Remove example

Author: swoboda1337

content/components/sensor/hlw8032.md

@@ -74,30 +74,12 @@ sensor:
 - **voltage_divider** (*Optional*, float): The value of the voltage divider
   on the board as `R_upstream / (R_downstream * 1000)`. Default value is `1.72`.
 
-## Energy Measurement using the PF Pin
+## Energy Measurement
 
 The HLW8032 has a PF (Pulse Frequency) output pin that generates pulses proportional to active energy consumption.
-This pin outputs 50% duty cycle rectangular pulses and can be used for accurate energy metering.
+This could be used with the [Pulse Meter](/components/sensor/pulse_meter) component for energy tracking.
 
-While the `hlw8032` component communicates via UART for voltage, current, and power readings, you can use
-ESPHome's [Pulse Meter](/components/sensor/pulse_meter) component with the PF pin to track energy consumption:
-
-```yaml
-sensor:
-  # Energy measurement using the PF pin
-  - platform: pulse_meter
-    pin: GPIOXX  # Connect to HLW8032 PF pin
-    name: "Power Meter"
-    internal_filter: 100ms
-    total:
-      name: "Total Energy"
-      unit_of_measurement: "kWh"
-      accuracy_decimals: 3
-      filters:
-        - multiply: 0.001  # Adjust based on your board's pulse constant (pulses per Wh)
-```
-
-Alternatively, if you don't have access to the PF pin, you can use software integration with the power sensor:
+Alternatively, you can use software integration with the power sensor:
 
 ```yaml
 sensor: