Manual / Guide · undated
SkyRC B6neo+ Smart Charger — Instruction Manual (v1.20)
Charger parameter table and warnings.
- charger
- lipo
- balance charging
Manual / Guide · undated
Charger parameter table and warnings.
v. 120 Instruction Manual Smart Charger -1- Contents Introduction 03 Getting to know B6neo+ 04 Specifications 05 Warning 08 Standard Battery Parameters 09 Program Flow Chart 10 Power and Battery Connection 11 Battery Operations Matrix 13 Lithium Battery Program (LiPo/LiFe/Lilon/LiHV) 14 NiMH/NiCd Battery Program 16 Pb Lead-Acid Battery Program 18 Reverse Charge 20 Voltage Calibration 21 Battery Voltage Meter 22 Battery Voltage Meter 23 Battery Resistance Meter 24 Firmware Upgrade 26 Errors Explained 27 System Settings 28 In The Box 29 Conformity Declaration 30 Warranty and Service 31 -2- Introduction Congratulations on choosing the SkyRC B6neo+ Smart Charger! Building on the B6neo's success, the B6neo+ delivers exceptional performance with up to 240W on DC and 126W via Type-C PD. It supports multiple battery types (LiPo, LiFe, LiIon, LiHV, NiMH, NiCd, Pb) and doubles as a digital power supply. With PD 3.1 input, RC charging has never been more convenient, offering flexibility and efficiency with high-power PD chargers. B6neo+'s reverse charging can provide high-power discharge up to 100W for batteries that need to be discharged. Through energy transfer, it charges devices like computers and phones via the Type-C port. The benefits are: 1. High discharge power up to 100W; 2. No energy is wasted, contributing to sustainable energy. Please read the Operating Instructions and Safety Notes carefully before use. -3- Getting to know B6neo+ 1 LCD Display 2 +/Up Button Increase the value or scroll through the menus/options. 3 Enter Button Confirm or terminate the current program, enter Charge Settings, and perform other actions. 4 -/Down Button Decrease the value or scroll through the menus/options. 5 Balance Port 6 Main Port (XT60 Charge/Discharge Port) 2 1 4 7 USB-C Port 5 8 6 XT60 DC Input 3 7 8 -4- Specifications Input Voltage Input Current Charge Power Working Mode Battery Type/Cells DC 5-30V PD3.0/3.1 5-28V DC 12A (±1A) PD 5A (±1A) DC input Max. 240W (±10%) PD input Max. 126W (±10%) LiPo/LiFe/LiIon/LiHV Balance Charge, Charge, Discharge, Reverse Charge, Storage NiMH/NiCd Charge, Re-Peak, Reverse Charge Pb Normal, AGM Charge, Cold Charge, Reverse Charge LiPo/LiFe/LiIon/LiHV 1S-6S NiMH/NiCd 2S-15S Pb 3S/6S/12S LiPo/LiFe/LiIon/LiHV Charge Current NiMH/NiCd Pb 0.3A~2A(±0.2A) 2.1A~10A (±10%) -5- Specifications Discharge Battery Types Supporting Balance Port Discharge LiPo/Lilo/LiFe/LiHV Discharge current Max. 0.6A(±0.2A) (Both the main port and balance port must be connected for discharging) LiPo: 3.0V-3.4V/cell (default: 3.3V) Discharge voltage LiIon: 2.9V-3.3V/cell (default 3.2V) LiFe 2.6V-3.0V/cell (default 2.9V) LiHV 3.1V-3.5V/cell (default 3.4V) Reverse Charging Power Max. 100W (±10%) Cutoff Voltage < 7.5V, Reverse Charging Power: Max. 18W Cutoff Voltage < 9V, Reverse Charging Power: Max. 27W Reverse Charge (Supports PD 3.0 reverse charging) NIXX battery reverse charging power Cutoff Voltage < 10.5V, Reverse Charging Power: Max. 36W Cutoff Voltage < 12V, Reverse Charging Power: Max. 45W Cutoff Voltage < 13.5V, Reverse Charging Power: Max. 60W Cutoff Voltage ≥ 13.5V, Reverse Charging Power: Max. 100W LIXX/Pb battery reverse charging power Below a cutoff voltage of 8.7V, reverse charging power: Max. 60W