Certification Exhibit FCC ID: ONTJETIREX12US IC: 10491A-JETIREX12US FCC Rule Part: 15.247 IC Radio Standards Specification: RSS-247 ACS Project: 15-2048 Manufacturer: Esprit Model Models: JETIREX12US, JETIREX10US, JETIREX7US User Manual 3998 FAU Blvd.
computer radio control system COMPLEX RADIO CONTROL SYSTEM EN User Manual Receivers REX FW 1.
computer radio control system EN ENGLISH 1. Introduction ......................................................................................... 03 2. Technical data ...................................................................................... 04 3. Installation ........................................................................................... 05 3.1 Voltage Supply ........................................................................... 05 3.2 Operation ........................
computer radio control system EN 5.1.2 Wireless connection between a JETIBOX with transmitter or DC/DS transmitter and the receiver ..... 09 5.2. Receiver set-up via the DC/DS transmitter ............................ 10 6. Receiver Menu ......................................................................................... 11 6.1 Overview of receiver data items ............................................ 11 6.2 Measure .................................................................................
EN computer radio control system REX Receivers ENGLISH 1 Introduction FW. ver. 1.00 JETI Duplex receivers are designated for use with the DC/DS transmitters or the JETI transmitter modules in the 2.4 GHz frequency band. The system is continuously improved. Thanks to online updates the improvements are easily accessible to users from any part of the world.
EN computer radio control system earlier Duplex versions. By design, users are not forced to continually buy new equipment to take advantage of the latest improvements. The JETI model company portfolio contains a diverse offering of electronic modelling equipment like voltage regulators, motor speed controllers, telemetry data display equipment, telemetry sensors and, last but not least, DC/DS transmitters.
computer radio control system EN 3 Installation 3.1 Voltage supply When designing the on-board wiring for your project, always pay attention to the voltage input range of your receivers and servos.
computer radio control system EN 3.3 Binding When using a new receiver or transmitter it is necessary to carry out the binding process between them. Transmission between the receiver and transmitter occurs in fully digital manner, therefore it is necessary to identify and share the addresses of each device communicating on the mutual 2.4GHz frequency band. Procedure: 1. Insert the BIND PLUG (included in the receiver packing) into the receiver socket labeled Ext. 2.
computer radio control system EN seconds elapse the receiver returns to setup mode and the binding process must be repeated by starting again from step 3. If the binding process between receiver and transmitter was unsuccessful, try again. You may bind an arbitrary number of receivers to one transmitter. The receiver, however, can only be bound to one transmitter, i. e. the receiver is only bound to the most recently bound transmitter. As long as the BIND PLUG is inserted into Ext.
computer radio control system EN 4 Real time telemetry Every receiver is able to transmit the actual voltage supplied to the on-board system (i. e. receiver voltage) without the need to connect any additional external sensors. If you want to take advantage of extended telemetry, connect a telemetry sensor to the Ext. input of the receiver.
computer radio control system EN 5 Receiver setup 5.1 Receiver setup via the JETIBOX There are two receiver setup modes. The first is receiver setup via the JETIBOX, JETIBOX profi or JETIBOX emulation in the DC/DS transmitters, the second one is direct setup of the receiver with a DC/DS transmitter. 5.1.
computer radio control system EN paragraph 5.1.1). Wireless connection is only possible when a receiver is in“Normal“ mode (MeasureOrSetting->Main Setting >Rx mode: Normal). The JETIBOX can be disconnected only after you disconnect the receiver voltage supply. You may monitor the on-board state of your receiver during your model‘s operation. Pay particular attention, of course, to your setup work. If it is possible, we do not recommend changing setup parameters during model operation.
computer radio control system EN 6 Receiver menu 6.1 Overview of receiver data items The introductory display shows the receiver type. By pushing the R key (arrow down) more detailed data of receiver and transmitter can be displayed. Pairing - by pushing the U key (arrow up) pairing of the receiver with the transmitter will be executed. Pairing of the receiver should only be carried out when JETIBOX is directly connected to the receiver. RX/TX- RX item shows the unique production number of the receiver.
computer radio control system EN and indicates the limit values and extremes which occurred during operation; at the same time it also shows the actual receiver voltage. Without switching on the paired transmitter the values MAX and MIN will not change, only the value of the actual voltage ACT will be updated. In order to delete MAX and MIN values, keys L (arrow left) and R (arrow right) must be pressed simultaneously. RX Signal Level - strength of radio signal from Tx to Rx. 6.
