OLYS MPPT5010 User manual

Description
Installation attention
Dimension
1. Mainly applicable to small off-grid solar power generation systems, such as: home solar power generation systems,
solar RV power generation, ships, unattended base stations, outposts, etc.
2. System voltage: 12V/24V automatic recognition
3. Can choose a variety of batteries, including lead-acid batteries, lithium ion(NCM), and LiFePO4
4. Adopt three-stage MPPT charging method. Effectively improve the charging efficiency of solar panels.
5. Bluetooth Dongel can be connected extern and various working parameters of the solar controller can be checked
from the mobile phone through a free APP, the communication range is less than 10 meters , (optional function)
6. External solar monitor
6. This product adopts intelligent single chip design, all work processes are controlled by software, which can achieve
high precision and high reliability.
7. The load output can be turned on and off manually by pressing the button
8. Fully automatic control with over-charge, over-discharge, overload protection, anti-reverse connection protection, etc.
solar charge controller
Thank you for using our products, please read this
product manual carefully before using the products
NOTE
MPPT5010
MPPT
147
43
64.5
136.6
9 7
USER MANUAL
1. The solar cell module will generate electric current under the light. Even in the case of low light, it can generate high voltage.
Before installation, be sure to prepare for the solar power.
Covered by the pool board.
2. Before installing the controller, please confirm whether the voltage on the solar panel and the battery voltage match the controller.
3. During installation, do not touch all bare wires
4. The positive and negative poles of the battery must not be short-circuited. It is recommended to install a fuse in series with the
positive pole when installing the battery.
5. Please do not use inferior raw materials. Such as wire, screws.
6. Maintain the ventilation and heat dissipation effect of the controller installation location. The controller will generate heat during
operation. If good heat dissipation conditions are not obtained, it may cause malfunction and fire.
7. Do not install the controller in a humid environment. If it must be installed, please do a good job of moisture-proof and waterproof
treatment.
8. Keep children away from the photovoltaic system.
1. It is recommended to install the product indoors to avoid
direct sunlight, if it must be installed outdoors,Please take
measures to prevent rain.
2. This controller is only suitable for solar panels. Cannot be
used for diesel power generation, city power, windPower
generation and other charging control, otherwise it will
cause damage to the controller.
3. Please ensure that the controller is well ventilated and cannot
be installed in a completely sealed environment

CONNECTION
ON
OFF
Com.
Batte ry Type
GEL
AGM
Flood ed
LiFeP O4
Li-io n
1 2 34
Batte ry
+
-
+-
+
-
Temperature Sensor
PV Bat tery Load
（Optional）
solar monitor
3m cable
Bluetooth Dongle
Bluetooth
Free A P P
GEL
AGM
Flooded
LiFePO4
Lithium ion
1 2 34
Battery type
fuse
fuse
fuse
3m cable
NOTE
Instructions
Battery selction
ON
1 2 3 4
DIP Switch
(Optional）
1. The controller uses a common positive design, If you need to connect the ground wire, please connect to the positive pole
2. Wiring sequence: Before connecting the controller, it is recommended to first disconnect the battery and the solar panel and the load.
When the controller terminal cable is connected and fixed, first connect the battery, then the solar panel ,Finally connect the load.
If you want to remove the controller cable, it is recommended to remove the solar panel first, then remove the load, and finally
remove the battery
3. Wire diameter: Recommended 10A: 2.5mm, 20A: 4mm, Remarks: The shorter the connection distance between the battery and the
controller, the better.
4. Fuse: because the system uses a common positive electrode design, the battery fuse must be connected to the negative electrode.
Fuse specifications: 10A model: 20A, 20A model: 40A
22
1. Battery type selection: switch up is ON,
down is OFF
2. The battery selection must be completed
before controller turn on,
If the battery type is modified during the
operation of the controller
, please power on reset detection.
3. Incorrect battery selection (not within 5
batteries) All indicators LED flash once
every pre seconds

