Product Application:
The Xenon Lamps Aging Box utilizes xenon arc lamps that simulate the full sunlight spectrum to reproduce destructive light waves present in various environments. It is an essential testing equipment for the aviation, automotive, household appliance, scientific research, and other fields. This device provides corresponding environmental simulation and accelerated aging tests for scientific research, product development, and quality control. Suitable for schools, factories, research institutions, and other units.
Box structure:
The cabinet is precision-machined using CNC equipment, featuring an aesthetically pleasing and generous design, and is equipped with a non-recoil handle for easy operation.
The inner lining of the cabinet is made of imported high-grade stainless steel (SUS304) mirror panel, while the outer casing is made of A3 steel plate with electrostatic coating, enhancing the aesthetic quality and cleanliness.
The equipment is mainly divided into the main body, heating and humidifying, cooling and dehumidifying sections, display and control, air conditioning, safety protection measures, and other accessory parts.
Full-spectrum xenon lamps; Multiple selectable filtration systems; Light-sensitive probe for irradiance control; Water spray function;
Humidity Control; Blackboard/Or Test Box Air Temperature Control System; Irregular Shape Fixing Rack;
Equipped with a test hole with a diameter of 50mm, suitable for connecting external test power or signal cables.
Control System:
The controller features an integrated color touch screen control panel.

Thermistor Sensor: PT100 Platinum Resistance Thermometer
Control Method: Heat Balance Temperature and Humidity Regulation
Humidity and temperature control is achieved through a P.I.D. + S.S.R. system with coordinated control on the same channel.
Features automatic calculation capability to immediately adjust to changes in temperature and humidity conditions, ensuring more accurate and stable temperature and humidity control.
The refrigeration unit features a factory-sealed "Thermoking" compressor imported from France.
Dry filter, refrigerant flow window, repair valve, oil separator, solenoid valve, and accumulator all use imported original parts.
The refrigeration system employs a unitary or binary low-temperature circuit design.
Utilizing multi-wing blower for strong air circulation, eliminating any dead zones, ensuring uniform temperature distribution within the test area.
Airflow circulation design with air intake and exhaust, pressure and velocity both meet test standards, and can quickly stabilize the door opening temperature.
Heating, cooling, and complete system independence enhance product efficiency, reduce testing costs, increase lifespan, and lower failure rates.
Overall equipment overheating; overall equipment phase imbalance/inversion; overall equipment overload; refrigeration unit overpressure; overall equipment timing;
Additional protections include electrical leakage protection, operational instructions, and automatic shutdown after fault alarms.
Model and Specifications
Model: SN-500L
Studio Size: D500 x W760 x H500
Dimensions: 1020D x 960W x 13700H
※(These are standard sizes, but can be customized according to the customer's actual requirements)
Sample tray size: 450*720mm (suitable for any shape of specimen)
Temperature Range: RT to 80℃ adjustable
Humidity Range: 45～90% RH adjustable
Blackboard Temperature: 63℃、100℃ ±3℃
Temperature fluctuation: ±0.5℃
Temperature deviation: ±2.0℃
Humidity Deviation: ≤±2%
Glass window filters: 3 pieces
Xenon lamp quantity: 3 pieces
Rainfall Duration: 0～9999 min, adjustable for continuous rainfall
Rainfall cycle: 0-240min, adjustable interval (interrupted) rainfall
Spray nozzle orifice: Φ0.8mm
Xenon lamp power: 1.8 KW per tube
Heating Power: 3KW
Humidification Power: 1.5 kW
Sample rack to light distance: 230～280mm
Wavelength: 290-800nm
Irradiance: 550 W/㎡ at wavelengths from 290nm to 800nm
Also available for customization according to customer requirements: non-standard testing chambers. Laboratory
Meets standards
This product is designed and manufactured strictly according to the technical parameters of GB/T16422.2-99. It also complies with GB/T2423.24-1995, GB/T9344, and GB/T1865-97. Customized non-standard test chambers and laboratories can be provided upon customer request.