Cut-off voltage greater than or equal to 8.7V, reverse charging power: Max. 100W -6- Specifications Balance Current Working Environment Storage Environment LiPo/LiFe/LiIon/LiHV Max. 600mA Temperature 0°C/32°F ~ 40°C/104°F Humidity 5%~75% Temperature -10°C/14°F ~ 70°C/158°F Humidity -5%~75% Size 70*50*31mm Weight 82g -7- ! Warning B6neo+ is not intended for use by individuals with reduced physical, sensory, or cognitive abilities, or by those lacking experience and knowledge with batteries, unless under the supervision or guidance of a responsible person. Failure to use this product properly and follow the warnings below may result in malfunction, electrical issues, overheating, fire, and could lead to injury or property damage. Important: When connected to a computer or other devices via USB-C, do not connect the XT60 with DC input at the same time. Doing so may cause serious damage to your computer or connected devices! 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 a PD and a DC power source at the same time. ! Always use the charger with the correct charging and discharging program. ! 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. ! ! ! ! SkyRC Technology Co., Ltd. accepts no liability in such cases. -8- Standard Battery Parameters LiPo Li-ion LiFe LiHV NiMH NiCd Nominal Voltage 3.7V/cell 3.6V/cell 3.3V/cell 3.8V/cell 1.2V/cell 1.2V/cell 2.0V/cell Charge Voltage 4.15V~ 4.25V/cell 4.05V~ 4.25V/cell 3.58V~ 3.70V/cell 4.25V~ 4.50V/cell Pb N/A N/A 2.30V~ 2.75V/cell Storage Voltage 3.75V~ 3.90V/cell 3.70V~ 3.85V/cell 3.25V~ 3.40V/cell 3.85V~ 3.95V/cell N/A N/A N/A Allowable fast charge current ≤1C ≤1C ≤1C ≤1C ≤1C ≤1C ≤0.4C Discharge Voltage 3.0~ 3.4V/cell 2.9~ 3.3V/cell 2.6~ 3.0V/cell 3.1~ 3.5V/cell N/A N/A N/A Select the correct operating procedure based on the battery's specifications. Incorrect settings could cause the battery to overheat, catch fire, or even explode. -9- Important: • For optimal performance and your safety, please use a PD-rated cable of 140W or higher. Lower-rated cables may limit charging speed and could lead to overheating or damage. • This charger requires a third-party PD power source. Recommended to use reputable brands! Replace the PD power source if compatibility issues arise! USB-C PD Cable Specifications by Power Delivery Version, Power Rating PD Version Max Power Rating USB Type Use Case PD 2.0 60W (20V/3A) USB-C 2.0 Basic charging for phones, tablets PD 3.0 100W (20V/5A) USB-C 3.1 Gen 1 & 2 Laptops, tablets, faster data needs PD 3.1 140W (28V/5A, EPR) USB-C 4 High-power laptops, monitors PD 3.1 (EPR) 240W (48V/5A, EPR) USB-C 4, EPR-rated Heavy-duty devices, high-performance laptops Key Differences: PD 2.0: Introduced the basic power profiles, supporting up to 60W with USB-C 2.0 cables. PD 3.0: Increased power to 100W and added faster charging protocols, typically requiring USB-C 3.1 cables for optimal performance. PD 3.1 (Standard Power Range, SPR): Boosts power to 140W and supports USB-C 4, making it suitable for newer laptops with higher power needs. PD 3.1 (Extended Power Range, EPR): Expands power capabilities to 240W, requiring specialized cables and primarily used for high-power-demand devices. - 10 - Program Flow Chart V Cell Voltage 1 4.05 4 4.05 2 4.05 5 4.05 WARNING! NEVER�USE�THE CHARGER UNSUPER VISED! LiPo/6S/Balance CHG USB-C PD Power: 20W Voltage: 12.00V Current: 1.67A 0.00 V 0.00 A 0 W 0.0Wh 00:00:00 0 mAh Charge Setting DC Input: Voltage: 25.22V Cut