NEW ACES System Viper II Vibration Analyzer and Balancer
The Viper II Vibration Analyzer is a versatile yet compact instrument that combines all of the diverse technologies required for high-end jet engine vibration analysis, transient balance, rotor track and balance, fan trim balance, propeller balance and acoustic analysis into one tool. All of these maintenance functions can be easily performed on virtually any airframe and/or engine type using the VIPER II. Accurate High-Speed Run-up & Coast-Down Transient Surveys.
$6,300.00
Viper II Vibration Analyzer & Balancer
Transient Fan/Turbine Balance
Transient Vibration Survey
Fan Blade Mapper
TFE 731 Performance
The Viper II Vibration Analyzer is a versatile yet compact instrument that combines all of the diverse technologies required for high-end jet engine vibration analysis, transient balance, rotor track and balance, fan trim balance, propeller balance and acoustic analysis into one tool. All of these maintenance functions can be easily performed on virtually any airframe and/or engine type using the VIPER II.
TRANSIENT VIBRATION ANALYSIS
Accurate High-Speed Run-up & Coast-Down Transient Surveys
At approximately 6.0 pounds, powered by an internal battery and using minimal cabling, the VIPER II delivers vibration analysis at speed and accuracy levels typically available only in manufacturer test cells.
TRACK & BALANCE
Quick, Automated Track & Balance Solutions
The compact VIPER II provides accurate solutions in the minimum number of runs, saving costly run time and fuel. Setups are entered into the analyzer which can be customized by the user to accommodate virtually any engine and airframe type.
TRANSIENT FAN/TURBINE BALANCE
Save Time and Money by Collecting Data in a Single Sweep
Transient Balance is a method of collecting vibration data at all engine speeds during a balance run, eliminating the need to manually select and dwell at specific speeds. This is one of the most innovative features of the VIPER II, and it maximizes testing efficiency.
FEATURES :
Transient Balance yields test cell quality balancing results
Direct PDF report generation onto a USB flash drive
eSetups eliminate the need for charts
SmartTach speed and phase processing allows direct measurement of the engine speed signal
Four-channel simultaneous data acquisition (10 spectra/second/channel) for striking speed and accuracy
Multiple speed inputs for multiple rotor speed tracking during transient analysis
Multiple USB ports for direct connection to peripherals.
APPLICATIONS :
Transient Balance
Propeller Balance
Rotor Track & Balance
Fan Trim Balance
Vibration & Acoustic Analysis
SPECS :
Vibration Input
9.5V Pk-Pk, 0 to 240 IPS Peak with 20 mV per IPS sensor
Sensor Types
Accepts any vibration signal input (acceleration, velocity, displacement) and any voltage generating sensor. External charge amplifier required for charge mode.
Vibration Amplitude Accuracy
±1% across frequency range
Frequency Range
selectable up to 30kHz (1,800,000 RPM)
Tachometer Inputs
Better than 1 degree phase accuracy 60 to 60,000 RPM
Display
7″ Day/Night Readable Color LCD Display with Superbright LED Backlight
Memory
1 GB Flash
Dimensions
10.5 inches wide, 9.75 inches long, 5 inches deep
Weight
Approximately 6.0 pounds (2.8 kilos)
Power Requirements
Smart Li-Ion Battery (Internal), 87 Wh
Operating Time
8.0 hours
Charging Time
3.0 Hours (approximately)
Vibration Channels
4 ea.
Tach / Mag Pickup
4 ea.
Trax Optical Tracker
1 ea.
Strobe
1 ea.
USB Port
2 ea.
Phase Accuracy
<1°
Balance Frequency
60-60,000RPM,± 0.2%
Vibration Freq Range
0-30 kHz
Vibration Amplitude
0-240 IPS (peak), 20 mV / IPS
Dynamic Range
98dB
Operating Temperature
-4° to 120° F (-20° to 49°C)
Relative Humidity
10-85% (non-condensing)
AC Input
The data acquisition system is capable of measuring AC values to 9.5V Peak-Peak.
Sensor Types
The analyzer will accept any vibration signal input (acceleration, velocity, or displacement.) The input is then displayed as collected or integrated to any other vibration unit. The vibration input will accept any voltage -generating sensor (must have external charge converter when in charge mode) and will supply power to the sensor when required. The Cobra II only accepts acceleration or velocity inputs.
