MiniTest FH Wall Thickness Gauge
About MiniTest FH Wall Thickness Gauge
The MiniTest FH is a portable wall thickness gauge which provides non-destructive thickness measurement of non-magnetic materials with up to 24mm wall thickness.
An intelligent SIDSP sensor enables the MiniTest FH to provide high-precision measurement and reproducibility whilst compensating for the influence of temperatures in the measuring environment and in the object being measured. A wide range of sensors allows the gauge to adapt to different applications and measuring tasks.
Thickness is determined by measuring the distance of a reference ball or wire to the sensor tip. The reference ball is attracted by a powerful magnet positioned directly behind the sensor tip. The steel target balls are treated according to a specialised ElektroPhysik procedure which allows reproducibility of test results of up to 0.5%.
Special features such as an automatic calibration function for zero calibration and direct transfer of readings into a spreadsheet or CAQ system complement the high user comfort provided by the intuitive menu operation.
Features & Benefits
- High precision wall thickness measurement up to 24 mm
- Exceptional accuracy and repeatability through sensor-integrated digital signal processing (SIDSP®)
- 2 million readings storable in more than 200 batches
- Up to 20 readings per second
- Wear-resistant sensors with hardened sensor tips
- Direct data import into evaluation software
- Bluetooth, USB and RS 232 C interfaces
- IP 65
Applications
Non-destructive wall thickness measurement of:
- Non-magnetic materials such as synthetic materials, glass, ceramic, and non-ferrous metals
- Hollow items including bottles, aluminium cans, glass and plastic containers with complex geometries
- Thermo-moulded parts such as cups, cans, or bowls
- Die-cast and moulded plastic parts, fibre compound materials, non-ferrous metals etc., for example in the automotive field (gear casing, body and interior components), in avionics (turbine components, combustion chambers, high-pressure pipes), in the medical field, and more
- Last updated: July 2024
- Version: 1.0
Statements, technical information and recommendations contained herein are based on tests we believe to be reliable but they are not to be construed in any manner as warrantees expressed or implied. The user shall determine the suitability of the product for his intended use and the user assumes all risk and liability whatsoever in connection therewith.