- 15.6" capacitive touch screen
- 16:9, 1366 x 768 pixels (WXGA)
- EDGE2 Technology processor
- Front: IP65
The right panel for any automation task: The multi-touch HMIs of the ModularWide series can be comfortably adapted to your wishes and requirements. Thanks to the modular construction, the display size and performance of the widescreen panels can be combined as desired.
Five different display diagonals from 10.1 to 21.5 inches are available to choose from. The widescreen format also provides great clarity and freedom when configuring operating elements and contents. Whether in portrait or landscape format, the IP65-protected panels cut a good figure.
The ModularWide panels can be equipped with various panel interface modules (PIM). CPU units (ETT panels) with EDGE2 Technology or x86 processors, as well as an HMI-Link unit (TAE panels) are available for selection.
The attachable units can be comfortable retrofitted while installed. The performance of the panels can therefore be adapted to the needs of your application - and that at a later time.
The PIM 041 with x86 processor (Intel Celeron J4005) is ideal for higher requirements such as HTML5 visualizations for example. The unit is equipped with 2-Gbytes of internal program and data memory (DDR4), as well as a 32-Gbyte microSD card. 2x Ethernet, 4x USB and 1x display port are located onboard.
A EDGE2 Technology dual-core processor (PIM 031) is available for standard applications. The unit has 1 to 2 Gbytes of internal program and data memory (DDR3 RAM), as well as a 512 MB to 16 GB microSD card. The following interfaces are integrated: 2x Ethernet, 1x USB 2.0 and 1x Online-USB (Device).
For remote solutions, the PIM 021 with HMI-Link technology is available. With a standard Cat5e/CAT6 cable, HMI data can be transmitted up to 100 meters without loss between the operating panel and control cabinet PC. In addition to the HMI-Link, two USB 2.0 interfaces are integrated.
Our widescreen panels for industrial use are available in 5 display sizes and can be flexibly equipped in terms of CPU performance. Modern visualization designs, intuitive and safe multi-finger operating concepts can be comfortably implemented with the object-oriented engineering tool LASAL.