Teqto S1 Coating Thickness Gauge
Coating thickness gauges
The Coating Thickness Gauge Teqto S1 is a portable instrument designed for measuring coating thickness on both ferromagnetic and non-ferromagnetic surfaces. The device operates based on eddy current and magnetic induction measurement principles.
A key advantage of the instrument is its high measurement accuracy and repeatability.
Thanks to a wide range of available probes, the Teqto S1 enables measurements on components with complex geometries, as well as thickness measurements of heavy coatings up to 25 mm.
Applications
The Teqto S1 coating thickness gauge is suitable for use in any industry requiring coating thickness control on metallic substrates, making the instrument applicable across diverse industrial environments.
Critical application areas include:
- Oil and gas industry
- Chemical and food industry
- Shipbuilding and ship repair
- Machine building and transport
- Thermal and nuclear power industry
- Pipe mills
- Public utilities
Operational advantages
Key Features
- Compact and portable design
- Wide range of probes available
- Spot and continuous measurement modes
- Dust-protected and resistant to water splashes (IP65)
- Narrow-range calibration (improves accuracy within a specific measurement range)
- Capability to assess surface roughness
Standard Delivery Set:
- Electronic unit
- Probe(s) (quantity depending on configuration)
- Protective case
- Coating thickness calibration standards
- Battery charger
- User manual
- PC connection cable
- Carrying bag or storage case
Technical specifications
Technical Specifications of Probes for the Teqto S1 Coating Thickness Gauge:
|
Probe Type |
Appearance |
Measurement Range, µm |
Substrate Material |
Weight, max., kg |
Length, max., mm |
Diameter, max., mm |
|
FS-01 |
 |
1-1000 |
Fe |
0,05 |
65 |
15 |
|
FS-02 |
 |
2-2000 |
Fe |
0,06 |
65 |
13 |
|
FS-03 |
 |
30-3000 |
Fe |
0,05 |
60 |
20 |
|
NFS-25 |
 |
50-25000 |
nFe |
0,07 |
95 |
21 |
|
FS-05 |
 |
50-5000
|
Fe |
0,05 |
65 |
19 |
|
RS-05 |
 |
1-500 |
Fe / nFe |
0,09 |
74 |
21 |
