Honeywell XYR 3001 I/O Wireless Multiplexer WHM3001-900-1W-US 30-4

$1,049.99

Availability: 1 in stock

Model Number: WHM3001-900-1W-US

Condition: Used

Description

The Honeywell XYR 3001 Wireless Multiplexer (Model WHM3001-900-1W-US) is a high-performance wireless I/O communication module designed to extend the capabilities of Honeywell XYR 3000 wireless automation systems. Engineered to collect, consolidate, and transmit multiple process signals, this multiplexer provides reliable long-range wireless communication for industrial monitoring and control applications.

Operating in the 900 MHz ISM band (US frequency), the WHM3001-900-1W-US delivers strong signal penetration, stable data transmission, and exceptional coverage—ideal for facilities where wiring is difficult, expensive, or impractical. Its rugged industrial design ensures dependable 24/7 operation even in harsh environments.


Key Features

  • Model: WHM3001-900-1W-US

  • Series: XYR 3001 Wireless I/O

  • Function: Wireless multiplexer for collecting and transmitting multiple I/O signals

  • Frequency: 900 MHz (US band)

  • Long-range wireless communication capability

  • Seamlessly integrates with Honeywell XYR 3000 wireless systems

  • Reduces cabling requirements and installation costs

  • Designed for continuous industrial operation

  • Stable data acquisition with high reliability

  • Ideal as a replacement spare or system expansion module


Applications

  • Remote process monitoring

  • Oil & gas fields and upstream production

  • Petrochemical and refinery operations

  • Water & wastewater systems

  • Power generation and utilities

  • Industrial wireless automation networks

  • Hard-to-reach or hazardous locations where wired I/O is impractical


Why This Module Is Important

The WHM3001-900-1W-US plays a critical role in enabling efficient wireless data collection across Honeywell XYR 3001 systems. By consolidating multiple inputs into a powerful wireless link, it helps reduce wiring complexity, improve installation flexibility, and enhance overall system reliability—making it a valuable component for both expansions and maintenance replacements.

Scroll to Top