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2025-01-02 BY
IN Company News

TRICONEX 4351B digital input module

The TRICONEX 4351B is part of the Triconex Safety System by Emerson, specifically designed for safety instrumented systems (SIS), process control, and industrial automation. It is typically used in critical safety applications that require high availability, fault tolerance, and redundancy.

Key Features of the TRICONEX 4351B:

  1. Module Type:
    • The 4351B is a digital input module for the Triconex safety system, providing inputs for a range of industrial processes.
    • It is part of the Tricon system, which is based on a Triple Modular Redundant (TMR) architecture for fault tolerance, ensuring safety and reliability.
  2. I/O Channels:
    • Typically supports digital input channels for discrete sensors, such as limit switches, pressure sensors, or emergency shutdown switches.
    • It can handle multiple discrete inputs for real-time monitoring and control in safety-critical applications.
  3. Redundancy:
    • The 4351B operates in a TMR configuration, where three independent modules are used to ensure continuous operation and fault tolerance in case of module failure.
    • The system automatically detects and compensates for any faulty module, ensuring no system downtime.
  4. Communication:
    • The Triconex 4351B communicates with the Triconex controllers using proprietary communication protocols.
    • It supports high-speed data transfer to and from the control system for real-time operations.
  5. Power Supply:
    • The module is powered by a 24 VDC input, commonly used in industrial systems.
  6. Mounting:
    • DIN-rail mountable for easy installation in control cabinets and industrial panels.
  7. Diagnostics and Monitoring:
    • Features LED status indicators for easy monitoring of module health and operational status.
    • Supports self-diagnostics to identify faults within the module or connected devices.
  8. Environmental Rating:
    • Typically designed for industrial environments with an IP20 or IP40 protection class.
    • It has an operating temperature range of -20°C to 60°C (-4°F to 140°F), but it is always good to refer to the datasheet for exact environmental conditions.

Applications:

  • Safety Instrumented Systems (SIS) for protecting against hazardous events.
  • Emergency Shutdown (ESD) Systems in industries such as oil and gas, chemical processing, and power generation.
  • Process Control in critical manufacturing systems, where safety is paramount.
  • Fire and Gas Detection systems.

Triconex 4351B – High-Performance 10/100BaseT Communication Interface Module

TRICONEX 4351B COMMUNICATION MODULE, Advanced Control Solutions for Industrial Automation

 

Triconex TCM4351B: Advanced IO Cards for Industrial Control Systems

TRICONEX 4351B Communication Module: Reliable Industrial Control Solution

 
2025-01-02 BY
IN Industry trends

ICS TRIPLEX T8403 digital input/output module

The ICS Triplex T8403 is part of the Triplex Safety Systems series, designed to provide high-performance, redundant, and fault-tolerant control for critical safety applications in industries like oil and gas, chemical processing, power generation, and more. ICS Triplex is known for offering robust safety and control solutions, and the T8403 is one of their key modules for system integration.

Key Features of ICS Triplex T8403:

  1. Module Type:
    • T8403 is typically a digital input/output module used in high-reliability control systems.
    • It integrates into Triplex safety systems, providing safety-rated I/O for real-time data acquisition and control.
  2. Functionality:
    • Digital Inputs and Outputs: Designed for applications where it is essential to monitor or control discrete digital signals (e.g., switches, relays, sensors).
    • It may handle a large number of inputs and outputs with high-speed communication and redundancy for mission-critical systems.
  3. Redundancy:
    • The Triplex system is known for its fault-tolerant design. The T8403 would be configured in a redundant pair to ensure uninterrupted operation, providing high availability for safety-critical processes.
  4. Safety Certification:
    • The Triplex system, including the T8403, is likely to meet international safety integrity level (SIL) standards. ICS Triplex systems are often used in applications requiring SIL 2 or SIL 3 certification, ensuring they meet stringent safety requirements.
  5. Communication:
    • The T8403 integrates with the broader ICS Triplex system via proprietary communication protocols, often with redundant Ethernet connections or serial communication.
    • The module may support Modbus or other industrial protocols for data exchange with other devices in the control system.
  6. Input Voltage Range:
    • Typically designed to operate in industrial environments, the T8403 would support a voltage range of 24 VDC for inputs and outputs.
  7. Operating Environment:
    • Temperature Range: Often rated for industrial environments, with a typical operating temperature range from -20°C to 60°C (-4°F to 140°F).
    • Protection Class: It may have an IP20 or higher rating, suitable for cabinet or panel mounting.

