Edge Control - Product Page updates (#2183)

* New  button for the user manual, old getting started hidden, tutorials sorted by importance

* Delete .vscode/ltex.hiddenFalsePositives.en-US.txt

Not need hidden file removed

* Apply suggestions from code review

Co-authored-by: Gaia Castronovo <[email protected]>

---------

Co-authored-by: Gaia Castronovo <[email protected]>

content/hardware/05.pro-solutions/solutions-and-kits/edge-control/product.md

@@ -1,9 +1,9 @@
 ---
 title: Edge Control
 url_shop: https://store.arduino.cc/edge-control
-url_guide: /tutorials/edge-control/getting-started-edge-control
-primary_button_url: /tutorials/edge-control/getting-started-edge-control
-primary_button_title:  Get Started
+url_guide: /tutorials/edge-control/user-manual
+primary_button_url: /tutorials/edge-control/user-manual
+primary_button_title:  User Manual
 secondary_button_url: /tutorials/edge-control/smart-irrigation-system
 secondary_button_title: Smart Farms
 core: arduino:mbed_edge

content/hardware/05.pro-solutions/solutions-and-kits/edge-control/tutorials/motorized-ball-valve/content.md → content/hardware/05.pro-solutions/solutions-and-kits/edge-control/tutorials/04.motorized-ball-valve/content.md

@@ -9,60 +9,60 @@ author: Ernesto E. Lopez, Lenard George Swamy
 
 ## Overview
 
-A ball valve is a form of quarter-turn [valve](https://en.wikipedia.org/wiki/Valve) which uses a hollow, perforated and pivoting ball to control flow of liquids and gasses through it. This tutorial will guide you through connecting the board to a 3 Wire-Valve and writing a sketch that controls the basic operations such as the opening and closing of the valves. 
+A ball valve is a form of quarter-turn [valve](https://en.wikipedia.org/wiki/Valve) which uses a hollow, perforated and pivoting ball to control flow of liquids and gasses through it. This tutorial will guide you through connecting the board to a 3 Wire-Valve and writing a sketch that controls the basic operations such as the opening and closing of the valves.
 
-***Tip : If this is for your first Edge Control project, we recommend you to take a look at the [Getting Started Tutorial](/tutorials/edge-control/getting-started-edge-control) to setup the development environment before you proceed.*** 
+***Tip : If this is for your first Edge Control project, we recommend you to take a look at the [Getting Started Tutorial](/tutorials/edge-control/getting-started-edge-control) to set up the development environment before you proceed.***
 
 ## Goals
 
 - How to connect a motorized valve to the Edge Control board
 - How to control the valve through basic commands provided by the `Arduino_EdgeControl` library
-- How to power the board with an external power supply 
+- How to power the board with an external power supply
 
 ### Required Hardware and Software
 
 - [Arduino Edge control board](https://store.arduino.cc/edge-control)
-- 1x [US Solid Motorised Ball Valve (9 - 24 V)](https://ussolid.com/u-s-solid-motorized-ball-valve-1-2-brass-electrical-ball-valve-with-full-port-9-24-v-ac-dc-3-wire-setup.html) (or compatible)
-- External power source: 12V battery (LiPo / SLA) or power supply 
+- 1x [US Solid Motorized Ball Valve (9 - 24 V)](https://ussolid.com/u-s-solid-motorized-ball-valve-1-2-brass-electrical-ball-valve-with-full-port-9-24-v-ac-dc-3-wire-setup.html) (or compatible)
+- External power source: 12V battery (LiPo / SLA) or power supply
 - 1x Micro USB cable
 - Arduino IDE 1.8.10+
 - 2x Phoenix Connectors
-- 2x Jumper cables  
+- 2x Jumper wires
 
-## Instructions 
+## Instructions
 
 ### 1. Connecting the Valves
 
 The motorized valve comes with three wires primarily marked as blue, yellow and red. The red and blue cables are for the positive and negative signals and the yellow is for the ground. 
 
-![Schematics of the 3 wire motor](assets/ec_ard_valve_wires.svg) 
+![Schematics of the 3 wire motor](assets/ec_ard_valve_wires.svg)
 
-Before you attach the wires to the board you need to ensure that the Phoenix connectors are in place  
+Before you attach the wires to the board you need to ensure that the Phoenix connectors are in place.
 
 **The Latching Circuitry**
-A Latching Circuit has 2 inputs for Positive(P) and Negative(N) signals and 1 output. Latches allows you to store the previous state of the signal that passes through either of the pins and maintains the state until you pass a new signal. Signal passed through the positive and the negative pins will also determine the direction of the signal to the valve. The Edge Control board comes with 8 pairs of Latches each labeled from 1N:1P up to 8N:8P. 
+A Latching Circuit has 2 inputs for Positive(P) and Negative(N) signals and 1 output. Latches allow you to store the previous state of the signal that passes through either of the pins and maintains the state until you pass a new signal. Signal passed through the positive and the negative pins will also determine the direction of the signal to the valve. The Edge Control board comes with 8 pairs of Latches each labeled from 1N:1P up to 8N:8P.
 
