Quick Thermal Conductivity Meter
Contents
1. Repeat 01 01 Temp 24 C dTemp 10 4 C Time 205 60 Sec AY A 6 UD FINE W mkK I 2 000 T4 0205 6 cess 2280227 No PD 1 1 7 HAS OBSS SOFT QTM5W QTM 500 30 m 10mm 0 035 5 0W mK Windows 95 CD ROM M 9803253052. Td i Rc n EAE 60 qe q In tz t1 4 n T1 T thermal conductivity of sample IUE LT MMR WR BEREKEN rime tight amp MRE tin RARAS RAER BU te AUS RKA ES T Ts Temperature at t t FA SPSS at n EDGE A BERI eC TFS Be T H t1 iz Time log t 5 Y H nec ad m pe i Repeat 01701 Temp 6 dTemp b 4 Time 60 Sec st PD13 RESULT 01 7190 AY A W mK DP 500 cp B QTM PA1
3. 1copy PC connecting cable for DOS V 1DCG e Main Menu for Measurement TI Ll Data 11 98 SOFI QIMSEW Velo lllSpecification QTM 500 Type and model name QTM 500 Quick Thermal Conductivity Meter Temperature 5 to 35 C Ambient condition Measuring method Hot Wire method Humidity below 85 RH Measuring range 0 023 to 12W mk Power source AC100 to 240V 50 60Hz Precision 5 reading value per reference plate Power consumption 60W Reproducibility 396 reading value per reference plate be Main unit 300W X475D X 175Hmm Temperature 10 to 200 C Thermal bath is necessary for Box probe 100W X 50D X 100Hmm measurement at different temperature than room Weight 9kg Measuring time Standard 60sec specimen must be in equilibrium 1 PD 11 Box probe 1pce PD 11 Box Probe 2 Probe constant card 1pce Sensor Constantan heater wire and chromel alumel 3 Power cord with ground wire 1pce thermocouple 4 Power fuse 2pce Heater current precision 0 05 of setup value 5 Reference plate Supplied parts 30 characters 7 lines LCD with back light R1 2 Clear quartz in box 1pce Display R2 2 silicone rubber in box 1pce Display Thermal conductivity 0 X X X X X x X X W mK R3 2 polyethylene form in box 1pce Measuring temperature 100 to 1000 C 6 Cooling plate aluminum 1pce Guiding message for measurement 7 Brush 1pce Minimum sam
4. 5 3 100 180C 40 20X 80X 20mm DPD NO F b7o 7 1 2 AP NO 7 2772 1 3 H3 BA d H cil at Hf K Bal ni i xd A E al et A WK fe m 1 PD 3 1 3 K 0 0580 6W mK 5 3 100 1000C 2 4 100 120 1 00x 80x 40mm 1 PD 3 1 30 2 Mt is E 538 3 Ilis 4 R 1 Ho 1 5 10kg 6 AP 31
5. m T 5 OTETO i PD 31 q In t2 t1 4 x T2 T 1 W mK q W m ti t2 sec Ti T tito COME K P PD m Bii A K t T log t Start
6. QTM PA1 PD 11 SOFT QTMSEW QTM S00 AE I QTM 500 5 SOFT QTM5EW Pp iL f hh c p pe Windows 95 MER 1 PD 11 p TE 1 30 7 30mm 10mm 2 ae Er sis O XXXX XXX XW mk 100 1000 C 0 035 5 0w m K 100WXS0LX20H Ess HH 1 RS 232C po 2 g D PM didi 2 85 RH ACI00 240V 2 50Hz 60Hz D 300W X475D X 175Hmm 2 100W X 50D X 100Hmm PD 11 ir Be HEY RI R2 2 x RENE R3 2 X 3 4 mk i i Eg BE ESJB XUSISE 4S SS BRAG
7. 1 Irira METS LELEI a8 E b ak Di ax D gi ab 7D Bi D h HW QTM 500 Al x 73 X Al 88 A 0 023 12W mK 5 3 10 200C e 60 EE 1 PD 11 NOR E or 3 K 0 1 96 Mat li dE ER 1 30 7 0 XXXX XXX X W MK 100 1000C 100x 50x 0mm 1 RS 2320 1 mV 1 1 5 35C iS ta RR 85 RH 1 AC1OO
8. 388 F 175 9042 200072 TEL 021 66581985 FAX 021 66581986 URL http www shxf17 com IE 13916388882 zhou fengl027 163 com
9. Quick Thermal Conductivity Meter JUN UU KYOTO ELECTRONICS Quick Thermal Conductivity Meter d All kinds of sample can be measure by two different types of sensor up to your needs QTM 500 does quick and easy measurement of all kinds and types of sample materials Stick sensor probe on sample surface of thermal equilibrium and press START key The measurement results will appear on display in 60 seconds Box type probe standard PD 11 Principle of measurement The probe consists of single heater wire and themocouple fie x a When constant electric power energy is given to the heater the temperature of the wire will rise in