TUNEL KONTROL

Despite the relatively direct boundary conditions, the wind tunnel is still a digital multiple compensation and a world of its own, and it is a technology that belongs only to high-tech countries, where the problems to be overcome in technical progress. Lisepro's approach has been based on Industry 4.0 principles from the beginning:

- Interoperability of all components

- Virtualization

- Center focusing

- All time qualification

- Service orientation

- Modularity

In other words, Lisepro machines and every component within them knows its own status and that of all other systems within the network. An unprecedented approach in the indoor skydiving industry, it required each wind tunnel module to be redesigned from scratch and equipped with relevant sensors, logic controls and network connections, ultimately creating an intelligent automated ecosystem in which the wind tunnel is responsible for self-diagnosis and troubleshooting.. 99% prediction of possible malfunctions, informing the support team about sensory deviations and in most cases remote maintenance or low-level assistance from locally available technical personnel.

What it actually means for our customer is this:

- Minimum maintenance requirement

- Much longer device life

- Virtually no cross-section of businesses for companies

- Significantly reduced service costs after warranty

The Lisepro control system is a wind tunnel equipment and an operator's main point of contact. Distributed within a network of control surfaces, servers and logic control systems, it essentially regulates the wind tunnel engines and therefore the air speed within the flight chamber. The system is fully integrated into the TT Reservation and Media System. It also aggregates and organizes other tunnel equipment and provides control over:

- ventilation

- Active cooling

- Telemetry sensors

- Automation (gates, pressure valves, etc.)

- lighting

The decentralized architecture supports any number of user interfaces to be connected to the system, including wireless tablets or other devices with a common operating system and Lisepro peripherals designed specifically for tunnel channel applications.

The control system is modular, scalable and universal and can therefore be used in every wind tunnel. Currently, 3 non-TT plants originally built by world-famous brands have been replaced with damaged equipment, restored functionality beyond the original, and fully implemented all advanced TT functions.

Professional equipment requires professional components, but basic functionality can be achieved with a general solution. According to this motto, we have developed not only core system components but also front-end devices specifically designed for indoor skydiving. When developing this equipment, we set ourselves the following goal:

- Special

- Functional

- And of course a super look

Inspired by other futurists of the 20th century tunnel technology engineers have always sought to replace humans with friendly robots. While the rest of us truly appreciate the warm human touch, we've all decided to automate wind tunnels as much as possible so people can spend more time having fun while businesses benefit from optimized staff costs. That's pretty much what our automations do - give people more time to have fun...

The Lisepro LED lighting system is a perfect example of the Lisepro engineering approach. Our electronics department solved a typical industry problem with wind tunnels, which seemed rather boring. It coincidentally created the world's most compact 100W LED RGB projectors, delivering a staggering 150,000 lumens in 16 million color variations. In-house developed presentation and meeting protocols based on RS-422 have enabled numerous benefits and individual Wi-Fi, Bluetooth and LoRa connectivity in the near future.

Safety systems for risk-free use in GRP air ducts

1 to 5 kHz pacing for anti-shake even in slow-motion video recording

Full integration via TT control and interfaces

It is DMX Disassembled for Connection with professional lighting equipment

60 Hz refresh 12 bit color

Optics for precision of light direction and incidence

Water cooling for heat dissipation