off: 18.00V DC Input: >Calibration Voltage: 25.22V Cut off: 18.00V Set Vref 1 3.152 LiPo V 4 3.328 2 3.325 5 3.330 3 3.317 6 3.388 < Stop > Charge Setting Battery Type: Battery Type: Charge Setting LiPo Charge Setting Battery Type: LiPo Charge Setting Battery Type: LiPo Battery Type: Charge Setting LiPo Charge Setting Battery Type: LiPo Battery Type: LiPo Battery Cell: 6S(22.2V) Battery Cell: 6S(22.2V) Battery Cell: 6S(22.2V) Battery Cell: 6S(22.2V) Battery Cell: 6S(22.2V) Battery Cell: 6S(22.2V) Battery Cell: 6S(22.2V) Task: Task: Task: Task: Task: Task: Task: Balance CHG Condition: 4.20V Charge Current: 10.0A Or WARNING! NEVER�USE�THE CHARGER UNSUPER VISED! mΩ Batt IR 1 13 4 10 5 17 2 12 3 15 6 16 Σ :77mΩ 3 4.05 6 4.05 Σ :25.2V Δ: 8mV Balance CHG Condition: 4.20V Charge Current: 10.0A Balance CHG Condition: 4.20V Charge Current: 10.0A Balance CHG Condition: 4.20V Charge Current: 10.0A Balance CHG Condition: 4.20V Charge Current: 10.0A Balance CHG Condition: 4.20V Charge Current: 10.0A Balance CHG Condition: 4.20V Charge Current: 10.0A Start Start Start Start Start Start Start Back Back Back Back Back Back Back Long Press Charge Setting Charge Setting Stop working? 10.0 A OK 20.08 V Press 2533mAh 50Wh 200W back o Charge Setting LiPo LiPo Lilo Battery Cell: 6S(22.2V) LiFe Task: Balance CHG LiHV Battery Type: 1SLiPo 2S Battery Cell: 6S(22.2V) 3S Task: Balance 4SCHG Banlance CHG Battery Type: LiPo Charge Battery Cell: 6S(22.2V) Discharge Task: Balance CHG CHG Reverse Condition: Condition: Condition: Battery Type: LiPo / 6S / Charge 4.20V NiMH 4.20V 5S 4.20V Charge Setting Charge Setting LiPo/6S/Balance CHG 4.18V Condition: 4.20V 4.19V Charge Current: 10.0A 4.20V Start 4.21V 4.22V Back 9.6A Condition: 4.20V 9.7A Charge Current: 10.0A 9.8A Start 9.9A 10.0A Back 2235 mAh 22.96 V 8.73 A LiPo/6S/Balance CHG 0.00 V 0.00 A 200 W 50Wh 00:15:08 0 W 0.0Wh 00:00:00 0 mAh o 48 C/118 F 00:30:25 System Setting System Setting System Setting System Setting System Setting System Setting System Setting System Setting Task Parameters Task Parameters Task Parameters Task Parameters Task Parameters Task Parameters Task Parameters Task Parameters Preference Preference Preference Preference Preference Preference Preference Preference Battery Meter Battery Meter Battery Meter Battery Meter Battery Meter Battery Meter Battery Meter Battery Meter User Guide User Guide User Guide User Guide User Guide User Guide User Guide User Guide Factory Settings Factory Settings Factory Settings Factory Settings Factory Settings Factory Settings Factory Settings Factory Settings System Info System Info System Info System Info System Info System Info System Info System Info Regulatory Regulatory Regulatory Regulatory Regulatory Regulatory Regulatory Regulatory Back Back Back Back Back Back Back >Factory Settings >System Info >Regulatory Restore Factory Settings? Hardware Version: 1.00 Firmware Version: 1.51 >Task Parameters >Battery Meter >Preference Safety Timer: 240Minute Language: 1 4.05 4 4.05 Max. Capacity: 12000mAh Min. Input Voltage: 18.0V 2 4.05 5 4.05 Trickle Charge: OFF LCD BackLight: Low Holding Voltage: OFF Volume: Low 3 4.05 6 4.05 Σ :25.2V Δ: 8mV Back English V Completion Signal: Once Back - 11 - >User Guide Scan for Guide YES NO PID: 31300303139380100 00000000133010097 Back LiPo/6S/Balance CHG 0.00 V 0.00 A 0 mAh 0 W 0.0Wh 00:00:00 Power and Battery Connection 1. Connecting to a Power Source The SkyRC B6neo+ supports two DC input methods with the following input voltages: XT60 PD PD: 5-28V Connect using a PD power supply. DC: 5-30V Connect to a compatible DC power source. 