Turnigy T240 Reactor User Manual

T240T240

AC/DC 10A Touch Charger

TABLE OF CONTENTS

INTRODUCTION

SPECIFICATION

CAUTION and NOTES

BATTERIES INFO and MAX CHARGE CURRENT

MAIN MENU INFO

PROGRAM OF LiPo/Lilo/LiFe/LiHV

PROGRAM OF NiMH/NiCd

PROGRAM of PB (lead-Acid)

PROGRAM OF SMART

PROGRAM OF SETTINGS

PROGRAM OF MONITOR/CALIBRATION

PROGRAM OF MEMORY

ERROR INFORMATION

SUPPORT AND SERVICES

1

02

03

04

05

06

07

10

12

14

15

16

17

18

19

INTRODUCTION

Thank you for purchasing the Reaktor T240 charger. Designed for both rookies and professional,

this system is extremely versatile for the safety and the best use of your system, please read this

manual carefully.

3.2in

TOUCH
COLOR SCREEN

Power Switch

Output port

AC 100-240V

Balance port

PC Link

Temp.

DC 11-18V

PC Link

DC 11-18V

PC Link

2

SPECIFICATION

Product Model: Accessories

AC Input Voltage

DC Input Voltage

Charge Power

Charge Current

Discharge Current

LiIon/LiPo/Lilo/LiFe/LiHV

NiCd/NiMH

PB

Smart Battery

Net Weight

Dimension

T240 Reaktor AC/DC 10A
Touch Charger

100-240V

11-18V

AC INPUT (CH1+CH2=150W)
DC INPUT (120W*2)

0.1-10A*2

0.1-2A*2

1-6cells*2

1-15cells*2

2-20V*2

I/II/III*2

0.48kg

145x105x64mm

Adapter Board 2 set

Extra Cable x2 pcs

Extra Cable x1pc

AC Cord x1pc

3

CAUTION and NOTES

This charger is ONLY suitable for charge rechargeable LiPo, LiFe, LiHV, NiCd, NiMH, Smart
and Pb batteries. Do not attempt to charge dry cells, charge other types of batteries may
cause fire or explosion.

Set up the Input Power Limit/Low Input VOLT Cutoff correctly in the USER SETTING of the

DC power supply.

Pay attention to the charger during use. Do not leave the charger unattended.

Never charge the dead or damaged batteries.

Do not attempt to charge a battery pack containing different types of batteries.

Do not use damaged cables.

Do not use the charger close by a flammable object. Use only in well-ventilated areas.

Only charge the rechargeable batteries that meet the product specifications of this charger.

DO NOT allow water, moisture or foreign objects into the charger.

DO NOT use in humid locations. Do not operate with wet hands.

DO NOT attempt to disassemble the charger.

DO NOT use the charger on fleecy materials, such as carpets, blankets, beds and cushions.

DO NOT block the cooling fan and the air inlet.

Strongly recommend balancing Lithium packs. An unbalanced pack may damage during
discharging.

General default charging current is preset at 1C. Please read manual carefully of the battery

and setup the suitable current to charge the battery. Higher C charging/ discharge current may

damage the battery, even cause fire.

4

BATTERIES INFO and MAX CHARGE CURRENT

Battery Type

LiHV

LiPo

LiIo

LiFe

NiMH / NiCd

No. of Cells Rated Voltage (V)

1 3.8 0.1 - 10.0A
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
5
6
7
8

7.6 0.1 - 10.0A

11.4 0.1 - 10.0A

15.2 0.1 - 10.0A

19.0 0.1 - 10.0A

22.8 0.1 - 10.0A

3.7 0.1 - 10.0A

7.4 0.1 - 10.0A

11.1 0.1 - 10.0A

14.8 0.1 - 10.0A

18.5 0.1 - 10.0A

22.2 0.1 - 10.0A

3.6 0.1 - 10.0A

7.2 0.1 - 10.0A

10.8 0.1 - 10.0A

14.4 0.1 - 10.0A
18 0.1 - 10.0A

21.6 0.1 - 10.0A

3.3 0.1 - 10.0A

6.6 0.1 - 10.0A

9.9 0.1 - 10.0A

13.2 0.1 - 10.0A

16.5 0.1 - 10.0A

19.8 0.1 - 10.0A

1.2 0.1 - 10.0A

2.4 0.1 - 10.0A

3.6 0.1 - 10.0A

4.8 0.1 - 10.0A

6 0.1 - 10.0A

7.2 0.1 - 10.0A

8.4 0.1 - 10.0A

9.6 0.1 - 10.0A

Charging Current (A)

