diff --git a/download_rad.md b/download_rad.md
index cf0c05f..fb7624d 100644
--- a/download_rad.md
+++ b/download_rad.md
@@ -25,19 +25,25 @@ Now you can start the program either by double-clicking it in your filemanager o
 
 ## Connect geigercounter
 
-After klicking the 2nd icon from the left, you are connected to your device. This is even possible if it is "turned off". Your main window should look similar to the the following screenshot.
+After klicking the 2nd icon from the left, you are connected to your device. This is even possible if it is "turned off". I would even recommend doing this in "off" mode so you don't have trim the end-time of your graph afterwards.
+
+## Download data
+
+To download the data from your device, select the following History -> Get History from device. You will be queried for a filename for the binary (SQLite) log file.
+
+Your main window should look similar to the the following screenshot.
 
 ![GeigerLog main window][geigerlog_main_window]
 
 [geigerlog_main_window]: images/geigerlog_main_window.png
 
-## Download data
-
 ### Export data to CSV
 
+Right after downloading you can basically export the file directly again into CSV format. Select History -> Save History Data into \*.his file (CSV). Save that `filename.hisdb.his` somewhere along your photo files for later usage. This is the file, `rad-tag` will use later. 
+
 ## Assumptions
 
-When geigerlog is being used with a device with one 'geiger muller tube' this export file looks like this
+When geigerlog is being used with a device with one 'geiger muller tube' this export file looks like this:
 
 ```
 #     172, 2020-03-15 12:49:38, Date&Time Stamp; Type:'CPS, save every second', Interval:0.99 sec
@@ -58,3 +64,4 @@ Only relevant values (timestamp and clicks/minute) will be read into memory:
 # Import only relevant values, that's timestamp and CP/M
 for _, csv_raw_time, csv_raw_cpm, _ in csv:
 ```
+Proceed with [Download gps](download_gps) log.