RPICT8 Version 5: Difference between revisions

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RPICT8 Master Version 5


RPICT8
[[File:IMG_0425_small.png | right | 300px]]
[[File:IMG_0425_small.png | right | 300px]]


[http://lechacalshop.com/gb/internetofthing/85-rpict8version5.html Link to shop]
[[File:Link_to_the_shop.png | link=http://lechacalshop.com/gb/internetofthing/85-rpict8version5.html ]]


This page is for board specific information. More information can be found on the [[Raspberrypi_Current_and_Temperature_Sensor_Adaptor | generic page for RPICT series]].
This page is for board specific information. More information can be found on the [[Raspberrypi_Current_and_Temperature_Sensor_Adaptor | generic page for RPICT series]].


* 8 AC current sensors.
* 8 AC current sensors.
* Compute real power.
* Compute Irms and Estimated Power.
* Fit on Raspberrypi 4 holes mounting pattern.
* Fit on Raspberrypi 4 holes mounting pattern.
* AtMega328 Mcu (Arduino UNO)
* AtMega328 Mcu (Arduino UNO)
Line 23: Line 23:
|Raspberrypi 1 A
|Raspberrypi 1 A
|No
|No
|-
|Raspberrypi 1 B
|No mounting holes.
|-
|-
|Raspberrypi 1 B+
|Raspberrypi 1 B+
Line 34: Line 37:
|-
|-
|Raspberrypi 3 B+
|Raspberrypi 3 B+
|Yes RPICT8 v3.0 (Version RPICT8 v1.3 [[RPICT Compatibility with B+ | see this link]]).
|Yes  
|-
|-
|Raspberrypi 4 B
|Raspberrypi 4 B
|Yes
|-
|Raspberrypi 5
|Yes
|Yes
|-
|-
|}
|}


* Asus Tinkerboard has been reported to work with RPICT units. Note we wont be able to provide support for the Tinkerboard.


* Asus Tinkerboard has been reported to work with RPICT units. Note we wont be able to provide support for the Tinkerboard.
'''OrangePi'''. There is an ongoing project to port RPICT8 to Orange Pi. This will under the naming of OPICT8 since the mechanical design must be different. Preliminary setup is shown [[OrangePi_Setup | here]]. Get in touch with us if you are interested in OPICT8.


=Recommended sensors=
=Recommended sensors=
Line 49: Line 56:
* SCT-006
* SCT-006
* SCT-019
* SCT-019
* SCT-024 400A/100mA
* SCT-031 600A/100mA


Only current output CT are supported.
Only current output CT are supported.
Line 61: Line 70:


=Software Configuration=
=Software Configuration=
===Legacy firmware===
For any units ordered before the 1st of July 2022 the firmware version is version 3. Follow this link below for configuration. If possible upgrade to firmware version 4.<br>
[[Before 1st July 22 RPICT8 Configuration]]<br>
[[Upgrading to sketch version 4]]
===Configuration via web interface===


Using a serial line terminal program one can configure the following:
First make sure the lcl-package is installed if not done already.
  - Polling interval
  wget lechacal.com/RPICT/tools/lcl-rpict-package_latest.deb
  - Output format (csv or emoncms)
  sudo dpkg -i lcl-rpict-package_latest.deb
- Calibration values (Voltage and Current)
- Voltage/current combinations for real power computation.
- Output channels


The documentation for serial configuration can be found on this page. <br>
Now starts a server instance on the Raspberrypi using.
lcl-server.sh
 
You can now access the Raspberrypi configuration server if you point your browser to the link below
 
http://raspberrypi:8000/
 
You can now edit the configuration.
 
[[File:Screenshot_2021-11-01_20-22-56.png | 450px | link=http://lechacal.com/RPICT/config/generator/latest/index.html]]


[[Over Serial Configuration - Sketch 3.0]]<br>
An online version of this web interface exists on this link below.


[[File:Online_config_01.png | 300px| link=http://lechacal.com/RPICT/config/generator/v3.1/]] The board can be configured with the [http://lechacal.com/RPICT/config/generator/v3.1/ online configurator].
http://lechacal.com/RPICT/config/generator/latest/index.html


===Configuration via command line===


The documentation for serial configuration can be found on this page. <br>
[[Over_Serial_Configuration_-_Sketch_4]]<br>
The tool to upload the configuration is called lcl-rpict-config.py.
To read the configuration use
lcl-rpict-config.py -a
This produce the /tmp/rpict.conf file containing the configuration of the device.
One can modify this file and write it back using
lcl-rpict-config.py -a -w /tmp/rpict.conf


===Auto Reset===


Version 5 units have auto reset support. When using the lcl-rpict-config.py command it is possible to reset the RPICT remotely with the -a option.
lcl-rpict-config.py -a
or
lcl-rpict-config.py -a -w myfile.conf


=Files=
=Files=


===Default Sketch===
Unit are sold with the sketch below already loaded.


