furnace survey report - americaninstrument.biz tus.pdf · 2 of2 13.0 procedure cqi-9 version 3, 3.4...

112009-FSR

Furnace Survey Report

B3-Belt

Rev. 12-11-A

Report Number FSRl50902A

Quality Control Manager or Designate

365 Days 91212015 91212016

1650 °F -4

Signature:

Signature:

Signature:

Survey By:

Verified this Date: Date Due:

112009-FSR

Result: Pass Bias=

This facility has passed the CQl-9 uniformity survey. No overshoot was noted. Required Control bias.

14:40 91212015 15:28 91212015 0:48 Hrs.

Target Temperature # 1

Test Results:

Tolerance +I- 25 °F 1650 °F

Furnace started at First Set Point with load.

Start Time: Stop Time: Run Time:

Control Set Point - # 1

Start Condition:

sin 66475

Martel MC-1010 sin 2132022

Yokogawa DXI012 sin S5JB03 198

Honeywell UDC3300 Controller Honeywell UDC2000 Hi Limit Eurotherm 5 I 80V Recorder

Survey Wire:

Calibration Instrument:

Survey Instrument:

Furnace Instrument Type: D

Heat Treat 83-Belt 5

FURNACE SURVEY REPORT

Furnace Controls:

Furnace: Furnace Identification: Furnace Class:

Location:

A2LA Accredited No. 1354.01 Calibration Lab

702 Rose Drive Hartland, WI 53029

P: (262) 367-4409 F: (262) 367-1 154

Email: [email protected] Srr.,.lns 1,.Juurv ShHc> 1960 •

AMERICAN ~~,~ INSTRUMENT

CORPORATION

I of2

10.0 Failures CQl-9 Version 3, 3.4.7.2

9.0 Pass/Fail Requirements CQI-9 Version 3, 3.4.7.1

8.0 Control Thermocouple Monitor CQI-9 Version 3, 3.4.8

7.0 Test Instrumentation Data Logger or Equivalent - +/-1.0 Deg F or +/-0.1 % of the reading in F, whichever is greater. CQI-9 Version 3, 3.4.8

6.0 Test Thermocouples Failures CQI-9 Version 3, 3.4.6

5.0 Test Thermocouples Special limits of error 2F or(+/- 0.4%) Calibrated at temperatures used in the survey, with the interval between points not to exceed 250 Degrees F. NIST Traceable CQl-9 Version 3, 3.4.8

4.0 Number of Test Thermocouples CQI-9 Version 3, 3.4.2.2

3.0 Location of Test Thermocouples CQI-9 Version 3, 3.4.2.2

2.0 Control Thermocouples New: Installed at time of survey recommended. CQI-9 Version 3, 3.1

1.0 Control Instrument Calibration Specification: ISO/IEC I 7025: 2005 Equipment: Traceable to NIST

Revision:A Approval: GND-QM Approved: 05/15/12

Temperature Uniformity Survey (CQI-9 Versions 3) Procedure: AIC 103B (05/15112)

2 of2

13.0 Procedure CQI-9 Version 3, 3.4 Temperature Uniformity Surveys

11.0 Documentation Furnace ID name or number. Method of TUS (Volumetric or Plane). Survey test temperature(s). TUS TC quantity and location including a diagram in three dimensional space or detailed description or photograph. Survey test instrument report including calibration data and correction factors for each channel. TUS TC report. Any limitations or restrictions of the TUS. Testing Company ID. Name and Signature of technician. Survey start/stop time and date. Data collection period and soak period. Survey test instrument ID number. Control instrument tuning parameters, e.g. PIO values. Documentation of any survey TC failures. Time and temperature profile data for all TUS TC zones tested. Indication of Pass or fail. Summary of final plus and minus reading at each test temperature. Sign-off by responsible person in the heat treat organization.

Revision:A Approval: GND-QM Approved: 05/15112

Temperature Uniformity Survey (CQI-9 Versions 3) Procedure: AIC 103B (05/15/12)

Page I of 3 Pages

AM S27 5 0 E-Recorders

This Report shall not be reproduced, except in full, without written approval from American Instrument Corporation. This report certifies that all calibration standards are traceable to NIST where available and test results were

preformed in accordance with ISO.IEC I 7025.

Service Technician

Calibration performed by

2015

CMC2 (±) Range Parameter/Equipment *** Measurement Uncertainties for Calibration Data ***

0.34 °C 0.41 °C 0.72 °C

(-25 to 120) °C (120 to I 000) °C

(1000 to 1372)°C

TypeK

The test results reported raw data that does not take into consideration associated uncertainties of measurent. The uncertainty of measurement was calculated using the expanded uncertainty at the 95%

confidence level with a coverage factor ofk=2.

f; ST AND ARDS USED

d d d I 0 01 o/c f di f A ccuracy o stan ar use +- oO rea mg per manu acturer ID NUMBER MANUFACTURER MODEL DESCRIPTION DUE DATE

NUMBER 9556192 Martel Electronics M3001 Thermocouple/m V 2/24/2016

Calibrator

Calibration Date: 8/20/2015 Due Date: 11/20/20 15

Report Number: DN 150820-03 Procedure: AMS2750E and AICIOI

Temperature: 70° F Humidity: 48%

As Found Condition: Within As Left Condition: Within

Calibration Information

Instrument Manufacture: Yokogawa Description: Digital Recorder

Model: DXIOl2 SIN: S5JB03 I 98

Customer American Instrument Corporation 702 Rose Drive Hartland, WI 53029

CERTIFICATE of CALIBRATION

Certification Number: 1354.0 I Calibration Lab

AMERICAN INSTRUMENT CORPORATION

702 Rose Drive Hartland, Wl 53029

Phone: (262) 367-4409 Fax: (262) 367-1154 Email: [email protected]

of 3 Pages

i:.i.. i:.i.. i:.i.. i:.i.. e, i:.i.. i:.i.. i:.i.. i:.i.. i:.i.. i:.i.. i:.i.. i:.i.. i:.i..

0 0 0 0 0 0 0 0 0 0 0 0 0 IN /OUT 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 N -.::!" \0 00 0 N -.::!" - N -.::!" \0 00 - - - - - N N N

CHI 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Corrcction 0 0 0 0 0 0 0 0 0 0 0 0 0 0 factor

CH2 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 0 0 0 0 0 factor



CHS 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 0 0 0 0 0 factor



CHS 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 factor 0 0 0 0 0 CH9 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 filctor 0 0 0 0 0 0 0

CHIO 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 met or 0 0 0 0 0 0 CHll 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 factor 0 0 0 0 0 0 0 CH12 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 0 lllctor 0 0 0 0 0 0

Expression of Tolerance Accuracy ofUUT +/-1 For+/- 0.1% of Reading, whichever is greater.

