+ All Categories
Home > Documents > RAFI Brosch BMM EN RZ 20190326...plow blade operation. The ergonomically shaped 3D touch unit...

RAFI Brosch BMM EN RZ 20190326...plow blade operation. The ergonomically shaped 3D touch unit...

Date post: 10-Mar-2020
Category:
Upload: others
View: 1 times
Download: 0 times
Share this document with a friend
4
MOBILE MACHINES www.rafi.de Operating panels, electronics and components
Transcript
Page 1: RAFI Brosch BMM EN RZ 20190326...plow blade operation. The ergonomically shaped 3D touch unit integrated in the driver’s armrest is intuitively operated with touch and swipe movements.

MOBILE MACHINES

www.rafi.de

Operating panels, electronics and components

Page 2: RAFI Brosch BMM EN RZ 20190326...plow blade operation. The ergonomically shaped 3D touch unit integrated in the driver’s armrest is intuitively operated with touch and swipe movements.

2

Touchscreens are standard in almost all data entry systems. However, not all touch- screens are suitable for use in mobile machines. Which is why we produce our own touch sensors in-house. This ensures you receive touchscreens with long service lives that are adapted to your specific field of application.

As one of the largest German EMS service providers, we develop and produce customer-specific control solutions based on standard ECUs and interfaces – quickly and economically.

RAFI operating panels feature tactile switches, control components and emergency stop devices sourced from our MICON, RACON and RAFIX component series.

The RAFI joystick system with the BASIC, MULTI and ROUGH basic programs enables customized implementation of robust systems in small sizes and with low wear.

GLASSCAPE ®ELECTRONICS

COMPONENTS

JOYSCAPE

RAFI BASIC- TECHNOLOGIES

Page 3: RAFI Brosch BMM EN RZ 20190326...plow blade operation. The ergonomically shaped 3D touch unit integrated in the driver’s armrest is intuitively operated with touch and swipe movements.

3

RAFI BASIC- TECHNOLOGIES

Integrates a novel multi-function control lever that allows the agricultural machine to be controlled completely in manual mode. Winner of the Red Dot Design Award for its ergonomic design.

Our armrest control system can with-stand extreme ambient temperatures from -40°C to +80°C and features an inno-vative 4-axis joystick for completely free plow blade operation.

The ergonomically shaped 3D touch unit integrated in the driver’s armrest is intuitively operated with touch and swipe movements. Guide aids support the fingers during blind operation.

CUSTOMIZED OPERATINGAND DISPLAY PANELS

Capacitive touchscreen system with RAFI joystick, central panel and panel for attach-ments.

RACON tactile switch in a robust, shock-proof housing with CAN bus interface.

With control electronics in a shockproof housing.

Extremely bright and rugged 12” display with a wide temperature range for harsh environments.

MICON 5 tactile switch, RAFIX 22 FS+ emergency stop and contactless Hall IC operating lever in a rugged housing.

Developed in accordance with SIL 2, with CAN bus SAE J1939 and contactless switch-ing principle.

Armrest for tractors Armrest for Pistenbully Armrest design study

Indicating unit for forklift trucksMembrane keyboard with touchscreen for snow plow Cab module for road rollers

Control system for concrete truck mixersDriving switch for automatic transmissions in buses and trucks

Display indicator for wheel loaders and telehandlers

Page 4: RAFI Brosch BMM EN RZ 20190326...plow blade operation. The ergonomically shaped 3D touch unit integrated in the driver’s armrest is intuitively operated with touch and swipe movements.

03 /

2019

RAFI GmbH & Co. KGRavensburger Str. 128 – 134, D-88276 Berg/RavensburgPhone: +49 751 89-0, Fax: +49 751 89-1300www.rafi.de, [email protected]

Our 3D SCAPE technology is the result of a design study and is intended for use in future generations of armrests. It features three-dimensionally shaped touch surfaces combined with proven switching and touchscreen elements.

CONTROL SYSTEMS FOR TODAY AND TOMORROW

Visit us at AGRITECHNICA, from November 10 – 16 2019 in Hanover.


Recommended