Ama Systems AMA EASY R5.01, Руководство пользователя

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1. INSTALLATION
To open the AMA, see pic. 2 on the backside of this manual: Unscrew the 4 screws, hold the rubber seal (A)
and slide the housing (B) from the seal.
Attention! Only use a SIM-card with a removed password (to initialize through a GSM-cell phone).
Place the SIM-card into the right position.
To activate the SIM-card = check if you can make a phone call with the SIM-card.
When removing the SIM-card from the AMA EASY, please ensure to remove the battery and the wiring loom
fuse first. After replacement of the SIM-card, you need to plug in the battery and the wiring loom fuse again.
Please make sure that the motorcycle battery is in a good condition and completely charged before installing
an AMA device.
We recommend the use of a trickle charger to keep the battery in a good condition. If you choose for an
Optimate4 you make a good choise.
2. CONNECTIONS
Red: + 12 Volt
Black: - Ground
Blue: + 15 (+ 12 V after ignition)
Connect the red wire to the + 12 V (battery).
Connect the black wire to a good ground (battery).
Connect the blue wire to the + 12 V after ignition (+15V).
Plug in the internal battery after connecting the power supply. The AMA EASY needs the battery
power to be able to connect to the GSM-network. The
CHARGE LED (pig. 1) will burn continuously when
the back-up battery is charging. You will find pic. 1 on the backside of this manual.
Attention :
1)
The initial operation of the proposed procedure can last about 2 minutes to control
all the functions and connect to the GSM-network.
The
STATUS LED ( pic. 1 ) on the PCB will blink every 5 seconds if the AMA EASY is
connected to the network. If the status led blinks every second, it means that no
GSM-network connection has been made. The PDST LED ( pic. 1) blinks every 2
seconds when the AMA EASY is ready for use. You will find the PDST LED on the leftside of
the white 6-pins connector.
2) The AMA EASY will indicate the signal strength through the PDST LED each time the
ignition is switched off. Example: signal 3 = 3 x blinks
(0 blinks = no signal, 5 blinks = best signal)