Calibration procedure is performed within SAE-AMS 2750£ requirement (Table 3)

ReportNumber: DN 150820-03 Report - AS FOUND

of 3 Pages

lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... lJ... 0 0 0 0 0 0 0 0 0 0 0 0 0 IN /OUT 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 N ..,.. "° 00 0 N ..,.. - N ..,.. "° 00 - - - - N N N

CHI 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 0 0 0 0 0 factor

CH2 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 0 0 0 0 0 fuctor



CH5 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 0 0 0 0 0 fiu:tor



CHS 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN Correction 0 0 0 0 0 0 0 0 0 faclor 0 0 0 0 0 CH9 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 0 0 met or 0 0 0 0 0 CHIO 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 0 0 factor 0 0 0 0 0 CHll 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 0 0 0 0 factor 0 0 0 CH12 0 100 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 IN

Correction 0 0 0 0 0 0 0 0 0 0 0 liictor 0 0 0

Expression of Tolerance Accuracy of UUT +/- 1 For +/- 0.1 % of Reading, whichever is greater.

Calibration procedure is performed within SAE-AMS 2750£ requirement (Table 3)

ReportNumber: DN 150820-03 Report -AS LEFT

Z:\Calibrntion Certs\AJC MTE Ccrts\AI 1074 Martel MC-1010 2132022\ Martel MC-1010 2132022 8-17-2015.xlsx Page I of9

This Report shall not be reproduced, except in full, without written approval from American Instrument Corporation. This report certifies that all calibration standards are traceable to NIST where available and test results were

performed in accordance with ISO. I EC I 7025.

Calibration performed by Service Technician:

The test results reported raw data that does not take into consideration associated uncertainties of measurement. The uncertainty of measurement was calculated using the expanded uncertainty at the 95%

confidence level with a coverage factor of k=2.

STANDARDS USED d. d d I 0 01 % f di A ccuracv o stan ar use +- o o rea 111g per rnanu acturer

ill NUMBER MANUFACTURER MODEL DESCRIPTION DUE DATE NUMBER

9556192 Martel Electronics M3001 Thermocouple/m V 2/24/2016 Calibrator

Calibration Date: 8/17/2015 DueDate: 11/17/2015 Procedure: AIC 107

Calibration Information Technician: David Nain

Temperature: 72° F Humidity: 56 RH

As Found Condition: In Tolerance As Left Condition: In Tolerance

Report Number: DN150817-0I

Martel Digital Thermocouple Calibrator MC-1010 2132022 AIC

Manufacturer: Description: Model: Serial No.: Location:

Instrument Customer American Instrument Corporation 702 Rose Drive Hartland, Wl 53029

CERTIFICATE of CALIBRATION

Certification Number: 1354.0 I Calibration Lab

702 Rose Drive Hartland, WI 53029

Phone: (262) 367-4409 Fax: (262) 367-1154 Email: [email protected]

•

AMERICAN INSTRUMENT CORPORATION

S~tYlnt: \nJu~frY Sin'"~ t(t~(t

of9

Function Type Nominal As Found As Left Correction Factor Tolerance Source KF 0.0 F -0.3 -0.3 0.3 -1.0 to 1.0 Source KF 100.0 F 99.7 99.7 0.3 99.0 to 101.0 Source KF 200.0 F 199.7 199.7 0.3 199.0 to 201.0 Source KF 300.0 F 299.7 299.7 0.3 299.0 to 301.0 Source KF 400.0 F 399.7 399.7 0.3 399.0 to 401.0 Source KF 600.0 F 599.8 599.8 0.2 599.0 to 601.0 Source KF 800.0 F 799.8 799.8 0.2 799.0 to 801.0 Source KF 1000.0 F 999.8 999.8 0.2 999.0 to 1001.0 Source KF 1200.0 F 1199.9 1199.9 0.1 1198.8 to 1201.2 Source KF 1400.0 F 1399.9 1399.9 0.1 1398.6 to 1401.4 Source KF 1600.0 F 1599.9 1599.9 0.1 1598.4 to 1601.6 Source KF 1800.0 F 1799.9 1799.9 0.2 1798.2 to 1801.8 Source KF 2000.0 F 1999.9 1999.9 0.1 1998.0 to 2002.0 Source KF 2200.0 F 2200.0 2200.0 0.0 2197 .8 to 2202.2 Source KF 2400.0 F 2399.9 2399.9 0.1 2397.6 to 2402.4

Measure KF 0.0 F 0.4 0.4 -0.4 -1.0 to 1.0 Measure KF 100.0 F 100.4 100.4 -0.4 99.0 to 101.0 Measure KF 200.0 F 200.3 200.3 -0.3 199.0 to 201.0 Measure KF 300.0 F 300.4 300.4 -0.4 299.0 to 301.0 Measure KF 400.0 F 400.3 400.3 -0.3 399.0 to 401.0 Measure KF 600.0 F 600.4 600.4 -0.4 599.0 to 601.0 Measure KF 800.0 F 800.4 800.4 -0.4 799 .0 to 801.0 Measure KF 1000.0 F 1000.4 1000.4 -0.4 999.0 to 1001.0 Measure KF 1200.0 F 1200.4 1200.4 -0.4 1198.8ta I 201.2 Measure KF 1400.0 F 1400.3 1400.3 -0.3 1398.6 to 1401.4 Measure KF 1600.0 F 1600.3 1600.3 -0.3 1598.4 to 1601.6 Measure KF 1800.0 F 1800.3 1800.3 -0.3 1798.2 to 1801.8 Measure KF 2000.0 F 2000.3 2000.3 -0.3 1998.0 to 2002.0 Measure KF 2200.0 F 2200.3 2200.3 -0.3 2197.8 to 2202.2 Measure KF 2400.0 F 2400.4 2400.4 -0.4 2397 .6 to 2402.4 Source '~'\S -.

