Brand:Schneider PLC Item No.: HMIDT65XFH Product Origin:France Product Dimensions:109 × 64 × 58 mm Product Weight:0.3 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Schneider HMIDT65XFH Extreme Touchscreen Display Module is a rugged industrial HMI display designed for applications where standard operator panels may not provide sufficient environmental protection. As part of the Harmony GTUX series, it combines advanced visualization capability with reinforced construction for outdoor and harsh industrial environments.
Featuring a 12.1-inch touchscreen interface, high-brightness TFT display, and full conformal coating, the HMIDT65XFH provides dependable machine interaction and process visualization in demanding conditions. Its modular Harmony GTUX architecture allows flexible integration with compatible Box Modules, enabling scalable solutions for modern industrial automation systems.
• Designed for demanding industrial HMI applications requiring high durability, outdoor capability, and reliable touchscreen operation in harsh environments.
• Suitable for outdoor machinery, process automation, energy systems, transportation equipment, and industrial installations exposed to temperature variations, dust, moisture, and corrosive conditions.
• Provides a rugged operator interface solution for applications requiring enhanced protection, high visibility, and long-term operational reliability.
Key Strengths at a Glance
• Features a 12.1-inch wide TFT color touchscreen display with 1280 × 800 pixel resolution for clear visualization of machine data and process information.
• Designed with full conformal coating and Harmony GTUX Extreme architecture to support operation in challenging industrial environments.
• Provides high brightness, IP66F/IP67F front protection, and resistance against environmental stresses for reliable outdoor and industrial deployment.
Technical FAQs
Q1: What is the primary function of the Schneider HMIDT65XFH?
The Schneider HMIDT65XFH is an Extreme touchscreen display module designed to provide industrial visualization and operator control functions within Harmony GTUX HMI systems.
Q2: Which Schneider Electric product family does the HMIDT65XFH belong to?
The HMIDT65XFH belongs to the Schneider Electric Harmony GTUX series, a modular HMI platform designed for industrial automation applications.
Q3: What display technology does the HMIDT65XFH use?
The display uses a color TFT LCD panel with a 12.1-inch screen size and 1280 × 800 pixel resolution.
Q4: What type of touchscreen technology is integrated into this model?
The HMIDT65XFH uses an analog resistive single-touch panel designed for reliable industrial operator interaction.
Q5: What makes the HMIDT65XFH suitable for harsh environments?
The display features full conformal coating, IP66F/IP67F front protection, and enhanced environmental resistance for demanding industrial applications.
Q6: Which software platform is used to configure this HMI display?
The Harmony GTUX platform is configured using Schneider Electric HMI engineering software compatible with the connected system architecture.
Q7: What should be verified before replacing an existing HMIDT65XFH unit?
Engineers should confirm Harmony GTUX compatibility, connected Box Module configuration, application software settings, power requirements, and mounting dimensions.
Q8: How does the HMIDT65XFH improve industrial operation efficiency?
It provides operators with direct access to machine visualization, alarms, and process parameters, improving monitoring efficiency and operational response.
Q9: Can the HMIDT65XFH be used in outdoor applications?
Yes, the model is designed for extreme environments and supports outdoor industrial applications requiring enhanced protection and durability.
Q10: What communication functions are available with this display?
Communication capabilities depend on the connected Harmony GTUX Box Module, which provides the required industrial communication interfaces.
