MasterOPC

MasterOPC

Communication platform for collecting, processing
and transmitting industrial data.

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  • 200 000
    parameters
  • 1000
    counters
  • Linux\Windows

Industrial devices integration

Integration of industrial devices into cloud services through conversion of industrial protocols to MQTT.

Data aggregation and transmission

Aggregation and transfer of data from various OPC servers in Internet/Intranet networks with encryption and authentication support

Direct client connectivity, including HMI, SCADA, MES, EAM, ERP, BI, Big Data, and IoT platforms
Integration of industrial devices into cloud services through the conversion of industrial protocols to MQTT.

Protocols and Devices

Modbus TCP/RTU/ASCII

  • Support for Modbus RTU/TCP (including slave), Modbus ASCII
  • Data exchange with devices in "Modbus over TCP" mode via Ethernet-RS-232/422/485 interface converters
  • Support for batch tag operations and importing configurations from devices enables rapid creation and replication of tag tree configurations
  • Communication channel redundancy – up to 4 TCP channels, automatic failover to the backup channel upon fault detection, manual switchover to the backup channel
  • TCP Server mode – enables communication with GPRS/3G gateways without assigning static IP addresses
  • Data exchange with devices via GSM modem and SMS messaging
  • Tag import wizard from CSV files
  • MQTT support – integration with IoT devices and cloud services
  • Supported data types: bool, int16, uint16, int32, uint32, float, double, string
  • Support for Modbus function 20 (0x14 – Read File Record)
  • Scaling – conversion to the required range
  • Communication quality monitoring with the device

BACnet

  • Support for segmentation and grouped reading of OBJECT variables, resulting in high polling rates
  • Operates in periodic polling mode (subscription mode not supported)
  • Device discovery by BACnet address or automatic discovery of all available devices
  • Viewing parameters of discovered devices and their current values
  • Tag transfer accelerated by batch selection of imported tags and filtering by variable and object types

Profinet

  • Automatic tag import from TIA Portal (DB, I, Q, M, C, T sections)
  • Support for TCP and ISOTCP connections
  • Variable value monitoring
  • Simultaneous connection to multiple devices
  • Simultaneous connection of multiple OPC DA and OPC UA clients
  • Tag import from TIA Portal: export required data blocks or variables from TIA Portal, then import them into the Profinet MasterOPC Server using a dedicated utility – significantly reduces configuration time and eliminates manual entry errors for variable and block addresses.

Supported Siemens PLCs:

  • Siemens S7-200
  • Siemens S7-300
  • Siemens S7-400
  • Siemens S7-1200
  • Siemens S7-1500

SNMP

  • Support for SNMP v1, v2, and v3
  • Support for authentication and encryption
  • Service tags for device management
  • Automatic tag import from MIB files (tag tree generation, tree navigation, current value viewing) to simplify configuration and engineering
  • Remote server access via DCOM
  • Service tags for device management

MQTT

  • Data exchange between MQTT devices and industrial equipment supporting industrial protocols: Modbus, Profinet, IEC 61850, IEC 104, and others (requires purchase of the corresponding equipment polling driver)
  • Operates in MQTT client mode
  • Ability to connect to an MQTT server
  • Subscription to and publishing of MQTT messages
  • Support for batch operations on nodes and devices
  • Export and import of tags and devices

IEC 60870-5-104

  • Communication with devices via Ethernet or other TCP/IP protocols
  • Support for IEC 60870-5-104 protocol commands
  • Operates as IEC 60870-5-104 Client/Server

IEC 61850 MMS

  • Works with any equipment supporting IEC 61850, tested on various substation equipment from Siemens, ABB, AREVA, GE, SATEC, Mekhatronika, and others.
  • Polling of current values in client-server mode over MMS
  • Receiving events from devices via GOOSE protocol
  • Support for built-in and dynamic datasets (REPORT) to accelerate polling
  • Generation of OPC quality attributes and timestamps based on $q and $t attributes received from the device
  • Reading files from the device, including fault records (oscillograms)
  • Built-in tag import utility

Omron

  • Support for FINS over Ethernet using UDP transport protocol, as well as serial communication links (RS-232, RS-485, GSM)
  • Export and import of tags and devices
  • Tag import from Omron CX-Programmer environment

SLMP (Mitsubishi)

  • Polling of Mitsubishi PLCs via SLMP protocol
  • Export and import of tags and devices
  • Tag import from GX-Worx programming environment


Supported devices:

  • All A and Q series PLCs
  • FX3U (with Ethernet module)
  • FX5U
  • iQ-F series PLCs
  • iQ-R series PLCs
  • L series PLCs
  • QnA series PLCs


SPODES

  • Communication with devices via Ethernet, RS-232, RS-485, GSM
  • Support for DLMS objects – Data, Register, Extended Register, Demand Register, Profile Generic
  • Import of variable lists from devices


Tested with equipment from several manufacturers:

