Eaton XV-440-10TVB-1-13-1 10.4″ XV400 HMI-PLC Touch Panel

Description

Product Introduction

The Eaton XV-440-10TVB-1-13-1 is a member of the XV400 operator interface family developed for industrial machine control, process visualization, and OEM automation. It combines a 10.4-inch TFT display, infrared touch technology, Windows CE, and multiple industrial communication interfaces in a fanless platform designed for continuous operation.

In practical applications, this model is often installed as an HMI while retaining the option to enable PLC functionality through software licensing. Ethernet, RS232, CAN/easyNet, USB, and CompactFlash expansion make it suitable for packaging machines, material handling systems, and legacy production equipment where long-term spare parts availability is important.

Key Technical Specifications

Application Scenarios & The “Trench” Experience

A production line suddenly stops because the operator panel refuses to boot after a scheduled power outage. The PLC is healthy. Remote I/O is healthy. The HMI simply cannot load the visualization project because the CompactFlash card has failed.

The hardware isn’t always the first thing that breaks.

Typical Applications

Packaging Industry — Cartoners and palletizers — Provides operator visualization while communicating with external PLCs through Ethernet and CAN.

Food & Beverage — Filling and batching systems — Recipe management and production monitoring from a single operator station.

Material Handling — Conveyor systems — Centralized alarm management and machine diagnostics.

Automotive Manufacturing — Assembly fixtures and test stations — Supports continuous operation inside industrial control cabinets.

OEM Equipment — Custom machinery — Expandable communication architecture allows additional licenses and communication functions without replacing the HMI hardware.

Field Replacement Example

A plastics processing plant experienced repeated boot failures after nearly fifteen years of continuous operation. Maintenance initially suspected the PLC CPU because the machine remained in fault status. After replacing the XV-440 panel, the same error remained. The real cause was a damaged CompactFlash card containing the Windows CE image and GALILEO project. Once the archived project was restored to a new card, the machine returned to production in less than one maintenance shift.

XV-440-10TVB-1-13-1

XV-440-10TVB-1-13-1

Transparency SOP: Quality Assurance & Testing

We don’t just ship boxes; we test them on actual Eaton XV-series hardware whenever practical.

• Inbound Inspection
  • Verify Eaton identification labels.
  • Inspect aluminum housing and laminated safety glass.
  • Examine CompactFlash slots and communication connectors.
  • Screen for counterfeit indicators.
• Live Rig Testing
  • Apply regulated 24 VDC power.
  • Verify Windows CE startup.
  • Test infrared touch response.
  • Confirm Ethernet communication.
  • Verify RS232 and CAN/easyNet operation.
• Electrical Parameter Checks
  • Measure input current.
  • Verify LCD brightness and backlight stability.
  • Test USB interfaces.
  • Verify CompactFlash read/write performance.
• Firmware Verification
  • Record Windows CE revision.
  • Verify GALILEO runtime compatibility.
  • Document installed communication licenses.
  • Verify optional PLC runtime license when present.
• Final QC & Packaging
  • Complete functional inspection.
  • ESD-safe packaging.
  • Shock-resistant shipping protection.
  • Serial number traceability.

The Veteran’s Tech Trap Guide

⚠️ Clone the CompactFlash card before touching the hardware.
Most XV400 systems store Windows CE, the visualization project, recipes, and alarm history on the CF card. If the card is still readable, make a complete image before replacing anything.

⚠️ Don’t assume every XV-440 is identical.
Suffixes identify hardware variations, front-panel styles, and ordering configurations. Two panels may look identical while differing mechanically or in factory options.

❗ Verify the PLC license before troubleshooting software.
The XV400 hardware supports PLC execution, but many installations use HMI functionality only. If the runtime license isn’t installed, the panel will never execute PLC logic.

⚠️ Check communication settings before replacing modules.
Incorrect CAN node IDs, Ethernet addresses, or serial parameters are responsible for many startup failures after an HMI replacement. Verify configuration before suspecting hardware.

Frequently Asked Questions (FAQ)

Q1. Does the XV-440-10TVB-1-13-1 include an integrated PLC?

The hardware supports PLC functionality, but PLC operation requires the optional LIC-PLC-MXP-MEDIUM runtime license. Without that license, the panel operates strictly as an HMI.

Q2. Can this unit be replaced while power remains on?

No. Always isolate machine power before removing the panel. Disconnecting the unit while energized can interrupt communications and corrupt CompactFlash data.

Q3. Is this model still manufactured?

No. The XV400 family is a legacy product line and is not intended for new applications. Replacement units are typically sourced from surplus inventory or professionally refurbished stock.

Q4. Which engineering software is compatible?

The XV400 platform supports GALILEO visualization software. PLC applications can be developed with compatible XSOFT-CODESYS versions when the PLC runtime license is installed.

Q5. What warranty is normally available?

Most reputable industrial automation suppliers provide a 12-month functional warranty on tested New Surplus or professionally refurbished equipment. Warranty terms depend on the supplier.

Q6. Why is surplus inventory less expensive than purchasing directly from the OEM?

Most available inventory originates from canceled OEM projects, unused maintenance stock, or plant modernization programs. These are genuine Eaton products that remain available after production ended.

Q7. What should I verify before installation?

Confirm the CompactFlash contents, Windows CE version, GALILEO project, Ethernet configuration, CAN/easyNet parameters, installed PLC license, power supply voltage, and the complete model number. Verify exact connector pin assignments and communication settings with the official Eaton documentation before applying power.