3NH YT4200-P7 split aluminum-based Coating Thickness Gauge
YT4200-P7
3NH YT4200-P7 Coating Thickness GaugeSPEC
3NH YT4200-P7 Coating Thickness GaugeDetails
3NH YT4200-P7 Coating Thickness GaugePacking list
- SKU
- NB035786
- Standards
- ASTM B499,ASTM D1400;ISO 2178,ISO 2360，ISO 2808;GB/T 4956/4957,JB/T 8393
- matrix material
- NFe
- Probe position
- Split
- Resolution
- 0.1μm|1μm
- Measurement range
- 0~1250μm
- margin of error
- Zero correction : +/- ( 3% H + 1) μm; two-point correction : +/- ( 1~ 3% H + 1.5) μm; Note: H is the sample thickness
- Small measurement size
- 10×10mm
- Minimum substrate thickness
- Nonmagnetic: 0.05mm
- Minimum radius of curvature
- Convex radius 5mm; Concave radius 10mm
- Unit display
- μm
- Power Supply
- 2 AA alkaline batteries or NiMH rechargeable batteries;
- Dimensions
- 102*66*24mm
- Weight
- 99G (including battery)
- Operating temperature
- 0~40 ℃ (10~90% RH without condensation)
- Storage temperature
- -10~50℃
- Standard Accessories
- Base 1 piece (aluminum base), wrist strap, calibrated test piece
- Optional accessories
- Calibrated specimens (12 μm, 25 μm)
Introduction
YT4200 is a domestic (CN) coating Thickness Gauge manufactured by 3nh company, which can quickly and accurately non-destructively detect various non-conductive coating thicknesses coated on non-magnetic metal substrates. The instrument fully conforms to the eddy current test principle stipulated in ISO 2360, GB/T 4957, ASTM B1400 and other standards, and is the basic equipment of the coating surface treatment industry.
Application industry
NFe-based probes inspect all insulating coating thicknesses, such as paint, powder, porcelain, etc., applied to non-magnetic metal substrates (e.g., aluminum, copper, brass, stainless steel, etc.).
Features
a. Quickly and accurately test the thickness of the insulating coating on a variety of non-magnetic metal substrates (eddy current method);
b. The probe and the host are separated, and the adaptability is stronger;
c. One-click test, convenient and fast;
d. The instrument can be accurately calibrated by using two methods: single-point calibration and multi-point calibration;
e. Low power consumption is more power saving, low power alarm;
f. With backlit display, buzzer prompt;
g. High wear-resistant probe, not less than 800,000 measurements;
h. Multiple measurement modes: single point measurement, continuous measurement;
- 1Principle and Application Scope of Copper Plate Magnetic Induction Thickness Gauge
- 2Principle and Application Analysis of Silver Plating Thickness Gauge