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—en:cn03 [2025/08/31 23:18] (current) – created - external edit 127.0.0.1
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 +====== Module CN03 of the BITREK CONNECT system ======
  
 +{{ :ru:внешний_вид_модуля_v02.jpg?direct |}}
 +
 +----
 +
 +===== Purpose of the device =====
 +
 +The CN03 module of Bitrek Connect system is intended for
 +to control technical operating parameters of vehicles
 +equipped with the CAN bus and transmit these parameters to the
 +Connect-Bus. In addition, the module can work with fuel level sensors
 +fuel level sensors, RFID-readers and threshold sensors via
 +interface RS-485.
 +
 +----
 +
 +===== Package Contents =====
 +
 +The CN03 of Bitrek Connect comes with the following
 +configuration:
 +
 +  * CN03 module - 1 pc;
 +  * Data sheet - 1 pc;
 +  * Warranty card - 1 pc;
 +  * Packing box - 1 pc.
 +  * MicroFit 4-pin cable - 1 pc.
 +  * MicroFit 6-pin cable - 1pc.
 +  * Rubber seal - 3 pcs.
 +
 +----
 +
 +===== Technical characteristics of the device =====
 +
 +Technical characteristics of the device are presented in Table 1.
 +
 +Table 1: Technical specifications of the device
 +
 +^Parameters ^ Characteristics^
 +|Supply voltage | 12 V or 24 V |
 +|Type of current consumption | (12V) 50mA |
 +|Interface for connection of fuel level sensors, RFID readers and threshold sensors | RS485|
 +|CAN standard | 29 bit (FMS), 11 bit|
 +|Maximum number of fuel level sensors | 8 |
 +|Maximum number of RFID readers |4|
 +|Maximum number of threshold sensors | 15|
 +| Operating temperature | from -30 °C to +80 °C|
 +|Allowable humidity | 80 +/- 15% |
 +|Dimensions (W x L x H) | 78 x 83 x 30 mm|
 +|Protection class of enclosure | IP44|
 +|Net weight | 80 gr.|
 +| gross weight | 110 g|
 +
 +----
 +
 +===== Appearance and dimensions of the device =====
 +
 +{{ :ru:внешний_вид_и_габаритные_размеры_ex03.jpg?direct |}}
 +
 +Fig.1. Appearance and dimensions
 +
 +----
 +
 +===== Pin assignment =====
 +
 +The CN03 module is equipped with three Micro-Fit connectors (Fig. 2).
 +
 +{{ :ru:внешний_вид_разъёмов_cn03.png?direct |}}
 +
 +Fig.2. The appearance of the connectors
 +
 +The four-pin connectors (Fig. 3) are
 +Connect-Bus connectors, which have the power outputs of the module and the outputs
 +signal lines of the bus.
 +
 +{{ :ru:разъёмы_connect-bus_1_и_2.jpg?direct |}}
 +
 +Fig.3. Connect-Bus connectors #1 and #2
 +
 +The pinout of the Connect-Bus connectors is shown in Table 2.
 +
 +Table 2 The pin-out of the Connect-Bus connectors No.1 and No.2
 +
 +^№^Pin name^Signal type^Pin assignment^
 +^1| GND| Power supply|General lead (ground)|
 +^2| CAN L|Input/output|Signal "CAN_L" of the CAN bus|
 +^3| + Vin| Power supply|"+" On-board power supply (nominal voltage 12 V or 24 V)|
 +^4| CAN H | input/output| Signal "CAN_H" on the CAN bus |
 +
 +The six-pin connector (Fig.4) is the connector for
 +fuel level sensors, threshold sensors and RFID readers.
 +It has power outputs of sensors, RS485 signal lines and
 +signal lines of the vehicle CAN bus.
 +
 +{{ :ru:разъём_для_подключения_внешних_устройств.jpg?direct |}}
 +
 +Fig.4. Connector for connecting external devices
 +
 +The pinout of the connector for connecting external devices
 +is presented in table 3.