System voltage recognition
Power-off memory function
The historical data stored by the host will remain unchanged after power-off
Indicator LED status
“PV Reverse”(Red)
ON: The solar panel is reversed
OFF: The solar panel connect is normal
“Battery Full”(Green）
">80%”(Green）
“MPPT”(Green）
“Batt. Low”(Yellow）
“Load”(Red）
PV Reverse
Battery Full
>80% MPP Battery Low
Load
Key Function
Key
Battery over discharge, turn off the controller
MPPT charge
The maximum power point tracking (MPP) charging technology can effectively improve the charging efficiency of solar panels.
Compared with PWM charging, it can improve 10-30% charging efficiency
1.Battery voltage range: 8-32V
2. Battery system judgment:
12V battery system: Lead-acid batteries (including AGM, GEL batteries, Flooded): <16V.
Lithium battery (lithium ion and LiFePO4) : 8-16V
24V battery system: Lead-acid batteries (including AGM, GEL batteries, Flooded): <32V.
Lithium battery (lithium ion and LiFePO4) : 16-32V
3. If the connected battery is not within the voltage range, all indicators LED flash once per second
1. Only connect battery and load, the controller is in the standby state, press and hold the button
for 2 seconds, the controller is turned on, The buzzer will beep once, and the load output
and external devices can start to work. If you press and hold again 2 seconds, the controller
is turned off
2. When the solar panel, battery and load are connected normally, the controller
automatically starts charging, Short press the button to switch the load normally.
Long press key function is invalid
When the controller is over discharge, the load is turned off. Turn off the
controller after 1 minute. When the controller resumes charging, the controller will
automatically turn on. After the voltage rises to the load recovery voltage, the load can be turned on again.
ON: Battery Full
OFF: Not Full
ON: Start constant voltage charging
Flash (1 time/s): controller over-heat
Flash(2 times/s):Battery or PV over-voltage
ON: Charging
Flash(1 time/2s): no charging
ON: Battery voltage low
OFF: Battery voltage normal
OFF: Load output normal
OFF: Battery low-voltage protection
Slow flash: Manually turn off the load(1 time/s)
fast flash: Load overload or short circuit(1time/0.5s)

Protection function
1Battery overvoltage protection
2Solar panel overvoltage protection Solar panel voltage>50V: stop charging
Buzzer: Di-Di-Di (1 ring every 2 seconds, half a minute)
Battery low voltage protection Battery voltage <over-discharge voltage: load off
Buzzer: Dididi--Dididi--Dididi (half minute)
3
Solar panel over-power protection Limit charging power 130W (12V), 260W (24V)
4
Load overload protection
5
Load short circuit no protection
6
Overheating protection
7stop working at 80℃, resume working at 60℃
Technical data
Model
System voltage
Battery range
Max.charge current
Max.load current
Max.PV voltage
Max.PV power
Battery type GEL AGM Flooded LiFePO4(12.8V) Lithium ion(NCM)(11.1V)
Boost charge
Float charge
Equalization charge
Overvoltage shuts down the load
Overvoltage shutdown charging
Overvoltage recovery
Boost charge recovery
Load reconnect level
Battery low voltage alarm
Load disconnect voltage
Temperature compensation
Idle self-consumption
Grounding
Ambient temperature
Dimensions (W x H x D)
Weight
IP level
Accessories (need to be
purchased separately）
MPPT5010
12V/24V Auto recognition
12V: 0-16V /24V:16V-32V
10A
10A
50V
130W/260W
14.3V 14.4V 14.7V
13.8V 13.5V 13.5V
16V
15.5V
13.7V
13.2V
12.5V
11.5V
11V
-3mv/℃/2V Note: Lithium battery has no temperature compensation
<25mA
Positive grounded
-20℃-+50℃
147×97×43mm
0.38kg
IP30
Meter( MT-4-BT)
Bluetooth Dongle(BT10,), freeAPP
Temperature Sensor(RTS)
14.4V 12.6V
14.3V 12.5V
14.6V 14.8V
16V 16V 16V 14V
15.5V 15.5V 15.5V 13.5V
13.7V 13.7V 14.8V 12.8V
13.2V
12.5V
13.2V 12V
12.5V
13.2V
12.5V 11V
11.5V 11.5V 11.5V 10V
11V 11V 11V 9.5V
The following charging voltage parameters and protection voltage parameters are 12V battery system, and the value of 24V
battery system is twice that of 12V system
1.Battery voltage> Load high voltage protection voltage: Load OFF
2. Battery voltage> Overvoltage protection voltage: Off charging
3. Battery voltage> Boost voltage +0.2V for 10 seconds, turn off charging
Buzzer: Di-Di-Di (1 ring every 2 seconds, half a minute)
1.2 times rate current : Turn off the load output after 60 seconds
1.5 times rate current: Turn off the load output after 20 seconds
2 times overload: directly turn off the load output
If the above overload protection occurs, restart the load output after 120
seconds If overload occurs more than 3 times, turn off the load completely.
Manually reset the machine before restarting
No No No
Buzzer: Di--Di--Di (1 time/s, half minute)