Products Description
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ICS Triplex T9100 Processor Backplane Overview
The ICS Triplex T9100 Processor Backplane is an essential part of the AADvance Safety System, providing a reliable communication backbone between the processor and various I/O modules. It supports critical industrial applications with superior fault tolerance, scalability, and integration flexibility. The T9100 is designed for use in safety-critical systems, offering redundancy and robust performance.
Product Specifications
| Parameter | Details |
|---|---|
| Part Number | T9100 Processor Base Unit |
| Dimensions | 233 × 126 × 18 mm |
| Weight | 0.46 kg |
| Input Voltage | 18-32 Vdc |
| Maximum Current | 10.4A (400 mA per slot) |
| Slot Capacity | Up to 3 I/O modules |
| Bus Configuration | I/O Bus 1 and I/O Bus 2 |
| Module Support | Supports T9110 Processor Module, T9400 I/O Modules, and T9800 Termination Assemblies |
| Environment | Suitable for standard industrial environments and hazardous locations (following required safety certifications) |
| Mounting | DIN Rail Mount |
| Ethernet Ports | 6 auto-sensing 10/100BASE-TX Ethernet ports |
| Field Wiring | Compatible with shielded cables, with terminal blocks for easy connection of field devices |
Product Features
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Fault Tolerant: The T9100 Processor Backplane is designed for high availability, with fault containment strategies integrated into the bus and module connections.
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Modular Configuration: It supports a modular design with multiple I/O and processor modules, allowing flexibility in system scaling and redundancy.
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High Communication Speed: The backplane supports rapid data transfer between modules, which is essential for real-time processing and communication.
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Versatile Module Compatibility: Supports a wide variety of I/O modules, including digital, analog, and frequency input/output, ensuring compatibility with different types of field devices.
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Robust Construction: The backplane is built for industrial-grade applications, offering durability in harsh environments and for safety-critical tasks.
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Ease of Expansion: Expansion cables are available for adding more I/O units, and the system allows for up to 24 modules per I/O unit.
Advantages
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Redundancy: Built-in redundancy options make it ideal for safety-critical applications where downtime must be minimized.
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Scalability: Easily expandable system that accommodates future upgrades or increased capacity requirements.
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Modular Design: Allows easy maintenance and module replacement without system downtime, ensuring the longevity and performance of the system.
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Enhanced Fault Detection: With built-in diagnostics, it can detect faults in both the processor and I/O modules, improving overall system reliability.
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Power Efficient: Low power consumption compared to other systems in its class, with power supplied through a single 24Vdc source.
Applications
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Safety Critical Systems: Ideal for safety-critical applications in industries such as oil and gas, chemical processing, and manufacturing, where system reliability is paramount.
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Industrial Automation: Used in applications that require high-speed data acquisition and control, such as monitoring sensors, actuators, and other field devices.
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Remote Monitoring Systems: Supports integration with remote monitoring and control systems, especially in environments that demand constant supervision and real-time adjustments.
Recommended Related Models
| Model | Description | Key Features |
|---|---|---|
| T9110 | Processor Module | High performance, fault-tolerant processing for industrial applications. |
| T9300 | I/O Base Unit | Supports up to 3 I/O modules, connects to the T9100 processor base. |
| T9401 | Digital Input Module (8 Channel) | 24Vdc input, isolated, designed for safety applications. |
| T9432 | Analog Input Module (16 Channel) | Supports both isolated and unisolated field wiring for analog inputs. |
| T9451 | Digital Output Module (8 Channel) | Isolated digital output, suitable for controlling actuators and relays. |
| T9482 | Analog Output Module (8 Channel) | Provides high precision, isolated output for control loops. |
Other Popular ICS Triplex Models
| Model | Description | Key Features |
|---|---|---|
| T9111 | Redundant Processor Module | Dual processor setup for added redundancy. |
| T9302 | I/O Base Unit (2-way) | Smaller form factor, supports limited I/O module capacity for compact applications. |
| T9402 | Digital Input Module (16 Channel) | More channels for larger input systems. |
| T9481 | Analog Output Module (3 Channel) | Compact module for low-channel applications. |
| T9852 | Digital Output Termination Assembly (Dual) | Dual configuration for added redundancy and reliability in output systems. |
| T9801 | Digital Input Termination Assembly (16 Channel) | Simplex, cost-effective option for smaller installations requiring fewer channels. |
FAQ
FAQs (Frequently Asked Questions)
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Q: What is the power requirement for the T9100 Processor Backplane?
A: The T9100 requires a 24Vdc power supply with a current rating of up to 10.4A depending on the module configuration. -
Q: How many modules can the T9100 Processor Backplane support?
A: The T9100 can support up to three I/O modules per base unit. -
Q: Can I expand my system using additional I/O units?
A: Yes, the T9100 supports expansion via the T9310 expansion cables, allowing the addition of more I/O base units. -
Q: Is the T9100 Processor Backplane suitable for hazardous environments?
A: Yes, the T9100 is certified for use in hazardous environments when properly installed and configured. -
Q: How can I replace a faulty processor module?
A: The processor module can be replaced without powering down the entire system. Simply unlock the module and insert the new one into the T9100 base unit. -
Q: Does the T9100 support redundant processors?
A: Yes, the T9100 supports dual or triple processor configurations for redundancy. -
Q: What is the maximum expansion length of the I/O buses?
A: The maximum length for the I/O buses is 8 meters when using expansion cables like the T9310. -
Q: How do I perform a firmware upgrade on the processor?
A: Firmware upgrades can be performed using the ControlFLASH software and require a connection to the processor module via Ethernet.
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Packing & Delivery
We will use wear-resistant cartons to seal the boxes, and take photos for your confirmation before sealing. We will pack the boxes only after confirmation.
For express delivery, we will use DHL, UPS, TNT, FedEx and EMS.
Please rest assured that we have a deep cooperation with express delivery companies and can ensure that your goods are delivered to you in good condition.
