FAQs
Yes, battery tools can be seamlessly connected to a nutrunner control system, working alongside cable-based tools, torque wrenches, and battery riveters. The nutrunner control system serves as the central hub, communicating with customer controls, managing commands, and transmitting results to the customer database. This integration optimizes the design of the nutrunning system for workstations, reducing room and hardware requirements. Shared hard- and software minimize time and expenditure for commissioning and maintenance, ultimately saving money, reducing operating costs, and increasing productivity.
Operation and administration of the nutrunner software are conducted directly at the nutrunner control system, utilizing a 10.4" touch screen interface. All necessary programming and parameterization steps can be easily set through the touch screen. The hierarchic password management prevents unwanted changes in the settings, ensuring security. The user-oriented, menu-guided touch display user surface eliminates the need for a keyboard or mouse, providing flexibility in daily work. This setup allows for a more intuitive and efficient user experience.
The nutrunner control system features a low-depth enclosure of just 205 mm, making it ideal for direct installation at the assembly line. This design choice facilitates direct contact with the control system, providing easy access to all information. The compact enclosure reduces room requirements, contributing to space efficiency. Additionally, the shared hard- and software, combined with the mobility (No Cables) of the tools, contributes to increased productivity, improved quality, and reduced production costs.
The nutrunner control system, by integrating various tools and offering a user-friendly touch screen interface, contributes to increased productivity. The low-depth enclosure allows for direct installation at the assembly line, providing quick access to control system information. This, coupled with the mobility (No Cables) of the tools, enhances operational efficiency. Shared hard- and software reduce commissioning and maintenance time and costs. The overall result is improved quality, reduced production costs, and increased productivity for the user.