0.0 F -0.1 -0.1 0.1 -1.0 to 1.0 Source l}'l'. ..,,, 100.0 F 100.1 100.1 -0.1 99.0 to 101.0 Source Ir~:-··. 200.0 F 200.1 200.1 -0. I 199.0 to 201.0 Source ~~ ·;;, 400.0 F 400.1 400.1 -0.I 399.0 to 401.0 ... Source c,,,J'', 600.0 F 600.1 600.1 -0. I 599 .0 to 601.0 Source ti:- ; 800.0 F 800.1 800.1 -0.1 799.0 to 801.0 Source l;)'t:'f'; 1000.0 F 1000.1 1000.1 -0.1 999.0 to 1001.0 Source ·:·"·:· 1200.0 F 1200.1 1200.I -0.1 1198.8to 1201.2 ... ,., Source ~~\ 1400.0 F 1400.1 1400.1 -0.1 1398.6 to 1401.4

Measure ~'::r 0.0 F 0.0 0.0 0.0 -1.0 to 1.0 Measure j~*~'.~ 100.0 F 100.1 100.1 -0.1 99.0 to 101.0 Measure !1'~ .: '. 200.0 F 200.0 200.0 0.0 199.0 to 201.0 Measure 400.0 F 400.0 400.0 0.0 399.0 to 401.0 Measure ·,;: 600.0 F 600.2 600.2 -0.2 599.0 to 601.0 ·~·; ·'

Measure Im 800.0 F 800.1 800.1 -0.1 799.0 to 801.0 Measure '.JI!:~" 1000.0 F 1000.1 1000.1 -0.1 999.0 to 1001.0 Measure -~ ..... - .. , 1200.0 F 1200.1 1200.1 -0. I I 198.8 to 1201.2 Measure '..'.Z~ ~JFf 1400.0 F 1400.1 1400.1 -0.1 1398.6 to 1401.4

I 1117/2015 Calibration Due· s/n 2132022 Martel MC- I 0 I 0

CALIBRATION DAT A Sensitivity of UUT: 1 Deg F

Calibration procedure is performed within SAE-AMS2750E requirement. Table 3 (+!- 1 For+/- 0.1 % of reading in F, whichever is Greater)

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Function Type Nominal As Found As Le.ft Correction Factor Tolerance Source TF -300.0 F -300.5 -300.5 0.5 -301.0 to -299.0 Source TF -100.0 F -100.2 -100.2 0.2 -101.0 to -99.0 Source TF 0.0 F -0.1 -0.1 0.1 -1.0 to 1.0 Source TF 32.0 F 31.9 31.9 0.1 31.0 to 33.0 Source TF 100.0 F 99.9 99.9 0.1 99.0 to 101.0 Source TF 200.0 F 199.9 199.9 0.1 199.0 to 201.0 Source TF 400.0 F 399.9 399.9 0.1 399.0 to 401.0 Source TF 600.0 F 599.9 599.9 0.1 599.0 to 601.0 Source TF 750.0 F 750.0 750.0 0.0 749.0 to 751.0

Measure TF -300.0 F -299.3 -299.3 -0.7 -301.0 to -299.0 Measure TF -100.0 F -99.6 -99.6 -0.4 -101.0 to -99.0 Measure TF 0.0 F 0.2 0.2 -0.2 -1.0 to 1.0 Measure TF 32.0 F 32.3 32.3 -0.3 31.0 to 33.0 Measure TF 100.0 F 100.3 100.3 -0.3 99.0 to 101.0 Measure TF 200.0 F 200.2 200.2 -0.2 199.0 to 201.0 Measure TF 400.0 F 400.1 400.1 -0.1 399.0 to 401.0 Measure TF 600.0 F 600.2 600.2 -0.2 599 .0 to 601.0 Measure TF 750.0 F 750.2 750.2 -0.2 749.0 to 751.0 Source EF 32.0 F 31.7 31.7 0.3 31.0 to 33.0 Source EF 1800.0 F 1799.9 1799.9 0.1 1798.2 to 1801.8

Measure EF 32.0 F 32.3 32.3 -0.3 31.0 to 33.0 Measure EF 1800.0 F 1800.1 1800.1 -0.1 1798.2 to 1801.8 Source BF 1200.0 F 1200.6 1200.6 -0.6 1198. 8 to 1201.2 Source BF 1500.0 F 1500.6 1500.6 -0.6 1498.5 to 1501.5 Source BF 2000.0 F 2000.5 2000.5 -0.5 1998.0 to 2002.0 Source BF 2500.0 F 2500.3 2500.3 -0.3 2497.5 to 2502.5 Source BF 3000.0 F 3000.5 3000.5 -0.5 2997.0 to 3003.0 Source BF 3200.0 F 3200.5 3200.5 -0.5 3196.8 to 3203.2

Measure BF 1200.0 F 1200.0 1200.0 0.0 1198.8 to 1201.2 Measure BF 1500.0 F 1500.0 1500.0 0.0 1498.5 to 1501.5 Measure BF 2000.0 F 2000.0 2000.0 0.0 1998.0 to 2002.0 Measure BF 2500.0 F 2500.0 2500.0 0.0 2497 .5 to 2502.5 Measure BF 3000.0 F 3000.0 3000.0 0.0 2997.0 to 3003.0 Measure BF 3200.0 F 3200.0 3200.0 0.0 3196.8 to 3203.2 Source RF 100.0 F 100.4 100.4 -0.4 99.0 to 101.0 Source RF 200.0 F 200.6 200.6 -0.6 199.0 to 201.0 Source RF 400.0 F 400.5 400.5 -0.5 399.0 to 401.0 Source RF 600.0 F 600.2 600.2 -0.2 599.0 to 601.0 Source RF 800.0 F 800.4 800.4 -0.4 799.0 to 801.0 Source RF 1000.0 F 1000.4 1000.4 -0.4 999.0 to 1001.0 Source RF 1200.0 F 1200.4 1200.4 -0.4 1198.8 to 1201.2 Source RF 1400.0 F 1400.l 1400.1 -0.1 1398.6 to 1401.4 Source RF 1600.0 F 1600.2 1600.2 -0.2 1598.4 to 1601.6 Source RF 1800.0 F 1800.4 1800.4 -0.4 1798.2 to 1801.8 Source RF 2000.0 F 2000.4 2000.4 -0.4 1998.0 to 2002.0 Source RF 2200.0 F 2200.3 2200.3 -0.3 2197.8 to 2202.2 Source RF 2400.0 F 2400.2 2400.2 -0.2 2397.6 to 2402.4 Source RF 3000.0 F 3000.4 3000.4 -0.4 2997.0 to 3003.0 Source RF 3200.0 F 3200.4 3200.4 -0.4 3196.8 to 3203.2

