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Metronic DL2 Operating Manual

Multichannel electronic data logger
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DL2
MULTICHANNEL ELECTRONIC
DATA LOGGER
OPERATING MANUAL
Version: 180530EN

This operating manual is also available on CD-ROM.

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Summary of Contents for Metronic DL2

  • Page 1 MULTICHANNEL ELECTRONIC DATA LOGGER OPERATING MANUAL Version: 180530EN  This operating manual is also available on CD-ROM.
  • Page 2 Before installation, carefully read all the instructions, especially those concerned with safety. The recorder has been manufactured according to the requirements of relevant EU directives. These instructions must be stored in a safe place near the installation of the device at all times. Information from the Manufacturer All functions of the recorder are subject of modifications for the benefit of technical progress.

  • Page 3: Table Of Contents

    TABLE OF CONTENTS SAFETY INFORMATION ..................7 DL2 DELIVERY CONTENT, ACCESSORIES AND STORAGE ......10 Basic components ..................10 Storage......................10 Accessories (optional) ..................10 GENERAL PRODUCT OVERVIEW ................ 11 Purpose ......................11 Basic functions ....................11 Available options .................... 12 Device configuration ..................
  • Page 4 IN6D – six channel binary inputs module ..........26 6.2.8 IN2RS485 (24V) – two RS485 port input module (Modbus RTU client) .. 27 6.2.9 6.2.10 IN2RS485 – two RS485 port input module (Modbus RTU client) .... 28 6.2.11 OUT6RL – six channel relay outputs module .......... 28 6.2.12 OUT3 –...
  • Page 5 12.1.2 Display ..................... 56 12.1.3 Date & Time ..................... 56 12.1.4 Service..................... 57 12.2 Input and output settings ................57 12.2.1 Module M (MAIN) ..................57 12.2.2 Programming options for the individual modules ........58 12.3 Communication settings ................. 61 12.3.1 Ethernet port ....................
  • Page 6 14.2 Print screen ....................74 14.3 Web server ..................... 75 14.4 Software for PC ....................76 14.4.1 DL2 Config ....................76 14.4.2 DL2-RP ....................77 15 FAILURE SYMBOLS  ..................78 16 MODBUS RTU / MODBUS TCP TRANSMISSION PROTOCOL  ....... 79 16.1 General information ..................

  • Page 7: Safety Information

    1 SAFETY INFORMATION Safe operation of this product can only be guaranteed if it is properly installed, commissioned, used and maintained by qualified personnel in compliance with the operating instructions. General installation and safety instructions for pipeline and plant construction, as well as the proper use of tools and safety equipment must also be complied with.
  • Page 8 Intended use  Check that the product is suitable for use with the application.  Determine the correct installation situation.  Prior to installation Metronic AKP products, should take into account any environmental limitations of devices, specified in the manual. Access Ensure safe access and if necessary a safe working platform (suitably guarded) before attempting to work on the product.
  • Page 9 They may cause discoloration or scratch the surfaces of device. Disposal The DL2 contains a battery. On disposal of the unit or component, appropriate precautions should be taken in accordance with Local / National regulations. Unless otherwise stated in the Installation and Maintenance Instructions, with the exception of the battery, this product is recyclable and no ecological hazard is anticipated with its disposal providing due care is taken.

  • Page 10: Dl2 Delivery Content, Accessories And Storage

    2 DL2 DELIVERY CONTENT, ACCESSORIES AND STORAGE Prior to dispatch, each Metronic AKP device is inspected and calibrated to ensure efficient operation. CAUTION Upon receipt, each package should be inspected for any potential damage. The content of the package should also be checked and the actual number of elements should be compared against the manufacturer's list of items presented in the consecutive sub-section.

  • Page 11: General Product Overview

    The device is perfectly suited for slow rate variable runs with changes at a few seconds intervals. Process values recording and flexible I/O configuration, makes the DL2 data logger suitable for monitoring parameters in warehouse settings or in process lines, where multipoint measurements are required, especially in: the glass making industry, food processing, refineries, as well as chemical and pharmaceutical industries.

  • Page 12: Available Options

    3.3 Available options DL2 is a data recorder created with a view to enabling the best possible adaptation of the device to the individual needs of the customer. Each device is composed of the base module to which depending on the metrological needs additional, carefully selected, input and output modules can be attached.