 +
 +Table 3. External device connector pinout
 +
 +^№^Pin name ^ Signal type ^ Pin assignment ^
 +^1 | GND | power supply | common ground|
 +^2 | CAN H | input/output | CAN_H signal|
 +^3 | RS485 A| input/output | RS485 "A" signal|
 +^4 |+ Vin | Power output | "+" on-board power supply (to power external devices)|
 +^5 | CAN L | input/output | "CAN_L" signal on the CAN bus|
 +^6 | RS485 B| input/output | RS485 "B" signal|
 +
 +----
 +
 +===== Description of indications =====
 +
 +On the front panel of the module, on the connector side, there are
 +two LEDs on the connector side of the front panel, which indicate the current status of the device.
 +
 +**Red LED** - blinks when RS-485 communication is successful
 +
 +**Green LED** - lights steadily when the device
 +continuously illuminates when device is successfully started up.
 +
 +----
 +
 +===== Setting up the CN03 module =====
 +
 +The CN03 has a number of configurable parameters
 +of which are listed in Appendix 1. To configure the module
 +module, the Bitrek Connect configurator module is used, as well as
 +Connect Configurator software. How to work with the configurator module and
 +Software are described in detail in the "Guidelines for organizing and configuring
 +Bitrek Connect".
 +
 +==== Configuring the module to work with arbitrary PGN ====
 +
 +Parameters FMSPGN00 to FMSPGN19 are used to configure
 +arbitrary PGNs with a bit size of 11 bits or 29 bits expected on the
 +CAN bus of the vehicle and transmitted to the Connect-
 +Bus, with address swapping to the current address of the module on the bus. If
 +parameter is zero, this PGN is considered disabled and is not
 +is considered to be disabled and does not participate in operation. These parameters are set in HEX view and
 +have the following format:
 +
 +//PRIO PGN ADDR//.
 +
 +where:\\
 +PRIO - message priority;\\
 +PGN is the message body (PGN);\\
 +ADDR is the sender's address.\\
 +
 +For example: there is a need to set up an arbitrary PGN
 +18FEE900 (Fuel Consumption: LFC, 1000 mS).
 +
 +To do this, the value 18FEE900 (Fuel Consumption: LFC: 1000 mS) must be entered in the "Arbitrary PGN00" parameter (ID7800)
 +write the value 18FEE900 (Fig.5). Then set the digit capacity
 +PGN00 parameter is 29 bits, since this PGN is 29-
 +bit (Fig.6). This can be done using the Connect
 +Configurator.
 +
 +{{ :ru:установка_значения_произвольного_pgn.jpg?direct |}}
 +
 +Figure 5. Setting the value of an arbitrary PGN
 +
 +{{ :ru:установка_разрядности_произвольного_pgn.jpg?direct |}}
 +
 +Fig.6. Setting the arbitrary PGN bit value
 +
 +The CAN reception filter will then be configured to receive
 +messages from CANID 18FEE900. After receiving such a message
 +the current address of the message will be replaced by the peripheral address
 +of the CN03 module and it will be broadcast to the Connect-Bus.
 +
 +==== Configuring the module for operation with fuel level sensors ====
 +
 +Each fuel level sensor connected to the CN03 module
 +must be preset. The adjustment includes
 +is to assign each sensor on the RS485 bus a network address.
 +After the network addresses of fuel level sensors are assigned,
 +you can configure the CN03 module.
 +
 +Open the tree-like list of the module parameters by pressing
 +the "+" symbol. The Settings group is displayed in the list. In the subgroup
 +"RS485 remote control unit" you must configure the following parameters: "Address
 +RS485 address" (Fig.7) and "Resolution of RS485 polling" (Fig.8). Parameters "Interval
 +Interrogation period" and "Time of FLS transfer to Connect-Bus" parameters can be left unchanged.
 +leave them unchanged.
 +
 +{{ :ru:назначение_адреса_датчика_уровня_топлива.jpg?direct |}}
 +
 +Fig.7. Fuel level sensor address assignment
 +
 +{{ :ru:разрешение_опроса_датчика.jpg?direct |}}
 +
 +Fig.8. Sensor polling permission
 +
 +After that the CN03 module will poll the fuel
 +fuel level sensor, which is on the 1st network address on the bus
 +RS485 BUS. The received data message will be translated into
 +the Connect-Bus.
