CAME-TV 220V Dual Battery Charger and Power Inverter User Manual
- July 14, 2024
- CAME-TV
Table of Contents
CAME-TV 220V Dual Battery Charger and Power Inverter
Specifications:
- Cases: 1, 2, 3, 4, 5
- AC Input: NO, NO
- Mount Battery:
- Two Batteries (The voltage difference between the two batteries is less than 0.1V)
- One Battery
- Maximum Output:
- AC 220W(Max.) or DC 180W(Max.) or AC+DC=220W(Max.)
- AC 100W(Max.) or DC 100W(Max.)or AC+DC=100W(Max.)
- Overload Protection: YES
Product Usage Instructions:
Dual Battery Charger & Power Inverter & Power Strip
We are proud to introduce this versatile power station that brings
convenience to your life. This power station is not only an inverter, capable
of converting one or two 14.4V V-mount batteries into AC output, but also
features multiple interfaces for easy connection to different devices.
Additionally, it serves as an efficient battery charger, capable of
simultaneously charging two V-mount batteries. Even without batteries, it can
be used as a practical power strip, providing you with even more convenience.
Our product design philosophy aims to achieve a perfect combination of high
performance and compact size. To ensure that the device maintains stability
and extends its service life during high-load operations, we have adopted a
high-speed fan for cooling. The high-speed fan can provide greater airflow
within a limited space, effectively removing heat. However, this also means
that the fan will generate a certain level of noise during operation.
**Instructions
Power on AC output:
**Press the AC button for 2 seconds, then release it and wait for 4 seconds
for the AC to output.
- Display screen
- Type-C 65W output
- Main switch button
- USB output
- DC output
- USB&DC switch button
- D-tap output
- LED lighting
- LED light switch button
- AC switch button
- AC output socket
- AC input
- Battery plate
- Storage drawer
Important Notes:
- Secure AC Startup: To maximize inverter longevity, initiate AC power by holding the AC button for 2 seconds, then releasing it and allowing 4 seconds for the AC to stabilize before plugging in devices into the AC Outlet.
- Optimal Battery Capacity: For consistent performance and extended battery life, we recommend using 99Wh or higher capacity batteries. Smaller batteries have lower current protection thresholds, increasing the risk of overcharging or over discharging.
- Built-in Overload Protection: Each inverter side features 9A current protection to safeguard battery health. Exceeding 9A on either side will automatically trigger the automatic protection feature and will disable the output. To reset, power off the unit, remove any batteries and devices plugged in, and restart the Power Station.
- Balanced Power Utilization: Optimal performance is achieved with two fully charged batteries. Uneven voltages may cause the inverter to prioritize the higher voltage battery while waiting for the other to reach a sufficient level for simultaneous operation.
- Prioritized Charging: During dual battery charging, the charger prioritizes the battery with the significantly lower voltage. Once voltages become balanced, simultaneous charging commences.
- Power Overload Recovery: Should the device activate automatic protection due to exceeding maximum power draw, simply disconnect it or perform a restart to restore normal functionality.
- D-Tap Output Dependency: The D-Tap output relies on the connected battery for power. With no battery present, the D-Tap port will remain inactive.
- Controlled Power Distribution: There are 4 power switches that control different functions such as the Main power for charging batteries, powering on the LED Light, enabling power on the USB & DC Outputs, and a switch to activate the AC Inverter. You can enable and disable each part of the CAME-TV Power Station as required.
Aftersales Service
While we trust you will never have the need, if you do, our service is both
friendly and hassle-free.
Email:
Americas: americas@came-tv.com
Outside Americas: europe@came-tv.com
FAQ
Q: What should I do if the device makes excessive noise during operation?
A: The high-speed fan included in the design aims to provide efficient
cooling during high-load operations. The noise generated is a byproduct of
this cooling process. Ensure that the device is placed on a stable surface
with proper ventilation to allow airflow and reduce noise disturbance.
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