PROGRAMMING METHODS

• Using the DTMF code entered from the keyboard analog phone connected to the L1 GSM gateway.
• Using the configuration gateway mobilin from a PC connected to the Gateway via RS232 communication port.

DEVICE STATUS BEFORE ENTERING YOUR PIN CODE

• After lifting the handset audible signal unavailability.
• LED indications:

LED	Colour	State
POWER	Green	CONSTANT
STATUS	Red	CONSTANT
SIGNAL	---	---

PROGRAMMING CODE DTMF

• Install the SIM card in the device, connect the antenna and connect the GSM gateway mobilin to main power.
• Connect the analog telephone to L1 plug of GSM gateway labeled PHONE.
• Pick up the phone, you will hear the unavailability signal generated by gateway.
• Enter the phone keypad DTMF code # 4799 # xxxx *, where x-is the PIN code number.
• Be sure to pause between digits entered DTMF were not longer than 4 seconds.
• After correctly entering the DTMF code will hear two short beeps confirming the adoption of the code.
• Gateway Mobiline automatically begins the process of logging the SIM card to the GSM network.
• LED SIGNAL should change the status of work and start flashing in the color Red.
• Depending on the next signal level LED SIGNAL take appropriate state signaling.

STATUS DEVICE AFTER ENTERING THE PIN CODE

• After lifting the handset dial tone will be heard.
• LED indications:

LED	Colour	State
POWER	Green	CONSTANT
STATUS	Green	CONSTANT
SIGNAL	Green*	CONSTANT OR FLASHING

 * Colour of the LED signalization depends on signal level

GSM Gateway mobilin has built three LEDs indicating the operating status. Meaning of individual LEDs is presented below.

SIGNAL - LED indicating the level of GSM signal.

Colour	State	GSM signal level
GREEN	Very good	RSSI => -65dBm
GREEN	Good	-70dBm =< RSSI < -65dBm
YELLOW	Medium	-75dBm =< RSSI < -70dBm
YELLOW	Accepted	-80dBm =< RSSI < -75dBm
RED	Poor	-85dBm =< RSSI < -80dBm
RED	Very poor/out of GSM net	RSSI < -85dBm

GSM gateway MultiCellink ISDN has built eight LEDs indicating the operating status of the device. Indication of LEDs varies depending on the available number of channels in a GSM gateway. Adopts a different display order operating SIM card for the basic two-channel version of the gateway, and another version for four, six and eight-channel.

Version with two SIM cards - 2xGSM

The meaning of individual LEDs version gateway for the two SIM cards is shown below.

Network login	Standby	Conversation*
MS 1	MS 1	MS 1
MS 2	MS 2	MS 2
MS 3	MS 3	MS 3
MS 4	MS 4	MS 4
MS 5	MS 5	MS 5
MS 6 / SIM 2	MS 6 / SIM 2	MS 6 / SIM 2*
MS 7	MS 7	MS 7
MS 8 / SIM 1	MS 8 / SIM 1	MS 8 / SIM 1*

Version with four SIM cards - 4xGSM

The meaning of individual LEDs version gateway for the four SIM cards is shown below.

Network login	Standby	Conversation*
MS 1 / SIM 1	MS 1 / SIM 1	MS 1 / SIM 1*
MS 2 / SIM 2	MS 2 / SIM 2	MS 2 / SIM 2*
MS 3 / SIM 3	MS 3 / SIM 3	MS 3 / SIM 3
MS 4 / SIM 4	MS 4 / SIM 4	MS 4 / SIM 4
MS 5 / SIM 5	MS 5 / SIM 5	MS 5 / SIM 5
MS 6 / SIM 6	MS 6 / SIM 6	MS 6 / SIM 6
MS 7 / SIM 7	MS 7 /SIM 7	MS 7 /SIM 7
MS 8 / SIM 8	MS 8 / SIM 8	MS 8 / SIM 8

Version with six SIM cards - 6xGSM

The meaning of individual LEDs version gateway for the six SIM cards is shown below.

Network login	Standby	Conversation*
MS 1 / SIM 1	MS 1 / SIM 1	MS 1 / SIM 1*
MS 2 / SIM 2	MS 2 / SIM 2	MS 2 / SIM 2*
MS 3 / SIM 3	MS 3 / SIM 3	MS 3 / SIM 3
MS 4 / SIM 4	MS 4 / SIM 4	MS 4 / SIM 4
MS 5 / SIM 5	MS 5 / SIM 5	MS 5 / SIM 5
MS 6 / SIM 6	MS 6 / SIM 6	MS 6 / SIM 6*
MS 7 / SIM 7	MS 7 /SIM 7	MS 7 /SIM 7
MS 8 / SIM 8	MS 8 / SIM 8	MS 8 / SIM 8

Version with eight SIM cards - 8xGSM

The meaning of individual LEDs version gateway for the eight SIM cards is shown below.

Network login	Standby	Conversation*
MS 1 / SIM 1	MS 1 / SIM 1	MS 1 / SIM 1*
MS 2 / SIM 2	MS 2 / SIM 2	MS 2 / SIM 2*
MS 3 / SIM 3	MS 3 / SIM 3	MS 3 / SIM 3
MS 4 / SIM 4	MS 4 / SIM 4	MS 4 / SIM 4
MS 5 / SIM 5	MS 5 / SIM 5	MS 5 / SIM 5
MS 6 / SIM 6	MS 6 / SIM 6	MS 6 / SIM 6*
MS 7 / SIM 7	MS 7 /SIM 7	MS 7 /SIM 7*
MS 8 / SIM 8	MS 8 / SIM 8	MS 8 / SIM 8*