illumia®Pro3-UV: UV LED Characterization System
The illumiaPro3 LED characterization system includes a 15 cm light measurement sphere, thermoelectric controlled stage, SourceMeter, calibration lamp and power supply, and Labsphere’s CDS-2600-UV Spectrometer with a spectral range of 200 – 400 nm and wavelength accuracy of <+/- 0.4 nm
With Labsphere’s illumia®Pro3-UV users can quickly and accurately test UV LED performance as a function of thermal condition.
MEASURE:
• Total Radiant Flux
• Total Photon Flux
• Electrical Power
• Wavelength Characterization
• Peak Wavelength
• FWHM
• L, I, V, T Sweeps
• Continuous and Pulse Mode
Control and Test
APPLICATIONS:
• Germicidal UV (GUV)
• UVC Disinfection and Purification
• UV Curing
• Medical Phototherapy
• Analytical Instruments
• Horticulture Lighting
Contact for Pricing
Specifications
illumia®Pro3 UV System
- Sphere Size 15cm
- Spectral Range (calibrated) 200-400nm
- Wavelength Accuracy <+/- 0.4 nm
- Integration Time 8ms to 900s
Integral® Software
Included with the illumiaPro3-UV 2600-014, Integral provides a powerful, yet easy-to-use menu-driven operating environment. It allows users to control the LED temperature and operating current at specified ranges. This control enables the software to measure and characterize the device under test (DUT) over a wide range of temperatures. System software automates procedures for measuring spectral characteristics and controlling current and temperature. The software simultaneoulsy collects electrical, optical, and thermal data which is graphed and viewed on screen or can be exported for further analysis.
LED LIVT with illumiaPro3-UV
Fully characterize LEDs with independent control and test
of forward and reverse voltage, LED drive current and
temperature, and lumens with illumiaPro3-UV LIVT
sweep features.
Measurement Functions:
• ILV @ constant T: step & control I, stabilize T, measure L & V
• VLI @ constant T: step & control V, stabilize T, measure L & I
• TLV @ constant I: step & control T, stabilize T, measure L & V
• TLI @ constant V: step & control T, stabilize T, measure L & I
• ILV/T: perform ILV @ constant T, step T and repeat at each T
• VLI/T: perform VLI @ constant T, step T and repeat at each T
Key: L = Lumens, V = Voltage, I = Current, T = Temperature