WF30 User Manual Shenzhen Wave Optoelectronics Technology
Contents
1. F Relate humidity less than 55 without condensation 700g 199x68x90 mm 390x220x340 mm Power Adapter Lithum Battery User Manual Micro Printer Version 1 03 2012 12 30 Shenzhen Wave Optoelectronics Technology Co Ltd 17 WALE SHENZHEN WAVE OPTOELECTRONICS TECHNOLOGY CO LTD Address 3066 DongBian Business Building MinZhi Road LongHua District Shenzhen China Tel 86 755 23023660 Fax 86 755 23023113 Website www waveGD com2. Figure 6 Mounting the battery Shenzhen Wave Optoelectronics Technology Co Ltd 1 WF30 User Manual 3 Follow the directions on Figure 7 press up to mount the battery into the compartment Figure 7 Mounting the battery cover 1 3 2 Power Adapter 1 First check and confirm if the Switch is on Out O 2 Plug the input cable of the power adapter as shown on Figure 8 into the DC connector Figure 8 Power Adapter connection Shenzhen Wave Optoelectronics Technology Co Ltd 8 WF30 User Manual ll Interface 2 1 Layout There are three parts of the Colorimeter interface as shown on Figure 9 Page on top Form on middle and Information on bottom Page Bar TYPE SAMPLE DATA SYSTEM g PoS sd scl Parameters L 55 71 Form a 12 63 b 10 72 ISAMPLE SAVE le 11 10 17 Information Bar Figure 9 Layout 2 2 Page Details TYPE SAMPLE DATA SYSTEM e D65 8d SCI Type Sample Serial No Test conditions Measurement Data SAMPLE Z SAYE System Time Key Function Indicatio Color Diagram Power Information Figure 10 Type Sample Measurement Page Details Shenzhen Wave Optoelectronics Technology Co Ltd 9 WF30 User Manual MA SAMPLE DATA SYSTEM Type Sample Serial No Tolerance Sample Serial No Deviation between the Sample and the Type Sample le 11 20 52 Type Sample data Color deviation Sample color difference under current Type Sample Figure 11
3. 20 52 Figure 18 Check out Information Page Figure 3 4 System Setting Press Paging to switch the screen to System Setting page as shown on Figure 19 to set the data saving ways as well as light mode tolerance the system date and time during the measurement Shenzhen Wave Optoelectronics Technology Co Ltd 14 WF30 User Manual TYPE SAMPLE DATA SYSTEM stored Mode e Auto save Tolerance 2 0 O Manual save Year Month Day Print Mode 2012848 12 8 01 e Auto print Hour Minute Second O Manual print 00 00 00 amp UP F DOWN ACTIVATE en 11 01 23 Figure 19 System Setting Page 3 4 1 Auto Save As shown on Figure 19 there are two ways for saving which are Auto Save and Manual Save When setting to Auto Save system will auto save each time measurement data of the Type Sample or the Sample If the saving records of the Type Sample or the Sample are full the measurement data will not be saved and will pop up a window as shown on Figure 20 to prompt if the storage should be cleared Whether Delete all type and sample data records Figure 20 Pop up Window 3 4 2 Manual Save When setting to Manual Save system will not auto save data it is required after finishing measuring to press Save for manually saving the data and will pop up a prompt box as shown on Shenzhen Wave Optoelectronics Technology Co Ltd 15 WF30 User Manual Figure 21 Type data save
4. Sample Measurement Page Details SAMPLE DATA SYSTEM Type TOOL Type Function Option 5 Farameters Sample Del data Sys Into a 12 63 H 40 ad L 55 7 Measurement Condition otyle Sid b 10 72 Date and Time during OPERATION Date 2012 12 01 Time 11 10 measurement Operation chose Figure 12 Check out Information Page Details TYPE SAMPLE DATA SYSTEM stored Mode Auto save Tolerance 2 0 Tolerrance O Manual save Print Mode Hoi Date and time setting e Auto print O Manual print 00 NA OO FAA A A le 11 01 23 Printing way when measuring data Storing way when measuring data Figure 13 System Setting Page Details Shenzhen Wave Optoelectronics Technology Co Ltd 10 WF30 User Manual lll Operation 3 1 Turn on Before turning on the instrument check if the external power has been connected or the battery has been mounted ensuring a power supply to the instrument then start the instrument the screen will show starting Logo After the completion of boot interface instrument into the self test program ensure the normal working of the instrument 3 2 Color Difference Measurement There are two steps for the color difference measurement which are Type Sample Measurement and Sample Measurement 1 The Type Sample measurement gets the standard color parameters of a Type Sample 2 The Sample measurement gets the parameters of the sample needed
