Expion360 EX-30ASC User manual

EX-30ASC & EX-50ASC
MPPT Solar Charge Controllers
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USER MANUAL
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MODEL EX-30ASC & EX-50ASC

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Let’s Get Started

Description
Your Expion360 Solar Charge Controller utilizes maximum
power point tracking (MPPT) technology to optimize the
energy captured from the sun. Solar charge controllers
are essential to convert the energy from the solar panel(s)
into energy that can be used to charge the batteries in
your chosen energy storage solution. Our MPPT charge
controller can increase solar charge utilization in excess
of 30% more than pulse width modulation (PWM) charge
controllers. This translates to faster charging times using
the same solar panels and more energy to power your
adventures!
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SOLAR CHARGE CONTROLLERS


charge controller and provide added utility for the users of
our leading edge products. While our MPPT controllers are
protected from damage due to excess internal
temperature, we highly recommend installation in a well
ventilated cabinet away from other devices that produce
large amounts of heat. If the heatsink is unable to dissi-

output current to your batteries. This is to protect the inter-
nal MPPT circuitry and prolong the lifespan of the unit.
Use the Bluetooth app to connect your devices to the
MPPT charge controller.
Thank you for choosing Expion360!
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SOLAR CHARGE CONTROLLERS

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SAFETY
Safety Instructions
1. Please read the manual carefully before using the
charge controller.
2. There are no parts inside the controller that can be
maintained or repaired. The user will void the warranty
if the controller is disassembled.
3. Install the controller indoors to prevent exposure
of components and prevent water from entering the
controller.
4. Please install the controller in a well ventilated area to
prevent the heat sink from being overheated.
5. Protecting the charge controller with a fuse or circuit
breaker is recommended.
6. Disconnect the PV input at the fuse or circuit breaker
near the battery terminal prior to installation or
adjusting any wiring at the controller.
7. 

lead to heat build-up at the terminal connection points
and will damage the charge controller.

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SOLAR CHARGE CONTROLLERS
1 2 3 4 5 6 7
8 9 10
1. Solar Panel ( + )
2. Solar Panel ( - )
3. Battery ( - ) Terminal
4. Battery ( + ) Terminal
5. External Temperature Sampling Port
6. Communications Port
7. Toggle Button
8. PV Input Indicator
9. Battery State
10. Battery Type

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FEATURES
Product Features
• Maximum power point tracking (MPPT) technology

up to 99.9%.
• 

• Charging output has active voltage stabilization in
the case of a sudden open circuit at the battery BMS
controller.
• Thermal protection circuit will throttle performance
when the ambient temperature surrounding the heat
sink is high.
• Voltage compensation for charging line losses.
• Bluetooth connectivity for settings and live
information.
• Parallel compatible with additional charge controllers,
for added current handling.

Output Characteristics
The maximum power point for photovoltaics often change

and light conditions. The MPPT controller can rapidly
adjust controller parameters to keep the system at its

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SOLAR CHARGE CONTROLLERS

7
FEATURES
Lithium Charging Prole
Charging your Expion360 lithium batteries with our MPPT
solar charge controller is the optimal way to deliver
energy. As the voltage of lithium batteries increases
with additional charge from the charge controller, the
MPPT technology is able to adjust the output current to
maximize utilization of the solar power. Once the charge
controller reaches the end of the constant current stage,
the controller will automatically switch to constant voltage


Installation
Step 1: Choose an installation location
Avoid installing the controller in a location with direct
sunlight, high temperature, and water, and ensure good
ventilation around the controller.
Step 2: Mark the mounting position
According to the mounting dimensions of the controller,
drill 4 mounting holes of the appropriate size at the
4 marks. Fix screws into the upper two mounting holes.
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SOLAR CHARGE CONTROLLERS
≥ 6 in
≥ 6 in
WARNING: Danger, explosion hazard! Never
install the controller and a vented battery in the
same enclosed space! Also, do not install in an
enclosed place where battery gas may collect.
WARNING: Danger, high voltage hazard!
Photovoltaic arrays may generate very high,
open-circuit voltages. Disconnect the circuit
breaker or fuse before wiring and be very
careful during wiring.
CAUTION: When installing the controller,
ensure there is enough air to ow through the
controller’s heatsink, leaving at least 6 inches
above and below the controller for natural
convection. If installing the controller in a
closed box, ensure reliable heat dissipation
through the box.