2. Connecting the Battery To avoid short circuits, always power the charger first via the DC or PD port on the left, then connect the battery to the Charge Port on the right. When disconnecting, reverse the sequence. - 12 - Power and Battery Connection Lithium Battery Connection with Balance Adapter • For safety reasons, it is highly recommended to charge Lithium batteries (LiPo, Li-ion, LiFe, and LiHV) using Balance CHG mode, unless the battery lacks a balance wire. • Ensure that the balance wire is connected to the charger, with the black wire aligned with the negative marking. Check the polarity to ensure correct connection! LiPo Battery Lithium Battery Connection with Balance Adapter NiMH Battery - 13 - Battery Operations Matrix Type LiPo Lilon LiFe LiHV NiMH Working Mode Description Balance CHG To charge the lithium battery in balance mode to ensure each cell's voltage is balanced. The balance lead must be connected. Charge To charge the lithium battery without requiring a balance lead connection. Reverse CHG To transfer the battery's energy through the Type-C interface to charge your other devices. Discharge To discharge the lithium battery to a specific value, which can be set before discharging. Storage This mode is to store the battery via charging or discharging its voltage to a specific storage value. Charge To charge the NiMH/NiCd battery based on the selected charging rate. Re-Peak To charge the battery twice in a row automatically, which is useful for ensuring the battery is fully charged. Reverse CHG To transfer the battery's energy through the Type-C interface to charge your other devices. Normal To charge the Pb battery based on the charging rate selected. AGM Charge To charge the AGM battery based on the charging rate selected. Cold Charge To charge the Pb battery under a low temperature based on the charging rate selected. Reverse CHG To transfer the battery's energy through the Type-C interface to charge your other devices. NiCd Pb - 14 - Lithium Battery Program (LiPo/LiFe/Lilon/LiHV) Scan or Click to Watch LiPo/6S/Balance CHG 0.00 V 0.00 A 0 mAh 0 W 0.0Wh 00:00:00 Enter Charge Setting Press to enter Charge Setting; Charge Setting Charge Setting LiPo LiPo Lilo Battery Cell: 6S(22.2V) LiFe Task: Balance CHG LiHV Battery Type: Battery Type: Condition: 4.20V NiMH 1SLiPo 2S Battery Cell: 6S(22.2V) 3S Task: Balance 4SCHG Condition: 4.20V 5S Select Battery Type Set Battery Cells Press to call out the Battery Type menu, and select your preferred lithium battery type. Call out the Battery Cell menu, and select the battery cells correspondingly. - 15 - Charge Setting Charge Setting Charge Setting Banlance CHG Battery Type: LiPo Charge Battery Cell: 6S(22.2V) Condition: 4.18V 4.20V 4.19V Charge Current: 10.0A 4.20V Condition: Storage Task: Balance CHG Discharge Condition: Reverse CHG 4.20V Start 4.21V 4.22V Back 9.6A 4.20V 9.7A Charge Current: 10.0A 9.8A Start 9.9A 10.0A Back Select Task Select Condition Select Charge current Call out the Task menu, and select your desired working mode. Call out the Condition menu, and adapt the cut-off voltage to the demand. Call out the Charge Current menu, and adapt the charge current to the demand. Charge Setting Condition: Charge Setting 4.20V Charge Current: 10.0A Condition: LiPo/6S/Balance CHG 4.20V 22.96 V 8.73 A Charge Current: 