Eaton XV400 Industrial Tablet Complete Guide

Eaton XV400 Industrial Tablet: 10.4 "/12.1"/15 "MICRO PANEL Series Complete Technical Guide

Introduction: A high-performance HMI platform for industrial automation

In the context of Industry 4.0 and intelligent manufacturing, human-machine interface (HMI) devices serve as a bridge connecting operators and machine systems, and their reliability, functionality, and environmental adaptability directly affect production efficiency and system safety. As a global leader in power management and industrial automation, Eaton's XV400 series MICRO PANEL (10.4 "/12.1"/15 ") and equivalent MC2 series are high-performance HMI/PLC integrated platforms designed to meet the demands of harsh industrial environments.

This article is based on Eaton's official technical document MN04802010Z-EN (December 2014 edition), providing a comprehensive analysis of the technical characteristics, installation requirements, interface configuration, environmental adaptability, and other aspects of the XV400 series products. It provides a professional and detailed technical reference for automation engineers, system integrators, and equipment manufacturers.

Chapter 1 Product Overview and Technical Specifications

1.1 Product positioning and application scenarios

The XV400 series MICRO PANEL is mainly used in the fields of mechanical manufacturing and systems engineering, designed for machine visualization, operation, and control. Its core positioning is:

Pure HMI device: As a human-machine interface terminal, it displays device status and receives operation instructions

Integrated HMI/PLC equipment: Built in PLC function, can directly execute control logic without the need for additional controllers

1.2 Model Naming Rules and Version Differences

The XV400 series offers three screen sizes: 10.4-inch, 12.1-inch, and 15 inch, each of which is divided into multiple versions based on touch technology and front frame type:

Model Screen Size Touch Technology Front Frame Type Corresponding to MC2 Model

XV-430-10TVB-1-1x 10.4 "resistive standard front frame MC2-430-10TVB-1x

XV-440-10TVB-1-1x 10.4 "Infrared Standard Front Frame MC2-440-10TVB-1-1x

XV-440-10TVB-1-2x 10.4 "Infrared Four Hole Front Frame MC2-440-10TVB-1-2x

XV-440-10TVB1-5x 10.4 "Infrared Stainless Steel Front Frame MC2-440-10TVB1-5x

XV-430-12TSB-1x 12.1 "resistive standard front frame MC2-430-12TSB-1-1x

XV-440-12TSB-1-1x 12.1 "Infrared Standard Front Frame MC2-440-12TSB-1-1x

XV-440-12TSB-1-2x 12.1 "Infrared Four Hole Front Frame MC2-440-12TSB-1-2x

XV-440-12TSB-1-5x 12.1 "Infrared Stainless Steel Front Frame MC2-440-12TSB-1-5x

XV-460-12TSB-1x 12.1 "Infrared Standard Front Frame-

XV-460-15TXB-1-1x 15 "Infrared Standard Front Frame-

XV-460-15TXB-1-2x 15 "Infrared Four Hole Front Frame-

XV-460-15TXB-1-5x 15 "Infrared Stainless Steel Front Frame-

1.3 Core Technical Parameters

display system

Parameter 10.4 "Model 12.1" Model 15 "Model

Display Type TFT-LCD Color TFT-LCD Color TFT-LCD Color

Resolution VGA (640 × 480) SVGA (800 × 600) XGA (1024 × 768)

Visible area 211 × 158 mm 246 × 185 mm 304 × 228 mm

Contrast ratio 350:1 350:1 350:1

Brightness 350 cd/m ² 350 cd/m ² 400 cd/m ²

Backlight technology 2 x CCFL (changed to LED from March 2018) 2 x CCFL 4 x CCFL

Backlight lifespan 50000 hours 50000 hours 50000 hours 50000 hours

Touch system

Resistive touch (10.4 "/12.1")

Technical type: 4-wire resistive type

Operation method: finger or stylus

Maintenance requirement: Regular calibration is required

Infrared touch (full-size)

