The Allen Bradley 1734-IE2I Original Packaging Module is a high-performance 2-channel analog input module from the POINT I/O series, engineered for accurate and reliable signal acquisition in industrial automation environments. Designed to support both current and voltage input types, this module delivers precise control and monitoring in compact, space-saving installations.
🔧 Product Overview
Part of the widely trusted POINT I/O family, the 1734-IE2I module features individually isolated input channels for enhanced signal accuracy and noise immunity. Its compact form factor and DIN-rail mounting make it ideal for distributed I/O systems and space-constrained control panels.
🌟 Key Features
2 isolated analog input channels for high accuracy
Supports both current (4–20mA) and voltage (0–10V) signal ranges
16-bit resolution for precise measurement and control
Designed for DIN-rail mounting in distributed I/O configurations
Factory-sealed original packaging for guaranteed authenticity
Easy integration with Allen Bradley CompactLogix and ControlLogix systems
🏭 Ideal Applications
The Allen Bradley 1734-IE2I is suitable for a wide range of industrial sectors, including:
Process automation and control
Energy and utility monitoring
Water treatment facilities
Food and beverage production
Chemical and pharmaceutical processing
📐 Technical Specifications
Input Channels: 2 (individually isolated)
Signal Types: Voltage (0–10V), Current (4–20mA)
Resolution: 16 bits
Mounting: DIN rail
Power Supply Voltage: 24V DC
Current Draw: 75 mA
✅ Benefits
Provides highly accurate input signal monitoring
Reduces signal distortion with channel-to-channel isolation
Compact size fits into tight spaces
Compatible with multiple Allen Bradley control platforms
Ideal for scalable and distributed I/O systems
📦 In Stock – Original Factory-Sealed Packaging
The Allen Bradley 1734-IE2I module is available in original factory-sealed packaging, ensuring top-notch quality and reliability. It’s a perfect choice for automation professionals looking to optimize performance and efficiency in their control systems.
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