Allen-Bradley 2080-IF2 Micro800 Input Module | 2-Channel, 4-20mA/±10V, 12-bit, IP20 Specs

Allen-Bradley 2080-IF2 Micro800 Input Module | 2-Channel, 4-20mA/±10V, 12-bit, IP20 Specs

Allen-Bradley 2080-IF2 Micro800 analog input module specifications. 2-channel analog input, 4-20mA/±10V, 12-bit resolution, IP20. For CompactLogix/Micro800 systems.

Product Overview

The Allen-Bradley 2080-IF2​ is a 2-channel analog input module​ from the Micro800 series, designed for industrial measurement and control applications. This module provides 2 configurable input channels​ supporting 4-20mA, 0-20mA, ±20mA, 0-10V, ±10V, and 1-5V signals, with 12-bit resolution, and connects to Micro800 and CompactLogix 5370 controllers. The "2080" designation indicates the Micro800 I/O module series, "IF2" specifies the 2-channel analog input configuration. This compact module enables analog signal measurement for temperature, pressure, level, and other process variables in small to medium automation applications.

Technical Specifications

Note: Specifications are based on Allen-Bradley 2080 series technical documentation. The "2080-IF2" model specifically indicates 2-channel analog input configuration. Actual specifications may vary slightly depending on production batch.

Model Number Decoding (2080-IF2)

• 2080:​ Series designation (Micro800 I/O module series)

• IF2:​ Module type (IF = analog input, 2 = 2 channels)

Note:​ The "IF" prefix indicates analog input functionality. The "2" suffix specifies 2 input channels. This module is part of the Micro800 I/O system and requires a compatible Micro800 or CompactLogix 5370 controller for operation. It connects directly to the controller or through expansion modules.

Key Features

• 2 Configurable Channels:​ Two analog input channels, each independently configurable

• Multiple Input Ranges:​ Supports 6 different voltage and current ranges

• 12-bit Resolution:​ 4096-step resolution for measurement applications

• Selectable Filtering:​ Programmable input filtering for noise immunity

• Open Circuit Detection:​ Automatic detection of broken wires on current inputs

• Status Indicators:​ LED status indication for module and channel health

• Compact Design:​ Small footprint for space-constrained installations

• Easy Installation:​ Tool-less connection to Micro800 bus

• Removable Terminals:​ Spring clamp terminal blocks for easy wiring

• Industrial Grade:​ Designed for harsh industrial environments

• International Certifications:​ Multiple agency approvals for global use

• Plug-and-Play:​ Automatic configuration with compatible controllers

Input Characteristics

Typical Applications

• Process Monitoring:​ Temperature, pressure, and level measurement

• Machine Control:​ Position feedback and speed monitoring

• Energy Management:​ Power and current monitoring

• Environmental Monitoring:​ Humidity, pH, and conductivity measurement

• Flow Measurement:​ Flow transmitter signal acquisition

• Valve Position:​ Valve position feedback monitoring

• Motor Monitoring:​ Motor current and load measurement

• Test Equipment:​ Laboratory and production test measurement

• Building Automation:​ Temperature and pressure monitoring

• Water Treatment:​ Level and flow measurement

Important Technical Notes

1. System Requirements:​ Requires Micro800 controller (2080-LCxx, 2080-LCxx-QCB) or CompactLogix 5370 controller. Not compatible with all controller series.

2. Power Requirements:​ Powered from controller bus. Ensure controller has adequate power for all connected modules.

3. Input Configuration:​ Each channel independently configurable via software for voltage or current input and range selection.

4. Wiring:​ Use proper shielded, twisted pair cable for analog signals. For current inputs, ensure proper loop configuration. For voltage inputs, ensure proper grounding.

5. Filter Selection:​ Select appropriate filter frequency (10, 50, 60, 250, 500 Hz) based on signal characteristics and noise environment.

6. Environmental Conditions:​ Install in appropriate enclosure for protection. IP20 provides limited protection against dust and moisture.

7. Open Circuit Detection:​ Available for current inputs only. Configure for appropriate response (upscale, downscale, or hold last value).

8. Module Configuration:​ Requires configuration in programming software (Connected Components Workbench) for proper operation. Configure input type, range, filtering, and scaling per channel.

9. Expansion Limits:​ Check controller specifications for maximum number of expansion modules supported.

Note: For complete installation guidelines, wiring diagrams, configuration instructions, and detailed technical data, consult the official Allen-Bradley 2080 Series Technical Manual. Always verify the exact model number configuration with the manufacturer, as notation variations may occur.