Kurzanweisung für das Radiometer IL 1700 / 4856

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11\LIUU lll

II 1100 RESEARCH RADIOMETER

Die technischen Daten finden Sie in der Bedienungsanleitung (S3.07)

Bestimmung der Bestrahlungsstärke in W/cm1

1. Stecken Sie Sensor 4 auf SENSOR INPUT (Geräterückseite) 2. Gerät einschalten: POWER auf ON, AC-Diode leuchtet 3. DISPLAY auf FACTOR SHIFT setzen 4. Mit FACTOR SELECT die 4 für Sensor 4 einstellen 5. Display auf DATA stellen 6. Auto Range aktivieren 7. Detektor mit Kappe abdecken 8. Zero drücken 9. D.C.-Diode leuchtet auf 10. Kappe entfernen, Messwerte erfassen 11 . K ope autsetten, Gerät ausschalten 12. <abel ordnert, Gerät wieder in den Schrank stellen

Bestimmung der Infrarotstrahlung in W/cm2

1. Stecken Sie Sensor 3 auf SENSOR INPUT (Geräterückseite) 2. Gerät einschalten: POWER auf ON 3. DISPLAY auf FACTOR SHIFT setzen 4. Mit FACTOR SELECT die 3 für Sensor 3 einstellen 5 ....... - siehe oben -

11. appe aufsetzen, Gerät ausschalten 12. t abel ordnen, Gerät wieder in den Schrank stellen

Sensor4 Detektor: SED033 #8566 Optik: W#11929 Filter: F#28842 Empfindlichkeit: 9,66·10-3 A cm2 W 1

Messfehler: < 3,0%

Sensor3 Detektor: SED623 #646 Optik: W#1185 Filter: SCS860#24729 Empfindlichkeit: 1 ,850·1 0-4 A cm1 W 1

Messfehler: <3,0%

Fixieren Sie die Sensoren sorgfältig, die Sensoren vertragen keine Schockbelastungen 111111

Übersicht über die Radiometer

Spektroradiometer IL T 900

Messkopf Äaereich in nm Unsicherheit RPS900-R#SM240-IMOP2355-EU Glasfaseroptik/R2 251-1050 ±6% RPS900-R#SM240-IMOP2355-EU Glasfaseroptik/W2 251-1050 ±6%

Radiometer IL 1700 (SN 4856)

Sensor Detektor Filter Optik Anzeige Asereich Unsicherheit

1 SED033 # 8566 UVA#28709 W# 11929 W/cm2 UVA ±4,5% 2 SED240#6424 UVB#28731 W#11911 W/cm2 UVB ±5,5% 3 SED623#646 SCS860#24729 W# 11865 W/cm2 0,86-2,81-Lm ±5% 4 SED033 # 8566 F#28842 W# 11929 W/cm2 0,39-11-Lm ±4% 5 SED033 # 8566 Y#28969 W# 11929 Iux ±4,8% 6 SED033 # 8566 Y#28969 R#956 cd/m2 ±5,6% 7 SED033 # 8566 F#28842 R#956 W/(cm2 sr) ±5%

Radiometer RkP-571 0

Gerateeinheit Messunsicherheit Messverstarker RkP-5710 Certificate Number: C07300 SN: 067-088-004 N.I.S.T/ ANSIINCSL: Z540-1-1994/ MIL-STD-45662A

±1% Pyroelektrischer Messkopf RkP-575 Certificate Number: C07301 SN: 075-105-004 N.I.S.T/ ANSIINCSL: Z540-1-1994/ MIL-STD-45662A Chopper: Rk-570c SN: 094-087-004 ±5% Chopperfrequenz: 30Hz Spektrale Empfindlichkeit: (0,25-30) llm: ±0,5%, 4%; (0,4-3) llm: ±0,5% Unsicherheit der Kalibrierung: ±1 ,5% rdg (Messwertanzeige) + ±0,5% full scale (MBE) Sensoroberflache : 3,43 cm hinter der Blende Anzeigeeinheiten in W oder W/cm2

100

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10

70

60

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Spektrale Empfindlichkeit einiger Sensoren

JM/012011

IL1700

Sen""l

10 Alll-l'll

International Ught CALIBRATION CERTIFICATE

TECHNOLOGIES

lntemational Light certifies tha1 the instrument described below has been compared with the Iaborstory working standards wbose calibrations are traceable to the U.S. National institute ofStandards and Tcehnology and whose procedures are in accordance wilh lhe requircments of ANSI/NCSL Z540-l-1994, ISO I 0012-1: 1992(E) and ISO/IEC Guide 25: 1990(E).

