Description

With Backlight Or Not: YES
Model Number: LS223_F3N3
Brand Name: Linshang
Measuring principle: Fe:Hall Effect / NFe: Eddy current
Measuring range: Fe: 0.0-3000um/ NFe:0.0-3000um
Probe type: F3N3 Probe
Probe tip: Ruby fixed
Resolution: 0.1um:(0um-99.9um);1um:(100um-999um);
Accuracy: 0-3000 um:<=[ -(3% reading 2um)]
Unit: um / mil
Measuring interval: 0.5s
Minimum measuring area: 25mm
Minimum curvature: Convex:5mm / Concave:25mm
Minimum substrate thickness: Fe:0.2mm / NFe:0.05mm
Display: 128*48 dot matrix LCD
Power supply: 2pcs of 1.5V AA alkaline battery
Range of operation temperature: 0-50 degrees Celsius
Storage temperature range: -20-60 degrees Celsius
Host size: 126*66*35 mm
Weight(with battery): 160g
Probe size: 22*26*55 mm

LS223_F3N3 coating thickness gauge

The LS223 coating thickness gauge can be used not only to measure non-magnetic coatings such as paint, varnish, enamel, chrome and galvanizing on ferromagnetism metal substrates such as steel or iron, but also measure Non-conductive coatings such as paint, anodized layers or ceramic on non-magnetic metal substrates such as copper, aluminum, die cast zinc, brass etc. The gauge automatically identify the substrate and switch measurement mode. It is widely used in manufacturing, metal processing, chemical industry, commodity inspection and other fields.

Features:
1. No calibration, just zero adjustment.
2. One hand opertion, only one button.
3. Fast measurement, 0.5s measuring interval.
4. ultra-large range. The maximum thickness reach 3mm.
5. Wear-proof ruby probe tip for long-term use.
6. The gauge automatically identify the substrate and switch measurement mode rapidly.
7. “Fe”, “NFe”, “Fe/NFe” three measurement modes can be set.
8. Measuring non-magnetic coatings on steel or iron and measure Non-conductive coatings on non-magnetic metal substrates in one gauge.
9. Thanks to the use of the most-advanced digital probe technology, these sensors are unsusceptible to interference and provide an excellent measuring accuracy. Even variations in temperature will not affect measurement and readings remain stable to ensure a very good reproducibility over the complete measuring range.