ADESCO MQ03 LTE-M Manuel d'installation et de configuration - Page 11

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"Armed Level" - speciﬁes the level of the input when the panel is armed. It depends on how you have conﬁgured the Status PGM of the panel. If

you keep the default value of LOW, you should conﬁgure the PGM of the panel to be N.O. – it should activate (switch to GND) when the panel is

armed and should deactivate when the panel is disarmed. It is very important to understand that the inputs of MQ03 are managed by GND and

not by +. So, the PGM of the panel should use negative trigger (0V), rather than positive trigger (12V).

General guidelines for conﬁguring the keyswitch of the alarm panel

After you have conﬁgured the keyswitch options of the communicator, you should configure the keyswitch zone of the alarm panel itself. Please

refer to the panel's installer manual. Currently the communicator can work only with panels that support Momentary keyswitch. Maintained

keyswitch is not supported. Also, please keep in mind that for some models of the alarm panels you might need to connect the output of MQ03

to the keyswitch zone of the panel through an EOL resistor.

Note: Side eﬀect for shared input/output terminals

For all models of MQ03 communicator IN1 terminal is shared – it can be conﬁgured as either input or output. For some MQ03 models, IN7 and

IN8 terminals are also shared. For other models, IN7 and IN8 can be conﬁgure only as clear outputs and not as inputs (they are marked as OUT1,

OUT2). If a terminal is shared and can be conﬁgured as either input or output, there is an important side eﬀect that you should understand and

have it in mind. The inputs are pulled-up with 2.2KΩ to 5V, so the voltage measured between the + and the shared output terminal might be

diﬀerent than 0V even if the output is deactivated. In some cases, this might prevent the keyswitch zone of some alarm panels from working

correctly. To solve this, you might need to use an external relay.

The models MQ03 that have clear outputs (OUT1, OUT2), you don't have that side eﬀect.

Note: After you have successfully conﬁgured both the communicator and the alarm panel, refer to the "Granting remote access to users" section

to see how to allow end users to access this feature from the mobile application.

Granting remote access to users

Once you have properly conﬁgured both the alarm panel and the communicator for remote arm/disarm, you now need to create end user

credentials and to give permissions to use the remote-control features with the smartphone application. If the user is not granted these

permissions, he will not be able to do it even if the panel and communicator are conﬁgured correctly.

To grant remote access permissions to a user, navigate to Commands->Remote Users page. To create a new user, press the Add User button. To

edit existing user, select it and press the Edit User button. In the new page, enter the required data. If you want to allow to the user to remotely

arm/disarm the panel, press the Allow Remote Access checkbox. Note: Allow Remote Access option is active only if the communicator is

conﬁgured for remote arming/disarming (either via keyswitch, either via serial port for the supported panels).

If Allow Remote Access checkbox is selected, the user is granted the default permissions to remotely arm and disarm Partition 1. If you want to

change the default behavior, press the "Advanced" button. You can add new partitions to control (only for alarm panels that are supported via

serial port) and you can specify if the user can arm and disarm.

Once permissions are granted, a Secure Pairing procedure must be completed before the user can control the panel remotely. The pairing

procedure adds additional level of security. It requires physical access to the alarm panel to allow remote access. This is intended to prevent an

installer to secretly add a new user that can remotely control the alarm panel.

Once you create a new user and have selected the Allow Remote Access option, you will be asked if you want to immediately start the pairing

procedure. Also, you can start the pairing procedure by pressing the "Secure Pairing" button for an existing user. Finally, the pairing procedure

can be started by the end user itself from the mobile application.

No matter which option you choose to start the pairing, you must specify the Remote PIN code that the end user will use from the mobile

application to remotely arm and disarm the panel. Then you have 30 seconds to arm or disarm the alarm panel locally (e.g. using a valid user

code from the panel keyboard). The best practice is the user for whom you are creating mobile application login to arm by himself from the

keyboard. If this operation times out, you must start the pairing procedure again.

Note: it is important to understand that the Remote PIN is only used by the end user when he arms/disarms the panel remotely from the mobile

application. The Remote PIN might be diﬀerent from the alarm panel PIN used to locally arm/disarm the panel from the keyboard of the panel.

The Remote PIN adds additional level of security. Generally, the end user will need valid credentials to log in the smartphone app. However, he

might stay logged on, so to prevent someone from abusing the phone without his knowledge, the Remote PIN will be requested every time when

arming/disarming the panel remotely.

Note: If you are changing the permissions of an existing user, the user will need to log out and log in again from the mobile application to reload

the new settings. Failing to do so will most probably result in not being able to remotely control the panel until you login again.

Technical details MQ03

Communications: GPRS

Supported Protocols: Ademco Contact ID® & SIA. Support of any security alarm system through digital inputs, serial port or telephone line

emulation and DTMF decoding

GSM/GPRS: Quad-band (850/900/1800/1900 MHz); GPRS class 12

ARM9 processor, 512KB RAM, 1MB Flash

Up to 4 digital inputs, 2 digital outputs

Serial interface - UART,

Antenna connector: SMA, 50 ohms

Optional expansion modules:

868MHz radio transceiver



RFID 125KHz or 13.56MHz MiFare / NFC Card Reader



Supply voltage: +7 to +18 VDC; Peak Current Consumption 400 mA max.

Current Used in Standby Mode:

Dimensions: 90 x 63 x 32 mm

Operating temperature range: -20...+55

Weight: 150g (device only)

GSM/GPRS Communicator MQ03 Installer Manual Version 1.1

150mA max

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