11/17/2015 Calibration Due· s/n 2132022 Martel MC- I 0 I 0


Calibration procedure is performed within SAE-AMS2750E requirement. Table 3 (+/- 1 For+/- 0.1 % of reading in F, whichever is Greater)

of9

Function Type Nominal As Found As left Correction Factor Tolerance

Measure RF 100.0 F 100.0 100.0 0.0 99.0 to 101.0 Measure RF 200.0 F 200.0 200.0 0.0 199.0 to 201.0 Measure RF 400.0 F 400.0 400.0 0.0 399.0 to 401.0 Measure RF 600.0 F 600.0 600.0 0.0 599.0 to 601.0 Measure RF 800.0 F 800.0 800.0 0.0 799.0 to 801.0 Measure RF 1000.0 F 1000.0 1000.0 0.0 999.0 to 1001.0 Measure RF 1200.0 F 1200.0 1200.0 0.0 1198.8 to 1201.2 Measure RF 1400.0 F 1400.0 1400.0 0.0 1398.6 to 1401.4 Measure RF 1600.0 F 1600.0 1600.0 0.0 1598.4 to 1601.6 Measure RF 1800.0 F 1800.0 1800.0 0.0 1798.2 to 1801.8 Measure RF 2000.0 F 2000.0 2000.0 0.0 1998.0 to 2002.0 Measure RF 2200.0 F 2200.0 2200.0 0.0 2197.8 to 2202.2 Measure RF 2400.0 F 2400.0 2400.0 0.0 2397 .6 to 2402.4 Measure RF 3000.0 F 3000.0 3000.0 0.0 2997 .0 to 3003 .0 Measure RF 3200.0 F 3200.0 3200.0 0.0 3196.8 to 3203 .2 Source NF 0.0 F -0.3 -0.3 0.3 -1.0 to 1.0 Source NF 100.0 F 99.7 99.7 0.3 99.0 to 101.0 Source NF 200.0 F 199.8 199.8 0.2 199.0 to 201.0 Source NF 400.0 F 399.8 399.8 0.2 399.0 to 401.0 Source NF 600.0 F 599.8 599.8 0.2 599.0 to 601.0 Source NF 800.0 F 799.8 799.8 0.2 799.0 to 801.0 Source NF 1000.0 F 999.9 999.9 0.1 999.0 to I 001.0 Source NF 1200.0 F 1199.9 1199.9 0.1 1198.8 to 1201.2 Source NF 1400.0 F 1399.9 1399.9 0.1 1398.6 to 1401.4 Source NF 1600.0 F 1599.9 1599.9 0.1 1598.4 to 1601.6 Source NF 1800.0 F 1800.0 1800.0 0.0 1798.2 to 1801.8 Source NF 2000.0 F 2000.0 2000.0 0.0 1998.0 to 2002.0 Source NF 2200.0 F 2200.0 2200.0 0.0 2197.8 to 2202.2

Measure NF 0.0 F 0.4 0.4 -0.4 -1.0 to 1.0 Measure NF 100.0 F 100.4 100.4 -0.4 99.0 to 101.0 Measure NF 200.0 F 200.3 200.3 -0.3 199.0 to 201.0 Measure NF 400.0 F 400.2 400.2 -0.2 399.0 to 401.0 Measure NF 600.0 F 600.3 600.3 -0.3 599.0 to 601.0 Measure NF 800.0 F 800.3 800.3 -0.3 799.0 to 801.0 Measure NF 1000.0 F 1000.2 1000.2 -0.2 999.0 to I 001.0 Measure NF 1200.0 F 1200.2 1200.2 -0.2 1198.8to 1201.2 Measure NF 1400.0 F 1400.2 1400.2 -0.2 1398.6 to 1401.4 Measure NF 1600.0 F 1600.2 1600.2 -0.2 1598.4 to 1601.6 Measure NF 1800.0 F 1800.1 1800.1 -0.1 1798.2 to 1801.8 Measure NF 2000.0 F 2000.1 2000.1 -0.1 1998.0 to 2002.0 Measure NF 2200.0 F 2200.1 2200.1 -0.l 2197.8 to 2202.2

11/17/2015 Calibration Due· sin 2132022 Martel MC- I 0 I 0

CALIBRATION DATA Sensitivity of UUT: l Deg F

Calibration procedure is performed within SAE-AMS2750E requirement. Table 3 (+/- 1 For+/- 0.1 % of reading in F, whichever is Greater)

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Function Type Nominal As Found As Left Correction Factor Tolerance

Source SF 100.0 F 100.3 100.3 -0.3 99.0 to 101.0 Source SF 200.0 F 200.2 200.2 -0.2 199.0 to 201.0 Source SF 400.0 F 400.2 400.2 -0.2 399.0 to 401.0 Source SF 600.0 F 600.4 600.4 -0.4 599.0 to 601.0 Source SF 800.0 F 800.J 800.1 -0.1 799.0 to 801.0 Source SF 1000.0 F 1000.4 1000.4 -0.4 999.0 to 1001.0 Source SF 1200.0 F 1200.2 1200.2 -0.2 1198.8 to 1201.2 Source SF 1400.0 F 1400.3 1400.3 -0.3 1398.6 to 1401 .4 Source SF 1600.0 F 1600.1 1600.J -0.1 1598.4 to 1601.6 Source SF 1800.0 F 1800.3 1800.3 -0.3 1798.2 to 1801.8 Source SF 2000.0 F 2000.3 2000.3 -0.3 1998.0 to 2002.0 Source SF 2200.0 F 2200.4 2200.4 -0.4 2197.8 to 2202.2 Source SF 2400.0 F 2400.2 2400.2 -0.2 2397.6 to 2402.4 Source SF 2600.0 F 2600.2 2600.2 -0.2 2597.4 to 2602.6 Source SF 2800.0 F 2800.3 2800.3 -0.3 2797 .2 to 2802.8 Source SF 3000.0 F 3000.3 3000.3 -0.3 2997 .0 to 3003.0 Source SF 3200.0 F 3200.4 3200.4 -0.4 3196.8 to 3203.2

