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Vibration monitoring systems
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Vibrating monitoring system / continuous - 12 ch | MTN/6000
Basic system with power supply monitoring up to 12 channels for inclusion in 19 enclosure.
Vibrating monitoring system / continuous - 4 ch | MTN/6050
Basic system with power supply in wall mounted enclosure monitoring up to four channels.
Vibrating monitoring system / continuous
The MTN/5000-16 features a 2.8 inch TFT touchscreen with an easy-to-navigate menu that enables...
Vibrating monitoring system / continuous
The MTN/5000-16 features a 2.8 inch TFT touchscreen with an easy-to-navigate menu that enables users to set data sampling periods, ranges and accuracy levels plus vibration threshold (alarm) levels on a channel-by-channel basis or across all channels. In addition, the system has 20 digital I/O channels, enabling the MTN/5000-16 to be integrated with other systems.
Vibrating monitoring system / continuous - Vibra
structural dynamic monitoring
Scientific observation through structural monitoring plays a fundamental role in diagnostics as it represents the essential source when trying to find out the origins of any instability. In fact, the knowledge of the behaviour of a structure, either in use or during seismic events, has recently turned into being the very...
Scientific observation through structural monitoring plays a fundamental role in diagnostics as it represents the essential source when trying to find out the origins of any instability. In fact, the knowledge of the behaviour of a structure, either in use or during seismic events, has recently turned into being the very...
Vibrating monitoring system / continuous - Vibra
structural dynamic monitoring
Scientific observation through structural monitoring plays a fundamental role in diagnostics as it represents the essential source when trying to find out the origins of any instability. In fact, the knowledge of the behaviour of a structure, either in use or during seismic events, has recently turned into being the very basis on which the adoption of effective actions, capable to mitigate the effects of natural disasters on both structures and their users, is placed.
Such considerations highlights how structural monitoring is necessary in most applications in the field of Civil Engineering such as designing acitivities, assessment of damage, reinforcing of existing structures and control of structures exposed to natural events. Indeed, any application field can take advantage of the study of the dynamic behaviour of a structure.
A typical architecture of a dynamic monitoring system includes terminal sensors (like accelerometers, geophones etc.) connected via cables to a central data logger unit. The task of such a unit is to collect, store and process a huge number of dynamic readings varying according to the type of sensor being utilised.
In short, monitoring systems can advantageously be used to create a database which stores significant readings over the whole life of a structure, available to any operator who is expected to interact with it.
Scientific observation through structural monitoring plays a fundamental role in diagnostics as it represents the essential source when trying to find out the origins of any instability. In fact, the knowledge of the behaviour of a structure, either in use or during seismic events, has recently turned into being the very basis on which the adoption of effective actions, capable to mitigate the effects of natural disasters on both structures and their users, is placed.
Such considerations highlights how structural monitoring is necessary in most applications in the field of Civil Engineering such as designing acitivities, assessment of damage, reinforcing of existing structures and control of structures exposed to natural events. Indeed, any application field can take advantage of the study of the dynamic behaviour of a structure.
A typical architecture of a dynamic monitoring system includes terminal sensors (like accelerometers, geophones etc.) connected via cables to a central data logger unit. The task of such a unit is to collect, store and process a huge number of dynamic readings varying according to the type of sensor being utilised.
In short, monitoring systems can advantageously be used to create a database which stores significant readings over the whole life of a structure, available to any operator who is expected to interact with it.
Vibrating monitoring system / continuous - VibroGard-M
VibroGard-M is the cost effective solution for monitoring the condition of machines such as fans, pumps or compressors. The VibroGard-M modules...
Vibrating monitoring system / continuous - VibroGard-M
VibroGard-M is the cost effective solution for monitoring the condition of machines such as fans, pumps or compressors. The VibroGard-M modules are combined to form task-specific module sets.
* Features
o Standard module for all common monitoring tasks
o Factory calibration for precise determination for measuring values
o Current and voltage output for condition evaluation
o Limit contact module for pre and main alarm with alarm delay
o Standard interfaces for transducer
o Prepared for DIN rail mounting
* Features
o Standard module for all common monitoring tasks
o Factory calibration for precise determination for measuring values
o Current and voltage output for condition evaluation
o Limit contact module for pre and main alarm with alarm delay
o Standard interfaces for transducer
o Prepared for DIN rail mounting
Vibrating monitoring system / continuous - 0 - 60 000 rpm | VibroGard-R 1500
The compact vibration and rolling bearing monitor VibroGard-R 1500 is used for low cost monitoring, i.e. on electric motors, fans or pumps. Different...
Vibrating monitoring system / continuous - 0 - 60 000 rpm | VibroGard-R 1500
The compact vibration and rolling bearing monitor VibroGard-R 1500 is used for low cost monitoring, i.e. on electric motors, fans or pumps. Different operating conditions (e.g. idle operation and load) can be considered. The measurement values are stored in the device and can be evaluated using a PC.
Features:
Data storage in the device
Monitoring of various condition and process values
Setup via PC
Data acquisition for trend analysis on PC
Data export via serial port or memory card
Optional networking via CAN bus or Ethernet
Features:
Data storage in the device
Monitoring of various condition and process values
Setup via PC
Data acquisition for trend analysis on PC
Data export via serial port or memory card
Optional networking via CAN bus or Ethernet