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Vibration monitoring systems
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Vibrating monitoring system / continuous - EVM
To optimize and gauge the functioning of flight engines, Meggitt provides accelerometer-based Engine Vibration Monitoring (EVM) systems. EVM’s accelerometers...
Vibrating monitoring system / continuous - EVM
To optimize and gauge the functioning of flight engines, Meggitt provides accelerometer-based Engine Vibration Monitoring (EVM) systems. EVM’s accelerometers are directly mounted on the engine and pick up the engine vibrations accurately to update you on the health of your engine. Featuring the advanced Fan Trim Balance (FTB) technology in all products, EVM proves helpful in cost-cutting operations of commercial flight engines. It aides in balancing of engines, thereby, reducing maintenance work, and also provides you with informative trend plots of your engine health, which could help you schedule engine overhaul only when required.
Vibration monitoring system bearing - 9.5 - 105 mV/g, 10 - 500 mm/s | VMU 100
The VMU 100 is a compact monitor designed with a single-channel and microprocessor-based vibration unit. It is ideal for measuring and securing machines or bearings. This monitor...
Vibration monitoring system bearing - 9.5 - 105 mV/g, 10 - 500 mm/s | VMU 100
The VMU 100 is a compact monitor designed with a single-channel and microprocessor-based vibration unit. It is ideal for measuring and securing machines or bearings. This monitor is utilized in combination with IEPE accelerometer that includes the CE 680 Series of Vibro-Meter. This monitor is enclosed in a compact and durable housing that provides powerful protection.
This digital monitor has the capacity to deliver power and signal conditioning for sensors. It functions by rectifying, filtering and comparing signal levels for early alarm of machine conflicts. The VMU 100 comes with optional DC outputs and serial communications for distant set up and data collection.
This digital monitor has the capacity to deliver power and signal conditioning for sensors. It functions by rectifying, filtering and comparing signal levels for early alarm of machine conflicts. The VMU 100 comes with optional DC outputs and serial communications for distant set up and data collection.
Temperature monitoring system / vibrating - 3 Hz - 10 kHz | CMPT CTU
With the CMPT CTU on-line monitoring system, you can connect up to 64 distributed CMPT CTU units to one operating terminal (CMPT HMI, fig 1). Each CMPT CTU unit analyzes both vibration and temperature overall...
Temperature monitoring system / vibrating - 3 Hz - 10 kHz | CMPT CTU
With the CMPT CTU on-line monitoring system, you can connect up to 64 distributed CMPT CTU units to one operating terminal (CMPT HMI, fig 1). Each CMPT CTU unit analyzes both vibration and temperature overall...
Vibrating monitoring system / continuous - max. 64 ch, 2.5 mHz | Hawk
High-Performance Data Acquisition and Monitoring
* Affordable high-quality multi-channel data acquisition
* Up to 32 channels per acquisition unit
* Control in excess of 1024 channels from one screen with multi-unit facility
* 0-40 MHz Sample Rate (0-20 MHz Bandwidth) per channel
* > 90 dB SNR
* Simultaneous sampling across all input channels
...
* Affordable high-quality multi-channel data acquisition
* Up to 32 channels per acquisition unit
* Control in excess of 1024 channels from one screen with multi-unit facility
* 0-40 MHz Sample Rate (0-20 MHz Bandwidth) per channel
* > 90 dB SNR
* Simultaneous sampling across all input channels
...
Vibrating monitoring system / continuous - max. 64 ch, 2.5 mHz | Hawk
High-Performance Data Acquisition and Monitoring
* Affordable high-quality multi-channel data acquisition
* Up to 32 channels per acquisition unit
* Control in excess of 1024 channels from one screen with multi-unit facility
* 0-40 MHz Sample Rate (0-20 MHz Bandwidth) per channel
* > 90 dB SNR
* Simultaneous sampling across all input channels
* Built-in real-time monitoring and detailed analysis tools
* Full network/internet connectivity
* Remote control and interrogation facilities
* PC architecture
Acquire hundreds of analogue or digital channels, with simultaneous sampling across all channels, and analyse the results within seconds - all on a single compact data acquisition system. A Hawk system can deliver that solution today.
The Hawk system provides a range of modular multi-channel data acquisition and processing units. The Hawk range is able to acquire data from a wide range of analogue and digital sources. The built-in data analysis unit is capable of reducing the acquired data into meaningful results in either the time or frequency domains.
The Hawk has many applications and is particularly appropriate for those requiring high channel-count, long-duration, high-resolution dynamic data capture at fixed test locations.
* Medium/large scale gas/steam turbine and compressor development test facilities
* Vibration analysis systems for reciprocating engines
* Structural vibration monitoring
* Noise monitoring and analysis
* Very high-speed data logging (50MBytes/second and above)
* Seismic data capture and analysis
* Affordable high-quality multi-channel data acquisition
* Up to 32 channels per acquisition unit
* Control in excess of 1024 channels from one screen with multi-unit facility
* 0-40 MHz Sample Rate (0-20 MHz Bandwidth) per channel
* > 90 dB SNR
* Simultaneous sampling across all input channels
* Built-in real-time monitoring and detailed analysis tools
* Full network/internet connectivity
* Remote control and interrogation facilities
* PC architecture
Acquire hundreds of analogue or digital channels, with simultaneous sampling across all channels, and analyse the results within seconds - all on a single compact data acquisition system. A Hawk system can deliver that solution today.
The Hawk system provides a range of modular multi-channel data acquisition and processing units. The Hawk range is able to acquire data from a wide range of analogue and digital sources. The built-in data analysis unit is capable of reducing the acquired data into meaningful results in either the time or frequency domains.
The Hawk has many applications and is particularly appropriate for those requiring high channel-count, long-duration, high-resolution dynamic data capture at fixed test locations.
* Medium/large scale gas/steam turbine and compressor development test facilities
* Vibration analysis systems for reciprocating engines
* Structural vibration monitoring
* Noise monitoring and analysis
* Very high-speed data logging (50MBytes/second and above)
* Seismic data capture and analysis