 +
 +==== Setting up the module to work with RFID readers ====
 +
 +Setting up the module to work with RFID readers
 +the module is configured in the same way. In the "RFID
 +RS485" setting group, you must specify the reader address on the RS485 bus and
 +enable the module to interrogate it. Parameters "RFID polling period" and
 +The "Period of RFID transmission to Connect-Bus" parameters can be left unchanged.
 +parameters can be left unchanged.
 +
 +**Note:**\\
 +The communication between RFID readers and the CN03 module
 +according to the RCS SOVA protocol
 +
 +==== Configuring the module to work with RS485 threshold sensors ====
 +
 +Each threshold sensor connected to the module must
 +must be pre-configured. The configuration comes down to setting up
 +a unique network address on the RS485 bus for each threshold
 +network address on the RS485 bus for each threshold sensor. To configure the network address of the threshold sensors
 +The FL Configurator software is used to set the network address.
 +
 +**Note:**.\\
 +The network addresses of the threshold sensors must not be the same as
 +Note: The network addresses of the threshold sensors must not be the same as the network addresses of the fuel level sensors in use.
 +
 +Then in the subset of the CN03 "Threshold Sensors
 +RS485 sensors" subgroup of the CN03 module settings, you need to enable the sensor polling, specify its network
 +network address on the RS485 bus, specify upper and lower thresholds
 +of operation (Fig.9). These parameters must be configured
 +separately for each of used threshold sensors.
 +
 +{{ :ru:настройка_пороговых_датчиков_rs485.jpg?direct |}}
 +
 +Figure 9. Setting up the RS485 threshold sensors
 +
 +Up to 15 sensors can be connected to the module
 +simultaneously. In this case it is recommended to allow polling only
 +actually connected sensors.
 +There are 15 parameters in the CN03 settings (id 431 -
 +id 445) to specify the network addresses of the connected sensors. When
 +When specifying the network addresses, the following principle should be followed: The network address of the
 +the net address of the lowermost sensor must be entered in the parameter corresponding to the 1st sensor.
 +the parameter corresponding to the 1st sensor in the CN03 module and then
 +in order.
 +
 +**Note:**.\\
 +The upper and lower thresholds are set according to
 +Note: The upper threshold can be adjusted as below.
 +
 +**The "Upper Threshold "** is the sensor value above which the CN03 decides
 +above which the CN03 decides that the sensor has
 +triggered. The value written in this field should be 15-
 +35% less than the actual value obtained with
 +with the sensor immersed in the grain. This is to ensure that the sensor
 +of the sensor operation.
 +
 +**"Lower threshold "** is the sensor value at which the
 +CN03 module decides that the sensor has gone from the active
 +"triggered" state to the inactive state. The value written in
 +This field should be 15-35% greater than the actual
 +value of the empty sensor.
 +
 +**Sample of setting:** Threshold sensors are mounted in the hopper,
 +hopper empty, all sensors have the zero level calibrated at
 +100 c.u. level. The hopper is then filled with grain so that
 +several sensors are filled. After filling
 +their readings must be recorded. For example: The filled sensors
 +showed a level of 200. In this case, in the "Upper threshold" field you must
 +170, and in the "Lower Threshold" field - 130.
 +
 +----
 +
 +===== Preset PGNs of FMS standard =====
 +
 +The CN03 module has a group of preset FMS standard PGNs
 +(J1939) that are monitored and transmitted to the Connect-
 +Bus always, regardless of the settings of the arbitrary PGNs. A list of such
 +PGNs are listed in Table 4.
 +
 +The principle of operation of the device is as follows: The module receives all
 +messages whose CANID contains a PGN from the list of
 +preset list, ignoring the priority of the message and the
 +ignoring the priority of the message and the sender address. The received CANIDs are transmitted to the Connect-Bus with
 +priority 0x18 and the address of the CN03 module.
