Centurion NOVA User manual

The NOVA system incorporates code-hopping
TM
technology (Keeloq encryption) to offer the
ultimate security in a remote control.
It is NOT necessary to open this
transmitter to code the unit as it already
has a unique code.
CENTURION SYSTEMS manufactures a range of
different receivers that operate with its NOVA
transmitters:
Single channel NOVA receiver
Multichannel NOVA receiver
NOVA VOYAGER receiver
SUPA NOVA multi-user receiver
Onboard NOVA receivers that are incorporated
into the following products:
VECTOR2 swing gate operator
D5-Evo sliding gate operator
D10 sliding gate operator
SECTOR traffic barrier
G2 intercom system
XTrac garage door operator
To make this unit functional, the NOVA receiver unit
must memorize the NOVA remote transmitter’s
unique code as described in the following procedures.
Please note that each button of a multi-button
transmitter transmits its own unique code and the
receivers referred to above, are limited in the number
of transmitter codes that can be learned. This is often
referred to as “self-learning” memory capacity. Refer
to the respective receiver for more details.
If you need to learn the transmitter into the SUPA
NOVA multi-user receiver or an onboard receiver,
please refer to the installation manual of the product,
or visit www.centsys.co.za to view or download a
copy. The instructions are often mentioned under the
“controller features”, or the programming sections of
these installation manuals.
Learning/Creating the master transmitter
(applicable to new or erased* units):
1. Open the receiver unit. Ensure that the jumper is not
bridging J1 or J2. Store the jumper on one of the
pins.
2. The first transmitter that is learned into the NOVA
VOYAGER receiver (with a completely clear or
erased memory) becomes the master transmitter.
With the NOVA VOYAGER plugged into or
connected to the motherboard of the operator,
press and hold any NOVA transmitter button down
for at least five seconds.
3. The red LED will now illuminate.
4. The operator is triggered, indicating that the
transmitter button has been learned.
5. This transmitter is now the master transmitter. Mark
the transmitter clearly as “master transmitter” as it
will be required whenever new transmitters are to
be added to the receiver’s memory.
Learning the transmitter(s) for pulsed
operation:
1. Open the receiver unit, and with power on,
bridge the learn/J1 pins with the jumper provided.
2. The red LED will now illuminate.
3. Press the required button on the NOVA
transmitter. The red LED will flash once,
indicating that the transmitter button has been
learned.
If you need to learn further buttons or `
transmitters, repeat the procedure as in Step 3.
4. Once the LED has confirmed that the transmitter
button has been learned, remove the jumper from
the learn/J1 pins and store on one of the pins.
5. Your transmitter will now activate the receiver, and
your system is ready for use.
1. Single and multichannel
NOVA receiver
Receiver may be mounted loose or in protective housing,
internal or external to the operator
Receiver may be mounted loose or in protective housing, Receiver may be mounted loose or in protective housing,
internal or external to the operatorinternal or external to the operator
Receiver may be mounted loose or in protective housing,
internal or external to the operator
2. NOVA VOYAGER
receiver
IMPORTANT NOTICE: When learning a
transmitter into a multichannel NOVA
receiver, the transmitter button can only
be learned if the button number matches
the channel number of the receiver, i.e.
button one of a transmitter (single or
multi-button) can only be learned to
operate channel one of a receiver.
Similarly button two of a multi-button
transmitter can only be learned to
operate channel two of a receiver, etc.
For instructions on setting latching operation
and erasing the receiver memory of a single
channel or multichannel NOVA receiver,
please refer to the instructions provided with
t h e r e s p e c t i v e r e c e i v e r, o r v i s i t
www.centsys.co.za to view or download a copy.
continued overleaf
Single channel Single channel
NOVA receiverNOVA receiver
Single channel
NOVA receiver
NOVA VOYAGER receiverNOVA VOYAGER receiver
post September 2007post September 2007
NOVA VOYAGER receiver
post September 2007
Multichannel Multichannel
NOVA receiverNOVA receiver
Multichannel
NOVA receiver
NOVA VOYAGER receiverNOVA VOYAGER receiver
pre September 2007pre September 2007
NOVA VOYAGER receiver
pre September 2007
Look for a RELAY on the board
to confirm single channel Rx
Make certain that
there is NO relay
on the board to
confirm type of Rx
NOVA Transmitter
instructions insert
CODE-HOPING
REMOTE
CONTROLS

Learning additional transmitter buttons:
1. Press any button on the master transmitter for at
least ten flashes of the red LED. If the receiver is not
visible, count at least ten seconds. After at least ten
seconds, release the master transmitter button
(The receiver will not enter learn mode if this
button is pressed for more than twenty seconds).