Measure SF 100.0 F 100.0 100.0 0.0 99.0 to 101.0 Measure SF 200.0 F 200.0 200.0 0.0 199.0 to 201.0 Measure SF 400.0 F 400.0 400.0 0.0 399.0 to 401.0 Measure SF 600.0 F 600.0 600.0 0.0 599.0 to 601.0 Measure SF 800.0 F 800.0 800.0 0.0 799.0 to 801.0 Measure SF 1000.0 F 1000.0 1000.0 0.0 999.0 to I 001.0 Measure SF 1200.0 F 1200.0 1200.0 0.0 1198.8 to 1201.2 Measure SF 1400.0 F 1400.0 1400.0 0.0 1398.6 to 1401.4 Measure SF 1600.0 F 1600.0 1600.0 0.0 1598.4 to 1601.6 Measure SF 1800.0 F 1800.0 1800.0 0.0 1798.2 to 1801.8 Measure SF 2000.0 F 2000.0 2000.0 0.0 1998.0 to 2002.0 Measure SF 2200.0 F 2200.0 2200.0 0.0 2197 .8 to 2202.2 Measure SF 2400.0 F 2400.0 2400.0 0.0 2397 .6 to 2402.4 Measure SF 2600.0 F 2600.0 2600.0 0.0 2597.4 to 2602.6 Measure SF 2800.0 F 2800.0 2800.0 0.0 2797.2 to 2802.8 Measure SF 3000.0 F 3000.0 3000.0 0.0 2997.0 to 3003.0 Measure SF 3200.0 F 3200.0 3200.0 0.0 3196.8 to 3203.2

1111712015 Calibration Due· sin 2132022 Martel MC-1010


Calibration procedure is performed within SAE-AMS2750E requirement. Table 3 (+!- 1 For+/- 0.1 % of reading in F, whichever is Greater)

of9

Function Type Nominal As Found As left Correction Factor Tolerance

-_S.Qliice. -~ RTD 0.00 F 0.20 0.20 -0.20 -1.00 to 1.00

~ ::: so~e1:=-~ RTD 50.00 F 50.20 50.20 -0.20 49.00 to 51.00 .. Sovr~ RTD 100.00 F 100.20 100.20 -0.20 99.00 to I 01.00

- I So:urcM--- · RTD 1000.00 F 1000.20 1000.20 -0.20 999.00 to I 001.00

- Souroer-:- RTD 1400.00 F 1400.30 1400.30 -0.30 1399.00 to 1401.00 Measure RTD 0.00 F 0.02 0.02 -0.02 -1.00 to 1.00 Measure RTD 50.00 F 50.02 50.02 -0.02 49.00 to 51.00 Measure RTD 100.00 F 100.00 100.00 0.00 99.00 to I 01.00 Measure RTD 1000.00 F 1000.04 1000.04 -0.04 999.00 to 1001.00 Measure RTD 1400.00 F 1400.07 1400.07 -0.07 1399.00 to 1401.00

11/17/2015 Calibration Due· s/n 2132022 00 Martel MC-1010

CALIBRATION DAT A Sensitivity of UUT: J Deg F

Calibration procedure is preformed within SAE-AMS2750E requirement. Table 3 (+!- J For+/- 0.1 % of reading in F, whichever is Greater)

of9

Function Tvpe Nominal As Found As left Correction Factor Tolerance ;so~ dcmV 0.000 dcmV 0.001 0.001 -0.001 -0.006 to 0.006

-S.o.u.i:ce-- dcmV 0.200 dcmV 0.201 0.201 -0.001 0.194 to 0.206

--~so.wre~ dcmV 0.400 dcmV 0.401 0.401 -0.001 0.394 10 0.406 Spy re~ dcmV 0.600 dcmV 0.601 0.601 -0.001 0.594 10 0.606

-~so1,1n:e- dcmV 0.800 dcmV 0.801 0.801 -0.001 0.793 to 0.807 -squ~ = dcmV 1.000 dcmV 1.000 1.000 0.000 0.993 to 1.007

'Source-· dcmV 250 dcmV 250.200 250.200 -0.200 249.620 to 250.381 ·source dcmV 500 dcmY 500.200 500.200 -0.200 499.245 to 500.756 Solirc_e dcmY 750 dcmV 750.000 750.000 0.000 748.870 to 751.131 So'Urce_ L dcmV 1000 dcmV I 000.100 1000.100 -0.100 998.495 10 1001.506

- Squi:.ce~ de Volts 0.0 dcV 0.0000 0.0000 0.0000 -0.0001 to 0.0001 ~Source de Volts 2.5 dcV 2.5001 2.5001 -0.0001 2.4962 to 2.5038 T :So.Ur<:;(;!-~ de Volts 5.0 dcV 5.0002 5.0002 -0.0002 4.9924 to 5.0076

- SoJJr.c~ de Volts 7.5 dcV 7.5003 7.5003 -0.0003 7.4887 to 7.5113 I ·,sourc:r- de Volts 10.0 dcV 10.0001 10.0001 -0.0001 9.9849 to 10.0151 Measure dcmV 0.000 dcmV 0.000 0.000 0.000 -0.017 to 0.017 Measure dcmV 0.200 dcmY 0.200 0.200 0.000 0.183 to 0.217 Measure dcmV 0.400 dcmY 0.400 0.400 0.000 0.383 to 0.417 Measure dcmY 0.600 dcmV 0.600 0.600 0.000 0.583 to 0.617 Measure dcmV 0.800 dcmV 0.800 0.800 0.000 0.783 to 0.817 Measure dcmV 1.000 dcmV 1.000 1.000 0.000 0.983 10 1.017 Measure dcmV 250 dcmV 250.000 250.000 0.000 249.859 to 250.142 Measure dcmV 500 dcmV 500.000 500.000 0.000 499.734 lo 500.267 Measure dcmV 750 dcmV 750.000 750.000 0.000 749.609 to 750.392 Measure dcmY 1000 dcmV 1000.000 1000.000 0.000 999.484 10 1000.517 Measure de Volts 1.0 dcV 1.0000 1.0000 0.0000 0.999 to 1.001 Measure de Volts 2.5 dcV 2.5000 2.5000 0.0000 2.499 to 2.501 Measure de Volts 5.0 dcV 5.0000 5.0000 0.0000 4.997 to 5.003 Measure de Volts 7.5 dcV 7.5000 7.5000 0.0000 7.496 to 7.504 Measure de Volts 10.0 dcV 9.9990 9.9990 0.0010 9.995 to 10.005

'iSC5urce___J dcmA 0.000 dcmA 0.0020 0.0020 -0.0020 -0.003 to 0.003 _:-sou"r'te ' I dcmA 2.500 dcmA 2.5001 2.5001 -0.0001 2.496 to 2.504

1_ ~S:.c.iurc_~ dcmA 5.000 dcmA 5.0001 5.0001 -0.0001 4.996 to 5.004 ,1--!SoU'r~e- dcmA 7.500 dcmA 7.4999 7.4999 0.0001 7.495 to 7.505 .1..!"""'Sou'i'q,~ "ll dcmA 10.000 dcmA 10.0001 10.0001 -0.0001 9.995 to 10.005

