I really liked the features of this smartbox, and was determined to make it work on my Windows 10 laptop, even though the logging software provided is more than 10 years old now (2014 date). The box's technology is pretty mature and stable, from what I can tell, and it does exactly what I need, which is to record data on a single phase power line and monitor for various power fault conditions; it just suffers from having been neglected by the parent company Powertronics in terms of software upgrades (a product frozen in time). Someone could write a new GUI back-end for this in Linux and give it some more life, since the box just sends the computer a series of text strings that you can watch on a terminal emulator.The user manual and instructions for installation are straighforward, and the user manual covers the basics of what the box is looking for and what it records. The basic software for Windows that it comes with is more than adequate for most testing, I think. If you can get it to work, that is.I installed the software for logging on my Windows 10 laptop, but had to first manually run the VisualBasicPowerPackSetup package they provided to install the prerequisite VB packages it needs, and it worked for a while. But after a Windows update, it would no longer run. In addition, I could not run the Setup command to reinstall it; it would simply quit, and I was only able to determine that it had run with errors by looking at the Event Log under Applications. It does not meet the certification requirements imposed by Micro$oft with it's newer versions of Windows, so it is just allowed to run and die.I was able to get around this by uninstalling the application from Programs and Features, then running the Setup.exe file, have it error out, then type in the application search box "Run Programs Made for Previous Versions" and select the Program Compatibility Troubleshooter, find Setup.exe in the list of applications, and allow it to change the mode of execution to "Windows 8-compatible". Running it again reinstalled the software and created the Desktop icon "ProbePlus Data Logging", but clicking the icon would not run the application. I looked at the properties of the icon saw that it was pointed to some kind of Application Reference file, but it was not starting the application. I created a new Desktop shortcut icon by navigating to where the application had actually been installed under C:UsersApp DataLocal Apps2.0OAHP86AP.76L" followed by a series of nested subdirectories with gobbledy-gook names, to finally land on "Probe Plus Data Logging.exe"; the desktop shortcut points to that executable.After changing the location of the shortcut, the program ran OK. I did run the Program Compatibility Troubleshooter again and chose the Probe Plus Data Logging app from the list and let it change the compatability mode to Windows 8, just for good measure, but it actually ran before I did that.The data log files are saved in the user's Documents folder under a subfolder called Powertronics; the files are date stamped, and there are two types, .dlg and .drp. It appears there is a new pair of files created for each day, containing that 24 hour period's data. I was able to open the files and look at the contents using Notepad. The .dlg files appear to be raw voltage data in CSV format, with the two first fields a time stamp of hour and minute, followed by 60 voltage readings, probably one per second. The .drp files contain the same text that is displayed in the logging program on the screen, with each event timestamped with date, time, event type, and description. I could not find any reference to this in the user manual, nor does there appear to be a way to bring this data up later in the software logging program, but it is pretty easy to read the data in Notepad (or any text editor) or import raw voltage data into a spreadsheet.Anyway, I hope this helps the next guy who is fighting with making this old software run on a newer laptop. The box itself is pretty solid.

The Powertronics probe 100+ does exactly what is states: it monitors the AC voltage and reports on disturbances. I had no issues installing the datalogging application on a Windows 10 computer. Disturbances are by day, so you need to select the day you wish to examine.Some feedback:1. Probe Plus datalog file display is not sorted by date. My dates seem to have a random order.2. The manual could be clearer. On initial startup you need to hold down the reset button until all lights are flashing.3. It would be nice to have an auto start on logging once the usb cable is plugged in.4. would be nice if the unit had a battery backup, so power outages could be monitored. With a power loss, the unit stops functioning and logging stops. Logging does not restart once power comes back up.5. The supplies USB cable is too short.

Tried to connect to any computer and it just won't connect. Have tried everything in the manual, and on-line that I can find. Have emailed Powertronics and they will not get back to me. Very disappointing. If you are going to purchase a Probe 100+ my advise is to do what I am doing now. Looking for an alternative. I wish I had returned it right away and not kept trying to make it work. I am now out a fair amount of money.

The device seems to work correctly. Setup needs to painstakingly follow instructions in the readme file. The instructions for usage are incredibly incomplete. Any idea of how to access the data is quesswork and I have not guessed correctly. Powertronics support did not respond to my query. Also, if power goes out the data logger program stops rather than counting how long the outage lasts. It is not clear there is a better product at a reasonbable price for home use, but keep searching

Simple to use as a stand-alone power line quality analyzer, yet when coupled with a computer becomes a sophisticated data logger.Provides indications of many types of specific power quality problems, with detailed explanations of the criteria used to qualify each problem in the manual.A USB serial output transmits the line voltage being measured once per second, along with any power events detected such as dropouts, sags, surges, etc. All the messages are in simple ASCII text form, so a laptop running the included software, a terminal program, custom software or a batch script can easily be used to monitor and log a power line's condition for an indefinite period.There is no other unit within several hundred dollars of the cost of this one that can analyze and recording a variety of common AC power line quality problems. For homes or small businesses experiencing problems with their electrical service other than total outages, this device is one of the only affordable solutions for diagnosing them.