  • Page 13: Galvanic Separation In The Device

    The device is configured by the manufacturer to customer's order. A list of individual modules and their detailed descriptions are given in chapter DL2 AVAILABLE I/O MODULES. 3.5 Galvanic separation in the device Fig. 3.1 Galvanic separation in DL2 (functional separation 500VAC @ 1min).

  • Page 14: Dl2 Available I/O Modules

    Individual electrical connection diagrams are given in section ELECTRICAL INSTALLATION. 4.1 DL2 base set Each DL2 device is composed of:  housing,  front panel with touchscreen colour LCD and USB port (type - A),  the basic M module, which is made up of: ...

  • Page 15: In6Tc - Six Channel Mv Type Input Module

    4.5 IN6TC - six channel mV type input module  inputs dedicated for temperature measurements with thermocouples (see technical data for complete list of sensor types),  compensation of cold junction with a fixed value or a measurement using another channel, ...

  • Page 16: In2Rs485 (24V) - Two Rs485 Port Input Module (Modbus Rtu Client)

    4.9 IN2RS485 (24V) – two RS485 port input module (Modbus RTU client)  developed to read process values from instruments and sensors over the RS-485 bus according to the Modbus RTU protocol,  up to 25 digital values can be read by one module, available formats: unsigned or signed 16 bit or 32 bit integer, signed 64 bit integer, 32 bit or 64 bit floating point, ...

  • Page 17: Mechanical Installation

    Prior to the commencement of any assembly work, please read carefully the information concerning safety described in section SAFETY INFORMATION. DL2 is a panel-mounted device. It can be built into panels at least 1 mm thick. Before (+1) (+0,7) installation, a 138 mm X 68 mm rectangular opening must be cut out in the panel .
  • Page 18 The recorder cannot be exposed to direct heat generated by other equipment. When assembled, the operating device cannot be affected by interference from other components (contacts, power relays, inverters).

  • Page 19: Electrical Installation

    If cables with a larger cross-section are used, it is recommended to use an intermediate terminal block in the measurement cabinet between the facility wiring and the recorder. DL2 is a modular device. Always M module is installed (see: section DL2 base set).

  • Page 20: I/O Modules - Wiring Diagrams (Slot A And B)

    Detailed information concerning individual modules given section DL2 AVAILABLE I/O MODULES. 6.2.1 IN6I(24V) – six channel 0/4-20mA input type module Fig. 6.3 IN6I(24V) module output transducer wiring diagram. Terminal No Description +24V OUT (22 mA max) Transducer power supply. Each output is protected by resetable polymer 50 mA fuse.

  • Page 21: In6I - Six Channel 0/4-20Ma Input Type Module

    6.2.2 IN6I – six channel 0/4-20mA input type module Fig. 6.4 IN6I module output transducer wiring diagram. Terminal No Description Not used Current loop signal input (+) Current loop signal input (-) GND A Signal ground Notes: If screened cable is used to connect transducer, then GND A terminal may be used to connect the screen.

  • Page 22: In3Rtd - Three Channel Rtd / R Input Type Module

    Terminal No Description Current output for 4-w, 3-w, 2-w Voltage sens input for 4-w, 3-w, 2-w U- / I+ Voltage sens input for 4-w, 2-w Voltage sens input and current output for 3-w I- / 2*I- Current return for 4-w, 2-w Double current return for 3-w Notes: If screened cable is used to connect temperature sensor, then screen should be...

  • Page 23: In6Tc - Six Channel Mv Type Input Module

    6.2.5 IN6TC - six channel mV type input module Fig. 6.7 Thermocouple wiring to IN6TC module diagram. Terminal No Description Not used Voltage signal input (+) Voltage signal input (-) GND A Signal ground Notes: If screened cable is used to connect sensor, then GND A terminal may be used to connect the screen.

  • Page 24: In3 - Three Channel Universal Type Input Module

    Notes: If screened cable is used to connect sensor, then GND A terminal may be used to connect the screen. But it is more recommended to connect screen to functional ground or e.g. metal cabinet ground (PE). 6.2.7 IN3 – three channel universal type input module Fig.
  • Page 25 Terminal No Description Voltage signal ±10 V input (+) Voltage signal ±10 V input (-) Current loop signal input (+) Current loop signal input (-) Current output for 4-w, 3-w, 2-w U+ / mV+ Voltage sens input for 4-w, 3-w, 2-w Voltage signal for TC sensors, input (+) U- / I+ / mV- Voltage sens input for 4-w, 2-w...