10.0A Start Start Back Back 2235 mAh 200 W 50Wh 00:15:08 Start Back Stop Confirm to initiate the program. Confirm to step back to the main interface. To terminate the current program, press once. ! Do not connect the battery before turning on the charger! - 16 - NiMH/NiCd Battery Program Scan or Click to Watch NiMH/6S/Charge 22.96 V 8.73 A 2235 mAh 200 W 50Wh 00:15:08 Charge Setting Charge Setting LiFeLiPo LiHV Battery Cell: 6S(22.2V) NiMH Task: Balance CHG NiCd Battery Type: Battery Type: Condition: 4.20V PB 2SLiPo 3S Battery Cell: 6S(22.2V) 4S Task: Balance CHG 5S Condition: 4.20V 6S Enter Charge Setting Select Battery Type Set Battery Cells Press to enter Charge Setting; Press to call out the Battery Type menu, and select NiMH or NiCd. Call out the Battery Cell menu, and select the battery cells correspondingly. - 17 - System Setting Charge Setting Battery Type:ChargeLiPo Re-Peak Battery Cell: 6S(22.2V) Reverse CHG Task: Balance CHG Condition: Condition: 4.20V -4 -5 Charge Current: -6 Start -7 -8 Back Charge Setting mV mV mV mV mV 9.6A 4.20V 9.7A Charge Current: 10.0A 9.8A Start 9.9A 10.0A Back Condition: Select Task Select Condition Select Charge current Call out the Task menu, and select your desired working mode. Call out the Condition menu, and adapt the cut-off voltage to the demand. Call out the Charge Current menu, and adapt the working current to the demand. Charge Setting Charge Setting Condition: 4.20V Charge Current: 10.0A Condition: NiMH/6S/Charge 4.20V 22.96 V 8.73 A Charge Current: 10.0A Start Start Back Back 2235 mAh 200 W 50Wh 00:15:08 Start Back Stop Confirm to initiate the program. Confirm to step back to the main interface. To terminate the current program, once. press For Re-Peak, you must set the rest times appropriately. - 18 - Pb Lead-Acid Battery Program Scan or Click to Watch PB/6S/AGM Charge 22.96 V 8.73 A 2235 mAh 200 W 50Wh 00:15:08 System Setting System Setting Battery Type: LiFeLiPo LiHV Battery Cell: 6S(22.2V) NiMH Task: Balance CHG NiCd Battery Type: Condition: Battery Cell: 6S(22.2V) 3S 6SCHG Task: Balance 12S Condition: 4.20V 4.20V PB LiPo Enter Charge Setting Select Battery Type Set Battery Cells Press to enter Charge Setting; Press to call out the Battery Type menu, and select Pb. Call out the Battery Cell menu, and select the battery cells correspondingly. - 19 - System Setting System Setting Charge Setting Battery Type:NormalLiPo Condition: Condition: CHG Condition:Reverse 4.20V 1.80V Charge Current: 1.90V Start 2.00V Back 9.6A 4.20V 9.7A Charge Current: 10.0A 9.8A Start 9.9A 10.0A Back Select Task Select Condition Select Charge current * Scroll to Task, call out the menu and scroll to select the working mode. There is no option to change it. Call out the Charge Current menu, and adapt the working current to the demand. System Setting Charge Setting Battery Cell: 6S(22.2V) AGM Charge Task: Condition: Balance CHG Cold Charge 1.90V Charge Current: 10.0A Start Back Condition: PB/6S/AGM Charge 4.20V 22.96 V 8.73 A Charge Current: 10.0A Start 2235 mAh Back 200 W 50Wh 00:15:08 Start Back Stop Confirm to initiate the program. Confirm to step back to the main interface. o terminate the current program, press once. *There is no option to change it for Reverse Charge. - 20 - Reverse Charge 1. Connect electronic devices (such as power banks, mobile phones, tablets, etc.) via the TYPE-C port. 2. Connect the output terminal to the battery and set the appropriate battery type and