EM1401 UT

Using the PET
The device’s screen is protected by tempered glass
Operating clearance of up to 6 mm
The device implements A-scan, B-scan and C-scan
Measurement of thickness in objects heated up to 750°C


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Price on request

Description

The EM1401 EMA thickness gauge is designed for thickness measurement on steel pipes, sheet metal, rods, and other products made from steel, aluminum and other metals. The device can be connected to the EMAT with the operating clearance of up to 6 mm between the sensor and metal. The clearance can consist of dirt, layer of rust, layer of salt deposits or other non-conductive coating (paint, varnish, enamel, plastic, etc.). The device can connect to conventional PETs.
The EM1401 UT thickness gauge can connect to the EMT14014T high-temperature sensor that provides thickness measurement on hot objects heated up to 750 °C. The device implements a special algorithm that accounts for changes in the rate of sound propagation in metal induced by temperature.

Using the device:

Two independent EMAT and PET measuring channels provide an increase in reliability of tests. PET is recommended on the objects where the thickness of deposits existing on the metal surface prevents the use of EMAT and surface cleaning is required.
The EM1401 UT thickness gauge has a color display protected by shock-resistant glass. Like any other EMA thickness gauge produced by our company, the EM1401 UT thickness gauge uses a special data processing algorithm that provides automated correct thickness measurements in the presence of disturbing factors such as metal anisotropy, usage of several reflectors, exposure to external interference. In addition to the automatic mode of thickness measurement, the device allows using manual measurement modes based on the first echo and difference between any two echoes. Manual mode is recommended for severely corroded objects.


The EM1401 electromagnetic acoustic thickness gauge allows the user to analyze A-scans, visualize B-scans (three display options), and save data conveniently on C-scans in a matrix form. If necessary, the user can work with strobes, select a thickness measurement mode, signal processing parameters, etc.

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Technical specifications of the EM1401 UT thickness gauge:
Range of operating ambient temperature -20…+50 °С
Duration of continuous work without recharge
of the battery
7 hours
Range of sound velocity setting 1,000…20,000 m/s
with 1 m/s step
Highest number of measurements per second 16
Dimensions 232 x 135 x 44 mm
For EMAT
Range of measured thickness for steel 2 mm-80 mm
Range of measured thickness for steel without clearance 2 mm-200 mm
Thickness measurement error 2..25 mm 0.08+0.001·Н mm
Thickness measurement error 25..200 mm 0.1+0.005·Н mm
Permissible clearance between
the sensor and tested object
with the EMT14012 transducer
Up to 4 mm
Permissible clearance between
the sensor and tested object
with The EMT14013 transducer
Up to 6 mm
Permissible sensor skew relative to
the tested object surface normal
±25°
Lowest permissible radius of curvature of the tested object surface ≥10 mm
Operating frequency of the device 4 MHz
Range of operating temperature on the tested object surface -20…+80 °C
(-20 …+750 °C where the EMT14014T transducer is used)
For PET
Range of measured thickness for steel 0.5 mm-300 mm
Thickness measurement error 0.5mm .. 25mm 0.08 mm
Thickness measurement error 25mm .. 300mm 0.1 mm
Lowest permissible radius of curvature of the tested object surface 25 mm
Operating frequency of the device 5 MHz, 10 MHz
Range of operating temperature on the tested object surface -10…+60 °C

Accessories:

oktanta_012-2-1

EMT14012
EMT14012 transducer for operation with a gap up to 4 mm

Price on request

oktanta_012-2

EMT14013
EMT14013 transducer for operation with a gap up to 6 mm

Price on request

oktanta_016-1

A1401
Charger for the EM1401 thickness gauge

Price on request

oktanta_019-1

Lemo2-Lemo2
Cable for connecting EMA transducers

Price on request

oktanta_016-1

EMT14014T
Transducer for operation with objects heated up to 750 degrees

Price on request