Page 7 - Prosig Catalogue 2005

Light
24 USB CAN Tacho IEPE AC Portable SYSTEM PACKAGES
or
bit 2.0 bus input TEDS DC Rugged MODAL STARTER & ROTOR RUNOUT

Modal Starter System Rotor Runout System

Hammer Impact Testing Accurate, portable data
• Frequency response functions capture
• Coherence measurement Training & Support
• Force and response windowing Easy setup
3D Structural Animation Automatic analysis &
• Model editor reports
• Operating deflection shape
• Wireframe or solid animation
• Time or frequency animation
Modal Analysis Vibration measurement of rotating components is well
• Curve-fitting to frequency known and largely understood due to online vibration
response functions monitoring systems such as Prosig’s PROTOR system. One
• Identification of modal major component of such systems Condition Monitoring
is the ability to measure shaft
frequencies and damping factors vibration using non-contact
• Identification of mode shapes for probes such as eddy-current Runout is an
animation shaft proximity probes. These important
The Prosig Modal Starter probes measure the distance phenomenon when
System is a complete between the probe tip and the shaft analyzing shaft
hardware and software Everything you need surface. One important aspect to vibration
bundle that provides a test to capture and analyze be aware of when using this type
engineer with everything of probe is a phenomenon known
needed to capture and modal frequency as Runout. Runout is the combination of the inherent vibration
analyze frequency response data measurement of a rotating object together with any error caused
response data. The Prosig by the measurement system. Software
P8004 unit has four 24-bit analog inputs and a dedicated tacho The Prosig Rotor Runout system is based on Prosig’s P8000
input. Capture speeds of up to 100k samples per second per hardware and the DATS analysis and reporting package.
channel are available in 24-bit precision.
Runout data is generally captured for one or more revolutions
The DATS Hammer Impact Software includes software tools at a number of different positions along the shaft. The software
to capture hammer impact data using the P8004 system. allows easy setup of the test conditions, such as shaft description,
Identification of modal parameters from FRF’s is provided within model, type, manufacturer, test description, position number or
the Modal Analysis Software. The Structural Animation description and direction of rotation of the shaft.
package provides all of the facilities to build and animate models
of the test piece. Subsequent to the testing of a complete rotor an extensive set of
summary and review reports may be generated.
System includes...
- P8004 4-channel data acquisition system Page 10 Runout is an important phenomenon when analyzing shaft Hardware
vibration particularly when using proximity probes. If runout
- DATS.toolbox software Page 32 can be measured accurately then it is possible to apply runout
- DATS Modal Analysis software suite Page 36 compensation by performing a vector subtraction to vibration
- DATS Hammer Impact software Page 35 measurements to produce a runout-free measure.
- DATS Structural Animation software Page 35
- 1 x Impact / Impulse Hammer Page 23 System includes...
- 2 x Uniaxial accelerometers Page 22 - P8004 4-channel data acquisition system Page 10
- All leads, cables & accelerometer wax - Rotor Runout Application Software
- All leads & cables
Modal Starter System

03-33-1010 Modal Starter System including System Packages
4 channel P8004, DATS.toolbox software, DATS
Modal Analysis software, DATS Hammer Impact Rotor Runout System
software, DATS Structural Animation software,
1 x impact/impulse hammer, 2 x uniaxial 03-33-938 Rotor Runout System including
accelerometers, all necessary cables, leads & 4 channel P8004, Rotor Runout application
accelerometer wax. software.

http://prosig.com +1 248 443 2470 (USA) or contact your 7
sales@prosig.com +44 (0)1329 239925 (UK) local representative
A CMG Company