Product Description:

The VPP40.3BIM-4G0NN-D5D-DN-NN-FW operator terminal is produced by Bosch Rexroth Indramat for the VPP IndraLogic Terminals series. It serves as a combined visualization and control interface in industrial automation lines, hosting PLC logic while displaying process data on an integrated screen. The unit mounts directly on a panel and links with plant networks to issue commands, collect feedback, and present status information in harsh factory environments. By combining local control and display functions in one housing, it can support operator interaction without requiring a separate external industrial computer at the machine.

Its computing core is a Core i7-620M processor running at 2.66 GHz, so the terminal can execute motion sequences and HMI graphics without noticeable delay. A 4 GB system memory block supports the real-time IndraLogic runtime and user applications. The 15-inch TFT panel delivers 1024 × 768 resolution, providing clear readouts for parameter entry and alarm lists. Dual 2 × Ethernet TCP/IP interfaces allow segregation of machine and corporate networks, while one front and six rear USB 2.0 sockets simplify data logging or recipe transfer. Rated demand is 160 W, and the front surface carries an IP65 seal so the screen resists dust and washdown fluids, while the rear side remains IP20 for cabinet ventilation. Physical dimensions are 370 × 407 × 117 mm, permitting flush installation on standard enclosure doors and helping the unit fit control panels with limited depth.

For system expansion, four 4 × PCI card slots accommodate additional fieldbus masters or motion boards. Process data and operating system files reside on a 320 GB HDD, and the electronics draw power from a 24 V DC supply provided by the control cabinet. The assembly weighs 7.2 kg, which helps reduce vibration transfer from the mounting panel while remaining practical for installation. In continuous service, the rear enclosure benefits from convection through its housing depth, helping the processor stay within its thermal range while avoiding unnecessary load on cabinet cooling components. This arrangement also supports stable operation when the terminal is installed in enclosed machine panels with limited internal airflow.