HONEYWELL ASSY 51309204-175

HONEYWELL ASSY 51309204-175 REV: D1 MC: TLPA02 LLMUX/SDI/SI POWER ADAPTER FTA

1. Product Overview

The HONEYWELL ASSY 51309204-175 REV: D1 MC: TLPA02 LLMUX/SDI/SI Power Adapter FTA is a specialized power interface module designed to provide stable and reliable power conversion for industrial sensor networks and communication modules. Built for high-reliability applications, it supports LLMUX, SDI, and SI signaling protocols, ensuring consistent performance in critical industrial environments. Its compact footprint, combined with robust electrical protection, makes it ideal for integration into complex control systems.

Key Features:

  • 🟢 Multi-protocol power support (LLMUX, SDI, SI)
  • 🟢 High-efficiency power conversion
  • 🟢 Integrated short-circuit and overvoltage protection
  • 🟢 LED status indicators for power and fault detection
  • 🟢 Compact, DIN-rail compatible design
  • 🟢 Industrial-grade operating temperature range

2. Technical Specifications

Parameter Description Notes
Model Number 51309204-175 Honeywell Power Adapter FTA
Revision D1 Firmware/Hardware Revision
Power Input 24 VDC ±10% Industrial standard input
Output Voltage 5 VDC / 12 VDC selectable Supports multiple device requirements
Output Current 2 A max Stable supply for sensor modules
Efficiency ≥ 92% High-efficiency conversion reduces heat
Operating Temperature -20°C to +70°C Reliable in harsh environments
Storage Temperature -40°C to +85°C Safe storage and transport
Communication Protocols LLMUX, SDI, SI Multi-protocol compatibility
Protection Short-circuit, Overvoltage, Overtemperature Enhances module longevity
Dimensions 110 x 60 x 35 mm Compact for tight installations
Weight 0.48 kg Lightweight and easy to mount
Indicators Power (Green), Fault (Red) Quick visual status check
Mounting DIN-Rail or Panel Flexible installation options

3. Installation Guidelines

  1. 🔧 Mounting: Install the adapter on a stable surface or DIN-rail. Avoid locations with excessive vibration or direct heat exposure.
  2. 🔌 Wiring: Confirm proper polarity for all connections. Use shielded cables for sensitive communication lines to minimize interference.
  3. 🛡 Grounding: Proper grounding is essential for reliable operation and protection against electrical noise.
  4. Environment: Ensure adequate ventilation to prevent overheating. Do not expose the unit to water jets, despite industrial protection.
  5. 📌 Positioning: Maintain clearance around the module to allow airflow and easy access to connectors.

4. Maintenance Instructions

  • 🧰 Routine Checks: Inspect connections and terminals for corrosion, loosening, or signs of wear.
  • 🔄 Firmware/Module Updates: Only authorized updates should be applied.
  • 🧼 Cleaning: Use a dry or slightly damp cloth; avoid solvents or abrasive materials.
  • 🔒 Storage: When not in use, store in a controlled environment within temperature and humidity specifications.
  • ⚠️ Troubleshooting: Use LED indicators to identify faults; consult technical documentation for detailed diagnostics.

5. Usage Precautions

  • Do not operate outside the specified voltage and temperature ranges.
  • Avoid connecting multiple devices to a single output beyond rated current.
  • Always disconnect input power before performing maintenance or installation.
  • Ensure all protective fuses and circuits are in place.
  • Only trained personnel should handle installation, maintenance, or diagnostics.

6. Product Links


7. Recommended Similar Products

Model Description Link
51309204-176 Upgraded revision with enhanced current capacity View
TLPA03 Power Adapter Multi-protocol power supply for industrial networks View
MC: TLPA01 FTA Adapter Basic version for standard sensor modules View
SDI/LLMUX Power Adapter 51309205-100 High-efficiency supply for LLMUX communication View
HONEYWELL 51309206-200 Advanced multi-output power adapter with fault monitoring View

This datasheet emphasizes reliability, installation guidance, and maintenance best practices, tailored for industrial applications requiring robust power adapters for communication and sensor networks.

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