mCoreSDR Introduction
Summary
The MCOR device is an advanced platform designed for remote condition monitoring and data acquisition in industries such as mining, oil and gas, marine, and power generation. It serves as a translator, router, and edge analytics platform, with a focus on cyber security and efficiency. The device collects and buffers data from industrial assets, offers multiple data haul options, integrates with OSI Soft PI, and provides a user-friendly interface for configuring protocols and viewing live data streams. It can transmit data through various means like Ethernet, Wi-Fi, cellular, or satellite, with encryption and compression for security. Overall, the MCOR device offers a comprehensive solution for efficient and secure industrial data collection and monitoring.
Introduction to MCOR Device
The MCOR device is Monaco's flagship next-generation platform for data acquisition, designed for use in remote condition monitoring, industrial IoT, and analytics. It serves as an industrial protocol translator, a secure industrial data router, and an edge analytics platform with a focus on industrial cyber security and maximum computing power, speed, and efficiency.
Solutions in Various Industries
The MCOR device offers solutions in mining, oil and gas, marine, and electrical power generation monitoring. It monitors a wide range of equipment including haul trucks, dozers, loaders, drills, compression sites, propulsion engines, gensets in hospitals, data centers, and universities.
Data Flow from Industrial Assets
The data flow from an MCOR device involves collecting data from industrial assets, prepping it for transmission, data logging, and buffering to minimize data loss. It offers three options for data haul to customer solutions: using an existing Ethernet network, a wireless client and Wi-Fi, or a cell modem/satellite terminal.
Data Integration and Data Flow with OSI Soft PI
The MCOR device simplifies data integration with OSI Soft PI by collecting and aggregating data from multiple sources simultaneously. It can pull data from various network types using different protocols like RS232, 485, J1939, or CAT data link. Data transmission can be done via Ethernet, Wi-Fi, cellular, or satellite with encryption and compression.
MCOR User Interface and Connectivity
The MCOR SDR user interface allows end users to interact with the device, set up protocols, define data tags, configure the web server, and view live data streams. It is accessed over an Ethernet connection without the need for additional software installation. The device can be mounted using a bracket or a DIN rail configuration, and connectivity is established using wiring kits with specific cables for different assets.
FAQ
Q: What is the MCOR device used for?
A: The MCOR device is used for data acquisition, remote condition monitoring, industrial IoT, and analytics in various industries such as mining, oil and gas, marine, and electrical power generation.
Q: What are the key functionalities of the MCOR device?
A: The MCOR device serves as an industrial protocol translator, a secure industrial data router, and an edge analytics platform. It prioritizes industrial cyber security and offers maximum computing power, speed, and efficiency.
Q: How does the data flow work in the MCOR device?
A: The data flow in the MCOR device involves collecting data from industrial assets, preparing it for transmission, data logging, and buffering to minimize data loss.
Q: What are the options for data haul to customer solutions provided by the MCOR device?
A: The MCOR device offers three options for data haul to customer solutions: using an existing Ethernet network, a wireless client with Wi-Fi, or a cell modem/satellite terminal.
Q: How does the MCOR device simplify data integration with OSI Soft PI?
A: The MCOR device simplifies data integration with OSI Soft PI by collecting and aggregating data from multiple sources simultaneously.
Q: What types of network protocols does the MCOR device support for data transmission?
A: The MCOR device can pull data from various network types using different protocols like RS232, RS485, J1939, or CAT data link. Data transmission can be done via Ethernet, Wi-Fi, cellular, or satellite with encryption and compression.
Q: How do end users interact with the MCOR device?
A: End users interact with the MCOR device through the MCOR SDR user interface, where they can set up protocols, define data tags, configure the web server, and view live data streams. It is accessed over an Ethernet connection without the need for additional software installation.
Q: How is the MCOR device mounted?
A: The MCOR device can be mounted using a bracket or a DIN rail configuration. Connectivity is established using wiring kits with specific cables for different assets.
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