Modern displays are not just a tool for displaying information, but an essential component of digitalisation in the off-highway sector. A modern display significantly improves the operation and safety of your machines.

The use of advanced displays can increase efficiency, reduce operating costs and optimise machine performance. Digitalisation also opens up other new options, such as saving working time or material resources like fuel. Remote access and continuous vehicle condition monitoring are also possible. Users have real-time access to all relevant data and can use it directly for their work. This not only leads to an increase in productivity, but also to improved machine control and faster fault diagnosis.

In mobile machines, displays must also be extremely robust in order to function reliably even under extreme conditions such as heat, cold, dust and vibrations. The displays of our renowned partners are specially designed for such challenges and ensure optimum performance, even in demanding environments.

Choosing the right display for each specific application is of great importance. b-plus offers a wide range of robust displays from leading manufacturers to provide you with customised solutions for your requirements. Whether in agriculture, on construction sites or in municipal technology - we are happy to advise you to find the right display for your machines and your individual needs.

Our partners have developed innovative models that stand out with exceptional connectivity and intuitive operation.

Discover the highlights here:

crosscontrol – CCpilot V1090 & V1290
The new CCpilot displays are designed for precision applications including ISOBUS, 2D/3D machine control and guidance systems. Key features include a 10 or 12-inch display, robust aluminium housing, accessible USB port and audio notifications. It comes with a rich interface set-up for CAN and Ethernet networks, supporting 1000Base-T1 and 1000Base-TX. With a bright, high contrast display with Wide XGA resolution, the devices provide intuitive user interaction with multi-touch PCAP (also with gloves). 

deep sea electronics – DSEM810
The DSEM810 is a 10“ programmalbe display designed for use on vehicles and off-highway machinery. In addition to CAN, CANopen and SAE J1939, the device also features onboard Ios. Furhtermore, onboard Ethernet provides additional flexibility when connecting external devices.Configuration is carried out via CODESYS 3.5 or Qt.

ifm electronics – CR1141
The ifm CR1141 is a powerful, programmable graphic display with modern 64-bit architecture that has been specially developed for controlling mobile machines. It has USB and CAN interfaces for various communication tasks. The RGB backlit function keys provide tactile feedback and enable user-friendly operation. The display is freely programmable to IEC 61131-3 with CODESYS 3.5 and Qt.

Topcon – B2 & B2+ ISOBUS VT
The new Topcon displays offer a cost-effective ISOBUS functionality and are ideal for agricultural applications. With a brightness of up to 900 cd/m² and a capacitive touchscreen surface, they offer excellent readability - even in direct sunlight. The display supports CAN, CANfreestyle and SAE J1939 and is suitable for the most demanding environments, with an operating temperature range of -30° to +75°C and IP66/IP67 protection. The displays are programmable with OPUS Projector, CODESYS 3.5 and Qt.

TTControl/Hydac – eVision² 7.0
The highly robust eVision² 7.0 comes with an 800x480 pixel 7-inch display and 10 freely programmable keys. These ARM-based displays are programmed in CODESYS^® 3.5 and Qt. In addition, the displays offer a user-friendly interface with an IP65-certified front and a separate USB port.

Our team of experts is at your disposal for choosing and programming the displays with CODESYS® and Qt. With our extensive experience, we support you in the realization of custom HMI solutions that are optimally tailored to your individual requirements.

Are you ready to take your machines to the next level?

Enquire now with no obligation at sales(at)b-plus.com.