Photographs have been adapted for the website; dimensions may vary.
UV Test Box
UV Test Kabini
Test cabinet that simulates colour and property change by exposing products such as plastics, paper and textiles to light. Testing is possible under D65 (25,000 lux), UVA+ (20 mW/cm²), UV-A (10 mW/cm²) and UV-B. Lamp service life can be monitored on the device.
Model technical data
- Simulates colour and property change by exposing plastics, paper and textile products to light.
- Testing is possible under D65 (25,000 lux), UVA+ (20 mW/cm²), UV-A (10 mW/cm²) and UV-B.
- The service life of the lamps can be monitored on the device.
Physical specifications and utilities
| Electrical supply | Approx. 220–240 V AC, 50/60 Hz, single phase; build-dependent. |
|---|---|
| Power / connected load | Approx. 80–300 W connected load for preliminary planning. |
| Overall instrument dimensions | Approx. 700 × 500 × 450 mm (W × D × H). |
| Instrument weight | Approx. 15–35 kg net. |
| Gross / shipping weight | Approx. 26.5–53.8 kg gross; estimated packing allowance. |
| Lab requirements | Level, stable working surface; specimen conditioning follows the selected method. |
Dimension order and approximate values are stated in each row. Packaging data are separate from instrument dimensions and net mass. Approx. rows are preliminary engineering estimates based on comparable equipment and function/capacity; they are not verified manufacturing measurements or standard requirements. Installation and shipment are finalised against the approved drawing and nameplate. Estimate scope: base product / one unit; external computer, bench and auxiliary plant excluded.
Specifications, dimensions, and power requirements are approximate and subject to change without prior notice for continuous design improvements.
Product technical specifications and images may vary according to manufacturing conditions and applicable standards.
Test and configuration
- Measured output / function
- Colour, surface and property changes after UV exposure
- Parameters selected for the method
- Lamp family, irradiance, temperature, time and moisture cycle
- Verification points
- Irradiance sensor, specimen temperature and cycle record
Listed methods are application references. Suitability is established by assessing the selected hardware, current method and calibration together.
Test parameters for the reviewed method
Values belong to the stated source edition. Test recipe, fixture and delivered instrument configuration are selected together.
TS EN ISO 4892-1:2006 / EN 2000, part 1 only · 5.1.2
- For the ISO 4892 family, only part 1's irradiance-uniformity clause was reviewed: specimen-plane minimum/maximum ratio at least 70%. Verify this cabinet's lamp spectrum, temperature and humidity equipment separately; lux cannot be converted directly to W/m².
ASTM D1148-13(2018) · 5.1–5.3, 7.3–7.5; UV procedure only applied here
- 2018 UV option: G151/G154 UVA-340 arrangement; 0.77 W/(m²·nm) at 340 nm, 8 h light at 60 °C / 4 h condensation at 50 °C. Temperatures refer to uninsulated black panel. Verify applicability separately for UV boxes without documented condensation and spectral control.
Control and recording specification
The following are method-specific software/recording requirements; delivered software modules are defined by the order scope.
- Method code and edition, specimen ID, operator and selected test parameters are linked to the record.
- Irradiance, temperature and moisture stages are time-aligned; spectral band and integration interval are stated when calculating dose.
- Raw measurements, units, valid/invalid test flags and the reported result remain traceable.
- Calculations are checked against known inputs and an independent calculation; sensor channels are checked against calibration values.
Test standards
Prices start from €18. Request the technical specification and a quotation for this instrument.
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