ICS TRIPLEX T9110

¥3,625.00

‌Parameters & Specifications‌:

‌Model‌: T9110
‌Brand‌: ICS TRIPLEX
‌Power‌: 220W‌
‌Operating Voltage‌: 220-380V‌
‌Current‌: 120A‌1, also mentioned as 100-400A in some sources‌
‌Weight‌: 2KG‌

‌Dimensions‌:

Specific dimensions are not provided, but the module is described as suitable for direct installation‌1, implying a standard form factor for industrial applications.

Category:

Description

‌Parameters & Specifications‌:

‌Model‌: T9110
‌Brand‌: ICS TRIPLEX
‌Power‌: 220W‌
‌Operating Voltage‌: 220-380V‌
‌Current‌: 120A‌1, also mentioned as 100-400A in some sources‌
‌Weight‌: 2KG‌

‌Dimensions‌:

Specific dimensions are not provided, but the module is described as suitable for direct installation‌1, implying a standard form factor for industrial applications.

‌Characteristics‌:

‌High Performance‌: Equipped with a high-performance processor to handle complex control algorithms and real-time data‌
‌Scalability‌: Features an extensible architecture allowing for additional processing power or functionality as needed‌4.
‌Real-time Performance‌: Designed to quickly respond and execute control strategies in applications with high real-time requirements‌
‌Redundancy‌: Supports redundant processor configurations to enhance system availability and reliability‌
‌Communication Interfaces‌: Equipped with multiple communication interfaces, such as Ethernet, for integration with other devices and systems‌
‌Programming Flexibility‌: Supports various programming languages and development environments‌
‌Safety & Fault Tolerance‌: Features safety functions and certifications, as well as fault-tolerant design with redundant memory and dual processors‌

‌Functions‌:

The ICS TRIPLEX T9110 serves as a high-performance processor module in industrial automation systems.
It provides reliable and precise control functions, making it suitable for a wide range of applications including manufacturing, power, energy management, and any industry requiring high-reliability control systems‌
Its advanced features, such as scalability, real-time performance, and redundancy, ensure the module can meet the demands of complex and critical control tasks‌