5

Battery Type

NiMH / NiCd

Pb

LiPo

LiIo

LiFe

LiHV

NiMH

NiCd

Pb

No. of Cells Rated Voltage (V)

9
10
11
12
13
14
15

1

2

3

4

5

6

7

8

9
10

11
12

Voltage Level : 4.2V/Cell Max Charge Voltage : 3.7V/Cell Discharge Voltage Cut
off Level : 3.0V/Cell or Higher

Voltage Level : 4.1V/Cell Max Charge Voltage : 3.6V/Cell Discharge Voltage Cut
off level : 3.0V/Cell or Higher

Voltage Level : 3.8V/Cell Max Charge Voltage : 3.3V/Cell Discharge Voltage Cut
off Level : 2.0V/Cell or Higher

Voltage Level : 4.35V/Cell Max Charge Voltage : 3.8V/Cell Discharge Voltage Cut
off Level : 3.2V/Cell or Higher

Voltage Level : 1.6V/Cell Max Charge Voltage : 1.2V/Cell Discharge Voltage Cut
off Level : 0.80V/Cell or Higher

Voltage Level : 2.45V/Cell Max Charge Voltage : 2.0V/Cell Discharge Voltage Cut
off Level : 1.50V/Cell or Higher

10.8
12

13.2

14.4

15.6

16.8
18

10
12
14
16
18
20

22.0

24.0

2
4
6
8

Charging Current (A)

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

0.1 - 10.0A

6

MAIN MENU INFO

LiFe

MEMORY

T240

Lilo

MONITOR

CH1CH1

LiPo

NiMH NiCD PB Smart

SETTING

CH2CH2

LiHV

CALIBRATION

Main Menu

Touch Sys tem
Contr oller

3.2 Inch

Touch Screen

Memory : Save Six

operation data

means CH-2 or CH-1 Swift image.

CH1CH1 CH2CH2

Note:

1. Two Channel are independent, and you can use different mode to operate .

2. If Channels has been not used, CH1 or CH2 press image, will automatically return
to main menu for operations

3. If Channels Has been used, CH1 or CH2 press image, will automatically return.

Security
Settings

NOTE: Please read carefully before doing anything!!

CH1CH1

CH1CH1

7

Battery Management, Checking

Battery Capacity, Voltage,

Calibrate Charger

CH2CH2

CH2CH2

Balancer

PROGRAM OF LiPo/Lilo/LiFe/LiHV

Please replace this instruction as below:
Instruction for charging LiPo, Lilo, LiFe, LiHV, please follow the below steps:
Step 1: Select Channel and Select Battery Type on the menu (Image 1)
Step 2: Select and adjust you desire battery related parameters (image 2)
Step 3: Select “ Start” operation will begin (image 3)

T240

CH1CH1

LiPo

LiFe

Lilo

1

NiMH NiCD PB Smart

MEMORY

SETTING

MONITOR

CH2CH2

CALIBRATION

STORAGE

LiHV

Battery Cell

Charge Current Discharge Current

BALANCE

CHARGE

CHARGE

End voltage

6S

5.0A Invalid

3200mV/S

DISCHARGE

CH1CH1

Ext.Temp:

Int.Temp:

Input Vol:

Voltage:

Current:

Capacity:

2

No Sensor

25 CC

14.73V

23.12V

0.60A

5mAh

LiPo(6S) BAL Charge

00:20:09

CH2CH2

3

LiPo(6S) BAL Charge

MODE 1 : STORAGE
MODE 2 : CHARGE
MODE 3 : BAL CHARGE
MODE 4 : DISCHARGE

CH1CH1

4.05V

4.05V 4.05V 4.05V 4.05V 4.05V

80% 80% 80% 80% 80% 80%

Warning! Next Step will be an example during operation. (T240 DUO)

WORKING INTERFACE

Step 3: If you often use the same battery, please touch Save icon ( Image2 ) to enter into Save

interface. Touch Unused icon to save the data and it will be easy for you to charge next time.

