The controller system processes transport orders from the higher-level material flow computer, but also incorporates functions allowing stand-alone operation. Before commissioning at the customer site, the software specifically generated for the system is tested with test software at the premises of Klinkhammer. The system is operated and monitored using the KlinkVISION® visualization system. In manual mode, system interventions can be made via stationary PCs, mobile panels or the smart phone.
Thanks to KlinCONTROL® it is possible to uniquely identify and localize all load carriers at any time, whether they are on the conveyors or in the high-bay warehouse. The sensors and drives embedded in the transport control help to clearly detect and speedily remedy malfunctions. On long conveyor sections with a large number of pallets the precise position identification and thus fast alarm diagnostics are ensured. A manual intervention and change of the destination is possible at any time you wish. The data-oriented transport control avoids data offsets and increases system reliability and transparency.
Reliable technical standards
For controlling the conveyors, the technicians of the Klinkhammer Group rely on the freely programmable technology of the Siemens S7 generation and/or TIA portal S7. This technology guarantees a service life of around 30 years. The availability of PC-components is not able to keep up with this. For a wide variety of AS/RS-systems and loading aids such as pallets, boxes, cardboard boxes or long items and goods with special dimensions Klinkhammer developed standards. All AS/RS types have one thing in common: a material-saving curve control.
The Klinkhammer visualization system KlinkVISION® illustrates the system in dynamized overview screens. The Software always informs the user on the current state of all system areas.
In the system, all alarms and system status messages are captured and logged. Based on this data, it is possible to generate statistics or the data can be made available for further processing (e.g. in Microsoft Excel). In combination with the zoom function that allows zooming into individual system sections or devices, a quick failure analysis and debugging is supported. Detail data of conveyor locations, AS/RS systems etc. can be displayed or even modified which makes it possible to enter test orders and permits a self-sufficient emergency operation.
Numerous service activities, for which in the past an on-site stay was necessary, nowadays may be performed via remote maintenance using KlinkVISION®. All Klinkhammer systems are connected to the Remote Service and are monitored and supported from a central head office. A consistent IT structure with safe, encrypted data connections guarantees data integrity.
Thanks to detail screens reaching down to the sensor and drive level, KlinkVISION® allows the operating staff to identify irregularities before a breakdown of the system occurs. Sensors provide data on the state of the machines and systems and can be analyzed together with error messages and statistics.
Using the KlinkVISION® Maintenance Tool, preventive maintenance activities are carried out exactly according to the operational performance and service life. A forward-looking, anticipating maintenance optimizes the maintenance times in the long run and ensures the availability of an automated logistics system. The new KlinkVISION® Maintenance Tool does not only log operating data, but also indicates - depending on the operating performance of the devices - upcoming maintenance activities that can be performed by the user. Additionally, service life oriented maintenance activities such as e.g. checking the conductor lines and carbon brushes of an automatic storage and retrieval crane are signalized in good time. Furthermore, KlinkVISION® evaluates the operating hours of automatic storage and retrieval cranes, lifters or transfer cars on a daily basis or based on operating hours and visualizes them by a colour-coded time bar. This allows a preventive maintenance to be carried out exactly according to the operational performance.