 +
 +Table 4. List of preset PGNs
 +
 +^ No. ^ PGN ^ Description ^
 +^1 | 0x18FEE900 | amount of fuel used|
 +^2 | 0x18FEFC00 | Fuel level|
 +^3 | 0x18FEF200 | hourly fuel consumption|
 +^4 | 0x18FEF200 | Instantaneous fuel economy|
 +^5 | 0x18FD0900 | High-resolution fuel consumption total|
 +^6 | 0x18F00400 | Engine RPMs|
 +^7 | 0x18F00400 | Actual engine torque|
 +^8 | 0x18FEE500 | Engine running time|
 +^9 | 0x18FEEE00 | engine coolant temperature|
 +^10 | 0x18F00300 | engine load percentage at current speed|
 +^11 | 0x18F00500 | Gearbox current gearbox|
 +^12 | 0x18F00500 | Selected transmission gear|
 +^13 | 0x18FEE800 | Compass bearing|
 +^14 | 0x18FEE800 | GPS/GLONASS speed|
 +^15 | 0x18FEE800 | GPS/GLONASS angle deviation|
 +^16 | 0x18FEE800 | GPS altitude|
 +^17 | 0x18FEF300 | Latitude|
 +^18 | 0x18FEF300 | Longitude|
 +^19 | 0x18FEC100 | Vehicle Mileage|
 +^20 | 0x18FEF500 | Ambient temperature|
 +^21 | 0x18FEF100 | Vehicle speed determined by the rotation of the wheels|
 +^22 | 0x18FEF100 | clutch pedal|
 +^23 | 0x18FEF100 | brake pedal|
 +^24 | 0x18FEF100 | cruise control|
 +^25 | 0x18F00300 | Accelerator pedal position 1|
 +^26 | 0x18FE7000 | Total vehicle weight|
 +^27 | 0x18FEF100 | parking brake switch|
 +^28 | 0x18FE4E00 | Door position 2|
 +^29 | 0x18FE4E00 | Door position|
 +
 +----
 +
 +===== List of variables broadcast to the CONNECT-BUS =====
 +
 +^**№** ^ **Parameter Name** ^ **  Size  ** ^  PGN  ^  Start Bit  ^  Bit Total  ^  Time Out  ^
 +^  **Systems**  ^||||||
 +^1 | Device model |  4  | 18F713 |  0  |  32  |  10  |
 +^2 | software version |  4  | 18F713 |  32  |  32  |  10  |
 +^3 | module operating time |  4  | 18F712 |  0  |  32  |  10  |
 +^4 | number of module restarts |  4  | 18F712 |  32  |  32  |  10  |
 +^  **CAN J1939 (FMS Standard)**  ^||||||
 +^5 | Fuel consumption |  4  | 18FEE9 |  32  |  32  |  0  |
 +^6 | Fuel level 1 |  1  | 18FEFC |  8  |  8  |  0  |
 +^7 | hourly fuel consumption |  2  | 18FEF2 |  0  |  16  |  5  |
 +^8 | Instantaneous fuel economy |  2  | 18FEF2 |  16  |  16  |  5  |
 +^9 | High-resolution fuel economy |  4  | 18FD09 |  32  |  32  |  0  |
 +^10 | engine rpm |  2  | 18F004 |  24  |  16  |  5  |
 +^11 | motor running time |  4  | 18FEE5 |  0  |  32  |  0  |
 +^12 | Engine coolant temperature |  1  | 18FEEE |  0  |  8  |  5  |
 +^13 | Engine load percentage at current speed |  1  | 18F003 |  16  |  8  |  5  |
 +^14 | actual engine torque |  1  | 18F004 |  16  |  8  |  5  |
 +^15 | current gearbox |  1  | 18F005 |  24  |  8  |  5  |
 +^16 | selected gearbox |  1  | 18F005 |  0  |  8  |  5  |
 +^17 | Compass azimuth |  2  | 18FEE8 |  0  |  16  |  0  |