Rendered-to: fQl.YIEC GmbH

Detcetor: SED033 118566'------- Input Optic: W 1111929 - - ---------

f iltcr: _f 1128=8:...:.:42=---- Mi.sc.: ___Jj/A ------ _ _ _ _

Spectral Response (half power poinlS): ~Ch~--------------------------------------

(PIR) PEAK IRRADIANCE RESPONSE SENSITIVITY fACTOR AS CALffiRATED ON: 30-Aug-2006

9.66E-3 (A)(cm2)(W-l) assuming monochromatic irradiance at 600nm

Faktor 4

l!nit will rcad directly in watts pcr square centimeter when uscd wilh an ILI700 and lhe Sensitivity Factor Above. Calibrated wilh

ILI700 114_,_,8=5=6·'-------

CALffiRATED WlTH ILI700 +5V BIAS: ON __ OFF___;__

REFERENCB PLANE: Groove ONE fonned by tiller or diffuser elements and next elemenl, counted from front surface ofassembly.

PRJMARY STANDARD: U.S. Nationalinstitute ofStandards and Technology Detector Response U I 023 - January 1997 - NlST Test No. 844/257423-9612 0204 - January 1997 - NlST Test No. 844/257423-96/ I N.l.S.T. Unccrtainty: 200-250nm=5%;250-400nm= I.0%;400-900nm=0.31 %;900-1 000nm=Q.58%; I 000-1 1 00nm=2.93%

INTERNATIONAL UGHT PRIMARY TRANSFER STANDARDS: IL.#O I ,1102,113275,11139,# 1490,U522,H627 JAN 1998- JAN 2008

IL Transfer Uncertainty to Customer = +/- 3.0 %plus NIST uncertainty above.

LIGIITSOURCE: IV IOOOWQTH LAMPOliTPUT: 2.98E-5W/cm2 _ _ ___ _

INSTRUMENTATION: JLII04 PROCEDURE: PIR I_Y _ _

TEMPERATURE: 23 dcgre<;~

CALIBRATED BY: Calibration Technician

HUMIDITY: _ 46 /0"_____",...,

CHECKED BY:_

FOR AUTHORIZED COPIES OFTHIS CERTIACATE OR OTHER INFORMATION PLEASE REFER TO THESE NUMBERS. THIS CERTIACATE SHALL NOT BE REPRODUCED EXCEPT IN FULL, WITHOUTTHE WRITTEN APPROVAL OF INTERNATIONAL UGHT, INC

Calibration Date: 30-Aug-06 Certificate No.: 6083060.11_ FO/Sales Order#: 120757

IL RECOMMENDS AN ANNUAL CAUBRATION CONARMATION INTERVAL INTERVALS OF CONARMATlON MAY NEED TO BE ADJUSTED DEPENDING ON RESUL TS OF PRECEDING CALIBRATIONS.

Internationallight Technologies, lnc. 10 Technology Drive, Peabody, MA 01960 USA 978-818-6180 I 978-8186181 fax mtl-hght.com I g1lway.com

Intern~ -Page I of I --=--= =

1.4000E-02

1.2000E-02

1.0000E-02

-~ 8.0000E-03

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4.0000E-03

2.0000E-03

O.OOOOE+OO

240

I

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SEL033/FIW Typical Response November 2001

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440 540 640 740 840 940 1040 1140

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033 F W 1101 .xls 15Nov01

lnternationa I Ught CALIBRATION CERTIFICATE

0

TECHNOLOG IES

International Light certifies that the instrument described below has becn compared with the laboratory work.ing standards whose calibrations are traceable to the U.S. National Institute ofStandards and Tecbnology and whosc procedures are in accordance with the requirements of ANSI/NCSL Z540-l-1994, ISO 10012-1:1992(E) and ISO/lEC Guide 25:1990(E).

