Prosig
provide a complete hardware and software solution for vibration
monitoring of rotating machines. Individual, multi-channel, distributed
acquisition and processing subsystems are connected using standard
networks to one or more database servers providing access to both
realtime and historic data. Data is available locally and remotely on
LANs, WANs and VPN/modems for display in a variety of graphical and
numerical forms.
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Benefits
Improved overall efficiency by increasing machine uptime
Improved safety by decreasing the risk of machine failure
Continuous machine health information allows predictive maintenance, avoiding and limiting machine damage
Reduced capital costs by extending machine service life
Decreased machine servicing costs by only repairing or replacing those parts that are damaged or worn out
Decreased machine repair costs by recognizing problems before they cause serious damage
Reduced machine downtime by allowing machines to be maintained while in service
Reduced risk of unplanned shutdowns by allowing scheduled maintenance to coincide with production requirements
Excellent data accessibility bringing data to your desktop either locally or remotely
Prosig Condition Monitoring System Supports
Bearing performance analysis
Examination of critical runup / rundown modes
Data comparison at known speeds
Accurate and reliable trends
Ability to set up accurate limits
Examination of blade frequencies
Full FFT processing of runup / rundown data
Historical data storage
Better control of machine rotor startup
Remote access via modem, VPN or WAN
Prosig Condition Monitoring System Detects
Shaft unbalance
Shaft rubs
Shaft bowing
Bearing faults
Misalignment
Shaft cracking
Looseness of rotating elements
Whirl problems
Balance piston rubs
Damaged sealing strips
Generator shorts
End winding vibrations
Blade response
Hub cracking
Hardware
The
hardware has been designed for the monitoring and analysis of vibration
and associated parameters within an industrial environment. The
hardware is designed to be mounted close to the signal source thus
reducing expensive cabling costs. Communication is via standard TCP/IP
Ethernet. For particularly harsh environments the hardware may be
mounted in an appropriately IP-rated enclosure for protection from
excessive dirt and moisture.