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Allen-Bradley 1762-OV32T MicroLogix 1200 32-Point Sink Output Module

Buy the Allen-Bradley 1762-OV32T output module. This solid-state unit features 32 sinking outputs for your MicroLogix 1200 system. Shop now.

Allen-Bradley 1762-OV32T MicroLogix 1200 32-Point Sink Output Module - Featured image

Product Summary

The 1762-OV32T is a robust solid-state output module from Rockwell Automation. It provides 32 sinking outputs for precise control within your MicroLogix 1200 system. This unit converts digital CPU signals into reliable analog values for your drives.

Theme Option A: Product Procurement & Buyer Guide

Understanding the 1762-OV32T for Your System

This module serves as a critical communication bridge. It connects your PLC’s CPU to the field devices. The 1762-OV32T handles 32 individual sinking outputs efficiently. You can rely on its solid-state design for long service life.

Key Technical Specifications for Selection

The module requires a 24V DC sink input power supply. Its operating voltage range spans from 10.2 to 26.4V DC. You must account for a maximum bus current of 175 mA. This module dissipates up to 2.7 kW of heat at peak load.

Environmental Considerations for Installation

1762-OV32T Industrial Automation Spare Parts

This unit operates reliably at altitudes up to 2000 meters. It functions within a temperature range of -20 to 60 degrees Celsius. The module withstands up to 95% relative humidity. You must install it in an IP20 enclosure for dust protection.

Solving Industrial Pain Points

Procurement managers value the module’s standard DIN rail mounting. This feature simplifies panel layout and reduces installation time. Engineers appreciate the high channel density in a compact form factor. The module measures only 90 x 40.4 x 87 millimeters.

Ensuring Proper System Integration

You must leave a 50.8 mm clearance on each module side. This gap ensures proper ventilation and prevents overheating. A proper grounding system is essential for limiting electrical noise. These steps guarantee reliable operation in your automation cell.

Logistics & Standard Packaging Details

1762-OV32T Industrial Automation Spare Parts

  • One Allen-Bradley 1762-OV32T output module
  • Standard product documentation and installation guide
  • Express delivery shipping is available via FedEx, UPS, and DHL

Theme Option D: Expert Technical Evaluation & Performance Review

1762-OV32T Industrial Automation Spare Parts

Solid-State Output Architecture

This module uses a solid-state sink output design. This technology offers faster switching than traditional relays. It also provides superior reliability in high-cycle applications. The module delivers consistent performance without mechanical wear.

Signal Processing and Accuracy

The 1762-OV32T converts digital signals from the CPU accurately. It provides a clean output signal to your connected loads. The module maintains signal integrity across its operating temperature range. This precision is critical for sensitive industrial processes.

Environmental Tolerance and Durability

The unit handles harsh industrial environments with a pollution degree of 2. It resists dust and non-conductive contaminants effectively. Remember that the IP20 enclosure does not protect against liquids. You must shield the module from ice or condensation formation.

Thermal Management and Performance

The module’s heat dissipation is a key performance metric. It can dissipate 2.7 kW at its maximum voltage of 26.4V DC. Proper airflow is essential for maintaining thermal stability. The required 50.8 mm clearance ensures heat does not accumulate.

Electrical Noise Immunity

A proper grounding system is not optional for this module. It is a requirement for limiting electrical noise interference. Good grounding ensures the output signals remain clean and stable. This practice protects both the module and your entire control system.

Mechanical Robustness for Deployment

The module weighs approximately 200 grams for easy handling. Its compact dimensions allow for high-density panel mounting. The DIN rail mounting system provides a secure and vibration-resistant fit. This mechanical design supports long-term operational stability.

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