5. long time no use cut off external power and remove the battery to avoid damage to the instrument resulting from battery fluid overflow A Do not use the instrument under the conditions with flammable and explosive gases dusts or smokes to avoid accident A Do not use the instrument under the conditions of strong magnetic field rattling dust and smoke to avoid unexpected data and performance failure ZA The product is a precision instrument do not disassemble it without permission or it may be damaged and unrepairable Shenzhen Wave Optoelectronics Technology Co Ltd l WF30 User Manual Notes 1 Storage e Upon long time no use put the Instrument into a packing box e Store the instrument in a cool and dry environment with a temperature at 10 C 50 C and relative humidity under 85 2 Use e When using the instrument the ambient temperature should be 0 C 40 C relative humidity at 85 without condensation e Do not use the instrument under the conditions of strong magnetic field rattling dust and smoke to avoid unexpected data and performance failure e Prevent foreign objects as liquid powder or solid etc from entering into the instrument to avoid unexpected measurement data Shenzhen Wave Optoelectronics Technology Co Ltd 2 WF30 User Manual Overview The Colorimeter is a professional colorimeter designed and produced subject to the relevant standards of International Commission on I
6. Make Measurement more Easy User Manual WE30 Precision Colorimeter Shenzhen Wave Optoelectronics Technology Co Ltd Contents Sately IASTUCUONS ur wA WA WAWA WANA ts ee er re AA AA AA AA 1 IN ONC S aran 2 Me OLOV AGG AAA AAA KAA AAA AAA AWA WAW AA AAA WW aa 2 AS A o un A UA Gay Aenea het eet 2 WI A AAA 3 E AAA 4 WAPO Aa 4 1P aa ka EAE E EA 9 SA OMG PA o O o ease iasatasebaseieees ener ee nenea 7 Mo l BANOV AAPP WA AA WAA T NA MWANI WA SURA NA YAI NANA 7 ToL Fr OWEN aa AI AWA AAA AAA AAA 8 NA AA a to a een 9 DW MEAN OU AP ee E a a E EE OO 9 2 2 Page Delas ua ia 9 MOPE UA AA E o Ae 11 IT TOOM A AA An 11 3 2 Color Difference Measurement occoocccnccoconcconnconnoconoconononnonanenaness 11 3 2 1 Type Sample MeasureMent ocooccoccccncoccoccconcococoncnnnononancnnononnnos 11 3222 o ample Measurement 12 30 CMECK OULIMIORMAON iors ooo 13 3 3 1 Type Sample Record oooocooccccccccconcoccccncococoncnnoncncnnnoronnncanoncnnannns 13 3 9 2 Sample RECO EU AAA 14 FIGA SySlem SEWN siaccticn tice cles a E 14 et MUO AVG aaa 15 24 2 Manual SANG sotano 15 9 43 Date ANG NIMC eanna aa a 16 IM Product SDCCIICALION esenee EORI RENIER 17 WF30 User Manual Safety Instructions In order for safe and proper use of the instrument please read carefully and follow the instructions of the manual A Use only original power adapter and original battery to avoid fault or damage of the instrument A Upon
7. d Figure 21 Prompt Box 3 4 3 SCI SCE The way SCI is a measurement including specular objects reflect light The SCE is a measurement not including specular objects reflect light 3 4 4 Tolerance set Tolerance set for judging standard setting judge the color instrument to measure value A E is qualified 3 4 5 Date and Time set the system date and time on the System Setting page as shown on Figure 19 adjust system date and time by Confirm as well as Up ES and Down Y keys Shenzhen Wave Optoelectronics Technology Co Ltd 16 WF30 User Manual IV Product Specification Model Display Mode Color Difference fomula Illumination condition Light Source Sensor Measurement caliber Measurement condition Measurement range Repetition Table difference Measurement interval Battery Lifetime bulb Display Connector Working temperature storage temperature Humidity Weight Measurement Package measurement Standard accessories Optional accessories WE30 CIE LAB AE ab CIE Recommendation d LED Blue Excitation Photodiode Array Pimm Observer CIE 10 Standard Observer Light Source D645 L 0 to 100 2E lt 0 05 take the deviation average after 30 times measuring the whiteboard f E lt 0 2 0 5 second 5000 times 5 years more than 1 6 milion measurements TFT true color 2 8 inch 2 16 9 Type B USB R5 232 Band rate 115 200bps O C 40 C 32F 104 F 20 C S50 C 4 F 122
8. llumination CIE and national stands Being with brand new imported key components the instrument is well designed and features in precision stability easy handling easy to learn and cost effective The instrument applies to the color quality control color difference control color difference analysis sampling testing and online testing for industries as textile printing and dyeing garments shoes leather chemical plastic pigment paint ink printing metal photography and toys etc as well as to the auxiliary color matching during the processes as injection inking painting and spraying coating etc Shenzhen Wave Optoelectronics Technology Co Ltd 3 WF30 User Manual I Structure 1 1 Appearance 6 Show screen 4 Saving 1 Up 5 Confirm 2 Down 3 Paging Y i 10 Switch 11 Printing interface 12 Battery cover Loe i L Shot 8 Measurement 9 Measurement port 13 DC connector Figure 1 Instrument Appearance Shenzhen Wave Optoelectronics Technology Co Ltd WF30 User Manual 1 2 Keys 1 Up 4 Saving A B P 6 Show screen 5 Confirm o gt A 7 2 Down 3 Paging Figure 2 Bird s View Up ry move the position of the cursor in the screen adjust the value of the activated items Down h move the position of the cursor in the screen adjust the value of the activated items Paging Switching between tabs Saving Ej Save settings Confirm Co
