SKYRC B6ACneo AC/DC Smart Charger Instruction Manual

B6ACneo AC/DC Smart Charger

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Specifications

• Input Voltage: 100-240V (50/60Hz)
• Input Current: 10.0-30.0V
• Charge Power: 60W
• Discharge Power: 200W
• Charge Current: 0.2-10.0A
• Discharge Current: 0.1-2.0A
• Balance Current: 500mA Max
• Trickle Charge Current: 200mA & OFF

Product Usage Instructions

Power and Battery Connection

Ensure the charger is connected to a power source within the
specified voltage range. Connect the battery to be charged to the
main port or both the main port and balance port as required.

Charging

Select the appropriate battery program based on the type of
battery being charged. Set the desired charge current and voltage
settings. Press the confirm button to start charging.

Lithium Battery Program (LiPo/LiFe/Lilon/LiHV)

This program is designed for lithium batteries. Follow the
specific instructions for each type of lithium battery when using
this program.

NiMH/NiCd Battery Program

Select this program for nickel-based batteries. Ensure the
correct settings are chosen for the specific battery being
charged.

Pb Lead-Acid Battery Program

Use this program for lead-acid batteries. Adjust settings
accordingly based on the battery type and requirements.

DC Power

This feature allows the charger to function as a DC power
supply. Connect the device requiring power to the appropriate
port.

USB Type-C PD/QC3.0 Output

Utilize this output to charge compatible devices via USB Type-C
Power Delivery or Quick Charge 3.0 technology.

FAQ

Q: Can I charge non-rechargeable batteries with this

charger?

A: No, only use rechargeable batteries suitable for this
charger.

Q: What should I do if I encounter errors or warnings during

charging?

A: Refer to the Errors and Warnings section of the manual for
guidance on troubleshooting issues.

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V1.3
AC/DC Smart Charger Instruction Manual
– 1 –

Introduction

01

Chart

02

Package

03

Specification

04

Warning

07

Standard Battery Parameters

08

Buttons Explained

09

Power and Battery Connection

10

Charging

12

Lithium Battery Program(LiPo/LiFe/Lilon/LiHV)

14

NiMH/NiCd Battery Program

17

Pb Lead-Acid Battery Program

21

DC Power

24

USB Type-C PD/QC3.0 Output

29

Voltage Calibration (For expert user only)

29

Battery Voltage Meter

30

Battery Resistance Meter

31

Firmware Upgrade

32

Charge Settings

33

System Setting

34

Errors and Warnings

36

Conformity Declaration

37

Warranty and Service

38

– 2 –

Introduction
Congratulations on your choice of SkyRC B6ACneo smart charger. B6ACneo boasts a stylish and ultra-compact design, but operating it effectively requires some knowledge. These operating instructions aim to quickly acquaint you with its functions. Therefore, it’s vital to thoroughly review the Operating Instructions, Warnings, and Safety Notes before using B6ACneo. We hope it provides years of satisfaction and success. B6ACneo, an AC/DC smart charger with a 200W maximum output, accommodates various battery chemistries (LiPo/LiFe/Lilon/LiHV/NiMH/NiCd/Pb) and serves as a power supply, offering adjustable voltage (2.0V-27.0V) and current (1.0A-10.0A) per output. The 65W USB-C PD 3.0 charging port ensures swift device charging. Additionally, it allows voltage measurement without power on, simplifying battery voltage assessment. Before initial use, please read these INSTRUCTIONS, WARNINGS, and SAFETY NOTES carefully! Mishandling batteries and chargers poses significant risks, including fire and explosions!
– 1 –

Chart
1
7

2

5

6

3

4

10 8 9
– 2 –

1 LCD display 2 Selection Buttons 3 Confirm Button 4 Selection Buttons 5 Balance port

6 Main Port / DC Output Port 7 AC Input 100-240V 8 DC Input 10.0-30.0V/12A 9 PD Output 65W 10 Smart Ventilation Fan

Package
1SkyRC B6ACneo Charger 1AC Power Cord 1*Quick Start Guide
– 3 –

Specifications

Item Input Voltage Input Current Charge Power
Discharge Power
Charge Current Discharge Current Balance Current Trickle Charge Current

Option AC DC DC AC DC Main Port Main Port+Balance Port LiPo/LiFe/LiIon/LiHV/ NiMH/NiCd/Pb LiPo/LiFe/LiIon/LiHV/ NiMH/NiCd/Pb LiPo/LiFe/LiIon/LiHV NiMH/NiCd

