About Schneider Magelis XBT GC/ GT/ GK HMI
A large range of HMI controllers for your machines
XBT GC : Comptactness & Integration - 3 screens types, 4 connections options (USB, Serial Line, CANopen & Ethernet
- 3 I/O categories (Embedded, extensions modules or distributed CANopen Telefast option for embedded I/Os
HSC100Khz & 4 PTO 65Khz - Web Gate web server (Ethernet version)
XBT GT/GK : Flexibility & Openness - 20 Magelis XBT GT/GK becomes HMI Controllers
- From 5 '7 monochrome up to 15' color screen
- Touch or Keyboard user-interface
- Serial lines, Ethernet & CANopen
- Advanced features (Video, data sharing, data logging, high-brightness...)
Discover : "Flexible Machine Control" - 1 software environment SoMachine
- Multiple hardware control platforms :
- Logic controllers Modicon M238
- Logic controllers Modicon M258
- Motion controllers Modicon LMC058
- Drive controllers Altivar IMC
Benefits
With control insideThe Magelis XBT GC HMI controller combines human machine interface and control system functions in a single product. The high level of integration makes it extremely compact while simplifying control system equipment. Highly economical, this product helps reduce costs throughout the life cycle of your machines, regardless of production run length or the level of customization.
ApplicationsXBT GT Touch Screen - XBT GT1100
- XBT GT1105
- XBT GT1130
- XBT GT1135
- XBT GT1335
- XBT GT2110
- XBT GT2120
- XBT GT2130
- XBT GT2220
- XBT GT2330
- XBT GT4230
- XBT GT4330
- XBT GT4340
- XBT GT5230
- XBT GT5330
- XBT GT5340
- XBT GT6330
- XBT GT6340
- XBT GT7340
XBTGC touch screen
- XBTGC1100T
- XBTGC1100U
- XBTGC2120T
- XBTGC2120U
- XBTGC2330T
- XBTGC2330U
XBT GK Text Panels
- XBT GK2120
- XBT GK2330
- XBT GK5330
NOTE: - Magelis XBTGC HMI controllers (compact range)The compact design of Magelis XBTGC HMI controllers optimises setup
This range comprises 6 touch screen terminals, with the following, depending on the model:
- 3.8" monochrome screen, 12 integrated inputs/6 integrated outputs (sink or source)
- 5.7" monochrome or color screen, 16 integrated inputs/16 integrated outputs (sink or source)
- A wide choice of communication interfaces: USB port, serial link, Ethernet and CANopen
In order to adapt easily to different configurations, it is possible to add digital or analog I/O expansion modules at the rear of the Controller
NOTE:- Magelis XBT GT/GK Standard Advanced panels with XBTZCCANM CANopen module (modular range)This range is made up of the complete Magelis XBTGT or Magelis XBTGK Standard Advanced panels offers combined with a Control part using the XBTZG CANM CANopen module. During operation, this module controls the I/O and the peripherals distributed via the CANopen bus.
The combination with Magelis XBTGT or Magelis XBTGK Standard Advanced panels gives a wide choice of screen sizes and types of data entry, depending on the model:
- 17 XBTGT touch screen terminals:
- 5.7" monochrome or color screens
- 7.5", 10.4", 12.1" and 15" color screens
- 3 XBTGK terminals with keypad and/or touch screen:
- 5.7" monochrome or color screens
- 10.4" color screens
This combination also offers numerous advanced functions such as video, data management (sharing of data, log), etc.
Versatile Industrial PerformanceSchneider Magelis XBT GC/GT/GK HMIs provide robust control interfaces for industrial machinery, ensuring seamless operation and intuitive monitoring. Their wide voltage range and adaptable power consumption suit diverse automation needs across manufacturing facilities.
Reliable Operation in Varied EnvironmentsConstructed from high-quality plastic and built to withstand ambient temperatures from -10 to 40C, these HMIs are engineered for long-lasting performance. Their sturdy design is ideal for rigorous use in various industrial sectors, ensuring minimal downtime and maximum productivity.
FAQ's of Schneider Magelis XBT GC/ GT/ GK HMI:
Q: How is the Schneider Magelis XBT HMI series installed in industrial environments?
A: The Magelis XBT GC/GT/GK HMI series is designed for straightforward panel mounting. Installation typically involves securely fitting the device onto a control panel, connecting it to a power supply within the 220-440 Volt range, and interfacing with machinery using standard communication protocols.
Q: What are the primary applications of these HMIs?
A: These HMIs are primarily used for monitoring and controlling industrial automation equipment. They are suitable for factory automation, process control, water treatment plants, and any industrial setting where operators need a reliable interface to manage machinery.
Q: When should maintenance or servicing be carried out for the HMIs?
A: Routine maintenance is recommended at regular intervals or if there are signs of operational issues, such as display irregularities or response delays. This ensures optimal performance and helps prevent unexpected downtime during critical processes.
Q: Where can these HMIs be sourced in India?
A: The Schneider Magelis XBT GC/GT/GK series is distributed through a wide network of dealers, exporters, manufacturers, wholesalers, traders, and service providers across India. You can also contact authorized Schneider suppliers for genuine products and support.
Q: What is the process for programming and customizing the interface?
A: Programming the HMI panels involves using Schneider's configuration software, which allows users to design custom screens, set up alarms, and interface the device with industrial control systems. Detailed programming guides are provided by Schneider to facilitate easy setup.
Q: How should the HMIs be used to ensure safety and longevity?
A: It is recommended to operate these HMIs within the specified voltage and temperature ranges, avoid exposure to harsh chemicals, and regularly check for firmware updates. Proper usage guarantees safety, enhances durability, and maximizes system efficiency.
Q: What are the benefits of deploying the Schneider Magelis XBT HMI series in industrial settings?
A: Adopting these HMIs improves operational efficiency by offering clear, user-friendly interfaces for machinery control, reducing error rates, and enhancing real-time monitoring. Their robust construction and flexibility make them a dependable choice for diverse industrial applications.