Technical Type: Infrared Matrix

Logical channel: 10.4 ": 79 × 59 | 12.1": 95 × 71 | 15 ": 107 × 83

Operation method: Fingers or objects ≥ 7mm block infrared light

Maintenance requirement: Regular cleaning of the infrared frame is required

core system

Parameter specifications

Processor RISC 32-bit 400 MHz

DRAM 64 MB

Approximately 1.5 MB of FLASH is available

Approximately 32 KB of NVRAM available

External storage 2 x CompactFlash Type I/II

Real time clock CR2032 lithium battery (welded, maintenance free)

Power outage duration of 10 years

Chapter 2 Installation Requirements and Mechanical Dimensions

2.1 Installation environment requirements

The XV400 series is designed for installation in control cabinets, operation panels, or consoles and must meet the following environmental conditions:

Protection level: front frame IP65 (with corresponding accessories), rear shell IP20

Working temperature: 0... 50 ° C

Storage/transportation temperature: -20... 60 ° C

Relative humidity: 10... 95% (without condensation)

Vibration tolerance: IEC/EN 60068-2-6 standard

Impact resistance: IEC/EN 60068-2-27 standard, 15 g/11 ms

2.2 Installation hole size

According to the front frame type and screen size, the installation opening requirements are as follows:

Standard front frame/stainless steel front frame

10.4"：329 × 238 mm (±1 mm)

12.1"：344 × 262 mm (±1 mm)

15"：410 × 315 mm (±1 mm)

Material thickness: 2... 5 mm

Four hole front frame

10.4 ": 314 × 238 mm (± 1 mm), 4 × φ 5.5 mm mounting hole

12.1 ": 344 * 262 mm (± 1 mm), 4 * * 5.5 mm mounting hole

15 ": 410 * 315 mm (± 1 mm), 4 * * 6.5 mm mounting hole

Material thickness: 2.20 mm

2.3 Installation precautions

Sealing requirement: All versions must use the accompanying sealing strip or front frame sealing ring to ensure IP65 protection

Tightening torque: When tightening the threaded pin, pay attention to the maximum torque, as excessive tightening may cause deformation of the front panel

Installation direction: 10.4 "and 12.1" can be installed horizontally or vertically, 15 "must be installed horizontally

Ventilation requirements: Leave at least 3 cm of ventilation gap around the equipment and at least 15 cm away from heating elements

2.4 Installation requirements for special environments

Explosion proof area application (ATEX)

Zone 22 (Category 3D): Standard front frame, four hole front frame, and stainless steel front frame can all be used, and corresponding accessories are required

Zone 1 (Category 2G)/Zone 2 (Category 3G): limited to 10.4 "and 12.1" stainless steel front frame versions only, must be installed inside a positive pressure housing

Maximum sustained pressure: 10 mbar

Maximum pressure during flushing: 30 mbar

UL 60950 certification requirements

The equipment must be installed in the final product

The environment meets pollution level 2

Must be powered by SELV power supply

The functional grounding terminal must be connected to the protective grounding of the final product

Ethernet network shall be isolated from the Internet or protected by firewall/router

Chapter 3 Interface Configuration and Wiring Guide

3.1 Interface Overview

The XV400 series provides rich communication interfaces on the device side:

Interface Type Description

Power Supply 3-Pin Phoenix Contact MSTB 2.5/3-ST-5.08 24 VDC SELV

System port RS232 (D-Sub 9-pin male) non isolated

Ethernet RJ45 10/100Base TX

USB Device USB Type B USB 1.1

USB Host 0/1 USB Type A USB 2.0， 2 of them

CAN D-Sub 9-pin male electrical isolation

DIAG - For Service Only

3.2 Power interface

XV400 adopts 24 VDC SELV power supply, and the interface is Phoenix Contact MSTB 2.5/3-ST-5.08 pluggable screw terminal:

Terminal signal description

Positive pole of 1+24 VDC 24 VDC power supply

2 ⏚ Functional grounding (connected to the casing)

3 0 V 24 VDC power supply negative pole

Electrical parameters

Rated voltage: 24 VDC

Allowable voltage range: 20.4... 28.8 VDC (-15%/+20%)

Absolute limit (including ripple): 19.2... 30.0 VDC

Short time withstand voltage (<100 ms): 35 VDC

power consumption

10.4 "/12.1": Basic equipment up to 18 W, including communication module+USB up to 32 W