2. The receiver is now in learn mode, and will remain
so for ten seconds. The red LED will remain on
during this time
3. Press the required button on the NOVA transmitter
during this time and it will be learned into the
NOVA VOYAGER’s memory. Each time a button is
pressed, the learn time is extended for another ten
seconds.
4. Ten seconds after the last transmitter button has
been pressed, the red LED will turn off, indicating
that the NOVA VOYAGER receiver has exited learn
mode.
*Erasing the NOVA VOYAGER receiver memory
1. Bridge pins J1 or J2 with the jumper provided.
2. The red LED will flash eleven times. Removing the
jumper during this time will cancel the erase
operation.
3. After eleven flashes, the red LED will remain on.
4. Remove the jumper to completely erase* the
receiver memory.
Procedure to create a new master transmitter
(if the existing master transmitter is mislaid):
1. The master transmitter can be identified by
looking at the red LED when pressing any
transmitter button on the master transmitter. The
red LED will give one long flash, followed by one
short flash to indicate a master transmitter.
2. If the master transmitter is lost, the only way to add
more transmitters is to first erase the receiver’s
memory, and then learn in a new master
transmitter. Unfortunately, all existing buttons will
need to be re-learned.
1. Rotate the inner
casing, as shown in
F i g u r e 1 , a n d
remove it from the
outer clip (Figure 2).
2. U s i n g a c o i n ,
separate the two
halves of the case as
shown in Figure 3.
3. Replace the battery
with type GP23 or
similar.
4. Pay attention to the
battery ’s positive
a n d n e g a t i v e
terminals ensuring
that the new battery
is correctly inserted
(See Figure 4).
Instructions to replace the NOVA
remote transmitter battery
Figure 1
Figure 2
Figure 3
Figure 4
Operating frequency
Frequency stability
Power source
Operating voltage
Minimum operating
voltage
Operating current
Transmit indication
Operating temperature
range
Dimensions (LxBxH)
Mass (including battery)
NOVA remote transmitter
technical specifications
433.92Mhz
0.037ppm/C2/10ppm/year
GP23 12V alkaline battery
12V DC
5V DC
7mA
Green LED
-15°C to 50°C
59mm x 35mm x 16mm
38 grams
FCC information to users
USA and Canada only – where a FCC ID number
is inscribed on the transmitter, the following
information is applicable to users:
FCC Label @ FCC 15.21 and 15.105
For Class B – Unintentional radiators:
This equipment has been tested and found to comply with the
limits for Class B digital devices, pursuant to Part 15 of the FCC
Rules. These limits are designed to provide reasonable
protection against harmful interference in a residential
installation. This equipment generates, uses, and can radiate
radio frequency energy, and if not installed and used in
accordance with the instruction manual, may cause harmful
interference to radio communications, however, there is no
guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to
radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try
to correct the interference by one or more of the following
measures:
Reorient or relocate the receiving antenna
Increase the separation between the equipment and
receiver
Connect the equipment into an outlet on a circuit different
from that to which the receiver is connected
Consult the dealer or an experienced radio/TV technician
for help
Warning to users @ FCC 15.21 & 15.105
Changes or modifications not expressly
approved by CENTURION SYSTEMS (Pty) Ltd.
could void the user's authority to operate the
equipment.
FCC Label @ FCC 15.19
For Class B - Unintentional radiators:
This device complies with Part 15 of the FCC Rules. Operation is
subject to the following two conditions: (1) this device may not
cause harmful interference and (2) this device must accept any
interference received, including interference that may cause
undesired operation.
0.07.A.0114_22072013
www.centsys.com