Lipo Accessories

This is the best Insurance to Fly Safe and to keep your Lipo packs goinf Under charge and inflate..

Lithium Battery monitor showing your battery status in use, When the voltage of battery will drop TO SAFE LEVEL, the monitor will start to show it Visually and also audible with High DB Piezo buzzer. With the help of this monitor you can detect end of Flight, or any problems in your heli or airplane, and will help you to land safe.

Special Light led and sound will be heard / seen from long distance.

This product designed to work with ALL lipos 5S 18.5V

Working status as following:

- 18.5 v+ Blue light shines
- 18.5~18.1v Blue light flashs
- 18.1~17.8v, Red light shines
- Below 17.8v, Red light flashing & Beep
   From this time, you have around 30 seconds to land ( More then enough time )

This is the best Insurance to Fly Safe and to keep your Lipo packs goinf Under charge and inflate..

Lithium Battery monitor showing your battery status in use, When the voltage of battery will drop TO SAFE LEVEL, the monitor will start to show it Visually and also audible with High DB Piezo buzzer. With the help of this monitor you can detect end of Flight, or any problems in your heli or airplane, and will help you to land safe.

Special Light led and sound will be heard / seen from long distance.

This product designed to work with ALL lipos 2S - 7.4v

Working status as following:

- 7.4 v+ Blue light shines
- 7.4~6.8v Blue light flashs
- 6.8~6.6v, Red light shines
- Below 6.6v, Red light flashing & Beep
   From this time, you have around 30 seconds to land ( More then enough time )

Battery Copper bridge bars, to solder packs together.

Made from Copper , excellent resistance to Vibrations, and Zero Loss of Energy.

Pack of 10

BID System
A vast array of different battery types is now available to the modeller, and the range is constantly growing larger; the problem is that each battery type requires its "own" charge process. The usual solutions to this are familiar to all of us: either a large number of individual battery chargers, or a universal battery charger - a popular option. Of course, these universal chargers must be set correctly to suit each battery type, and it is necessary to define the cell count, charge current, discharge current etc. manually. It is very easy to lose track of things, forget how to change the settings, or - in the worst case - charge a battery using the wrong settings.

Which of us hasn`t made this mistake: you need to top up some battery or other in a hurry, you switch the system on with the wrong settings - and in a moment your valuable battery is damaged, or perhaps < even ruined. The revolutionary BID system from robbe now offers an ingenious solution to this problem. BID system stands for Battery IDentification System. A small, lightweight BID chip is assigned to each battery; the chip stores all the relevant data for charging and discharging that pack perfectly.

When the battery is to be charged or discharged, the BID chip and the battery are connected using a BID battery charger, and the BID system informs the charger of the required parameters. Press the Start button, and the charge or discharge process begins.The special advantages of the BID system are as follows: no tiresome searching through menus for the set-up parameters, maximum protection from mis-handling, and storing of the relevant battery data in the BID chip.
The BID chip is so small and light (0.5 g) that it can be attached to the battery itself, or fitted inside the heat-shrink sleeve. Sockets at both ends ensure simple handling, and save the weight of extra cables.

Introducing Charge Marker, the manual battery indicator. Charge Marker is a quick, simple, visual gadget that permanently adheres to your rechargeable battery to help you keep track of its charge status – no connections, no fuss!

Operation for Use:
Once your battery is charged simply slide the manual slider to green to indicate that the battery is ready to use. When you have discharged your battery slide the slider to red to indicate that it needs recharging. It’s really that simple!

Installation:

1. Choose an appropriate location for the Charge Marker on the battery.*
2. Make sure that the selected battery surface is relatively flat (it is not recommended to mount on batteries that only have cylindrical form).
3. Ensure that the selected surface is clean i.e. free from dust, dirt and oils.
4. Remove the adhesive backing and apply to battery, pressing down firmly and leave for one hour before use.

Specifications:

• Height:  2.75mm
• Width:  9.2mm
• Length:  27.5mm
• Mass:  0.35 grams

*Note: Charge Marker has a height of 2.75mm and should be located in an area that will not interfere with surrounding geometry when the battery is installed.

