High-resolution sensing gives PHOENIX direct physical evidence of what industrial assets are actually doing.
PHOENIX SX3 is designed for autonomous, wireless condition monitoring across industrial assets. The vibration sensor uses triaxial measurement plus temperature and captures full-spectrum waveform data for detailed rotating-equipment diagnostics.
The current PHOENIX hardware information describes triaxial 20 kHz vibration sensing, up to six-second time waveforms, 30,000 records per X, Y and Z axis per sample, 15,000 lines of spectral resolution per axis, and edge processing through the SX3 stack.
AI cannot estimate reliable production capacity from maintenance history alone. The asset sensor network gives LabSource direct physical evidence of what the machine is doing now, so developing mechanical risk can be connected to the production requirement and the revenue consequence of lost availability.
The sensor network provides the evidence. PHOENIX CIP connects that evidence to approved plant systems. LabSource lets local LLMs reason across the combined context.
PHOENIX sensor evidence helps answer whether critical equipment can support the production plan, how much capacity is exposed by a developing condition, and where intervention protects throughput, delivery commitments and revenue.