Noise/Vibration Measurement & Data Analysis System

PROSIG offers a complete range of Noise & Vibration Measurement Systems which are compact, rugged & accurate. The tough casing and low power requirements makes them ideal for mobile, in-vehicle or laboratory data acquisition. Units can be stacked to expand the system up to 1024 channels at speeds up to 400k samples/second/channel. The measurement system supports a range of transducer input options that include…

Prosig Front Picture

  • accelerometers
  • microphones
  • strain gauges
  • IEPE (ICP®) devices
  • tachometers
  • digital signals
  • digital outputs
  • pressure sensors
  • load cells
  • thermocouples
  • GPS
  • CAN-Bus

PROSIG also offers portable, rugged and accurate measurement systems for condition monitoring of rotating machinery.

Featured Products

Noise & Vibration Measurement System

PROSIG DATS-Solo and P8000 series PC-based data acquisition system can interface with microphones and vibration sensors (accelerometers, velocity sensors, etc..) for sound and vibration measurements.

The P8000 offers high 24-bits resolution, high sampling frequency up to 400 k samples/sec/channels and able to stacked up to 1024 channels. With PROLOG controller, the P8000 can be operated standalone, unattended without PC/laptop or remotely via network. The DATS.Toolbox software provides basic to advanced sound & vibration analysis functions.

prosig-noise-vibration-measurement-system

DATS-Solo

4-Channel, Pocket-Sized, USB-Powered, Data Acquisition Hardware

  • No. of input channels: 4 analogue (IEPE) inputs and 1 tacho input
  • Maximum sampling rate: 100k samples/sec per channel (24 bit)
  • PC communication interface: USB2.0
  • Ultra Portable (Pocket Sized)
  • Low Power (USB Powered)

Detail

PROLOG

Standalone Controller for P8000 Data Acquisition Unit

  • Operation of a P8000 without a laptop or computer
  • Remote operation of a P8000 via Ethernet
  • Standalone and unattended operation
  • Up to 256GB solid state memory

Detail

P8004

4-Channel Data Acquisition Hardware

  • No. of input channels: 4 analogue (AC, DC, IEPE) inputs and 1 tacho input
  • Maximum sampling rate: 100k samples/sec per channel (24 bit) ; 400k samples/sec per channel (16 bit)
  • PC communication interface: USB2.0

Detail

P8012

Data Acquisition Hardware (Maximum 24-Channels)

  • No. of input channels: 24 analogue (AC, DC, IEPE, Bridge or Thermocouple) inputs, plus tacho inputs
  • Maximum sampling rate: 100k samples/sec per channel (24 bit) ; 400k samples/sec per channel (16 bit)
  • PC communication interface: USB 2.0

Detail

P8020

Data Acquisition Hardware (Maximum 40-Channels)

  • No. of input channels: 40 analogue (AC, DC, IEPE, Bridge or Thermocouple) inputs, plus tacho inputs
  • Maximum sampling rate: 100k samples/sec per channel (24 bit) ; 400k samples/sec per channel (16 bit)
  • PC communication interface: USB 2.0

Detail

P8048

Data Acquisition Hardware (Maximum 1024-Channels)

  • No. of input channels: 1024 analogue (AC, DC, IEPE, Bridge or Thermocouple) inputs, plus tacho inputs
  • Maximum sampling rate: 100k samples/sec per channel (24 bit) ; 400k samples/sec per channel (16 bit)
  • PC communication interface: USB 2.0

Detail

Input/Output Cards for P8000

The P8000 series can be configured with a number of input/output cards. The number of cards depends on which chassis is chosen. The P8012 holds 3 cards, the P8020 holds 5 and the P8048 can take up to 12 cards.

Detail

DATS.Toolbox

Data Acquisition & Analysis Software

The DATS Toolbox is a comprehensive package of data acquisition and signal processing tools. It is used mainly for sound and vibration measurement and analysis as listed below, but can be used with a wide range of engineering data. Advanced

  • Noise and Vibration Analysis
  • NVH Analysis
  • Acoustics Analysis
  • Human Vibration Response to Vibration
  • Audio Replay
  • Noise Path Analysis

Detail

Condition Monitoring System for Rotating Machinery

PROTOR-Mobile is the ideal, investigative tool for mobile condition monitoring of rotating machinery. It is a portable unit, rugged enough to withstand typical Power Station environmental challenges. PROTOR-Mobile is available either as a highly portable 16-channel unit or a larger 32-channel unit. The 16-channel version provides stand-alone monitoring and storage for 16 channels and 2 tachometer or phase reference signals. The 32-channel unit supports up-to 4 phase reference signals. For total flexibility up-to four 32-channels units may be daisy-chained together to give a total of 128 channels of monitoring with up-to 16 phase reference signals.

Objectives of Condition Monitoring System:

  • Improved overall efficiency by increasing machine uptime.
  • Improved safety by decreasing the risk of machine failure.
  • Improved machine health information allows predictive maintenance, avoiding and limiting machine damage.
  • Improved data availability bringing data to your desktop either locally or remotely.
  • Reduced capital costs by extending machine service life.
  • Reduced machine servicing costs by only repairing or replacing those parts that are damaged or worn out.
  • Reduced machine repair costs by recognizing problems before they cause serious damage.
  • Reduced machine downtime by allowing machines to be maintained while in service.
  • Reduced risk of unplanned shutdowns by allowing scheduled maintenance to coincide with production requirements.

PROTOR-mobile

Mobile Condition Monitoring

  • No of input channels: Up to 16 channels per chassis. Multiple chassis may be configured for expansion.
  • Resolution: 16-bits
  • Maximum sample rate: 20K samples/second per channel
  • Compatible sensors: IEPE sensors, Tacho sensors, voltage-output sensors

Detail

PROTOR Software

PROTOR provides important machinery condition information such as:

  • Bearing performance analysis
  • Examination of critical modes
  • Data comparison at known speeds
  • More reliable trends
  • Ability to set up more accurate limits
  • Examination of blade frequencies
  • FFT processing of run-up/rundowns
  • Historical data storage
  • Better control of machine start-up
  • Statistical reports on historical data

Detail