  • Inotex Mercury 234
  • Energomera CE208/CE308
  • IEK Star128/328

ODBC

  • Support for SQL-compatible databases
  • Support for SQL queries to read from and write to ODBC-compatible databases
  • Built-in scripting editor for implementing database operations
  • Support for the most common DBMS: Microsoft SQL, PostgreSQL, Oracle, and others
  • Predefined functions for executing queries, managing connections, and transactions

OPC UA (DA/HDA)

  • Data collection from OPC UA servers for subsequent transfer via OPC DA, OPC HDA, OPC UA
  • Connection quality monitoring to OPC servers with automatic reconnection to ensure reliable and secure connectivity
  • Ability to create an "OPC DA/HDA – OPC UA – OPC DA/HDA" tunnel without configuring DCOM and VPN

Energomera meters

  • Allows polling of three-phase electricity meters SE301, SE303, SE304 and CE6850
  • Meter polling can be conducted via RS-232, RS-485, GSM, through Ethernet-COM converter


Supports polling of the following meter parameter groups:

  • Individual meter parameters
  • Current electrical network parameters
  • Power and loss values
  • Accumulated energy values
  • Power maximums
  • Various power profiles
  • Event and status logs of the meter
  • Voltage harmonic distortion coefficients

Mercury meters

  • Communication with devices via RS-232, RS-485, CAN (via Mercury-221 converter), Ethernet, GSM
  • Polling of current values, archives (power profile) and meter event journals
  • Automatic meter time adjustment
  • Ability to set custom meter time zone
  • Ability to set software current and voltage transformation ratios
  • Ability to delete and rename tags
  • Polling of Mercury meters via Mercury 225.11 concentrator. The Mercury 225.11 concentrator is a data collection device from various electricity meters via PLC-I networks
  • Ability to control polling of each meter connected to the concentrator
  • Ability to perform broadcast query to switch polling modes for all meters


Supported meter models:

  • Mercury 230 models AR, ART, ART2, ART-P, ART2-P
  • Mercury 233 models ART-P and ART2-P
  • Mercury 234 models ART-P and ART2-P
  • Mercury 236 models ART and ART-P

NZIF meters

  • Enables integration of three-phase meters SET-4TM, PSCH-4TM, PSCH-3TM
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM
  • Ability to set independent polling periods for different device variable groups
  • Automatic meter time adjustment
  • Ability to set software current and voltage transformation ratios


Supports polling of the following meter parameter groups:

  • Individual meter parameters
  • Current electrical network parameters
  • Power and loss values
  • Accumulated energy values
  • Power maximums
  • Power and energy limits
  • Various power profiles
  • Load output relay control

Milur meters

  • Polling of single-phase (Milur 107) and three-phase (Milur 307) meters
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Polling of the following meter parameter groups:

  • Individual meter parameters
  • Current electrical network parameters
  • Accumulated energy values
  • Various power profiles
  • Event and status journals of the meter
  • Load output relay control

UM-31

  • Enables integration of various electricity meters connected to the UM-31 concentrator into resource accounting, automation and dispatching systems
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Polling of the following meter parameter groups:

  • Meter information
  • Accumulated energy data - forward and reverse, active and reactive
  • Monthly accumulated energy values as archives


The following meters are supported for polling:

  • Mercury 200
  • Mercury 230
  • NZIF SET-4TM
  • NZIF PSCH-4TM
  • NZIF PSCH-3TA
  • NZIF SEB-2A
  • Energomera SE301
  • Energomera SE303
  • Energomera SE102
  • Energomera CE6850М
  • UMTV-10

ELSTER ЕK-270/280

  • Polling of gas volume correctors EK-280 and EK270 (and its earlier version EK-260), manufactured by LLC "ELSTER Gazelectronika". IEC 61007 protocol is used for data transmission to the upper level
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Polling of the following parameters:

  • Current data
  • Archive data - daily and monthly slices of flow, volume, temperature and others
  • Event journal and corrector changes

Heat meters TEM

  • Polling of heat meters TEM-104, TEM-106 and TESMA-106, manufactured by TEM Group of Companies
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Polling of the following meter parameter groups:

  • Temperature
  • Pressure
  • Volumetric flow
  • Mass flow
  • Heat carrier volume
  • eat carrier mass
  • Energy
  • Archives - hourly, daily, monthly

Heat meters Vzljet

  • Polling of heat meters TSR-024, TSR-027, TSR-042, TSR-043, manufactured by Vzljet Group of Companies
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Polling of the following meter parameter groups:

  • Temperature
  • Pressure
  • Volumetric flow
  • Mass flow
  • Heat carrier volume
  • Heat carrier mass
  • Energy
  • Archives - hourly, daily, monthly

Heat meters Teplokom

  • Polling of heat meters VKT-5, VKT-7 and VKT-9, manufactured by JSC "Teplokom"
  • Communication with devices via


Polling of the following meter parameter groups:

