Description

ISO T8110B(1) Module – Product Description, Parameters, Specifications, Series, Features, Functions, Applications, and Fields of Use

Product Description:

The ISO T8110B(1) module is a high-performance, reliable, and programmable processor module designed for industrial automation and control systems. It offers advanced features such as triple redundant module inter-bus, high-speed processing, and extensive input/output capabilities.

ISO T8110B(1) Module – Product Description, Parameters, Specifications, Series, Features, Functions, Applications, and Fields of Use

Product Parameters:

Manufacturer: ICS Triplex

Model: T8110B

Voltage Range: 20 to 32V DC

Maximum Load: 80W

Processor Clock: 100 MHz

I/O Interface: Triple Redundant Module Inter-Bus

Operating Temperature: 0°C to 60°C (32°F to 140°F)

Dimensions: 30.3cm x 9.3cm x 26.6cm

Weight: 2.94kg

Product Specifications:

Number of SOE Buffers: 1000 events, expandable to 4000 events with CI buffer

Redundancy: TMR (Triple Redundant) design

Power Supply: Through T8100 chassis

Connectivity: Isolated 6.25 Mbit/sec serial links for each FIU connection

Monitoring: Monitors power supply voltage, current consumption, board reference voltage, and board temperature

Series:

The ISO T8110B(1) module belongs to the ICS Triplex series of high-performance, programmable processor modules. This series offers a range of modules designed for different industrial automation and control applications.

Features:

Programmable: Supports programming and configuration to meet specific application requirements.

High Performance: Offers high processing speed and large storage capacity for handling complex control algorithms and large amounts of data.

Reliability and Stability: Designed with reliable hardware and software for stable operation in harsh industrial environments.

Scalability: Supports modular design and expansion interfaces for easy integration with other modules and devices.

Extensive I/O Capabilities: Provides a range of input/output options for connecting various sensors, actuators, and other external devices.

Functions:

Control and Execution: Executes various control and tasks in automation systems by receiving input signals, performing logical operations, and generating output signals.

Data Processing: Processes and analyzes data received from sensors, devices, and other modules.

Communication Interface: Supports various communication interfaces such as Ethernet and serial interfaces for data exchange and communication with other devices.

Applications:

Industrial Automation: Used in factory automation systems for controlling and monitoring various industrial processes and equipment.

Control Systems: Integrated into control systems for managing and coordinating operations in manufacturing, power generation, and other industrial sectors.

Machine Monitoring: Utilized for monitoring the status and performance of machines and equipment in real-time.

Fields of Use:

Manufacturing Industries: Including automotive, electronics, heavy machinery, and other manufacturing facilities.

Energy Management: Used in power plants and energy distribution systems for efficient monitoring and control.

Transportation Systems: Applied in transportation systems such as railways, aviation, and shipping for ensuring smooth and safe operations.