number of cells before starting reverse charging. Note: 1. The reverse charging current is controlled by the connected electronic device, while the charger only supplies the necessary power. Scan or Click to Watch 2. The Reverse CHG can only be initiated when both the battery voltage and the total condition voltage* exceed 6V. *Total condition voltage = Battery cells × Condition voltage per cell. 3. An error will occur when initiating reverse charging if a DC power source or non-protocol adapter is connected to the input port. 4. In reverse charging mode, Start cannot be activated if both XT60 input and XT60 output ports are connected. Battery LiPo / NiMH / PB - 21 - Voltage Calibration 1. Connect the 6S battery to the B6neo+, ensuring that you connect to the balance port. 2. On the main page (battery voltage detection page), briefly press the voltage page. 3. Simultaneously press and hold the 4. Press the 5. Press and to enter the cell to enter the calibration page. to check the voltage of each cell one by one. to select the desired voltage, and this value will turn blue. 6. Adjust the value using the or 7. After calibration, press the to enter the confirmation option. 8. Press and hold to save the updated values. >Battery Meter 1 4.05 Scan or Click to Watch . V 2 4.05 5 4.05 3 4.05 6 4.05 Σ :25.2V Δ: 8mV V >Calibration Set Vref 1 3.152 4 4.05 Long Press 4 3.328 2 3.325 5 3.330 3 3.317 6 3.388 < Stop > - 22 - Battery Voltage Meter Cell Voltage 1 4.05 V 4 4.05 2 4.05 5 4.05 3 4.05 6 4.05 Scan or Click to Watch Σ :25.2V Δ: 8mV Method 1 During the charging process, you can press the values. LiPo/6S/Balance CHG 22.96 V 8.73 A 2235 mAh 200 W 50Wh 00:15:08 on the main screen to switch back and forth to view the battery voltage >Battery Meter V 1 4.05 4 4.05 2 4.05 5 4.05 3 4.05 6 4.05 Σ :25.2V Δ: 8mV - 23 - Battery Voltage Meter Method 2 The charger can intuitively detect battery voltage. Simply connect lithium battery's balance connector directly to the charger's balance port, and the charger will automatically power on and display the battery voltage without needing to be manually switched on. LiPo Battery Method 3 1. After connecting the charger to the power supply, press and hold 2. Use the 3. Press 22.96 V 8.73 A 200 W 50Wh 00:15:08 to switch between to view the voltage values of each cell. System Setting LiPo/6S/Balance CHG 2235 mAh on the main screen to enter System Settings. to select Battery Meter, then connect the battery to the charger’s balance port. to detect the battery voltage. You can press the Long Press >Battery Meter V Task Parameters 1 4.05 4 4.05 Preference 2 4.05 5 4.05 Battery Meter 3 4.05 6 4.05 Σ :25.2V Δ: 8mV User Guide - 24 - Battery Resistance Meter mΩ Batt IR 1 13 4 10 2 12 5 17 3 15 6 16 Scan or Click to Watch Σ :77mΩ Method 1 During the charging process, you can press the values of each cell. on the main screen to switch back and forth to view internal resistance mΩ LiPo/6S/Balance CHG Batt IR 22.96 V 8.73 A 1 13 4 10 2 12 5 17 2235 mAh 200 W 50Wh 00:15:08 3 15 6 16 Σ :77mΩ - 25 - Battery Resistance Meter Method 2 1. Connect the charger to the power supply, then press and hold 2. Use the 3. Press 4. Press the to switch between and view the internal resistance values of each cell. System Setting LiPo/6S/Balance CHG 22.96 V 8.73 A 2235 mAh on the main screen to enter System Settings; to select Battery Meter, and connect the battery to the charger, ensuring the balance port is connected. to measure the internal resistance of the battery. 