 +^18 | GPS/GLONASS speed |  2  | 18FEE8 |  16  |  16  |  0  |
 +^19 | GPS/GLONASS angle deviation |  2  | 18FEE8 |  32  |  16  |  0  |
 +^20 | GPS/GLONASS altitude |  2  | 18FEE8 |  48  |  16  |  0  |
 +^21 | GPS/GLONASS latitude |  4  | 18FEF3 |  0  |  32  |  0  |
 +^22 | GPS/GLONASS Longitude |  4  | 18FEF3 |  32  |  32  |  0  |
 +^23 | Vehicle Mileage |  4  | 18FEC1 |  0  |  32  |  0  |
 +^24 | ambient temperature |  2  | 18FEF5 |  24  |  16  |  5  |
 +^25 | Vehicle speed determined by the movement of the wheels |  2  | 18FEF1 |  8  |  16  |  5  |
 +^26 | Clutch pedal |  1  | 18FEF1 |  30  |  2  |  5  |
 +^27 | brake pedal |  1  | 18FEF1 |  28  |  2  |  5  |
 +^28 | cruise control |  1  | 18FEF1 |  24  |  2  |  5  |
 +^29 | Accelerator pedal position 1 |  1  | 18F003 |  8  |  8  |  5  |
 +^30 | Total weight of the vehicle |  2  | 18FEF70 |  16  |  16  |  0  |
 +^31 | parking brake switch |  1  | 18FEF1 |  2  |  2  |  0  |
 +^32 | Door position 2 |  1  | 18FE4E |  6  |  2  |  0  |
 +^33 | door position |  1  | 18FE4E |  0  |  4  |  0  |
 +^  **DROPPED RS485**  ^||||||
 +^38 | FLS status 1 |  1  | 18F709 |  0  |  1  |  10  |
 +^39 | FLS 2 status |  1  | 18F70A |  0  |  1  |  10  |
 +^40 | FLS 3 status |  1  | 18F70B |  0  |  1  |  10  |
 +^41 | FLS 4 status |  1  | 18F70C |  0  |  1  |  10  |
 +^42 | FLS 5 status |  1  | 18F70D |  0  |  1  |  10  |
 +^43 | FLS status 6 |  1  | 18F70E |  0  |  1  |  10  |
 +^44 | FLS 7 status |  1  | 18F70F |  0  |  1  |  10  |
 +^45 | FLS status 8 |  1  | 18F710 |  0  |  1  |  10  |
 +^46 | Temperature of FLS 1 |  1  | 18F709 |  16  |  8  |  10  |
 +^47 | Temperature of FLS 2 |  1  | 18F70A |  16  |  8  |  10  |
 +^48 | Temperature of FLS 3 |  1  | 18F70B |  16  |  8  |  10  |
 +^49 | Temperature of FLS 4 |  1  | 18F70C |  16  |  8  |  10  |
 +^50 | Temperature of FLS 5 |  1  | 18F70D |  16  |  8  |  10  |
 +^51 | Temperature of FLS 6 |  1  | 18F70E |  16  |  8  |  10  |
 +^52 | Temperature of FLS 7 |  1  | 18F70F |  16  |  8  |  10  |
 +^53 | FLS 8 temperature |  1  | 18F710 |  16  |  8  |  10  |
 +^54 | Fuel FLS 1 |  2  | 18F709 |  24  |  16  |  10  |
 +^55 | FLS fuel 2 |  2  | 18F70A |  24  |  16  |  10  |
 +^56 | FLS fuel 3 |  2  | 18F70B |  24  |  16  |  10  |
 +^57 | FLS fuel 4 |  2  | 18F70C |  24  |  16  |  10  |
 +^58 | FLS fuel 5 |  2  | 18F70D |  24  |  16  |  10  |
 +^59 | FLS fuel 6 |  2  | 18F70E |  24  |  16  |  10  |
 +^60 | FLS fuel 7 |  2  | 18F70F |  24  |  16  |  10  |
 +^61 | Fuel FLS 8 |  2  | 18F710 |  24  |  16  |  10  |
 +^  RFID RS485  ^||||||
 +^62 | RFID status 1 |  1  | 18F701 |  0  |  2  |  5  |
 +^63 | RFID status 2 |  1  | 18F702 |  0  |  2  |  5  |
 +^64 | RFID status 3 |  1  | 18F703 |  0  |  2  |  5  |
