Dry film thickness gauge with fixed sensor
Article No. 3791
byko-test Lite
Dry film thickness gauge - basic model
- Compact, easy to use gage for film thickness on Fe and NFe substrates
- High functionality including statistics and memory for data transfer
Features
The byko-test film thickness gage includes dew point measurement, whereas the byko-test Lite is for dry-film thickness measurement only.
- Compact design for one hand operation
- Color display with 90° and 180° flip screen
- Automatic substrate recognition
- Strong wear resistant ruby probe tip
Zero point calibration
- Key lock for only taking readings
- Statistic mode with 1000 measurement memory
- Continous measurement mode
- Stability mode warns user when instrument is tilted preventing wrong readings
Technical Attributes
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- Measuring Range Mils / µm
- 0 - 79 mil 0 - 2,000 µm
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- Measurement Method
- Film Thickness Fe/NFe
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- Full Scale Calibration Range Mils/ µm
- -
-
- Certificate
- no
-
- Substrate Fe
- Steel or Iron
-
- Substrate NFe
- Non-magnetic metals: aluminum, copper, brass, zinc, stainless steel
-
- Measuring Range
- 0 - 2000 µm
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- Measuring Range
- 0 - 79 mil
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- Accuracy
-
±2 µm + 3% des Messwertes
±0,08 mil + 3% des Messwertes
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- Minimum Curvature
- Convex 5 mm; Concave 30 mm
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- Minimum Curvature
- Convex 0.20 in; Concave 1.2 in
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- Minimum substrate thickness
- Fe: 0,5 mm; NFe: 0,05 mm
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- Minimum substrate thickness
- Fe: 0,019 in; NFe: 0,002 in
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- Memory
- 1000 readings
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- Weight
- 0.16 kg
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- Weight
- 0.35 lb
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- Dimensions: L x W x H
- 11.5 x 6.7 x 4.4 cm
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- Dimensions: L x W x H
- 4.53 x 2.65 x 1.75 in
Technical Specifications
Thickness Measurement
General
Standards
Delivery Content
Instrument
Zero plates Fe & NFe (3800)
Calibration Shim (1)
2 AA batteries
Manual
Carrying case
Zero plates Fe & NFe (3800)
Calibration Shim (1)
2 AA batteries
Manual
Carrying case
Downloads
Manuals
Safety Instructions
Short Instructions
Knowledge
Film thickness
For all requirements associated with a coating, there is an optimal layer thickness to ensure good flow and leveling, gloss, optimal color uniformity and opacity as well as good protection against environmental influences and corrosion. If the layer thickness is too high, mechanical-technological properties such as mandrel bending tests, stone impact tests and ball impact tests deteriorate, and the cost-effectiveness of the painting process also decreases. For this reason, layer thicknesses are worked out and specified by the paint supplier and quality assurance. These must be regularly checked and documented.
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