The coating thickness gauge can reliably determine the thickness of, for example, plastics, paints and other coatings on ferrous and non-ferrous metals. With a measuring range of up to 0 ... 5000 µm on ferrous metals, the coating thickness gauge covers a wide range of measuring tasks. Because of the accuracy of up to ±(1.0% of mv. + 0.5 µm), the coating thickness gauge is a very precise measuring device. The sensor on the coating thickness gauge has a V-groove. Thanks to this V-groove, it is possible to carry out measurements on convex surfaces with the coating thickness gauge. In addition to the convex surfaces, measurements can also be carried out on concave surfaces with the coating thickness gauge.
During the measurements, the measured values can be saved on the coating thickness gauge. A memory of a maximum of 2,000 measured values is available for the coating thickness gauge. After a measurement run, the measured values from the coating thickness gauge can be transferred to a computer and analyzed using the software. For further processing of the measured values, they can be exported in CSV format.
A target/actual range can be stored with the limit value alarm function on the coating thickness gauge. If the test object is within the stored area at the coating thickness gauge, this is signaled by a green LED. If the measured value is outside the set range, this is indicated by a red LED from the coating thickness gauge. Because of the limit value alarm function, the coating thickness gauge is used, for example, in incoming and final inspection for quality assurance.
For a special protection of the electronics, the housing of the coating thickness gauge is additionally rubberized. Optionally, the coating thickness gauge can be equipped with an ISO calibration certificate.
Coating Thickness Gauge PCE-CT 80HP-FN3
- Practical V-groove on the measuring heads
- High accuracy for small coatings
- Adjustable limit values
- Data memory for 2000 readings
- Measuring range of up to 0 ... 5000 µm
Measuring range Fe: 0 ... 3000 µm, NFe: 0 ... 3000 µm Accuracy after foil calibration ±(1.0 % of measured value + 1 µm) Accuracy after zeroing ±(1.5 % of measured value + 1 µm) Probe diameter Ø17 mm / 0.67" Resolution 0.1 µm (<100 µm), 1 µm (>100 µm) Measurable materials Fe substrates such as: Fe substrates such as: steel and iron NFe substrates such as: NFe substrates such as: aluminum and copper Min. radius of curvature convex 5 mm / 0.19" Min. radius of curvature concave 25 mm / 0.98" Min. measuring surface Ø17 mm / 0.67" Min. layer thickness 0.2 mm / 0.007" (on magnetic materials) 0.05 mm / 0.002" (on non-magnetic materials) Probe mode Auto material detection mode (Fe + NFe) Magnet mode (Fe) Eddy current mode (NFe) Calibration Multi-point calibration (1 ... 4 points for each group) Zero calibration Units µm, mm, mils Data transfer USB 2.0 Memory A volatile measurement group (DIR mode) Four measurement groups with autom. storage and max. 2000 readings (GEN mode) Statistics functions Number of measured values, mean, minimum, maximum, standard deviation Alarm Display when the adjustable value is exceeded upper and lower alarm limit Automatic shutdown auto. shutdown mode (3 min.) Power supply 3 x 1.5 V AAA batteries Display 128 x 128 px LCD display Additional displays battery status, error detection Operating conditions 0 ... +50 °C / 32 ... 122 °F 20 ... 90 % RH non-condensing Storage conditions -10 ... +60 °C / 14 ... 140 °F 20 ... 90 % RH non-condensing Dimensions 143 x 71 x 37 mm / 5.6 x 2.8 x 1.4" (L x W x H) Weight with sensor and batteries: 271 g / 9.5 oz