Rcndcred-to: POL YTEC Gmbll.,_. ___ _

Detector: SED033 #_85..,.6."6'------ _ ___ Input Optic: W II 11 929

Filter: UV A #28709 Mise.: N/A

Spcctral Response (half power points): Sec Chart

(PIR) PEAK IRRADIANCE RESPONSE SENSrTIVITY FACfOR AS CALIBRA"fED ON: 30-Aug-2006

6.98E-3 (A)(cm2)(W- l ) assurning mooocbromatic irradiance at 360nm

Faktor 1

Unit will read directly in watts per square centimcter when used with an lL 1700 and the Sensitivity Factor Above. Calibrated with

IL1700 #4856.

CALffiRATED WllliiL1700 +5V BIAS: ON ___ OFF o,/

REFERENCF. PLANE: Groove ONE formed by filter or diffuser elemeots and ncxt elemcnt., counted from front surface of assembly.

PRIMARY STANDARD: U.S. Nationalinstitute ofStandards and Technology Detector Response U 1023- January 1997- NIST Test No. 8441257423-9612 0204- January 1997- NISTTest No. 8441257423-96/1 N.I.S.T. Uncertainty: 200-250nm 5%;250-400nm=I.0%;400-900nm=0.3 1%:900-1000nm=0.58%; I 000-11 00nm=2.93%

INTERNA"IlONAL LJGIITPRJMARY TRANSFER STANDARDS: IL.IIO 1,#02,#3275,11 139,11 1490,U522,1 1627

IL Transfer Uncertainty to Customcr = +1-

LIGHT SOURCE: 19c Hg-Xe

INSTRUMENTATION: 114544/IJVNW

TEMPERATIJRE:

CALIBRATED ßY :

JAN 1998- JAN 2008

4.5 %plus NlST uncertainty above.

LAMP OUTPUT: 2.62E-3 W/cm2

PROCEDURE: PIR19

FOR AuntORIZED COPfES OFTHIS CERTIFICATE OR OTHER INFORMATION PLEASE REFER TO THESE NUMBERS. THIS CERTIACATE SHALL NOT BE REPRODUCED EXCEPT IN FULL, WITHOUT THE WRITTEN APPROVAL OF INTERNATIONAL UGHT. INC

Calibration Date: 30-Aug-06 Ccrtificate No.: 6083060 II FO/Sales Order#: _120757

ll RECOMMENDS AN ANNUAL CALIBRATION CONFIRMATION INTERVAL INTERVALS OF CONFIRMATION MAY NEED TOBE ADJUSTED DEPENDING ON RESULTS OF PRECEDING CALIBRATIONS.

Internationallight Technologies, lnc. 10 Technology Drive. Peabody, MA 01960 USA 978-818-6180 1 978·818 6181 lax mtl-hght.com I gtlway.com Page I of I

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Wavelength

Internationallight CALIBRATION CERTIFICATE

TECHNOLOGIE$

International Light ccrtifies lhat the instrument described below has bcen compared with the laboratory working standards whose calibmtions are tmceable to the U.S. Nationalinstitute of Standards and Tecbnology and whose procedures are in accordance with tbe requiremcnts of ANSI/NCSL Z540-l-1994, ISO 10012-1 :1992(E) and ISO/IEC Guide 25:1990(E).

Reodered-to: POL YTEC Gmbl l

Det.ector: SED240 #6424 Input Optic: W 111191 1

Filter: UVB-1 /#28731 Mise.: _ N/A

Spectral Response (half power points ) : See Chart

(PIR) PEAK IRRADIANCE RESPONSE SENSITIVITY FACTOR AS CALffiRATED ON: 30-Aug-2006

4.60E-5 (A)( cm2)(W -l) assuming monochromatic irradiance at 290nm

Faktor 2

Unitwill read dircc!I.Y in watts p_er squarc ccntimeter when used wilh an ILI700 and the Sensitivity Factor Above. Calibrated wilh

IL 1700 #4856.

