Plug & Sense! Technical Guide
Development website
  • Initial page
  • General and safety information
  • Important: read before use
  • Introduction
  • Waspmote vs Waspmote Plug & Sense
  • General view
  • Sensor probes
  • Internal sensors
  • Radio modules
  • Industrial Protocols
  • GPS module
  • Internal storage
  • On/off button
  • Resetting Waspmote Plug & Sense! with an external magnet
  • USB port
  • External solar panel
  • External Battery Module
  • Vent plug / pressure compensator
  • Antenna
  • Sensor protection
  • Battery
  • Models
  • Programming
  • Programming Cloud Service
  • Uploading code
  • Over the air programming -- OTA
  • Encryption libraries
  • Installation
  • Energy consumption
    • Energy system
  • Recommendations
  • Documentation changelog
  • Certifications
  • Maintenance
  • Disposal and recycling
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Energy consumption

Consumption tables

Waspmote

Operation mode

Consumption

On

17 mA

Sleep

30 μA

Deep Sleep

33 μA

Hibernate

7 μA

Modules

Module

Transmission Power

SENDING

RECEIVING

XBee-PRO 802.15.4

10 dBm

250 mA

55 mA

XBee ZigBee 3

8 dBm

40 mA

17 mA

XBee 868L

14 dBm

48 mA

27 mA

XBee-PRO 900HP

24 dBm

215 mA

29 mA

WiFi PRO

14 dBm

310 mA

130 mA

4G

--

180 mA

180 mA

LoRaWAN EU

14 dBm

38.9 mA

14.2 mA

LoRaWAN US / AU / IN / ASIA-PAC / LATAM

18.5 dBm

124.4 mA

13.5 mA

LoRaWAN JP / KR

16 dBm

96.1 mA

27 mA

Sigfox EU

16 dBm

51 mA

Sigfox US / AU / APAC / LATAM

24 dBm

230 mA

GPS

Operation mode

Consumption

‌On (tracking)

32 mA

Off (Waspmote switch)

0 μA

SD

Operation mode

Consumption

On

0.14 mA

Reading

0.2 mA

Writing

0.2 mA

Off

0 μA

Accelerometer

Operation mode

Consumption

Sleep

0,08 mA

Hibernate

0,65 mA

Off

0 μA

Before setting Waspmote to a low-power consumption mode, it is always recommended to switch any communication module off.

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Last updated 4 years ago

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