Opsytec Dr.Grobel BSL-01 HO+ Compact UV-LED Chamber (385nm, 2000mW/cm²)

Interior chamber: 20 x 20 x 17 cm

Dimensions, chamber: 28 x 34 x 43 cm

Weight: ~ 20 kg

Power consumption: 200-750 W

Mains: 100 - 240 V, 50/60 Hz

Wavelength: 385 nm

Emission, peak tolerance: +/- 5 nm

Emission, FWHM: 10 - 20 nm

max. irradiance: 2000 mW/cm² (385 nm)

Cooling: air cooling

Measuring rage, LEDControl: 0-2400 mW/cm²

Resolution: 12 bit

Display: graphical, 128 x 64 px

Timer: 0,01 s to 99 days

Resolution: 0,01 s

Dose control: with optional sensor

IRRADIANCES HO+

385 nm: 2000 mW/cm²

Delivery

BSL-01, LEDControl, cable 3 m, manual

Datasheet

Features

By modern UV LED technology, the chamber BSL-01 reaches a high irradiance of up to 2400 mW/cm². Despite its compact dimensions, the UV LED chamber BSL-01 reaches a 240-fold irradiance compared to our classical irradiation chambers. As a compact tabletop unit, the BSL-01 is perfectly suitable for laboratories and manufactory. 

For different applications, the wavelengths 365 nm, 385 nm, 395 nm, 405 nm and 450 nm are available. Optionally, two wavelengths can be controlled separately. This means that the irradiation chamber can be perfectly adapted to the photoinitiator‘s requirements and is ideal for laboratory use or product changes.

The irradiance is adjustable from 2% to 100%. The integrated timer controls the irradiance precisely. For even better results, we recommend one of our calibrated UVA+ sensors. The dose control is already integrated in the LEDControl. By means of an optional sensor, the LEDControl measures the irradiance continuously, and stops the irradiance at the set target dose.

Due to the free adjustability of the irradiance and the exposure time, the optimum parameters can be determined reliably. For an even more specific application, we offer the BSL-01 with four irradiances:

0 to 2400 mW/cm² (version HO+)

0 to   600 mW/cm² (version HO)   

0 to   300 mW/cm²  (version ECO)

0 to   150 mW/cm²  (version ECO+)

Due to the low heat input of the UV LEDs, a thermal damage of the samples is minimized.

In the completely closed and monitored irradiation chamber, the operating personnel are fully protected from the UV radiation.