the charger (i.e., the main battery power leads ONLY are connected to the output banana sockets), the charger will
charge or discharge the connected Lithium pack without balancing it. Balancing a Lithium pack is highly recommended.
As some cells may retain more capacity than other cells, over time, the pack can become unbalanced.
For an unbalanced pack, some of the cells can exceed the maximum voltage during the charging process, with other
cells falling below the minimum voltage during discharge processes. Both circumstances can cause damage to the cells.
For an overcharged Lithium cell, damage can occur, with extreme conditions resulting in a fire.
10.
INPUT POWER SETUP
This charger has a capacity of 40 memories
(CH1 20 /CH2 20). Each battery can be configured
with the basic programming setup to manage
the batteries efficiently.
The charger should be connected to the docking
SMPS or a suitable 11-28V DC power source, with
the black lead connecting to the negative (-) and
the red lead connecting with the positive (+) input
voltage.
The CH1 could be configured by max 260W for
12V and max 500W for 24V. The current can be
programmed during the USER SET (ref. page 30)
process.This charger will control the output
automatically, depending on the power input
source.
11.
MAIN PAGE
• The channel numbers (accessed using the bottom boxes) can be used to
select the channel. The main page of the selected channel in shown in red.
Tapping the link to the other channel box will select for the other channel.
• The date and time are displayed on the top of the main page. This data can
be programmed during the USER SET process.
• The links displayed on the main page can be accessed by tapping the
images. Activated icons turn to a dark gray and the charger emits a beeping
tone.
12.
PROFILE PAGE
The profile page is the main functional page for this charger. This page can be used to set up the battery name, battery
type, capacity, number of cells and the memory number, as well as being used to initiate the charging, discharging,
cycling and balancing mode functions. The related functions for the charge and discharge processes are operated
according to the stored data of the charging, discharging, cycling and balancing modes.
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