computer radio control system EN Output Period - output signal period setup (initial setup for the Autosynchronizing mode with the transmitter). This parameter is fundamentally influencing servo behaviour. With lower output period values the reactions (response) of analog servos become faster, but current consumption increases. With a too low setup value some servos may even start chattering.
computer radio control system EN Rx mode - the working mode of the receiver.
computer radio control system EN 6.4 Out pin set Setup of the physical receiver outputs. Set Output pin - selection of output, which goes for the following setup. The menu item shows, as a decimal number, the throw of the selected output. Receiver output 1 is labeled as Y1. Pin Config - receiver pin config can be: Servo ź standard impulse output for servos (-100% = 1ms, 0%= 1,5ms / +100% = 2ms ) Digital ź the output pin is in a stable LOW condition (log.
computer radio control system EN PPM neg.- standard form of PPM signal generation with negative logic at PPM outputs. The bus idle state is log.1. PPM input - for the given input there a PPM signal is expected from the connected receiver JETIBOX EX - telemetry sensor connection or data stream for JETIBOX EX Bus/EX Bus HS - digital communication, when transmits throw and telemetry information with configuration possibilities of equipment connected to this bus, for instance by a DC/DS transmitter.
computer radio control system EN Output Trim - neutral throw setup for receiver output Gain A - amplification of the output throw in the negative half-plain A (from -150 to 0%) Gain B - amplification of the output throw in the positive half-plain B (from 0% to 150%) Signal Fault - setup of the receiver behaviour in case of signal loss, „hold“- holds the most recent control throw, „out off“ – output switch-off (no signal generated),„failSafe“ – moves to preset throws for the individual outputs FS position
computer radio control system Assignment table of receiver outputs: Pin1 Pin2 Pin3 Pin4 Pin5 Pin6 Pin7 Pin8 Pin9 Pin10 Pin11 Pin12 Pin13 Pin14 REX 6 REX 7 REX 10 REX 12 Y1 Y2 Y3 Y4 Y5/E1 Y6/E2 Ext. Y1 Y2 Y3 Y4 Y5 Y6/E1 Y7/E2 Ext. Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8/E2 Y9 Y10 Bat. Bat. E1 Ext. Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8/E2 Y9 Y10 Y11 Y12 E1 Ext. • - Output types: Y - servo output, dig. out, dig. input E1,2 - JETIBOX-EX, PPM out, PPM input, EX-Bus, UDI Ext. - JETIBOX-EX 6.
computer radio control system EN 7 Receiver update Duplex REX receivers can be updated via PC with the aid of the JETI USB adapter. You may find a detailed description of the receiver update process in the USB adapter instruction manual.
computer radio control system 8 Examples of Rx setup Classic setup of a single receiver (for any analogue/digital servos) - servo impulses are generated on servo outputs - each output can be assigned to one of the groups from A to H - servo outputs assigned to one group are generated at the same time - between two consecutive servo groups there is a delay of 2.5ms FailSafe Enabled SignalFaultDealy OutputPeriod 17 ms 1.
computer radio control system Receiver with the PPM output - possibility to select PPM pos./neg. - PPM output can be selected on E1 or E2 output FailSafe OutputPeriod E1 or E2 Enabled 20 ms PPM pos. Rx mode OutputChannelCnt Normal 8 PPM Mode Direct Receiver with the PPM output in the function of backup receiver - PPM output can be selected on E1 or E2 output - no output repetition or fail safe is carried out.
computer radio control system Receiver with the UDI output - suitable for connection of devices with unidirectional UDI interface (e.g. VBar) - UDI output can be selected on E1 or E2 output - the servo impulses are generated on other servo outputs, it is possible to connect telemetry sensors to the Ext.
computer radio control system Button right Button down Button up Button left Button for switching input Ext.
computer radio control system 24 EN
computer radio control system THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES. O P E R AT I O N I S S U B J E C T TO T H E F O L LO W I N G T W O CONDITIONS(1) THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE, AND (2) THIS DEVICE MUST ACCEPT ANY INTERFERENCE RECEIVED, INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION.
computer radio control system Operation is subject to the following two conditions: (1) this device regulations, this radio transmitter may only operate mayUnder not Industry cause Canada interference, and (2) this device must accept any using an antenna of a type and maximum (or lesser) gain approved for the interference, interference that may cause undesired transmitter byincluding Industry Canada.
computer radio control system DE DEUTSCH Duplex-System EX: 1. Einleitung • Transmitter modules • Receivers • Telemetric sensors ......................................................................................... • Compatible accessories • Display units 27 2. Technische Daten ............................................................................... 29 3. Übersicht ............................................................................................... 30 3.1 Spannungsversorgung ...