-Connect the red and the blue wire to `1N` and `1P` of your Edge Control board. As the valve doesn't come with internal drivers to store the state of the motor, we will use the `Latching_out` pins, instead of `Latching_out_cmd`, these are the ones that include drivers on the Edge Control. 
+Connect the red and the blue wire to `1N` and `1P` of your Edge Control board. As the valve doesn't come with internal drivers to store the state of the motor, we will use the `Latching_out` pins, instead of `Latching_out_cmd`, these are the ones that include drivers on the Edge Control.
 
 ![Connecting the valves to the connectors](assets/ec_ard_connect_valve.svg)
 
-Connect the yellow wire to the nearby `GND` pin. Ensure that the wires are fastened securely and tightly to the connectors so that they make contact with the pins. 
+Connect the yellow wire to the nearby `GND` pin. Ensure that the wires are fastened securely and tightly to the connectors so that they make contact with the pins.
 
-### 2. Opening And Closing the Valves 
+### 2. Opening And Closing the Valves
 
 Open a new sketch file on the Arduino IDE and name it `ValveControl.ino`. Add the header file `Arduino_EdgeControl.h` to your sketch.
 
 ```cpp
 #include <Arduino_EdgeControl.h>
 ```
 
-Inside `void setup()` , after enabling the serial communication, run the initialization routine `EdgeControl.begin()`. This routine is in charge of enabling the default power areas of the board. Then use `Latching.begin()` to configure the expander pins as outputs.
+Inside `void setup()`, after enabling the serial communication, run the initialization routine `EdgeControl.begin()`. This routine is in charge of enabling the default power areas of the board. Then use `Latching.begin()` to configure the expander pins as outputs.
 
 ```cpp
 void setup(){
     Serial.begin(9600);
     while(!Serial);
-    
+
     delay(1000);
 
     Serial.println("3-Wire Valve Demo");
@@ -74,15 +74,15 @@ void setup(){
 }
 ```
 
-As mentioned earlier, the 2 Input Pins of the latching circuit are primarily used to control the direction of the output signal. The `<Arduino_EdgeControl.h>` provides various methods to access and control these pins. The command `Latching.channelDirection(LATCHING_OUT_1, direction)` is a method that can be used to assign a signal direction to a specific pin on the board through the parameters.  
+As mentioned earlier, the 2 Input Pins of the latching circuit are primarily used to control the direction of the output signal. The `<Arduino_EdgeControl.h>` provides various methods to access and control these pins. The command `Latching.channelDirection(LATCHING_OUT_1, direction)` is a method that can be used to assign a signal direction to a specific pin on the board through the parameters.
 
-Inside the `loop()` you will add the instructions to open and close the valve. `Latching.channelDirection()` with the parameter `LATCHING_OUT_1` to access the 1N:1P pins and the parameters,  `POSITIVE` or `NEGATIVE` for the direction. If you want the valve to open you can use the function as such, 
+Inside the `loop()` you will add the instructions to open and close the valve. `Latching.channelDirection()` with the parameter `LATCHING_OUT_1` to access the 1N:1P pins and the parameters, `POSITIVE` or `NEGATIVE` for the direction. If you want the valve to open you can use the function as such:
 
 ```cpp
 Latching.channelDirection(LATCHING_OUT_1, POSITIVE)
 ```
 
-and to close the valve, you need to send a signal in the opposite direction using the command, 
+And to close the valve, you need to send a signal in the opposite direction using the command:
 
 ```cpp
 Latching.channelDirection(LATCHING_OUT_1, NEGATIVE)
@@ -104,15 +104,15 @@ void loop(){
 }
 ```
 
-### 3. Connecting To A Power Source 
+### 3. Connecting To A Power Source
 
-The valves require a power supply of 9 - 12 V and you can either use a regular power supply or a 3 cell LiPo battery to provide the required voltage. Power sources can be connected to the relay ports on the edge control board, ensure that you have a source that can provide 9 - 12 V of power for both the valve and the board. Connect two jumper wires to the **GND** and **B** pins of the **Relay ports**.
+The valves require a power supply of 9 - 12 V and you can either use a regular power supply or a 3 cell LiPo battery to provide the required voltage. Power sources can be connected to the relay ports on the Edge Control board, ensure that you have a source that can provide 9 - 12 V of power for both the valve and the board. Connect two jumper wires to the **GND** and **B** pins of the **Relay ports**.
 
 ![The power pins of the Edge Control](assets/ec_ard_connect_power_source.svg)
 
 Connect the jumper from the **B** pin to the positive terminal of the battery and the jumper from the **GND** pin to the negative terminal of the battery.
 
-### 4. Uploading the Sketch 
+### 4. Uploading the Sketch
 
 Connect the board to your computer, upload the `ValveControl.ino` sketch and open the **Serial Monitor**. If all the connections are done right, the valve opens and closes and you should be able to see the status as `Open` or `Close` on the serial monitor.