Specification; T3Pl Transmitter (Tx); R2004Gf Receiver (Rx); Power Supply, Battery Operation - ROBBE-Futaba Megatech T3PL Bedienungsanleitung

4. specification

4.1 t3pL transmitter (tx)

Functions: ...........................................................3 Controls, 4 Functions
Frequency band: .................................................2404MHz - 2447.5MHz
Transmitter power: ....................................................................... 32 mW
Channel spacing: ......................................................................1500 kHz
Transmission system: .................................................................... FHSS
Operating voltage: ..................................................................... 4.8 - 6 V
Current consumption: .............................................
Dimensions: ..............................................................210 x 180 x 90 mm
Weight: ................................................................... ca. 490g (mit Akku)
Range: .................................................................................... 80 - 100m
max. number of simultaneous users: ...........................approximately 28
4.2 r2004gF receiver (no F0976)
Number of channels: ....................................................................
Channel spacing: ......................................................................1500 kHz
Carrier system ............................................................................... FHSS
Voltage supply: ...................................4.8 - 6.0 V (4-5 NC/NiMH-Akkus)
Current drain:................................................................................ 40 mA
Dimensions: ...............................................................39 x 26 x 12.5 mm
Weight: ........................................................................................ca. 9 g
5.

power supply, battery operation

5.1

Fitting the battery

E Megatech T3PL is supplied without batteries. There is a battery hol-
der in the transmitter base for 4 dry batteries (Mignon cells 1,5 Volt)
or 4 NC / NIMH- rechargeable cells. Modern transmitters such as the
Megatech T3PL are high quality electronic devices . Therefore you must
close the battery box.
schließen.
Check the charge condition of the batteries using the transmitter voltme-
ter (see chapter 5.4).
Now switch on the transmitter
If the batteries are not fully charged, we recommend recharging them.
When the transmitter will not been used for a long period, remove the
batteries.
Megatech

5.2 charging the battery

The batteries can be conveniently charged without removing them
from the transmitter. You will find a charge socket below the Display.
Switch off the transmitter and receiver before charging the batteries.
approx. 80 mA
4
Fully charge the batteries before using the transmitter..take note of the
charging instructions given by the battery manufacturer.
For normall charging of the transmitter and receiver batteries, we
recommend using the Unicharger 6 No. 8500 and the charge lead No.
F 1535 and F 1416.
To fast charge the transmitter or receiver batteries, you must use a
charger with an automatic "Delta-Peak" Cut-Off, e.g. the robbe Power
Peak B6 EQ-BID No. 8561 or Power Peak C8 EQ-BID No.8553
When fast charging the transmitter battery via the charge socket,
the charge current may not exceed 1 ampere. Connect the banana
plug of the charge lead firswt to the charge. Despite that the protec-
tion diode circuit in the transmitter stops reverse polarity charging of the
transmitter, nevertheless, take care the correct polarity is maintained
use the appropriate when connecting to the charger.
power supply when Following the winter lay-off, cycle the batteries by charging and dischar-
operating. We recom- ging a few times. Then the full capacity of the batteries will be achieved.
mend the use of 4 note: the discharge process must be made directly on the batte-
rechargeable cells ries, because the polarity protection diode will not allow dischar-
2500 mah (no.8005) ging through the charge socket.
for the transmitter. To protect the environment, return defective or used batteries to the
ensure correct pola- local free recycling centre. Never dispose of the batteries in the
rity of the battery! household refuse
the negative pole
of the battery cells
must touch the Due to the risk of explosion, do not use the charger to charge dry
spring contact. batteries.
To insert or replace
the batteries, open

5.3 Operation times

the battery box. If using the 2500 mAh NiMH cells (No. 8005), the transmitter has an
Lightly press the operating time of approximately 20-25 hours. This is not so for the recei-
cover at the marked ver battery, where the operating time greatly depends on the number of
position and slide in connected servos, the ease of movement of linkages and the frequency
the direction of the of control movements. The power consumption of a standard servo is
arrow. between 150 mA and 600 mA with the motor running and approx. 5-8
en und in Pfeilrich- mA when the motor is at idle.
tung schieben. When the servo reaches it's commanded position, the motor turns off
Insert the 4 cells. and the servo only draws an idle current. It doesn't matter if the servo
always ensure cor- is in the neutral or intermediate position. Make sure that the linkages
rect polarity. Then move smoothly and servo operation is not restricted. .
5
T3PL
important:
2,4 GHz
No. F 3033