Alignment & Vibration
VIBGUARD IIoT
VIBGUARD IIoT offers a choice of 12, 16 or 20 measuring channels which are sampled in parallel and synchronously. This allows even the most complex equipment to be continuously monitored and protected against unplanned shutdowns.
VIBGUARD IIoT works autonomously and performs the measurement tasks automatically. The measurement data such as time signal, characteristic value, FFT spectrum, kinetic wave path (orbits), or torque are processed in parallel and almost in real time and can be correlated with the running production process. The fast data processing makes VIBGUARD IIoT the perfect monitoring and diagnostic system for systems with short operating cycles, such as cranes, machine tools, presses, or for machines with highly dynamic processes, such as test benches, wind turbines or chain conveyors. All critical fans and pumps can also be monitored easily but effectively with VIBGUARD IIoT.
VIBGUARD IIoT measures time signals, overall values, FFT spectra, shock pulse, orbits and much more on either 12, 16 or 20 parallel channels for almost all kind of signal inputs. Vibration, Tacho Pulse, temperature and any other relevant diagnostic inputs like torque are processed and can be correlated to the actual manufacturing process.
Measurements are integrated seamlessly to process control systems via a MQTT interface. Intelligent data management tools allow for efficient data reduction.
Advanced alarm handling tools like variable frequency band alarms and frequency band trending are available for monitoring specific machine failures like unbalance, misalignment, gear mesh and bearing failures.
VIBGUARD IIoT can easily be connected to the buffered outputs of real time protection systems in order to perform in-depth analysis and monitoring of turbomachinery
VIBGUARD IIoT works autonomously and performs the measurement tasks automatically. The measurement data such as time signal, characteristic value, FFT spectrum, kinetic wave path (orbits), or torque are processed in parallel and almost in real time and can be correlated with the running production process. The fast data processing makes VIBGUARD IIoT the perfect monitoring and diagnostic system for systems with short operating cycles, such as cranes, machine tools, presses, or for machines with highly dynamic processes, such as test benches, wind turbines or chain conveyors. All critical fans and pumps can also be monitored easily but effectively with VIBGUARD IIoT.
VIBGUARD IIoT measures time signals, overall values, FFT spectra, shock pulse, orbits and much more on either 12, 16 or 20 parallel channels for almost all kind of signal inputs. Vibration, Tacho Pulse, temperature and any other relevant diagnostic inputs like torque are processed and can be correlated to the actual manufacturing process.
Measurements are integrated seamlessly to process control systems via a MQTT interface. Intelligent data management tools allow for efficient data reduction.
Advanced alarm handling tools like variable frequency band alarms and frequency band trending are available for monitoring specific machine failures like unbalance, misalignment, gear mesh and bearing failures.
VIBGUARD IIoT can easily be connected to the buffered outputs of real time protection systems in order to perform in-depth analysis and monitoring of turbomachinery
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Produk Lainnya
The new VibScanner 2 Ex is a next-generation, explosion protection system for quickly detecting machine vibration in hazardous work environments. Measuring simultaneously on three axes, the VibScanner 2 Ex sets the benchmark for fast and accurate measurements of machine, gear, and bearing issues.
This is the ultimate tool for fast and accurate machine vibration measurements. The VibScanner 2 Ex heightens efficiency and data quality. In just a quarter of the time of a standard data-collector, it precisely measures available data in three axes. Equipped with a triaxial sensor, it requires only one measurement point and the click of a button to begin collecting machine data.
This device is ideal for route-based maintenance jobs in environments where explosion protection standards are required. Its rugged magnetic foot of the triaxial sensor fits perfectly on the housing of any motor, pump, fan, or other rotating device, detecting vibration right near the source.
The VibScanner 2 Ex will diminish worries about finding the right measurement points at the machine. Because it features a Prüftechnik triaxial sensor, just one measurement point is required instead of three separate ones. This saves considerable time without sacrificing data quality. The “Triax-Effect” enables users to obtain measurements up to four times faster than the industry standard while achieving new levels of data quality.
ones. VibScanner 2 Ex thus saves considerable time without sacrificing data quality. The “Triax-Effect” enables obtaining measurements up to four times faster than the industry standard while achieving new levels of data quality.
This is the ultimate tool for fast and accurate machine vibration measurements. The VibScanner 2 Ex heightens efficiency and data quality. In just a quarter of the time of a standard data-collector, it precisely measures available data in three axes. Equipped with a triaxial sensor, it requires only one measurement point and the click of a button to begin collecting machine data.
This device is ideal for route-based maintenance jobs in environments where explosion protection standards are required. Its rugged magnetic foot of the triaxial sensor fits perfectly on the housing of any motor, pump, fan, or other rotating device, detecting vibration right near the source.
The VibScanner 2 Ex will diminish worries about finding the right measurement points at the machine. Because it features a Prüftechnik triaxial sensor, just one measurement point is required instead of three separate ones. This saves considerable time without sacrificing data quality. The “Triax-Effect” enables users to obtain measurements up to four times faster than the industry standard while achieving new levels of data quality.
ones. VibScanner 2 Ex thus saves considerable time without sacrificing data quality. The “Triax-Effect” enables obtaining measurements up to four times faster than the industry standard while achieving new levels of data quality.
