Systems and Components

Digital Module (DM) ™ System

The DM™ system has a modular design allowing for as few as 2 channels, and up to 64 channels, in a single configuration. This allows for cost affective lab use for research applications, wave propagation experiments, low frequency ultrasound (excitation and receiving), advanced lab specimen testing, metallic/composite structural applications, metallic/composite pressure vessel applications and vibration monitoring

DM System Native R1

Digital Module (DM) ™ System

With a modular design, DM™ systems enable material OEMs and Material Test laboratories to conduct advanced coupon specimen testing across a broad dimensional range. Equip with capture, analysis, and source location software packages, The DM System positions material OEMs and Material Testing laboratories with the ability to conduct in-house wave propagation experiments while capturing the low frequency ultrasonic waves indicative of composite polymers and ceramics failure mechanisms.

Features

Ethernet data connection provides greatest flexibility in data acquisition and storage

Digitally adjustable gain and filter settings - 0 to 72dB in 6dB steps

14 bit A/D boards

Data throughput rates - 100MB/s per channel

8 Channel parametric data capture - ±10V Input, sampling speeds up to 5kS/s

Flexible channel configurability

System Components

B1025 MAE Sensor

  1. Broadband response from 50—2000 kHz
  2. Dimensions: 9.3mm(0.37in) OD X 12.7mm(0.5in) H
  3. Piezoelectric Crystal: 6.35 mm(0.25in) OD
  4. Connector: Side-Mounted 10-32 (Microdot)
  5. Temperature Range: -50 deg C to 150 deg C

Face-to-Face relative cal standard (ASTM E976). Absolute surface wave cal available for additional fee (ASTM E1106)

B1025T MAE Sensor

  1. Broadband response from 50—2000 kH
  2. Dimensions: 9.3mm(0.37in) OD X 25.4mm(1.0in) H
  3. Piezoelectric Crystal: 6.35 mm(0.25in) OD
  4. Case: Stainless Steel w/ 3/8—32 UNEF threads
  5. Connector: Side-Mounted 10-32 (Microdot)
  6. Temperature Range: -50 deg C to 150 deg C

Face-to-Face relative cal standard (ASTM E976). Absolute surface wave cal available for additional fee (ASTM E1106)

B225 IPP MAE Sensor

  1. Broadband response from 50—400 kHz
  2. · Dimensions: 33.3mm(1.31in) OD X 40.64mm(1.6in) H
  3. Piezoelectric Crystal: 6.35 mm(0.25in) OD
  4. Connector: Side-Mounted BNC
  5. Temperature Range: -50 deg C to 80 deg C

Face-to-Face relative cal standard (ASTM E976). Absolute surface wave cal available for additional fee (ASTM E1106)

B454 MAE Sensor

  1. Flat with frequency response improves on the baseline performance of the B1025 sensor by adding 6dB of sensitivity
  2. Dimensions: 19.1mm(0.75in)OD X 20.3mm(0.8in) H
  3. Crystal Aperture : 6.35 mm(0.25in) OD
  4. Connector: Side-Mounted 10-32 (Microdot)
  5. Temperature Range: -50 deg C to 150 deg C

Face-to-Face relative cal standard (ASTM E976). Absolute surface wave cal available for additional fee (ASTM E1106)

Digital Pre Amplifier

Variable gain, digitally adjustable gain and filter settings - 0 to 72dB in 6dB steps

Customer Cabling

made to order

Downloads (4)

Digital Module (DM) System™ Brochure

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Hexagon Digital Wave
13760 E Arapahoe Road
Centennial, Colorado 80112
USA

Phone: +1 303-790-7559