100% Genuine. 100,000+ Parts in Stock. Ready to Ship.

  • en

The Honeywell 51305508-100, also known as the XLCNE2, is a specialized Local Control Network (LCN) extender paddle board designed for use within Honeywell TDC 3000 distributed control systems. This module functions as a fiber-optic interface to extend the LCN communication backbone, facilitating reliable, high-speed data exchange between controllers, I/O subsystems, and operator interfaces across extended distances.

Features

  • LCN (Local Control Network) extender paddle board for TDC 3000 systems.
  • Enables fiber-optic communication extension for distributed network architectures.
  • Supports redundant A/B network configurations for high availability.
  • Utilizes standard ST-type fiber-optic connectors for multimode fiber integration.
  • Designed for backplane-mounted installation within system cabinets.

Applications

  • Oil and Gas Refining: Facilitates communication between remote offshore or onshore hubs and central control rooms.
  • Chemical Manufacturing: Supports real-time data transmission across large-scale production environments.
  • Power and Energy: Enables synchronous data exchange between turbines, substations, and management grids.
  • Municipal Water Systems: Connects remote pumping stations and reservoirs to centralized urban operations platforms.

Technical Specifications

Model 51305508-100 (XLCNE2)
Manufacturer Honeywell
Power Requirement 5 VDC
Current Draw <= 500 mA
Isolation Voltage 1500 V
Operating Temperature 0 degC to +60 degC
Connector Type ST-style fiber-optic

Installation Guidelines

  • Ensure the system is powered down before inserting or removing the paddle board to prevent electrical damage.
  • Handle with care using ESD-safe practices to protect sensitive electronic components.
  • When connecting fiber-optic cables, ensure the bend radius is maintained and cables are not pinched or sharply folded.
  • Inspect and clean fiber-optic tips using appropriate optical cleaning kits prior to connection.
  • Verify the optical power budget if communication links fail to establish; check fiber runs for potential faults or signal degradation.
  • Note: This module is not backward compatible with legacy LCNE (51109881-100) or LCNE2 (51304540-100) boards.

FAQ

What is the primary function of the 51305508-100?

It acts as a network interface to extend the LCN communication backbone over fiber-optic links, allowing for greater physical separation between control nodes than is possible with standard copper cabling.

How many boards are required for a typical installation?

A standard redundant LCN extension typically requires four XLCNE2 boards: one for each A and B redundant fiber link at both ends of the network segment.

Is this module compatible with older LCNE versions?

No, the 51305508-100 is a replacement for the older LCNE and LCNE2 series but is not backward compatible with them. System-wide upgrades are generally required when transitioning to this model.

What's clients say about us

Translation missing: en.general.search.loading