 
2024-12-25 BY
IN Industry trends

HONEYWELL CC-TCNT01 51308307-175 Module

CC-TCNT01 (Part Number: 51308307-175) Module – Detailed Specifications

The CC-TCNT01 is a critical module used in industrial automation and control systems. It is part of Honeywell’s Experion or TDC (Total Distributed Control) system, designed for high-precision and reliable control in industrial processes.

Key Features:

  1. Functional Role:
    • The module primarily functions as a control network interface or processing unit within a distributed control system (DCS).
  2. Communication Protocols:
    • Supports standard communication protocols to integrate seamlessly with the control network and other system modules.
  3. High Reliability:
    • Designed for continuous operation in demanding industrial environments, ensuring minimal downtime.
  4. Diagnostics:
    • Equipped with advanced diagnostic features for monitoring and troubleshooting system health and performance.
  5. Real-time Processing:
    • Capable of handling real-time data processing and control commands with high accuracy.
  6. Integration:
    • Easy integration with other Honeywell system components and third-party devices.

Technical Specifications:

  1. Part Number:
    • 51308307-175
  2. Voltage Requirements:
    • Operates on standard control system power supplies (exact range varies depending on system configuration).
  3. Operating Temperature:
    • Industrial-grade temperature range, typically -20°C to +60°C.
  4. Compatibility:
    • Designed for use in Honeywell Experion or TDC systems, ensuring compatibility with other system components.
  5. Physical Dimensions:
    • Compact module form factor, designed for easy installation in control cabinets or racks.
  6. I/O Capability:
    • Supports various input/output configurations based on system requirements.
  7. Mounting:
    • Rack-mountable design for modular system construction.

Honeywell CC-TCNT01 PLC C300 Controller Input Output Termination Assembly

HONEYWELL CC-TCNT01 51308307-175: Industrial Controller I/O Termination Assembly

Discount Honeywell 51308307-175 CC-TCNT01 – C300 Controller Input Output Termination Assembly

 
2024-12-06 BY
IN Company News

Bently Nevada 3500/65 145988-02 Module

Key Features and Specifications

General Overview:

  • The 3500/65 module is designed to measure and monitor vibration signals from gearboxes in rotating machinery systems. It helps in identifying potential problems such as gear misalignment, bearing failures, and excessive wear.
  • It is a plug-in module for the Bently Nevada 3500 Series system, providing real-time monitoring and protection for critical assets.

Electrical and Performance Specifications:

  • Input:
    • The module receives inputs from vibration transducers (typically seismic transducers or accelerometers) connected to the machinery. It processes these signals to detect vibration levels, frequencies, and other critical indicators.
  • Power Supply:
    • The module is typically powered by the 3500 rack system, which provides 24V DC power to operate the module.
  • Output:
    • Processed vibration data is made available to the 3500 rack system for further analysis and monitoring, and can trigger alarms or shutdowns based on preset threshold conditions.
  • Signal Conditioning:
    • The 3500/65 module conditions the vibration signals, converting them to readable data for use in the overall monitoring and protection system.
2024-12-06 BY
IN Company News

GE IS210BPPBH2CAA Gas turbine module

The GE IS210BPPBH2CAA is a part of General Electric’s Mark VI series of control modules. It is specifically used in turbine control systems, particularly for managing various power and protection functions within the control environment. Here are the details and specifications of this module:

Model: IS210BPPBH2CAA

Category: I/O and Protection Module for GE Mark VI control systems.