Specs 100-240V (50/60Hz) 10.0-30.0V 12.0A 60W 200W 5W 19W Max (LiPo/6S)
0.2-10.0A
0.1-2.0A
500mA Max 200mA & OFF

– 4 –

Item

Option

Battery Types

LiPo/LiFe/LiIon/ LiHV
NiMH/NiCd

Pb

Working Modes

LiPo/LiFe/LiIon/ LiHV
NiMH/NiCd

Pb

Voltage

DC Power Supply

Current Power

USB Type-C Output

QC3.0 / PD

Specs
1-6S
1-15S 3S/6S
Balance CHG, Charge, Storage, Discharge
Charge, Re-Peak, CYCLE_C_D, CYCLE_D_C, Dishcarge Normal, AGM Charge, Cold Charge, Discharge 2.0-27.0V 1.0-10.0A AC Input: 60W DC Input: 200W 5V3A, 9V3A, 12V3A, 20V3.25A Max. 65W

– 5 –

Item Size Weight
Working Environment
Storage Environment

Option LengthWidthHeight Net Weight Working Temperature Working Humidity Storage Temperature Storage Humidity

Specs 70.650.646mm 150g 0 -40 5%-75% -10 -70 5%-75%

– 6 –

! Warning
B6ACneo is not intended for use by persons with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction concerning the use of the charger by a person responsible for their safety. Failure to exercise caution while using this product and comply with the following warnings could result in a product malfunction, electrical issues, excessive heat, FIRE, and ultimately injury and property damage.
! Never leave charging batteries unattended during use. ! Never charge batteries overnight. ! Never attempt to charge dead, damaged, or wet battery packs. ! Never attempt to charge a battery pack containing different types of batteries. ! Never charge batteries in extremely hot or cold places or place in direct sunlight. ! Never charge a battery if the cable has been pinched or shorted. ! Never connect the charger if the power cord has been pinched or shorted. ! Never attempt to dismantle the charger or use a damaged charger. ! Never attach your charger to both AC and DC power source at the same time. ! Always use the charger with the correct charging and discharging program.
– 7 –

! Always use only rechargeable batteries designed for use with this type of charger. ! Never use the charger on car seats, carpets, or similar surfaces. ! Always operate the charger away from flammable and explosive materials.

Standard Battery Parameters

LiPo

Lilon

LiFe

LiHV

MiMH NiCd Pb

Nominal voltage

3.7V/cell

Max. charge voltage

4.22V/cell

Storage voltage

3.8V/cell

Allowable fast charge current

1C

Min. discharge 3.0-3.4V/

voltage

cell

3.6V/cell
4.12V/cell
3.7V/cell
1C 2.9-3.3V/ cell

3.3V/cell 3.8V/cell 1.2V/cell 1.2V/cell 2.0V/cell

3.67V/cell 4.37V/cell 1.5V/cell 1.5V/cell 2.4V/cell

3.3V/cell 3.85V/cell N/A

N/A

N/A

4C

1C

1C-2C 1C-2C 0.4C

2.6-3.0V/ 3.1-3.5V/ 0.6-

0.6-

1.8V~2.0V/

cell

cell

1.0V/cell 1.0V/cell cell

Select the correct operating procedure in accordance with the battery parameters. Incorrect settings may cause the battery to burn or even explode.
– 8 –

Buttons Explained
Go through the menus or increase the parameter value Enter the setting, confirm the choice and stop the progress Go through the menus or decrease the parameter value
– 9 –

Power and Battery Connection

1. Connect to the power source There are two options of inputs for SkyRC B6ACneo:

AC 100-240V power source connection.

12V DC Battery / DC power supply connection.

DC 10.0-30.0V power source connection.
2. Connect the battery
TO AVOID SHORT CIRCUITS, ALWAYS CONNECT THE CHARGE LEADS TO THE CHARGER FIRST AND THEN TO THE BATTERY. REVERSE THE SEQUENCE WHEN DISCONNECTING.
– 10 –

1. LiPo Battery Connection with Balance Adapter For safety reasons, it is highly recommended to charge Lithium batteries (LiPo, Lilon, LiFe and LiHV) using Balance CHG mode unless the battery comes without a balance connector. The battery balance connector must connect to the charger with the black wire aligned with the negative marking. Ensure correct polarity!
   LiPo Battery
   – 11 –

