ICS Triplex | T9451 | Digital Output Module
ICS Triplex T9451 Overview
| Feature | Details |
|---|---|
| Manufacturer | ICS Triplex |
| Model | T9451 |
| Ordering Information | T9451 |
| Catalog | Trusted TMR System |
| Description | ICS Triplex T9451 Digital Output Module |
| Origin | United States (US) |
| HS Code | 85389091 |
| Dimensions | 16cm x 16cm x 12cm |
| Weight | 0.8kg |
Product Overview
The AADvance® Safety Controller is designed specifically for functional safety and critical control applications. It provides a flexible solution for smaller-scale requirements and can be utilized for safety-related functions as well as critical business processes.
Key Applications
- Emergency Shutdown Systems
- Fire and Gas Installation Protection
- Critical Process Control
- Burner Management
- Boiler and Furnace Control
- Distributed Process Monitoring and Control
Features and Benefits
- Integrated Fault Tolerance: The AADvance controller is particularly effective for emergency shutdown and fire detection applications, providing an integrated and distributed fault tolerance solution.
- International Standards Compliance: Designed and validated to meet international safety standards, certified for functional safety control installations and UL for hazardous environments.
- Modular Design: The controller consists of compact plug-in modules that can be easily assembled into a system, allowing for scalability and customization.
- Flexibility: System configurations can be readily achieved by combining modules without special cables or interface units, enabling user-configurable architectures.
- Redundant Options: Supports configurable processor and I/O redundancy for fail-safe or fault-tolerant solutions without increasing operational complexity.
- Compact Mounting: Can be mounted onto DIN rails or directly on walls, with no need for forced air cooling or special environmental controls.
Communication Protocols
The AADvance system features configurable Ethernet and serial ports supporting various protocols in simplex and redundant configurations for connection to other AADvance controllers or third-party equipment. It supports transport layer protocols such as TCP and UDP for MODBUS, CIP, SNCP, Telnet, and SNTP services.
- Secure Network Communication: The SNCP protocol allows for distributed control and safety while ensuring data security and integrity.
- Local Connectivity: Individual sensors and actuators can connect to a local controller, minimizing the need for extensive field cabling.
Installation Guidelines
Important considerations for installation include choosing the appropriate enclosure to ensure optimal performance and reliability while complying with ATEX and UL certification requirements. The AADvance system can be managed from one or more computers positioned at convenient locations, eliminating the need for a central equipment room.
The ICS Triplex T9451 Digital Output Module, as part of the AADvance system, is integral to maintaining safety and operational efficiency in various critical applications across industries
ICS Triplex | T9451 | Digital Output Module
ICS Triplex | T9451 | Digital Output Module
ICS Triplex T9451 Overview
| Feature | Details |
|---|---|
| Manufacturer | ICS Triplex |
| Model | T9451 |
| Ordering Information | T9451 |
| Catalog | Trusted TMR System |
| Description | ICS Triplex T9451 Digital Output Module |
| Origin | United States (US) |
| HS Code | 85389091 |
| Dimensions | 16cm x 16cm x 12cm |
| Weight | 0.8kg |
Product Overview
The AADvance® Safety Controller is designed specifically for functional safety and critical control applications. It provides a flexible solution for smaller-scale requirements and can be utilized for safety-related functions as well as critical business processes.
Key Applications
- Emergency Shutdown Systems
- Fire and Gas Installation Protection
- Critical Process Control
- Burner Management
- Boiler and Furnace Control
- Distributed Process Monitoring and Control
Features and Benefits
- Integrated Fault Tolerance: The AADvance controller is particularly effective for emergency shutdown and fire detection applications, providing an integrated and distributed fault tolerance solution.
- International Standards Compliance: Designed and validated to meet international safety standards, certified for functional safety control installations and UL for hazardous environments.
- Modular Design: The controller consists of compact plug-in modules that can be easily assembled into a system, allowing for scalability and customization.
- Flexibility: System configurations can be readily achieved by combining modules without special cables or interface units, enabling user-configurable architectures.
- Redundant Options: Supports configurable processor and I/O redundancy for fail-safe or fault-tolerant solutions without increasing operational complexity.
- Compact Mounting: Can be mounted onto DIN rails or directly on walls, with no need for forced air cooling or special environmental controls.
Communication Protocols
The AADvance system features configurable Ethernet and serial ports supporting various protocols in simplex and redundant configurations for connection to other AADvance controllers or third-party equipment. It supports transport layer protocols such as TCP and UDP for MODBUS, CIP, SNCP, Telnet, and SNTP services.
- Secure Network Communication: The SNCP protocol allows for distributed control and safety while ensuring data security and integrity.
- Local Connectivity: Individual sensors and actuators can connect to a local controller, minimizing the need for extensive field cabling.
Installation Guidelines
Important considerations for installation include choosing the appropriate enclosure to ensure optimal performance and reliability while complying with ATEX and UL certification requirements. The AADvance system can be managed from one or more computers positioned at convenient locations, eliminating the need for a central equipment room.
The ICS Triplex T9451 Digital Output Module, as part of the AADvance system, is integral to maintaining safety and operational efficiency in various critical applications across industries