15 ": Basic equipment up to 30 W, including communication module+USB up to 44 W

Continuous current:

10.4 "/12.1": Maximum 1.3 A (24 VDC)

15 ": Maximum 1.8 A (24 VDC)

Start impulse current: 3.0 A, lasting for 2 seconds

3.3 Communication Interface

RS232 (system port)

Non isolated serial interface, GND is directly connected to the shell potential. Relationship between cable length and baud rate:

Maximum baud rate for cable length

2.5 m 115200 bit/s

5 m 57600 bit/s

10 m 38400 bit/s

15 m 19200 bit/s

30 m 9600 bit/s

Ethernet

Standard: 100Base TX/10Base T

Connector: RJ45 socket

LED indication:

ACT (yellow): Blinking indicates activity

LINK (green): Constant light indicates normal connection

Cable requirements: Shielded Twisted Pair (STP)

Maximum length: 100 meters

USB

USB Host: 2xUSB 2.0, Type A socket

USB Device: USB 1.1, Type B socket

Cable requirement: Shielded USB standard cable

Maximum length: 5 meters

CAN

CAN interface with electrical isolation, compliant with CiA standard:

Pin signal description

2 CAN-L bus lines (low level active)

3 CAN-GND CAN Grounding

6 GND optional CAN grounding

7 CAN-H bus lines (high level active)

Cable specifications

Characteristic impedance: 120 Ω (allowable range 108... 132 Ω)

Unit length capacitance:<60 pF/m

Wire diameter/maximum length:

≥0.25 mm² / 100 m

≥0.34 mm² / 250 m

≥0.75 mm² / 500 m

The relationship between baud rate and length

Maximum baud rate for cable length

25 m 1000 kbit/s

50 m 800 kbit/s

100 m 500 kbit/s

250 m 250 kbit/s

500 m 125 kbit/s

1000 m 50 kbit/s

2500 m 20 kbit/s

5000 m 10 kbit/s

Bus topology requirements

Up to 32 nodes per network segment

Both ends must be connected to a 120 Ω terminal resistor

It is recommended to use a repeater for distances exceeding 1000 meters

Chapter 4 Operation and Instruction Components

4.1 Front panel components

Component function

Touch sensor detects the movement of operating components on the display screen

Display screen displays operation and indicator components

4.2 Side service components

Operating components

CF card slot cover: fix CF card

CF Slot 0: Operating System, PLC, and Visualization Projects

CF slot 1: Data storage

Pop up button: Pop up CF card

Control buttons: Function depends on software

LED indicator light

LED color function

CF ACT red CF card lights up when accessed

CAN ACT green lights up during CAN data transmission

TOUCH ACT turns off when green starts, stays on when ready to touch, and flashes when touched

TOUCH ERROR is always on when starting in red, off when ready, always on when faulty, and flashes when infrared pollution occurs

SUPLY OK green lights up when all internal system voltages are normal

4.3 Startup and Shutdown

Startup steps

Insert the CF card containing the operating system into CF slot 0

Insert the CF card containing data into CF slot 1 (optional)

Connect the power and the device will automatically start

After the first startup, the system settings and application installation need to be completed

Close

Simply disconnect the power supply

Frequent on/off (especially at low temperatures) can shorten the lifespan of the backlight. It is recommended to reduce the brightness as an alternative

Chapter 5 Maintenance and Troubleshooting

5.1 Daily Maintenance

Maintenance requirements for touch types

Resistance type maintenance free, clean in case of contamination, recalibrate in case of abnormal response

Infrared type requires regular cleaning of the infrared frame and does not require calibration

Cleaning precautions

Use a clean, soft, and slightly damp cloth

Stubborn stains can be sprayed with a small amount of cleaning agent on the cloth

Prohibit the use of sharp objects, corrosive cleaning agents, or solvents

Prevent liquids from entering the interior of the equipment

5.2 Troubleshooting Guide

Possible causes and solutions for the fault phenomenon

The device does not start and the power is not connected. Check the power cable

When starting, it displays "No OS found" on the CF card. If there is no operating system, load the operating system onto the CF card and insert it into CF slot 0

