Honeywell XYR 300E Wireless Ethernet Modem 902-928MHZ WHS300E-900-1W-US 77-3

$181.91

Availability: 1 in stock

Model Number: WHS300E-900-1W-US

Condition: Used

Description

The Honeywell XYR 300E Wireless Ethernet Modem (Model WHS300E-900-1W-US) is a high-reliability industrial wireless communication device designed to extend Ethernet connectivity over long-range 900 MHz wireless networks. Engineered for Honeywell XYR 3000 systems, this modem provides secure, stable, and long-distance Ethernet communication—ideal for remote monitoring, SCADA, telemetry, and industrial automation where cabling is costly or impractical.

Operating in the 902–928 MHz ISM band (US frequency), the WHS300E-900-1W-US delivers superior signal penetration through obstacles, excellent range, and consistent data throughput even in harsh outdoor or industrial environments. Its rugged construction ensures dependable 24/7 operation in mission-critical applications.


Key Features

  • Model: WHS300E-900-1W-US

  • Series: XYR 300E Wireless Ethernet Modem

  • Frequency: 902–928 MHz (US ISM band)

  • Long-range wireless Ethernet communication

  • Strong signal penetration and stable high-reliability data transport

  • Reduces wiring expenses and installation complexity

  • Seamless integration into Honeywell XYR 3000 wireless systems

  • Designed for continuous industrial performance

  • Ideal for network expansion, modernization, or replacement use


Applications

  • Remote SCADA and telemetry networks

  • Oil & gas pipelines, tank farms, and production facilities

  • Petrochemical and refinery operations

  • Water & wastewater systems

  • Power generation and utility monitoring

  • Industrial networking in hard-to-reach or hazardous locations

  • Wireless Ethernet backhaul and bridging


Why This Module Is Important

The WHS300E-900-1W-US plays a crucial role in enabling long-range, secure Ethernet connectivity across Honeywell wireless infrastructures. By leveraging the robust 900 MHz band, it offers exceptional communication reliability, increased flexibility, and reduced installation costs—making it a valuable component for system upgrades, replacements, and expansion projects.

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