RECEIVER CHANNEL / SYSTEM FUNCTION
Channel 1 - Lock & Remote Panic
Channel 2 - Unlock
Channel 3 - Trunk Release
Channel 4 - Remote Headlight Activation
Channel 5 - Optional Panic from Green Button
Channel 6 - Remote Starter
MEMORY
POSITION C
1C
2C
3C
4C
5C
6C
MEMORY
POSITION D
1D
2D
3D
4D
5D
6D
MEMORY
POSITION B
1B
2B
3B
4B
5B
6B
MEMORY
POSITION A
1A
2A
3A
4A
5A
6A
The SE control module includes a
6 Channel Receiver, and each channel can learn and memorize four different transmitter
codes. Each receiver channel is reserved for a particular remote control function of the system.
The chart shown below is a diagram of the actual configuration of the memory positions available in the SE main control
module. As you can see, the module can store transmitter codes in ( 4 ) different memory positions ( A,B,C, & D ) for each of the ( 6 )
different receiver channels ( or functions ). In total, the module is equipped with storage for 24 different transmitter codes, four for each
function.
WHAT IS A
RECEIVER CHANNEL ?
WHAT IS A
TRANSMITTER CODE ?
Page 7
TRANSMITTER BUTTON
ACTIVATION
TRANSMITTER
CODE NUMBER
TRANSMITTER CODE
1
TRANSMITTER CODE
2
TRANSMITTER CODE
3
TRANSMITTER CODE
4
TRANSMITTER CODE
5
TRANSMITTER CODE
6
TRANSMITTER CODE
7
It is important to remember that the description " transmitter code "
does not refer to an actual transmitter, but instead refers to a button
of a transmitter. This alone is the one key point that many security
technicians do not completely understand, and this can cause some
confusion. With that in mind, please refer to the chart at the right.
As you can see in these diagrams, each SE transmitter is
capable of producing 7 different
transmitter codes by activating the
button (s) that are shaded black. In the industry, the codes are typically
referred to as
transmitter channels, and as you can see the
SE key is a
7 channel transmitter.
Another important fact is that no two SE transmitters are
identical. This is actually not a fact, and the fact is that out of every
16,777,216 transmitters produced, two will be identical; but for this
discussion it is safe to say that no two SE transmitters are
identical. The reason that this point comes up is to understand that if
you have ( 2 ) SE transmitters, you have access to 14
different transmitter codes,
and not 7 codes twice.
Some other important facts that you will want to know and understand
are;
An individual transmitter code ( button ) can be learned and stored
into all 4 memory positions of a single receiver channel.
Each individual transmitter code can be learned and stored into
only one receiver channel of each system. This means that a
transmitter button ( code ) can not be learned to activate both
receiver channel 1 ( lock ) and receiver channel 2 ( unlock ).
When a new transmitter is learned, any code stored in memory
position D is erased. The new code is stored in position A, and
the other codes are advanced ( A to B ; B to C ; C to D ).
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