Analysis Range
Anti-aliasing filters are used with a Fast Fourier Transform (FFT) to accurately transform data from the time to the frequency domain. The analyzer will perform FFT resolutions of 100, 200, 400, 800, 1600, and 3200 lines.
Also you can check product : NEW Viper 2E Vibration Analyzer - Balancer - 4 Channel Analyzer
Transient Fan/Turbine Balance
Transient Vibration Survey
Fan Blade Mapper
TFE 731 Performance
The Viper II Vibration Analyzer is a versatile yet compact instrument that combines all of the diverse technologies required for high-end jet engine vibration analysis, transient balance, rotor track and balance, fan trim balance, propeller balance and acoustic analysis into one tool. All of these maintenance functions can be easily performed on virtually any airframe and/or engine type using the VIPER II.
TRANSIENT VIBRATION ANALYSIS
Accurate High-Speed Run-up & Coast-Down Transient Surveys
At approximately 6.0 pounds, powered by an internal battery and using minimal cabling, the VIPER II delivers vibration analysis at speed and accuracy levels typically available only in manufacturer test cells.
TRACK & BALANCE
Quick, Automated Track & Balance Solutions
The compact VIPER II provides accurate solutions in the minimum number of runs, saving costly run time and fuel. Setups are entered into the analyzer which can be customized by the user to accommodate virtually any engine and airframe type.
TRANSIENT FAN/TURBINE BALANCE
Save Time and Money by Collecting Data in a Single Sweep
Transient Balance is a method of collecting vibration data at all engine speeds during a balance run, eliminating the need to manually select and dwell at specific speeds. This is one of the most innovative features of the VIPER II, and it maximizes testing efficiency.
FEATURES :
Transient Balance yields test cell quality balancing results
Direct PDF report generation onto a USB flash drive
eSetups eliminate the need for charts
SmartTach speed and phase processing allows direct measurement of the engine speed signal
Four-channel simultaneous data acquisition (10 spectra/second/channel) for striking speed and accuracy
Multiple speed inputs for multiple rotor speed tracking during transient analysis
Multiple USB ports for direct connection to peripherals.
APPLICATIONS :
Transient Balance
Propeller Balance
Rotor Track & Balance
Fan Trim Balance
Vibration & Acoustic Analysis
SPECS :
Vibration Input
9.5V Pk-Pk, 0 to 240 IPS Peak with 20 mV per IPS sensor
Sensor Types
Accepts any vibration signal input (acceleration, velocity, displacement) and any voltage generating sensor. External charge amplifier required for charge mode.
Vibration Amplitude Accuracy
±1% across frequency range
Frequency Range
selectable up to 30kHz (1,800,000 RPM)
Tachometer Inputs
Better than 1 degree phase accuracy 60 to 60,000 RPM
Display
7″ Day/Night Readable Color LCD Display with Superbright LED Backlight
Memory
1 GB Flash
Dimensions
10.5 inches wide, 9.75 inches long, 5 inches deep
Weight
Approximately 6.0 pounds (2.8 kilos)
Power Requirements
Smart Li-Ion Battery (Internal), 87 Wh
Operating Time
8.0 hours
Charging Time
3.0 Hours (approximately)
Vibration Channels
4 ea.
Tach / Mag Pickup
4 ea.
Trax Optical Tracker
1 ea.
Strobe
1 ea.
USB Port
2 ea.
Phase Accuracy
<1°
Balance Frequency
60-60,000RPM,± 0.2%
Vibration Freq Range
0-30 kHz
Vibration Amplitude
0-240 IPS (peak), 20 mV / IPS
Dynamic Range
98dB
Operating Temperature
-4° to 120° F (-20° to 49°C)
Relative Humidity
10-85% (non-condensing)
AC Input
The data acquisition system is capable of measuring AC values to 9.5V Peak-Peak.
Sensor Types
The analyzer will accept any vibration signal input (acceleration, velocity, or displacement.) The input is then displayed as collected or integrated to any other vibration unit. The vibration input will accept any voltage -generating sensor (must have external charge converter when in charge mode) and will supply power to the sensor when required. The Cobra II only accepts acceleration or velocity inputs.
Analysis Range
Anti-aliasing filters are used with a Fast Fourier Transform (FFT) to accurately transform data from the time to the frequency domain. The analyzer will perform FFT resolutions of 100, 200, 400, 800, 1600, and 3200 lines.
Also you can check product : NEW Viper 2E Vibration Analyzer - Balancer - 4 Channel Analyzer
- Availability: 12 In Stock
- Model: Viper II
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