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HMIs

BEGE supplies robust, high-quality HMIs for real-time control of machines and servo drives. Ideal for industrial applications where reliability, speed, and extended functionality are critical.

High-quality HMIs

Human-machine interface systems (HMIs) are essential for monitoring and control of production processes. They provide real-time insight into machine performance, productivity and quality control, and increase efficiency by reducing machine downtime, optimizing production capacity, and reducing costs.

BEGE supplies robust, reliable HMIs from LS Electric’s XGT line. These high-performance HMIs simplify user-machine interaction. Real-time monitoring & diagnostics for quick detection of problems or malfunctioning, easy to use thanks to touchscreen technology and intuitive user interfaces, secure data collection, and flexibly adaptable to machine or production line requirements. Extensive connectivity: Supports multiple communication protocols and integrates with a wide range of industrial controllers and systems.

Product Overview

We offer three different Human Machine Interface displays from LS Electric’s XGT line.

eXP series

Standard HMI

Compact and cost-effective control and monitoring solution. The LS eXP HMI can communicate with a PLC, barcode reader, VFD, and temperature controller simultaneously.

  • Power supply: 24VDC
  • Resolution: 480×272, 640×380, 800×600
  • Processor: ARM 9 core (454MHz)

iXP2 series

Premium HMI

Robust and responsive. The high-performance iXP2 HMI features a powerful dual-core processor and high processing speed for exceptional performance.

  • Power supply: 24VDC, 100/240VAC
  • Resolution: 800×480, 1024×768
  • Processor: Dual core (1GHz)

iXP2H series

Handheld HMI

Powerful with a high-quality display. This manual HMI makes it easy to perform tasks efficiently in various working environments.

  • Power supply: 24VDC
  • Resolution: 1024×600
  • Processor: ARM Cortex-A9 (800 MHz)

HMIs in Integrated Motion Control and Servo Systems

Besides supplying HMI machine interface panels, BEGE also develops comprehensive integrated servo drive solutions for efficient systems with maximum continuity. From low-cost servo drives to high-end multi-axis systems.

We use servo gear units, servo motors, servo controllers, PLCs, motion controllers, and remote controllers from our renowned partners Atek and LS Electric.

HMI controllers are highly suitable for combining with other servo components to create intelligent, complete systems where all components connect seamlessly. Contact with a single partner keeps everything straightforward.

Reliable Partner for Custom Servo Systems

We understand that complex servo challenges require tailored solutions. As specialists, we provide balanced advice and engineer custom servo systems using HMI displays and other components.

Thanks to years of experience, expertise, and a wide range of motion control products, we offer custom servo systems that guarantee optimal performance and reliability.

LS Electric Knowledge Partner and Distributor

As an industrial automation specialist, BEGE provides complete, innovative servo automation solutions. Our customers benefit from technological expertise with the assurance of prompt deliveries and expert support.

HMIs at BEGE

Co-engineering Partner

BEGE’s engineers offer knowledge and support on the integration of HMI panels for both smaller machines and complex multi-axis motion systems.

Full Automation

BEGE supplies all components and the necessary specialist knowledge for the development of servo applications and complete automation solutions.

LS Electric Distributor

As experienced LS Electric specialists, we know which components are needed for an optimal automation solution and can ensure a smooth implementation.

Applications in Multiple Industries

BEGE supplies high-performance HMIs that are used in a wide range of industrial applications where high performance and reliability are essential, such as:

HMIs for Industrial Automation and Robotics

In industrial automation and robotics, HMIs are essential for the operation and monitoring of robotic systems, assembly lines, and CNC machines. They offer a central interface for real-time interaction and control over complex processes, including welding robots and packaging machines, ensuring optimal accuracy and efficiency.

HMIs in Food Processing

In the food processing industry, HMIs are used to manage recipes, monitor temperatures, and oversee production lines such as bottling systems, pasteurization units, and packaging. HMIs allow for strict process control and compliance with hygiene regulations, essential for food safety and quality assurance.

HMIs in Manufacturing

The manufacturing industry uses HMIs to control and monitor machines such as injection molding machines, presses, and assembly lines. HMIs provide operators with detailed insights into production data, helping to reduce downtime and optimize the efficiency of manufacturing workflows.