Display 'Calibrate touch' at startup, resistance touch not calibrated, recalibrate touch

Display 'Clean IR frame' at startup, infrared frame contamination, clean infrared frame

Display screen black backlight off or fault check software settings. If there is a fault, send it for repair

Touch unresponsive touch uncalibrated/infrared contamination/touch disabled calibration/cleaning/activated touch

TOUCH ERROR: Infrared frame contamination/equipment malfunction. Clean the infrared frame. If it is ineffective, send it for repair

5.3 Battery and Maintenance

Battery: CR2032 lithium battery is welded inside the equipment and cannot be replaced, with a lifespan of approximately 10 years

Repair: The equipment can only be opened by the manufacturer or authorized repair center, and the original packaging must be used when sending it for repair

Chapter 6 Environment, Safety and Disposal

6.1 Certification and Standards

Certification standards

EMC 2004/108/EC，IEC/EN 61000-6-2，IEC/EN 61000-6-4

Explosion proof ATEX 94/9/EC, IEC/EN 60079-0, IEC/EN 60079-31

Safety IEC/EN 60950, UL 60950 (document number E208621)

Product standards EN 50178, IEC/EN 61131-2

6.2 Materials and Environmental Protection

Equipment and materials

Shell: Galvanized steel plate

Front panel: standard/four hole anodized aluminum, stainless steel version is stainless steel

Infrared frame: polycarbonate (PC)

Infrared touch protection board: glass

Resistive touch back panel: glass+polyester film

Cold cathode lamp: containing mercury (<5 mg)

Battery: Lithium CR2032, containing 2-4% EGDME substance

packaging material

Outer packaging: cardboard

Inner packaging (10.4 "/12.1"): cardboard+PE film, PE plastic bag

Inner packaging (15 "): closed cell polyethylene foam (CFC free), PE plastic bag

6.3 Disposal requirements

When discarding equipment, professional disposal must be carried out in accordance with national regulations, and it is not allowed to be discarded at will. Due to the presence of lithium batteries and mercury containing cold cathode lamps inside, improper disposal may pose a risk of explosion or poisoning. Can be returned to the manufacturer or sales point for environmental treatment.

Model Supplement

XV400 series models

1. 10.4-inch version

Model/Description

XV-430-10TVB-1-1x 10.4 "resistive touch, standard front frame

XV-440-10TVB-1x 10.4 "infrared touch, standard front frame

XV-440-10TVB-12x 10.4 "infrared touch, four hole front frame

XV-440-10TVB1-5x 10.4 "infrared touch, stainless steel front frame

2. 12.1-inch version

Model/Description

XV-430-12TSB-1x 12.1 "resistive touch, standard front frame

XV-440-12TSB-1-1x 12.1 "infrared touch, standard front frame

XV-440-12TSB-1-2x 12.1 "infrared touch, four hole front frame

XV-440-12TSB-1-5x 12.1 "infrared touch, stainless steel front frame

XV-460-12TSB-1x 12.1 "infrared touch, standard front frame

3. 15 inch version

Model/Description

XV-460-15TXB-1-1x 15 "infrared touch, standard front frame

XV-460-15TXB-1-2x 15 "infrared touch, four hole front frame

XV-460-15TXB-1-5x 15 "infrared touch, stainless steel front frame

MC2 series models (equivalent to XV400 products)

1. 10.4-inch version

Model/Description

MC2-430-10TVB-1-1x 10.4 "resistive touch, standard front frame

MC2-440-10TVB-1-1x 10.4 "infrared touch, standard front frame

MC2-440-10TVB-1-2x 10.4 "infrared touch, four hole front frame

MC2-440-10TVB1-5x 10.4 "infrared touch, stainless steel front frame

2. 12.1-inch version

Model/Description

MC2-430-12TSB-1-1x 12.1 "resistive touch, standard front frame

MC2-440-12TSB-1-1x 12.1 "infrared touch, standard front frame

MC2-440-12TSB-1-2x 12.1 "infrared touch, four hole front frame

MC2-440-12TSB-1-5x 12.1 "infrared touch, stainless steel front frame