Description
Product Features
The T8310 is a standard system chassis module developed by ICS TRIPLEX (Rockwell Automation), specially designed for the Trusted series Safety Instrumented System (SIS). As the core carrier and hardware foundation of the entire safety system, it provides stable installation slots, reliable bus communication and standardized power distribution for various TMR I/O modules, controller modules and communication modules. With industrial-grade structural design, high bus transmission efficiency and complete safety protection performance, it supports long-term stable integration and operation of safety instrumented systems, meeting the strict safety and reliability requirements of high-risk process industries.
1. Standard SIS System Hardware Carrier: Professionally customized for Trusted SIS series systems, providing standardized and unified installation slots for all series of I/O modules, CPU modules and communication modules. It realizes integrated installation and centralized management of system hardware, optimizing overall system structure layout.
2. High-reliability Backplane Bus Design: Equipped with high-performance dedicated safety backplane bus, supporting high-speed synchronous data transmission and precise clock synchronization between modules. The bus features strong anti-interference and low-delay transmission performance, ensuring consistent and reliable data interaction of TMR redundant systems.
3. Industrial Reinforced Structural Performance: Adopts high-strength metal reinforced shell structure, with excellent shock resistance, vibration resistance and dustproof performance. The optimized heat dissipation structure ensures uniform heat dissipation of internal modules, avoiding equipment overheating and performance attenuation during long-term continuous operation.
4. Complete Safety Protection Mechanism: Built-in over-current, over-voltage and short-circuit protection circuits for power distribution. It can automatically cut off abnormal power supply and protect internal modules from damage caused by power fluctuation and circuit faults, improving the overall safety and stability of the system.
5. Support TMR Redundant System Operation: Perfectly adapts to 2oo3 triple modular redundant safety architecture, providing stable hardware operating environment for redundant voting and fault-tolerant operation of safety modules. It ensures high availability and fault tolerance of the entire safety instrumented system.
6. Compatible with Hot-swap Maintenance: Cooperates with SmartSlot hot-replacement technology of Trusted series modules, supporting non-stop online replacement of various functional modules. It does not interrupt system safety loop operation during maintenance, effectively reducing industrial production downtime.
7. Excellent Environmental Adaptability: Adopts industrial-grade EMC electromagnetic shielding design, which can resist strong on-site electromagnetic interference, temperature fluctuation and humid and dusty harsh environments. It supports 24/7 long-term stable operation of industrial safety systems.
8. Flexible System Expansion: Reserved standard expansion slots and bus interfaces, supporting flexible expansion of system I/O points and functional modules according to on-site engineering requirements. It meets the personalized configuration and upgrade requirements of different scale safety monitoring systems.
Product Parameters
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Item
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Specification
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Part Number
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T8310
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Brand
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ICS TRIPLEX (Rockwell Automation)
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Product Type
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Trusted SIS System Standard Chassis Module
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Applicable System
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Trusted Series Safety Instrumented System (SIS)
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System Architecture Support
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2oo3 Triple Modular Redundant (TMR) Safety Architecture
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Bus Type
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Dedicated Trusted High-speed Safety Backplane Bus
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Bus Performance
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Low delay, high synchronization, anti-interference data transmission
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Power Supply Standard
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24VDC Industrial Safety Power Supply
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Protection Function
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Over-current, over-voltage, short-circuit automatic protection
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Hot-swap Compatibility
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Fully compatible with SmartSlot online hot-replacement technology
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Structural Feature
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Reinforced metal shell, dustproof, shockproof and heat dissipation design
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Expansion Performance
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Support flexible expansion of I/O modules and functional modules
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EMC Level
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Industrial-grade electromagnetic interference resistance
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Operating Temperature Range
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0℃ ~ +60℃
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Storage Temperature Range
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-25℃ ~ +70℃
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Working Humidity
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10%~95% Non-condensing
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Installation Method
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Standard Cabinet Rack Mounting
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Core Functions
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System module integrated installation, backplane bus data transmission, unified power distribution, system hardware protection, equipment expansion support
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Product Usage Method
1. Pre-installation Inspection: Inspect the T8310 chassis appearance, backplane bus interface, power distribution circuit, fixing parts and heat dissipation structure to confirm no deformation, damage, oxidation or poor contact. Verify the compatibility with Trusted series modules to meet the overall assembly specifications of SIS safety system.
2. On-site Environment Preparation: Ensure the installation cabinet is dry, dust-free, well-ventilated and free of strong electromagnetic interference. Reserve sufficient heat dissipation space around the chassis to avoid equipment failure caused by poor heat dissipation during long-term operation.
3. Chassis Installation & Fixation: Install the T8310 chassis stably on the standard cabinet rack, adjust the horizontal level, and tighten all fixing bolts firmly. Ensure the chassis is installed firmly to avoid displacement and internal module contact failure caused by equipment vibration.
4. Power & Ground Wiring: Connect 24VDC safety power supply cable and system grounding cable in strict accordance with industrial safety specifications. Ensure reliable grounding to eliminate static electricity and electromagnetic interference risks, and check the power circuit for no short circuit or hidden danger.
5. Module Assembly & Docking: Install controller modules, communication modules and various I/O modules into the designated slots of the T8310 chassis in sequence. Ensure each module is closely connected with the backplane bus and firmly fixed to guarantee stable data transmission and power supply.
6. System Debugging & Inspection: After completing the overall assembly, start the system power-on self-test. Check the chassis power distribution status, bus communication quality and module operating status to confirm that all hardware works normally and there is no abnormal alarm or communication failure.
7. Daily Operation & Maintenance: During long-term system operation, regularly check the chassis heat dissipation effect, wiring tightness and dust accumulation status. Clean the chassis and internal slots periodically, inspect the power distribution and bus operation status, and eliminate potential faults in time to ensure stable and reliable operation of the entire SIS system.
Product Application Fields
1. Petroleum & Natural Gas Industry: Widely used in SIS safety instrumented systems of oil and gas fields, offshore platforms and gas transmission stations. As the core hardware carrier of safety systems, it supports the integrated operation of safety monitoring and emergency interlock equipment for oil and gas production.
2. Chemical & Petrochemical Industry: Deployed in safety protection systems of refining, chemical fertilizer and fine chemical production devices. It provides stable hardware operation environment for key safety control modules, ensuring the safe and continuous operation of high-risk chemical production processes.
3. Thermal & Gas Power Industry: Applied in safety monitoring and protection systems of power plant units. It carries the system controller and I/O acquisition modules, supporting real-time monitoring and safety interlock protection of power generation equipment.
4. Metallurgy & Energy Heavy Industry: Suitable for safety system construction of steel smelting, energy processing and high-load industrial equipment. Its reinforced structure and anti-interference performance adapt to harsh industrial environments, ensuring stable operation of industrial safety systems.
5. Industrial Safety Instrumented System Engineering: As a standard core chassis of ICS TRIPLEX Trusted SIS system, it is widely used in various high-risk process industry safety transformation and new construction projects, providing reliable hardware foundation for industrial safety monitoring, fault early warning and emergency interlock protection systems.
