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Introduction

The RB-30/RB-40 utilizes all the trusted attributes of the previous Redundancy Bus series along with adding new features 
to meet the needs of an ever-growing range of users.

The upgraded redundancy hub

Previous redundancy bus models offered a dual-power with a dual-receiver design, the RB-30/RB-40 allows the user to use 
a triple redundancy by adding a multiplex port (RX3 IN / SBUS Out) and uses a set of standard XT30/XT60 plugs which 
provides a safe and efficient way to provide power.

Up to 24 PWM channels with overload protection

The RB-30/RB-40 supports connecting up to 24 high-voltage servos with overload protection added to each output channel. 
Eight of the channels (CH1-8) are equipped with current sensors.

The diversified sensors

The RB-30/RB-40 is an extensive sensor module with a built-in gyroscope that supports model stabilizing functions and 
includes other diversified telemetry feedback like the voltage, power consumption, altitude, and a lot more. It can be used 
as an alternative to using a GR or S series receiver.

NFC Switch & Automatic data logging functions

The non-contact NFC switch is an external device that enables the power to be switched on/off on command without the 
need to plug/unplug the battery connections. Once power is connected, the black-box function is automatically activated 
and immediately starts recording the data.

Menu scroll button, LCD screen & CNC case (RB-40 Only)

The RB-40 features a display screen that is comparable in size to one found on the X-Lite series radio. Navigating and 
configuring telemetry data is even more convenient thanks to the scroll button. Even considering all these features while 
maintaining durability, the RB-40 weighs only 260 grams thanks to the hybrid design of carbon fiber and aluminum 
materials.

Overview  

NON-CONTACT 

SWITCH

VBAT1

VBAT2

DUAL POWER TRIPLE RECEIVER

TRIPLE GUARANTEE

24 CHANNEL SERVO INTERFACE

VOUT1

VOUT2

RX1 

IN

RX2 

IN

RX3 

IN

/SB

US 

OU

T

S.P

OR

T

RX1 S.
P

RX2 S.
P

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Summary of Contents for RB-30

Page 1: ...FrSky Electronic Co Ltd RB 30 RB 40 Manual Version 1 0...

Page 2: ...diversified telemetry feedback like the voltage power consumption altitude and a lot more It can be used as an alternative to using a GR or S series receiver NFC Switch Automatic data logging functio...

Page 3: ...PWM servos Overload Protection on Each Channel Channel 1 8 with Current Detection Supports Stabilization Function with Built in Gyroscope Sensor Multiple configuration methods Lua script and FreeLink...

Page 4: ...et the PWM output of RB 30 RB 40 from which RX channel Page 5 Ch17 Map 0 0 0 Ch18 Map 0 0 0 Ch19 Map 0 0 0 Ch20 Map 0 0 0 Ch21 Map 0 0 0 Ch22 Map 0 0 0 Ch23 Map 0 0 0 Ch24 Map 0 0 0 Ch 9 Map 9 9 9 Ch1...

Page 5: ...RBnA the current of battery n RBCS About the telemetry values Note I hold means the maximum current passes through the device without tripping under the above three conditions I trip means the minumum...

Page 6: ...should be connected to the corresponding servos Set up your model and receiver You need to complete calibration of Accelerometer about the six positions via the RB 30 RB 40 Lua FreeLink APP firstly St...

Page 7: ...Stabilization Automatic level Hover Knife edge Conventional Model Conventional model Page 11 Layout The available flight modes can be assigned to CH10 and CH11 with three position switches CH10 SW mid...

Page 8: ...vel When the mode is activated RB 30 RB 40 will make the model return to level orientation with internal three axis accelerometer and three axis gyroscope on AIL and ELE channels after the sticks bein...

Page 9: ...RB30 RB40 Calibration Page 15 FrSky radio LUA configuration take RB 40 for example Copy the RB30 RB40 Lua files to the SD card of the transmitter Bind the RX to the transmitter and run the files RB30...

Page 10: ...libration Step 1 Front side up Open the script follow the instructions place RB30 40 on the front and click OK When the LED lights are flashing and the calibration is completed click next step RB30 40...

Page 11: ...Page 19 Page 20...

Page 12: ...Page 21 Page 22...

Page 13: ...Step 2 Front side down Step 3 Top side down Page 23 Page 24...

Page 14: ...Step 5 Right side up Page 25 Page 26 Step 4 Top side up...

Page 15: ...e down Page 27 The LED should be pluged into CH24 port before calibration The positive and negative values related to three axis gyroscope and accelerometer make a total of six values that need to be...

Page 16: ...trated above Please follow the on screen instructions Click the Calibration button and wait until the BLUE LED flashing indicating the calibration on this orientation has been completed Repeat the abo...

Page 17: ...to CH1 CH6 except the stick related to Thr and check the channel output limits ensuring that the signal outputs of RB 30 RB 40 will not damage the corresponding parts on the model In the end RB 30 RB...

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