Honeywell TC-CCR014 Redundant Network Interface Module

Description

• Functional Features
  • Dual – channel Redundancy and Automatic Failover: It is designed with dual Ethernet ports and adopts an active – active redundancy mode. When one communication channel fails, the module can automatically switch to the standby channel without manual operation. This function avoids communication interruptions in industrial control systems and maximizes the availability of the system.
  • Extensive Protocol Compatibility: It supports a variety of mainstream industrial communication protocols. This enables it to be easily integrated into different types of industrial control systems such as SCADA and DCS, breaking the communication barriers between different devices and realizing smooth data interaction between field equipment and upper – level control systems.
  • Strong Environmental Adaptability: With the IP65 protection rating, it can resist the intrusion of dust and water in harsh industrial sites. The wide operating temperature range from – 40°C to 70°C allows it to operate normally in both extremely cold and high – temperature working conditions, adapting to various harsh industrial environments.
  • Convenient Diagnosis and Configuration: It is equipped with a built – in web server that simplifies the configuration of the module and real – time monitoring of its operating status. It also has diagnosis and monitoring functions that can timely detect communication problems. These functions help maintenance personnel quickly locate and solve faults, reducing maintenance time and costs.
• Application Scenarios
  • Oil and Gas Industry: It is deployed in oil drilling platforms and natural gas transmission pipelines. It connects the on – site PLC systems with sensors and control valves through redundant network connections. It ensures the stable transmission of data such as pressure and flow, preventing production interruptions and safety accidents caused by network failures during oil and gas extraction and transportation.
  • Building Automation Field: It is applied to building automation systems including HVAC, lighting and security systems. It realizes stable communication between the central control system and various terminal equipment in buildings. It ensures the continuous operation of equipment such as air conditioners and monitoring devices, and improves the intelligence level and operation reliability of buildings.
  • Power Generation and Water Treatment Industry: In thermal power plants and hydropower stations, it connects the control systems of generators, transformers and other equipment to ensure the stable operation of power generation equipment and the safe transmission of power data. In water and wastewater treatment plants, it maintains the communication of water quality detection equipment and water pump control systems, ensuring the smooth progress of water purification and discharge processes.
  • Manufacturing and Food Beverage Industry: In automobile, electronics and other manufacturing industries, it is used in assembly lines and robotic control systems to realize the interconnection between various production equipment and ensure the continuity of the production process. In the food and beverage industry, it connects the control systems of processing, filling and packaging equipment, ensuring that production parameters are accurately transmitted and meeting the industry’s requirements for production safety and efficiency.