exponential progression Temperature rising curve is plotted in linear line in below figure with time axis scaled in logarithm The angle of this line increases if the sample has less thermal conductivity and decreases if it has higher TC Therefore TC of a sample can be determined from the angle of the rising temperature graphic line le q In t2 ti 4mZ T2 T1 A thermal conductivity of sample l l q generated heat per unit length of sample time For measurement of hydrous or electrically conductive t t measured time length material like foods or crude concrete etc Ti T2 Temperature at t t PD 1 3 Insulation damp proof probe option T C Q 5 Time log t Examples of LC Display Start measurement
10. 240V 2 50Hz 60Hz 70W 1 300 x 475x 175mm 6 100X 50x 100mm 9kg 1 PD 11 1 1 3 1 4 AC GP 1 5 1 6 OR m 7 R 1 1 R 1 R3 1 8 1 9 1 10 1 moh eet LIMES A BI Al B BEIDE fs m 1 PD NO 3 K 4 0 8SUS316 60mm 5 0 0116 0 1W mK
11. 3 PD 13 4 QTM PA1 PD 1 1 5 DP 500 RS 238C 6 SOFT CAP SDFT CAP Microsoft Excel CSV 102 0084 8 3 540 0031 1 8 812 0013 1 11 5 804 0003 1 2 601 8317 68 I 601 8317 56 2 804 0003 1 2 06 6
12. 942 7373 FAX 092 473 4001 FAX 093 861 2525 FAX 075 691 4121 FAX 075 691 4122 FAX 093 861 2131 FAX 03 3239 7335 FAX 06 6942 7474 FAX 092 473 4002 FAX 093 861 2990 FAX B B B B B B B B B B 075 7 03 3239 7332 FAX 03 3237 0537 06 6942 9898 092 473 4003 093 861 2250 691 4127 075 691 9961 093 873 1790 03 3237 0537 06 6942 9898 092 473 4003 093 861 2250 7 075 691 4125 FAX 075 691 9536 KYOTO ELECTRONICS MANUFACTURING CO LTD httpz www kyoto kem com i 2003 10 310TD53C KEM QTM 500 QTMS00
13. When START button is pressed the heater is supplied with constant power by heater current The graphic curve shows realtime thermal progression of sample surface heater temperature Repeat 01701 Temp tG i C dTemp Time 60 Sec G Measurement result The measurement results will be shown on display immediately after the measurement is finished SULT 01710 AY 22 89 979 9 000 Tm 20 C W mK Measurement results Temperature graphic for time log Temperature change can be confirmed by linear graphic line for time in logarithm Other Options Printer DP 500 Sample No TC and temperature are printed out Powder sample can be measured by combination of this case and PD 11 probe SOFT QTM5EW software for Measuring Thermal Conductivity of Thin Sheet Optional parts Typical example of measurement The QTM 500 Thermal Conductivity Meter and a personal computer with Windows 95 were connected and SOFT QTM5EW software was installed Then measurements for thermal conductivity were performed on the following samples Homogeneous material in film sheet or thin board form of those sample like rubber plastics ceramics paper textile or wood Thickness of sample 30um to 10mm thick materrial in sheet form Measuring range 0 035 5 0w m K Measuring equiment CD ROM 9 ipce Operating manual
14. ple required approx 100WX 50L X 20 thick mm or more 8 Operating manual 1copy RS 232C 2 channels External output Thermocouple electro motive force 1 channel Distributed by HSE XS S M23 BRAG 388 17 904 200072 KYOTO ELECTRONICS TEL 021 66581985 FAX 021 66581986 MANUFACTURING CO LTD URL http www shxf17 com Orerseas Division 8 3 Niban cho Chiyoda ku TOKYO 102 0084 E Se JAPAN Fax 81 3 3237 0537 Phone 81 3 3239 7331 IE 13916388882 zhou fengl027 163 POM Specifications and design subject to change for improvements without notice printed in Japan 88TD33B IM Quick Thermal Conductivity Meter Wile UZ EVE ORK AZ b A bk E O FA try 2 EM E 1 RIT RY Te Sk o sc TEE ull p Uf M he 1 mm ok ee fT RAAT AL HRR SS SERT 3 nr 1000C 60 d 7 PD 11
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