Pioneering the future of power testing and monitoring
Turbo Generator Vibrations Condition Monitoring
Turbo generator vibrations monitoring (absolute and relative vibrations monitoring) POWER VIEW monitoring system detects early mechanical and insulation issues using key sensors, and can be expanded for full generator condition assessment.
Rotor Flux and Air Gap Monitoring
Keep megawatts on the grid and trips off the log. Rotor flux monitoring on turbo-generators pinpoints field winding inter-turn shorts, asymmetry, and emerging eccentricity while the machine is at speed and under real load. By tracking the air-gap flux signature through starts, synchronizations, and load swings, it exposes subtle rotor problems long before vibration or temperature alarms move. Non-intrusive probes and retrofit-friendly hardware mean no extra maintenance burden and no intrusive outages. You get clear diagnostics—not just waveforms—with trending that separates benign transients from actionable faults. Tie it into excitation, vibration, and temperature data for a single, corroborated view of rotor health. The payoff: fewer forced outages, steadier efficiency, and planned interventions that protect your most critical 2-/4-pole assets.
MLS Turbo Generator Monitoring
Keep megawatts steady and surprises off the trip log. Power View MLS for Turbogenerators learns each unit’s “known-good” electrical fingerprint. It flags winding inter-turn shorts, negative sequence/phase imbalance, and emerging eccentricity or misalignment long before vibration or temperature alarms move. Tracking air-gap symmetry and harmonic content that reveal rotor issues under true operating stress. Non-intrusive, wireless, and retrofit-friendly, it is maintenance-free with no consumables and no added outage time. Result: fewer forced outages, tighter efficiency, and confident, plan-ahead maintenance for your most critical generators.
Shaft Voltages and Current Monitoring
Stop the silent bearing killers in your turbogenerators. High-speed rotors build shaft voltage from static-excitation ripple, rotor-stator capacitance, and stray flux; when the oil film breaks, discharge currents arc through white-metal bearings, carving pits and washouts that end in forced outages. Monitor it at speed with shaft-to-frame voltage and earthing-brush current, correlated to load, excitation setpoints, and grid events, so risk is visible in real time. The payoff: quieter bearings, longer overhauls, and fewer surprise trips.
Moisture in oil
Keep steam-turbine generators safe from the silent killer—water in oil. The G-OTM 150 continuously tracks moisture (relative saturation) and oil temperature in turbine lubricant, giving a truer risk indicator than ppm because it accounts for temperature-dependent solubility and warns before free water forms. It spots ingress early from seal leaks, condensation, or cooling-system cross-leaks, so you can dry, or change oil before bearings and seals pay the price. By trending RS% alongside temperature, you prevent oxidation, corrosion, and lubricant breakdown that drive wear and unplanned outages. Fast to retrofit and built for continuous service on turbo-generator lube systems, it turns “unknowns” into clear, actionable limits that protect availability and extend asset life. Ultra-long-range communication helps monitor assets spread across plants or remote sites without new cabling.
Protect critical assets with addressable fire detection sensors. Power View Fire Alarms smart room detectors (ZENDER) with long-range wireless that spans kilometers and supports hundreds of devices—ideal for substations and wind farms. Remote, bidirectional monitoring in Substation Digital enables annual inspections without site visits, event-based alerts, and rich diagnostics (battery status, chamber pollution, obstruction, tamper, self-tests). The ZENDER detector is DIN EN 14604–certified with a 10-year battery, test/mute functions, and AES-128 secured reporting; HW305 adds wide airflow/temperature ranges and remote test options for challenging outdoor environments. Rugged design and standards compliance keep performance reliable temperature swings turning early sparks and overheating into fast, targeted actions.