Added clarifications

fredlcore · Jun 24, 2024 · 71b7adb · 71b7adb
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commit 71b7adb
Showing 1 changed file with 2 additions and 2 deletions.
diff --git a/docs/EN/install.md b/docs/EN/install.md
@@ -20,7 +20,7 @@ Installing BSB-LAN requires three steps:
     1. *Olimex ESP32-POE-ISO* for the ESP32-based Olimex POE ISO
     1. *Arduino Due (Programming Port)* for the Arduino Due. **Do not use the Native USB Port here**!
 1. Again, go to ***Tools/Board*** and select the proper upload speed (460800 for ESP32, 115200 for Arduino Due).
-1. For ESP32-based microcontrollers, again, go to ***Tools/Board*** and select "Minimal SPIFFS (Large APPS with OTA)" for partition scheme. **If you don't set the correct parition scheme, the firmware will not fit into the ESP32!**
+1. For ESP32-based microcontrollers, again, go to ***Tools/Board*** and select "Minimal SPIFFS (Large APPS with OTA)" for partition scheme (**do not confuse this with the similar "Minimal" partition scheme** which is different and not working in our case). **If you don't set the correct parition scheme, the firmware will not fit into the ESP32!**
 1. Go to ***File/Open*** and navigate to the BSB_LAN folder and double-click on `BSB_LAN.ino`. The project will open.
 1. You may now proceed to [configure](configure.md) BSB-LAN.
 1. When you are done configuring, go to ***Sketch/Upload*** and upload the BSB-LAN software to the microcontroller.
@@ -42,7 +42,7 @@ Once the microcontroller and the BSB-LAN adapter are ready, perform the followin
 1. Unplug the microcontroller from your computer and turn off your heating system. Locate the BSB/LPB/PPS connectors. You may have to open your heating system for that. Have a look at the list of [supported heating systems](supported_heating_systems.md) to get an idea where the pins are located.<br>***Do all this at your own risk!***<br>**Especially take care to prevent electrostatic discharge (ESD) which can destroy both BSB-LAN and the heating controller!**
 1. Now plug the BSB-LAN adapter onto the microcontroller and connect the `+` screw connector to the `CL+` (BSB), `DB` (LPB) or `A6` (PPS, different connector names are possible) connector, and the `-` screw connector to the `CL-` (BSB), `MB` (LPB) or `M` (PPS) connector. If there is no empty connector, there is no problem adding the wires for BSB-LAN to an already "used" connector, provided the wires are inserted carefully.
 1. Power on the microcontroller via the USB port or via PoE (Olimex POE-ISO only). Then power on the heating system. The red LED of the BSB-LAN adapter should turn on. It should flicker occasionally.
-1. Now open your webbrowser and open the IP address of BSB-LAN. If MDNS is enabled, you can directly go to [`http://bsb-lan.local`](http://bsb-lan.local). You can find the IP address of BSB-LAN either in your router, or you connect the microcontroller to your PC and open the Arduino IDE and go to ***Tools/Serial Monitor***. Restart the microcontroller, and the IP address will be displayed upon connecting to the network.
+1. Now open your webbrowser and open the IP address of BSB-LAN. If MDNS is enabled, you can directly go to [`http://bsb-lan.local`](http://bsb-lan.local). Otherwise, you can find the IP address of BSB-LAN either in your router, or you connect the microcontroller to your PC and open the Arduino IDE and go to ***Tools/Serial Monitor*** and set the serial monitor speed to 115200. Restart the microcontroller, and the IP address will be displayed upon connecting to the network.
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 ## Generating the device-specific parameter list