AV-GAD AVG064 Bedienungsanleitung

G S M G a t e C o n t r o l

G S M G a t e C o n t r o lG S M G a t e C o n t r o l

G S M G a t e C o n t r o l

AVG064

Integrated GSM module for Access

Control

Installation and Operation Manual

Version 2.50

Edition I

This product is subject to continual enhancement and

therefore specifications may be changed or altered

without prior notice

www.av-gad.com

AVG064 Description

The AVG064 is a compact Dual Band GSM gate control. The unit is designed for cellular

access control housed in an ABS case with a separated power supply.

The AVG064 contains a built-in relay, which is remote controlled and is applicable for

access control for parking lots, home automation, garage barriers, etc.

The factory default is for European GSM band: 900/1800 MHz.

AVG064 standard pack contains: GSM unit, Zero dB GSM antenna, Installation Manual,

four wires Cable, three wires cable for power and outputs. Power supply is not included.

For power supply the AV-20 wall plug type, or the AV-21 are compatible, both 12V 1A DC.

The AVG064 support up to 64 accounts for gate or door opening, or use the “Open to all

feature” (#ACM command).

Programming and parameter settings are executed by SMS commands, PC connection is not

available.

AVG064 Wiring

1. Connections:

Gently insert SIM card to SIM slot, located at the bottom side, as shown in figure 1.

Connect GSM antenna to ANT connector.

2. Plug the Power Supply as shown in figure 1.

Figure 1: AVG064 power and relay wiring

SIM card parameters: Make sure the SIM you are using is SMS enabled, without a voice

message service, without charge limits, caller ID is enabled, unlocked, PIN code disabled.

Install the AVG064 GSM Remote Control Device in a place where there is GSM signal is well

received from the operator you want to use. Check it with a phone before proceeding with

the installation. To install the device in a place with a weak signal, consider using an external

antenna (option to be purchased separately with a 5m cable).

Starting and Wiring

Before setting the AVG064, get a GSM phone and an extra SIM card to insert into the

AVG064. The SIM and GSM phone should be SMS and ID numbers enabled.

Figure 2: AVG064 SIM card and LED’s

The GSM phone is your programmer.

Every SMS sent to the AVG064 and correctly received, will be acknowledged by an SMS

confirmation to the programming phone.

It’s recommended to store the commands in your programming phone for future

applications. During programming, pay attention to the dot sign (.) - it’s critical.

Relay: The AVG064 identifies the calling number and activates the supplied relay, so it

doesn’t count as a call. It’s useful for access control. The unit stores 64 numbers. Each

registered number activates the relay (3 seconds pulse), times/modes are programmable

at “Gate Delay” parameter.

Remove the PIN request from the SIM before inserting it in the unit, otherwise the

device will not work. In order to do so, insert the SIM in a phone and disable the PIN

request (usually there is a security menu that enables you to do so). If you don’t do it, and

switch-on the unit more than 3 times you will have to reset the PIN using the PUK!!

AVG064 Programming Instructions

Program the AVG064 with SMS commands. It is safe to do so because in addition to the

fact that other people may not know the number of the SIM inserted in it, we also use a

Password that makes it impossible for anybody, who doesn’t know it, to access the system

by chance.

Remember that commands must be in CAPITAL LETTERS. It is PWD not pwd, CAP not

Cap etc.

Don’t add spaces or any other characters.

The two SMS commands that you will certainly use in the AVG064 GSM Remote Control

Device are the following:

#PWD: Password

#WHL: White List (adds or removes numbers)

You could also use the following, though not necessarily:

#ACM: Access Mode

#CAP: Change password

#GOT: Gate pulse time

#CSQ: Check Signal Quality

Once you issue a command with an SMS, you will receive a confirmation SMS with OK if

everything is correct or Error if there is an error.

#PWD

Password. This command must always come first. Use 6 digits as a password.

The standard default one, when the device comes from the factory, is 123456.

We suggest that you change it, using the #CAP command.

In all the following examples we will use 123456 as an example of password.

#WHL

White List. This is the command that you will use most. It is used to add or remove

numbers that are enabled to open the gate into the White List.

You can add up to 64 numbers in the list. Every position must be indicated in the command

and we advise you to keep a list written somewhere to know which numbers are in and in

which position.

To add a number, the syntax of the command is the following:

#PWD123456#WHL01=3593334444

Where 01 is the position in the list and 3593334444 is the number enabled.

Please note that it is possible to program up to a maximum of 10 digits for a number. If it

has more digits you should use the rightmost ones. For example, if your number is

33446665555 you should program 3446665555.

If your number appears as +393489999888 you should not program the country code

(+39). Nine digits phone number or less it is not a problem. The important thing is that you

don’t exceed 10 digits.

To check which is the number in a certain place of the list:

#PWD123456#WHL01?

To erase a number:

#PWD123456#WHL01D

To erase all numbers:

#PWD123456#WHL99D

#ACM

Access Mode. This command allows you to open only to accounts that are in the white list

or to anybody calling the SIM number.

#PWD123456#ACM0 (it is a zero)

Warning! With the above command you allow free access to anybody calling!!

