TIME2812- Original TT280- Time Coating Thickness Gauge

NegotiableUpdate on 06/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Measurement range: Depending on the probe, up to a maximum of 10mm

Product Details

TIME2812/TIME2822Coating thickness gauge

Functional features:

Accuracy up to ± (1 um+1% reading)

No need to replace the probe,Operating procedures for coating thickness gauge,It can achieve dual use of magnetic thickness measurement and eddy current thickness measurement

● Optional special protective pad,Fireproof coating thickness gauge,Can achieve coating thickness measurement on high-temperature surfaces (300 ℃)

● As needed,Application of coating thickness gauge,Choose different probes,Non iron based coating thickness gauge,The thickest coating that can be measured is 10mm

Technical parameters:

model	Time2822(Original)TT280）	Time2812
Probe connection method	Plug in connection probe	Integrated wired probe
Probe selection	Multiple probes to choose from	Not selectable,Metal coating thickness gauge,for a special purposeFNDual purpose probe
measuring range	Depending on the probe,Non iron based coating thickness gauge,Maximum achievable10mm	0~1500μm
measurement accuracy	±（1μm+ 0.7%Reading)	±（1μm +2%Reading)
Highest resolution	0.1μm	1μm
STATISTICS	Mean, standard deviation, maximum and minimum values (Up to)10000Individual readings)	No statistical function
communication	Can be connectedPCMachine or dedicated printer (Comes with an infrared adapter)	No communication function
Minimum measurement area	5X5mm
Minimum measured thickness	Ferromagnetic matrix0.2mmNon ferromagnetic matrix0.05mm
Size and weight measure (Excluding probe)	137mmX66mmX23mm(excluding probe), heavy225g
Compliant with standards	DIN、ISO、ASTM、BS

Optional probe:

Probe model	purpose	measuring range
FN1.5	Dual use of magnetic induction and eddy current method	0～1500μm
FN0.2	Dual use of magnetic induction and eddy current method	0～200μm
FN3.5	Dual use of magnetic induction and eddy current method	0～3500μm
F10	magnetism feel answer law	0～10000