ENS160

ENS160 Python library.

Datasheet

This code was tested on a Raspberry Pi 5 at 100kHz I2C clock.

The I2C code is abstracted from the sensor handling and other communication methods could be added.

Tested with Python 3.12

Documentation

The detailed API documentation can be found here.

Install

pip install ens160

Example

See example.py

import sys
from time import sleep

from ens160 import Driver, OpModes

from ens160.i2c import SMBusRetryingI2C
dev = Driver(SMBusRetryingI2C(0x53, 1))

dev.init()
part_id = dev.get_part_id()
if part_id != Driver.PART_ID:
    print(f"Part not found, expected {Driver.PART_ID} got {part_id}.")
    sys.exit(-1)

print(f"Part Id {part_id}")
print(f"Firmware version {dev.get_fw_version()}")

dev.set_rh_compensation(55.0)
dev.set_temp_compensation_fahrenheit(72.5)

print(dev.get_device_status())

dev.set_operating_mode(OpModes.STANDARD)
print("Operating Mode: ", dev.get_operating_mode())

while True:
    status = dev.get_device_status()
    print(status)
    if status.new_data:
        print(
            f"AQI={dev.get_aqi()}, eCO2={dev.get_eco2()}ppm, TVOC={dev.get_tvoc()}ppb"
        )
    else:
        sleep(0.1)