[http://lechacal.com/RPICT/7CT1V/RPICT_MCP3208_v3.1.0.ino Default Sketch V3.1.0.]<br>
[http://lechacal.com/RPICT/sketch/RPICT_MCP3208_v4.1.0.ino Default Sketch V4.1.0.]<br>
[http://lechacal.com/RPICT/sketch/RPICT_MCP3208_v3.2.0.ino Default Sketch V3.2.0.] [http://lechacal.com/RPICT/sketch/RPICT_MCP3208_v3.2.0.ino.hex hex]<br>


===noOSC Sketch===
[http://lechacal.com/RPICT/sketch/RPICT_MCP3208_v4.2.0.ino Default Sketch V4.2.0.]<br>
The Default sketch allows up to 28 computation nodes to be run. If more are needed for higher stacks then we recommend to use the noOSC sketch. This is the same as the default sketch but Over Serial Configuration (OSC) as been removed to allow up to 40 nodes to be computed. Configuration has to be edited in the sketch.


[http://lechacal.com/RPICT/7CT1V/RPICT_noOSC_v1_0.ino noOSC Sketch v1.0]<br>
 
[http://lechacal.com/RPICT/7CT1V/RPICT_noOSC_v1_1.ino noOSC Sketch v1.1]<br>
If needed this sketch can be loaded directly from the Raspberrypi following [[Upload_Arduino_sketch_from_Raspberrypi_to_RPICT | this guide]] and executing the commands below.
wget lechacal.com/RPICT/sketch/RPICT_MCP3208_v4.2.0.ino.hex
lcl-upload-sketch.sh RPICT_MCP3208_v4.2.0.ino.hex


=Default Data Output=
=Default Data Output=
Line 145: Line 172:
First of all make sure you have python-serial package installed
First of all make sure you have python-serial package installed


  $ sudo apt-get install python-serial
  $ sudo apt-get install python3-serial


Then copy the following into an executable file and run it.
Then copy the following into an executable file and run it.
<syntaxhighlight lang="python">
<syntaxhighlight lang="python">
  #!/usr/bin/python2
  #!/usr/bin/python3
  import serial
  import serial
  ser = serial.Serial('/dev/ttyAMA0', 38400)
  ser = serial.Serial('/dev/ttyAMA0', 38400)
Line 156: Line 183:
         while 1:
         while 1:
             # Read one line from the serial buffer
             # Read one line from the serial buffer
             line = ser.readline()
             line = ser.readline().decode().strip()
 
            # Remove the trailing carriage return line feed
            line = line[:-2]
             # Create an array of the data
             # Create an array of the data
             Z = line.split(' ')
             Z = line.split(' ')
Line 168: Line 192:
             for i in range(len(Z)):
             for i in range(len(Z)):
                 if i==0:
                 if i==0:
                     print ("NodeID: %s" % Z[0])
                     print("NodeID: %s" % Z[0])
                 else:
                 else:
                     print ("Power %d: %s W" % (i, Z[i]))
                     print("Power %d: %s W" % (i, Z[i]))
                          
                          
  except KeyboardInterrupt:
  except KeyboardInterrupt:
         ser.close()
         ser.close()
</syntaxhighlight>
</syntaxhighlight>
=Enclosure=
=Enclosure=


Latest revision as of 12:49, 11 November 2023

RPICT8 Master Version 5

This page is for board specific information. More information can be found on the generic page for RPICT series.

  • 8 AC current sensors.
  • Compute Irms and Estimated Power.
  • Fit on Raspberrypi 4 holes mounting pattern.
  • AtMega328 Mcu (Arduino UNO)
  • MCP3208 12bit ADC
  • Stackable with RPICT8 Slave

Compatibility

Version Compatible?
Raspberrypi 1 A No
Raspberrypi 1 B No mounting holes.
Raspberrypi 1 B+ Yes
Raspberrypi 2 B Yes
Raspberrypi 3 B Yes
Raspberrypi 3 B+ Yes
Raspberrypi 4 B Yes
Raspberrypi 5 Yes
  • Asus Tinkerboard has been reported to work with RPICT units. Note we wont be able to provide support for the Tinkerboard.

