Detailed parameters of the xenon lamp weather resistance test chamber:

The xenon lamp test box uses a xenon arc lamp that can simulate the full sunlight spectrum to reproduce the destructive light waves existing in different environments, which can provide corresponding environmental simulation and accelerated tests for scientific research, product development and quality control. The xenon lamp test box can be used to select new materials, improve existing materials, or evaluate changes in durability after changes in material composition. It can well simulate the changes in materials exposed to sunlight under different environmental conditions. Standards compliant:

Product Features:

◆　Full spectrum xenon lamp.

A variety of filter systems to choose from.

Water spray function.

Relative humidity control.

Test chamber air temperature control system.

Irregularly shaped flat product rack for easy placement of products

Xenon arc tube imported from the United States.

◆　It is easy to install and use, and basically does not require routine maintenance.

The service life of the xenon arc lamp tube depends on the level of irradiance used, and the life of the general lamp tube is 1600 hours. The lamp can be replaced quickly and easily, and the long-lasting filter provides a guarantee for maintaining the required spectrum.

The latest air-cooled xenon lamp solves the problem of high failure rate of the water-cooled xenon lamp cooling method. It is convenient for users to replace the lamp tube by themselves; maintenance is simple and convenient

Technical specifications and parameters:

Studio size W×D×H: W500×H600×

Appearance size W×D×H: about

Temperature range: 0℃～80℃

Temperature deviation: ±2℃?? (without lighting)

Humidity range: 20～98%

Humidity deviation: ±2.5%R.H(humidity≥75%R.H)?? ±3%R.H(humidity≤75%R.H) (without light)

Type of light source: imported air-cooled full solar spectrum long arc xenon lamp (average service life is about 1600 hours)

Rain time: 1～9999 minutes, adjustable

Rain cycle: 1～9999 minutes, the interval (break) is adjustable

Spectral wavelength: 290nm～

Xenon lamp power: 2 pcs, 3600W (lifetime: 1600 hours)

Light source wavelength range:

Heating power: about

Humidification power: about

Light source irradiance: 290~800nm:

:

Distance from arc center to sample holder: 350～

Illumination time: continuous programmable control

Blackboard temperature: 0℃~110℃±2℃

Refrigeration method: mechanical refrigeration and air cooling

Total power and power supply: about 6KW; 380V±

The main technical parameters of the above products are measured at room temperature below 26℃, relative humidity ≤85%R.H, and no-load working room, after two hours of constant temperature and humidity.

Temperature and humidity operation control system:

Controller Imported programmable full touch 7 inch

Accuracy range Setting accuracy: temperature ±0.1℃, humidity ±2% R.H, indication accuracy: temperature ±0.1℃, humidity ±1%

Temperature and humidity sensor platinum resistance. PT100Ω

Blackboard temperature bimetallic blackboard thermometer

The water supply system adopts automatic control for humidification and water supply, and the xenon lamp is cooled by circulating water

Circulation system temperature-resistant and low-noise air-conditioning motor. Multi-blade centrifugal wind wheel

The control system is mainly composed of an operation panel, a central controller, various key switches, status indicators, and executive appliances.

The structural part of the box:

The xenon lamp climate test chamber is composed of the following parts: test chamber body, control system, refrigeration/dehumidification system, heating system, humidification system, air duct system, rain system, lighting system, etc.

Test chamber:

The test box adopts an integrated structure. The upper left part of the box is the working room, the upper right part is the electrical control room, and the lower part is the compressor refrigeration unit. The sample rack mechanical speed device, the xenon lamp cooling water machine, the water pump and other various implementing devices, electrical control The cabinet is placed on the right side of the test box for easy operation.

The inner wall of the test box is made of SUS304# stainless steel plate.

The box body insulation material is made of polyurethane foam and ultra-fine glass fiber, which has a good insulation effect. The outer surface of the test box does not form frost or condensation.

Condensate drain outlet at the bottom of the box

The door frame adopts environmentally friendly silicone rubber sealing strip that can withstand high and low temperatures for a long time.

There is a glass observation window on the front of the box, and a protective film is attached to the window to prevent the eyes from being damaged by the xenon lamp.

