Sysmatec

Material thickness

thickness gauge

KERN TB-US

Ultrasonic thickness gauge TB-US

  • Auto-Power-Off
  • External sensor for better access to the test object (cable length: 1 m)
  • Height displayed in mm or inch
  • Base plate included
  • Delivered in a hard carrying case
  • TB 200-0.1 US-red: can only analyse these materials steel, cast iron, aluminum, red copper, brass, zinc, quartz glass, polyethylene, pvc, gray cast iron, nodular cast iron.
  • TB 200-0.1 US: every hard material, including steel, cast iron, aluminium, red copper, brass, zinc, quartz, glass, polyethylene, PVC, Gray cast iron, homogeneous plastics, nodular cast iron and other materials.
Model readout range
mm mm
TB 200-0.1US-red 0.1 200
TB 200-0.1US 0.1 200


thickness gauge

Ultrasonic thickness gauge TD-US

  • External sensor for difficult-to-access measurements
  • Selectable measuring units: mm, inch
  • Data interface RS-232 included
  • Base plate for adjustment included
  • Delivered in a hard carrying case
Model readout range
mm mm
TD 225-0.1US. 0.1 225


thickness gauge

Premium Ultrasonic thickness gauge TU-US

  • External sensor for difficult-to-access measurements
  • Base plate for adjustment included
  • Data interface RS-232
  • Delivered in a hard carrying case
  • Scan mode (10 measurements per sec.) or single point measuring mode possible
  • Internal memory for up to 20 files (with up to 100 values per file)
  • Function to set limits, programming of Max./Min., in pull and push direction, with output of audible and optical signal. Ideal mode for efficient and accurate testing of standard parts
  • Selectable measuring units: mm, inch
Model readout range sensor diameter
mm mm mm
TU 80-0.01US. 0.01 80 6
TU 230-0.01US. 0.01 230 10
TU 300-0.01US. 0.01 300 14


thickness gauge

Ultrasonic thickness gauge TN-EE

  • Hand-hold thickness gauge using the echo-echo method
  • External sensor
  • Data interface RS-232, standard
  • Delivered in a hard carrying case
  • Scan mode (10 measurements per sec.) or single point measuring mode possible
  • Internal memory for up to 20 files (with up to 100 values per file)
  • Selectable measuring units: mm, inch
  • Two measuring modes to determine material thickness: Pulse-echo mode or Echo-echo mode
  • Determining the actual thickness of materials regardless of any coating which might be present. In this way, the wall thickness of pipes, for example can be determined in a non-destructive manner, i.e. without having to remove the coating
  • Echo-echo measurements are only possible with the measuring head included as part of the delivery (ATU-US12, see accessories)
Model readout range sensor diameter measuring frequency
mm mm mm Mhz
TN 30-0.01EE 0.01 3-30 12 5
TN 60-0.01EE 0.01 3-60 12 5


thickness gauge

Ultrasonic thickness gauge TN-US

  • Hand-hold thickness gauge
  • External sensor
  • Data interface RS-232, standard (only for models with readout [d] = 0,01 mm)
  • Delivered in a hard carrying case
  • Scan mode (10 measurements per sec.) or single point measuring mode possible
  • Internal memory for up to 20 files (with up to 100 values per file)
  • Selectable measuring units: mm, inch
Model readout range sensor diameter measuring frequency
mm mm mm Mhz
TN 80-0.1US. 0.1 0.75-80 6 7
TN 230-0.1US. 0.1 1.2-230 10 5
TN 230-0.1US. 0.1 3-300 14 2.5
TN 80-0.01US 0.01 0.75-80 6 7
TN 230-0.01US. 0.01 1.2-230 10 5
TN 300-0.01US. 0.01 3-300 14 2.5


thickness gauge

Multi-mode Ultrasonic Thickness Gauge MT660

The digital ultrasonic thickness gauge determines the thickness of a part or structure by accurately measuring the time required for a short ultrasonic pulse generated by a transducer to travel through the thickness of the material, reflect from the back or inside surface, and be returned to the transducer. The measured two-way transit time is divided by two to account for the down-and-back travel path, and then multiplied by the velocity of sound in the material.

Capable of performing measurements on a wide range of material, including metals, plastic, ceramics, composites, epoxies, glass and other ultrasonic wave well-conductive materials. Differnet transducer models are available for special application, including for coarse grain material and high temperature applications.

The velocity of sound through a substance is dependant upon its temperature. As materials heat up, the velocity of sound through them decreases. In most applications with surface temperatures less than about 100°C, no special procedures must be observed. At temperatures above this point, the change in sound velocity of the material being measured starts to have a noticeable effect upon ultrasonic measurement. At such elevated temperatures, it is recommended that the user perform a calibration procedure on a sample piece of known thickness, which is at or near the temperature of the material to be measured. This will allow the gauge to correctly calculate the velocity of sound through the hot material.

features

  • Operating Temperature: -20 to 60 °C
  • Relative Humidity <=90
  • Multi-mode: Pulse-Echo mode (P-E mode) and Echo-Echo mode (E-E mode). In Echo-Echo mode, it can test the wall thickness eliminating paint or coating thickness.
  • Wide measuring range: Pulse-Echo mode: (0.65 to 600)mm (in Steel). Echo-Echo mode: (2.5 to 100)mm
  • V-Path correction to compensate the nonlinearity of the probe
  • Color TFT display (320×240 TFT LCD) with adjustable backlight, allow the user to work at worksites with low visibility.
  • Non-volatile memory can store 100 groups of test thickness. One hundred records max for each group.
  • Two AA size alkaline batteries as the power source. Continuous operating period of no less than 100 hours (default brightness setting). Display Standby and Auto Power Off functions to save power.
  • Bluetooth module


Contact

Top

Sysmatec
Oberdorfstrasse 51
CH 3930 Eyholz
tel + 41 27 946 80 18
fax + 41 27 946 86 42
info@sysmatec.ch