Everything you need to know about HMIs

A Human Machine Interface (HMI) is a visual control panel that displays the status and performance metrics of industrial machinery and automated production lines. It converts data streams received from PLCs and servo drives into a visual interface. Operators use a touch screen to review the current system state, adjust speed or torque setpoints, log real-time alerts, and track the performance indicators.

The industrial operator panels provided by BEGE come in three different types to accommodate varying mechanical setups, budget limits, and operational environments. Below is the list with distinctive features of each HMI line:

HMI Product Line Hardware Classification Key Technical and Structural Features Primary Application Target
eXP Series

(eXP20 / eXP30 / eXP40 / eXP60)

Standard Control Panel Cost-effective, compact, lightweight design with an integrated front USB port and 128 MB flash memory Standard automation cells, control panels with limited installation depth, and IP66 / NEMA 4X requirements
iXP2 Series

(iXP2-08 / iXP2-10 / iXP2-12 / iXP2-15)

Premium Operator Panel High-performance 1 GHz dual-core CPU, multi-touch capacitive screen, aluminum frame, and IoT-ready interfaces Demanding industrial plants, process visualization, and hazardous zones requiring ATEX / IECEx certification
iXP2H Series Portable / Mobile HMI Handheld ergonomic casing with an integrated 3-position dead-man switch, emergency stop button, and flexible cable Robotic handling cells, machinery setup and commissioning, and applications requiring mobile operator control

In their modern version, the operator panels offered by BEGE feature multiple channels for connecting different types of hardware at once.

For instance, the standard LS Electric eXP series can connect to a PLC, a variable frequency drive (VFD), a barcode reader, and a temperature controller via two serial channels and one Ethernet loop at once. The advanced LS Electric iXP2 series additionally includes two-channel Ethernet (2ch) communication and multimedia connectivity, making the HMI entirely ready to work within the IIoT infrastructure.

Being specifically designed for industrial applications, the operator panels that BEGE offers are robust enough to work reliably even under extreme conditions:

– IP66 & NEMA 4X: Both models of eXP and iXP2 HMIs feature totally waterproofed front screens and are resistant to dust contamination, allowing to easily wash them in food-processing and agricultural facilities.

– ATEX & IECex: Specialized explosion-proof variants of the iXP2 series allow to safely operate the devices in potentially explosive environments, such as pharmaceutical production sites and grain mills.

Each of the HMIs provided by BEGE comes with design software that is freely accessible to users. It provides a rich library of graphical objects, advanced data logging possibilities, customizable alarm notifications, and user permission control.

Additionally, thanks to its standard development environment, it becomes easy to scale down and upgrade HMIs in accordance with project requirements by modifying an HMI design and switching to other models within the same HMI range.

Yes, BEGE provides comprehensive design, wiring, and programming of electrical control panels according to individual client requirements. Its engineering department develops the logic behind the entire panel and programs the HMIs in such a way as to ensure proper interaction with drive components and smooth operation of a machine.

Industrial HMIs serve as the central coordination and visualization interface within comprehensive, integrated servo drive solutions developed by BEGE. Rather than functioning as standalone display screens, these HMI controllers connect seamlessly with other motion control components—including servo gear units, permanent magnet motors, servo drives, PLCs, and remote controllers—to build intelligent, unified automation architectures.

By utilizing tightly matched components from renowned partners like LS Electric and Atek, BEGE ensures plug-and-play interoperability across the entire drive train, ranging from cost-effective single-axis machines to high-end multi-axis automated lines.

BEGE acts as a specialized co-engineering partner that translates complex motion control challenges into highly reliable, custom-engineered servo systems. Leveraging years of industrial expertise and an extensive product portfolio, the engineering department at BEGE designs turnkey automation systems where HMI displays, specialized software interfaces, and control logic are tailored to individual machinery demands.

This custom engineering approach guarantees optimal machine performance, maximum operational continuity, and a minimized hardware footprint. Furthermore, because BEGE handles the complete system design, component selection, and integration process under one roof, machine builders benefit from a single point of contact that streamlines project execution and ongoing technical support.

View all HMIs

BEGE supplies robust, high-quality HMIs for comprehensive real-time control of machines and servo drives. Ideal for both simple monitoring systems and advanced automation systems in industrial applications where reliability, speed, and extended functionality are critical.

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