OXYGEN-NET
Virtual measurement network
Combine several DEWETRON data acquisition systems to one virtual measurement device with this software option. The setup and control are easily done for all systems from the main device. This works with absolute time synchronization via: PTP (IEEE 1588), GPS, IRIG, PPS.
High-channel-count setups
OXYGEN-NET is a software option for DEWETRON’s measurement software OXYGEN. It is designed to seamlessly integrate multiple DEWE2/3 data acquisition chassis into a unified system. By connecting devices via Ethernet, OXYGEN-NET enables the creation of locally distributed and high-channel-count setups. A variety of synchronization options ensure a common, precise time base for all connected chassis.

ONE virtual measurement system- even at different locations
Many applications require more than one measurement device, sometimes even at different locations. OXYGEN-NET makes it possible, to sum up all devices to one virtual measurement device. You only need a reliable network connection, and you can simply claim all available nodes and operate it from the main device.
OXYGEN-NET is also the right choice for high channel count systems requiring several hundred high-speed input channels, networked data acquisition systems and redundant data storage.
And the best thing is that every measurement works with absolute time synchronization as well as with TRION-SYNC-BUS.

Multi-Master Mode
OXYGEN-NET supports multiple master clients within a single system, allowing measurement nodes to be configured from various locations. Additionally, each master client can record data independently with different recording conditions.

Redundant Master Mode
Measurement nodes can distribute data to multiple master clients simultaneously across a single or a second redundant network. In case, one master client or network fails, the remaining clients continue recording, ensuring no data loss.

OXYGEN-NET APPLICATIONS
- Wind tunnel testing
- Distributed Measurements in wind parks
- Propulsion engine testing
- Power Analysis on complex powertrains
- Shaker testing
- Structural dynamic testing
- Seismic testing
