Instructions manual: MULi6s Module
1. Description:
The MULi6s Module is a sensor designed to monitor the Li-XX battery voltage, which measures the
voltage of each battery cell via the balance connector. It allows you to monitor the voltage of up to
6 Li-XX cells per module. The individual MULi6s modules can be serialized and can be connected to
up to 5 modules.
The MULi6s Module sensor monitors the voltage of each battery cell with its history
(minimum, maximum), the total battery voltage, the voltage difference between the strongest and the
weakest cells, and the sensor is able to alert the operator to exceed the set parameters by means of alarms.
Sensor information is transmitted by the Duplex system to the operator.
The Duplex system uses a 2.4GHz bandwidth to communicate, not only to the model, but also to the
transmitter. The telemetry data acquired during operation is transmitted in real time and the current state
of the measured quantities can be displayed on the JETIBOX LCD or DC / DS transmitters.
2. Sensor connection Muli6s Module:
Notice!
Try to follow the following connection procedure:
1.
Connect the MULi6s Module sensor to the Li-XX battery connector.
(Make sure the connector polarity is correct!)
2.
Connect the MULi6s Module sensor to the receiver / Expander via the JR connector
3.
Connect the negative pole (-) of the battery to the controller / BEC
4.
Connect the positive pole (+) of the battery to the controller / BEC
Sensor MULi6s Module connects the battery module to the battery via the balance connector. The
balance connector must be wired as shown below. When the monitored battery is connected to the sensor,
identification of the number of cells is started and, after 3 seconds, the sensor locks into the number of
cells detected. The sensor is always locked until it is switched off. Re-connecting the sensors to the power
supply will lead to a new identification process. If the sensor is locked, any change detected in the
number of connected cells will cause a fault. The fault is indicated by a red LED. The change can also be
detected by means of set alarms directly in the sensor via the Jetibox (see chapter Alarms) or the alarms
set in the DC / DS transmitter (see Chapter Configuration using the DC / DS transmitter).
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