VIP member
TT260 Coating Thickness Tester
TT260 Coating Thickness Tester I. Functional Features TT260 Coating Thickness Tester adopts two thickness measurement methods, magnetic and eddy curre
Product details
TT260 Coating Thickness Tester Probe type Optional, see attached table measuring principle Magnetic induction and eddy current measuring range Probe decision Low resolution limit Probe decision Probe connection method Split type wire connection (replaceable) Indication error A little calibration (um) Probe decision Two point calibration (um) Probe decision Measurement conditions Small curvature radius (mm) Probe decision Small area diameter of the substrate (mm) Probe decision Small critical thickness (mm) Probe decision Temperature and humidity 0~40℃ STATISTICS Mean, MAX, MIN way of working Direct method and group method (Appl) Measurement method Continuous measurement method and Single measurement method Upper and lower limit settings have Storage capacity 495 measurement values Print/Connect Computer Comes with a printer/can connect to a computer Shutdown mode Manual and automatic power supply 1/2 nickel hydrogen battery 5 × 1.2V External dimensions 270×86×47mm weight 530g Probe model F400 F1 F1/90 F10 N1 CN02 Working principle magnetic induction Eddy Current Measurement range (um) 0-400 0-1250 0-10000 0-1250 (chrome plating on copper 0-40um) 10-200 Low resolution (um) 0.1 0.1 10 0.1 1 Indication error A little calibration (um) ±[3%H+1] ±[3%H+10] ±[3%H+1.5] ±[3%H+1] Two point calibration (um) ±[(1～3)%H+0.7] ±[(1～3)%H+1] ±[(1～3)%H+10] ±[(1～3)%H+1.5] - Measurement conditions Small curvature radius (mm) Convex 1 Convex 1.5 straightness 10 3 straightness Small area diameter of the substrate (mm) ф3 ф7 ф7 ф40 ф5 ф7 Small critical thickness (mm) 0.2 0.5 0.5 2 0.3 unlimited overburden Organic materials and other non-magnetic coatings (in compliance with:Paint, coating, enamel, porcelain enamel, plastic and anodizing treatment, etc) Non magnetic non-ferrous metal coating(in compliance with:Chromium, zinc, aluminum, copper, tin, silver, etc) The thickness of the covering layer shall not exceed 100 µ m The thickness of the covering layer exceeds 100 µ m The thickness of the covering layer shall not exceed 100 µ m The thickness of the covering layer exceeds 100 µ m Like iron and steel The diameter of the measured area is greater than 30mm F400 probe 0-400 µ m F1 type probe 0-1250 µ m F400 probe 0-400 µ m F1 type probe 0-1250 µ m The diameter of the measured area is less than 30mm F400 probe 0-400 µ m F400 probe 0-400 µ m F400 probe 0-400 µ m F400 probe 0-400 µ m Such as copper, aluminum The diameter of the measured area is greater than 5mm N1 type probe 0-1250 µ m Only used for N1 type probe with chrome plating on copper 0-40 µ m Plastic, printed circuit non-metallic substrate The diameter of the measured area is greater than 7mm - - CN02 probe 10-200 µ m
1、 Functional Features
The TT260 coating thickness gauge uses both magnetic and eddy current thickness measurement methods, which can non destructively measure the thickness of non-magnetic coatings (such as zinc, aluminum, chromium, copper, rubber, paint, etc.) on magnetic metal substrates (such as steel, iron, alloys, and hard magnetic steel) and non-conductive coatings (such as rubber, paint, plastic, anodized film, etc.) on non-magnetic metal substrates (such as copper, aluminum, zinc, tin, etc.).
Can use 7 types of probes (F400, F1, F1/90 ° F10、CN02、N1)
There are two measurement methods: Continuous measurement method and Single measurement method;
There are two working modes: Direct mode and Group mode (A-B);
There are five statistical measures: Mean (MEAN), Maximum (MAX), Minimum (MIN), Number of Tests (NO.), and Standard Deviation (S.DEV);
There are two methods to calibrate the instrument, and the basic calibration method can be used to correct the systematic error of the measuring head;
Storage function: capable of storing 495 measurement values;
It has a deletion function: it can delete individual suspicious data that appears during measurement, as well as all data in the storage area, in order to conduct new measurements;
Limits can be set: automatic alarms can be triggered for measurement values outside the limits; And a histogram can be used to divide a batch of measurement values
Analysis;
Printing function: capable of printing measurement values, statistical values, limits, histograms;
Capable of communicating with a PC: capable of transmitting measured and statistical values to the PC for data processing
One step processing;
Equipped with power undervoltage indication function;
There is a buzzing sound during the operation process;
It has an error prompt function, which provides error prompts through screen display or beeping sound;
There are two shutdown modes available: manual shutdown mode and automatic shutdown mode
This instrument meets the following standards: GB/T 4956-1985 Measurement of thickness of non-magnetic coatings on magnetic metal substrates Magnetic methods GB/T 4957-1985 Measurement of thickness of non-conductive coatings on non-magnetic metal substrates Eddy current methods JB/T 8393-1996 Magnetic and eddy current coating thickness measuring instruments JJG 889-95 "Magnetic resistance thickness gauge" JJG 818-93 "Eddy current thickness gauge"
IITT260 Coating Thickness TesterTechnical Parameter
20%RH～90%RH
Test frequency (NO.), standard deviation (S.DEV)
TT260 Coating Thickness TesterOptional probe parameter table
matrix
Equal magnetic metal
F1 type probe 0-1250 µ m
F10 type probe 0-10mm
F1 type probe 0-1250 µ m
F10 type probe 0-10mm
F1 type probe 0-1250 µ m
F1 type probe 0-1250 µ m
Brass, zinc, tin
Waiting for non-ferrous metals
TT260 Coating Thickness Tester
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-