Mikrosize iThick-E20 Ultrasonic Thickness Gauge (1.5-240.0mm)

Detectable workpiece material: carbon steel, cast steel, alloy steel, stainless steel, copper, aluminum, titanium and other conductor materials

Measurement range: 1.5-240.0mm

The maximum value of the measurement range is affected by the properties of the measured material, sound attenuation coefficient, surface conditions and other factors

Error range of measuring equipment: When the thickness of workpiece is less than 10mm, the error is 0.05mm; when the thickness is more than 10mm, the error is + (0.01 + H / 200) mm (H is the thickness of workpiece)

Receiving gain: ≤ 100dB

Normal temperature probe: ≤ 80 ℃, 4MHz, mainly used to detect fine-grained materials, such as low carbon steel, aluminum, etc., with a maximum liftable clearance of 3mm

High temperature probe: ≤ 800 ℃, 4MHz, mainly used to measure ferromagnetic fine-grained materials, such as low carbon steel, with a maximum liftable clearance of 2mm

Lift-off effect: actual lift-off distance is related to material properties and degrees), anti-rust film, salt deposits or any other insulating coating (oil, varnish, porcelain, plastic, etc.) can be used as operating clearance

The minimum diameter (curvature) of the workpiece that can be detected is 8mm

The maximum tilt angle of the probe: 25°

Probe field excitation method: permanent magnet

Type of sound wave: shear wave

Power supply: built in lithium battery, working time not less than 2.5 hours

The normal working temperature range of the host: -10~+50℃

Host storage temperature range: 0~+40℃

Host weight: 250g (with normal temperature probe)

Dimensions of the host: length 151mm x width 76mm x thickness 37mm

Standard Delivery

Main Unit: 1 pc

Probe: Optional

Couplant: 1 bottle

3.7V Rechargeable Batteries: 4 pcs

Charging Data Cable: 1 pc

Charging Plug: 1 pc

Instrument Case: 1 pc

Optional Delivery

Normal Temperature Probe: ETP044232

High Temperature Probe: EHTP043340

Large Diameter Probe: ETP044060

Small Diameter Probe: ETP041336