9. nfirm or activate selected items in the screen a blue background of the item will be changed to a green background after activation fast switching between standard measurement and sample measurement Show screen show measurement result etc Shenzhen Wave Optoelectronics Technology Co Ltd 5 WF30 User Manual 8 Measurement 9 Measurement port Figure 3 Back View Measurement Measuring Measurement port Optical channel for measuring 11 Printing interface 13 DC connector 10 Switch 12 Battery cover Figure 4 Right View Switch In 1 or Out O of the instrument Printing interface connect to the printer to print the measuring data Battery cover cover for the special lithium battery compartment DC connector dedicated power adapter connector Shenzhen Wave Optoelectronics Technology Co Ltd 6 WF30 User Manual 1 3 Power The Colorimeter is powered by dedicated power adapter or special lithium batteries the use of other facilities for power supply may damage the Colorimeter Ensure that the Switch is on Out O before connecting to the power adapter or mounting the battery 1 3 1 Battery 1 First check and confirm if the Switch is on Out O then following the arrow direction as shown on Figure 5 take out the battery cover by pressing down 2 Mount the battery into the compartment as shown in Figure 6 pay attention to the front and back of the battery
10. of the page to provide an intuitive color difference analysis 3 3 Check out Information 3 3 1 Type Sample Record Press Paging to jump to Check out Information page as shown on Figure 17 to check the saved data and to select from the drop down menu by Confirm as well as Up ES and Down hd keys if required DATA INS Type Tool Type 5 Parameters male Condition L 55 71 n oe Light D65 a Space LAB a 12 63 H 40 34 Diam Smm style Sid b 10 72 eet Date 2012 12 01 Time 11 10 17 Figure 17 Check out Information Page In the current page press save button can be activated in Figure 17 dialog box choose sample into or standard delete operation The T001 Type record set to current Type K 17 Selecting operation Shenzhen Wave Optoelectronics Technology Co Ltd 13 WF30 User Manual 3 3 2 Sample Record After selecting the Type Sample to be checked select Sample Record option to switch the screen to the Sample record page of the Type Sample as shown on Figure 18 then select Sample record by Confirm as well as Up ES and Down Y keys to check out the color difference records of each Sample TYPE SAMPLE DATA oYS TEM Type TOOL Sample 001 Sample Tol 20 Type Color Dit TEL ae L 55 71 AL 0 03 black FR E a 12 53 Aa 0 17 greent EOS in b 10 72 Ab 0 15 bhe ERT ab AR O ad Black Blue Date 2012 12 01 Time 11
11. to be measured while calculates the color difference data between the Sample and the Type Sample 3 2 1 Type Sample Measurement As shown on Figure 15 the Type Sample measurement can be Shenzhen Wave Optoelectronics Technology Co Ltd 11 WF30 User Manual performed to get the color parameters of a Type Sample The color parameters measured will be shown on the measurement page In the upper right corner of the page to display the test current conditions including light sources lighting and light mode TYPE SAMPLE DATA SYSTEM Type Tool P63 sd SCI b Parameters A 55 71 C 16 56 a 12 63 H 40 34 b 10 72 dISAMPLE SAVE le 11 10 17 Figure 15 Type Sample Measurement Page 3 2 2 Sample Measurement After completing the Type Sample measurement if it Is required to measure the color difference between the Type Sample and the Sample press Paging to switch the screen to Sample Measurement page as shown on Figure 16 the color difference parameter measured will be shown on the measurement page SAMPLE DATA SYSTEM Type TOO Sample 001 Tol 20 Des 8d SCI Type Color Dit Pore FAL Lu 55 71 AL 0 03 black al Yellow ale A Sa Aa py ee green E oe pa ed pi 10 72 4b 0 15 tive E AR 0 9d Black Blue 4 TYPE SAVE Figure 16 Sample Measurement Page Shenzhen Wave Optoelectronics Technology Co Ltd 12 WF30 User Manual Meanwhile color bias will be shown on the right
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