CALißRATED WITI11LI700 +5V BIAS: ON _ _ _ OFF J __

REFERENCE PLANE: Groove ONE tbnncd by filter or di1Tuser clements and next clcmenl, counted from front surface of assembly.

PRIMARY STANDARD: U.S. Nationalinstitute ofStandards and Techno1ogy Oetector Response U 1023- January 1997 - NlSTTest No. 844fl57423-96fl 0204- January 1997- NISTTest No. 844fl57423-96/l N.l.S.T. Uncertainty: 200-250nm=5%;250-400nm=1.0%;400-900nm=Q.31%;900-1000nm=Q.58%; 1000-11 00nm=2.93%

INTERNATIONAL LIGHT PRIMARY TRANSFER STANDARDS: lL.#O 1,#02,#3275,# 139,# 1490,U522,11627

lL Tmnsfer Uncertainty to Customer = +/-

LIGHT SOURCE: 19c Hr.:X_e _

INSTRUMENTATION· #1029/lNB-1/W

TENWERATURE: 2~~~~~

CALIBRATED ßY :

4.5 %plus NIST uncertainty above.

JAN 1998 - JAN 2008

FOR AUTHORIZED COPIES OFTHIS CERTIFICATE OR OTHER INFORMATION PLEASE REFER TO THE NUMBERS THIS CERTlFICATE StWJ. NOT BE REPROOUCED EXCEPT IN FULL. WITHOUT THE WRrrTEN APPROVAL OF INTERNATIONAL UGHT. INC

Calibration Date: 30-Aug-Q6 Certificate No.: 608306012 __ FO/Sales Order#: 120757

IL RECOMMENOS AN ANNUAL CAUBRATION CONARMATION INTERVAL INTERVALS OF CONFIRMATlON MAY NEED TOBE AOJUSTEO OEPENOING ON RESULTS OF PRECEDING CAUBRAllONS.

Internationallight Technologies, lnc. 10 Technology Dnve. Peabody, MA 01960 USA 978·818·6180 I 978-818-6181 Fax mll-light.com I gilway.com Page I of I

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0.2

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250 260

SEL240/UVB-l/W riCAL RESPONSE

270 280 290 300 310 320 330 340 350

nm

240 UVB1 W 1003

Internationallight CALIBRATION CERTIFICATE

TECHNOLOGIES

International Light certilies lhatlhe inslrument dcscribed below has bcen comparcd with tltc Iabaratory working standards whose calibrations are traceable to the U.S. Nationalinstitute ofStandards and Technology and whose procedures are in accordanee with lhe requirements of ANSIINCSL Z540- l - 1994, ISO 10012-1:1992(E) and ISOIIEC Guide 25:1990{E).

Rendered-to: POL YTEC Gmbll

Oetector: SED623 #646 Input Optic: W # 11865

Filter: SCS860 #24129 Mise.: N/A

Spectral Response (half power points): See C_h_an _______ _

(Pffi) PEAK ffiRADIANCE RESPONSE SENSITIVITY FACTOR AS CALIDRATED ON: 30-Aug-2006

1.850E-4 (AX cm2XW-I) assuming monocbromatic irradiance at 91 Onm

Faktor 3

Unitwill read dirc~in watts per square eentimeter when used wilh an lL 1700 and lhc Scnsitivitv Faclor Abovc. Calibrated wilh

ILI700#4856.

CALlBRATED WflliiLI700 +SV ßiAS: ON OFF ./

REFERENCE PLANE: Groove ONE formed by filtcr or diffuser clements and next element., counted from front surface of asscmbly.

