VEMoDiAC

Millions of D.O.L. motors are running worldwide without monitoring. Even large drives are monitored, but not evaluated with regard to process and system optimization.

With VEMoDiAC and VEMoDiAC-HV you get insight into the operation of your motor, your machine, your process and thus your entire factory. Get to know your system in a completely new way. VEM offers a simple system for condition monitoring, operating data acquisition and needs-based maintenance. This allows you to evaluate and increase the efficiency and availability of your system. Downtimes can be reduced by up to 70 percent. At the same time, the service life of the drives is extended by up to 30 percent and energy consumption is reduced by up to 10 percent.

VEMoDiAC makes your drive systems fit for Industry 4.0, especially for small and medium-sized companies

Monitoring for standard motors

VEMoDiAC Sense is a compact measuring system that is attached directly to the terminal box of low-voltage motors. The battery-free system measures high-precision electrical values, temperatures and vibrations and transmits this data wirelessly to local servers or cloud systems.

Save, export, visualize and analyze all measurement data that VEMoDiAC records. Alarm settings enable individual monitoring of your motors. Simply be notified by email. This not only offers enormous savings in maintenance and servicing, but also makes your motors easily accessible to the Internet of Things (IoT).

VEMoDiAC is not only a simple and flexible monitoring system for your drive system, it also supports you in managing your motors.

Condition Monitoring for large drives

Large electric drive systems that power critical processes are already adequately equipped with sensors and are monitored. However, triggering a warning or even a shutdown value can already mean the failure of the system. This results in unwanted downtime and thus considerable financial losses.

With VEMoDiAC-HV, you can identify potential weak points in the drive train and carry out maintenance before failures occur. Conversely, VEMoDiAC helps you decide whether maintenance intervals can even be extended. In addition, it is possible to identify whether a system is underloaded or overloaded and which operating points are critical.

Thanks to extensive interfaces, VEMoDiAC can be easily integrated into your process technology and data can be transferred in real time via a BUS system. Our experienced engineering and service experts will be happy to assist you in all matters relating to process and plant optimisation.