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Summary of Contents for Diesella X500
- Page 1 Coating Thickness Gauge X500 User Manual V2.6.0 Item no. 15079550...
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Page 3: Table Of Contents
Contents 5.4.9 Auto Rotat e......................1 Introduction ........5.4.10 Auto Shutdown ................1 View ......... 5.4.11 or General 3. LCD Display............2 ............5.4.12 Reset 4. Specification............3 ............5.4.13 Device ............... Usage ..............5.5 Display ..........4 5.1 Battery Installation ....5.5.1 Settings for How Data Display ............4 5.2 Turn on/off... - Page 4 ......... 5.7.1 Zero Calibration ........5.7.2 Point Calibration ............. 5 7 3 . . Clear All ......... Batch ( ) Switch ..........Group Switch ....5.10 Delete Measurements Directly ........11 5.11 Measurement Error Factors of Affecting Measurement .............. 13 Accuracy Regulation for Usage........
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Page 5: Introduction
1. Introduction The thickness gauge can non-destructively measure the thickness of non-conductive coatings on metal surface and the thickness of non-ferromagnetic coatings on ferromagnetic metal (such as iron, nickel and cobalt). Specific uses of the instrument include measuring the thickness of paint or galvanized layer on iron and stainless steel s surface, also, measuring the thickness of paint or plastic film on aluminum and ʼ... -
Page 6: Lcd Display
3. LCD Display 1.Status 15.Substrate Type 2019-09-23 08:30 26.0°C Group Information ( 16.Unit Bonnet Mode Only) 17.Bluetooth 49.6 3.Data Display 18.Alarm Indicator for μm 4.Indicator Line for High High & Low Limits AUTO Limit 19.Battery Power High 5.Graph Indicator 6.Indicator Line for Low 40.0 Limit 7.0 Dotted Line on Graph... -
Page 7: Specification
4. Function and Specification Type Measuring Principle Fe: Magnetic Induction; NFe: Eddy Current FN2.0 probe : 0~2000μm Measuring Range FN3 0 . probe : 0~3000μm F5.0N3.0 probe: Fe: 0~5000μm, NFe: 0~3000μm ± (2%reading+1μm) (≤2000μm) Accuracy ± (3% reading+2μm) (2001~3000μm) ±(5% reading+2μm) (>3000μm) ≥... -
Page 8: Usage
5. Usage If you are the first time to use this instrument, please read section 6 carefully first. (The factors of affecting measurement accuracy) 5.1 Battery Installation 1) Install the battery according to the indications of the positive and negative poles inside the battery compartment. -
Page 9: Settings
5.4 Settings How to set a function: press “MENU” button to enter into menu page, after selecting the target item, press “Enter” button to enter into the settings page of the item and set up accordingly. indicates item selected, indicates item enabled. 5.4.1 Probe Mode (1) Eddy Current Mode: In eddy mode, the probe can only measure on non-ferrous metal substrates, and when a non-ferrous metal detected, the “NFe”... -
Page 10: Backlight
and can be edited with pressing the multi-function button. Press button when setting the hour or press button when setting the minute, you can save the settings and return to the previous page. 5.4.5 Back light Brightness of the screen backlight can be adjusted automatically or manually. 5.4.6 Volume The volume can be adjusted. -
Page 11: Car Or General
5.4.11 Car or General Switching car mode or general mode is available. 5.4.12 Reset Restore factory defaults is high risk operation, once confirmed to execute, the instrument will immediately return to factory state, all measurement data in the instrument will be cleared. Before this operation, please confirm again whether it is necessary to perform this operation. -
Page 12: Data
browsing statistics. Note: When the NDFT value (see point 5.6.2, point 3) is off, the four items which are “NDFT Value”, “%>=NDFT”, “90%-100% NDFT ” and “IMO 90:10 pass/fail” in PSPC will display “***”. 5.6 Data To enter an item: Press the “DATA” button to enter the data selection page. After selecting the target option, press the “Enter”... -
Page 13: Group Type
5.6.3 Group Type The instrument provides a variety of data sets types for users to select. On the measurementpage, indicates normal mode, indicates average mode, indicates PSPC mode. Note: During using the average mode for measurement, the measured data can be saved in the measurement statistics after calculating the average value only when measurement points is equal to the set average times. -
Page 14: Point Calibration
with the part to be tested. (1) Enter Calibration Zero calibration operational steps: Enter the zero calibration page and follow the instructions to measure one or more times on the calibration substrate (multiple calibrations are better). At this time, the screen displays a value of 0. -
Page 15: Clear All
calibration is not recommended after performing point calibration. (2) Clear Magnetic Clear zero calibration data of magnetic mode. (3) Clear Eddy Clear zero calibration data of eddy current mode. 5.7.3 Clear All Clear all calibration (including zero calibration and point calibration) data. 5.8 Batch (Car) Switch On the measurement page, short press the batch (car) switch button once and the batch (Car) number increases one to switch to the next batch (Car). - Page 16 Using instrument normally, the error will be kept within certain indicators (refer to section 4). The user can make multiple measurements and delete the suspicious value at the same time, and finally use the statistical function of the instrument in order to measure the coating thickness more accurately.
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Page 17: Factors Of Affecting Measurement Accuracy
6. Factors of Affecting Measurement Accuracy Magnetic Eddy Current Affecting Improvement Suggestions Principle Induction Effect Substrate Magnetic Properties √ Zero calibration, Multi-point calibration √ Substrate Electrical Properties √ √ Radius of Curvature of Substrate Please read section 4 carefully to decide if √... - Page 18 For a more accurate measurement, it is recommended to carefully understand the factors that affect the measurement error before performing the measurement. The main influencing factors listed in the table are briefly described below: (1) Magnetic Properties of Substrate The thickness of the coating is measured by the principle of magnetic induction, which will be affected by the magnetic properties of the base metal.
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Page 19: Regulation For Usage
finally the thickness of the coating can be measured by statistical methods. For the roughness of the substrate to be tested is relatively large, it can also be calibrated by multiple measurements during calibration. (5) Deformation of Substrate or Coating If the material of the base material or coating is soft, the probe may cause deformation of the base material or coating during the measurement, so the measured data will be unreliable. -
Page 20: Maintenance
measurement of the instrument is not exactly the same, so multiple measurements should be made in the adjacent measurement area. This is especially true for specimens with rough surfaces. In addition, when suspicious values are encountered, it is recommended to delete and then perform the next measurement. (3) Surface Cleaning Before measuring, ensure that the surface of the object to be measured and the surface of the instrument probe are clean. -
Page 21: Warranty
9. Warranty (1) For more methods of using the instrument, please forgive us not to include them in this manual, if you have other needs or any questions, please consult your dealer. (2) When the instrument fails to work and needs to be repaired, please explain the failure correctly. Please send a copy of the purchase invoice, together with the instrument to our after-sales service department.
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