  • Page 26: In6D - Six Channel Binary Inputs Module

    Do not connect more than one sensor to one measuring input! Fig. 6.11 The incorrect way to wire a variety of sensors to IN3 module. 6.2.8 IN6D – six channel binary inputs module Fig. 6.12 Wiring diagram for IN6D module. Terminal No Description +24V OUT (48 mA max (6x 8 mA))

  • Page 27: In2Rs485 (24V) - Two Rs485 Port Input Module (Modbus Rtu Client)

    To change the settings it is necessary to open the rear panel of device, remove and again install the module. This work should only be carried out by properly qualified staff, carefully and with keeping safety rules. If screened cable is used to connect the pulse transmitter, then screen should be connected to functional ground or metal cabinet ground (PE).

  • Page 28: In2Rs485 - Two Rs485 Port Input Module (Modbus Rtu Client)

    6.2.10 IN2RS485 – two RS485 port input module (Modbus RTU client) Fig. 6.14 Wiring diagram for IN2RS485 module. Terminal No Description RS485 terminal A RS485 terminal B Signal ground Signal ground Notes: Port 1 and port 2 are galvanically separated. More details on wiring RS-485 are described below for port RS-485 in module M.

  • Page 29: Out3 - Three Channel Analogue Outputs Module

    6.2.12 OUT3 – three channel analogue outputs module Fig. 6.16 Wiring diagram for OUT3 module. Terminal No Description Voltage signal 0 .. +10 V output (+) Voltage signal 0 .. +10 V output (-) Current loop signal source 0-24 mA output (+) I- / GND A Current loop signal source 0-24 mA output (-) This terminal is also signal ground.

  • Page 30: Wiring Diagrams For Module M

    Fig. 6.18 The incorrect way wiring OUT3 module. 6.3 Wiring diagrams for module M Fig.6.19 Model view of the rear plate of DL2 (M module). 6.3.1 Wiring diagram for the analog output Fig. 6.20 Wiring diagram for the analog output.

  • Page 31: Connection Of Rs-485 Data Transmission Line

    The “common” wire should be used for all RS-485 ports. For DL2 device as a common signal the power supply “-“ (terminal no. 14) or functional ground (terminal no. 15) have to be used.

  • Page 32: Front Panel And Main Function Buttons

    7.1 Front panel A 4" touch LCD touch screen is built into the front panel of the device which is the basic tool of communication with the user. Fig. 7.1 Face plate of DL2 device. The display is consists of: Title bar with functional icons;...

  • Page 33: Title Bar

    7.1.1 Title bar Fig. 7.2 Title bar. The title bar is located in the top part of the screen and has mainly the informative function, but there are also function icons. Manufacturer logo: function icon, clicking makes screenshots (more information in section Print screen).

  • Page 34: First Start Up And Key Activitie

    8.1 Access control, login and change of user password 8.1.1 Access control In the DL2 data recorded, access control module was applied aimed at limiting the possibility of changing the parameters of work of the device and copying the data from the device by unauthorized users or operator.

  • Page 35: Changing The Password

    In addition to the change of the password, the Administrator can also change the User password without the need to know the previous password. If the Administrator's password is forgotten, please contact the Metronic AKP Service. 8.2 Change of the language To change the language, in the first step user should login as the Administrator (information in section Login).
  • Page 36 5. Totalizers   ∑1 tab  configuration  ∑2 tab  configuration  6. Recording measurement results 6.1 Channels   General tab  Archiving ( )  6.2 Alarms   Alarm 1 / Alarm 2 tab  Log event ( )...

  • Page 37: Reading And Saving Files Using The Usb Port

    8.4 Reading and saving files using the USB port To read or write files using the USB flash memory select button from menu bar and then icon. On the left side of the screen, there is a window with a list of archive files and screenshot.

  • Page 38: Factory Settings

    If new settings file from the flash memory is read, the device will automatically reboot. 8.5 Factory settings To restore the device to the factory settings, first login as the Administrator. Before selecting the factory settings option, it is recommended to save the previous settings on the USB flash memory.