1~s~~ dcmA 12.500 dcmA 12.5004 12.5004 -0.0004 12.494 to 12.506 ·- s:<}µrce~ dcmA 15.000 dcmA 15.0005 15.0005 -0.0005 14.994 to 15.006

'.,..~s:c>.urc~ dcmA 17.500 dcmA 17.5000 17.5000 0.0000 17.493 to 17.507 Soui;;ce t:l dcmA 20.000 dcmA 20.0001 20.0001 -0.0001 19.993 10 20.007

Measure dcmA 0.000 dcmA 0.000 0.000 0.000 -0.005 to 0.005 Measure dcmA 2.500 dcmA 2.500 2.500 0.000 2.495 to 2.505 Measure dcmA 5.000 dcmA 5.000 5.000 0.000 4.995 to 5.006 Measure dcmA 7.500 dcmA 7.500 7.500 0.000 7.494 to 7.506 Measure dcmA 10.000 dcmA 10.000 10.000 0.000 9.994 to 10.007 Measure dcmA 12.500 dcmA 12.500 12.500 0.000 12.493 to 12.507 Measure dcmA 15.000 dcmA 14.999 14.999 0.001 14.993 to 15.008 Measure dcmA 17.500 dcmA 17.499 17.499 0.001 17.492 to 17.508 Measure dcmA 20.000 dcmA 19.999 19.999 0.001 19.992 to 20.009

11/17/2015 Calibration Due: s/n 2132022 Martel MC-1010

Calibration Data Sensitivity of UTT: I Deg F

Calibration procedure is preformed within SAE-AMS2750E requirement. Table 3 (+/- 1 For-/+ 0.1 % of reading in F. whichever is Greater)

4195.8 to 4204.2 3996.0 to 4004.0 3796.2 to 3803.8 3596.4 to 3603.6 3396.6 to 3403.4 3196.8 to 3203.2 2997.0 to 3003.0 2797 .2 to 2802.8 2597.4 to 2602.6 2397.6 to 2402.4 2197.8 to 2202.2 1998.0 to 2002.0 1798.2 to 1801.8 1598.4 to 1601.6 1398.6 to 1401.4 1198.8 to 1201.2 999.0 to 1001.0 799.0 to 801.0 599.0 to 601.0 399.0 to 401.0 199.0 to 201.0 99.0 to 101.0

4195.8 to 4204.2 3996.0 to 4004.0 3796.2 to 3803.8 3596.4 to 3603.6 3396.6 to 3403.4 3196.8 to 3203 .2 2997.0 to 3003.0 2797.2 to 2802.8 2597.4 to 2602.6 2397 .6 to 2402.4 2197 .8 to 2202.2 1998.0 to 2002.0 1798.2 to 1801.8 1598.4 to 1601.6 1398.6 to 1401.4 1198.8 to 1201.2 999.0 to 1001.0

-0.3 -0.1 -0.3 0.0 0.0 -0.1 -0.2 -0.2 -0.2 -0. l -0. I -0.1 -0.1 -0.1 -o.r -0.2 -0.2 -0.2 -0.3 -0. l -0.2 -0.2 -1.4 -0.9 -0.8 -0.7 -0.5 -0.7 -0.4 -0.4 -0.4 -0.4 -0.3 -0.2 -0.1 -0.2 -0.1 -0.1 -0.2

Page 8 of9

4200.3 4000.1 3800.3 3600.0 3400.0 3200.1 3000.2 2800.2 2600.2 2400.1 2200.1 2000.1

1800.l 1600.1 1400.1 1200.2 1000.2 800.2 600.3 400.1 200.2 100.2

4201.4 4000.9 3800.8 3600.7 3400.5 3200.7 3000.4 2800.4 2600.4 2400.4 2200.3 2000.2 1800.1 1600.2 1400.1 1200.1 1000.2

4200.3 4000.1 3800.3 3600.0 3400.0 3200.1 3000.2 2800.2 2600.2 2400.1 2200.1 2000.1 1800.1 1600.1 1400.1 1200.2 1000.2 800.2 600.3 400.I 200.2

100.2 4201.4 4000.9 3800.8 3600.7 3400.5 3200.7 3000.4 2800.4 2600.4 2400.4 2200.3 2000.2 1800.1 1600.2 1400.1 1200.1 1000.2

4200.0 F 4000.0 F 3800.0 F 3600.0 F 3400.0 F 3200.0 F 3000.0 F 2800.0 F 2600.0 F 2400.0 F 2200.0 F 2000.0 F 1800.0 F 1600.0 F 1400.0 F 1200.0 F 1000.0 F 800.0 F 600.0 F 400.0 F 200.0 F 100.0 F

4200.0 F 4000.0 F 3800.0 F 3600.0 F 3400.0 F 3200.0 F 3000.0 F 2800.0 F 2600.0 F 2400.0 F 2200.0 F 2000.0 F

1800.0 F 1600.0 F 1400.0 F 1200.0 F 1000.0 F

799.0 to 801.0 -0.1 800.1 800.1 800.0 F 599.0 to 601.0 0.0 600.0 600.0 600.0 F 399 .0 to 401.0 0.0 400.0 400.0 400.0 F 199.0 to 201.0 0.0 200.0 200.0 200.0 F 99.0 to 101.0 -0.1 100.l 100.1 100.0 F

Tolerance Correction Factor As Left As Found Nominal 11117/2015 Calibration Due: s/n 2132022 Martel MC-1010


Calibration procedure is pet/armed within SAE-AMS2750E requirement. Table 3 (+/- I For +/- 0.1 % of reading in F, whichever is Greater)

Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Measure Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source Source

Function

Z:\Calibration Ccrts\AIC MTE Ccrts\All074 Martel MC-1010 2132022\ Martel MC-JOJO 2132022 8-17-2015.xlsx

Types (0 to 250) °C 2.30 °C Types (250 to I 000) °C 1.60 °C Type S (1000 to 1400) °C 1.60 °C Types (1400 to 1750) °C 1.60 °C

TypeC (0 to 150) °C 0.92 °C TypeC (150 to 650) °C 0.90 °C TypeC (650 to 1000) °C 0.92 °C TypeC (1000 to 1800) °C 2.10 °C TypeC (1800 to 2316) °C 2.20°c

