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TRICONEX AI2351 Analog Input Baseplate

Original price was: ¥99,999.00.Current price is: ¥2,546.00.

The AI2351 TRICONEX Analog Input Baseplate is a foundational hardware component used in modular control and safety systems. It provides the mechanical support, electrical interconnection, and communication pathways necessary for housing and interfacing multiple analog input modules within a Triconex I/O rack. The baseplate enables reliable power distribution and signal routing from field analog input modules to the Triconex system backplane.

Designed for rugged industrial environments, the AI2351 baseplate supports continuous system operation while maintaining signal integrity and modular flexibility for system expansions and replacements.

Detailed content

TRICONEX AI2351 Analog Input Baseplate

Product Introduction

The AI2351 TRICONEX Analog Input Baseplate is a foundational hardware component used in modular control and safety systems. It provides the mechanical support, electrical interconnection, and communication pathways necessary for housing and interfacing multiple analog input modules within a Triconex I/O rack. The baseplate enables reliable power distribution and signal routing from field analog input modules to the Triconex system backplane.

Designed for rugged industrial environments, the AI2351 baseplate supports continuous system operation while maintaining signal integrity and modular flexibility for system expansions and replacements.


Product Parameters

  • Product Model: AI2351
  • Module Type: Analog Input Baseplate
  • System Compatibility: Triconex safety and control systems
  • Function: Host and interconnect analog input modules
  • Slot Count: Standard number of module positions supported
  • Backplane Interface: Mechanical and electrical connection to system backplane
  • Operating Mode: Continuous operation
  • Mounting Type: Rack-mount installation

Product Specifications

  • Warm-Pluggable: Designed to allow safe module insertion and removal under controlled conditions
  • Electrical Interconnect: Backplane bus connection to system controller and power distribution
  • Mechanical Construction: Industrial-grade metal frame and connector assembly
  • Environmental Tolerance: Operational conditions suitable for industrial temperature and vibration ranges
  • Signal Path Integrity: Low-noise interconnection to maintain analog signal accuracy
  • Support Features: Latching mechanisms and alignment guides for secure module seating

Application Areas

  • Safety Instrumented Systems (SIS)
  • Process control and automation systems
  • Power plant control and monitoring
  • Oil & gas facility automation
  • Chemical and petrochemical industries
  • Manufacturing systems requiring high-integrity analog input acquisition

Product Usage Instructions

  1. Preparation: Power down the entire control system before installing or removing the baseplate.
  2. Mounting: Securely install the baseplate into the appropriate rack slot as defined by the system configuration.
  3. Module Installation: Insert compatible analog input modules into the baseplate slots, ensuring full connector engagement.
  4. Connection: Establish backplane connection to the controller and verify mechanical alignment.
  5. System Power-Up: Restore system power and verify that the modules and baseplate are recognized through system diagnostics.
  6. Operational Check: Validate analog input channel operation within the system’s engineering interface and monitor status indicators.

Routine visual inspection and periodic diagnostics help ensure long-term performance.


Technical Description

The TRICONEX AI2351 Analog Input Baseplate serves as the physical and electrical foundation for installing analog input modules within the Triconex I/O architecture. It mechanically secures the modules, provides pathways for power distribution, and connects analog input signals from field modules to the system backplane and controller logic.

The design ensures stable and reliable interconnection while minimizing signal degradation. Its robust construction and precision engineering make it suitable for critical control applications where uninterrupted operation and signal fidelity are paramount. The baseplate supports modular flexibility, facilitating easy replacement or expansion of analog I/O channels without major system disruption.


Recommended In-Stock Modules from Other Brands (Random Selection)

The following table lists a selection of 20 compatible or functionally similar industrial analog I/O and baseplate products from other reputable automation and control brands. These examples are commonly stocked to support system upgrades, replacements, and expansions.

No. Product Model Brand Module Type Primary Function
1 1756-IF16 Allen-Bradley Analog Input Module 16-bit analog input
2 SM 1231 AI8 Siemens Analog Input Module 8-channel analog input
3 TM2-AD8 Schneider Electric Analog Input Module 8 analog inputs
4 AIN8-E ABB Analog Input Module 8-channel high-speed input
5 FBM231 Honeywell Analog Input Module Fieldbus analog input
6 NIO-AI16 Yokogawa Analog Input Module 16 analog channels
7 QAI841 GE Analog Input Module High-resolution analog input
8 1734-OE4 Rockwell Analog Output Module 4-channel analog output
9 AI8-H Mitsubishi Analog Input Module 8 input channels
10 ADAM-4017 Advantech Analog Input Module Multi-range input
11 EV-AN8 Emerson Analog Input Module 8-channel analog I/O
12 FX3U-4AD Fuji Electric Analog Input Module High-speed analog input
13 CJ1W-AD041 OMRON Analog Input Module 4 analog inputs
14 QXPAI8 IDEC Analog Input Module 8 channels
15 PAC5200 AI ABB Analog Input Module Process control input
16 AI-32 Beckhoff Analog Input Terminal 32-channel input
17 K-AD8 Keyence Analog Input Module High accuracy input
18 PIDX-AI Phoenix Contact Analog Input Module Isolated input
19 ET200SP AI8 Siemens Analog Input Module 8-channel compact input
20 TM5 AI8 Schneider Electric Analog Input Module Multi-analog input

Summary

The TRICONEX AI2351 Analog Input Baseplate provides a robust and reliable platform for analog input module installation within safety and control systems. Its durable construction, precise electrical interconnect, and support for modular analog I/O make it suitable for a wide range of industrial automation applications where system uptime and signal integrity are critical.