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Example of setting a new valet code: Let’s say you want to change the code
from its original single-digit “2” code to a double-digit code of “31.” You
would do the following:
Turn the ignition on, enter your current code, tap the momentary side of the
PlainView switch 8 times, press the latched side, then enter the new code:
momentary, momentary, momentary, latched (3 chirps), momentary, latched
(1 chirp), center. Wait 2 seconds for the system to exit program mode (1 chirp
and the LED turns off), then turn the ignition off (3 chirps).
Dual-sensor protection
Your Concept 30 system has two sensors: a Proximity Sensor that uses a radar field
to detect anyone leaning into the passenger compartment, and a Magnetic
Resonance Sensor that detects intrusion-related vibrations and impacts. For an even
greater level of security, consider Clifford Electronics optional sensors: OmniSensor
(a digital analysis vibration/impact sensor) and/or the Glass Tampering Sensor
(which detects attempts to break any of the vehicle’s windows).
Smart AutoTesting™
Each time you remotely arm your Concept 30, it will perform a series of tests on all
triggers and sensors. If the hood or trunk is open when you arm the system, your
Concept 30 will immediately alert you of the problem by issuing 4 chirps and 4
parking light flashes instead of the usual 2 and 2. If one of the sensors is
malfunctioning, you will receive the usual 2 chirps and flashes, then, 5 seconds
later, there will be 4 chirps and 4 flashes.
NOTE: Since this is a warning indication, you will hear the 4 chirps even if you
have the chirp muting feature turned on.
Specific malfunction identification: The system can also indicate the specific
malfunctioning trigger or sensor. This saves you time and money since your
installer won’t have to spend hours trying to determine where the problem is.
Here’s how it works, if you receive the 4-chirp/4-flash signal upon disarming:
1. When you insert your key and turn on the ignition, the LED indicator inside the
vehicle will be flashing, pause, then repeat.
2. Count the number of blinks in one cycle between pauses (for your convenience,
the blink cycle repeats 5 times) and refer to the chart below:
Number of LED blinks between pauses Malfunction
1 blink
Magnetic Resonance Sensor
2 blinks
Proximity Sensor
4 blinks
Trunk trigger
5 blinks
Hood trigger
12