2. NiMH/NiCd or Pb Battery Connection

Charging

Battery Type
LiPo Lilon LiFe LiHV

Working Mode Description

Balance CHG Charge Storage Discharge

This mode is to balance charge the lithium battery based on the charging rate the user set. It can balance each cells of the battery.
This mode is to charge the lithium battery based on the charging rate selected.
This mode is to store the battery via charging or discharging its votlage to a specific storage value.
This mode is to dishcarge the lithium battery based on the discharging rate selected.
– 12 –

NiMH NiCd
Pb

Charge Re-Peak
Cycle_C_D
Cycle_D_C Discharge Normal AGM Charge Cold Charge Discharge

This mode is to charge the NiMH/NiCd battery based on the charging rate selected.
In re-peak charge mode, the charger can peak charge the battery twice in a row automatically. This is good for confirming the battery is fully charged.
1 to 3 cyclic and continuous process of discharge>charge is operable for refreshing and restoring the performance of NiMH/ NiCd batteries.
1 to 3 cyclic and continuous process of charge>discharge is operable for refreshing and restoring the performance of NiMH/ NiCd batteries.
This mode is to discharge the NiMH/NiCd battery based on the discharging rate selected.
This mode is to charge the Pb battery based on the charging rate selected.
This mode is to charge the AGM battery based on the charging rate selected.
This mode is to charge the Pb battery under a low temperature based on the charging rate selected.
This mode is to discharge the Pb battery based on the discharging rate selected.

Various operations are applicable depending on the battery type. This chart illustrates operations relevant to different types of batteries.
– 13 –

Lithium Battery Program(LiPo/LiFe/Lilon/LiHV)
Here is a flowchart to guide you to set up the program.

LiPo/6S/Balance CHG

0.00 V

0

0.00 A

W

0 mAh

0.0Wh 00:00:00

Enter Charge Setting Press button to enter Charge Setting.

Charge Setting
Battery Type: LiPoLiPo Battery Cell: 6S(L2il2o.2V)
LiFe Task: BalanLceiHCVHG Condition: NiM4.H20V

Select Battery Type Press button to call out the Battery Type menu, and select LiPo.

– 14 –

Charge Setting

Battery Type: 1SLiPo

Battery Cell: 6S(22S2.2V) 3S
Task: Balanc4eSCHG

Condition:

54S.20V

Select Battery Cell
Press and button to select the correct battery cells.

Charge Setting

Battery TyBpaen:lance CLiHPGo

Battery Cell: C6hSa(r2g2e.2V) Storage
Task: BDaliasnchcearCgeHG

Condition:

4.20V

Select Task
Press and mode.

button to select your desired working

Charge Setting

Condition: 4.148.V20V

Charge Current:4.1190V.0A 4.20V

Start

4.21V

Back

4.22V

Select Condition Press and button to select the terminal charging voltage.
– 15 –

Charge Setting

Condition:

9.64A.20V

Charge Current:9.71A0.0A 9.8A

Start

9.9A

Back

10.0A

Select Charge/Discharge Current Press and button to select the current.

Charge Setting

Condition:

4.20V

Charge Current: 10.0A

Start

Back

Start Press and button to initiate the program.

Charge Setting

Condition:

4.20V

Charge Current: 10.0A

Start

Back

Back
Press and interface.

button to step back to the main

– 16 –

LiPo/6S/Balance CHG

22.96 V 200

8.73 A

W

2235 mAh

50Wh 00:15:08

Stop
Press button to stop the program, If prompted to stop, short-press the again to confirm, or short-press the button to return.

Do not connect the battery before turning on the charger!

NiMH/NiCd Battery Program
Here is a flowchart to guide you to set up the program.

LiPo/6S/Balance CHG

0.00 V

0

0.00 A

W

0 mAh

0.0Wh 00:00:00

Enter Charge Setting Press button to enter Charge Setting.

– 17 –

Charge Setting

Battery Type: LiFeLiPo

Battery Cell: 6SL(i2H2V.2V) NiMH
Task: BalanNceiCCdHG

Condition:

P4B.20V

Select Battery Type
Press button to call out the Battery Type menu, and select NiMH.

Charge Setting

Battery Type: 1SLiPo

Battery Cell: 6S(22S2.2V) 3S
Task: Balanc4eSCHG

Condition:

54S.20V

Select Battery Cell
Press and button to select the correct battery cells.