Fluke 802EN Vibration Meter
One-button vibration assessment of mechanical equipment
Key features
• Three test modes to meet complex test environment in industrial field
• High repeatability to ensure accuracy of continuous testing
• One-button measurement to get assessment result in 6 seconds
• 99 sets of data storage, review in real-time
One-button vibration assessment of mechanical equipment
Key features
• Three test modes to meet complex test environment in industrial field
• High repeatability to ensure accuracy of continuous testing
• One-button measurement to get assessment result in 6 seconds
• 99 sets of data storage, review in real-time
A unique handheld measuring device with which even untrained personnel can easily and effectively measure machine vibration on rotating machinery. Thanks to its forward-looking measuring principle and data acquisition across three axes with the triaxial sensor, all relevant condition information is recorded with the touch of a single button. And at a measurement speed that opens up fully new dimensions. Not only is the VIBSCANNER 2 a breakthrough in terms of measurement speed and precision, but also through its robustness and its intuitive operating concept.
Depending on the filter settings, it measures overall values, spectra, and time signals synchronously in 3 axes. In combination with a triaxial sensor, VIBSCANNER 2 collects even more machine condition data per measurement location.
• Added value thanks to additional vibration data without affecting the measurement time
• Quick data acquisition thanks to synchronous measurement in 3 axes
• Clear channel assignment without any additional cable adapter
A triaxial sensor measures vibration in 3 perpendicular directions at once, while a single-axis sensoronly measures in one direction at a time. Certain conditions such as cocked bearing or a bent shaft can be identified in a single measurement with a triaxial sensor.
The bottom line: In combination with a triaxial sensor, VIBSCANNER 2 delivers even more comprehensive information per measurement location at the push of a button. This creates an overall image of the machine‘s health without affecting the measuring time.
Depending on the filter settings, it measures overall values, spectra, and time signals synchronously in 3 axes. In combination with a triaxial sensor, VIBSCANNER 2 collects even more machine condition data per measurement location.
• Added value thanks to additional vibration data without affecting the measurement time
• Quick data acquisition thanks to synchronous measurement in 3 axes
• Clear channel assignment without any additional cable adapter
A triaxial sensor measures vibration in 3 perpendicular directions at once, while a single-axis sensoronly measures in one direction at a time. Certain conditions such as cocked bearing or a bent shaft can be identified in a single measurement with a triaxial sensor.
The bottom line: In combination with a triaxial sensor, VIBSCANNER 2 delivers even more comprehensive information per measurement location at the push of a button. This creates an overall image of the machine‘s health without affecting the measuring time.
VIBGUARD IIoT offers a choice of 12, 16 or 20 measuring channels which are sampled in parallel and synchronously. This allows even the most complex equipment to be continuously monitored and protected against unplanned shutdowns.
VIBGUARD IIoT works autonomously and performs the measurement tasks automatically. The measurement data such as time signal, characteristic value, FFT spectrum, kinetic wave path (orbits), or torque are processed in parallel and almost in real time and can be correlated with the running production process. The fast data processing makes VIBGUARD IIoT the perfect monitoring and diagnostic system for systems with short operating cycles, such as cranes, machine tools, presses, or for machines with highly dynamic processes, such as test benches, wind turbines or chain conveyors. All critical fans and pumps can also be monitored easily but effectively with VIBGUARD IIoT.
VIBGUARD IIoT measures time signals, overall values, FFT spectra, shock pulse, orbits and much more on either 12, 16 or 20 parallel channels for almost all kind of signal inputs. Vibration, Tacho Pulse, temperature and any other relevant diagnostic inputs like torque are processed and can be correlated to the actual manufacturing process.
Measurements are integrated seamlessly to process control systems via a MQTT interface. Intelligent data management tools allow for efficient data reduction.
Advanced alarm handling tools like variable frequency band alarms and frequency band trending are available for monitoring specific machine failures like unbalance, misalignment, gear mesh and bearing failures.
VIBGUARD IIoT can easily be connected to the buffered outputs of real time protection systems in order to perform in-depth analysis and monitoring of turbomachinery
VIBGUARD IIoT works autonomously and performs the measurement tasks automatically. The measurement data such as time signal, characteristic value, FFT spectrum, kinetic wave path (orbits), or torque are processed in parallel and almost in real time and can be correlated with the running production process. The fast data processing makes VIBGUARD IIoT the perfect monitoring and diagnostic system for systems with short operating cycles, such as cranes, machine tools, presses, or for machines with highly dynamic processes, such as test benches, wind turbines or chain conveyors. All critical fans and pumps can also be monitored easily but effectively with VIBGUARD IIoT.
VIBGUARD IIoT measures time signals, overall values, FFT spectra, shock pulse, orbits and much more on either 12, 16 or 20 parallel channels for almost all kind of signal inputs. Vibration, Tacho Pulse, temperature and any other relevant diagnostic inputs like torque are processed and can be correlated to the actual manufacturing process.
Measurements are integrated seamlessly to process control systems via a MQTT interface. Intelligent data management tools allow for efficient data reduction.
Advanced alarm handling tools like variable frequency band alarms and frequency band trending are available for monitoring specific machine failures like unbalance, misalignment, gear mesh and bearing failures.
VIBGUARD IIoT can easily be connected to the buffered outputs of real time protection systems in order to perform in-depth analysis and monitoring of turbomachinery