2.30 °C 1.40 °C 1.40 °C 1.50 °C

Electrical Calibration - Thermocouple Type R (0 to 250) °C Type R (250 to 400) °C Type R ( 400 to 1000) °C Type R (1000 to 1750) °C

CMC2(±) Parameter/Equipment Range

1.50 °C 0.69 °C 0.59 °C 0.60 °C 0.62 °C

Electrical Calibration - Thermocouple Type E (-250 to - I 00) °C Type E (-100 to -25) °C Type E (-25 to 350) °C Type E (350 to 650) °C Type E (650 to 1000) °C

CMC2(±) Parameter/Equipment Range

TypeJ (-210 to -100) °C 0.78 °C TypeJ (-100 to -30) °C 0.74 °C TypeJ (-30 to 150) °C 0.52 °C TypeJ (150 to 760) °C 0.53 °C TypeJ (760 to 1200) °C 0.56 °C

TypeK (-200 to -100) °C 0.91 °C TypeK (-100 to -25) °C 0.88 °C TypeK (-25 to 120) °C 0.57 °C TypeK ( 120 to 1000) °C 0.71 °C TypeK (1000 to 1372) °C 0.88 °C

TypeN (-200 to -100) °C 1.30 °C TypeN (-100 to -25) °C 1.20 °C TypeN (-25 to 120) °C 0.63 °C TypeN (120 to 410) °C 0.63 °C TypeN (410 to 1300) °C 0.67 °C

TypeT (-250 to -150) °C 2.10 °C TypeT (-150 to 0) °C 0.87 °C TypeT (0 to 120) °C 0.52 °C Tvpe T (120 to 400) °C 0.52 °C

Page 9 of9

Uncertainty Budget - 2013

Parameter/Equipment Range CMC2 (±) Parameter/Equipment Range CMC2 (±) Electrical Calibration - R TD Temperature - Measure (200 to I 000) °C 1.2 °C

Pt 385, 100 n (-200 to 800) °C 0.49C (1000 to 1372) °C 2.3 °C Pt 3926, 100 n (-200 to 630) °C 0.38 c Pt 3916, 100 n (-200 to 630) °C 0.38 c DC Voltage - Generate (0 to 20) mV 5.8mV Pt 385, 200 n (-200 to 630) °C 1.lC DC Voltage - Measure (0 to 20) mV 5.8mV Pt 385, 500 n (-200 to 630) °C 0.6C

Pt 385, 1000 n (-200 to 630) °C 0.49 c DC Current - Generate (0 to 24) mA 0.0063 mA Ni 120, 120 n (-80 to 260) °C 0.20C DC Current - Measure (0 to 24) mA 0.0052 mA

American Instrument Corp. 702 Rose Drive * Hartland, WI 53029 262.367.4409 www.americaninstrument.biz

of1 This report shall not be reprOcluced except In full wilhout written approval of Pyromatlon. Inc.

The temperatures written in this report are those defined by the lntemalional Temperature Scale of 1990 (ITS.90).

The combined standard uncertainty includes the standard uncertainty reported fot lhe standard, and the measurement process. No allowance is induded In the uncertainty ror lhermocouple drift and Inhomogeneity. The combined standard uncertainty is multiplied by a coverage factor of 2 to give an expanded uncertainty, which defines and Interval having a level of confidence of appt0x!mately 95 percent The expanded uncertainty presented In this report Is consistent wilh the JCGM1002008 Gulde to the Expression of Uncertainty In Measurement The expanded uncertainty Is not to be confused with a tolerance limit for the user during application Uncettalntles are not included In lhe determ!nation of acceptance. For purposes cf detennining conformance with these specifications. an obServed value or a calculated value shall be rounded In accordance with the rounding method of ASTM Practice E29-08

The standards of Pyromation LabOratoty are traceable to the International System of UnllS (SI) threugh NIST or other National Metrology Institute, and are part cf a comprehensive me85Ut8ment assurance program for ensuring continued accuracy end maasurement tracosbility within the IDYOI of uncertainty roportod by this laboratory. Tho labOl'Story report number ldenllfaed above Is the unique repott number lo be used In ruferencing measurement traceability for the Items Identified in this report only.

This calibration is compliant to ISOllEC 17025:2005 and ANSllNCSL Z540-1-1994; Part 1. This calibrallon repott applies only to the Items described. It shall not be used to dalm product certlflcallon, approval or endorsement by NVLAP, NIST, or any agency of the Federal Government.

Calibration perfonned by: Kristine St. Myers, MetrologyTechniclan As Left: In Tolerance As Found: In Tolerance

Procedure Used: W~525-36 Rev 3 which is based, In part on ASTM E220-07a

Relative Humidity: 18% Temperature: 23 -c [73 °F) Environmental Conditions at time of Calibration:

Agilenl Pyromation

Calibration Due 04/15/2015 07J09l2015 05/06l2015

Manufacturer Hart Scientific

ID Number 03-2399 03-2787 03-2865

Remarks: The corredion must be added algebraically to the UUT reading to obtain the correct value.

Equipment and Standards Used Model Description 5626 IPRT Wotking Standard 3458A 8112 Oigit Digital Multimoter SPEC 621-00 Type S Reference Slandald

AVG

END

BEG

Serial No Target Actual Reading Correction Tolerance Status Immersion Uncertainty

(oF) (oF) caF) (oF) {oF) (in) (oF)

600 599.2 597.9 1.3 :1:2.3 In Tolerance 8 1.2

800 799.9 800.6 -0.7 :t 3.1 In Tolerance 17 1.5

1000 1003.3 1,005.6 -2.3 :1:3.9 In Tolerance 17 1.5

1200 1203.2 1,205.9 -2.7 :1:4.7 In Tolerance 17 1.5 1400 1402.4 1,405.5 -3.1 :1:5.5 In Tolerance 17 1.5 1600 1600.5 1,603.9 -3.4 :1:6.3 In Tolerance 17 1.5

1700 1701.1 1,704.7 -3.6 :t 6.7 In Tolerance 17 1.5 600 599.2 598.1 1.1 :t 2.3 In Tolerance 8 1.2

800 799.9 800.8 -0.9 :t 3.1 In Tolerance 17 1.5 1000 1003.3 1,005.6 ·2.3 :I: 3.9 In Tolerance 17 1.5 1200 1203.2 1,205.9 ·2.7 :1:4.7 In Tolerance 17 1.5 1400 1402.4 1.405.3 -2.9 :1:5.5 In Tolerance 17 1.5 1600 1600.5 1,603.9 -3.4 :1:6.3 In Tolerance 17 1.5 1700 1701.1 1,704.3 -3.2 :1:6.7 In Tolerance 17 1.5 600 1.2 800 -0.8