FrSky FLVSS LiPo Voltage Sensor with SMARTPort

This is a new sensor designed and developed by FrSKY to collect important flight information and performance data which can then be transmitted via the SMART PORT of telemetry-enabled receivers such as X8R, X6R, X4R, etc to a Taranis Transmitter

This particular sensor is used to monitor the voltages of LiPo packs. It  incorporates a colourful easy-to-read (even in the dark!) OLED (organic light-emitting diode) display showing both total voltage and individual cell voltages.
Simply plug in your LiPo balance plug to view the voltage readings.
Two FrSKY LiPo Voltage Sensors can be combined to detect up to 12S LiPo packs.

This sensor may also be used as a handy, pocket-size, stand-alone LiPo checker.

ID Set up:
Each type of FrSky Smart Port enabled sensor has its unique physical ID. The default physical ID for this sensor is 02. The ID number can be changed using the FrSky Servo Channel Changer. Please refer to the instruction manual for the FrSky Servo Channel Changer for details.

Features:

• Accurate display of LiPo cell voltages
• Clear OLED disply - can even be read in the dark!
• Light weight - only 5.2g
• Compatibility: FrSky Smart Port enabled receivers, such as X8R, X6R, X4R, etc.

Specification:

• Measurement range: single cell (3.7V) to 6S (22.2V) LiPo
• Cell voltage display range: 0.20V~4.20V
• Voltage display resolution: 0.01V
• Voltage detection precision: 0.03V
• Current of the board: 15.5mA
• Operating temperature range: -30 to +70C
• Screen resolution: 128 x 64 pixels
• Display: OLED screen
• Dimensions: 45 x 21 x 7mm
• Weight: 5.2g
• Measurement range: 1cell 3.7v to 6cell 22.2v

This is the best Insurance to Fly Safe and to keep your Lipo packs going Under charge and Model loss.

Lithium Battery monitor showing your battery status in use, When the voltage of battery will drop TO SAFE LEVEL, the monitor will start to show it Visually and also audible with High DB Piezo buzzer. With the help of this monitor you can detect end of Flight, or any problems in your heli or airplane, and will help you to land safe.

Special Light led and sound will be heard / seen from long distance.

This product designed to work with ALL lipos 3S- 8S

Lipo packs must not be discharged below approximately 3.0 Volts per cell. Even a single deep discharge may permanently damage your pack. The tiny Lipo Voltage Guard operates in parallel with your Electric Speed Controller. It will flash a LED when your pack drops below a preprogrammed voltage threshold. The factory setting is for 3 cells , 3.0V per cell, with 'timed minimum hold'. The LiPo Voltage Guard may be easily reprogrammed to suit your own requirements with your transmitter/ receiver the supplied programming lead and your flight pack or power supply capable of any voltage between 5 and 45 volts.

Specifications:

Microprocessor controlled, auto calibrating, 10-bit A/D converter with digital signal processing.

Operating voltage: 5V - 45V
Minimum threshold: 5V (2 cells, 2.5V / cell)
Maximum threshold: 34V (10 cells, 3.4V / cell)
Precision: 1% or better
Current draw: 35mA during alarm state, <10mA otherwise
Weight: 4g
Size: 28mm x 20mm x10mm

RC lost Airplane/helicopter/drone  finder Alarm.

• Connect the alarm between the servo and the receiver, i.e. act as a servo extension cord.
• Turn on your TX. and you will hear 2 x beep sound.
• Do not move any of the control stick on the TX or simply turn off the the TX. You will hear a continuous beep sound after 1 minute. It will stop once u turn on your TX or move the control stick.
• If you ignore the continuous beep sound for around 2minutes, the beep sound will change the a louder V sound.
• You need to disconnect the alarm from the receiver in order to switch of the alarm.

