Inhouse product
Fixed-coded
remote systems – particularly those using dipswitches to set the code, are very
easy to copy or clone. They also offer a very limited number of possible codes.
In other words, these systems only provide convenience, with very limited
security. CENTURION’s solution? The award-winning NOVA
remote controls offer code-hopping technology. Each code
that is transmitted by the remote is totally and randomly different to
the last code transmitted. This prevents unwanted copying of the remote signal
and cloning of the remote itself. CENTURION NOVA remote controls offers
the same level of security as currently provided by leading brand automobile
manufacturers for immobilising vehicle alarms and activating door locks.
MAIN
FEATURES:
Technical
Specifications
NOVA
General Data |
||
Frequency |
433MHz |
|
Coding |
Code-hopping |
|
Transmitter
models |
1, 2, 3
and 4 button |
|
Receiver
models |
1, 2 and 4
channel |
|
Receiver
self-learning memory |
||
One-channel |
62 |
|
Two-channel |
250 |
|
Four-channel |
250 |
NOVA
Transmitter |
||
Frequency
stability |
0.032ppm/°C
10ppm year |
|
Operating
current |
17mA |
|
Minimum
operating voltage |
7V DC |
|
Operating
temperature |
-15°C to
+50°C |
|
Weight
with battery |
38g
(packed) |
|
Battery
type |
GP23 12V |
NOVA
Receiver |
NOVA
HELIX Single Channel Receiver |
NOVA
HELIX Multi Channel Receiver |
|
Operating
frequency |
433.92MHz |
433.92MHz |
|
Supply
voltage |
12V – 24V
DC |
12V – 24V
DC |
|
Quiescent
current @ 12V DC |
11mA |
11mA |
|
Maximum
current @ 12V DC |
40mA |
40mA |
|
Operating
temperature |
-15°C -
50°C |
-15°C -
50°C |
|
Humidity |
0 – 90%
(non-condensing) |
0 – 90%
(non-condensing) |
|
Sensitivity |
-115dB |
-115dB |
|
Self-learning
memory |
62 buttons |
250
buttons |
|
Receiver
enclosure |
UV
stabilised ABS |
UV
stabilised ABS |