Product Name: HP8000Z LED Rapid Spectral Analysis System
A, application function:
● Based on Windows operating system, the human-machine interface is good; standard SMA905 fiber interface, CCD high-speed spectrum; high precision, fast test, easy to use; can be connected to the printer to print test reports, Excel saves data, facilitates analysis; a host configuration related device, Fully meet the light source color and light performance test and analysis of the light source. It is suitable for R&D and testing of laboratories and quality inspection departments. It can also be used for rapid testing of production lines.
B, performance parameters:
● Measure the spectral power distribution of the LED, chromaticity coordinates, correlated color temperature, color rendering index, color temperature difference, fidelity index, color gamut index, peak wavelength, spectral half-width, dominant wavelength, color purity, luminous flux, irradiance, light Effect, forward voltage, reverse leakage current, and other optical color performance parameters;
● The instrument has high intelligence, stable test and high repeatability, which fully meets the CIE requirements for light and color measurement;
1.5 meter integrating sphere light color electric comprehensive test system
C, technical characteristics:
Test speed: 5ms-2s
Wavelength range: 380nm-780nm
Main wavelength range: 380nm-780nm Accuracy: ±1.5nm
Correlated color temperature: 1000k-100000k Accuracy: ±3%
I think it has to wait after Chinese New Year Vacation…
We are thinking about the SP70 Pro: XHP35 HI in the middle for more throw, several XHP35 or XHP50.2 surround the XHP35 HI for more power, maybe 15000LM
How is that? The challenge will the very high current.
By the way, we found high discharge 26650 cells: 4800mAh, max 24A current. Now Under test in SP70.
SP70 Pro sounds nice and the idea of an XHP35/XHP50.2 array sounds much more useful than Acebeam's X70 which is just another extreme bright floodlight with questionable range. However, looking at the actual reflector size of the SP70 it might be challenging to align several XHP emitters around the center LED without negative effects on the throw. I'm afraid it could lead to some cannibalization effect, i.e. the gain in brightness/power could lead to a loss in throw as the center reflector needs to be made smaller.
I would also love the idea if Sofirn were to develop a budget-friendly competitor to Imalents R90C (9x XHP35 HI) but without a proprietary battery pack. It should be feasible to run a light like this with 3x or 4x 21700 batteries.
Concerning 26650 batteries: The best high drain 26650s I could find so far are PLB-55A cells (also rewrapped as in "Keeppower 6000mAh" or "Shockli 5.500mAh"), see also here:
Maybe Sofirn could find a way to make a deal with PLB and offer these cells rewrapped as "Sofirn 26650" batteries, both in a SP70 Kit-version but also separately on their AliExpress shop. I'm pretty sure these would sell very well as they are hard to get in Europe, almost sold out all the time (see NKON) or only available at high shipping cost.