PRIMARY STANDARD: U.S. National Institute ofStandards and Technology Oetector Response U I 023 - January 1997- NIST Test No. 8441257423-96fl 0204 - January 1997 - NIST Test No. 8441257423-96/1 N .lS.T. Uoeertainty: 200-250nm=5%;250-400nm= 1.00A.;400-900nm=0.3 1 %;900-1 000nm=0.58o/o; I 000-11 00orn=2.93o/o

INTERNA TI ON AL LIGHT PRIMARY TRANSfER STANDARDS: IL.#01,#02,#3275,#139,#1490,U522,11627 JAN 1998- JAN 2008

11. Transfer Uncertainty to Customcr t/- 3.0 %plus NIST uncertaioty abovc.

LIGHT SOURCh: I Y I OOOW QTH

INSTRUMENTATION· ........... L.t.JUa.__

'fEMPERA'I1JRE: 23~\ib!.S'-I<N"'-'l.

LAMP OUTPUT: 1.809E-4 W/cm2

PROCEDURE:

CALIDRATED BY:

FOR AUTHORIZED COPIES OF TliiS CERTIFICATE OR OTHER INFORMATION PLEASE REFER TO THESE ERS THIS CERTIFICATE SHAll NOT BE REJ>RODUCED EXCEPT IN FUU., WITHOUT THE WRITTEN APPROVAL OF INTERNATIONAL UGHT, INC

Calibration Date: 30-Aug_-06 Certificatc No.: 608306017 fO/Sales Order#: 120757

ll RE~ENDS AN ANNUAL CAUBRATION CONFlRMATION INTERVAL INTERVALS OF CONFIRMATION MAY NEED TO BEADJUSTED DEPENDING ON RESULTS OF PRECEDING CAUBRATIONS.

Internationallight Technologies, lnc. 10 Technology Onve. Peabody, MA 01960 USA 978·818·6180 I 978-818-6181 lax mtl·lightcom I g1lway.com Page I of I

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lnternationa I Light CALIBRATION CERTIFICATE

TECHNOLOG IES

Lntemational Light certifies that thc instrument described below bas been compared with the laboratory working standards wbose calibrations are traceable to the U.S. Nationalinstitute ofStandards and Technology and wbose procedures are in accordance with the rcquirements of ANSI/NCSL Z540-1-1994, ISO 10012-1:1992(E) and ISOIIEC Guide 25:1990(E).

Rcndcred-to: P04_YTEC Gmbll ________ _

Dctector: _s_ED033 #8566

Filter: Y #28969

Spcctral Response (half power poi.nts): See Chart

Input Optic: W # 11929

Mise.: _ N.:.=:./ A.:.__ _ _ _

(Y1S) PHOTOPIC ILLUMINANCE RESPONSE SENSITIVITY FACTOR AS CALffiRATED ON: 30-Aug-2006

2.2~E..L (A)(ft2)(lm-t) assuming 3215 K Color Tempersture

2.100E-09 (AXIux-1) assuming 3215 K ColorTempersture

Faktor 5

Unitwill read directly in Iumens per square foot (footcandles) or Iux when uscd with an ILI700 and the Sensitivity Factor Above.

Calibrated with lLI700 #4856.

CALffiRATEDWITHILI700+5Vß1AS: ON ___ OFF J

REFERENCE PLANE: Groove ONE formed by filter or diffuser elements and next element, counted from front surface of assembly.

PRIMARY STANDARD: U.S. Nationalinstitute ofStandards and Technology Detector Response SED033 #4528 / Y #16218 - December 8, 2005 - NISTTest No.: 844fl72571..05/ l N.I.S.T. Uncertainty: 0.50%

INTERNATIONAL LIGHT PRIMARY TRANSFER STANDARDS: IL.#O 1,#02,#3275,# 139,# 1490,U522,11627 JAN 1998- JAN 2008

IL Transfer Uncertainty to Customer = +/- 4.3 %plus NJST uncertainty above.

LIGHT SOURCE: IV 1000W QTH LAMP OUTPUT: 2241m/ft1

INSTRUMENTA TJON:_.IL_Il04/Y PROCEDURE: __,Y'-"IS""'1'-'-Y __ _

TEMPERA TURE: _a.L--"..._.,~~ IIUMTDITY: --:40o!6'-'-%,._ __

CALIBRATED BY: CHECK.ED BY:. __ _ QA Manager, Calibrations

FOR AUTHORIZED COPIES OFTHIS CERTlACATE OR OTHER INFORMATION PLEASE REFER TO THESENUMBERS THIS CERTIACATE SHALL NOT BE REPRODUCED EXCEPT IN FULL. WITHOUT THE WRrTTEN APPROVAL OF INTERNATIONAL UGHT, INC

Calibration Date: 30-Aug-06 Ccrtificate No.: 608306014 FOtSales Order#: 12Q1~ __

IL RECOMMENOS AN ANNUAL CAUBRATION CONFIRMATION INTERVAL. INTERVALS OF CONFIRMATION MAY NEED TOBE ADJUSTED DEPENOING ON RESULTS OF PRECEDING CALIBRATIONS.