Note: 8 groups data can be saved

T240

CH1CH1

LiPo

LiFe

1

NiMH NiCD PB Smart

MEMORY

SETTING

Step 4. Select previous date to START (Image 5) to balance charging (Image 3), or touch BACK

icon into previous step (Image 2), and touch START to balance charge, (Image 6)

CH2CH2

Lilo

CALIBRATION

MONITOR

LiHV

STORAGE

Battery Cell

Charge Current Discharge Current

BALANCE

CHARGE

CHARGE

End voltage

6S

5.0A Invalid

2

DISCHARGE

3200mV/S

8

LiHv Auto
BAL Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

NiCd Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

CH2CH2

3

WORKING INTERFACE

LiPo(6S) BAL Charge

CH1CH1

Ext.Temp:

Int.Temp:

Input Vol:

Voltage:

Current:

Capacity:

NOTE:

2. Image 4 show each cell voltage and percent during LiPo charging.

3. Image 3 show all setting data for LiPo Charging.

means CH-2 or CH-1 Swift image

CH1CH1

Note: 1. If CH-2 has been not used, press image, return back to main menu, and use

2. If CH-2 has been used, press image, enter into CH-2 operation directly.

3. Two Channels are independent, and you can use different mode to operate.

00:20:09

No Sensor

25 CC

14.73V

23.12V

0.60A

5mAh

1. Image 3 show the graphic photo for LiPo Charging current and voltage.

CH2CH2

CH-2 operation.

CH2CH2

3

CH2CH2

CH1CH1

LiPo(6S) BAL Charge

CH1CH1

4.05V

4.05V 4.05V 4.05V 4.05V 4.05V

80% 80% 80% 80% 80% 80%

9

CH2CH2

PROGRAM OF NiMH/NiCd

Instruction for charging NiMH please follow the below steps:

Step 1. Enter to Menu, Select Battery Type (Image 8)
Such as: NiMH, Enter into “SET PARAMETER FOR NiMH BETTERY” (Image 9)
Step 2. Select “CHARGE” MODE, And set the related parameters (Image 9)

CH1CH1

LiPo

NiMH NiCD PB Smart

T240

LiFe

1

CH2CH2

LiHV

Lilo

DISCHARGE

CHARGE CYCLE MORE...

Battery Cell

15S

Charge Current Discharge Current

1.5A

Delta v

2

Invalid

4mV/S

SETTING

MEMORY

MONITOR

CALIBRATION

3

MODE 1 : CYCLE
MODE 2 : CHARGE
MODE 3 : DISCHARGE

Step 3: If you often use the same batterys, We Highly suggest you to save the feature by selecting

“Save icon” in the parameter menu. Click unused icon to save the data and it will be easy
for you to charge next time. (Image 10-11)

LiHv Auto
BAL Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

Next step will be an example at “MODE 2” (T240 DUO)
Note: 8 groups data can be saved.

NiMH Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

LiHv Auto
BAL Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

NiMH Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

2

10

1

WORKING INTERFACE

Step 4. Select previous data to START (Image 11) to Discharge (Image 12), or touch BACK icon

into previous step (Image 9), and touch START to charge. (Image 12)

WORKING INTERFACE

NiMH(15S) Charge

CH1CH1

Ext.Temp:

No Sensor

Int.Temp:

Input Vol:

Voltage:

Current:

Capacity:

means CH-2 or CH-1 Swift image

CH1CH1

CH2CH2

Note:

