Microsoft Word - CT-C doc

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2 Optris GmbH Str. 49. Nr. 14 D Berlin GERMANY Tel Fax info@optris.de Internet CE EN EN /A /336/EEC 73/23/EEC CT - 2 -

3 CT CT A B - 4 -

4 1 optris CT optris CT 180 optris CT 0/4-20mA 0-10V J K USB RS232 RS485 LCD IP65 (NEMA-4) C (201 ) C (21 ) C 10 95% 28 mm x 14 mm 40 g IEC Hz.3G IEC ms. 50G 1 m ( ). 3 m. 15 m IP65 (NEMA-4) 0 65 C C 10 95% 89mm x 70mm x 30mm 420 g - 6 -

5 2.2 / 8 VDC 36 VDC 100mA 0-20 ma 4-20 ma 0-5 V 0-10 V (J K ) 0-5 V 0-10 V; 10 mv/k 2 60 VDC/AC 0.4 A ma mv 500Ω 8-36 VDC 100 KΩ 20 Ω F 1 - F 3 USB RS232 RS * ** * *** * µm C ms (95%) ±1 % ±1 C ±0.5 % ±0.5 C 0.1 C ±0.05%/K ±0.05 K/K µm C ms (95%) ±1 % ±1 C ±0.5 % ±0.5 C 0.1 C ±0.05%/K ±0.05 K/K * ** T> -20 C *** C 23 C ± 5 C

2.4 90 20 1 2-1 201 21 2 1-9 - 2.5 2.5mm@23mm 21 1 2.5mm@23mm 21 0.

6 mm@23mm mm@23mm mm@10mm mm@10mm CF- CF CF CF

7 3 1 m 20 m / / CT

4 4.1 CT 4 +8 36 VDC GND GND OUT-TC OUT-mV/mA AMB F1-F3 PINK GRAY BROWN WHITE GREEN

8 4 4.1 CT VDC GND GND OUT-TC OUT-mV/mA AMB F1-F3 PINK GRAY BROWN WHITE GREEN YELLOW J K ma mv mv VDC/100 ma CT M mm, 40mm 50mm 60mm 5mm 4mm

9 / 0.1K/m optris CT 1 CT 1 CT V OUT-mV/mA V OUT-mV/mA ma OUT-mV/mA ma OUT-mV/mA TC J OUT-TC TC K OUT-TC 4-1 CT OUT-mV/mA OUT-TC OUT AMB 10 mv/ CT 4.3 CT USB- RS232 RS485- d e h it e n b / lack w e iß/ w arz h s c O P D P- terminal block Schraubklemme terminal block CT 2 M3 5 M re ro t/ - W ER M -w D ü n /gre g r - G ND w n b ro a u n / b r - G ND e h it w e iß/ w D - X T e n g re ü n / g r - R XD Schraubklemme 4-2 USB ( ). RS232 ( )

10 USB USB CT USB CT USB PC 7.1 USB CT RS232 RS232 CT RS232 PC Relais LED Relais 2 60VDC/42VA RMS 0.4ADC/AC RS485 USB RS485-USB USB Search CD RS485 USB RS485-USB 2 CT RS485 A CT A B A A B B RS485-USB 32 CT 120R ON CT RS485 1~ CT 9.6k 4.4 F1 F2 F3 CT F1 0 5V 0V V 1 5V 1.1 F2 0 5V F1-F3 F3-18 -

11 5 CT M CT CF- M12 1 M

6 MODEUP DOWN MODE UP DOWN 10 0 5V 0.970 1.000 0.2 s 0 500 0V 5V 30 6-1 100 9.6k - 21 - [ ] 142.3C ( )[142.

12 6 MODEUP DOWN MODE UP DOWN V s V 5V k [ ] 142.3C ( )[142.3 ] 127CH [127 ] 25CB [25 ] 142CA [142 ] [0 20mA] ma / ma MV5 0 5V / MV V TCJ J / TCK K E0.970 [0.97] T1.000 [1.0] A s A---- = / s P----- P---- = / s/P = ( ) V---- V---- = / s/V = ( ) u.0 [0 ] /TCJ TCK n500.0 [500 ] / TCJ TCK U [ ] / [0.00 [0 ma] ]20.00 [20 ma] [-40 ] [900 ] B k 9.6 /19.2 /38.4/ 57.6 /115.2k M 01 [1] RS