 +^65 | RFID Status 4 |  1  | 18F704 |  0  |  2  |  5  |
 +^66 | RFID card number 1 |  8  | 18F701 |  16  |  40  |  5  |
 +^67 | RFID card number 2 |  8  | 18F702 |  16  |  40  |  5  |
 +^68 | RFID card number 3 |  8  | 18F703 |  16  |  40  |  5  |
 +^69 | RFID card number 4 |  8  | 18F704 |  16  |  40  |  5  |
 +^  RS485 threshold sensors  ^||||||
 +^70 | Level bitmask |  2  | 18F720 |  0  |  16  |  5  |
 +^71 | grain level |  2  | 18F720 |  16  |  16  |  5  |
 +^72 | Upper threshold |  2  | 18F720 |  32  |  16  |  5  |
 +^73 | bitmask of allowed sensors |  2  | 18F721 |  0  |  16  |  5  |
 +^74 | Bit mask of connected sensors |  2  | 18F721 |  16  |  16  |  5  |
 +^75 | Threshold sensor 1 on RS485 bus |  1  | 18F731 |  0  |  8  |  5  |
 +^76 | Threshold sensor 2 on the RS485 bus |  1  | 18F732 |  0  |  8  |  5  |
 +^77 | Threshold sensor 3 on the RS485 bus |  1  | 18F733 |  0  |  8  |  5  |
 +^78 | RS485 bus threshold sensor 4 |  1  | 18F734 |  0  |  8  |  5  |
 +^79 | RS485 bus threshold sensor 5 |  1  | 18F735 |  0  |  8  |  5  |
 +^80 | RS485 bus threshold sensor 6 |  1  | 18F736 |  0  |  8  |  5  |
 +^81 | RS485 bus threshold sensor 7 |  1  | 18F737 |  0  |  8  |  5  |
 +^82 | RS485 bus threshold sensor 8 |  1  | 18F738 |  0  |  8  |  5  |
 +^83 | RS485 bus threshold sensor 9 |  1  | 18F739 |  0  |  8  |  5  |
 +^84 | RS485 bus threshold sensor 10 |  1  | 18F73A |  0  |  8  |  5  |
 +^85 | RS485 bus threshold sensor 11 |  1  | 18F73B |  0  |  8  |  5  |
 +^86 | RS485 bus threshold sensor 12 |  1  | 18F73C |  0  |  8  |  5  |
 +^87 | RS485 bus threshold sensor 13 |  1  | 18F73D |  0  |  8  |  5  |
 +^88 | RS485 bus threshold sensor 14 |  1  | 18F73E |  0  |  8  |  5  |
 +^89 | RS485 bus threshold sensor 15 |  1  | 18F73F |  0  |  8  |  5  |
 +^90 | State of sensor 1 |  1  | 18F731 |  8  |  8  |  5  |
 +^91 | State of sensor 2 |  1  | 18F732 |  8  |  8  |  5  |
 +^92 | State of sensor 3 |  1  | 18F733 |  8  |  8  |  5  |
 +^93 | Sensor 4 condition |  1  | 18F734 |  8  |  8  |  5  |
 +^94 | Sensor 5 condition |  1  | 18F735 |  8  |  8  |  5  |
 +^95 | Sensor 6 condition |  1  | 18F736 |  8  |  8  |  5  |
 +^96 | sensor 7 condition |  1  | 18F737 |  8  |  8  |  5  |
 +^97 | Sensor 8 condition |  1  | 18F738 |  8  |  8  |  5  |
 +^98 | Sensor 9 condition |  1  | 18F739 |  8  |  8  |  5  |
 +^99 | Sensor 10 condition |  1  | 18F73A |  8  |  8  |  5  |
 +^100 | Sensor 11 condition |  1  | 18F73B |  8  |  8  |  5  |
 +^101 | State of sensor 12 |  1  | 18F73C |  8  |  8  |  5  |
 +^102 | State of sensor 13 |  1  | 18F73D |  8  |  8  |  5  |
 +^103 | Sensor 14 |  1  | 18F73E |  8  |  8  |  5  |
 +^104 | Sensor 15 |  1  | 18F73F |  8  |  8  |  5  |
