Struggling with unpredictable material degradation, inaccurate UV weathering results, or complex testing setups that delay your research? Quality control laboratories in the automotive, coatings, and textiles industries frequently face the challenge of accurately simulating outdoor weather conditions. Implementing an advanced Xenon Test Chamber for material testing directly resolves these workflow hurdles by combining customizable irradiance control with highly reproducible simulated environmental exposure.

Technical Specifications

• Model Number: BGD 866/A

• Product Part Number: 866A-XENON

• Xenon Lamp Power: 1.8 kW imported from the USA

• Lamp Lifetime: Approximately 1500 hours of continuous operation

• Total Exposure Area: 1000 cm2 accommodating up to 9 samples measuring 150 by 70 mm

• Irradiance Range: 30 to 100 W/m2 at 300 to 400 nm

• Specific Irradiance: 0.3 to 0.8 W/m2 at 340 nm or 0.5 to 1.5 W/m2 at 420 nm

• Black Panel Temperature Range: Room temperature plus 20 °C up to 90 °C

• Chamber Temperature Range: Ambient up to 90 °C

• Filter Options: Daylight, extended UV, or window glass filters available

• Interior Construction Material: High quality stainless steel SUS 304

• Exterior Finish: Durable powder-coated exterior shell

• Physical Dimensions: 1000 by 650 by 1020 millimeters

• Net Equipment Weight: 135 kilograms

• Gross Shipping Weight: 176 kilograms

• Power Supply Requirements: 220V at 50 or 60 Hz utilizing 12A with maximum power of 2.5 kW

Key Benefits and Solving Lab Challenges

Material testing facilities often lose critical time and resources dealing with inconsistent light intensity or manually monitoring cumulative energy exposure. This testing equipment entirely eliminates these operational pain points. By utilizing a reliable Xenon Test Chamber weathering simulation platform, operators can seamlessly deploy a closed-loop control system that automatically maintains consistent irradiance by constantly compensating for any light intensity variations. This guarantees highly accurate aging measurements and drastically improves overall laboratory throughput without requiring constant technician supervision.

Equipment failures and safety hazards during prolonged weathering cycles are major vulnerabilities for any facility aiming for strict quality compliance. This instrument actively prevents these mechanical issues through comprehensive safety protocols. The extensive capabilities of this Xenon Test Chamber allow users to rely on automatic shut-down protection for low air pressure, integrated over-temperature safeguards for the black panel temperature, and instant visual alarms for any irradiance errors or unexpected door openings, completely securing your valuable samples.

Core Operational Features

Every unit is meticulously engineered to maximize testing versatility while minimizing the need for constant manual observation.

• Customizable Test Parameters: Operators can freely program up to 16 distinct testing procedures with up to 10 segments each via the intuitive touch screen interface.

• Advanced Spray Simulation: Accurately mimics natural rain and humidity with fully adjustable spray times and intervals to replicate exact geographic weather patterns.

• Cumulative Energy Control: Operates as a precision Xenon Test Chamber automated exposure system by automatically stopping the test sequence once the pre-set total irradiance energy is successfully achieved.

• Real-Time Data Management: Offers continuous data recording with seamless USB connectivity for effortless data transfer and real-time monitoring of relative humidity and irradiance levels.

Upgrade Your Quality Control Workflow

Modern material manufacturing demands instruments that deliver uncompromising accuracy, rapid sample processing, and absolute regulatory compliance. Integrating a top-tier Xenon Test Chamber into your quality control regimen ensures your facility remains highly efficient and your final products are perfectly durable for consumer use. Invest in state-of-the-art weathering analysis technology today to streamline your complex evaluation protocols, eliminate costly operational downtime, and achieve absolute confidence in every single material degradation profile.