Schneider Electric XBTGK5330 Magelis XBTGK Series Graphic Control Panels

Technical Dossier

Product Details And Specifications

Schneider Electric Magelis XBTGK Series: Comprehensive Module Range and Technical Overview

The Schneider Electric Magelis XBTGK series represents a dedicated line of graphic operator terminals engineered for demanding industrial environments. Deployed extensively across petrochemical refineries, nuclear power generation facilities, offshore platforms, and continuous-process chemical plants, the XBTGK range provides a standardized human-machine interface layer within Modicon PLC and Vijeo-Designer-based control architectures. Screen sizes span 5.7" to 12.1" TFT LCD, with resistive touchscreen and keypad variants addressing both panel-mount and harsh-environment installations. The series operates on Windows CE embedded OS, communicating natively via Uni-Telway, Modbus RTU/TCP, CANopen, EtherNet/IP, and Profibus DP — making it a cross-platform HMI solution compatible with third-party PLCs from Siemens, Mitsubishi, and Allen-Bradley.

The Evolution of XBTGK Architecture

The XBTGK series succeeded the earlier XBT-F and XBT-N keypad-only terminals, introducing full graphical display capability while retaining backward-compatible communication protocols. First-generation XBTGK units (circa 2004–2008) relied on CompactFlash storage and RS-232/RS-485 serial interfaces as primary communication channels. Mid-generation revisions introduced integrated Ethernet ports and expanded USB host/device support, enabling direct connection to barcode scanners, printers, and USB memory for recipe and alarm log management. Late-generation XBTGK models added dual Ethernet ports for ring topology redundancy — a critical requirement in nuclear and refinery SCADA architectures where network downtime is not permissible. The series has now entered its end-of-commercialization phase, with Schneider Electric directing new projects toward the Magelis HMIGTO, HMIGTU, and HMISCU series under the EcoStruxure Plant architecture. However, the installed base of XBTGK terminals in brownfield facilities remains substantial, sustaining active demand for spare units, repair services, and compatible replacement parts through specialist distributors.

XBTGK Series Full Catalog & Functionalities (SKU List)

The following SKUs represent verified, commercially documented models within the Schneider Electric Magelis XBTGK product family, classified by display size and interface configuration:

XBTGK2120: 5.7" STN monochrome, RS-232/RS-485, keypad + touch, 128×64 px
XBTGK2220: 5.7" STN monochrome, RS-232/RS-485 + CANopen, keypad + touch
XBTGK2330: 5.7" TFT color, Ethernet + serial, keypad + touch, 320×240 px
XBTGK3330: 7.5" TFT color, Ethernet + RS-485, keypad + touch, 640×480 px
XBTGK3430: 7.5" TFT color, dual Ethernet + RS-485, keypad + touch, ring topology
XBTGK4330: 10.4" TFT color, Ethernet + RS-485, keypad + touch, 640×480 px
XBTGK4430: 10.4" TFT color, dual Ethernet + RS-485, keypad + touch, redundant network
XBTGK5330: 12.1" TFT color, Ethernet + RS-485, keypad + touch, 800×600 px, 256 MB RAM
XBTGK5430: 12.1" TFT color, dual Ethernet + RS-485, keypad + touch, ring topology support
XBTGT2110: 5.7" TFT color, touch-only (no keypad), Ethernet + serial, compact panel-mount
XBTGT2330: 5.7" TFT color, touch-only, dual serial + Ethernet, Vijeo Designer compatible
XBTGT4330: 10.4" TFT color, touch-only, Ethernet + RS-485, 640×480 px
XBTGT5330: 12.1" TFT color, touch-only, Ethernet + RS-485, 800×600 px
XBTGT6340: 15" TFT color, touch-only, dual Ethernet, high-brightness panel for control rooms
XBTGT7340: 19" TFT color, touch-only, dual Ethernet, large-format supervisory display
XBTGC400: Panel PC variant, Windows XP Embedded, 10.4" TFT, PCI expansion slot
XBTGC800: Panel PC variant, Windows XP Embedded, 15" TFT, dual PCI expansion

Sourcing Hard-to-Find & Obsolete XBTGK Series Parts

The XBTGK series has been officially end-of-commercialized by Schneider Electric, meaning new unit procurement through authorized distribution channels is no longer available for most models. DriveKNMS maintains a dedicated inventory program for XBTGK lifecycle extension, covering the following supply scenarios:

• New-surplus stock: Factory-sealed units sourced from decommissioned project inventories and authorized distributor closeouts, with full original packaging and documentation.
• Tested-used units: Refurbished XBTGK terminals that have undergone full functional verification against Schneider Electric factory test parameters, including display calibration, communication port integrity, and Vijeo Designer project upload/download cycles.
• Component-level repair: Board-level repair service for XBTGK units with backlight failure, touchscreen degradation, or communication port damage — the most common failure modes in units with 10+ years of continuous operation.
• Emergency exchange: 24-hour advance replacement service for critical process facilities where HMI downtime directly impacts production continuity.

DriveKNMS cross-references XBTGK models against compatible Magelis HMIGTO and HMIGTU replacements where direct substitution is feasible, providing migration documentation to reduce engineering effort for facilities planning HMI modernization.

Quality Control for the XBTGK Range

Each XBTGK unit processed by DriveKNMS undergoes a structured verification protocol designed around the specific failure modes and communication architecture of the Magelis graphic terminal platform:

• Display verification: Full-screen pixel mapping to identify dead pixels, backlight uniformity defects, and color calibration drift. CCFL backlight units are assessed for luminance degradation against original Schneider Electric lux specifications.
• Touchscreen calibration: Four-point and nine-point resistive calibration cycles, with linearity error measurement across the full active area.
• Communication port testing: RS-232, RS-485, CANopen, and Ethernet ports are tested under live protocol load using Modbus RTU and Modbus TCP traffic simulation. Ethernet ports are verified for 10/100 auto-negotiation and sustained throughput stability.
• Vijeo Designer project cycle: A reference HMI project is uploaded and executed on each unit to verify application runtime stability, alarm management, recipe handling, and USB data logging functions.
• Power supply stress test: Units are operated at rated voltage (24 VDC) under thermal load for a minimum burn-in period to identify latent component failures before shipment.
• Firmware verification: Runtime firmware version is documented and, where applicable, updated to the last Schneider Electric-released version for the XBTGK platform.