  • Temperature
  • Pressure
  • Volumetric flow
  • Mass flow
  • Heat carrier volume
  • Heat carrier mass
  • Energy
  • Archives - hourly, daily, monthly

Elemer

  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Device polling:

  • RMT 39 and RMT 49 - paper and electronic recorders
  • TM 5233, TM 5232, TM 5231, TM 5101 - multichannel measuring controllers
  • IRT 1730, IRT 5920 - single-channel measuring controllers

Pulsar

  • Polling of pulse counters manufactured by NPP "Teplovodokhran"
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


The following meter models are supported:

  • 2-channel Pulsar 2;
  • 4-channel Pulsar 4М;
  • 6-channel Pulsar 6;
  • 10-channel Pulsar 10;
  • 16-channel Pulsar 16.
  • Pulsar Water Meter

Heat meters MKTS

  • Polling of heat meters manufactured by Intelpribor
  • Communication with devices via RS-232, RS-485, Ethernet-COM, GSM


Supports polling of the following groups of meter parameters:

  • thermal energy
  • volumetric and mass flow rate of heat carrier
  • volume and mass of heat carrier
  • temperature and pressure of heat carrier
  • archived values (mass, volume, temperature, pressure, energy) 

Key Features

Support of OPC DA, OPC HDA, OPC UA standards

Communication with devices via RS-232, RS-485, Ethernet-COM, GSM

ODBC client for integration with upper-level systems and databases

IEC-60870-5-104 Server

Maintaining a detailed log of diagnostic messages

Communication channel redundancy

Tag archiving (up to 4000 values)

Built-in scripting language for preprocessing 'raw data' and developing device communication drivers

Automatic tag generation and tag import from third-party systems

Trial versions

Modbus Universal MasterOPC 32
Modbus Universal MasterOPC (Free, 32-tag limit)
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Modbus Universal MasterOPC Trial
Trial version of Modbus Universal MasterOPC with no tag limit but with a 1-hour runtime restriction
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Modbus Universal MasterOPC for Linux
Modbus Universal MasterOPC (Free, 32-tag limit, Linux)
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Multi-Protocol MasterOPC 32
Modbus Universal MasterOPC (Free, 32-tag limit)
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Multi-Protocol MasterOPC Trial
Trial version of Modbus Universal MasterOPC featuring unlimited tags but restricted to a 1-hour operational period.
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Multi-Protocol MasterOPC for Linux OS
Multi-Protocol MasterOPC (Free, 32-tag limit, Linux)
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Prices

omposition of engineering subsystems by version

It is available for both Windows and Linux

Lite: Scalable solution for applications requiring up to 1000 tags

Medium: Designed for systems requiring 1001 to 2000 tags.

Huge Edition for monitoring 2001 to 200000 tags

Flexible meter packages: Choose from bundles of 3-50 devices

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Detailed documentation

Communication capabilities

    OPC Support
  • OPC Unified Architecture (OPC UA)
  • OPC Data Access (OPC DA)
  • OPC Historical Data Access (OPC HDA)

    Communication Drivers
  • PLCs and communication equipment from leading manufacturers - Siemens, Omron, Schneider Electric, Mitsubishi
  • Industrial protocols: Modbus, BACNet, IEC 61850, IEC 60870-5-104, DLMS
  • Electricity meters: Energomera, NZIF, Milur, Mercury
  • Heat meters: TEM, Vzlet, Teplokom
  • Elster Gazelectronica LLC EK gas volume correctors
  • Elmet recorders and measuring regulators
  • Equipment and sensors supporting the MQTT protocol

    IT Standards Support
  • Message Queuing Telemetry Transport (MQTT)
  • Open Database Connectivity (ODBC)
  • Simple Network Management Protocol (SNMP)

Communication capabilities


Supported OPC, Communication Drivers, Supported IT Standards

System Requirements

    Supported Operating Systems
  • Windows 7 Ultimate, Enterprise, Professional
  • Windows 10, 8
  • Windows 10 IoT Enterprise
  • Windows Server 2019, 2016, 2012, 2012 R2, 2008 R2
  • Windows 11
  • Linux Ubuntu 20.04 LTS (as well as Xubuntu 20.04, ZorinOS 16 and other forks)
  • Astra Linux Orel version 2.12.44 and Astra Linux Smolensk 1.7.1 and newer
  • Debian 9 and newer

    Minimum System Requirements
  • Intel Core i3 (or AMD equivalent), from 4 GB RAM, HDD or SSD, monitor, keyboard and mouse;
  • OS – Windows 7, Windows 8, Windows 8.1, Windows 10, Windows 11, Windows Server 2008R2, Windows Server 2012, Windows Server 2016, 32-bit and 64-bit editions;
  • Free hard disk space – 250 MB.

System Requirements


Supported Operating Systems, Minimum System Requirements

Online Support Guide


Online Documentation featuring search and filtering options

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