Specifications:

• RC Radio Control  Lost Finder Tracker
• Suitable Controller: All PPM/FM, PCM/FM, AM Tx/Rx
• Loud >85dB alarm gets your attention
• Two alarm tones pattern
• Works with AM/FM PPM or FM/PCM R/C systems
• Plugs into any standard servo channel
• Operating Voltage(v) : 4-6v
• Current Drain(mA) : 1-35
• Can be heard in 50 meter distance

How to set up

1. 1. Connect the lost alarm between the servo (the one which runs when flying) and the receiver, i.e. act as a servo extension cord
2. 2. Turn on your transmitter
3. 3. Turn on your receiver then you will hear two beep sound
4. 4. To test if it is functioning:
5. Do not move any of the control stick on the transmitter for 1 min. or simply turn it off
6. You will hear a continuous beep sound after 1 minute
7. If you ignore the continuous beep sound for around 2 minutes, the beep sound will change to a louder V sound
8. It will stop once you move the control stick or power off the receiver
9. 5. If you cannot find you plane, do not move the control stick or turn off your transmitter for 1 min for the alarm sound
10. 6. By the tracking sound, you will be able to locate your RC plane / Helicopter
11. 7. To stop the alarm : Move the control stick or Power off the receiver
12. Can be connected to any kinds of servo
13. Should be connected to the servo that runs when flying

Matek  3in1 device with LiPo Battery monitor, Discovery buzzer & Signal loss alarm functions. Build in ultra-high brightness LED & twin loud buzzers

Specifications:

1. Working voltage: 5.2~26V DC, 2~6Cells LiPo
2. Standby current less than 10mA
3. Working current, Max 120mA (blinking & beeping)
4. Voltage threshold setting: 3.4~3.7V/cell (Red LED)
5. Twin loud buzzers, 85db each
6. Ultrahigh Brightness LED, 20lm, 0.2w, Blue
7. Size: 20x30x6mm,
8. Weight: 7g

How to use

1. Battery monitor function (F1)

It can monitor 2~6S LiPo voltage status & notify you once the cells reach the defined voltage.
The voltage threshold of alarm & flash can be customized between 3.4V~3.7V/Cell.
1.1 If the LiPo voltage is in the range of following, The BM3in1 will detect the cell numbers automatically when the LiPo is connected.

• 7.4～8.6V: 2cells LiPo
• 11.1~12.9V: 3cells LiPo
• 14.8~17.2V: 4cells LiPo
• 18.5~21.5V: 5cells LiPo
• 22.2~25.8V: 6cells LiPo

The BM3in1 will alarm “Be” & the voltage threshold red LED will be shown.

Hold the button 3 seconds to enter the setting of the voltage threshold.
Press button to set the alarm threshold between 3.4~3.7V/Cell(red LED) .
The value will be saved & exit if no action within 10 seconds.
During the using of LiPo, BM3in1 will detect the voltage always.
If the total voltage is below “threshold * cells”, the alarm & blink will be triggered with “Be..Be..Be……”
If the total voltage rise again, the alarm & blink will be suspended.

 If the LiPo voltage is out of the aforesaid range. The BM3in1 will alarm “Be..Be..Be” & 4 red LEDs light. Pls check if the battery total voltage is below 3.7V*cells

2. Discovery buzzer function (F2)

It is easy to use the function, Just plug it in one Aux channel(e.g. Gear).
Move the toggle switch to one side or another side, the BM3in1 will alarm “BeBeBeBeBe” & blue LED blink.

3. Signal loss alarm function (F3)

It can warn you if you turn off the transmitter first by mistake, if you have trouble finding a model in the long grass…

Turn on the transmitter first. Hook BM3in1 to the receiver THRO channel, then plug battery into model. It will detect the loss of TX signal, and emit a loud alarm “BeBe…BeBe…BeBe…” & the blue LED blink.

RX power on, the alarm & blink will be triggered as following

Turn off the transmitter first. and keep one minute.
The radio power on, but no action of stick or no signal change within one minute.

Mikado VBar Control Battery ID Sensor

Benefits at a glance:

• Automatic detection of flight pack batteries in a model.
• Battery logbook stored in the radio automatically.
• Simplified battery management.

Required accessories:
VBar Control radio 04841 or set 04842, 04843 with VBar Control RX-Satellite and VBar with Spektrum-Satellite-Connectors (Telemetry-Bus).
Current/Voltage/Capacity Sensor 04890.
Battery ID Tags 04908 (10-pcs. each; 5 pcs. included with each sensor).

Consumer benefits:
Less risk of damaging batteries by deep discharge when using flight packs with different capacities or of different age.
Automatically creates and stores logbooks in VBar Control for all flight packs that have already been entered,
which can be analyzed on a computer later on.
Automatic selection of known batteries in VBar Control, independently from the selected model: plug & fly.