Multiplex RX-9 SYNTH DS IPD Instrucciones página 9

7. R
ECEIVER CONNECTIONS
The RX RX RX RX- - - - 9 SYNTH DS IPD 9 SYNTH DS IPD 9 SYNTH DS IPD 9 SYNTH DS IPD and
fitted with universal UNI sockets which are compatible with the
plugs used by most radio control manufacturers (HiTEC,
robbe/Futaba, Graupner/JR, ...).
! ! Check plug polarity carefully when connecting the receiver ! !
Check plug polarity carefully when connecting the receiver
Check plug polarity carefully when connecting the receiver Check plug polarity carefully when connecting the receiver
battery, servos, speed controllers etc. Check t battery, servos, speed controllers etc. Check t battery, servos, speed controllers etc. Check the pin co battery, servos, speed controllers etc. Check t
figuration, especially with other brands of device (see pin figuration, especially with other brands of device
figuration, especially with other brands of device figuration, especially with other brands of device
assignment sym m m m bol on the receiver assignment sy bol on the receiver
assignment sy assignment sy bol on the receiver bol on the receiver
8. P S
OWER UPPLY
RX RX RX- - - - 9 SYNTH DS IPD RX 9 SYNTH DS IPD 9 SYNTH DS IPD 9 SYNTH DS IPD
and
without problem over a broad voltage range of 3.5 – 7.5 V
( 4–5 cell NiCd or NiMH receiver battery).
8.1 8.1 Using one receiver battery Using one receiver battery
8.1 8.1 Using one receiver battery Using one receiver battery
The receiver battery should be connected as follows:
•
RX- - - - 9 SYNTH DS IPD RX 9 SYNTH DS IPD
RX RX 9 SYNTH DS IPD 9 SYNTH DS IPD :
Connect one 4-5 cell pack to socket "B", or any vacant
servo socket "1" ... "9".
•
RX RX- - - - 12 SYNTH DS IPD RX RX 12 SYNTH DS IPD 12 SYNTH DS IPD 12 SYNTH DS IPD
:
Connect one 4-5 cell receiver battery to any vacant servo
socket "1" ... "12".
! Check the maximum permissible operating voltage of all !
! !
Check the maximum permissible operating voltage of all Check the maximum permissible operating voltage of all Check the maximum permissible operating voltage of all
devices connected to the receiver (servos, etc.)! devices connected to the receiver (servos, etc.)! devices connected to the receiver (servos, etc.)! devices connected to the receiver (servos, etc.)!
For example, some servos are only approved for use with 4 cells
(4.8 V).
8.2 8.2 Use of two receiv Use of two receiver batteries (battery backer) er batteries (battery backer)
8.2 8.2 Use of two receiv Use of two receiv er batteries (battery backer) er batteries (battery backer)
A battery backer enables the user to install a dual power supply
for the receiving system, which provides an extra margin of
safety. In this case two receiver batteries are used, de-coupled
from each other by the battery backer. The advantages of a dual
power supply are as follows:
•
If one battery or switch harness fails, the second battery
continues to supply power to the receiving system.
•
The total current load of the model's airborne receiving sys-
tem is shared by two batteries and two sets of connector
contacts.
RX- - - - 9 SYNTH DS IPD RX 9 SYNTH DS IPD
The RX RX 9 SYNTH DS IPD 9 SYNTH DS IPD and
fitted with integral battery backers. If you wish to use the inte-
gral backer, connect one 5-cell pack to the socket marked "B
and the second one to "B
2
! If you use the internal battery backer then you must not
If you use the internal battery backer then you must not If you use the internal battery backer then you must not If you use the internal battery backer then you must not
co con n n n nect any additional batteries to any other sockets! nect any additional batteries to any other sockets!
co co nect any additional batteries to any other sockets! nect any additional batteries to any other sockets!
! The load current on the internal battery backer varies
The load current on the internal battery backer varies
The load current on the internal battery backer varies The load current on the internal battery backer varies
according to the number and type of consumer units (ser- r- r- r- according to the number and type of consumer units (se
according to the number and type of consumer units (se according to the number and type of consumer units (se
vos) con n n n nected to the system vos) co nected to the system. The maximum value must
vos) co vos) co nected to the system nected to the system
not be ex x x x ceeded (see Specification)! not be e not be e not be e ceeded (see Specification)! ceeded (see Specification)! ceeded (see Specification)!
For large-scale models with many powerful servos and a corre-
spondingly high total current drain, in the interests of safety we
recommend the use of a high-quality professional power supply,
as produced by a number of specialist manufacturers. These
power supplies generally feed energy directly to the consumer
units (servos) from the dual battery system, and not via the
receiver. The power supply usually delivers a stabilised current to
the receiver.
