Unit Kmeter Iso

Example

from m5stack import *
from m5ui import *
from uiflow import *
import unit

setScreenColor(0x222222)
KMeterISO_0 = unit.get(unit.KMETER_ISO, unit.PORTA)

KMeterISO_0.init_i2c_address(0x66)
print((str('Version:') + str((KMeterISO_0.get_firmware_version()))))
print((str('I2C address:') + str((KMeterISO_0.rw_i2c_address()))))
while True:
  print((str('thermocouple::') + str((KMeterISO_0.get_kmeter_thermo(1)))))
  print((str('internal:') + str((KMeterISO_0.get_kmeter_internal(1)))))
  wait_ms(2)

API

KMeterISO_0.init_i2c_address(0x66)

• Initializes the i2c address of the device. The default is 0x66

print(KMeterISO_0.get_firmware_version())

• Obtain the firmware version of the device

print(KMeterISO_0.rw_i2c_address())

• Obtain the i2c address of the device

print(KMeterISO_0.get_kmeter_internal(1))

• Get the internal temperature of the chip (Celsius or Fahrenheit)
  • CELSIUS
  • FAHRENHEIT

print(KMeterISO_0.get_isready())

• Set the device to start measuring temperature

print(KMeterISO_0.get_kmeter_internal_string(1))

• Output the chip temperature as a string
  • CELSIUS
  • FAHRENHEIT

print(KMeterISO_0.get_kmeter_thermo_string(1))

• Output the temperature of the thermocouple as a string
  • CELSIUS
  • FAHRENHEIT

print(KMeterISO_0.get_kmeter_thermo(1))

• Get thermocouple temperature
  • CELSIUS
  • FAHRENHEIT

KMeterISO_0.rw_i2c_address(0x66)

• Set the i2c address of the device