The QSV Series speed meters are fast, precise, and versatile tools. They are perfect for determining the type (gray/nodular) and nodularity percentage in foundries, as well as identifying various materials. To streamline the measurement process, you can manually input the thickness of the piece or use a gauge for quicker results.
Product Features:
Measuring range: 1 to 500mm with a 0.01mm resolution
Velocity range: 100 to 19999m/s
Digital caliper compatibility for faster and more reliable measurements
Alarms with minimum value hold feature
Memory capacity for 5,000 data points
AUTO 1-step calibration without the need for a Cal Key
USB connectivity for data transfer
Basic statistics in measurement
Velocity calculation and adjustment
5-year warranty on the electronic unit (model-dependent, see Models section)
Models with Datalogger include DMQ DataCenter at no additional cost
Models:
QSV B
QSV DL
QSV DLC-I
QSV DLC-M
Transducers:
A wide variety of transducers available for measuring range from 0.8mm to 500mm in different attenuations, conditions, and materials
Digital Caliper Interface:
Connect a compatible gauge (e.g., InSize model 1108 or Mitutoyo with Digimatic® output) to enter the thickness of the piece being measured, enabling accurate ultrasonic speed calculation
Applications:
Ideal for determining foundry types, calculating nodularity percentage (note: electronic unit does not perform nodularity calculation), and cataloging materials based on their rate of propagation
General Specifications:
Dimensions: 79 x 117 x 32mm (3.11 x 4.6 x 1.26in)
Weight: 182g (0.40lbs)
Pulse-Echo range: 0.6 to 500mm (0.023 to 19.7in)
Power: AA x 2
Battery life: 60 hours (display light off)
Certificates: Certificate of Conformity (dependent on transducer and material)
Ready-to-use Package:
Delivered in a high-impact carrying case
Includes QSV electronic unit, coupling gel, 2MHz transducer, Digital Caliper Interface cable, USB cable, user manual, pen drive with dmq DataCenter, and certificate of conformity
Available for QSV DL, QSV DLC-I, QSV DLC-M models (model-dependent)
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