Charge Setting
Battery Type:ChargeLiPo Battery Cell:R6eS-P(2e2a.k2V)
CYCLE_C_D Task: CBYalCanLcEe_DC_HCG Condition:4 Discharg.2e0V

Select Task
Press and mode.

button to select your desired working

– 18 –

Charge Setting

Condition: -4 mV

Charge Curren-t:5 mV -6 mV

Start

-7 mV

Back

-8 mV

Select Condition Press and button to set the delta voltage.

Charge Setting

Condition:

9.64A.20V

Charge Current:9.71A0.0A 9.8A

Start

9.9A

Back

10.0A

Select Charge/Discharge Current Press and button to select the current.

Charge Setting

Condition:

4.20V

Charge Current: 10.0A

Start

Back

Start Press and button to initiate the program.
– 19 –

Charge Setting

Condition:

4.20V

Charge Current: 10.0A

Start

Back

Back
Press and interface.

button to step back to the main

NiMH/8S/Charge

10.47V 25

2.53 A

W

234 mAh

12Wh 00:10:09

Stop
Press button to stop the program, If prompted to stop, short-press the again to confirm, or short-press the button to return.

Do not connect the battery before turning on the charger!

– 20 –

Pb Lead-Acid Battery Program
Here is a flowchart to guide you to set up the program.

LiPo/6S/Balance CHG

0.00 V

0

0.00 A

W

0 mAh

0.0Wh 00:00:00

Enter Charge Setting Press ENTER to enter Charge Setting;

Charge Setting

Battery Type: LiFeLiPo

Battery Cell: 6SL(i2H2V.2V) NiMH
Task: BalanNceiCCdHG

Condition:

P4B.20V

Select Battery Type
Press button to call out the Battery Type menu, and select PB.

– 21 –

Charge Setting

Battery Type:

LiPo

Battery Cell: 6S(32S2.2V) Task: Balanc6eSCHG

Condition:

4.20V

Select Battery Cell
Press and button to select the correct battery cells.

Charge Setting

Battery Type:NormaLl iPo

Battery CeAll:GM6SC(2h2a.r2gVe) Cold Charge
Task: BDaliasnchcearCgeHG

Condition:

4.20V

Select Task
Press and mode.

button to select your desired working

Charge Setting

Condition:

Charge Current:1.80V 1.90V

Start

2.00V

Back

Select Condition Press and button to set the terminal voltage.
– 22 –

Charge Setting

Condition:

9.64A.20V

Charge Current:9.71A0.0A 9.8A

Start

9.9A

Back

10.0A

Select Charge/Discharge Current Press and button to select the current.

Charge Setting

Condition:

4.20V

Charge Current: 10.0A

Start

Back

Start Press

and

button to initiate the program.

Charge Setting

Condition:

4.20V

Charge Current: 10.0A

Start

Back

Back
Press and interface.

button to step back to the main

– 23 –

PB/6S/Normal

1.47 V 12

8.53 A

W

153 mAh

6Wh 00:10:09

Stop
Press button to stop the program, If prompted to stop, short-press the again to confirm, or short-press the button to return.

Do not connect the battery before turning on the charger!

DC Power

LiPo/6S/Balance CHG

0.00 V 0.00 A

0 On the main menu, hold the button for two seconds W to enter System Setting>DC Power.

0 mAh

0.0Wh 00:00:00

Long Press

– 24 –

System Setting Task Parameters System Setting DC Power Battery Meter

*Connect your desired DC equipment.

DC Power Voltage: Current:
Start Back

12.0V 4.2V

Select the options of DC Power: adjust the output voltage and current.

DC Power

CV

20.00 V 200

10.00 A

W

Set: 20.00V 10.00A

Select Start to activate the DC Power working mode and then connect your desired DC equipment.
– 25 –

When acting as a digital power supply, B6ACneo can regulate its output voltage or current at a constant level. Constant Current(CC) Mode and Constant Voltage(CV) Mode can switch automatically as follows: If R load > (V out / I out), then the power supply is in CV mode If R load < (V out / I out), then the power supply is in CC mode
Power Supply I-V Diagram, CV Operation Power Supply I-V Diagram, CC Operation It is vital for efficient and precise power delivery in various applications for RC professionals
– 26 –

*Benefits of using a CC/CV mode DC power supply explained:
1. Versatility: CC/CV power supplies are versatile because they can switch between constant current and constant voltage modes. This makes them suitable for a wide range of applications, from powering delicate electronics to driving high-power devices.
2. Protection: The CC mode can prevent overcurrent situations, which could damage electronic devices or create hazardous situations. By setting a maximum current limit, the power supply ensures that it won’t deliver more current than the device can safely handle.
3. Battery Charging: CC/CV power supplies are particularly useful for charging lithium-ion batteries, which require a precise charging protocol. Initially, the charger works in CC mode to restore most of the battery’s capacity, then switches to CV mode to top off the charge while preventing overcharging.
– 27 –

4. Optimized for Various Loads: Some loads require a specific voltage to operate correctly, while others need a particular current. A CC/CV power supply can adapt to these needs, providing a stable and suitable power output under various load conditions.
5. Improved Efficiency: By dynamically switching between modes depending on the load, a CC/CV power supply can often operate more efficiently than a power supply using only one mode.
6. Safe for LED driving: LEDs are current-driven devices, and a slight increase in voltage can lead to a high current, causing damage to LEDs. CC mode allows safe driving of LEDs. CV mode can be useful when LEDs are configured in parallel strings.
– 28 –

USB Type-C PD/QC3.0 Output
With the 65W USB-C PD 3.0 charging port, our RC players can enjoy rapid charging speeds like never before. Whether you’re charging your smartphones, tablets, or MacBook, this powerful port ensures that you can fuel up your devices in a fraction of the time. *The USB Type-C output only works when the charger is plugged into an AC socket.
Voltage Calibration (For expert user only)
You can calibrate the voltage directly on the charger with a 6S LiPo battery. For more information, please contact us at info@skyrc.com
– 29 –

Battery Voltage Meter
B6ACneo measures the lithium battery voltage easily and conveniently.Use the balance port to connect the lithium battery directly to B6ACneo. B6ACneo lights up and displays battery voltage without power on.
Li Battery
– 30 –

Battery Resistance Meter

Power on B6ACneo, and hold the button for seconds to enter the System Setting.

Connect the battery to B6ACneo and scroll down to Battery Meter

Press button to measure the battery voltage and resistance.

Press value.

button to check the resistance

Press button to exit the Battery Meter interface.

Battery Meter

1 046 2 026 3 024

4 027 5 025 6 030
End

– 31 –

LiPo/6S/Balance CHG

0.00 V

0

0.00 A

W

0 mAh

0.0Wh 00:00:00

Charge Setting DC Power Battery Meter Factory Settings System Info

Battery Meter

V

1 4.05 2 4.05 3 4.05 :25.2V

4 4.05 5 4.05 6 4.05
End

Firmware Upgrade
1. Download the latest Charger Master onto your desktop. Unzip and open it; 2. Press the UP and DOWN buttons, then connect the power cord; B6ACneo will
power on with a blue screen notice. 3. Connect B6ACneo to your computer via a USB type-C cable; 4. Launch the Charger Master, which will detect the charger automatically; 5. After successful detection, click to check the new version of the firmware; 6. When there is a new version, click to upgrade till the process finishes.
PC Interface
– 32 –

Charge Settings
Short press the ENTER button to enter the Charge Setting.

Menu

Definition

Battery Type

Select the desired battery type. (LiPo, LiIon, LiFe, LiHV, NiMH, NiCd, PB)

Battery Cell Task

Select the number of battery cells by different battery type. (Li-xx: 1-6S, Ni-xx: 1-15S, Pb: 3S/6S)
Select the work mode to be performed. (Balance CHG, Charge, Storage, Discharge, etc.)

Condition

Set the cut-off voltage.

Current

Set the charge or discharge current.

Start

Start the program.

Back

Back to the main interface.

– 33 –

System Setting
On the main interface, hold the START button for two seconds to enter the System Setting.

Menu
Task Parameters

Option Safety Timer Max.Capacity Trickle Charge
Holding Voltage

System Settings

Back Language Min.Input Voltage LCD BackLight Volume
Completion Signal

Warning

Definition Customize a period for program protection.
Customize the maximum capacity.
Enable/disable trickle charge. Enable/disable holding voltage If the battery voltage is dropped to a specified value, then it will charge the battery automatically with a small current if it’s enabled. Back to the previous interface.
Select the desired language.
Set the minimum voltage for input protection.
Adjust the brightness of the screen.
Adjust/Turn off the volume of the key and beep. Choose the way you’d like to be reminded when the program completes. If Repeat is chosen, the charger will play the completion signal every half an hour. Enable/disable the start-up warning.

