Specifications: Hardware Feature Technical Specifications Operating system Number of input channels Connector of input channels Channel 1, 2: BNC, Channel 2, 3, 4 LEMO 4 pin and Aux: LEMO 6 pin Channel coupling Aux channel DSP processor External memory Battery PC communication interface LCD display Operating temperature Sealing / Ruggedness Housing material Weight Size Max input signal range Dynamic range A/D converter Frequency range Input impedance 4 analog channels and 1 aux channel Tacho signal input and power supply TI TMS320C6713B SD card Li-Po 7.4V 5800 mAhr, rechargeable USB 1.1, mini B type USB connector 800 x 400 5 inch TFT color touch screen -10˚C to + 50˚C IP 65 Dual material: hard ABS plastic and soft TPR Fieldpaq II 4 channel handheld analyzer Feature for Data Collector 130 dB (measured from spectrum) Feature for FFT Analysis FFT real time rate FFT resolution 40 kHZ, dual channel @12800 lines 3D waterfall or intensity plots for continuous spectrum measurements Hanning, hamming, flattop, rectangular, force, exponential Spectrum, power spectrum, cross power spectrum, FRF, time waveform, envelope spectrum, orbit, coherence and PSD Time windows Analysis functions Engineering units Zoom FFT Average Automatic units transform with pre-defined table External, input channel triggering, pre/ post triggering Single, harmonic, harmonic+ single, peak, band cursor mark cursor 500~2kHz, 1k~2.5kHz, 2k~5kHz, 5k~10kHz or user defined. Cursor Envelope filters Yes Linear, exponential, time, peak hold Overall acceleration, overall velocity, overall displacement, overall bearing vibration (true peak value from enveloped waveform or high pass filtered waveform), time waveform, power spectrum, amplitude and phase, demodulated spectrum, Crest factor, temperature, process parameters. Vibration sensors Fieldpaq II is a portable 4 channel real-time analyzer that is built for advanced noise and vibration measurements in the field. For measurements in harsh environments, Fieldpaq II is manufactured with a ruggedized housing by a dual Support simultaneous 3 axis measurement or uni-axial Overall display system and touch screen operation provides a user friendly and intuitive interface. Fieldpaq II acquires measurement signal with precision 24 bit sigma delta AD converters to provide a high dynamic range, up Show waveform and/ or orbit touch screen. The combination of Microsoft's powerful WinCE operating Single plot or waterfall plot, Show band alarm or fault frequencies on the spectral plots. Time waveform display Search Fieldpaq II is equipped with a large 5-inch color (800 x 480 high resolution) Bar chart or trend chart (shown with historical data) Spectrum display injection molding process and protective sealing to provide an IP 65 rating. Add note, skip point, hide archive points, show all points, show archive points only, insert or delete unscheduled points Feature for Rotor Balancing to 40 kHz maximum bandwidth. Fieldpaq II is powered by a 800 MHz CPU for running the Windows CE system and the fastest commercially available DSP chip TI TMS320C6713B for performing signal analysis at extremely fast real-time rates. Search train, machine or point Rotor type for balancing Single plane, dual plane, 3 plane, 4 plane, overhung dual plane, 3 weights balancing Balancing speed Order resolution Average number Balancing grade Acceleration, velocity and displacement RMS, peak, peak to peak, true peak and quest factor 1X coast down order trace, decoupled balancing (static and couple), unequal radii, component calculation, drill depth, vibration history, balancing history and recalculation of balancing coefficients. trend chart (vibration vs. time or rpm) or bar chart. 32905 Northland Court- St. Paul, MN 55045 Telephone: 651-257-6500 http://www.benstone.com/ Built-in ISO 1940 standard or user defined Feature for Vibration Meter Benstone Instruments, Inc. PIONEERING PARTNERSHIP PERFORMANCE

Fieldpaq II 4 channel handheld analyzer Route Based Data Collector Rotor Balancing Fieldpaq II’s data collector module supports simultaneous triaxial and 4 channel measurements, saving many work hours in the field. High frequency spike detection and demodulated spectrum analysis is a standard feature for effectively indentifying bearing and gear faults at earlier stages of failure. By displaying fault frequencies, alarm levels and band alarms on the plots, problems of the machines are identified easily at one glance. Coupled with the powerful iSee computer based condition monitoring software,...