Ontech GSM 9020, Руководство пользователя

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3. Pull carefully the ”hood” until you can see connector E on the circuit board. Do
not pull longer as there is a risk for the flex cable to the membrane switch to
disconnect.
4.
Remove the protection paper on the tape on the battery
5. Place the battery according to the figure above.
6. Connect the contact of the battery to connector ”E”
7. Push the ”hood” back to its original position and replace the screws or continue
with the physical installation.
Physical installation
1. Place the unit on the place of your desire and attach it by using screws in the
two holes. The antenna shall point down. If you want to install an internal
backup battery this shall be done prior to this physical installation (see above).
2. Open the unit by unscrew the two screws on the left and right sides.
3. Pull carefully the ”hood” approximately 5 cm or until you can see the two
green screw terminals Do not pull longer as there is a risk for the flex cable to
the membrane switch to disconnect.
4. Install the SIM card (see picture).
a. The upper part of the SIM card holder is moved to left until you hear a
click.
b. Fold up the upper part of the SIM card holder.
c. Place the SIM card in the upper part. The cut corner of the SIM card
shall be positioned in the upper right corner when the upper part of
the card holder is folded back.
d. Fold back the upper part.
e. Lock the upper part by moving it to the right until you hear a click..
5. Open the screw cap by screwing it to the left.
6. Pull the cables through the screw cap.
7. Connect the cables:
a. Power. Terminal A. 12VDC. Either the power adapter or an 12V
accumulator or both. Plus is connected to connector “+12”. Minus is
connected to the connector ”0V” .
Important
. Do not connect to
power at this stage. It can damage the equipment.
On power adapter; positive cord is white.
b. Relay (page 12). Terminal B. If you want “Normally Open Relay” (use
connector 2 and 3. If you want “Normally Closed Relay” (use connector
1 and 3. Maximum load is 230V/10A .