Back

Back to the previous interface.

w

– 34 –

DC Power

Voltage Current
Start

Back

Battery Meter

N/A

Factory Settings N/A

System Info

N/A

System Upgrade

N/A

Regulatory

N/A

Back

N/A

Set the output voltage. (2.0-27.0V) Set the output current. (1.0-10.0A) Enable DC power output and return to the main interface. Back to the previous interface. Measure the battery voltage and internal resistance. Press – to return to the system setting. Restore to the factory settings. Check the current system status.
Upgrade the charger.
Check the certification information Back to the previous interface.

– 35 –

Errors and Warnings
In the event of a fault, the charger will display an error message and sound an alarm.

Error Message DC In Too Low DC In Too High! Connection Break! Overcharge Capacity Limit Over Time Limit Int. Temp Too High Over Load Reversed Polarity Fully Charged Outlet Overload Balance Connection Error Cell Error Battery Type Error Cell Volt Diff. PD In Use, Charging Output N/A!

Explanation DC input voltage is lower than preset or min.input voltage! DC input voltage is higher than preset! The battery connection is broken! The charged capacity is exceeding the limit! The program times out! The internal temperature is high! The charger is overloaded! The battery connection is reversed! The battery is fully charged already! The output is overloaded. The balance connection is incorrect. The cells do not match. The battery type is wrong! The voltage difference between each cell is high. PD In Use, Charging Output N/A!

– 36 –

Conformity Declaration

SkyRC B6ACneo satisfies all relevant and mandatory CE directives and FCC Part 15 Subpart B.

Test Standards EN 60335-1 EN 60335-229 EN 55014-1
EN 55014-2
EN 61000-3-2
EN 61000-3-3 FCC Part Subpart 15B

Title
Household and similar electrical appliances – Safety – Part 1: General requirements Household and similar electrical appliances ­ Safety ­ Part2-29: Particular requirements for battery chargers. Electromagnetic compatibility ­ Requirements for household appliances, electric tools and similar apparatus – Part 1: Emission Electromagnetic compatibility ­ Requirements for household appliances, electric tools and similar apparatus ­ Part 2: Immunity Product Family Standard Electromagnetic compatibility (EMC) ­ Part 3-2: ­ Limits for harmonic current emissions (equipment input current up to and including 16 A per phase) Electromagnetic compatibility (EMC) – Part 3-3: Limitation of voltage supply systems for equipment with rated current 16 A. Title 47 Telecommunication PART 15 – RADIO FREQUENCY DEVICES Subpart B – Unintentional Radiators

Result Conform Conform Conform Conform
Conform
Conform Conform

– 37 –

Warranty and Service

Liability Exclusion
This charger is designed and approved exclusively for use with the types of battery stated in this Instruction Manual. SkyRC accepts no liability of any kind if the charger is used for any purpose other than that stated. We are unable to ensure that you follow the instructions supplied with the charger, and we have no control over the methods you employ for using, operating, and maintaining the device. For this reason, we are obliged to deny all liability for loss, damage, or costs that are incurred due to the incompetent or incorrect use and operation of our products, or which are connected with such operation in any way. Unless otherwise prescribed by law, our obligation to pay compensation, regardless of the legal argument employed, is limited to the invoice value of those SkyRC products which were immediately and directly involved in the event in which the damage occurred.

Warranty and Service
We guarantee this product to be free of manufacturing and assembly defects for a period of one year from the time of purchase. The warranty only applies to material or operational defects, which are present at the time of purchase. During that period, we
will repair or replace free of service charge for products deemed defective due to those causes.
This warranty is not valid for any damage or subsequent damage arising as a result of misuse, modification, or as a result of failure to observe the procedures outlined in this manual.

Note:

1. The warranty service is valid in China only.

2. If you need warranty service overseas, please contact your dealer in the first instance, who is responsible

for processing guarantee claims overseas. Due to high shipping costs, and complicated custom clearance

procedures to send back to China, please understand that SkyRC can’t provide warranty service to

overseas end users directly.

3. If you have any questions which are not mentioned in the manual, please feel free to send an email to

info@skyrc.com

– 38 –

AC/DCSmart Charger

Manufactured by SKYRC TECHNOLOGY CO., LTD.

The manual is subject to change without notice;
please refer to our website for the latest version! – 39 –

www.skyrc.com

2023.09

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