1. If CH-2 has been not used, press image, return back to main menu, and use
CH-2 operation.

2. If CH-2 has been used, press image, enter into CH-2 operation directly.

3. Two Channels are independent, and you can use different modes to operate.

00:00:09

25 CC

14.73V

22.2V

0.60A

5mAh

CH2CH2

CH1CH1

CH2CH2

11

PROGRAM of PB(lead-Acid)

Instruction for charging Pb please follow the below steps:

Step 1: Select Channel and Select Battery Type on the menu (Image 13)
Step 2: Select and adjust you desire battery related parameters (image 14)
Step 3: Select “ Start” operation will begin (image 13)

CH1CH1

LiPo

NiMH NiCD PB Smart

SETTING

MODE 1 : TRICKLE
MODE 2 : CHARGE
MODE 3 : DISCHARGE

Step 3. If you often use the same battery, please touch Save icon (Image 14) to enter into Save

Pb 6S
Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

T240

LiFe

MEMORY

interface. Touch Unused icon to save the data and it will be easy for you to charge next
time. (Image 15-16)

CH2CH2

LiHV

Lilo

1

CALIBRATION

MONITOR

Next step will be example at “MODE 2” (T240 DUO)

Note: 8 groups data can be saved

NiCd Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

6S

5A

1

CHARGE DISCHARGE

2

Delta v

2.40V/S

Invalid

NiCd Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

TRICKLE

Battery Cell

Charge Current Discharge Current

Pb 6S
Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

3

2

12

WORKING INTERFACE

Step 4. Select previous data to START (Image 16) to balance charging (Image 17), or touch BACK

icon into previous step (Image 16), and touch START to balance charge (Image 17)

WORKING INTERFACE

PB(6S) Charge

CH1CH1

Ext.Temp:

No Sensor

Int.Temp:

Input Vol:

Voltage:

Current:

Capacity:

Note: 1. Image 17 show the graphic photo for LiPo Charging current and voltage.

2. Image 17 show each cell voltage and percent during LiPo charging.

3. Image 17 show all setting data for NiMh Charging.

means CH-2 or CH-1 Swift image.

CH1CH1

CH2CH2

Note:

1. If CH-2 has been not used, press image, return back to main menu, and use
CH-2 operation.

2. If CH-2 has been used, press image, enter into CH-2 operation directly.

3. Two Channel are independent, and you can use different mode to operate.

00:20:09

25 CC

14.73V

23.12V

0.60A

5mAh

CH2CH2

CH1CH1

CH2CH2

13

PROGRAM OF SMART

Instruction for charging Smart Battery please follow the below steps:
Step 1: Select Channel and Select Battery Type on the menu (Image 1)
Step 2: Select and adjust you desire battery related parameters (image 2)
Step 3: Select “ Start” operation will begin (image 3)

CH1CH1

LiPo

NiMH NiCD PB Smart

SETTING

T240

LiFe

MEMORY

MODE1 : SMART I
MODE2 : SMART II
MODE3 : SMART III
MODE4 : User set

MONITOR

CH2CH2

LiHV

Lilo

1

CALIBRATION

Smart I
(11.1V/3S)

Smart II/IV
(15.2V/4S)

Smart III
(22.8V/6S)

Digital power

(5-28v)

Next step will be example at “MODE 4”

Step 2. Select START (Image 19) to charging (Image 20)

Smart Battery power supply

CH1CH1

Ext.Temp:

Int.Temp:

Input Vol:

Voltage:

Current:

Capacity:

means CH-2 or CH-1 Swift image.

CH1CH1

Note: 1. If CH-2 has been not used, press image, return back to main menu, and use

2. If CH-2 has been used, press image, enter into CH-2 operation directly.

3. Two Channel are independent, and you can use different mode to operate.

00:20:09

No Sensor

25 CC

14.73V

23.12V

0.60A

CH2CH2

CH-2 operation.

CH2CH2

Note: Image 20 show the graphic photo for the current

and voltage for the smart charge.

