Required components:
1. Power supply 220 to 24.
2. RFID card reader with external pocket.
3. Tracker Galileosky 7x ext, 7x HUB.
4. Memory card.
5. Algorithm: SCRIPT Exzotron/EX_FControl_LLS_TOPAZ(Exzotron/EX_FControl_LLS_NARA)
To carry out work on setting up the fuel dispenser, you will need an RS485/USB Converter.
Equipment connection scheme:
ON-BOARD TERMINAL SETUP PROCEDURE
On-board terminals only Galileosky 7x ext and Galileosky 7x HUB
For the Galileosky 7x ext device, the firmware is at least 38
For the Galileosky 7x HUB device, the firmware is at least 38
The following commands must be sent to the Galileosky block:
FLASHARCHIVE 1,1
REMOTECONFIG 1
ARCHIVE 0
out 0,1
out 1,1
IBCFG 4,4
CANREGIME 11,125000,2000,1
ActiveCAN 0
CAN1REGIME 11,125000,2000,1
ActiveCAN1 0
HeadPackBit 3,1
HeadPackBit 4,1
MainPackBit 178,1
MainPackBit 179,1
MainPackBit 180,1
MainPackBit 181,1
MainPackBit 182,1
MainPackBit 183,1
MainPackBit 3,1
MainPackBit 4,1
MainPackBit 5,1
MainPackBit 6,1
MainPackBit 7,1
MainPackBit 8,1
MainPackBit 9,1
MainPackBit 10,1
MainPackBit 11,1
MainPackBit 12,1
MainPackBit 13,1
MainPackBit 16,1
MainPackBit 32,1
MainPackBit 37,1
MainPackBit 52,1
MainPackBit 60,1
MainPackBit 77,1
MainPackBit 63,1
MainPackBit 61,1
MainPackBit 62,1
MainPackBit 65,1
MainPackBit 64,1
MainPackBit 81,1
MainPackBit 80,1
MainPackBit 79,1
MainPackBit 78,1
MainPackBit 95,1
MainPackBit 97,1
MainPackBit 96,1
HeadPackBit 1,1
HeadPackBit 2,1
MainPackBit 177,1
MainPackBit 184,1
MainPackBit 185,0
MainPackBit 82,1
MainPackBit 83,1
MainPackBit 66,1
RS485FN 4
incfg5 1,1,33000,33000,33000,33000,1,0
1. SCRIPT Exzotron/EX_FControl_LLS_TOPAZ
2. settings
3. SETTINGS 3,397
4. settings 5,10
5. settings 4,30
ATTENTION WITHOUT ACTIVATION OF THE LICENSE OF ALGORITHMS, the fuel dispenser IS DISPENSING NO MORE THAN 10 liters.
Description of passed parameters:
CAN8BITR0 - transaction flag number 2
CAN32BITR2 - accumulative liter counter, which is read from the fuel dispenser control unit
CAN8BITR3 - total milliliter counter
CAN32BITR3 - RFID card number that is transmitted from a plastic card reader via 1-wire through the Galileosky unit
CAN32BITR4 - counter of cumulative impulses at the rate of 100 impulses per liter. After the transaction is completed, it is reset to zero.
IN5 - relative virtual pulse counter (for servers that do not support receiving CAN parameters.)
IBUTTON - number of the attached plastic card to the reader. (For servers that do not support receiving CAN parameters.)
BASIC GALILEOSKY COMMANDS
RFIDSET 12345,0,0,0,0,0 - adding an unlimited card.
RFIDSET 12345,1,0,0,0,0 - blocking shipment by card.
RFIDSET 12345,1,1000,200,1000,100 - adding a card with a balance of 10 liters, a daily limit of 2 liters and a daily balance of 1 liter.
RFIDINFO 12345 – view card balance. settings – command to set the settings for the algorithm. (parameter number/value)
settings 10, lic - license activation command. (In fact, a license file linked to IMEI is fixed on the memory card)
lic - license number..
Answer:
License=0 Version 2022.09.08; utc 3, koff 10, moderfid 397, CardHold 30, selectin 10, TotalAddr 5, WaitFuel 10
License 0 – not activated license 1 is activated
UTC 3 - 1 parameter, time zone value for setting the time to reset the daily limit.
Koff 10 – 2nd parameter, value of the calibration factor per 1 liter for the virtual counter on IN5
moderfid 397 – 3rd parameter, settings of the interface operation mode for the TOPAZ 511 dispenser,
other settings for working with the TOPAZ dispenser are not used.
Important note!!! FOR PASSIVE MODE
A license restriction has been added to the algorithm. After the first successful transaction, without a license, the algorithm will stop working, perform all sorts of logic, until the next restart of the terminal or sending the settings command to the note, in the topaz protocol, there is a value for the bit depth of the current dose.
According to experience, Topaz has a bit depth of 5, and Nara has a bit depth of 6.
By default, I did this, but if there are differences in the topaz firmware, then this parameter can be changed by setting the algorithm.
settings 11,(5 or 6) it will be noticeable during a transaction in passive mode, if the volume in the database does not grow correctly and is a multiple of 10, and then you need to change the bit depth accordingly.
the changes will take effect after restarting the terminal!
INSTALLATION OF JUMPERS FOR FUNCTIONING IN INTERFACE MODE
RS485 connection on terminal block:
18 - A
19-B
11 (0-GND) - GND
Or connection on the main board of the control unit chip X2
PHOTO CONNECTING 485 port to the tracker
LOCATION OF THE READER AND RFID ANTENNA
POSITIONING THE TRACKER AND POWER SUPPLY
POWER CONNECTION POINT 220 volts to the power supply
INFORMATION ON INSTALLATION OF THE EXTERNAL ANTENNA FROM THE READER ERF-01
Equipment:
1. Antenna - mounted on a double-sided adhesive tape under the glass and connected to the reader.
2. External pocket, which is installed on the adhesive tape from the outside.
ADDITIONAL COMPONENTS WHEN CONNECTED TO THE FUNCTIONER TOGETHER WITH THE CONTROL IN PASSIVE MODE
Control unit with indication EXZ 1.0
Power supply 24 volts.
The control wire is connected to OUT0 of the Galileosky unit.
The relay contacts are connected to the break of the common black wire on the MSF25 valve.
Green LED - power supply. Red LED - access from the tracker.
Toggle switch - for backup shutdown of access, for emergency situations.
INSTALLATION PLACE
DESCRIPTION OF BROADCASTING TO THE SERVER online.Omnicomm
The virtual relative input IN5 is used for transmission.