International Light Technologies, lnc. 10 Technology Onve. Peabody, MA 01960 USA 978-818·6180 I 978-818·6181 fax mtl-light.com I gilway.com Page 1 of I

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7.00E-01

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400 425

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450 475 500 525 550

Wavelength

I 575

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700

International Light CALIBRATION CERTIFICATE

)

TECHNO LOG I ES

International Light certifies that the instrument described below has been comparcd with thc Iabaratory working standards whose calibrations are traceable to the U.S. National institute ofStandards and Technology and whose procedures arc in accordance with the requirements of ANSIINCSL Z540-1-1994, ISO 10012-1 :1992(E) and ISO!IEC Guide 25:1990(E).

Rcndered-to: PQL_'lJ:E.C Gmbll

Detector: SEDOJJ #8566 Input Optic: R #956

Filter: Y #:..:2~89=-=6=9 __ _ Mise.: ___]j/A

Spectral Response (half power points): SeeChart

(YLS) PHOTOPIC LUMINANCE RESPONSE SENSITlVlTY FACTOR AS CALIBRATED ON: 30-Aug-2006

l.733E-10 (AXm2Xcd-1) assuming 3215 K Color Temperature

Faktor 6

Unitwill read direclly in candcla per ~are mcter (nit) wben used with aniLl700 and the Scnsitivity Factor Above. Calibrated

with IL1700 #4856. __ _

CALffiRATED wrrn TLI700 +5V BIAS: ON __ OFF )

REFERENCE PLANE: Groove ONE formed by filter or diffuser elements and next element, counted from front surface of assembly.

PRlMARY STANDARD: U.S. Nationalinstitute ofStandards and Technology Detector Response SED033#4528/Yit i6218/R#204 - December 14,2005 - NISTTest No.:844/272571-0513 N.J.S.T. Uncertainty: 1.3%

INTERNATIONAL LIGHT PRIMARY TRANSFER STANDARDS: IL.#O 1,#02,#3275,# 139,# 1490,U522,11627 JAN 1998- JAN 2008

11. Transfer Uncertainty to Customer ~/- 4.3 %plus NlST uncertainty above.

LIGHT SOURCE: I Y I OOOW OTH/ReOectance TabJet

INSTRUMENTATION· IL #04N

TEMPERA.TURE: 23 deX\ CALffiRATED BY:

Calibration Techuiciafl-

LAMP OUTPUT: 745 cd/m2

PROCEDURE: YLS I Y

IIUMIDITY: ____42t.0

CIIECKEDBYo . ~ "A Man r ibralions

FOR AUTHORIZ.ED COPIES OFTHIS CERT1FICATE OR OTHER INFORMATION PLEASE REFER TO THESE NUMBERS THIS CERTIFICATE SHAll NOT BE REPROOUCED EXCEPT IN FULL. WITHOUT THE WRrrTEN APPROVAL OF INTERNATIONAL UGHT, INC

Calibration Date: 30-Aug-06 Cerlificate No.:~060 15 FOtSales Order#: 120757

IL RECOMMENDS AN ANNUAL CAU BRATION CONF1RMAT10N INTERVAL INTERVALS OF CONFIRMATION MAY NEED TOBE AOJUSTEO OEPENOtNG ON RESUL TS OF PRECEOING CALIBRA TlONS

International Light Technologies, lnc. 10 Technology Onve, Peabody, MA 01960 USA 978·818·6180 I 978-818·6181 lax intHightcom I gilway com

Intern~ Page I ofl ~ -

0.9

0.8

0.7

0.6

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0.4

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SED033/YIR Typical Response

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450 500 550 600 650 700 750

nm

Internationallight CALIBRATION CERTIFICATE

TECHN OLOG IES

International Light certifies that the instrument described below bas been compared with the Iaboretory working standards wbose calibrations are traceable to the U.S. National Institute ofStandards and Technology and whose procedures are in accordance with the n:quirements of ANSf/NCSL Z540-1-1994, ISO 10012-1: 1992(E) and lSOIIEC Guide 25: 1990(E).

