
KOCH Pac-Systeme – Gearboxes with cynapse® prevent production downtime
Identify potential damage risks early with digital condition monitoring
By using gearboxes with cynapse® functionality and Smart Services from WITTENSTEIN alpha as the technological basis for KOCH Pac-Systeme’s digital service solution, ‘Predictive Pack’, a customer’s packaging line was able to detect incipient bearing damage at an early stage. This prevented millions in production downtime for the customer.

Predictive Pack with cynapse® Monitor
With its Predictive Pack service product, KOCH Pac-Systeme offers a solution for the continuous digital monitoring of drive trains and associated components. The technological foundation consists of gearboxes from WITTENSTEIN alpha with integrated cynapse® functionality, as well as Smart Services built upon this. In a packaging system from the KBS-KF series for packaging button-cell batteries, scheduled for delivery at the end of 2023, several gearboxes with integrated sensor technology, logic, and an IO-Link data interface will be used.
The combination of cynapse® and Smart Services enables transparent, continuous condition monitoring of the entire drivetrain. Critical changes – such as in vibrations, temperatures, or speeds – are detected early on. This helps prevent unplanned machine downtime and address potential damage risks in a timely manner.
The integration of gearboxes equipped with cynapse®, in combination with the Smart Service cynapse® Monitor, into the Predictive Pack enables continuous monitoring of the drivetrain and associated components.

Threshold monitoring detects bearing damage and prevents production downtime
In this specific application, a TP+ 050 planetary gearbox with cynapse® from the alpha Advanced Line is installed in the drive system of of the die-cutting station. The data from this gearbox is analyzed by the Smart Service cynapse® Monitor. Using the threshold monitoring function, individual thresholds were automatically determined via teach-in after initial commissioning, jointly verified, and continuously monitored.
After a defined vibration threshold was exceeded, incipient bearing damage on the vertical stroke of the die-cutting station was identified and rectified. Had the damage gone undetected, the approximately two-week replacement time for the machine unit would have resulted in a production loss of around 20 million packaged batteries. The Predictive Pack saved the customer from a production shutdown costing millions.

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