 +^105 | Temperature sensor 1 |  1  | 18F731 |  16  |  8  |  5  |
 +^106 | Temperature sensor 2 |  1  | 18F732 |  16  |  8  |  5  |
 +^107 | Temperature sensor 3 |  1  | 18F733 |  16  |  8  |  5  |
 +^108 | Temperature sensor 4 |  1  | 18F734 |  16  |  8  |  5  |
 +^109 | Temperature sensor 5 |  1  | 18F735 |  16  |  8  |  5  |
 +^110 | Temperature sensor 6 |  1  | 18F736 |  16  |  8  |  5  |
 +^111 | temperature sensor 7 |  1  | 18F737 |  16  |  8  |  5  |
 +^112 | temperature sensor 8 |  1  | 18F738 |  16  |  8  |  5  |
 +^113 | temperature sensor 9 |  1  | 18F739 |  16  |  8  |  5  |
 +^114 | temperature sensor 10 |  1  | 18F73A |  16  |  8  |  5  |
 +^115 | temperature sensor 11 |  1  | 18F73B |  16  |  8  |  5  |
 +^116 | temperature sensor 12 |  1  | 18F73C |  16  |  8  |  5  |
 +^117 | Temperature sensor 13 |  1  | 18F73D |  16  |  8  |  5  |
 +^118 | temperature sensor 14 |  1  | 18F73E |  16  |  8  |  5  |
 +^119 | Sensor temperature 15 |  1  | 18F73F |  16  |  8  |  5  |
 +^120 | Sensor level 1 |  2  | 18F731 |  24  |  16  |  5  |
 +^121 | Sensor level 2 |  2  | 18F732 |  24  |  16  |  5  |
 +^122 | Sensor level 3 |  2  | 18F733 |  24  |  16  |  5  |
 +^123 | Sensor level 4 |  2  | 18F734 |  24  |  16  |  5  |
 +^124 | Sensor level 5 |  2  | 18F735 |  24  |  16  |  5  |
 +^125 | Sensor level 6 |  2  | 18F736 |  24  |  16  |  5  |
 +^126 | Sensor level 7 |  2  | 18F737 |  24  |  16  |  5  |
 +^127 | Sensor level 8 |  2  | 18F738 |  24  |  16  |  5  |
 +^128 | Sensor level 9 |  2  | 18F739 |  24  |  16  |  5  |
 +^129 | Sensor level 10 |  2  | 18F73A |  24  |  16  |  5  |
 +^130 | Sensor level 11 |  2  | 18F73B |  24  |  16  |  5  |
 +^131 | Sensor level 12 |  2  | 18F73C |  24  |  16  |  5  |
 +^132 | Sensor level 13 |  2  | 18F73D |  24  |  16  |  5  |
 +^133 | Sensor level 14 |  2  | 18F73E |  24  |  16  |  5  |
 +^134 | Sensor level 15 |  2  | 18F73F |  24  |  16  |  5  |
 +^135 | Sensor polling resolution 1 |  1  | 18F731 |  56  |  8  |  5  |
 +^136 | Sensor polling resolution 2 |  1  | 18F732 |  56  |  8  |  5  |
 +^137 | Sensor 3 polling resolution |  1  | 18F733 |  56  |  8  |  5  |
 +^138 | Sensor polling resolution 4 |  1  | 18F734 |  56  |  8  |  5  |
 +^139 | Sensor polling resolution 5 |  1  | 18F735 |  56  |  8  |  5  |
 +^140 | Sensor polling resolution 6 |  1  | 18F736 |  56  |  8  |  5  |
 +^141 | Sensor polling resolution 7 |  1  | 18F737 |  56  |  8  |  5  |
 +^142 | Sensor polling resolution 8 |  1  | 18F738 |  56  |  8  |  5  |
 +^143 | Sensor polling resolution 9 |  1  | 18F739 |  56  |  8  |  5  |
 +^144 | Sensor polling resolution 10 |  1  | 18F73A |  56  |  8  |  5  |