#PWD123456#ACM2

With the above command you allow only people that are in the white list. This is the

standard and recommended option.

#CAP

Change Password. Use this command to change the password with a new one that you will

choose for your device (don’t forget it or you will have to send the unit back to us to reset it,

and this has a cost!).

The #CAP command must be issued twice to be sure you don’t digit a wrong one. Of

course it must be preceded by the old password.

For example, to change the password 123456 into the new password 333444 you need to

send the following SMS:

# PWD123456#CAP333444#CAP333444

Wait to receive a confirmation with PWD OK and CAP OK if you wrote correctly, or an Error

message if you made a mistake.

#GOT

Relay pulse time. This command is useful in case you need to keep the button pressed

longer. The standard time is 0.3 seconds (300ms). To change use the GOT command.

The syntax of the command is the following:

# PWD123456#GOT500

With the above command the opening time has been set to 500ms (0.5 seconds).

#CSQ

Check GSM signal quality. This command is useful to see what GSM network signal level

your AVG064 GSM Remote Control Device is receiving.

If you send the command: #PWD123456#CSQ?

You will receive an SMS with a signal quality ranging from 0 to 32 (if it is 0 we doubt it will

ever answer…). You should have a signal above 12 to ensure opening the gate in any

condition. Better if above 16. You should add an external antenna if this is not the case, or

eventually even change operator with another that serves your area better.

Inputs and Outputs Control

The AVG064 also comes with additional 1 Input and 1 Output. The output is connected to

an on-board relay that is activated by sending an SMS command. The Input can be used to

generate alarms when triggered. It can also be programmed to count the input active

pulses up to 1ms fast or activate the output relay.

Note: When used as counters input work only in ACTIVE HIGH mode. They count ONLY

High Going Pulses.

One of the most important functions is to receive alarms. In order to do this properly, you

must turn on the function of the input and tell the AVG064 which are the recipient numbers

and who should receive the alert message for the particular input.

Administrator Number

The 8 administrator numbers can be programmed with a text command via SMS.

#TEL[N]=XXXXXXXXXX

N stands for administrator number 1– 8 (position)

XXXXXXXXXX stands for the phone number you want to program as administrator.

To add a number, the syntax of the command is the following:

#PWD123456#TEL1=3593334444

Please note that it is possible to program up to a maximum of 16 digits for a number.

To check all of the administrator numbers in the list:

#PWD123456#TEL?

Setting The Recipients That Receive Alert Message

The unit can only send text alerts to 1 or all 8 of the programmed administrators’ mobile

phone numbers and this function can be changed at any time by sending the following

commands by SMS message to the unit.

#RERN=XXXXXXXX

XXXXXXXX stands for 8digits value: ON (1) or OFF (0) for the 8 administrators

For example, if you assume only administrators 1, 2, 3, and 4 are to receive text alerts you

would send the following SMS message to the unit.

# PWD123456#RERN=11110000

Note: You can only put 1 in the first 4 digits of the text command if there are only phone

numbers stored in #TEL1, #TEL2, #TEL3 and #TEL4. The rest should be 0.

To check the setting of which recipient will receive alert messages

#PWD123456#RER?

EDITING THE INPUT ALERT MESSAGE

The Input Alert Message can be edited and programmed up to 100 characters long. You

can change the displayed text by sending the following commands by SMS message to the

unit.

#STR=XXXXX…

XXXXX stands for the display text that you want to program

For example, if you want the alert message to display “Garage Opened!” when received a

text alert, you would send the following SMS message to the unit.

#PWD123456#STR =Garage Opened!

Enabling input function

To turn on the function of input, you can send the following commands by SMS message to

the unit.

#CTR=X

X stands for ON (1) or OFF (0) value

To turn on the input, the syntax of the command is the following:

# PWD123456#CTR=1

Setting the Counter Alert Value For Input

An alert message will be sent when the increment of alarm counter reaches the alert value

(Default: 500). It is possible to set the alert value up to maximum value of 65535 times. To

set the counter alert value of input, you can send the following commands by SMS

message to the unit.

Text Command:

#COA=XXXXX

XXXXX stands for 5digits value: The number of times

For example, assume you want it to send a counter alert message each time the input has

been triggered for 5 times, you would send the following SMS message to the unit.

#PWD123456#COA=00005

Input behave setting

This input can be programmed to behave differently: it can count the input active high

pulses, generate an alarm message or activate relay. To program the input, you can send

the following commands by SMS message to the unit.

Text Command:

#CTC=F

F stands for input function 1 - 5

Function Descriptions

Function 1:

Functions as counter.

Sends a counter alert message once the alarm counter reaches the alert value.

Function 2:

Functions as counter.

Activates the output relay 2 to stay on.

Sends a counter alert message once the alarm counter reaches the alert value.

Function 3:

Functions as counter.

Activates the output relay 2 to stay on.

Sends an alert message once triggered.

Sends a counter alert message once the alarm counter reaches the alert value.

Function 4:

Functions as counter.

Activates the output relay 2 for 1 second.

Sends a counter alert message once the alarm counter reaches the alert value.