! Note
Note
Note Note
A power supply (battery system) in good condition and of ade-
quate capacity for the purpose is indispensable for the safe
operation of any model:
•
Use only high-quality receiver batteries of adequate capacity.
The cells should be balanced, and the pack properly main-
tained and charged.
•
Cables should be of adequate conductor cross-section. Keep
all leads as short as possible, and avoid unnecessary connec-
MULTIPLEX Modellsport GmbH & Co.KG • Westliche Gewerbestraße 1 • D-75015 Bretten (Gölshausen) • www.multiplex-rc.de
Operating Instructions
RX-9 / RX-12 SYNTH DS IPD receivers – Software V 1.2x
RX- - - - 12 SYNTH DS IPD RX RX RX 12 SYNTH DS IPD 12 SYNTH DS IPD 12 SYNTH DS IPD
) ) ) )
RX RX RX- - - - 12 SYNTH DS IPD RX 12 SYNTH DS IPD 12 SYNTH DS IPD 12 SYNTH DS IPD
receivers work
RX- - - - 12 SYNTH DS IPD RX 12 SYNTH DS IPD
RX RX 12 SYNTH DS IPD 12 SYNTH DS IPD
/D".
. The maximum value must
. The maximum value must . The maximum value must
tors.
•
Use high-quality switch harnesses exclusively.
receivers are •
If the system voltage falls below 3.5 V the receiving system
may fail to work properly. Such voltage collapses may occur
due to flat, poor-quality or defective receiver batteries, cable
conductors of inadequate cross-section, poor-quality connec-
tors, or from overloading or faults in the BEC system.
he pin co he pin con- n- n- n- he pin co
(see pin
(see pin (see pin
9. U
SING THE RECEIVER
RX- - - - 9 SYNTH DS IPD RX 9 SYNTH DS IPD
The RX RX 9 SYNTH DS IPD 9 SYNTH DS IPD
fitted with one LED and one button (SET). These are used as
follows:
•
To set the RF channel
•
To activate the FAIL-SAFE function and store the FAIL-SAFE
positions
•
To switch off the IPD filter (e.g. for range checks)
•
To display the error count
•
To reset the receiver to the factory default settings (RESET)
The various operational states are indicated by the LED. The
following section describes the receiver settings and correspond-
ing LED CODES.
10. S WITCHING ON
If you have already set the receiver to an RF channel, the LED
flashes after you switch it on:
LED Code 3
( IPD filter active
If the receiver picks up an invalid signal, or no signal at all, when
it is switched on, the LED glows constantly until a valid signal is
received:
LED Code 1
If you have not yet set an RF channel (new receiver, or after a
RESET), the RF channel search commences automatically. The LED
flashes during the RF channel search:
LED Code 2
receivers are
Setting the RF channel
(
/D",
Note: Note: Note: Note:
1
The receiver checks the operating voltage after the battery
backer: the value must be above 4.5 V immediately after it is
switched on. If not, the receiver will not work until the voltage
rises to a value above 4.8 V. If this should happen, the LED lights
up briefly, then stays off until an operating voltage of more than
4.8 V is present:
LED Code 0
11. S
ETTING THE
RX- - - - 9 SYNTH DS IPD RX
With the RX RX
vers the RF channel is set by means of an RF channel search,
during which the receiver searches for the most powerful trans-
mitter on the band. For this reason it is essential that your
transmitter, set to the desired RF channel, should be in the im-
mediate vicinity of the model (receiver) during the RF channel
search. During the RF channel search keep the receiver a reason-
able distance (> approx. 3 m) from other transmitters which are
switched on.
Sequence Sequence Sequence Sequence
1. Switch on the transmitter, already set to the desired RF
channel,
Hold the receiver button pressed in,
Switch the receiver on,
Release the button.
The RF channel search commences; the LED flashes:
/ LED
RX RX- - - - 12 SYNTH DS IPD 12 SYNTH DS IPD
and RX RX 12 SYNTH DS IPD 12 SYNTH DS IPD
1,6 sec
12. ). The receiver is ready for use. 12. 12. 12.
LED ON
1,6 sec
11. 11. 11. ) 11.
LED OFF
RF
CHANNEL
9 SYNTH DS IPD RX- - - - 12 SYNTH DS IPD RX
9 SYNTH DS IPD 9 SYNTH DS IPD and RX RX
INDICATORS
receivers are
12 SYNTH DS IPD
12 SYNTH DS IPD 12 SYNTH DS IPD recei-
Page 2/6