Outer box:

The outer box is processed and formed by CNC machine tools, and the outer shell of the box is formed by high-quality cold-rolled steel plate, and the surface is treated with electrostatic spraying or stainless steel sand grain after pickling and phosphate treatment;

Door and door buckle:

The door is sealed with double-layer refined silicon rubber, so that there is no aging and hardening phenomenon under high and low temperature conditions, and the sealing is more reliable;

The test box is a single door (embedded door handle), with a non-reactional handle;

Observation windows and anti-frost devices are provided on the door of the box;

Observation window:

Size: 25 cm W × 30 cm H;

Radiation-proof hollow glass observation window;

The electric control part of the test box:

This part is the core part of the test chamber;

The main switch of the power supply is an air pressure switch, which controls the overall circuit part;

Safety protection measures for the electronic control part: When the control system detects the following protection devices (single row) action, it should be able to automatically cut off the whole system and give an alarm;

Over-temperature protection of the studio;

Power supply phase loss and leakage protection;

Overcurrent protection of blower motor;

Refrigerator overpressure/overload protection;

Short circuit/overload protection of heater and humidifier;

Fuse protection;

Lamp overheating protection

The working part of the test chamber:

Compressor condensing part:

Refrigeration system: The core of the refrigeration system is the compressor. In this plan, we use a French Taikang fully enclosed compressor to ensure the cooling requirements of the studio.

The design of the refrigeration system uses energy adjustment technology. An effective treatment method can not only ensure that the refrigeration system is in normal operation, but also can adjust the energy consumption and cooling capacity of the refrigeration system, so that the operation cost and failure of the refrigeration system The rate dropped to a more economical state.

Refrigeration evaporator: The evaporator is located in the interlayer of the air duct at one end of the test box, and it is forced to ventilate by a blower motor to quickly exchange heat.

Refrigeration system cooling method: forced air cooling;

Refrigerant: R404a; (environmental protection refrigerant

Heating part:

Heating: Direct heating in the test box;

The use of military-grade stainless steel finned heating tubes has a stable heating rate and can keep the temperature inside the box from sharp changes. It has the advantages of corrosion resistance, high and low temperature resistance, no leakage, and easy installation;

Using SSR (solid state relay) output control, it has the advantages of no noise, reliable work, long life, strong anti-interference ability, fast switching speed, small external interference, and convenient use;

Rain system:

The rain shower system is mainly composed of nozzles, water supply sources and connecting pipes, etc.

Lighting system:

The illumination system is mainly composed of xenon lamp tube, lampshade, xenon lamp trigger and various control devices. The energy compensation of the xenon lamp is achieved by adjusting the distance of the sample frame and adjusting the voltage and current.

Air duct system:

The air duct system is located in the mezzanine at the back of the test box, and the heater, fan blades, evaporator, PT100 temperature sampling sensor and other devices are distributed in it. When the fan rotates at a high speed, the air in the working room is sucked into the air duct from the lower part, and the heat generated by the heater and the cold generated by the evaporator are fully mixed in the air duct and blown out from above, and heat exchange with the sample in the working room The latter air is then sucked into the air duct for mixing; it is circulated repeatedly to achieve the target temperature requirement, and at the same time to ensure that the test box obtains a higher temperature and humidity index.

Refrigeration/dehumidification system:

The world-famous French "Taikang" fully enclosed industrial refrigeration compressor is selected. Mainly used to keep the temperature in the working room and reduce the humidity in the working room

Humidification part:

Steam generator: vaporize water to produce steam required by the equipment.

Water level control: The liquid level switch controls the water level and provides signals for controlling the humidifier's water addition and alarm.

Gas circulation part:

Built-in circulating air duct and ventilator, using high-efficiency refrigeration machine and energy regulation system, effective heat exchange through high-efficiency ventilator, to achieve the purpose of temperature change, by improving the air flow, increasing air flow and heating and humidification The heat exchange capacity with the air surface cooler is adjusted by the adjustable air outlet of the air outlet, which greatly improves the uniformity of temperature and humidity of the test chamber;

Random information: (1) Operation manual, warranty card.

Equipment usage conditions

Ambient temperature: 5℃　~+32℃

Environmental humidity: ≤85%;,

Power requirements: about 6KW; 380V±