45C-313 RELIANCE

Reliance 45C-313 Communication Processor

Brand：RELIANCE Model number：45C-313

Country of origin: United States Product weight：0.55kg

HS code：9032899099

Product Details：

Product Dimensions：

Reliance SCADA systems, developed by GEOVAP, utilize Communication Processors (often referred to as "Communication Drivers" or integrated modules) as the core component for enabling data exchange between their SCADA/HMI runtime software and various hardware devices and systems in the field. These processors are crucial for acquiring data from sensors, PLCs, and other control devices, as well as sending commands to actuators and other controlled equipment.

Product Details

Functionality:

Data Acquisition: They facilitate the collection of real-time data from diverse field devices, including PLCs, RTUs, meters, and specialized industrial equipment.
Command Transmission: They enable the SCADA system to send control commands and setpoints to field devices, initiating actions and adjusting processes.
Protocol Conversion: A key function is to handle various industrial communication protocols (e.g., Modbus, OPC UA, IEC 62056-21, KNX/IP, proprietary protocols), translating them into a format usable by the Reliance SCADA runtime.
Connectivity: They act as a bridge, allowing the SCADA system to connect to devices via serial ports, Ethernet networks, and other communication media.

Types (based on supported protocols/devices):

Modbus Communication Driver: For Modbus RTU and Modbus TCP/IP devices.
OPC UA Client: For connecting to OPC UA servers from third-party producers.
IEC 62056-21 Communication Driver: For telemetry systems.
KNX Communication Driver: For building automation systems on KNX/IP.
Custom/Specialized Drivers: For specific equipment like ELGAS' ELCOR-94, INMAT meters, etc.
IoT Communication Driver: For LoRaWAN and Sigfox networks.
Reliance SCADA offers a wide array of communication drivers/processors, each specialized for certain protocols or device families. Examples include:

Integration:

These communication processors are integral software modules that run within or alongside the Reliance SCADA runtime environment, not typically standalone hardware units like a PLC. They establish the data links.

Product Parameters (General, as they vary greatly by specific driver)

Supported Protocols: Modbus (RTU, TCP), OPC UA, IEC 62056-21, KNX/IP, DALI, M-Bus, SNMP, BACnet, and various proprietary protocols.
Communication Interfaces:

Software-based: Utilizes standard PC interfaces (Ethernet for TCP/IP, serial ports for RTU).
Network Compatibility: IP networks, serial networks (RS-232, RS-485).

Performance:

Data exchange rates depend on the protocol, network speed, and the number of connected devices/tags.
Optimized for efficient data transfer and low latency.

Capacity:

The number of tags (data points) and devices a single communication processor can handle efficiently will vary, but Reliance SCADA is noted for supporting large-scale applications (millions of tags).

Operating System Compatibility:

Primarily designed to run on Windows operating systems (Windows 11, 10, 8.1, 7 SP1, and various Windows Server versions).

Licensing:

Typically requires a license, often tailored to the specific needs of end customers, potentially differentiating data points for communication drivers.

Product Advantages

Extensive Protocol Support: Ability to communicate with a very wide range of industrial devices and systems due to a comprehensive library of communication drivers.
Seamless Integration: Designed to integrate flawlessly with the Reliance SCADA/HMI platform, simplifying system development and maintenance.
Reliability & Robustness: Built for critical infrastructure applications where security, speed, and reliability are paramount. Data communication line redundancy is often supported.
Scalability: Can handle projects ranging from small single-machine visualizations to large-scale, complex industrial plants with millions of data tags.
Real-time Data Exchange: Ensures timely and accurate data acquisition and command execution for effective process control.
Simplified Configuration: Tools are provided within the Reliance Design environment to easily configure communication parameters and define tags.
Security Focus: Recent versions (like Reliance 5) emphasize enhanced security features and adhere to recommended cybersecurity requirements.

Important Considerations

Specific Device Compatibility: Always verify that the correct communication processor/driver exists for your specific hardware devices and their protocols.
Network Infrastructure: Ensure a robust and reliable network infrastructure (Ethernet, serial lines) is in place to support the communication requirements.
Performance Tuning: For very large or high-speed applications, careful configuration and potential optimization of network settings and polling rates may be necessary.
Licensing: Understand the licensing model for the required communication drivers, as it can impact overall project cost.
Cybersecurity: When connecting industrial networks to enterprise networks or the internet, implement strong cybersecurity measures, as communication processors are critical entry points for data.
Software Updates: Keep communication drivers and the Reliance SCADA system updated to benefit from new features, performance improvements, and security patches.

Product Applications

Reliance SCADA Communication Processors are used across a vast array of industries where industrial process visualization, control, and building automation are essential:

Oil and Gas Industry: Monitoring pipelines, wellheads, and refining processes.
Chemical Sector: Control of reaction processes, mixing, and storage.
Power Generation and Distribution: Monitoring and control of power plants (coal-fired, hydroelectric), substations, and smart grids.
Water and Wastewater Treatment: Automation of pumping stations, filtration plants, and sewage treatment facilities.
Manufacturing and Factories: Machine control, assembly lines, quality control, and production monitoring.
Building Automation: HVAC control, lighting management, security systems, and energy monitoring in intelligent buildings.
District Heating Networks: Monitoring and control of heating and cooling distribution.
Traffic Management Systems: Controlling traffic lights, variable message signs, and tunnel ventilation.
Food and Beverage: Process control in breweries, dairies, and meat processing plants.
Smart Cities: Integration of various urban systems for monitoring and control.

0-56305-1 RELIANCE

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