Disclaimer - SwitchDoc Labs WeatherSense Aftershock Assembly And Test Manual

• instanteq_si: Instantaneous SI reading during evaluation of the Earthquake Algorithm (m/sec).
• instanteq_pga: PGA (Peak Acceleration Reading) reading during the evaluation of the Earthquake
Algorithm (m/sec**2).
The solar data collected by the device is:
• loadvoltage: Voltage supplied to the computer (V)
• batteryvoltage: Voltage of the LiPo Battery (V)
• batterycurrent: Current being supplied by the battery (mA)
• loadcurrent: Current being supplied to the computer (mA)
• solarpanelvoltage: Voltage of the Solar Panel (V)
• solarpanelcurrent: Current being supplied by the Solar Panel (mA)
The AuxA variable contains state information about what sensors the WeatherSense AfterShock are connected
to and if the sensor is in low voltage mode.
Each bit of the lower four bits of the AuxA variable (0CAB) are coded as:
AuxA has state information coded in the bottom byte of the 32 bit AuxA as 000EDCBA
// A = 1, AfterShock Present, 0 not present
// B = 1, IN3221 (Solar) Present, 0 not present (SunAirPlus)
// C = 1, Low battery, Chip shut off (too many false alarms in low voltage mode)
// D = 1, I'm alive message
// E = 1, EQ evaluation started
You now have completed testing of your WeatherSense AfterShock sensor.
Print your 3D Prints and move on over to the WeatherSense AfterShockWeatherproofing manual. Then take a
look at the WeatherSense software manual for the Raspberry Pi.

Disclaimer

SwitchDoc Labs, LLC takes no responsibility for any physical injuries and possession loss caused by those
reasons which are not related to product quality, such as operating without following the operating manual and
cautions, natural disasters or force majeure.
SwitchDoc Labs, LLC has compiled and published this manual which covers the latest product description and
specification. The contents of this manual are subject to change without notice.
24 Page
Version 1.1 June 2021