200 W 50Wh 00:15:08 Long Press mΩ Batt IR Task Parameters 1 13 4 10 Preference 2 12 5 17 Battery Meter 3 15 6 16 Σ :77mΩ User Guide - 26 - Firmware Upgrade 1. Launch Charger Master*, which will automatically detect the device. 2. Connect one end of the Type-C cable to the computer. Do not plug USB-C and XT60/DC simultaneously. 3.If detected, click to check for firmware updates. 4.If a new version is available, the Update button will appear. 5.Click Update and wait for the process to complete. Scan or Click to Watch ChargerMaster Scan or Click to Download DO NOT power off or exit the program! The upgrade process takes approximately 5 minutes. - 27 - Errors Explained In case of a fault, the B6neo+ will display an error message indicating issues like connection problems or battery mismatches. Refer to the table below for troubleshooting based on the error code. Error Message Explanation DC In Too Low! DC input voltage is lower than preset! DC In Too High! DC input voltage is higher than preset! Connection Break! The battery connection may be broken! Cell Error! The cells do not match! Battery Type! The battery type is wrong! Overcharge Capacity Limit! The charged capacity reaches the preset capacity limit! Over Time Limit! The program has timed out! Int. Temp.Too High! The internal temperature is high! Over Load! The charger is overloaded! Reversed Polarity! The battery's polarity is reversed! Fully Charged! The battery is already fully charged! Balance Connection Error! An error occurred with the balance connection! Cell Volt Diff.! The voltage difference between each cell is high! - 28 - System Settings On the main interface, hold Menu Task Parameters Preference for seconds to enter System Settings. Option Definition Safety Timer Customize a time period for program protection. Max. Capacity Customize the capacity protection Trickle Charge Enable or disable trickle charge. Holding Voltage Enable or disable holding voltage. When enabled, if the battery voltage drops to a specified value, the charger will automatically charge with a small current. Back The battery type is wrong! Language Select your preferred language. Min.Input Voltage Set the minimum voltage for input protection. LCD BackLight Adjust the screen brightness. Volume Adjust the key and beep volume. Completion Signal Choose the way you'd like to be reminded when the program completes. Back Back to the previous interface. Battery Meter N/A Measure the battery voltage and internal resistance. to exit. Press User Guide N/A Check the instruction manual. - 29 - System Settings Menu Option Definition Factory Settings N/A System Info. N/A Check the current system information. Press Regulatory N/A Check the certification information. Back N/A Back to the previous interface. Restore to the factory settings. In The Box v. 98 Instruction Manual Smart Charger 1*SkyRC B6neo+ Smart Charger 1*Instruction Manual - 30 - to exit. Conformity Declaration SkyRC B6neo+ complies with all relevant and mandatory CE directives and FCC Part 15 Subpart B. - 31 - 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 [email protected] - 32 - The manual is subject to change without notice; please refer to our website for the latest version! Manufactured by SKYRC TECHNOLOGY CO., LTD. www.skyrc.com 2024.10 Floors 4, 5, & 8, Building 4, Meitai Technology Park, Guanguang South Road, Guanlan, Longhua District, Shenzhen 518110, China - 33 -