracking
- Precise control of blackboard temperature, irradiation cycles, dark cycles, and spray cycles
- Ultraviolet radiation sensors for real-time light energy monitoring and adjustment
- Water spray cycles effectively simulate temperature changes and rain erosion processes
- Enhanced climate aging testing for coatings and materials through realistic environmental simulation
Technical Specifications
| Parameter | Specification |
|---|
| Model | ZL-6011A |
| Testing Chamber Dimensions | 500*600*500mm |
| Temperature Range | RT+10℃~80℃ |
| Humidity Range | 65～98%RH |
| Spray Time | 1～9999min, adjustable |
| Spray Cycle | 1-240min, interval adjustable |
| Spectral Wavelength | 290nm～800nm (550w/m²) |
| Light Source | Xenon lamp (air-cooled) |
| Xenon Lamp Power | 1kw, 6kw (longevity: 1600H) |
| Temperature/Humidity Control | Import controller from Moeller |
| Accuracy Range | Temperature: ±0.1℃ / Humidity: ±0.1%RH |
| Sensor | Platinum resistance Pt100Ω/mv |
| Heating System | Independent nickel chromium alloy electric heater |
| Humidity System | Stainless steel, external isolated humidifier |
| Blackboard Temperature | Bimetal thermometer 55℃~75℃ |
| Water Supply | Automatic control humidification, water-cooled xenon lamp |
| Humidity Range | Irradiation: 30%~65%RH / Dark: up to 90%RH |
| Material Construction | Advanced spray color plate / SUS304 stainless steel |
| Insulation | High and low temperature aging silicone rubber |
| Power Requirements | AC380V±10% 50±0.5HZ, Three-phase five-wire system |
| Environmental Conditions | ±5℃～+30℃ ≤85%RH |
Operating Conditions
- Ambient Temperature: 15℃~35℃
- Relative Humidity: Less than 85%RH
- No strong vibration or electromagnetic fields
- No high concentration of dust or corrosive materials
- No direct sunlight or heat radiation sources
- Stable, level placement with adequate maintenance space
- Well-ventilated installation site with proper grounding
Safety Protection Systems
- Power overload and short circuit protection
- Ground protection
- Over temperature protection
- Water shortage protection
- Automatic power cutoff with audible alarms for all protection triggers