 +^145 | Sensor polling resolution 11 |  1  | 18F73B |  56  |  8  |  5  |
 +^146 | Sensor polling resolution 12 |  1  | 18F73C |  56  |  8  |  5  |
 +^147 | Sensor polling resolution 13 |  1  | 18F73D |  56  |  8  |  5  | 
 +^148 | Sensor polling resolution 14 |  1  | 18F73E |  56  |  8  |  5  |
 +^149 | Sensor polling resolution 15 |  1  | 18F73F |  56  |  8  |  5  |
 +
 +----
 +
 +===== Supplement 1. Device parameters =====
 +
 +^ Parameter name ^  ID when configured  ^  Parameter digit  ^ Parameter assignment ^  Default value  ^
 +^  General  ^||||
 +|CANSlaveAddr |  0200  |  1 byte  | device address on CONNECTBUS |  1  |
 +|DevicePIN |  0400  |  4 bytes  | Device access password |  11111  |
 +|CANSpeed |  0201  |  1 byte  | CAN speed setting |  250 kbit\s  |
 +^  Arbitrary PGN  ^||||
 +|PGNBitSize00 - PGNBitSize19 |  0401 - 0420  |  1 byte  | 1 byte Setting the arbitrary PGN bit rate |  0 (off)  |
 +|FMSPGN00 - FMSPGN19 |  7800 - 7819  |  4 bytes  | PGN translated from vehicle CAN bus to CONNECT-BUS |  0 (off)  |
 +^  RFID RS485  ^||||
 +|AddrSova1 - AddrSova4 |  0211 - 0214  |  1 byte  | RFID SOVA address on the RS485 bus |  1 - 4  |
 +|Sova1Ena - Sova4Ena |  0241 - 0244  |  1 byte  | SOVA RFID polling permission |  1  |
 +|GetPeriodSova1 - GetPeriodSova4 |  0261 - 0264  |  2 bytes  | SOVA RFID polling period (*100 ms) |  100 (10 seconds)  |
 +|SendPeriodSova1 - SendPeriodSova4 |  0281 - 0284  |  2 bytes  | Period of sending RFID SOVA to CONNECT BUS (*100 ms) |  10 (1 second)  |
 +^  RS485 REMOTE CONTROL  ^||||
 +|Fuel1Addr - Fuel8Addr |  0311 - 0318  |  1 byte  | RS485 bus address |  11 - 18  |
 +|Fuel1Ena - Fuel8Ena |  0341 - 0348  |  1 byte  | Resolution of the FLS poll |  1  | 
 +|GetPeriodFuel1 - GetPeriodFuel8 | 0361 - 0368 |  2 bytes | RTC polling period (*100 ms) |  100 (10 seconds)  |
 +|SendPeriodFuel1 - SendPeriodFuel8 |  0381 - 0388  |  2 bytes  | period to send the RTC values to the CONNECT-BUS |  10 (1 second)  |
 +^  RS485 threshold sensors  ^||||
 +|AddrSens1 - AddrSens15 |  0431 - 0445  |  1 byte  | RS485 threshold sensor address |  20 - 34  |
 +|Sens1Ena - Sens15Ena |  0451 - 0465  |  1 byte  | Threshold sensor polling permission |  0 (off)  |
 +|Sens1UpLimit - Sens15UpLimit |  0471 - 0485  |  2 bytes  | Threshold sensor upper level value |  170  |
 +|Sens1DownLimit - Sens15DownLimit |  0491 - 0505  |  2 bytes  | value of low level threshold sensor |  120  | 
 +|GetPeriodSens1 - GetPeriodSens15 |  0397  |  2 bytes  | polling period of all threshold sensors (*100 ms) |  100 (10 seconds)  |
 +|SendPeriodSens1 - SendPeriodSens15 |  0398  |  2 bytes  | Period of sending values of all threshold sensors to the CONNECTBUS (*100 ms) |  10 (1 second)  |
 +