The following is the product description, parameters, specifications, features, functions and uses of TRICONEX 3625C1:
Product description: TRICONEX 3625C1 adopts advanced industrial control technology and supports Modbus RTU communication protocol to achieve reliable data acquisition and communication control functions. Its compact design enables it to adapt to a variety of installation environments and provides reliable performance.
Product parameters: The input voltage is 24VDC, the output power is 15W, the operating temperature range is -40℃ to 85℃, the protection level is IP67, the communication protocol is Modbus RTU, the product size is 120mm×80mm×40mm, the weight is 500g, the shell material is aluminum alloy, and the installation method is DIN rail installation.
Features: Enhanced features for lifetime safety, based on industry-leading TMR technology, ideal for mission-critical applications requiring SIL 1, 2 or 3, with availability and hot-swaddable processors that provide a wide range of diagnostics, are free of single points of failure, and are easy to operate and maintain.
Product function: Provide digital input function for industrial automation control system to achieve data acquisition and communication control.
Application: Widely used in port, heating, gas, water supply, sewage treatment, metallurgy and other fields.
The TRICONEX 3721 is a high-performance safety controller designed for critical safety applications in industrial control systems. It provides redundant control, fault detection, and tripping functions to ensure the safety and reliability of industrial processes.
Product Parameters:
Processing Speed: The 3721 offers rapid processing speeds to handle complex safety control algorithms.
Redundancy: The controller features dual processors and voting logic for redundant control, ensuring continuous operation in case of a failure.
Input/Output Channels: It supports a wide range of input and output channels, allowing for flexible configuration to meet specific safety requirements.
Certifications: The TRICONEX 3721 meets various global safety standards and certifications, ensuring compliance with industry regulations.
The TRICONEX 3503 is a high-integrity safety controller designed for critical applications in the oil and gas, chemical, and power industries. It provides a redundant and fail-safe platform for monitoring and controlling safety-critical processes.
Product Parameters:
Processing Power: The 3503 offers powerful processing capabilities to handle complex control algorithms and safety-critical tasks.
Redundancy: It features dual processors and voting logic for redundancy, ensuring continuous and reliable operation even in the event of a failure.
Safety Integrity Level (SIL): The controller is rated for high SIL levels, providing a high level of safety assurance for critical processes.
Certifications: The 3503 meets various industry safety standards and certifications, including IEC 61508 and ISA-84.
Communication Interfaces: It supports a range of communication protocols and interfaces for easy integration with other safety systems and control networks.
Product Specifications:
Dimensions: The TRICONEX 3503 has compact dimensions, suitable for installation in industrial control panels.
Weight: The controller is lightweight, facilitating easy handling and installation.
Power Requirements: It operates on standard industrial power supplies, ensuring compatibility with most automation systems.
Series:
The TRICONEX 3503 belongs to the TRICONEX family of safety controllers, offering a range of models and configurations to meet specific safety requirements in different industries.
The TRICONEX 4351B is a high-performance safety controller, designed for critical safety applications in industrial control systems. It provides redundant control, fault detection, and tripping functions to ensure the safety of personnel and equipment in hazardous environments.
Product Parameters:
Number of Processors: The 4351B features dual processors for redundant control, ensuring continuous operation even in the event of a failure.
Input/Output Channels: It supports a specified number of input and output channels, allowing for flexible configuration to meet different safety requirements.
Programmable Logic: The controller offers programmable logic capabilities, enabling users to customize safety control strategies.
Communication Interfaces: The 4351B provides various communication interfaces for easy integration with other systems and devices.
Certifications: It meets various industry safety standards and certifications, ensuring compliance with global safety regulations.
Product Specifications:
Dimensions: The TRICONEX 4351B has compact dimensions, suitable for installation in industrial control panels.
Weight: The controller’s lightweight design facilitates easy handling and installation.
Power Requirements: It operates on standard industrial power supplies, ensuring compatibility with most automation systems.
Series:
The TRICONEX 4351B belongs to the company’s line of safety controllers, designed for critical safety applications in industrial control systems.
Triconex 4351b is an electronic regulator designed to ensure safety and reliability in critical industrial processes. The main parameters, specifications and applications of this product are presented below in the order indicated.
Product: triconex 4351b
Parameters and specifications:
Type of device: electronic safety regulator
Number of input channels: 2, 3, 4, 8
Number of output channels: 1, 2
Input signal type: analog, discrete, frequency
Output signal type: analog, relay
Programmeability: yes, via triconex software
Diagnostics: yes, with built in self-diagnostics
Power Supply: 24 VDC, redundant
Operating Temperature: -40°C to +85°C
Certifications: CE, UL, FM, ATEX (depending on configuration)
TRICONEX 4351B is a safety and control system module, typically used in critical industrial applications for safety-related control functions. Here is a brief overview of its product parameters, specifications, and application areas:
Product Parameters:
Processor Type: Specifies the type of processor used within the module, which determines its processing power and efficiency.
Operating System: The software platform that powers the module and supports its various functions.
Input/Output Channels: The number of analog, digital, and safety-related input/output channels supported by the module.
Communication Interfaces: The communication protocols and interfaces supported by the module for networking and data exchange with other devices or systems.
Power Requirements: The voltage and current specifications for powering the module.
Specifications:
Safety Integrity Level (SIL): The level of safety integrity that the module is designed to achieve, which is typically defined based on international safety standards such as IEC 61508.
Failure Detection Time (FDT): The time taken by the module to detect a fault or failure within itself or its associated components.
Diagnostic Coverage: The percentage of faults or failures that the module is capable of detecting and reporting.
