HobbyKing OrangeRx R910 User Manual

Manual OrangeRx R910 9Ch 2.4Ghz dupla porta compatível DSM2
OrangeRx R910 DSM2 Compatible 9Ch 2.4Ghz TwinPort Rx Manual
Introduction.
The HobbyKing OrangeRx 9 channel is the first DSM2 compatible receiver to support S. Bus technology. This gives DSM2 users the ability to use
S. Bus Servos, Gyros and flybarless systems.
Compatible with all DSM2 Air transmitters.
The new range of OrangeRx R910 receivers are built using original components and MCU's and with state of the art SMT automation to ensure a
quality product each and every time.
All OrangeRx receivers are QC tested before leaving the factory.
The OrangeRx will work with ANY DSM2 compatible 2.4Ghz transmitter.
The OrangeRx 9ch is only 14g in weight and 46x30x14mm in size with case, Great for medium/small planes & heli's, right up to large scale models.
Introdução.
O OrangeRx de 9 canais da HobbyKing é o primeiro receptor compatível com DSM2 para suportar a
tecnologia S. Bus. Isso permite que os usuários do DSM2 usem Servos S. Bus, Giroscópios e
sistemas flybarless.
Compatível com todos os transmissores DSM2 Air.
A nova linha de receptores OrangeRx R910 é construída usando componentes originais e MCU’s e
com automação SMT de última geração para garantir um produto de qualidade sempre.
Todos os receptores OrangeRx são testados antes de saírem da fábrica.
O OrangeRx funcionará com QUALQUER transmissor de 2,4 GHz compatível com DSM2.
O OrangeRx 9ch tem apenas 14g de peso e 46x30x14mm de tamanho com estojo, ótimo para aviões
médios / pequenos e heli, até modelos em grande escala.
Key features.
Super light weight 14g grams with case.
Compatible with DSM2 1024/2048 aircraft radio and module systems.
9 Channels Analog & Digital servo
Compact design 38mm x 26mm x 9mm, with case 46 x 30.7 x 14mm.
Single 195mm antenna for mounting in almost any location.
Input voltage: 3.7~9.6V.
2 x Satellite port included. TWIN SATELLITE PORTS
1 Port S.BUS OUT - Works with S.BUS servos and GY750.
Failsafe: All channels to bind position at signal loss.
Channels: 9chs + S. Bus (S. Bus can support up to 14 channels depending on your transmitter)
Sat Port: 2 (DSM2 remote receiver only)
Fail Safe types: Two (Smart safe or Preset Fail safe)
Características principais.
Super leve: 14g gramas com o estojo.
Compatível com sistemas de rádio e módulo de aeronaves DSM2 1024/2048.
9 canais analógicos e digitais.
Projeto compacto 38 mm x 26 mm x 9 mm, com estojo 46 x 30,7 x 14 mm.
Única antena de 195 mm para montagem em praticamente qualquer local.
Tensão de entrada: 3.7 ~ 9.6v.
2 x portas de satélite incluída. PORTAS DE SATÉLITE GÊMEOS.
1 Porta S.BUS OUT - Funciona com os servos S.BUS e GY750.
Segurança de falhas: Todos os canais para sincronizar a posição em caso de perda do sinal.
Canais: 9chs + S. Bus (o S. Bus pode suportar até 14 canais, dependendo do seu transmissor)
Porta Sat: 2 (apenas receptor remoto DSM2)
Tipos de segurança contra falhas: dois (segurança inteligente ou segurança de falha predefinida)

HobbyKing OrangeRx R910 Specifications

General

Brand	HobbyKing
Model	OrangeRx R910
Category	Receiver
Language	English

Summary

Introduction to OrangeRx DSM2 Receiver

OrangeRx 9 Channel DSM2 Receiver Features

First DSM2 compatible receiver supporting S. Bus technology for DSM2 users.

OrangeRx R910 Receiver Quality and Testing

Built with original components and SMT automation, QC tested before factory release.

OrangeRx 9ch Specifications

Lightweight (14g) and compact (46x30x14mm), suitable for various aircraft sizes.

Key Features of OrangeRx R910

Lightweight and Compatibility

Super light 14g, compatible with DSM2 1024/2048 aircraft systems, 9 Channels.

Compact Design and Antenna Mounting

Compact 46x30x14mm with a single 195mm antenna for flexible mounting.

Input Voltage and Satellite Port Details

Input voltage 3.7-9.6V, includes two TWIN SATELLITE PORTS for redundancy.

S.BUS and Failsafe Capabilities

Supports S.BUS servos/GY750, with failsafe for signal loss (bind position).

Receiver Binding Process

Receiver Binding Procedure Steps

Insert bind plug, power receiver, power transmitter holding bind button until LED is steady.

Satellite Port Functionality

Satellite ports included for increased redundancy and link strength using two CYP chips.

Fail Safe Setting Options

Setting Smart Safe Mode

Receiver and transmitter bind, then power off to set smart safe mode.

Configuring Pre-set Fail Safe

Set desired stick/switch positions, power on transmitter holding bind button to program.

S. Bus Functionality and Configuration

S. Bus System Description

Multi-channel signal output mode similar to Futaba, requires S. Bus servos and programming device.

S. Bus Servo Channel Setting Modes

Procedure to set S. Bus servos to work with CH1-CH8 (Mode A) or CH9-CH14 (Mode B).

Transmitter and Receiver Binding

Binding Steps for Connection

Insert bind plug, power receiver, set transmitter to bind mode, LED solid indicates connection.

Setting Failsafe Positions During Binding

Set failsafe positions (low throttle/neutral) on transmitter before binding for safety.

Importance of Post-Binding Rebind

Rebind the system after model setup to set true low throttle and neutral control surface positions.

Range Testing Procedure

Performing a Range Check

Stand 30 paces away, face model, enter range check mode on transmitter, verify control.

Receiver Power System Requirements

Key Power System Components

Includes battery pack, ESC capability, and wiring harnesses affecting adequate power delivery.

Minimum Voltage Requirement for Receivers

Receivers require a minimum operational voltage of 3.5 volts for reliable performance.

Failsafe Operation Details

Failsafe Behavior on Signal Loss

Throttle channel goes to preset failsafe, other channels hold last command on signal loss.

Benefits of Failsafe Functionality

Prevents unintentional motor response, eliminates servo over-driving on startup.

Receiver Power Only Operation

Throttle Channel Behavior Without Transmitter

Throttle channel has no output when only receiver is on to prevent ESC arming.

Other Channel Behavior Without Transmitter

Other channels hold last commanded positions when receiver is powered on without transmitter signal.

Post Connection Behavior

Restoration of Normal Control

Normal control of all channels resumes when transmitter is on and receiver connects.

Failsafe Action Upon Signal Loss

Failsafe triggers throttle to preset position on signal loss; other channels hold last command.