Installed very easy. Had to update driver for Windows 10, but was super easy to do.
There is a hefty .PDF instruction book on the CD.
Its 2am so I only played for a few min.
Looks like you can export data to .xls for making charts. You can record to device, or record live on your computer via USB.
Software is very rudimentary. It shows a graph, but you can’t export or modify it.
I’m still messing with it, but I will update you more tomorrow. I need to log some data and see how it looks in spreadsheet.
My initial impression is that this is going to be a very good entry level meter. The software is pretty much just a way to record live or import the data to your computer
Just a heads up that I haven’t been able to get this meter to work on any of my Windows 10 machines. Even with the newer drivers downloaded from Profilic.
The driver software is definitely a prob. I’ve had to reinstall it a few times.
What seems to work is leaving the meter plugged into usb but power off when you install. It looks like the auto play when you connect it has the ability to corrupt the driver.
Either way. Its a huge pain! Fyi.
I ran a test run on the lumintop tool and exported to xls. The light curve was the same shape as my previous method and other reviews so the meter is somewhat accurate.
Problem is it only exports lux data, and since the sampling rate is 2x per second you can’t make a chart with a push of a button.
Also seems like the first few recorded lux values are always wrong.
So the driver is definitely buggy, and your data set is going to be in 1/2 seconds.
Which can be a huge pain if your doing a 7 hour run. Which can mean like 40,000 data points.
- After recording 7200 values (about an hour) the supplied pc software just deletes all recorded data and starts over!
I didn’t find any options to change this so I guess it’s a bug in the software. So I just use the device memory.
Quite a lot of noise in the signal. Big noise over 20k lux, and smaller noise over 2000 lux.
Here is graph I recorded from my Olight S20, just moving it further and closer to my diy integrating sphere.
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Here’s a closeup of the moment when the light intensity goes below 2000 lux (=41 lumens in my sphere)
!!
The above kind of transition would be hard to average out. If somebody knows how to get rid of this “noise”, I’m listening.
Here’s a finalized runtime graph, from google spreadsheet. you can see the bigger noise component, which disappears below 20 000 lux.
!!
Has one one tried to make this work with different drivers? Or a different program what about a name brand lux meter that uses the same internals that may work?
You can only set the interval in the supplied Luxlab software. In setup, there’s “auto store period x seconds” where you input the desired interval. Then click upload.
This thing doesn’t use a hardware level driver because it has a serial interface. It uses a prolific USB to serial chip which needs a driver. There are many different chips so perhaps you could try a different one. I came across this page, perhaps there’s something that may be of any use. http://www.serialgear.com/usb-serial-adapter-drivers-windows-mac-linux.cfm