Rendered-to: PQm"EC Gmbll.

Detector: SED033 #8566 _ _ Input Optic:~56. ___________ _

Filter: F #28::..:84=-=-2 _ _ Mise.: N/A

Spectral Response (half power points): See Chart

(PRR) PEAK RADIANCE RESPONSE SENSITIVITY FACTOR AS CALIBRATED ON: 30-Aug-2006

_1.96E-4 (AXcm2Xsr)(W-l) assuming monochromatic radiance at600nm

Faktor 7

Unit will read directly in watts per square centimeter per steradian wben used with an lL 1700 and the Sensitivity Factor Abovc.

Calibratcd with IL1700 #4856.

CALIBRATED WITIIIL1700 +5V BIAS: ON OFF_(

REFERENCE PLANE: Groove ONE formed by filtcr or diffuser elements and oext clcment, couoted from front surface ofassembly.

PRlMARY STANDARD: U.S. National Institute ofStandards and Technology Detector Response U 1023- January 1997- NISTTest No. 8441257423-9612 0204- January 1997- NISTTest No. 8441257423-96/1 N.I.S.T. Uneertainty: 200-250nm=5%;250-400nm= 1.0%;400-900nm=0.31%;900-1000nm=0.58%; I000-1100nm=2.93%

INTERNATIONAL LIGHT PRIMARY TRANSFER STANDARDS: lL.#O 1,1102,#3275,# 139,# 1490,U522,H627

lL Transfer Uncertainty to Customer = +I- 3.0 %plus NIST uncertainty above.

JAN 1998 - JAN 2008

LIGI IT SOUR CE: I Y I OOOW QTII/Rcflectanec Tablet

INSTRUMENTATION:_IL #04

LAMP OUTPUT: 9.20E-6 W/an2Jsr

TEMPERATURE: 23 ~rees~ CALIBRATED BY: __

Calibmtioo Tcchnician

PROCEDURE: PRR ,_,1 Y'----

HUMIDITY:

_ CIIECKED BY:

FOR AUTHORIZED COPIES OFTHIS CERTIFICATE OR OTHER INFORMATION PLEASE REFER TO THESE NUMBERS. THIS CERTIFICATE SHAU NOT BE REPRODUCED EXCEPT IN FULL. WITHOUT THE WRIITEN APPROVAL OF INTERNATIONAL LIGHT, INC

Calibration Date: 30-Au&-06 Certificate No.: 60830~ FOtSales Order 1#: 120757

ll RECOMMENOS AN ANNUAl CALIBRATION CONARMATION INTERVAL INTERVALS OF CONFIRMAllON MAY NEED TOBE ADJUSTED DEPENDING ON RESULTS OF PRECEDING CALIBRATIONS

International Light Technologies, lnc. 10 Technology Dnve, Peabody, MA 01960 USA 978-818-6180 I 978-818-6181 fax 1ntl-light.com I gilway.com

Intern~ Page I of I 6il Technlc:a~ =

SED033/F/R Typical Response May98

1.20E-03 J ~ :k::=--

1

i 1.00E-03 -+----!------·-·-

S.OOE-04 · '

""" ~ -'C' II)

:=:: 6 OOE-04 N

-+- - + ---:~---l-- --l--·-t E ~

~

4 OOE-04 t·---li-- --+- - -+---1----1----1--

u

. ---- -~

----1

2 .00E~ ~

0 OOE+OO I : I

300 350 400 450 500 550 600 650 700 750 800 850

Wavelength

033 FR 0598

-- --- -- r--

r -

-J __ - +-

900 950 1000

May98