Jeti Central Box 400 Power Distribution Combo with R3/RSW Receivers (3)
Power Management (Standard/Advanced)
The power batteries are connected to the Central Box using MPX connectors. The Central Box allows two batteries to be connected. During use, the power is actually supplied from the battery with the higher voltage. If the voltage is the same, the power can be used from both batteries at the same time. When the voltage of the batteries is different, the power is not shared and each pack is isolated from the other. This allows you to use batteries of different capacity, number of cells and chemistry type. If the power for the Central Box 400 is provided only from one battery, it can be connected via either battery (BATT1/2) inputs.
In advance power setting you can independently adjust power input voltages. This way the battery with higher voltage can be used only as power battery backup and you can avoid constant charging and cycling both receiver battery packs.
With Jeti Duplex 2.4GHz DC/DS transmitters, the full potential of the Central Box can be used, such as an easy way to wirelessly configure the Servo Outputs, EX Telemetry, Fail-Safe Setting or Fast Servo Response.
Included
(1) Jeti Central Box 400
(3) Jeti Duplex EX R3/RSW 2.4GHz Receiver
(3) Servo Installation Bracket w/Screws
(2) BEC Installation Bracket w/Screws
(2) Multiplex Connector
(1) Mini USB to USB PC Cable
Data Recording & Download
Central Box 400 is equipped with 8MB internal memory. The memory is used to store the telemetry data from the Central Box and from all connected sensors. The data log file uses standard FAT32 system, all files containing the telemetry data are located in the Log. directory. The telemetry recording starts automatically if the Central Box detects a receiver signal providing the information on Rx1 or Rx2 channels. The recording stops automatically when the Central Box is switched OFF.
If you connect Central Box to the PC using the USB port. The PC detects Central Box as a mass storage device. After the Central Box is connected to the PC, it becomes inactive and can be used only for data reading.
JetiBox Configuration
The JetiBox monitor/programmer can be used for parameter setting and retrieving data. After connecting to the Central Box (Ext4), a startup screen appears that contains identification of the device in the first line of the JetiBox display. The second line contains the data showing the consumed capacity of batteries. By pushing the R button (to the right) on the JETIBOX, you get to the expander menu.
Magnetic Switch (Optional)
The magnetic switch is used to turn the Central Box ON/OFF and is connected to a separate slot labeled “Switch”. To turn on the Central Box using the magnetic switch it is necessary to hold the supplied magnet (key) to the target so that the key and the target on the magnetic switch are properly oriented.
Wireless Switch R3/RSW (Included)
State-of-the-art device that sets Jeti as a leading designer and manufacturer of radio control systems. Wireless power switch is fully integrated into the 2.4GHz radio system. For first time your receiver can be turned ON/OFF with simple flipping of the switch wirelessly from the Jeti DC/DS transmitters.
Features:
– Solid, CNC Cut Aluminum Case with Fully Integrated Voltage Regulators
– Control Management with Full Individually Configurable Servo Outputs
– Fully Redundant Power Management with Two Independent Battery Inputs
– Two Independent Power Voltage Regulators (Transmitter Wirelessly Adjustable)
– Firmware Updatable via USB Port
– Jeti Duplex EX Bus, UDI or PPM Compatible
– Wirelessly Programmable Using DC/DS Tx Device Explorer
– Two Independent Programmable 15A Power Outputs (BEC1, BEC2)
– Independent Receiver Signal Inputs (SAT1, SAT2)
– Up to 24x Servo Outputs with Overload Protection
– Up to 4x Telemetry Sensors Inputs (Ext1 – Ext4)
– Input for Included Magnetic or R3/RSW Wireless Switch
– Input Voltage: 6-17V (2S-4S)
– Output Current: 30A Continues/230A Peak
– Output Voltage: 5-8V (0.1V Steps)
– Dimensions/Weight: 131mm x 88mm x 19mm/270g
More information (links):
* Instruction Manual (pdf.)
* Instruction Flow Chart (.pdf)
* Click Here for Firmware Updates
Video:
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Fail-Safe Setting Switches ON/OFF of the Fail-Safe function. If the Fail-Safe function is deactivated, there is no signal generated in any Central Box outputs at the signal loss. If you activate the Fail Safe function, you can also select how the Central Box responds at signal loss for each of the individual outputs. |
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Servo Mapping Servo No. – Assigning outputs of the transmitter to the Central Box outputs. Group – Assigning specific output to the group of output impulses that will be generated from the receiver in the same time. |
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Duplex Telemetry Temperature – Temperature of the Central Box Shorted Outputs No. – Number of Overloaded Outputs Voltage In – Voltage of Individual Outputs of the Central Box Current – Current Drawn from the Battery Capacity – Capacity Taken from the Batteries BEC Voltage – BEC Power Output Voltages (BEC1, BEC2) Output Voltage – Voltage Supplied to the Servos |
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Telemetry Min/Max Clear Min/Max Switch – Place where you can assign a control (switch, stick or knob) on the DC/DS transmitter which clears the recorded data and minimum/maximum values. Clear Now – Allows you to immediately clear the recorded data and minimum/maximum values. |
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Data Recording File Size – Size of the data file. Free Memory – Remaining empty space for data storage. Record Central Box telemetry – Enables/Disables telemetry data recording. Record Ext. Telemetry – Enables/Disables telemetry data recording from sensors connected to Ext1-4. Format the Internal Storage – Internal memory deletion. |