  • Page 39: Technical Specifications

    TECHNICAL SPECIFICATIONS FRONT PANEL LCD TFT 4” 800 px X 480 px Type of display LED backlight Display size 86.4 mm X 52.5 mm Keyboard resistive touch panel Additional indication LED RGB USB Port (front panel) USB 2.0 (with limited functionality, for connection Version of FLASH storage) USB standard ‘A’...
  • Page 40 Mechanical Dimensions – Housing panel mount, nonflammable plastic material „Noryl” Type of housing Dimensions (h X w X d) 72 mm X 144 mm X 127 mm +0,7 Dimensions of panel cut-out mm X 68 Maximum panel thickness 5 mm Weight 0.5 kg IP30 on front panel side...
  • Page 41 Galvanic separation from the other circuits 250 VAC; 1500 VAC for 1 minute Galvanic separation between channels None IN6RTD; IN3RTD – RTD / R input type module Number of inputs:  module IN6RTD  module IN3RTD  Resistive (refer the table below) Sensor type ...
  • Page 42  ±10V / 0-10V (2-10V, 0-5V, 1-5V)  Thermocouple (Table below); ±100 mV  Resistance (Table below); 0 .. 4000 Ω ± 30 VDC Maximum input voltage Galvanic separation from the other circuits 250 VAC; 1500 VAC for 1 minute Galvanic separation between channels None Specifications for input type 0-20mA, 4-20mA...
  • Page 43 Contacts debounce filtering off / 1 ms / 3 ms 24 VDC ±15% / max 50 mA Power supply source for external transducers Protected by thermal fuse Galvanic separation from the other circuits 250 VAC; 1500 VAC for 1 minute Galvanic separation between channels None If required, other switching current level at 0.45mA, 1.55mA or 2.44mA can be selected with jumpers...
  • Page 44 =350 Ω / T =+25° C) < ±0.15% ( < ±0.036 mA) full range of Accuracy (R measurement (FSR) =350 Ω / T =-40°..+50° C) < ±0.3% ( < ±0.072 mA) full range of measurement Accuracy (R (FSR) 0 Ω .. 500 Ω Load resistance R = ∞...
  • Page 45 -50° C .. +1768° C (compensation range -50° C .. +300° C) ±2.0° C (typically ±1.0° C) R (PtRh 13-Pt) -58° F .. +3214.4° F ±35.6° F (typically ±33.8° F) (EN60584-1:1995) (compensation range -58° F…+527° F) (without compensation) -50° C .. +1768° C (compensation range -50°...

  • Page 46: Entity Launching The Product On European Union Market

    10 ENTITY LAUNCHING THE PRODUCT ON EUROPEAN UNION MARKET Manufacturer: METRONIC AKP s.c. 31-426 Kraków, ul. Żmujdzka 3 Tel.: (+48) 12 312 16 80 www.metronic.pl Vendor:...
  • Page 47 Notes:...
  • Page 48 Notes:...

  • Page 49: User Screens

    11 USER SCREENS  11.1 Information about the device To show up information about the device select button on menu bar. This screen contains all the basic data concerning the device: model, ID, serial number, firmware, IP address, COM (RS485) communication parameters and Modbus address.

  • Page 50: Results Tables

    11.2 Results Tables To display Results Tables window, select button on menu bar. Depending on the number of defined tables, the window contains from 1 to 6 independent tabs. Each of them contains a table made up from up to 15 fields in the 3x5 layout.

  • Page 51: Single Result Window

    Fig. 11.4 An example view of the ‘Trends’ window. Channel descriptions are also function buttons. Clicking on a selected description, toggles to a suitable Single result window. Fig. 11.5 Toggling from the ‘Trends’ window to a Single Result window. 11.4 Single result window The window is used for displaying a single result channel.

  • Page 52: Archive

    In the top part of the screen, there is a channel description entered by the user. Below, the current value measured by the channel is displayed together with the unit declared by the user. The bottom part of the screen is additionally sub-divided into two parts. The left part displays the totalizers values with the units and the minimum and maximum values.

  • Page 53: Main Menu

    Fig. 11.7 An example view of the ‘Archive’ window. 11.6 Main Menu To display Main Menu window, select button on menu bar. This screen contains a menu made up from the function icons and their descriptions. Clicking on the pictogram toggles the user to a suitable sub-screen with settings windows: Login, General, I/O, Communication, Screens, Archive, USB.

  • Page 54: Alarms

    11.7 Alarms To display Alarms window, select button on menu bar or icon on title bar . This screen contains alarm statuses for all channels. For each of the channels is assigned a single rectangle divided into two parts corresponding to the first and second alarm respectively.

  • Page 55: Programming Settings

    12 PROGRAMMING SETTINGS  To accept any changes to the device setting, first confirm them using the button in the right bottom part of the screen, and then click any icon on the menu bar. It will be displayed a message requesting you to confirm the changes.

