RTS / RIG PULSE AI
Wireless condition monitoring and vibration analysis for rotating equipment, connecting bearing and gear condition with practical maintenance decisions.
Observe the equipment in service
Install sensors at the planned bearing housings and gearbox locations, then trend condition while the equipment runs under known operating conditions.
Triaxial vibration at accessible, selected bearing and gear-train locations.
Wireless sensor links to a gateway and the monitoring system.
Spectra, envelopes and trends reviewed with speed, load and equipment context.
Operator alerts, engineering review and prioritised maintenance actions.
RIG PULSE AI supports the interpretation of developing fault patterns across multiple measurement points. The monitoring plan aims to cover the equipment’s relevant bearings and gear stages; exact coverage depends on accessible mounting points, signal transmission and machine configuration.
Wireless communication does not automatically mean synchronised waveform capture. Simultaneous or phase-related analysis requires compatible hardware, clock synchronisation and an acquisition plan verified for the installation.
Choose the monitoring approach
Targeted vibration analysis inspections, route measurements, baseline establishment and troubleshooting campaigns while the equipment is operating.
A planned network of wireless sensors provides recurring measurements and equipment trends, with alerts for configured conditions.
Diagnostic coverage
BPFO, BPFI, rolling-element and cage frequencies, harmonics and sidebands help investigate developing bearing defects.
Explore bearing diagnostics ↗Gear-mesh frequencies, sidebands and changes across operating conditions support investigation of gear-train deterioration.
Explore the gear simulation ↗Broadband and impulsive vibration, temperature trends and maintenance records help investigate lubrication distress.
Explore the analysis process ↗Low-pressure alerts require dedicated pressure measurements integrated with the condition system. Wireless vibration sensors alone do not measure oil pressure.
Discuss sensor integration ↗Use trends, alarm persistence and engineering interpretation to plan inspections, parts and interventions.
Connect diagnostics to inspection ↗Drawworks motors and gear trains, top drives, mud pumps, gearboxes and other rotating machinery.
Request a vibration survey ↗RIG PULSE Sensor / planned hardware family
ATEX Zone 0 is the intended hazardous-area application for a suitable certified hardware variant.
Final sensor selection, hazardous-area approval, battery specification, frequency range, transmission interval and environmental limits are confirmed against the actual model and installation. RIG PULSE Sensor is a branding concept; no RIG sensor certification has been verified.
Try the interactive demonstration