UV Test Chamber LUVC-T2010

Introduction

UV Test Chamber maintains temperature from RT +10℃ to 70℃ with high stability. It controls humidity precisely within a range of 95% to 100% relative humidity. The chamber uses UV-A/B light with wavelengths spanning 280 to 400 nm for accurate simulation. Equipped with a stainless steel interior and electrical heating with a steam humidification system. Suitable for accelerated weathering, UV resistance, and material durability testing in laboratories.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our UV Test Chamber simulates UV radiation and humidity to evaluate material weather resistance. It accelerates testing by replicating sunlight and condensation for research and quality control.

Specifications

Internal volume	250 L
Temperature range	RT +10℃ to 70℃
Temperature fluctuation	≤±0.5℃
Humidity range	95% to 100% R.H.
Working environment temp.	+5℃ to +35℃
Light source	UV-A/B
Light source wavelength	280 to 400 nm
Sample holder size	1500×750×15 mm
Distance: sample to lamp	50±2 mm
Distance: lamp to lamp	70±2 mm
Internal material	Stainless steel
Shell material	Stainless steel
Heater & humidifier	Electrical + steam
Operation interface	Touch input
Operation mode	Program / constant
Input	, PT100 sensor
Power supply	AC220V±10%, 50Hz
Internal dimensions (D×W×H)	450×1100×500 mm
External dimensions (D×W×H)	500×1300×1480 mm
Weight	80 kg

Features

humidity control

Touchscreen operation

Programmed and constant modes

Over-temperature protection

Leak protection system

Black-panel thermometer input

FAQs

1. Can the UV Test Chamber be used for testing different types of plastics and coatings?

UV Test Chamber is suitable for testing a wide range of materials including plastics, paints, coatings, and rubbers. It helps assess changes in color, gloss, cracking, or loss of strength due to UV exposure. The chamber provides controlled conditions that are vital for comparative testing. It’s commonly used by manufacturers for product development and quality control.

2. Is the UV Test Chamber safe to operate in a standard laboratory environment?

The UV Test Chamber includes multiple safety protections such as over-temperature, water shortage, and leakage protection. These safeguards ensure safe operation during long testing cycles. Its enclosed design prevents direct exposure to UV light. It is well-suited for standard lab environments without requiring additional modifications.

3. What kind of maintenance is required for the UV Test Chamber?

The UV Test Chamber requires periodic inspection of the UV lamps and cleaning of the interior chamber. Users should monitor water levels in the humidification system and ensure the drainage system remains unblocked. Replacing UV lamps after the recommended lifespan maintains consistent testing accuracy. Routine checks of sensors and electrical components are also advised.

4. How user-friendly is the interface on the UV Test Chamber?

UV Test Chamber features a touch-input interface designed for ease of operation. Users can choose between program control and constant operation modes. The digital interface allows setting temperature and humidity with clarity and minimal training. It is particularly useful for repeated test cycles and long-duration procedures.

5. Can the UV Test Chamber support continuous operation for long testing periods?

The UV Test Chamber is built for continuous operation with stable temperature and humidity control. Its design allows for extended test durations without interruption. Built-in safeguards prevent overheating or equipment failure during prolonged use. It’s ideal for accelerated weathering tests that require consistent exposure over days or weeks.

6. What is the recommended distance for placing samples inside the UV Test Chamber ?

UV Test Chamber maintains optimal exposure by positioning samples at a precise distance from the UV lamps. A uniform center distance ensures consistent irradiation across the entire sample surface. This placement improves test repeatability and accuracy. Users should always position samples according to the tray guidelines provided.