OrangePi. There is an ongoing project to port RPICT8 to Orange Pi. This will under the naming of OPICT8 since the mechanical design must be different. Preliminary setup is shown here. Get in touch with us if you are interested in OPICT8.

Recommended sensors

AC Current sensor

  • SCT-013-000
  • SCT-006
  • SCT-019
  • SCT-024 400A/100mA
  • SCT-031 600A/100mA

Only current output CT are supported.

Stacking Configuration

General stacking information is described in the RPICT stacking page.

RPICT_Stacking Version 5

Software Configuration

Legacy firmware

For any units ordered before the 1st of July 2022 the firmware version is version 3. Follow this link below for configuration. If possible upgrade to firmware version 4.
Before 1st July 22 RPICT8 Configuration
Upgrading to sketch version 4

Configuration via web interface

First make sure the lcl-package is installed if not done already. 

wget lechacal.com/RPICT/tools/lcl-rpict-package_latest.deb
sudo dpkg -i lcl-rpict-package_latest.deb

Now starts a server instance on the Raspberrypi using. 

lcl-server.sh

You can now access the Raspberrypi configuration server if you point your browser to the link below 

http://raspberrypi:8000/

You can now edit the configuration.

An online version of this web interface exists on this link below.

http://lechacal.com/RPICT/config/generator/latest/index.html

Configuration via command line

The documentation for serial configuration can be found on this page.
Over_Serial_Configuration_-_Sketch_4

The tool to upload the configuration is called lcl-rpict-config.py. To read the configuration use 

lcl-rpict-config.py -a

This produce the /tmp/rpict.conf file containing the configuration of the device.

One can modify this file and write it back using 

lcl-rpict-config.py -a -w /tmp/rpict.conf


Files

Unit are sold with the sketch below already loaded.

Default Sketch V4.1.0.

Default Sketch V4.2.0.


If needed this sketch can be loaded directly from the Raspberrypi following this guide and executing the commands below. 

wget lechacal.com/RPICT/sketch/RPICT_MCP3208_v4.2.0.ino.hex
lcl-upload-sketch.sh RPICT_MCP3208_v4.2.0.ino.hex

Default Data Output

Using the manufacture firmware the data output is: 

NodeID P1 P2 P3 P4 P4 P5 P6 P7 P8

P1 being the estimated Power using CT1. `Estimated Power` computes power multiplying Irms by Vest. Where Vest is the estimated Voltage setup in the config. By default Vest=240V we recommend to change this to 220V or 110V if your local voltage supply differ.

Other output type can be streamed out. This should be configured in the unit.

All outputs type available are

  • Estimated Power (W)
  • Irms (A)

If stacked with another unit that include a voltage port the following outputs can also be added:

  • Real Power (W)
  • Apparent Power (W)
  • Power Factor
  • Vrms (V)

Restore Default Config

You should have received a key when acquiring the unit. Use this key to download and restore the default configuration.
If the key was XXXX then execute these commands below. Replace XXXX with your own key. 

$ wget lechacal.com/hardware/c/XXXX.conf
$ lcl-rpict-config.py -w XXXX.conf

Emoncms Config (Emonhub)

Make you read this first.

For default configuration. 

 [[11]]
   nodename = RPICT8
   hardware = RPICT8
   [[[rx]]]
       names = Power1, Power2, Power3, Power4, Power5, Power6, Power7, Power8
       datacode = 0
       scales = 1,1,1,1,1,1,1,1
       units = W,W,W,W,W,W,W,W

Python demo script

First of all make sure you have python-serial package installed 

$ sudo apt-get install python3-serial

Then copy the following into an executable file and run it. 

 #!/usr/bin/python3
 import serial
 ser = serial.Serial('/dev/ttyAMA0', 38400)
 
 try:
        while 1:
             # Read one line from the serial buffer
             line = ser.readline().decode().strip()

             # Create an array of the data
             Z = line.split(' ')
 
             # Print it nicely
             print ("----------")
             for i in range(len(Z)):
                 if i==0:
                     print("NodeID: %s" % Z[0])
                 else:
                     print("Power %d: %s W" % (i, Z[i]))
                        
 except KeyboardInterrupt:
        ser.close()

Enclosure

Enclosures kit are available as a 3D printed product. Link to the shop.

Both Raspberrypi 3 and 4 format are available.

Related Pages

Howto setup Raspbian for serial read

Gen5_Passive_Component_Setup

Update RPICT firmware (CT7V1/CT4V3/CT8)

Use Emonhub with RPICT

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