AB-Desta Testing Solutions

VH-SCH-01 Sectioned Automotive Hybrid Vehicle

The MMT® (Moisture Management Tester) continues to be the instrument of choice for determining how a fabric transfers liquid moisture through its structure by meeting the requirements of AATCC 195 and GB 21655.2. In use since 2003, the MMT has become the market standard for those who want to know if their materials are truly exceptional for moisture management. Applications initially focused on sportswear and undergarments, but have moved into other areas outside of clothing, including medical and home textiles. Contact an SDL Atlas expert at [email protected] or [email protected](Ethiopia Office) for more information

The FTT measures skin touch comfort objectively and quantitatively in one simple test.

In just a five minute test the FTT measures:

Thickness

Compression

Bending

Roughness

Friction

Thermal Properties

These provide 18 indices for each side of the fabric, in both warp and weft directions.

The "smart factory" is not only characterized by flexibility and resource efficiency. Above all, adaptable production, the networking of systems and the ability to pass on all information to the cloud (Cyber Physical System, CPS for short) are important. With the training solutions of Lucas-Nülle, you can convey the guidelines and technical possibilities of a Smart Factory. The modular system allows you to individually compile the topics from variant production to a complex production line.

The supply of processes with media such as water and compressed air in industry is usually provided from a separate, centralised supply unit. Control and monitoring of the processes are also centralised. RT 590 represents such a practical scenario. The experimental plant includes a separate supply unit and a trainer with touch screen for controlling and monitoring the processes.

The trainer includes a water circuit with a pump, collecting tank and graduated tank. In this circuit, the flow rate and level are controlled. Electropneumatic control valves are used as actuators. The speed-controlled pump with frequency converter can also be used for flow control. The level control can also be executed under counter pressure or as cascade control. A transparent tank can be connected to facilitate learning with a second order level controlled system.

For pressure control compressed air is used as working medium. The graduated tank serves as the controlled system. The level of liquid in the tank can be varied to give time-varying response of the controlled system.

The temperature is controlled either in the collecting tank or in the inlet of the tank. For this purpose, cold water is added to the warm water in the inlet via a control valve. Three delay sections are used to set different dead times.

In addition, the experimental plant enables practical fault analysis based on simulated typical faults such as cable break, frozen measured values or a reduced setting range.

The experimental plant is operated and controlled by the integrated PLC with touch screen or by a PC with GUNT process control software. The time functions of the process variables are displayed and the controllers are parameterised. The GUNT process control software enables the data acquisition. Any number of workstations with the GUNT process control software can be used for observation and evaluation of the experiments via LAN/ WLAN connection using only one licence.