GPRS)

Also for: diesel generator monitoring, temperature monitoring, refrigerator monitoring etc.

Stationary Objects Monitoring Modules. The Table of Functionality

GuardMagic FSL, FSM2/1 - series of modules for remote stationary objects monitoring in "Real Time".

GuardMagic FSL, FSM2/1 -allow to remote monitor: Fuel Storage tanks, fueling station, diesel generators, refrigerators and other stationary pbjects.

All the modules support GuardMagic universal communication protocol for stationary objects.

(In general it means that module can work in one monitoring system)

The remote control (monitoring) of stationary objects is carried out by means of the specialized MONITORING STATION.

GuardMagic FSL, FSM2/1 - the comparison table:

	Type of function	GuardMagic FSM, FSL
	Type of function	FSL	FSM2/1
	module status	in development	*produce and sell*

1	Main Application
1.1	Indoor	+	+
1.2	Outdoor	+	-

2	Power source
2.1	Main Power 6... 12 V DC	+	-
2.2	Main Power 9... 12 V DC	-	+
2.3	External reserve battery (6,3 V , 1,2 A/h)	-	+

3.	Inputs in general
3.1	Logical inputs (summary)	1	4
3.2	Pulse inputs (frequency or counter)	-	2
3.3	Analog input (analog fuel inputs)	1	-
3.4	EIA- 485 interface (digital fuel sensors connection)	1	1
3.5	1-Wire interface	-	1

4.	Main connection
4.1	Total digital fuel level sensors (fuel tank or fuel compartments monitoring)	3	3
4.2	Total analog fuel level sensor (fuel tank or fuel compartments monitoring)	1	-
4.3	Fuel level sensors with digital communication interface EIA-485 (GuardMagic DLLS1,DLLS2, DLLE1, DLLE2 or with the same communication protocol) up to:	3	3
4.4	Tamper sensor or tamper circuit (logical)	-	1
4.5	Customer logical sensor or circuits	1	3
4.6	Pulse circuits or sensors (for example: Flow meter, engine RPM etc.)	-	2
4.7	Temperature sensors up to:	-	7

5.	Main technical data and function
5.1	"Fuel resolution (on EIA-485 bus, depend of type of sensors) up to levels:	1024 or 4096	1024 or 4096
5.2	Functionality: operation mode, programming mode	+	+
5.3	Operation mode: Real Time	+	+
5.4	Data transmitting: GSM/GPRS 900/1800/1900 or Quad	+	+
5.5	GPRS connection to main monitoring station	+	+
5.6	GPRS connection/reconnection to reserve monitoring station	-	+
5.7	Internal memory (to store collected data)	+	-
5.8	Automatic storing collecting information if GPRS or Internet connection is absence.	+	-
5.9	Automatic transmitting (or storing) data from fuel level sensors and external sensors	+	+
5.10	Connection to temperature sensors	-	+
5.11	Staff identification	-	-
5.12	Automatic activation for data sending (alarm data):  Tamper;  Logical inputs activation;  Main power alarm (if reserve battery connect);  Pulse signal starting.	-	+
5.13	User programming periodicity of data sending	+	+

6.	Additional
6.1	Main Power control (if reserve battery connecting)	-	+
6.2	Possibility connection to pulse flow meter and/or RPM sensor (pulse counting)	-	+
6.3	Base station time synchronization	+	+