Technical Specifications

General Overview

  • The IS210BPPBH2CAA is a Bus Interface Module that provides input and output signal processing and communication between the field devices (such as sensors, actuators) and the control system.
  • This module is typically used for protection and monitoring of the turbine and other industrial systems, managing real-time data and providing the control system with necessary information to ensure safe and efficient operation.

Electrical Specifications

  • Input Voltage: Typically 24 VDC (standard for many GE Mark VI modules).
  • Output Signal: Provides signals for processing various types of field data including analog and digital I/O.
  • Current Ratings: The module is designed for high current handling to manage high power systems and prevent overloads.
  • Power Consumption: Low power consumption, as typical for GE Mark VI control system modules, to support continuous operation without excessive heat generation.

Communications and Integration

  • Communications Protocols:
    • The IS210BPPBH2CAA module communicates using GE’s proprietary industrial protocols.
    • Interfaces seamlessly with other Mark VI modules (such as the IS200, IS210, and IS215 series).
    • It supports both Ethernet and serial communications for integration into larger industrial control networks.
  • Bus Interface:
    • Provides direct communication between field devices and the controller.
    • Interfaces with the I/O bus in the Mark VI control system, which allows it to handle multiple input/output points simultaneously.

Physical and Mounting Features

  • Form Factor: Rack-mountable, designed to fit into the GE Mark VI control cabinet.
  • Dimensions: Typically fits within the standard size for GE Mark VI modules (around 6.5 inches x 9.5 inches, depending on the configuration).
  • Connectors:
    • Multi-pin connectors for power and data transmission.
    • Designed with industrial connectors to ensure secure installation and communication.
  • Cooling: The module is designed to dissipate heat effectively, but adequate ventilation in the rack is necessary for optimal performance.
2024-12-04 BY
IN Company News

EMERSON FLOBOSS S600 module

The Emerson FloBoss S600 is a versatile and advanced flow computer and automation device designed for gas and liquid flow measurement, data logging, and system control in industrial and pipeline operations. Here are the key specifications and features of the FloBoss S600:

Key Specifications:

  1. Power Supply:
    • Nominal: 24 VDC.
    • Operating Range: 18 VDC to 32 VDC.
    • Power Consumption: Approx. 10W (depending on configuration).
  2. Inputs and Outputs:
    • Analog Inputs: Up to 8 channels (configurable for different measurement signals).
    • Digital Inputs: Configurable for pulse or contact closure inputs.
    • Outputs:
      • Up to 4 analog outputs (4-20 mA).
      • Digital outputs for control and alarms.
      • Communication outputs such as Modbus RTU, Modbus TCP/IP, or Ethernet for integration with SCADA or other control systems.
  3. Measurement and Control:
    • Flow Measurement: Supports a wide range of gas and liquid flow meters (e.g., turbine, vortex, or Coriolis meters).
    • Flow Calculation: Advanced flow measurement algorithms for gas and liquid flow, including temperature and pressure compensation.
    • Control Functions: Can manage and control valve positions, pump speeds, and other system components.
    • Real-time Data: Data logging and real-time monitoring capabilities.
  4. Environmental Specifications:
    • Operating Temperature: -40°C to 70°C.
    • Humidity: 0 to 95% non-condensing.
    • Protection: Typically rated for IP66 or similar protection class.
  5. Communication Protocols:
    • Modbus RTU and Modbus TCP/IP for remote communication.
    • RS-232/RS-485 for serial communication.
    • Ethernet for higher-speed data transfer and integration into networked systems.
  6. User Interface:
    • LCD Display: Provides local monitoring and configuration.
    • Keypad: For setup and operation adjustments.
    • Remote Configuration: Can be configured via a PC or remotely through Ethernet.

Features:

  • Flow Calculation: Accurate calculations of flow based on real-time input data, including correction for temperature, pressure, and other variables.
  • Alarms and Diagnostics: Includes built-in diagnostics and alarm management for early fault detection and preventive maintenance.
  • Flexible Integration: Designed for integration into complex control systems, with compatibility for various field devices and automation protocols.
  • Compact Design: Allows for easy installation and space-saving in industrial environments.