13 CT EKJ0 0OUD 0A1B Up- Down- Mode- HCODE 1 4 Up- Down- Mode Down Mode CT OVER UNDER ˆˆˆCH vvvch CT 7.1 CT CT - Intel Pentium PC Windows XP 2000 RS232 USB CT 30M 128M CD-ROM CT CD-ROM setup.exe [Start] Programs optris gmbh ct connect uninstall

14 USB USB CT USB CT USB RS232 RS232 USB COM VCP USB COM VCP COM 7-1 COM USB CT USB 9 RS232 CT CT COM CT 9.6k CT Setup/Interface CT COM Online CT/ Offline CT/ Connecting

15 7.3 Start TObj 200ms TBox THead CT 2K Setup/Display Rangers

16 X- + - X ( <- -> ) 7-5 Stop

17 Y View/Settings ( 7-4) Recording Start (TObj. TBox and THead) Excel / File/Open x- y View/Settings Y Auto-Scale(global) Auto-Scale(local) Manually ( Y ) Round temperature axis

7.4 CT CT Setup/Sensor CT 7-6 - 33 - (Signal processing).

18 7.4 CT CT Setup/Sensor CT (Signal processing). (Output signals) (Advanced setting) F2 (0 5 V 0V=0.1;4.5V=1.0 5V=1.1) F1-F3 (0= 0V; 1= 5V)

Emissivity - 35 - Required temperature Acquire date and calculate emissivity Current

19 Edit material table A B not specified A B output signal normally open/close alarm source output signal 1 2 output signal Emissivity mode Fixed Value Calicuate Emissivity Required temperature Acquire date and calculate emissivity Current Temperature Emissivity OK CF CT Ambient control Signal processing Pt1000 F3 0-5 V; CT CT

20 7-1 / (w/o ) off CT 7-7 /

21 CT CT Threshold Hysterese / CT Hysterese /

22 digital Normally open close Alarm 1 TObj (analog ) 0-5 V 0-10 V 0/4-20 ma (TCJ TCK) Output mode CT

23 ( 7-11) 10 =2V 330 =7V Check limits 2 Source Tobj 1 ( ) Range 0-10V 0-5V 1 2( ) Visual alarm normally open close souce Tobj Thead Tbox LCD A Standard visual alarms( ) Blue backlight( ) LCD CT 1 [ ] 2 ( ) 2K setup Advanced settings

24 Change Head Parameter offset Gain Offset Gain Offset 0.0 K Gain RS485 CT 32 CT Epsilon 0 100%

25 ( ) optris CT

26 A LCD 1 [ ] 2 [ ] B 1.0 µm 1.6 µm 5.1 µm 8 14 µm Aluminium non oxidised oxidised Leg. A3003. oxidised roughened polished Lead polished rough oxidised Chrome Iron oxidised non oxidised molten Iron. casted oxidised non oxidised molten Iron. forged blunt Gold Magnesium

27 Haynes Inconel Copper Brass 1.0 µm 1.6 µm 5.1 µm 8 14 µm alloy oxidised sandblast electro polished polished roughened oxidised polished rough oxidised Molybdenum oxidised non oxidised Monel (Ni-Cu) Nickel oxidised electrolytic Platinum black Mercury Silver Steel cold-rolled heavy plate polished plate Titanium Wolfram Zinc Tin 1.0 µm 1.6 µm 5.1 µm 8 14 µm molten oxidised rustless polished oxidised polished oxidised polished non oxidised µm 2.2 µm 5.1 µm 8 14 µm Asbestos Asphalt Basalt Concrete Iron 0.98 Soil Paint (non alkaline) Gypsum

28 1.0 µm 1.6 µm 5.1 µm 8 14 µm Glass plate melt Rubber Wood. natural Limestone Carborundum Ceramic Grit Carbon non oxidised graphite Plastic transparent >0.5 µm Paper (any colour) Sand Snow 0.9 Fabric Water

S C A N D I N A V I A standard PRODUCT Catalogue ISSUE NO

S C A N D I N A V I A standard PRODUCT Catalogue ISSUE NO standard PRODUCT Catalogue ISSUE NO. 3 2013 34721 34731 34741 34751 KLASSE 3 I/II N. 34721 chrome-metal D24xH147 1xE27 60 20 II 58x48x24 2.98 2 0.033 1696 34731 gold-metal D24xH147 1xE27 60 20 II 58x48x24