ElektroPhysik U10.0 Transducer, Small Geometries, 10MHz, .16" dia.

Model: U10.0 | Order No: 85-804-0654

ElektroPhysik U10.0 Transducer, Small Geometries, 10MHz, .16" dia.

Model: U10.0 | Order No: 85-804-0654

This transducer is ideal for small tube diameters. It has a diameter of 4mm, a 10.0 MHz frequency and a measuring range of 0.65 to 20 mm.

This transducer is ideal for small tube diameters. It has a diameter of 4mm, a 10.0 MHz frequency and a measuring range of 0.65 to 20 mm.

Your Price $610.00 USD
Availability 2 to 3 Weeks
Quantity

ElektroPhysik U10.0 Specifications

Diameter 4 mm / 0.16"
Frequency 10.0 MHz
Measuring Range .065 to 20 mm / 0.026 to 0.80"
Material Temperature 10 to 140°F (-12 to 60°C)
Display Current Data, Velocity, Transducer Type, Battery State, Batch
Measuring Systems Metric/Mils (Switchable)
Sound Velocity 1000 m/s to 9999 m/s; 9 Pre-set Sound Velocities
Echo-Echo Mode Measures Through Coatings
Dimensions 5.12 x 2.84 x 0.95" (130 x 72 x 24 mm)
Weight 190 g \ 6.7 oz.
Operation Temperature -4 to 122°F (-20 to 50°C)

What's included with the ElektroPhysik U10.0

  • ElektroPhysik U10.0 Transducer, Small Geometries, 10MHz, .16" dia.

Ask a question about ElektroPhysik U10.0 Transducer, Small Geometries, 10MHz, .16" dia.

Customer Reviews for the ElektroPhysik U10.0

ElektroPhysik U10.0 Specifications

Diameter 4 mm / 0.16"
Frequency 10.0 MHz
Measuring Range .065 to 20 mm / 0.026 to 0.80"
Material Temperature 10 to 140°F (-12 to 60°C)
Display Current Data, Velocity, Transducer Type, Battery State, Batch
Measuring Systems Metric/Mils (Switchable)
Sound Velocity 1000 m/s to 9999 m/s; 9 Pre-set Sound Velocities
Echo-Echo Mode Measures Through Coatings
Dimensions 5.12 x 2.84 x 0.95" (130 x 72 x 24 mm)
Weight 190 g \ 6.7 oz.
Operation Temperature -4 to 122°F (-20 to 50°C)

What's included with the ElektroPhysik U10.0

  • ElektroPhysik U10.0 Transducer, Small Geometries, 10MHz, .16" dia.

Ask a question about ElektroPhysik U10.0 Transducer, Small Geometries, 10MHz, .16" dia.

Customer Reviews for the ElektroPhysik U10.0

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