T9802 Product datasheet
Model number: |
T9802 |
|
Module Type: |
Digital Input Termination Assembly |
Manufacture: |
ICS Triplex |
|
Condition: |
Brand New |
Range of Product: |
AADvance system |
|
Lead time: |
In Stock |
Weight: |
0.14 kg |
|
HS CODE: |
8537101190 |
Dimension: |
13.1x8.4x3.5cm |
|
MOQ: |
1 |
Product Origin: |
USA |
|
System: |
PLC |
Discontinued on: |
Dec 31,2018 |
|
Communication Service: |
Ethernet router |
T9802 Functional Description
The ICS Triplex T9802 AADvance Digital Input Module offers enhanced reliability and precision for industrial control systems, making it ideal for demanding environments. Designed with dual isolated channels, each supporting up to 16 inputs, the ICS Triplex T9802 provides a robust solution for critical data acquisition, ensuring accurate monitoring of industrial processes.
With support for the MODBUS RTU communication protocol, the ICS Triplex T9802 ensures seamless integration with various control systems, enabling efficient data exchange and control operations across the network. Its high-speed data acquisition capability of up to 1 millisecond guarantees quick, real-time responses to changing conditions, vital for maintaining system performance in fast-paced industrial settings.
The ICS Triplex T9802 operates within a wide voltage range of 12 to 24 VDC, making it adaptable to various industrial environments, from manufacturing floors to complex process control systems. Its IP20 rating provides protection against dust and limited water splashes, ensuring durability in tough conditions.
Compact and lightweight, the ICS Triplex T9802 (48 x 96 x 91 mm, 100g) is easy to install and maintain without compromising performance. Engineered with premium materials, the ICS Triplex T9802 ensures long-lasting reliability, making it a trusted choice for critical industrial applications.
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AADvance Controller Introduction
The AADvance controller meets non-safety business requirements and SIL 2 and SIL 3 safety related system requirements. The system has comprehensive built-in redundant capabilities that improve system availability. The AADvance safety system features are:
• Easily transformed from a simplex non-safety system to a fault tolerant safety related system.
• An AADvance platform provides a set of components that can be configured to meet a range of safety and fault tolerance user requirements within a single system such as - fault tolerant topologies 1oo1, 1oo2D and 2oo3.
• IEC 61508 certified, reviewed and approved for safety systems up to SIL 3 by independent certifying bodies.
• The scalable characteristics of the system enables independent safety functions within the same system to be configured with different architectures to meet a user specific safety and availability requirements.
• The main components that provide the safety architecture are the processor and I/O modules; the remaining components provide secure external interfaces and connectivity between the field elements and the main components and add to the safety functionality.
• AADvance processor modules are designed to meet the requirements for SIL 2 in a simplex configuration and SIL 3 in a dual or triplicated configuration.
• Individual input modules are designed to meet the requirements for SIL
3 in simplex, dual or triple configurations.
• Individual output modules have been designed to meet the requirements for SIL 3 in a simplex or dual configurations.
• Safe SIL 3 rated 'Black Channel' external communication over Ethernet.
System Installation Environment
The installation environment can be a source of common cause failure so it is necessary that the installation assessment covers the environmental specification for the AADvance system and includes the following:
• the prevailing climatic conditions
• type of area, e.g. is it a hazardous or non-hazardous area
• location of power sources
• earthing and EMC conditions
In some customer installations parts of the system can be installed in differing locations; in these cases the assessment must include each location. Power Sources and Heat Dissipation Calculations It is highly recommended that module supply power and field loop power consumption calculations are done to find out the heat dissipation before designing a suitable enclosure and making a decision about the installation environment (see topic "System Design for Heat Dissipation").