background image

TF_TG-BA-e-1813 

 

 

This coating thickness gauge is small in size, light in weight and easy to carry. Al-
though it is complex and advanced, it is convenient to operate. Its ruggedness will 
allow many years of use if all the instructions are followed carefully.  
Please keep this instruction manual always within reach! 

 

 

Annotation: It is strongly recommended to adjust  the new instrument before 
the first use, as  described in paragraph 9. By doing this, you will achieve  a 
much better measurement result right from the start. 

1  Features 

 
» This instrument meets the standards of both, ISO 2178 and ISO 2361, and DIN as 
well as ASTM und BS. It is suitable for the laboratory and for use in `harsh field con-
ditions`. 
 
» The F-mode measures the coating thickness of nonmagnetic materials, e.g. paint, 
plastic, porcelain enamel, copper, zinc, aluminium, chrome, lacquer layers etc. 
These layers should be located on magnetic metals  e.g. steel, iron,  nickel  etc. It is 
often used to measure the thickness of  galvanizing layer, lacquer layer, porcelain 
enamel layer, phosphate layer, copper tile, aluminium tile, some alloy  tile, paper etc.  
 
» In N-mode, the coating thickness of non-magnetic coatings is measured which are 
located  on non-magnetic metals.  It is used to measure anodizing, varnish, paint, 
enamel, plastic  coatings, powder etc.  These layers are located on non-  magnetic 
metals e.g. aluminium, brass, non magnetic stainless steel etc. 
   
» Automatically base material recognition 
 
» Manual or automatical “auto power off” to conserve batteries. 
   
» Two measurement modes: - single and continuous 
 
» Metric/ imperial unit conversion 
 
» Wide measuring range and high resolution 
 
» Digital backlight display enables exact reading with no guessing or errors 
   
» Can store up to 99 measurements 
 
» Statistic function available 
  
»  Can communicate with PC for statistics and printing per RS 232.  Cable and soft-
ware are available as optional accessory (ATC-01). 

Содержание TF 1250-0.1FN

Страница 1: ...info sauter eu Tel 49 0 7433 9933 199 Fax 49 0 7433 9933 149 Internet www sauter eu Instruction Manual Digital Coating Thickness Gauge SAUTER TF TG Version 1 3 01 2018 GB Model TF 1250 0 1FN Model TG 1250 0 1FN TF_TG BA e 1813 PROFESSIONAL MEASURING ...

Страница 2: ...ons do not hesitate to call our service number Models available TF 1250 0 1 FN TG 1250 0 1 FN Summarize 1 Features 3 2 Specifications 4 3 Front panel description 5 4 Measurement procedure 6 5 Statistics 6 6 How to store and recall readings 7 7 How to delete readings 7 8 Transfer of readings to a PC 7 9 Calibration 8 10 Battery replacement 8 11 Adjustment foils 8 12 Correct handling at Coating Thic...

Страница 3: ...uer layers etc These layers should be located on magnetic metals e g steel iron nickel etc It is often used to measure the thickness of galvanizing layer lacquer layer porcelain enamel layer phosphate layer copper tile aluminium tile some alloy tile paper etc In N mode the coating thickness of non magnetic coatings is measured which are located on non magnetic metals It is used to measure anodizin...

Страница 4: ...t PC connection by RS 232C interface Power supply 2 x 1 5V AAA UM 4 batteries Operating conditions Temperatures 0 up to 50 C Humidity 95 Dimensions 126 x 65 x 35 mm 5 0 x 2 6 x 1 6 Inch Weight ca 81g without batteries Scope of delivery Carrying case Operation manual TF 1250 0 1FN Inbuilt sensor F as well as inbuilt sensor N base material is recognized automatically TG 1250 0 1FN External sensor FN...

Страница 5: ...ng key READ key 3 7 Delete key DEL key 3 8 Socket for RS 232 interface 3 9 Battery cover 3 10 Wrist ring 3 11 Battery indicator 3 12 Symbol for ongoing measurement 3 13 Last reading browsing value 3 14 Indication for single measurement mode 3 15 Max value indicator 3 16 Min value indicator 3 17 Browsing state 3 18 Measuring state 3 19 Unit 3 20 Average indicator 3 21 Base material indicator 3 22 C...

Страница 6: ...epeated The instrument memorizes the continuous measured value automatically with statistic measurement times Meanwhile the Max Min and average value will be displayed 4 4 To avoid any appearing incorrect measurement values we recommend adjusting the instrument before starting with the measurements as described in chapter 9 4 5 To change the measurement unit from µm to mil or vice verse the Power ...

Страница 7: ...s on the display it means that there is no reading to delete any more 6 4 The Zero key 3 3 has to be pressed to quit the measurement state 7 How to delete readings 7 1 To delete a reading on the display the DEL key has to be pressed no matter whether you are located in the measurement state marked SV or in browsing state marked RD Browsing state can be entered by pressing the READ key and meas ure...

Страница 8: ... distance from the border of the base plate 9 4 The sensor 3 1 has to be pressed carefully onto the calibration foil and then lifted The reading on the display is the value measured This can be corrected by pressing the Plus key 3 4 or the Minus key 3 5 while the sensor is removed from the base plate or the measured object 9 5 Step 9 4 has to be repeated until the desired accuracy is achieved 10 B...

Страница 9: ... beginning 13 2 Sensors will eventually wear off Life of the sensor will depend on the number of measurements taken and how abrasive the coating is Replacement of a sensor should only be performed by qualified staff 14 Restore factory settings 14 1 In the following cases it is recommended to restore factory settings The instrument does not measure any more Measurement accuracy is degraded caused b...

Страница 10: ...the accuracy This value should only be adjusted by professional persons Generally said The bigger the value of Ln the smaller the reading on the display for the same coat ing thickness Only a small change on the value of Ln causes a big change in the reading of the upper measurement range at 500µm 20 mil The value of Ln has to be adjusted as follows Press the Power key It lasts about 14 seconds fr...

Отзывы: