8
MT- S
2.4GHZ FH4T RADIO SYSTEM USER'S GUIDE
T R
Telemetry System with Sanwa Synchronized Link Support
Section Continued on Next Page
LCD Screen
ENTER Key
BACK Key
Auxiliary Switch (Sw2)
Trim Switch (Trm1)
Trim Switch (Trm3)
Trim Switch (Trm2)
TOP VIEW
TRANSMITTER OVERVIEW DIAGRAMS
GENERAL
UP Key
DOWN Key
RECEIVER OVERVIEW DIAGRAM, CONNECTIONS AND MOUNTING
GENERAL
Use the diagrams in this section to make receiver connections and to familiarize yourself with the RX-482 2.4GHz FH4T Super
Response SSL receiver included with your MT-S radio control system. Descriptions of the features can be found in the Transmitter
and Receiver Features Descriptions on the next two pages.
Steering
Channel 1
Throttle
Channel 2
Auxiliary 1
Channel 3
Auxiliary 2
Channel 4
On/Off Switch
'AA' Dry Cell Battery Holder
3.7v to 7.4v NiMH Battery Pack
2S LiPo or LiFe Battery Pack
On/Off Switch
To Battery
Throttle
Channel 2
Glow/Gas
Setup
ESC
Setup
If using a Sanwa Super Vortex series ESC, plug the ESC into the SSL slot, otherwise SSL features and Telemetry Data will
not be available. All other ESC's should be plugged into CH 2.
BATT
SSL
IMPORTANT: T
he RX-482 2.4GHz FH4T Super Response SSL receiver does not feature full Telemetry support (e.g.,
Temperature data and RPM data). Full Telemetry capability is supported only when used with a Sanwa Super Vortex series
ESC plugged into the BATT/SSL port.
= Signal
= Positive
= Negative
TOP
Bind Button
Bind LED
TOP
Antenna
TOP
Powering the Receiver:
The receiver's Nominal Input Voltage range is 3.7 to 7.4 volts. If you're using the receiver in a glow- or gas-powered model,
you can use up to a 2S 7.4V LiPo battery pack to power the receiver and your servos. If you're using the receiver in an electric
model, you can adjust your ESC's BEC power output to 7.4 volts (if applicable - refer to your ESC User's Guide for information)
to power the receiver and your servos. This allows you to take advantage of the higher torque and speed provided by 7.4 volt
digital servos commonly used today.
Most "standard voltage" servos are designed to be used with a nominal input voltage of 4.8 to 6.0 volts. High voltage
servos are designed for use with a nominal input voltage of 6.6 to 7.4 volts. Do NOT use "standard voltage" servos with a
nominal input voltage higher than 6.0 volts or your servos can be damaged!
Steering Wheel
LED Condition Indicator