Applications:

  • Oil and Gas: Measurement and monitoring of gas flow, custody transfer, and pipeline operations.
  • Chemical and Petrochemical: Flow measurement in processing plants and systems.
  • Water and Wastewater: Monitoring and control of fluid movement in municipal and industrial applications.
2024-12-03 BY
IN Company News

FOXBORO H90C9AA0117S module

The Foxboro H90C9AA0117S is an intelligent I/O module in the Foxboro (now Emerson) product family that is commonly used for data acquisition, processing and communication in process automation systems. It is A high-performance module for industrial automation applications and is particularly suitable for use with Foxboro I/A systems, including DCS.
The following describes the parameters and functions of the Foxboro H90C9AA0117S module:

Basic information

Model: H90C9AA0117S
Series: Foxboro I/A system intelligent I/O module
Function: Used for data acquisition, control and process monitoring, support a variety of input and output signal format conversion and processing.

Hardware parameter

Input type:

Analog input: Support 4-20mA, 0-10V or other process signal input.
Digital input/output: Support switch quantity (such as switch status monitoring).
Frequency input: Support process frequency or pulse signal input (e.g. flow meter signal).

Output type:

Analog output: Support 4-20mA, 0-10V output, can be used to control the process.
Digital output: Support relay output for device switch control.
Frequency output: Provides frequency or pulse output.

Communication interface:

Usually HART protocol or Modbus RTU/TCP communication protocol.
Support RS-485 communication interface for remote control and data exchange.

Power requirements:

Input voltage: 24V DC
Power consumption: Typically 3W to 5W, may vary depending on workload and configuration.

Installation:

Modules are usually designed to be DIN rail mounted for easy system integration.
Dimensions: Approximately 144 mm (height) x 100 mm (width) x 25 mm (depth).

Functional characteristics

Data acquisition and processing:

It supports various types of sensor data acquisition and is suitable for real-time monitoring in industrial process control.
The built-in processor can preprocess, analyze and convert data to provide standardized signal output for the superior system.
Multi-protocol support:
Support for communication protocols commonly used in industry such as HART (for communicating with intelligent field devices), Modbus RTU/TCP, and Profibus DP provides flexibility for system integration.

Signal isolation:

Provides electrical isolation of input and output signals to protect the system from electrical noise and interference.

Diagnosis and fault detection:

Provides intelligent diagnostic functions to monitor the operating status of modules and systems.
Support self-diagnosis function, can display alarm information, help operators respond to system failures in time.

System integration:

It can be integrated through existing Foxboro I/A systems and can communicate with other process control systems, such as DCS, via standard protocols.

Module redundancy:

Redundant modules can be configured in the control system to ensure high availability and continuous operation of the system.
2024-12-03 BY
IN Industry trends

bently 3500/22M 138607/01 146031-01 module

Product details

The Bentley Nevada 3500/22M is a key module in the 3500 Series vibration monitoring and protection system to provide the communication interface and system configuration functions required by the system. The following are the details of its parameters:

Basic information

Module model: 3500/22M
Function: System Monitor module for configuring and managing communication and status indicators for the entire 3500 series system.

Hardware parameter

Communication interface:

Supports a variety of communication protocols, including:
Modbus RTU (RS-232/RS-485 serial interface)
Modbus TCP (Ethernet Interface)
1 to 4 communication ports (the number of ports depends on module configuration).
Supports dual Ethernet ports (redundant network support).

Indicator light and display:

Equipped with multi-color LED indicator to display system operating status:
OK (normal)
TX/RX (Communication status)
It’s FAULT.
Direct visualization of running status.

Power requirements:

Input voltage: 24V DC
Power consumption: about 4 W

Physical parameters:

Size: 6 “x 3.5” x 1 “(standard 3500 module size).
Installation: Supports 19-inch rack installation.

Storage and processing:

Built-in non-volatile memory for storage of system configuration data.
Supports firmware upgrade.

Functional characteristics

System Management:

As the core module of the 3500 series system, it manages and coordinates the communication and functions of other modules.
Configure key system operation parameters.