Function 5:

Sends an alert message once triggered.

For example, assume you want it to send an alert message each time the input is

triggered; you should send the following SMS message to the unit.

#PWD123456#CTC=5

Reading the total increment counter value

To read the total increment counter value, you can send the following SMS message to the

unit.

#COU?

The syntax of the command is the following:

#PWD123456#COU?

You will receive the total increment value from the unit by SMS.

Remote counter reading

To read the sub increment counter value, you can send the following SMS message to the

unit.

#COT?

The syntax of the command is the following:

#PWD123456#COT?

Wait to receive the sub increment value from the unit by SMS.

Note: The sub increment counter value will be reset automatically each time the alarm

counter reached the alert value.

Counter Resetting

To reset the total counter value; send the following SMS message:

#CLA

The syntax of the command is the following:

#PWD123456#CLA

Output Settings

To activate the output relay, send a text command via SMS specifying the number of

seconds the output should stay on to the unit. It is possible to set up to maximum of 65,535

seconds.

#RLY[N]#XXXXX

N stands for number 1or 2of Output

XXXXX stands for 5digits value: The number of seconds

For example, assume you want to turn on the output relay number 2 for 1 hour, you should

send the following SMS message to the unit.

# PWD123456#RLY2=03600

To check the status of output relay

#PWD123456#RLY?

To activate the output relay to stay on, you can send the following commands by SMS

message to the unit.

#RLOP[N]=X

N stands for number 1or 2of Output

X stands for ON (1) or OFF (0) value

To activate the output relay number 2 to stay on indefinitely, the syntax of the command is

the following:

#PWD123456#RLOP2=1

Setting the output relay

The output relays can be programmed to operate with a special feature. After being

programmed, it will activate both output relays to stay on. When the unit receives a call

from the user, it will turn off relay for a certain time period and turn on again. To program

this function, you can send the following commands by SMS message to the unit.

#FTRY=F

F stands for function 0 – 2

Function Descriptions

Function 0:

This function is disabled ~ Normal Mode (Default)

Function 1:

Relay 1 will turn off for 10 seconds and turn on again. After 30 seconds, Relay 2 will be off

for 5 seconds and turn on again.

Function 2:

At a programmable time section, Relay 1 or 2 will turn off for a programmable time (in

seconds) and turn on again.

Note: Once this function is used, the relays will operate automatically according to the

programmed time. Activation of relays with call will not work this time.

(For further setting of time and operating time please refer to 5.3.2 and 5.3.3)

To program the output relays to operate with function 2, the syntax of the command is the

following:

#PWD123456#FTRY=2

Relay operate at programmable time

The output relay can be programmed to operate at a programmable time. To program this

function, you can send the following commands by SMS message to the unit.

#SMW=SS, MM, HH, TTT, G, R;

SS is a 2 digits value stand for seconds

MM is a 2 digits value stands for minutes

HH is a 2 digits value stand for hours

TTT is a 3 digits value stands for Turn Off time in seconds

G stands for Group number 1- 8

R stands for Relay number 1or 2

Example 1, assume you want the output relay number 1 to turn off for 20 seconds at

8.30am, you should send the following SMS message to the unit.

#PWD123456#SMW=00,30,08,020,1,1;

Example 2, assume you want the output relay number 2 to turn off for 30 seconds at

5.30pm, you should send the following SMS message to the unit.

#PWD123456#SMW=00,30,17,030,1,2;

Note: You can program up to 8 groups of time sections for each relay.

System time setting

To set the time, you can send the following SMS command to the unit. The time is entered

in a 24 Hour format.

Andere AV-GAD Steuereinheit Handbücher

AV-GAD

AV-GAD EasyLoader AV-2016D Bedienungsanleitung

Beliebte Steuereinheit Handbücher anderer Marken

Festo

Festo Compact Performance CP-FB6-E Stücklistenhandbuch

Elo TouchSystems

Elo TouchSystems DMS-SA19P-EXTME Bedienungsanleitung

JS Automation

JS Automation MPC3034A Bedienungsanleitung

JAUDT

JAUDT SW GII 6406 Series Kurzanleitung

Spektrum

Spektrum Air Module System Bedienungsanleitung

BOC Edwards

BOC Edwards Q Series Bedienungsanleitung

KHADAS

KHADAS BT Magic Bedienungsanleitung

Etherma

Etherma eNEXHO-IL Bedienungsanleitung

PMFoundations

PMFoundations Attenuverter Bedienungsanleitung

GEA

GEA VARIVENT Bedienungsanleitung

Walther Systemtechnik

Walther Systemtechnik VMS-05 Bedienungsanleitung

Altronix

Altronix LINQ8PD Montageanleitung

Eaton

Eaton Powerware Series Bedienungsanleitung

WAGO

WAGO 750-407/040-000 Bedienungsanleitung

Sony

Sony CCU-590 Bedienungsanleitung

Graco

Graco 25D614 Bedienungsanleitung

Task Force Tips

Task Force Tips YE-RF-900 Programmierhandbuch

Shini

Shini SPV-U Series Bedienungsanleitung