cirkelzaagtafelafzuiging/esphome/x.md

Configuration Parameters Reference

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esphome

============================================================================== ESP32-C3 SUPER MINI - CT RELAY CONTROLLER WITH OLED & ROTARY ENCODERS ============================================================================== UPDATED GPIO ASSIGNMENTS OVERVIEW: ------------------------------------------------------------------------------ GPIO 0 : Rotary Encoder 1 - Phase A (Current Threshold) GPIO 1 : Rotary Encoder 1 - Phase B (Current Threshold) GPIO 2 : Rotary Encoder 1 - Push Button (Toggle Display On/Off) GPIO 3 : Rotary Encoder 2 - Phase A (Off-Delay) GPIO 4 : CT Current Sensor (Analog Input ADC1_CH4) [MOVED FROM GPIO7] GPIO 7 : Rotary Encoder 2 - Phase B (Off-Delay) [MOVED FROM GPIO4] GPIO 5 : I2C - SCL (SH1106 Display) GPIO 6 : I2C - SDA (SH1106 Display) GPIO 8 : Relay Output (Active High) ==============================================================================

Member variables:

Key	Value	Information
name	afzuiginglageweg

esp32

Member variables:

Key	Value	Information
board	esp32-c3-devkitm-1
variant	esp32c3

preferences

Member variables:

Key	Value	Information
flash_write_interval	1min

ota

Member variables:

Key	Value	Information
platform	esphome

wifi

Member variables:

Key	Value	Information
ssid	!secret wifi_ssid
password	!secret wifi_password
manual_ip
ap

manual_ip

Member variables:

Key	Value	Information
static_ip	192.168.1.173
gateway	192.168.1.1
subnet	255.255.255.0
dns1	192.168.1.1

ap

Member variables:

Key	Value	Information
ssid	"CT-Relay Fallback AP"
password	!secret ap_password

i2c

Member variables:

Key	Value	Information
sda	GPIO6
scl	GPIO5
scan	true

font

Member variables:

Key	Value	Information
file	"gfonts://Roboto"
id	font_main
size	10

globals

Member variables:

Key	Value	Information
id	current_threshold
type	float
restore_value	true
initial_value	'0.5'
id	off_delay_seconds
type	int
restore_value	true
initial_value	'5'
id	display_timeout_timer
type	int
restore_value	false
initial_value	'0'

binary_sensor

Member variables:

Key	Value	Information
platform	gpio
pin
id	encoder_1_button
name	"Display Toggle Button"
on_press
id	load_detected
platform	template
name	"Load Detected"
lambda	`	-`
return id(ct_current).state >= id(current_threshold);
on_state

pin

Member variables:

Key	Value	Information
number	GPIO2
mode	INPUT_PULLUP

on_press

Member variables:

Key	Value	Information
then

then

Member variables:

Key	Value	Information
lambda	`	-`
id(display_timeout_timer) = 10;
id(main_display).turn_on();

on_state

Member variables:

Key	Value	Information
then

then

Member variables:

Key	Value	Information
if

if

Member variables:

Key	Value	Information
condition
then
else

condition

Member variables:

Key	Value	Information
binary_sensor.is_on	load_detected

then

Member variables:

Key	Value	Information
switch.turn_on	relay_output
script.stop	delay_off_script

else

Member variables:

Key	Value	Information
script.execute	delay_off_script

sensor

Member variables:

Key	Value	Information
# Current Transformer Reading on valid ADC Pin (GPIO4)
platform	ct_clamp
sensor	adc_sensor
name	"CT Measured Current"
id	ct_current
update_interval	500ms
sample_duration	200ms
accuracy_decimals	0
force_update	true
filters
platform	adc
pin	GPIO4
id	adc_sensor
attenuation	12db
# Rotary Encoder 1	Threshold Control
platform	rotary_encoder
name	"Threshold Setting"
pin_a	GPIO0
pin_b	GPIO1
id	encoder_threshold
on_value
# Rotary Encoder 2	Delay Control
platform	rotary_encoder
name	"Delay Setting"
pin_a	GPIO3
pin_b	GPIO7
id	encoder_delay
on_value

filters

Member variables:

Key	Value	Information
calibrate_linear	['0.01 -> 0', '1 -> 1']

on_value

Member variables:

Key	Value	Information
then

then

Member variables:

Key	Value	Information
lambda	`	-`
static int last_val = 0;
int diff = x - last_val;
last_val = x;
id(current_threshold) += (diff * 0.1);
if (id(current_threshold) < 0.0) id(current_threshold) = 0.0;
id(display_timeout_timer) = 10;
id(main_display).turn_on();

on_value

Member variables:

Key	Value	Information
then

then

Member variables:

Key	Value	Information
lambda	`	-`
static int last_val = 0;
int diff = x - last_val;
last_val = x;
id(off_delay_seconds) += diff;
if (id(off_delay_seconds) < 0) id(off_delay_seconds) = 0;
id(display_timeout_timer) = 10;
id(main_display).turn_on();

switch

Member variables:

Key	Value	Information
platform	gpio
pin	GPIO8
inverted	true
name	"Relay Output"
id	relay_output

script

Member variables:

Key	Value	Information
id	delay_off_script
mode	restart
then

then

Member variables:

Key	Value	Information
delay	!lambda "return id(off_delay_seconds) * 1000;"
switch.turn_off	relay_output

display

Member variables:

Key	Value	Information
platform	ssd1306_i2c
model	"SH1106 128x64"
address	0x3C
id	main_display
update_interval	0.1s
lambda	`	-`
it.printf(0, 0, id(font_main), "Current	%.2f A", id(ct_current).state);
it.printf(0, 11, id(font_main), "Threshold	%.1f A", id(current_threshold));
it.printf(0, 22, id(font_main), "Delay Set	%d s", id(off_delay_seconds));
it.printf(0, 33, id(font_main), "Relay State	%s", id(relay_output).state ? "ON" : "OFF");
it.printf(0, 44, id(font_main), "Delay	%d s", id(display_timeout_timer));

interval

Member variables:

Key	Value	Information
interval	1s
then

then

Member variables:

Key	Value	Information
lambda	`	-`
if (id(display_timeout_timer) > 0) {
id(display_timeout_timer)--;
if (id(display_timeout_timer) == 0) {
id(main_display).turn_off();
}
}

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