Communication redundancy:

Support dual Ethernet redundancy to ensure communication reliability and real-time.
It can be integrated with external DCS and SCADA systems through the network.

Multi-protocol support:

Provides support for standard industry protocols, such as Modbus, for easy interworking with third-party systems.
Realize remote monitoring and data acquisition.

Diagnosis and alarm:

Real-time detection of system health, providing alarm and event recording functions.
Diagnose system communication faults and display fault status.

Flexible configuration:

Use Bentley Nevada’s System 1 Software or 3500 Configuration Software for configuration.
Supports multiple system architectures to meet different industrial needs.
2024-12-02 BY
IN Industry trends

Terasaki ESM-103 B Circuit board module

Terasaki ESM-103B is a circuit board assembly that is commonly used as part of protection and control systems in a wide range of industrial equipment and power distribution systems. This circuit board is usually used in switchgear or power control units. The following is a description of some parameters and functions of the ESM-103B board:
1. Basic functions
Device type: Control board/protection module.
Purpose:
Monitor and control the operating status of electrical equipment.
Provides protection functions (such as overload protection and short circuit protection).
Logic control unit for low-voltage circuit breakers.
2. Electrical parameters
Input voltage:
Common range: 24VDC or 110VAC (depending on application).
Signal support:
Analog signal: Used for condition monitoring or sensor input.
Digital signal: Used for switch control and alarm.
Power consumption:
Low power design, usually in the range of a few watts.
3. Functions and features
Protection function:
Overcurrent protection.
Short circuit protection.
Overvoltage/undervoltage monitoring.
Control function:
Logic control unit that provides switching operation and status feedback.
Supports remote operation and status display.
Communication function:
External devices can be connected, such as display units or control modules.
Provides a diagnostic signal interface for device status analysis.
4. Environmental adaptability
Working temperature:
Typical range: 0°C to +55°C.
Storage temperature:
-20°C to +70°C.
Anti-interference:
Comply with industrial electromagnetic compatibility (EMC) standards, resistant to electromagnetic interference.
2024-12-02 BY
IN Industry trends

GEIS200AEPAH1ACB module

The IS200AEPAH1ACB is an industrial control module from General Electric, commonly used in the Mark VI or Mark VIe series of Distributed control systems (DCS) for gas turbine and steam turbine control systems in the power industry. Here are the details of its parameters and functions:
1. Main functions
Module type: AEPA (Exciter Power Amplifier), a component of the excitation control system.
Purpose: For regulating and amplifying the power from the control signal to drive other components in the excitation system.
System compatibility: Seamless integration with Mark VI or Mark VIe series control systems.
2. Electrical parameters
Input voltage:
Multiple input voltage levels (typically 28VDC or higher) are supported.
Output power:
Provides a stable amplified output signal for driving excitation equipment.
Power amplification:
Provides high power signal amplification to meet the excitation needs of large motors or generators.
3. Communication and interfaces
Interface type:
Use standard interfaces compatible with Mark VI control systems.
Provides analog or digital signal input/output for monitoring and control.
Signal characteristics:
With low noise signal amplification function, to ensure high precision and stability of the output signal.
Compatible with various control signal input formats (voltage signal or current signal).
4. Environmental adaptability
Operating temperature range: Typical industrial environments support 0°C to +50°C.
Protection Level: Modules are usually designed to be industrial grade and can withstand harsh environments (such as high humidity or dust).
Earthquake resistance: meets the seismic standards for industrial applications.
5. Safety and protection functions
Overvoltage protection: Ensure that the input voltage exceeds the specified range of automatic protection module.
Overcurrent protection: prevents the overload of output current from causing damage to the device.
Short circuit protection: Ensure the safety of modules and connected devices.
6. Physical parameters
Size: Designed for standard rack mount, easy to combine with other modules.
Module material: Industrial grade metal and plastic housing, providing good thermal performance and electromagnetic shielding.
Weight: Usually in the range of 1-2 kg.
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