Alignment & Vibration
EDDYTHERM 2x
EDDYTHERM 2x handles work pieces and bearings up to 80 kg (176 lbs). These can be heated up to 240°C (465°F) by induction. Available options: 200 – 575V at 50/60Hz.
How does induction heating work? In just a few minutes, the bearings are safely preheated by induction so that they expand and glide effortlessly onto the shaft.
When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without any loss. No further work steps are necessary. EDDYTHERM is a safe bearing induction heating tool that only heats the work piece, not the tool itself.
The benefits of induction heating include safety, efficiency, and overall energy savings
How does induction heating work? In just a few minutes, the bearings are safely preheated by induction so that they expand and glide effortlessly onto the shaft.
When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without any loss. No further work steps are necessary. EDDYTHERM is a safe bearing induction heating tool that only heats the work piece, not the tool itself.
The benefits of induction heating include safety, efficiency, and overall energy savings
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EDDYTHERM 2x handles work pieces and bearings up to 80 kg (176 lbs). These can be heated up to 240°C (465°F) by induction. Available options: 200 – 575V at 50/60Hz.
How does induction heating work? In just a few minutes, the bearings are safely preheated by induction so that they expand and glide effortlessly onto the shaft.
When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without any loss. No further work steps are necessary. EDDYTHERM is a safe bearing induction heating tool that only heats the work piece, not the tool itself.
The benefits of induction heating include safety, efficiency, and overall energy savings
How does induction heating work? In just a few minutes, the bearings are safely preheated by induction so that they expand and glide effortlessly onto the shaft.
When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without any loss. No further work steps are necessary. EDDYTHERM is a safe bearing induction heating tool that only heats the work piece, not the tool itself.
The benefits of induction heating include safety, efficiency, and overall energy savings
ROTALIGN touch EX is Zone 1 ATEX/IECEX certified. Packed with user-friendly alignment features unique to PRUFTECHNIK, the ROTALIGN touch EX shortens the measurement time with:
• Continuous SWEEP Mode for high-quality measurement in only one shaft rotation
• Live Move function for simultaneous real-time machine corrections in both horizontal and vertical directions
• vertiSWEEP to measure vertical machines in one rotation of the shaft
Cardan shaft rotating-arm bracket allows measurements to be performed without removing the shaft
• Soft Foot Wizard to diagnose soft foot problems
• Move Simulator lets the operator simulate shim values and horizontal corrections before moving the machine
• Continuous SWEEP Mode for high-quality measurement in only one shaft rotation
• Live Move function for simultaneous real-time machine corrections in both horizontal and vertical directions
• vertiSWEEP to measure vertical machines in one rotation of the shaft
Cardan shaft rotating-arm bracket allows measurements to be performed without removing the shaft
• Soft Foot Wizard to diagnose soft foot problems
• Move Simulator lets the operator simulate shim values and horizontal corrections before moving the machine
• Reliable, repeatable, accurate device for checking bearings and overall vibration
• Features innovative sensor design that minimizes measurement variations caused by device angle or contact pressure
• Provides consistent data quality at both low and high frequency ranges
• Offers four-level severity scale to assess urgency of problems and bearing condition
• Features innovative sensor design that minimizes measurement variations caused by device angle or contact pressure
• Provides consistent data quality at both low and high frequency ranges
• Offers four-level severity scale to assess urgency of problems and bearing condition
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.