  • Page 56: Display

    Sound for buttons: Disabled (Disabled, Enabled) Sound for new alarms: Disabled (Disabled, Enabled) Changing DST: Disabled (Disabled, Enabled) [1]: Selection from the drop down list. [2]: Enables to insert any description (name) of the device. [3]: Device ID enables to assign an individual ID number. The ID is also included in archive files names.

  • Page 57: Service

    12.1.4 Service The maintenance tab is only available to the Administrator and enables execute following tasks:  Reset – results in restart of the device.  Restore Factory Settings – using the function will result in deleting all of the earlier settings, the archive files created so far will not be deleted (more in section Factory settings).

  • Page 58: Programming Options For The Individual Modules

    4-20 mA span may be set as a sub-range of retransmitted channel span by entering the process values for 4 mA and 20 mA respectively. Source: Channel 1 (Channel 1 – Channel 30) Failure value: Disabled (Disabled, Constant) [2]: Selection one of the channels (selection of any channel from 1 to 30), which value will be retransmitted as 4-20mA current loop signal.
  • Page 59  IN6V Mode: Disabled (Disabled, -10-+10V, 0-10V) Adjustment: [value] V [1]: Working mode depends on the type of the connected transducers. [2]: It enables to add adjustment (offset) to the measured voltage value.  IN3 Mode: Disabled (Disabled, 0-20mA, 4-20mA, -10-+10V, 0-10V, TC, RTD 2 wires, RTD 3 wires, RTD 4 wires) Adjustment: [value] Compensation: Disabled (Disabled, Constant, Channel 1, …...
  • Page 60 Register tab Port: Disabled (Disabled, 1, 2) Device: [device address] Address: [value] Type: uint(16bit) (uint (16bit), int (16bit), uint (32bit), uint (32bit) sw, int (32bit), int (32bit) sw, float (32bit), float (32bit) sw, int (64bit), double (64bit)) [1]: Module’s measurement channel number. Each of the modules provides 25 measuring channels, the numbering of which allows for easily assigning the appropriate measurement to the display channel.

  • Page 61: Communication Settings

    [3]: The failure from the source channel may be retransmitted as the constant “special” value on the output. If Disabled mode is selected, the value is set to 0, except for to mode 4-20mA when it is set to 3.6 mA. 12.3 Communication settings The window is divided into two sub-windows: for Ethernet and for RS485 communication settings.

  • Page 62: Channels Settings

    [2]: Parity control of each bite. [3]: In RS-485 standard, up to 32 transmitters / receivers can be connected to the data transmission line. Each slave-type device must have a different address assigned. For more information on Modbus registers addresses and data format refer to section MODBUS RTU / MODBUS TCP TRANSMISSION PROTOCOL.

  • Page 63: General

    [4]: The characteristic is typically set to "Linear". Also available are other setting options (for example User characteristic), depending on the module type. For example, for the RTD module there are characteristics of the individual sensor types available. 12.4.2 General Fig.

  • Page 64: Alarm

    [6]: The failure value is the constant value which is displayed instead of the measurement result if the input signal fails or calculation result is out of range. [7]: This option enables set the span of the scale displayed on the trend graph. 12.4.3 Alarm Mode: Disabled (Disabled, Low, High) Type: Alarm (Control, Alarm)

  • Page 65: Totalizers

    12.4.4 Totalizers Mode: Disabled (Disabled, Unresettable, Resettable, Daily, Weekly, Monthly) Unit: [None] (text) Multiplier: 1 (0.001, 1, 1000) Resolution: 0 (0, 0.0, 0.00, 0.000, 0.0000) Archiving: Disabled (Disabled, Enabled) [1]: Each totaliser may be set in one of the six options: Disabled – values are not counted, Unresettable –...

  • Page 66: Results Tables

    12.5.1 Results Tables Fig. 12.6 An example view of the 'Screen' setting window (edition of the Result Tables window). In the upper part of the window there is a drop-down list, from which can be selected the table, which will be modified. On the right side of the list, there is a field where for each item can be given any name, however not exceeding 20 characters.

  • Page 67: Archive Settings

    12.6 Archive settings The window is divided into two parts, the upper part enables commission the archive parameters, using the drop-down lists. Fig. 12.8 An example view of the ‘Archive’ settings window. Archive file: Daily (Daily, Weekly, Monthly) MAIN ARCHIVE interval I: 5s (2s, 5s, 10s, 15s, 30s, 1min, 5min, 10min, 15min, 30min, 1h, 2h, 4h, 12h, 24h) II: 2s (2s, 5s, 10s, 15s, 30s, 1min, 5min, 10min, 15min, 30min, 1h, 2h, 4h, 12h, 24h) TOTALIZERS ARCHIVE interval: 1min (1min, 5min, 10min, 15min, 30min, 1h, 2h, 4h,...

