Star Ting Up The Controller; Battery Type - EZA MPPT L Série Manuel Utilisateur

Solar charge controller EZAMPPT L series User Manual

5.Star ting up the controller

5.3 Self Test
As soon as the controller is supplied with battery, it
starts a self test routine. Then the display changes to
normal operation.

5.4 Battery Type

The controller is applied to Lithium rechargeable battery .
The charging voltage target and charging voltage recovery
can be set according to customer requirements.
The controller is suitable for 3~8 series lithium battery.
(The nominal voltage of a single lithium battery is 3.7V and
the charging voltage target is 4.2V).
6.Remote control, Default setting
When EZAMPPT L series controller is connected to the
system, you can setting the controller with S-Unit infrared
remote controller, as shown below! Detailed setting
operations, please read S-Unit User Manual.

Remark：Be sure to set only one EZAMPPT L unit at a
time.
MPPT
① ②
⑤ ⑥
③ ④
45
5.1 Test function(Streetlight mode)
Press the" Test"key of S-Unit, the controller will
turn on load for 1min. During daytime, the testing
function can help users to verify correct installation or
for system trouble shooting. 1min later the load will
automatically turn off.
Note: Default "24H"mode, the test key is invalid.
°
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6.4 Read the parameters
Press the "Parameter" key of the S-Unit to read the
setting parameters of the controller.
Num Name
1 Time1
2 Dim1
3 Time2
4 Dim2
5 Time3
6 Dim3
7 Time4
8 Dim4
9 Time5
10 Dim5
11 D/N Thr
12 D/N Dly
13 Load I
14 Dim Auto
15 Batter y
16 CVT
17 CVR
18 LVD
19 LVR

1.Dimming function, if you set 0%, the load will be
off, other wise the load will be on.
2.The setting data of"Load I"and"Dim Auto"is for
"DC"series with LED driver built-in, does not affect the
operation of this type controller.
6.5 Read the running status
Press the "Status" key of the S-Unit to read the
running status of the controller.
Num Name Name describe
Charge
Status：
Batter y voltage
1
Batt V
Load current
2
Load I
Load voltage
3
Load V
PV voltage
4
PV V
PV current
5
PV I
Total generating capacity
6
Energy
OD Times Over discharge times
7
8 Fully charge times
FC Times
A day ago highest voltage
9
Day1-HV
A day ago lowest voltage
10
Day1-LV
Two days ago highest voltage
11
Day2-HV
Two days ago lowest voltage
12
Day2-LV
Three days ago highest voltage V
13
Day3-HV
Three days ago lowest voltage V
14
Day3-LV
Factor y Default
24H
100%
0H
100%
0H
100%
0H
100%
0H
100%
5.0V
0min
0.3A
No
LI
12.6V
12.4V
9.0V
9.8V
Unit
V
A
V
V
A
AH
Times
Times
V
V
V
V