Home-Assistant-Dev

An example YAML file will look something like this.

External Component

external_components:  
- source:  
type: git  
url: [https://github.com/DitroniX/Home-Assistant-Dev](https://github.com/DitroniX/Home-Assistant-Dev)  
ref: main  
refresh: 0s #optional, how often to download fresh files from source, defaults to 1 day, use 0 to force updates  
components: [ ATM90E36 ]

SPI Configuration

spi:  
clk_pin: GPIO19  
mosi_pin: GPIO18  
miso_pin: GPIO20

YAML Code

text_sensor:  
- platform: ATM90E36  
id: ctclamp  
phase_status:  
name: "Phase Status"  
frequency_status:  
name: "Frequency Status"

Sensor

sensor:  
- platform: ATM90E36  
id: ctclamp  
cs_pin: GPIO21  
phase_a:  
voltage:  
name: "CT1 Line Voltage"  
id: CT1VOLT  
current:  
name: "CT1 Current"  
power:  
name: "CT1 Active Power"  
id: CT1CURR  
power_factor:  
name: "CT1 Power Factor"  
reactive_power:  
name: "CT1 Reactive Power"  
apparent_power:  
name: "CT1 Apparent Power"  
forward_active_energy:  
name: "CT1 Forward Energy"  
reverse_active_energy:  
name: "CT1 Reverse Energy"  
phase_angle:  
name: "CT1 Phase Angle"  
harmonic_power:  
name: "CT1 Harmonic Power"  
peak_current:  
name: "CT1 Peak Current"  
gain_voltage: ${default_gain_voltage}  
gain_ct: ${default_gain_ct}  
phase_b:  
voltage:  
name: "CT2 Line Voltage"  
id: CT2VOLT  
current:  
name: "CT2 Current"  
power:  
name: "CT2 Active Power"  
id: CT2CURR  
power_factor:  
name: "CT2 Power Factor"  
reactive_power:  
name: "CT2 Reactive Power"  
apparent_power:  
name: "CT2 Apparent Power"  
forward_active_energy:  
name: "CT2 Forward Energy"  
reverse_active_energy:  
name: "CT2 Reverse Energy"  
phase_angle:  
name: "CT2 Phase Angle"  
harmonic_power:  
name: "CT2 Harmonic Power"  
peak_current:  
name: "CT2 Peak Current"  
gain_voltage: ${default_gain_voltage}  
gain_ct: ${default_gain_ct}  
phase_c:  
voltage:  
name: "CT3 Line Voltage"  
id: CT3VOLT  
current:  
name: "CT3 Current"  
power:  
name: "CT3 Active Power"  
id: CT3CURR  
power_factor:  
name: "CT3 Power Factor"  
reactive_power:  
name: "CT3 Reactive Power"  
apparent_power:  
name: "CT3 Apparent Power"  
forward_active_energy:  
name: "CT3 Forward Energy"  
reverse_active_energy:  
name: "CT3 Reverse Energy"  
phase_angle:  
name: "CT3 Phase Angle"  
harmonic_power:  
name: "CT3 Harmonic Power"  
peak_current:  
name: "CT3 Peak Current"  
gain_voltage: ${default_gain_voltage}  
gain_ct: ${default_gain_ct}  
frequency:  
name: "IPEM Line Frequency"  
chip_temperature:  
name: "IPEM Chip Temperature"  
line_frequency: 50Hz  
current_phases: 3  
gain_current: 4X  
gain_dpga: 1X  
gain_voltage: 2X  
update_interval: ${default_interval_time}

Finally the configuration for PGA gains etc.

substitutions:  
default_gain_voltage: '20200'  
default_gain_ct: '33500'  
default_pga_gain: 4X  
default_interval_time: 1s

Further Information

Additional information, and other technical details on this project, maybe found in the related repository pages.

Repository Folders

Components (Code examples for Home Assistant - ESPHome)
Datasheets and Information (Component Datasheets, Schematics, Board Layouts, Photos, Technical Documentation)

Repository Tabs

Wiki (Related Repository Wiki pages and Technical User Information)
Discussions (Related Repository User Discussion Forum)
Issues (Related Repository Technical Issues and Fixes)

We value our Customers, Users of our designs and STEM Communities, all over the World . Should you have any other questions, or feedback to share to others, please feel free to:

Visit the related Project plus the related Discussions and Wiki Pages. See tab in each separate repository.
Project Community Information can be found at https://www.hackster.io/DitroniX
DitroniX.net Website - Contact Us
Twitter: https://twitter.com/DitroniX
Supporting the STEM Projects - BuyMeACoffee
LinkedIN: https://www.linkedin.com/in/g8puo/

Dave Williams, Maidstone, UK.

STEM

Supporting STEM Learning

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