  • Page 68: Archive

    13 ARCHIVE  13.1 Start, resume and stop archiving The Archive window is displayed after pressing icon on the menu bar. Using the function buttons, it is possible to start, resume or stop the archiving process. In the left bottom corner of the screen, there is a button which may start the archiving process or stop it To create a new archive, in first step stop the archiving process and then press the...

  • Page 69: Archive Files Organization

    Each archive file contains a header, with the following information: DEVICE MODEL, FW WERSION, SERIAL NUMBER, ID, NUMBER OF ROW, ARCHIVE TYPE, CRC1 – device model, for DL2 it is always DL2 DEVICE MODEL – the firmware version in which the archive was created, updating...

  • Page 70: Totalizer Archive

    13.6.2 Totalizer archive Organization of additional header in the totalizers archive file: CHANNEL, DESCRIPTION, TOTALIZER 1 TYPE, TOTALIZER 1 UNIT, TOTALIZER 2 TYPE, TOTALIZER 2 UNIT – the channel number CHANNEL – channel description, depending on the settings in the device DESCRIPTION –...

  • Page 71: Copying Archive Files From The Device

    SYS: ALL CHANNELS: AUX VALUES RESET Reset auxiliary values on all channels (min, max, totalizers) Acknowledged alarms AL:ACK Activated the "y" alarm on the "x" channel AL:CHx ALy ON Deactivated the "y" alarm on the "x" AL:CHx ALy OFF channel SYS:BOARD x RESET Restarted the "x"...

  • Page 72: Additional Functions

    14 ADDITIONAL FUNCTIONS  14.1 Additional channel functions 14.1.1 Math channels In order to set the calculation channel, choose from the menu bar the button then the channels icon . In the input tab, set the channel type: Computed and enter the formula which the value will be calculated.

  • Page 73: User Characteristics

    Fig. 14.1 Settings of math channels - entering the formula of the math channel. Math channels have the same functions that allow analysis as measurement channels: they can be displayed in the Result Tables window, in the Trends window and in a single result window.

  • Page 74: Copying Channel Settings

    14.1.3 Copying channel settings The device enables copying the settings assigned to a particular measurement channel and pasting them into another channel. It allows to speed up the programming when there are channels to be programmed with using the same settings. After pasting, change the address of the measurement input and the name of the channel.

  • Page 75: Web Server

    14.3 Web server Web server enables viewing the Result Tables and download archive files from a web browser. In order to start the web server, the IP address of the device (information available in Information about the device window) should be placed in the browser's address bar. address should configured...

  • Page 76: Software For Pc

    *.par files. Number of possible cards to be installed is 2, the program adds the main card in the slot M by default. Fig. 14.7 An example view of the DL2 Config program.

  • Page 77: Dl2-Rp

    The program is used for analysis and visualization of measurement results. More information in instruction manual for the DL2-RP program. Fig. 14.8 An example window view in the DL2-RP program, data presented in a graph. Fig. 14.9 An example window view in the DL2-RP program, data presented in a table.

  • Page 78: Failure Symbols

    15 FAILURE SYMBOLS  Fault situation related to a particular channel are marked with a relevant symbol on the display: -------- Channel switched off, the symbol is displayed in the trend and collective tables window, for the switched off channels the single result window is not displayed.

  • Page 79: Modbus Rtu / Modbus Tcp Transmission Protocol

    16 MODBUS RTU / MODBUS TCP TRANSMISSION PROTOCOL  16.1 General information Process values and totalizers are available as holding registers and input registers. It is only possible to read the data. 16.1.1 Data types Reg (Bit 15…0) uint/int HByte LByte 16bit Reg_L (Bit 15…0)

  • Page 80: Addresses Table Of Totalizer 1

    16.2.2 Addresses table of Totalizer 1 No. measuring Size Register number Modbus address channel (in registers) 300060 / 400060 4 (64bit double) 300064 / 400064 4 (64bit double) … … … … … … … … 300172 / 400172 4 (64bit double) 300176 / 400176 4 (64bit double) 16.2.3 Addresses table of Totalizer 2...

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