LabSpion Light Measurement System
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Description
LabSpion® is a complete light measurement solution that covers all light sources from small lamps and LED chips to large panels and street lighting. The 2-axis LabSpion goniometer allows the system to measure the entire 3D distribution field for any light source. Using a spectrometer sensor and a built-in power analyzer, the unique Viso technology enables fast measurements and ensures that all data is measured quickly. The system gives you all photometric data as well as data that integration spheres provide in one measurement. Comprehensive XLS and IES simulation files are standard outputs.
The LabSpion goniometer is the ideal way to measure a wide variety of light sources ranging from outdoor fixtures to automotive lights and LED panels. The light source is easily attached to the goniometer and rotation is both quick and silent. Most importantly, the LabSpion handles light sources up to 25 kg and 1.5 m in diameter. The heavy-duty 2.0 m tower version even handles light sources up to 45 kg and 2.0 m in diameter.
The installation process is very simple too. Place and level the base of the LabSpion goniometer on a stable surface, preferably in a dark room. Mount the goniometer arm on the base. The spectrometer sensor is easily mounted on a tripod and is placed at a distance depending on the size of the measured lighting fixture. The built-in laser automatically detects the distance between the two parts, so the alignment is quick and precise. The system is fully operable within 20 minutes.
The LabSpion system is then ready for measurement. Install the Viso Light Inspector software, connect your laptop to the built-in power analyzer in the base, and start measuring. The process is automatic with the option of manual operation. Data acquisition from a single C-plane takes 15-30 seconds, which means that is takes roughly 15 minutes to collect data from all planes.
Measurement data is then automatically saved in a specific folder in the form of fixture files. They are usually exported into PDF, PNG, IES, XLS and CSV formats. You can create your own custom pdf report templates.
Advantages
- Measures light sources up to 25 kg and up to 150 / 200 cm (5 / 6.5 ft)
- Fits into relatively small laboratories
- All color and lumen data – no integrating sphere needed
- An advanced system which is very easy to operate
- Output as customizable reports or raw data
- Make your own calibrations with CALI-T50 (included)
- Can be upgraded to include ultraviolet light with LabSensor UV-VIS to LabSpion UV-VIS and UV-VIS-NIR
Applications
General Lighting
Light Sources and LED
Horticulture
Specifications
| Model No. |
LabSpion |
|---|---|
| Measurement method |
Far field, type C horizontal |
| Standard spectrometer range | Standard 360 – 830 nm (other ranges available) |
| Sensor distance range | 75 cm to ‘infinite’ (2.5 ft to ‘infinite’) Distance depends on light source |
| Sensor distance setup |
Standard manual (optional: automatic LabRail) |
| Light source diameter range |
0 – 1.5 m/2.0 m @2-axis (0 – 4.92 ft/6.56 ft m @2-axis) Depending on tower version |
| Light source maximum weight | 25 kg / 45 kg (55 lbs/ 99 lbs) Depending on tower version |
| Power supply input |
90 to 260 VAC, 50/60 Hz |
| Outputs |
Lumen, Peak candela, CCT, Spectrum, CRI, TM30, CQS, Beam angle, 3D Light Distribution, Power Specs, lm/W |
Basic Outputs
*When used with LabSensor UV-VIS and UV-VIS-NIR
Light distribution curve
With high measurement detail there is data in abundance to plot. Measure up to 72 C-planes and up to 0.1-degree gamma resolution. 3D plots are included as well
Spectrum
As light is detected with a Viso fast spectrometer sensor, spectral data is recorded in every measurement point. Working with a specific part of the spectrum – e.g. just around 254 nm – is easy with the software “range” option
IES/XLS files for light planning
Measuring 3D light distributions enables you to simulate UV lighting distributions and generate high level iso-irradiance diagrams.
Dose maps
In germicidal applications, exposure time is the one thing that matters. How much time is necessary to kill a specific germ?
The Viso software gives you a fast overview with automated dose maps.
Further Outputs
*When used with LabSensor UV-VIS and UV-VIS-NIR
Fundamental radiation data
- Total lumen or mW
- Peak Emission Wavelength (λp)
- Peak Irradiance (@ distance 1 m)
- UV Irradiance at all wavelengths (@ any distance)
- Polar light distribution curves
- Linear light distribution curves
Visible light data
- CCT / Correlated Color Temp. [K]
- CRI / Color Rend. Index / Ra (1-14)
- TM30-18 indices and graphics
- CQS index and graphics
- CIE 1931 x,y-diagram and Duv
- SCDM (MacAdam steps)
Lighting design and data export
- UGR table
- Isolux/iso-irradiance plots
- UVA / UVB / UVC split
- Full raw data export to MS Excel etc.
- Dose evaluation plots
- Customizable PDF reports
Power and warm-up data
- Wattage [W]
- Current [A] and voltage [V]
- Mains frequency [Hz]
- Current and voltage THD [%]
- Warm-up time and variation
- Automatic stabilization
Downloads