AT2040 Portable
Vibration Calibrator
Four test methods to choose from
setting of 1g 100hz.
SHAKE
Mode one is a “shake” operation in which the PVC operates as a simple shaker table. This is useful for performing end-to-end checks or other vibration testing where accelerometer sensitivity is not needed.
SIMULATE
SENSOR SENSITIVITY TEST
The second mode to select from is “test” mode which displays the accelerometer or proximity probe sensitivity reading. These readings can be done in manual mode or full automatic mode. When performing sensitivity test in full automatic mode, a PDF calibration certificate is also generated by the AT-2040 portable vibration calibrator.
In manual mode, amplitude and frequency can be changed manually to show sensor sensitivity at the desired singular point.
Full automatic mode runs through a series of pre-defined calibration points and automatically shows the results in table format.
Accelerometer sensitivity shown in graph format using the full automatic test mode to sweep the 3010M14 accelerometer over its full range.
Bearing Defect Mode
This mode shakes the unit in a waveform to simulate a bearing defect. Bearing defect mode is available in both simulation and shaker modes. This mode is used for testing impulse or impact signals on transducers or data acquisition systems. The shaker will output a pulse, followed by ringing. These pulses are adjustable in amplitude, frequency, and distance between pulses.
Optional Accessories
Proximity Probe Adapter Kit
- Proximity Probe Driver Power Sourced Directly from AT2040 Battery
- Both AC and DC voltages shown on screen.
MEMS Adapter
- Analog MEMS adapter for sensitivity readings of Piezoresistive and Variable Capacitance sensors of all major manufacturers.
- 1x and 10 signal conditioners included.
- Power Sourced Directly from AT2040 Battery
- This simple and effective design supports single and double ended sensors.
We utilize best-in-class technology
Features
LiFeP04 Battery
Functionality
Applications
Simulator
Features
- A2LA Accreditation ISO/IEC 17025:2017*
- Quartz Reference Accelerometer
- Calibrated back to back with laser calibrated primary reference for increased accuracy.
- Simulation Mode.*
- Digital closed loop control.
- Digital Electronics
- 100-240v power with standard plug receptacle and built in charger.
- Custom PC Software included to setup Full-Automatic Test Mode
- Built in Charge Converter
- IEPE, Voltage, charge (piezoelectric), 4-20mA, and proximity probe sensitivity readings
- Adjustable current and voltage
- Automatic PDF certificate generation tailored to your custom specifications
- Export Data to CSV.
- Connect to a PC through Wi-Fi and control the device from a remote location with Google Chrome’s built in VNC viewer
LiFeP04 Battery
- Longer Life Span of (5-10) years vs lead acid (3-5) years.
- More cycle lifes – LiFeP04 batteries last 1,000 to 3,000 charge and discharge cycles compared to lead acid 200-1,000.
- LifePo4 batteries are more environmental friendly than Lead Acid
- Lighter weight. LiFeP04 battery cuts out 3lbs in AT2040 shaker vs lead acid.
- Very Safe to use and does not need a dangerous good exemption for air transport like Lead-Acid Batteries.
- Significantly faster charging time vs lead-acid batteries
Functionality
- Create calibration certificates for vibration instruments.
- Test all types of vibration sensors and transducers from a variety of accelerometer and eddy current probe manufacturers.
- Provides a closed loop controlled reference signal from 5 Hz to 10,000Hz for testing over a wide frequency range.
Applications
- Cabling and wiring troubleshooting
- Vibration signal simulation—accelerometers and velocity probes
- Machinery speed signal simulation
-
Calibration for:
- Accelerometers
- Proximity probes and drivers
- Monitoring systems
- Avionics equipment
Simulator
- IEPE
- Charge
- 4-20ma
- Proximity probe
Downloads
Specifications
Type
Portable Vibration Calibrator / Shaker table / Accelerometer and Proximity Probe Simulator
Frequency Range
Simulation Signal: 1 – 11k Hz
Vibration Signal
Variable frequency and amplitude
Test Types
Manual sensitivity, Sensor simulation, Automatic sweep, and Certification.
Supported Sensor Input Types
Accelerometer:
Voltage
IEPE
Charge
Velocity
Coil
Piezoresistive (MEMS Adapter Required)
Variable Capacitance (MEMS Adapter Required)
4-20mA transmitters
Proximity probes (Direct input for AC and DC readings) (Axial / Radial)
Sensor Simulation Output
Charge signal (variable frequency and amplitude)
4-20ma (adjustable) Proximity probes (adjustable)
Power Output
-24 volt power to power proximity probe drivers
+24 volt power for 4-20ma sensors and transmitter type drivers
Certifications and Agency Requirements
A2LA Accredited Calibration
ISO/IEC 17025:2017
R205
NIST Traceable
LVD: EN61010-1: 2010
EMC: EN61326-1
CE Mark: Product Specific Standard
RoHS
Request pricing and availability.
