Sensors for MiniTest 745
SKU: 80-135SIDSP® stands for Sensor-Integrated Digital Signal Processing – a technology where the signals are completely processed into digital form inside the sensor at the time and point of measurement. SIDSP® sensors are manufactured according to completely new state-of-the-art production techniques.
SIDSP stands for “Sensor Integrated Digital Signal Processing”, meaning that a special microprocessor (DSP) collects, filters and processes measurement values in the sensor head. The benefits of this measurement technology for your application are as follows:
- Above average precision and repeatability
- Temperature compensation over the entire range of measurement
- Wear-resistant, polished probe poles made of carbide metal
- High immunity to electromagnetic (EMC) interference
- Measurement range up to a coating thickness of 35mm
- Each sensor individually factory-calibrated
- Automatic compensation of the conductive value for non-ferrous metals
With our decades of experience in the development of coating thickness gauges and specialised sensors, as well the application of the newest technologies, our SIDSP sensors make us a market leader in the field of non-destructive coating thickness measurement.
Sensor Models & Measuring principle
Sensors type A:
Miniature sensors F 05 M
Miniature sensors F 05 M-90°
Miniature sensors F 05 M-45°
Sensors type B:
Sensors F 1.5, F 2, F 2.6, F 5, N 07, N 2.5, FN 1.5, FN 2.6, FN 5
Sensors type C:
Sensors F 1.5-90°, N 0.7-90°, FN 1.5-90°
Sensors type D:
Sensors F 15, N 7
Sensors type E:
Heavy-duty sensor
Sensor Model F:
For measuring coating thickness on ferrous metals
Measuring principle: Magnetic induction principle (Ferrous)
Sensor Model N:
For measuring coating thickness on non-ferrous metals
Measuring principle: Eddy-current principle (Non-Ferrous)
Sensor Model FN:
For measuring coating thickness on ferrous & non-ferrous metals
Measuring principle: Magnetic induction principle & Eddy-current principle
| Measuring procedure | Sensor model | Type | Measuring range | Uncertainty (of reading) referring to multipoint calibration |
Minimum measuring spot |
|---|---|---|---|---|---|
| Magnetic-induction sensors | F 0.5M-0° F 0.5M-45° F 0.5M-90° |
A | 0 … 0.5 mm | ± (0.5 μm + 0.75 %) | ø 3 mm |
| F1.5 | B / E | 0 … 1.5 mm | ± (1.0 μm + 0.75 %) | ø 5 mm | |
| F 1.5-90° | C | 0 … 1.5 mm | ± (1.0 μm + 0.75 %) | ø 5 mm | |
| F2 | B / E | 0 … 2.0 mm | ± (1.5 μm + 0.75 %) | ø 10 mm | |
| F2.6 | B / E | 0 … 2.6 mm | ± (1.0 μm + 0.75 %) | ø 5 mm | |
| F 5 | B / E | 0 … 5.0 mm | ± (1.5 μm + 0.75 %) | ø 10 mm | |
| F 15 | D | 0 … 15 mm | ± (5.0 μm + 0.75 %) | ø 25 mm | |
| Eddy current sensors | N 0.3M-0° N 0.3M-45° N 0.3M-90° |
A | 0 … 0.3 mm | ± (0.5 μm + 0.75 %) | ø 3 mm |
| N 0.7 | B / E | 0 … 0.7 mm | ± (1.0 μm + 0.75 %) | ø 5 mm | |
| N 0.7-90° | C | 0 … 0.7 mm | ± (1.0 μm + 0.75 %) | ø 5 mm | |
| N 2.5 | B / E | 0 … 2.5 mm | ± (1.5 μm + 0.75 %) | ø 10 mm | |
| N 7 | D | 0 … 7.0 mm | ± (5.0 μm + 0.75 %) | ø 20 mm | |
| Dual sensors | FN 1.5 | B / E | F: 0 … 1.5 mm N: 0 … 0.7 mm |
± (1.0 μm + 0.75 %) | ø 5 mm |
| FN 1.5-90° | C | F: 0 … 1.5 mm N: 0 … 0.7 mm |
± (1.0 μm + 0.75 %) | ø 5 mm | |
| FN 2.6 | B / E | F: 0 … 2.6 mm N: 0 … 1.0 mm |
± (1.0 μm + 0.75 %) | ø 5 mm | |
| FN 5 | B / E | F: 0 … 5.0 mm N: 0 … 2.5 mm |
± (1.5 μm + 0.75 %) | ø 10 mm |
| SKU | Price | Add | Sensor model | Measuring range |
|---|---|---|---|---|
| 80-135-2800 | Price on request | F 0.5M-0° | 0 ... 0.5 mm | |
| 80-135-2900 | Price on request | F 0.5M-45° | 0 ... 0.5 mm | |
| 80-135-3000 | Price on request | F 0.5M-90° | 0 ... 0.5 mm | |
| 80-135-0000 | Price on request | F 1.5 | 0 ... 1.5 mm | |
| 80-135-2100 | Price on request | F 1.5-90° | 0 ... 1.5 mm | |
| 80-135-0300 | Price on request | F 2 | 0 ... 2.0 mm | |
| 80-135-3400 | Price on request | F 2.6 | 0 … 2.6 mm | |
| 80-135-0400 | Price on request | F 5 | 0 … 5.0 mm | |
| 80-135-0700 | Price on request | F 15 | 0...15 mm | |
| 80-135-3100 | Price on request | N 0.3M-0° | 0 … 0.3 mm | |
| 80-135-3200 | Price on request | N 0.3M-45° | 0 … 0.3 mm | |
| 80-135-3300 | Price on request | N 0.3M-90° | 0 … 0.3 mm | |
| 80-135-0100 | Price on request | N 0.7 | 0 … 0.7 mm | |
| 80-135-2200 | Price on request | N 0.7-90° | 0 … 0.7 mm | |
| 80-135-0500 | Price on request | N 2.5 | 0 … 2.5 mm | |
| 80-135-2400 | Price on request | N 7 | 0 … 7.0 mm | |
| 80-135-0200 | Price on request | FN 1.5 | 0 … 1.5 mm (F), 0 … 0.7 mm (N) | |
| 80-135-2300 | Price on request | FN 1.5-90° | 0 … 1.5 mm (F), 0 … 0.7 mm (N) | |
| 80-135-3500 | Price on request | FN 2.6 | 0 … 2.6 mm (F), 0 … 1.0 mm (N) | |
| 80-135-0600 | Price on request | FN 5 | 0 … 5.0 mm (F), 0 … 2.5 mm (N) |
- Pending orders
Accessories and options
| SKU | Price | Add | Thumbnail | Products |
|---|---|---|---|---|
| 80-138-0000 | Price on request |  |
MiniTest 745 Coating Thickness Gauge with Interchangeable Probes
The new MiniTest 745 coating thickness gauges are the solution to all your coating thickness problems where a reliable finish and perfect product appearance play a major role for long-term value and success, e.g. in the automotive and shipbuilding industry, steel- and bridge construction or in the electroplating industry, to name but a few industries. |
- Pending orders
