WIIQ3 user Manual rev 05/2018
9. The Wi-iQ3 main unit should be securely installed in order to avoid any shoc and misuse during
handling and operation.
10. As soon as supplying the Wi-iQ3 unit with the battery voltage, make sure that the LEDs lit according
to the initialization sequence:
• the BLE blue LED is lit during 7s,
• then all LEDs are blinking fast for few seconds.
E) The Wi-iQ3 LEDs
There are five LEDs on the Wi-iQ3 for status indication.
LED Color Lit Slow blin ing
(1s ON / 1s OFF)
Fast blin ing
(0.3s ON / 0.3s OFF)
Unlit
BLE
Green /A Paired
to a BLE sensor
Paired
to a BLE sensor
All LEDs blinking
fast during 10s
=
Identification
sequence
o BLE
communication
in progress
Blue /A Communicating in BLE
(E connect App) /A
O Green /A ormal status Communicating in Zigbee
(Wi-iQ Report) Misfunction
TEMP Red High
temperature /A /A ormal status
DOD Red Alert DOD Warning DOD /A ormal status
LEVEL/BAL Blue Low water
level Unbalance voltage /A ormal status
NB: - When the Wi-iQ3 is connected first to the battery volta e, the BLE blue LED is lit durin 7s then all
LEDs are blinkin fast for few seconds (initialization sequence).
- The button close to the LEDs has no function at this sta e.
F) The BLE peripheral sensors
A Wi-iQ3 can be associated to a peripheral sensor allowing battery temperature measurement, water
level and unbalanced voltage detections. Two main types of sensors are available depending on the
battery configuration:
• 2V sensors for assembly on 2V cells (with or without water level probe)
• 12V sensors for assembly on 12V blocs
Product Water level
probe
Temperature
probe
Unbalance
detection
designation
2V sensor Yes Yes Yes BLE T°/ LEV 2V (EMEA/ASIA)
o Yes Yes BLE T° 2V (EMEA/ASIA)
12V sensor o Yes Yes BLE T° 12V (EMEA/ASIA)
The sensors are communicating with Wi-iQ3 unit via Bluetooth Low Energy (BLE) process (they are also
called BLE sensors). The pairing process with a Wi-iQ3 unit is described in the Pairing section.
