User's Manual
Table Of Contents
- Programming Manual 33116.mx-16 HoTT.1.gb
- Contents
- Safety Notes
- Safety notes and handling instructions relating to Nickel-Metal-Hydride rechargeable batteries
- Introduction
- Operating Notes
- Description of transmitter
- Using for the first time ...
- Installation Notes
- Definition of terms
- Assigning switches and control switches
- Digital trims
- “Binding” transmitter and receiver
- What is a mixer?
- General notes regarding freely programmable mixers
- Fixed-wing model aircraft
- Receiver socket assignment for "normal" models
- Receiver socket assignment for models of the “Delta / Flying wing” type
- “Binding” transmitter and receiver
- Detailed description of programming
- mx-16 HoTT programming techniques
- Model helicopters
- Receiver socket assignment
- “Binding” transmitter and receiver
- Detailed description of programming
- Programming example
- Appendix
- Guarantee certifi cate
125
Program description: Telemetry menu
The servo follows the stick movement with a linear
response.
C: EXPO = +100% and DUAL RATE = 70%
The servo responds slowly to stick movements
around the neutral position, but the curve becomes
steeper with increasing control travel.
Note:
The control characteristics programmed at this point
also affect mapped receiver outputs.
RX SERVO TEST
RX SERVO TEST
ALL–MIN : 1000μsec
ALL–MAX : 2000μsec
ALARM VOLT : 3.8V
TEST : STOP
ALARM TEMP–:–10°C
ALARM TEMP+: 70°C
CH OUTPUT TYPE:ONCE
Value Explanation Possible settings
ALL-MAX Pre-set maximum
servo test travel
for all servo out-
puts
1500 … 2000 µs
ALL-MIN Pre-set minimum
servo test travel
for all servo out-
puts
1500 … 1000 µs
TEST Test procedure START / STOP
ALARM
VOLT
Alarm limit for the
receiver low-
voltage warning
3,0 … 6,0 V
Default setting:
3,8 V
ALARM
TEMP+
Alarm limit for
excessive receiver
temperature
50 … 80 °C
Default setting:
70 °C
ALARM
TEMP–
Alarm limit for
excessively
low receiver
temperature
-20 … +10 °C
Default setting:
-10 °C
CH OUTPUT
TYPE
Channel sequence ONCE, SAME,
SUMI, SUMO
ALL MAX (maximum servo travel)
In this line you can set the maximum servo travel for the
servo test on the plus side of control travel.
2000 µs corresponds to full travel, 1500 µs corresponds
to the neutral position.
ALL MIN (minimum servo travel)
In this line you can set the maximum servo travel for the
servo test on the minus side of control travel.
1000 µs corresponds to full travel, 1500 µs corresponds
to the neutral position.
TEST
In this line you can start and stop the receiver’s integral
servo test.
Touch the central SET button of the right-hand touch-key
to activ
ate the input fi
eld:
RX SERVO TEST
ALL–MIN : 1000μsec
ALL–MAX : 2000μsec
ALARM VOLT : 3.8V
ALARM TEMP–:–10°C
ALARM TEMP+: 70°C
CH OUTPUT TYPE:ONCE
TEST : STOP
Now select START with one of the arrow buttons of the
right-hand touch-key:
RX SERVO TEST
ALL–MIN : 1000μsec
ALL–MAX : 2000μsec
ALARM VOLT : 3.8V
ALARM TEMP–:–10°C
ALARM TEMP+: 70°C
CH OUTPUT TYPE:ONCE
TEST : START
Touch the central SET button of the right-hand touch-
key to start the test-run. The input fi eld now reverts from
highlighted to “normal”:
RX SERVO TEST
ALL–MIN : 1000μsec
ALL–MAX : 2000μsec
ALARM VOLT : 3.8V
ALARM TEMP–:–10°C
ALARM TEMP+: 70°C
CH OUTPUT TYPE:ONCE
TEST : START
To stop the servo test, re-activate the input fi eld as de-
scribed previously, then select STOP and confi rm your
choice with the SET button of the right-hand touch-key.