The UV LED chamber BSL-04 is the largest irradiation chamber in the BSL series. The high irradiance combined with the exact dose control offers a unique reproducibility for perfect results!
The wavelengths 365 nm, 385 nm, 395 nm, 405 nm and 450 nm are available for your application. Due to the irradiance of up to 110 mW/cm² and the high homogeneity, even very large parts or batches can be irradiated.
For high irradiances, the UV LED chamber can be ordered completely with one LED wavelength. A particularly flexible application is possible when two separately controllable LED wavelengths are ordered.
Compared with our irradiation chambers of the BS series, the BSL-04 offers an irradiance that is 14 times as high. The high irradiance allows for extremely short exposure times. With the high homogeneity of the irradiation, the samples can also be positioned as needed.
Due to the typical characteristics for UV LEDs, such as “immediate start”, the dimmability and the high durability, the BSL-04 is ideally suited for medium-sized laboratory tests and curing of large components.
The integrated timer already controls the irradiation in an exact way. For even better results, we recommend one of our calibrated sensors. The dose control is already integrated in the UV-MAT Touch and UV-MAT control units in the BSL-04 UV LED chamber. With an UVA+ sensor, the UV-MAT continuously measures the irradiance and stops the irradiation at the set target dose.
Due to the little heat input of the UV LEDs and a sample room temperature of ca. 40 °C, thermal damage is minimized.
The sample room has a floor space of 86 x 64 cm and a height of 28 cm. Parts that must be bonded or cured can be positioned easily on the movable sample carrier.
The operating personnel is fully protected from UV radiation in the completely closed and monitored irradiation chamber.
|86 x 64 x 28 cm
|95 x 82 x 70 cm
|~ 80 kg
|100 - 240 V, 50/60 Hz
|10 to 40 °C
|-10 to 60 °C
|< 80% non-condensing
|~40 °C +/- 10 °C. Additional
|heating up by high UV
|group 0 according
|DIN EN 12198:2000
|0,01 s to 9999 h
|with optional sensor
|Internal security circuit
|Over-temperature, door contact