| LED Characterization Systems - TOCS |
Labsphere TOCS LED Thermal, Optical, Electrical Characterization Systems allow users to quickly, accurately, and simultaneously measure the optical and thermal characteristics of various LEDs and arrays.
TOCS-SS powerful software is provided with each system.
A Keithley 2400 series SourceMeter®, required to operate the system, is purchased independently, then integrated into the base system.
FEATURES:
- Complete Thermal, Optical & Electrical Analysis
- Automated Data Acquisition & Analysis
- TEC Temperature Control and Monitoring
- Available in 20, 40, 65 and 76 inch sphere diameters
- Conforms to IESNA LM-79 & LM-80 measurement
geometries
MEASURE:
- Electrical : I, V, Electrical Watts
- Optical: Flux, Color, Luminous Efficiency
- Thermal: Case temperature control vs electrical and
optical parameters
APPLICATION AREAS:
- Packaged LEDs
- Modules & Arrays
- Backlight Displays
- Solid State Lighting
|  |
|
| Illumia Systems |
Spectral Flux Measurement Systems
FEATURES :
-
Wide dynamic range which allows a single sphere to measure a wide range of light levels
- NIST traceable standards for in-house recalibration
- Spectral results in milliseconds
- Spectraflect® interior sphere coating
- Available in 25cm, 50cm, 100cm, 165cm, and 195cm Sphere Diameters
- Conforms to national standard measurement geometries
MEASURE :
-
Total Spectral Flux
- Luminous Flux
- Radiant Flux
- Chromaticity
- CCT and CRI
- Peak Wavelength
- Dominant Wavelength
- I, V, and Luminous Efficacy
APPLICATIONS :
-
Packaged LEDs
- Miniature Lamps
- LED Sourced Systems
|  |
|
| Illumia Pro |
Simultaneous thermal, optical and electrical characterization of LEDs
FEATURES :
-
Wide dynamic range which allows a single sphere to measure a wide range of light levels
- NIST traceable standards for in-house recalibration
- Spectral results in milliseconds
- Spectraflect interior sphere coating
- Complete Thermal, Optical & Electrical Analysis
- TEC Temperature Control and Monitoring
- Measure Optical Properties as a Function of Temperature and Operating Current
- Available in 0.5m, 1m, 1.65m, and 1.95m Sphere Diameters
- Conforms to IESNA LM-79 & LM-80 Measurement Geometries
- Ambient Air Temperature Control Available
MEASURE :
- Total Spectral Flux
- Luminous Flux
- Radiant Flux
- Chromaticity
- CCT and CRI
- Peak Wavelength
- Dominant Wavelength
- I, V, and Luminous Efficacy
- Thermal: Case Temperature Control vs. Electrical and Optical Parameters
APPLICATIONS :
- Packaged LEDs
- Modules & Arrays
- Backlight Displays
- Solid State Lighting
|  |
|
| LED Large & Medium Systems Serie CSLMS |
CSLMS LED Large & Medium Systems for Total Spectral Flux of Medium to Large Light Sources - Fast, practical, and easy-to-use systems for Large LED arrays and lamp characterization.
| |
LED 1060 LED 1061 |
LED 2060
LED 2061 |
LED 4060 LED4061 |
LED6560 LED6561 |
Sphere Diameter |
10 inches(25cm) |
20 inches(50cm) |
40 inches (102cm) |
65 inches (165cm) |
|
100 |
400 |
1500 |
4000 |
Spectrometer Spectral Rrange nm |
200-850-(1060)
350-1000- (1061) |
200-850-(2060)
350-1000-(2061) |
200-850- (4060)
350-1000- (4061) |
200-850-(6560)
350-1000-(6561 ) |
| BEST FOR MEASURING: |
- LEDs
- LED Sourced Systems
- Large-area LED displays
|
- Automotive Lighting
- Architectural Lighting
- General Lighting
- Miniature Lamps
|
|  |
|
| LMS Series -Light Measurement Integrating Spheres |
LMS integrating sphere are Accurate and flexible, Labsphere’s Light Measurement Integrating Spheres are designed to measure the total flux of LEDs, lamps and other light sources.
| |
LMS-100 |
LMS-200
|
LMS-400 |
LMS-650 |
LMS-760 |
Sphere Diameter |
10 inches (0.25m) |
20 inches (0.5m) |
40 inches (1m) |
65 inches (1.5m) |
76 inches (2m) |
Max Lamp Length: |
5 inches (13cm) |
10 inches (25cm) |
24 inches (61cm) |
34 inches (86cm) |
52 inches (1.3m) |
|
|
| Integrating Sphere applications : |
- Light tight closure
- Base-up or Base-down lamp mounting
- Socket Mounting Plate
- Adjustable fluorescent lamp holder
|
- Variable height electrical supply tube
- Interchangeable baffle
- Temperature sensor mounting port
- 50mm directional light source or LED port
|
|  |
|
| HalfMoon Light Measurement System |
HalfMoon System designed to measure forward emitting lamps, LEDs, board mounted and heat-sinked LED light Engines for Solid State Lighting (SSL).
Features:
- Larger forward flux emitting light engines measured with half the footprint of a regular integrating sphere system.
- Lamp standard of forward flux minimizes substitution errors between the lamp standard and the DUT.
- Radiometric, photometric and colorimetric characterization capabilities.
BEST FOR:
- LEDs
- LED Light Engines
- SSL Fixtures
- Displays
|  |
|
| Starter Solutions -Spectral Intensity LEDs |
Starter Solutions for Average Spectral Intensity LEDs and Small Light Sources: designed to measure the spectral radiant intensity, luminous intensity, chromaticity, color, and color rendering properties of LEDs and small light sources.
Features:
- Load, light, and test in less than five seconds
- NIST traceable standards for in-house recalibration
- Intensity results in milliseconds
- Spectraflect® interior
- Optional LED Sockets
BEST FOR Measuring:
|  |
|
| HLMS-200P Handheld Photometer |
HLMS-200P Handheld photometer: is a rugged, portable and photometric instrument for measuring luminous flux, with programmable correction factors.
The instrument features a 2-inch diameter integrating sphere that collects the total light entering the sphere measurement port.
Best for Measuring:
- LEDs
- Small Lamps
- Fiber Illuminators
Features:
- NIST traceable calibration
- Spectral correction
- Auto ranging
- Auto zero
|  |
|
