Get exclusive volume discounts, bulk pricing updates, and new product alerts delivered directly to your inbox.
By subscribing, you agree to our Terms of Service and Privacy Policy.
Direct access to our certified experts
Operating Principle: Magnetic Induction / Eddy Current (F / NF)
Measuring Range: 0-1250 um / 0-50 mil
Resolution: 0.1 um / 1 um
Min. Radius Workpiece: F Type: convex 1.5 mm / concave 25 mm NF Type: convex 3 mm / concave 50 mm
Min. Measuring Area: 6 mm
Min. Sample Thickness: 0.3 mm
Accuracy: ± 1-3%n or ± 2.5 um
Auto Power Off:
Metric / Imperial: Convertible
Battery Indicator: Low Battery Indicator
Operating Conditions: Temp. 0-40 °C, Humidity: 10-90 %RH
Power Supply: 4 x 1.5 V AAA (UM-4) Battery
Dimensions: 126 x 65 x 27 mm
Weight: 81 g (Not Including Batteries)
Product Description:
The F probes measure the thickness of non-magnetic materials (e.g. paint, plastic, porcelain enamel, copper, zinc, aluminium, chrome etc.) on magnetic materials (e.g. iron, nickle etc.) . often used to measure the thickness of galvanizing layer, lacquer layer, porcelain enamel layer, phosphide layer, copper tile, aluminium tile, some alloy tile, paper etc.The N probes measure the thickness of non-conductive coatings on non-magnetic metals. It is used on anodizing, varnish, paint, enamel, plastic coatings, powder, etc. applied to aluminum, brass, non-magnetic stainless steel, etc.
Product Features:
* Two measuring methods: magnetic induction (F) and eddy current (N)
* Two measurement mode: Single and Continuous（Notice：Continuous mode is convenient to measure the
coating thickness of curved objects and tiny objects.）
* Metric/imperial system selectable.
* Manual or automatic shut down.
* Automatic memory of calibration value,and automatic recognize the substrate.
* Operation process have buzzing reminder,while no buzzing in continuous mode.
* Use “USB data output” and “RS-232 data output” to connect with PC.
* Provide “Bluetooth ™ data output” choice.
* Separate Type can provide several type probe, measure can be more flexibility.