CH2CH2

CH1CH1

13

CH1 SMART BATTERY

Max voltage

26.1V

Max current

4.0A

2

3

PROGRAM OF SETTINGS

Step 1. Enter to Menu, Select Setting (Image 21), into set interface. (Image 22-24)

T240

CH1CH1

LiPo

LiFe

NiMH NiCD PB Smart

MEMORY

SETTING

1

PUBLIC
SETTINGS

Buzzer volume

middle

Balance Speed AC Power CH1/CH2

normal

EXIT

PUBLIC
SETTINGS

INt.Temp Cut-off

80 C

Capacity Cut-off Safety Time Cut-off

10A.0Ah

EXIT

PUBLIC
SETTINGS

INt.Temp Cut-off

80 C

Capacity Cut-off Safety Time Cut-off

10A.0Ah

EXIT

CH1

SETTINGS

CH1
SETTINGS

CH1
SETTINGS

Lilo

MONITOR

Low input voltage

10.0V

60W/60W

Ext.Temp Cut-off

60 C

240min

Ext.Temp Cut-off

60 C

240min

CH2
SETTINGS

CH2
SETTINGS

CH2
SETTINGS

CH2CH2

LiHV

CALIBRATION

Set the volume of the buzzer. Keep Beep default: Middle, Low/
Middle/High/Off optional

In this menu, you can set the cutoff input voltage of the power supply
of the charger to protect your power supply. The charger will cutoff
working when input voltage lower than the setting value, Range from

11.0-18.0V, Default: 10.0V

In this menu, you can set the charge power limit to meet your power
supply. The charge will work under the setting value.

Balance control of LiPo/Lilo/LiFe/LiHV, you can set the balance control
to meet your demand. Normal/Fast/Slow optional. Default: Normal
* Fast: Balance speed fastest, less accurate. *Slow: Balance Speed
lowest, more accurate.
*Normal: Balance speed and accurateness between Fast and Slow

In this menu, you can set the cutoff internal temperature to protect
your battery. The charger will cutoff working when the internal
temperature is higher than the setting value range from 30°-85°C,
Default: 80°C

In this menu, you can set the cutoff capacity to protect your battery.
The charger will cutoff working when the capacity is more than the
setting value. Range from off - 65.0Ah, Default: 10.0Ah

In this menu, you can set the cutoff external temperature to protect
your battery. The charger will cutoff working when the external
temperature is higher than the setting value (an External temperature
sensor is needed). Range from 30-85°C, Default: 60°C

In this menu, you can set a safety time to protect your charger and
battery. The charger will cutoff working when the safety time is up to
the setting value. On/Off optional, range from 1-600 minutes,
Default: 240 minutes

15

PROGRAM OF MONITOR/CALIBRATION

ONE:

Enter into Menu, select Monitor (Image 25) and into BATTERY MONITOR (Image 26)

BATTERY MONITOR

T240

CH1CH1

LiPo

LiFe

NiMH NiCD PB Smart

MEMORY

SETTING

1) Meter LiXx (LiPo/Lilo/LiFe/LiHV) battery status. (Image 27)

2) Meter LiXx (LiPo/Lilo/LiFe/LiHV) battery internal resistance. (Image 27)

3) LiXx (LiPo/Lilo/LiFe/LiHV) battery balancer. (Image 28)

means CH-2 or CH-1 Swift image

CH1CH1 CH2CH2

Note:

1. If CH-2 has been not used, press image, return back to main menu, and use

2. If CH-2 has been used, press image, enter into CH-2 operation directly

3. Two Channel are independent, and you can use different mode to operate

TWO:

Step 1. Enter to Menu, select Calibration (Image 29), into “CHARGER CALIBRATION” (Image 30)
Step 2. Select “RESET” (Image 30) recover original setting (Image 30)

CH2CH2

LiHV

Lilo

CALIBRATION

MONITOR

1

CH-2 operation.

