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MILI.EFI MILLER INSTRUMENTS LfD # 1 - 3871 North FraserWav Burnaby, B.C. VsJ 5G6 Telephone (604) 431 -8882 Fax(604) 431-8714 web:www.miller.bc"ca erail: miller@ miller.bc.ca CERTI FICATE O F CALIBRATION -r*r- tW@'ml ldftt | (6i I fFtc.cturc | -7 | - r ,- .m- l-"::ililff::;;i"'"1 CLAS94.Og L-jj'ffi:fi:ilJrv Page1 of2 Certificate Nr:.: 38388 Date of issuer April 1,2015 Manufacturer': Model No: SerialNo: Description: Customer: Temperature: 23tl'C Relative humidity:31+10 %RH Calibration date: April 1,2015 Calibration due date:April l, 2016 Eurotherm Chessell (Sure Controls) 6100A MB430143G Graphic recorder Red-D-Arc Ltd. The Calibration Laboratory Assessment Service (CLAS) of the National Research Council of Canada (NRC) has assessed and certified specific cali.bration capabilities o/' Miller Instruments Ltd. and its traceability to the International System of Units (SI) or to the stqndards acceptable to the CLAS program. This certificate of cali.bration is issued in accordance with the conditions of certificationgranted by CLAS, Certification number94- 03, and the conditions of accreditation granted by the Standards Council of Canada (SCC), Accreditation number No. 156. TheISO/IEC 17025:2005 Standardv,asusedin the above qssessment carried out by CLAS, Instrument received: within tolerance Instrumentreturned: within tolerance (as requested by the customer) For meqsurement results qssociated with the conformanceto a tolerance, the tmcertainty in the measuremenl system did not exceed 250% (4; l test uncertainty ratio) ofthe acceptabletolerancefor each characteristic calibrated,unless otherise noted in the report. "r--,,j.-,. .t//.4''/'?/'r!&*-/b-- Calibrated by: 4=:-J-- Authorizedby: (Mahkameh Mohsenin, B.Sc.) Calibration Procedure: CP-SP23439 Calibration Equipment Used : ID # Model 009 Fluke 5500A 022 Agilent 34584 Description Multiproduct calibrator DMM SenaLNumbcr 6460006 us2803 1059 Calibration DueDate Sep 12,2015 Jul 9,2015 Copyrigh.t of this certificate is owned by Miller Instrumen.ts Ltd. and may not be reproduced other than in full except with the prior written approval of Miller Instrumen.ts Ltd.
Transcript of -r*r- tW@'ml ldftt | (6i I - Red-D-Arc
MILI .EFIMILLER INSTRUMENTS LfD# 1 - 3871 North FraserWavBurnaby, B.C. VsJ 5G6Telephone (604) 431 -8882Fax (604) 431-8714web: www.miller.bc"caerail: mil ler@ miller.bc.ca CERTI FICATE O F CALIBRATION
-r*r- tW@'mlldftt | (6i I
fFtc.cturc | -7 |- r ,- .m- l-"::ililff::;;i"'"1CLAS94.Og L-jj'ffi:fi:ilJrv
Page 1 of2
Certificate Nr:.: 38388Date of issuer April 1,2015
Manufacturer':
Model No:
Serial No:
Description:
Customer:
Temperature: 23tl'CRelative humidity: 31+10 %RHCalibration date: April 1,2015Calibration due date: April l, 2016
Eurotherm Chessell (Sure Controls)6100AMB430143GGraphic recorderRed-D-Arc Ltd.
The Calibration Laboratory Assessment Service (CLAS) of the National Research Council of Canada (NRC) hasassessed and certified specific cali.bration capabilities o/' Miller Instruments Ltd. and its traceability to theInternational System of Units (SI) or to the stqndards acceptable to the CLAS program. This certificate ofcali.bration is issued in accordance with the conditions of certification granted by CLAS, Certification number 94-03, and the conditions of accreditation granted by the Standards Council of Canada (SCC), Accreditation number
No. 156. The ISO/IEC 17025:2005 Standardv,as used in the above qssessment carried out by CLAS,
Instrument received: within toleranceInstrument returned: within tolerance
(as requested by the customer)
For meqsurement results qssociated with the conformance to a tolerance, the tmcertainty in the measuremenl
system did not exceed 250% (4; l test uncertainty ratio) ofthe acceptable tolerancefor each characteristic
calibrated, unless otherise noted in the report. "r--,,j.-,.
.t//.4''/'?/'r!&*-/b--Calibrated by: 4=:-J-- Authorized by:
(Mahkameh Mohsenin, B.Sc.)
Calibration Procedure: CP-SP23439
Calibration Equipment Used :ID # Model009 Fluke 5500A022 Agilent 34584
DescriptionMultiproduct calibratorDMM
SenaLNumbcr6460006us2803 1059
Calibration Due DateS e p 1 2 , 2 0 1 5J u l 9 , 2 0 1 5
Copyrigh.t of this certificate is owned by Miller Instrumen.ts Ltd. and may not be reproduced other than in full except with the prior written
approval of Miller Instrumen.ts Ltd.
M I L L E F I
CERTI FICATE O F CALIBRATION
Page2 of2Cerlif icate No.: 38388
Date of issue: April 1,2015
Calibration dfia (as found and as returned)
Applied Expected Measurement ToleranceChannel No. Voltage (VDC) DUT Reading ("F) DUT Reading ('F) Uncertainty (*X'F) Limits (+X'F) Pass/fail
1 0.000 -50 -50 I 5 p1 2.787 382 382 I 5 pI 6 .013 882 882 1 s p| 9.239 1382 13 83 1 5 p
2222
J
33J
4A
4
4
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Note 1:Note 2:
Note 3:
Note 4:Note 5:Note 6:
0.0002.7876.0 l39,239
0.0002.7876 . 0 1 39.239
0.0002.7876.0139.239
0.0002.1876.0 l39.239
0.0002.7816 , 0 1 39.239
-503828821382
-50382882t382
-503828821382
-50
3828821382
-50382882t382
-5038288313 83
-50382882l3 83
-50
3828831 3 8 3
-503828821 3 8 3
-50382882l3 83
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pppp
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pppp
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5555
DUT: Device under test.The DUT was powered with a 120 V AC (60 Hz) line and was calibrated after a 30-minute warm-up
period.
The measurement unceftainty of this calibration, assuming normally distributed data, was derived ffom
effective standard deviations and has been expanded to obtain a coverage factor ofk=2 at a level of
confidence of approximately 95Yo.The memory battery was replaced before the above calibration.The tolerance limits were assigned by the customer.The expected DUT readings were calculated using the following equation:
T =155V -50Where Z is in volts andZ i s i n o F
Copyrightofthiscertificareisowned byMillerlnstrumentsLtd.andmaynotbereproducedotherthaninfullexceptwiththepriorv'ritten
approval of Miller Instruments Ltd.