CH1CH1

4.05V

4.05V 4.05V 4.05V 4.05V 4.05V

8m

8m

CH2CH2

CH1CH1

8m

CH2CH2

8m8m8m

BALANCE

1

BATTERY MONITOR

CH1CH1

4.05V

4.05V 4.05V 4.05V 4.05V 4.05V

80% 80% 80% 80% 80% 80%

CH2CH2

MEMORY

T240

LiFe

Lilo

MONITOR

CH1CH1

LiPo

NiMH NiCD PB Smart

SETTING

CH2CH2

LiHV

CALIBRATION

C1 voltage

4.20V 4.20V

C2 voltage

4.20V

C3 voltage

4.20V

C4 voltage

C5 voltage

C6 voltage

4.20V

4.20V

1

16

PROGRAM OF MEMORY

Step 1. Enter into Menu, select Memory (Image 31)
Step 2. Select correct icon as exact battery typeimage 32, and select “Modify” icon, (Image 33)

T240

1

T240

1

CH2CH2

LiHV

Lilo

Smart

CALIBRATION

MONITOR

CH2CH2

LiHV

Lilo

CALIBRATION

MONITOR

CH1CH1

LiPo

LiFe

NiMH NiCD PB

MEMORY

SETTING

Step 1. Enter into Menu, select Memory (Image 31)
Step 2. Select “START” icon (Image 32), and select “CELL” Icon (Image 34) (Image 35)

CH1CH1

LiPo

LiFe

NiMH NiCD PB Smart

MEMORY

SETTING

Pb 6S
Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

Pb 6S
Charge
Curr: 5.0A
TVC:4.36V/S

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

MODIFY

MODIFY

NiCd Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

CHARGE DISCHARGE

TRICKLE

Battery Cell

Charge Current Discharge Current

End voltage

6S

5.0A

4.20V/S

Invalid

DELETE

2

LiPo(6S) BAL Charge

CH1CH1

00:20:09

Ext.Temp:

No Sensor

Int.Temp:

25 CC

Input Vol:

7.28V

Voltage:

23.8V

Current:

1.70A

Capacity:

2

Image 34

CH1CH1

0mAh

LiPo(6S) BAL Charge

DELETE

NiCd Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s

LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S

CH2CH2

3

CH2CH2

17

Image 35

4.05V

4.05V 4.05V 4.05V 4.05V 4.05V

80% 80% 80% 80% 80% 80%

ERROR INFORMATION

Input voltage is higher than 30V, check the power supply, then restart the charger

Input voltage is lower than the value of LOW INPUT VOLTAGE CUT-OFF, check
the power supply, then restart the charger.

Reverse polarity, check the connection between the charger and the battery,
correct the connection, then restart the work.

Battery disconnect, check the connection between the charger and the battery, then
restart the work.

Total voltage of the battery is over the termination voltage control (TVC), check the
battery and the TVC setting, then restart.

Total voltage of the battery is lower than the termination voltage control (TVC),
check the battery and the TVC setting, then restart.

Cell count detected by the charge is different from the setting, check the battery cell
count and reset the cell count of the work.

Cell voltage of the battery pack is over the termination voltage control (TAC), check
the battery and the TVC setting, then restart.

Cell voltage of the battery pack is lower the termination voltage control (TVC),
check the battery and the TVC setting, then restart.

Full battery, no need to charge.

External temperature is higher than the setting value, cutoff. Capacity is over than
the setting value, cutoff.

Capacity is over than the setting value, cutoff.

Time is up to the setting value of Saftey Timer, cutoff.

<NOTE>

The charger will send out an alert and
pop-up window if the battery packs
setting is incorrect (Image 38).

18

SUPPORT AND SERVICES

WARRANTY

Hobbyking provide a period of one year product warranty from the date 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 use guideline in this manual.

LIABILITY EXCLUSION

This charger is designed and approved exclusively for charge the types of battery stated in this

manual. HobbyKing do not accept any liability if the charger is used for any purpose other than

that stated. We are unable to ensure you follow the instructions come with the charger, and we

have no control over the methods you employ for using, operating and maintaining this device. For

this reason we are obliged to deny the liability for loss, damage or costs which are incurred due to

the incompetent or incorrect use and operation of this product, or which are connected with such

operation in any way. Unless otherwise prescibed by law, our obligation to pay compensation,

regardless of the legal argument employed, is limited to the invoice value of those products which

were immediately and directly involved in the event in which the damage occurred

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