1000 -2.3 1200 -2.7 1400 -3.0 1600 -3.4 1700 -3.4

Item

114630 Spool/Coll:

ASTM E230/E230M·12 Special Tolerance Tolerance: Type K Thermocouple Lot Calibration of K23UM for K23UM-600-004,CL,{Z233)

SO Number: 1109883 American Instrument Corp. Hartland, WI 53029 an2

Submitted By: PO Number:

Calibration Date: 01/23/2015 Report Number: 66475

i fe J1l. P la. t} !Vs "' l/1>23.5 ct) pyrom~tl£J.!!~

5211 Industrial Road, Fort Wayne, IN 46825 www.pyromatlon.com 260.484.2580

Report Of Calibration ~W~&~ For the scope of accreditation

under NVLAP Lab Cede 200502·0

112009-FSR

Thermocouple #1 Left, #2 Middle, #3 Right.

Thermocouple placement:

Width: 4.0 Ft. Width: 4.0 Ft.

Depth: 40.0 Ft. Depth: 40.0 Ft.

Height: 0.5 Ft. Height: 0.5 Ft.

Thermocouples required: I 3 I Total wire length

Work Zone Dimensions: Interior Furnace Dimensions:

Thermocouple fixture and placement done by: AIC

September 2, 20 I 6 Survey Due: Survey Date: September 2, 2015

MGO 50'

I Belt I Type

Work Space.] 80.0 lcu. Ft

1650 F0 Survey taken at:

1-------'3' 6 "'----+--'i:' 6 "·---~12 . __ _..__--"10''--'*"--.0; ·-- -2·- - -

~1 .... (J __ __, __

1C4 M2 1C3

I 1C2 lCl

c Curtain Start of Thcrmoco uple Travel Ml !Vhrk Start of Furnace Heat Zone lCl Control #I l.onc Thermocouple JC] Control #2 Zone Thermocouple lCI Control #3 Zone lhermocouple 1C2 Control #4 Zone Thermocouple Ml

M2 !Vhrk Fnd of Furnace Heat Zone

FURNACE SURVEY REPORT

Heat Treat 83-Belt

1352.2

1374.7

1393.2

1408.7

1423.2

1358.7

1380.7

1399.2

1416.7

1428.2

1445.7

1323.2

1335.7

1171.2

1211.2

1252.7

1282.7

1313.7

684.2

777.7

868.7

950.7

1018.7

1072.7

1125.7

625.2

707.2

774.7

848.2

911.2

978.2

1029.7

1083.2

1131.2

1178.2

1221.7

1258.7

1294.2

554.2

446.2

504.2

571.2

395.7

473.2

350.2

301.7

261.2

270.7

308.2

351.2

393.2

239.2

157.2

179.7

198.7

232.7

181.7

206.7

1423.2 14-15. 7

1408.7 1428.2

1393.2

1374.7

1352.2

1323.2 134 7.7

1369.7

1387. 7

1402.2

1415.2

1428.2

1358.7

1380.7

1399.2

1416.7

1335.7

1221.7

1258.7

1294.2

1282.7

1313.7

1252.7

1131.2

I 178.2

1211.2

924.2

988.2

1048.7

1105.2

1159.2

1208.2

1252.7

1289.7

1321.2

848.2

911.2

978.2

1029.7

1083.2

857.2

707.2

774.7

777.7

868.7

950.7

1018.7

1072.7

1125.7

1171.2

684.2

554.2

625.2

566.2

473.2 503.7

446.2

504.2

571.2

645.2

717.2

789.7

408.7 395.7

.193.2 351.7 350.2

351.2

308.2 275.7

311.2

261.2

301.7

245.2 232.7

179.7

198.7

181.7

206.7

239.2

270.7

175. 7

192.7

217.7

157.2

112009-FSR

14:52:40

14:53:20

14:54:00

14:54:40

14:55:20

14:56:00

14:56:40

14:57:20

14:58:00

14:58:40

14:40:00

14:40:40

14:41 :20

14:42:00

14:42:40

14:43:20

14:44:00

14:44:40

14:45:20

14:46:00

14:46:40

14:47:20

14:48:00

14:48:40

14:49:20

14:50:00

14:50:40

14:51 :20

14:52:00

2015/09102

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

2015/09/02

Min °F Max °F Remarks CHOJ Cf-102 CHOI

Survey wire correction factor 0 0 0

Time

Recorder Correction -3.30

Date

Ramp up and soak survey test data@ I minute intervals. -4 Deg F

Offset Type 1---E_l_ec_tr_o_n_ic __ _,,

Offset value

Condition Pass 1------- Hrs.

Hrs.

Hrs.

0:48

15:08

14:40

15:28 Stop Time

Elapsed Time

Stabilized Time

Stan Time

Hrs.

803

4.00 sec.

3 Thermocouples

Manual

133616.DAD

Yokogawa DXIOl2

S5JB03198

Sampling Interval

Data Cou111

Starting Condition

Meas Ch.

Device Type

Serial No.

File Message

File Number

912no15

9/2/2016

Survey Date

Due Date

AMS2750E

American Instrument Corp. 702 Rose Drive * Hartland, WI 53029 262.367.4409 www.arnericaninstrument.biz

112009-FSR

Date Time CHOI CH02 CH03 Remarks Min°F Max °F

2015/09/02 14:59:20 1459.7 1437.7 1442.2 1437.7 1459.7

2015/09/02 15:00:00 1477.2 1455.7 1457. 7 1455.7 1477.2

2015/09/02 15:00:40 1492.2 1475.7 1475.2 1475.2 1492.2

2015/09/02 15:01:20 1520.7 1498.7 1507.2 1498.7 1520.7

2015/09/02 15:02:00 1542.7 1517.7 1529.7 1517.7 1542.7

2015/09/02 15:02:40 1561.2 1532.7 1551.7 1532.7 1561.2

2015/09/02 15:03:20 1575.2 1545.2 1567.7 1545.2 1575.2

2015/09/02 15:04:00 1587.2 1555.7 1582.2 1555.7 1587.2

2015/09/02 15:04:40 1597.2 1568.2 1595.2 1568.2 1597.2

2015/09/02 15:05:20 1604.2 1579.2 1607.2 1579.2 1607.2

2015/09/02 15:06:00 1611.2 1591.7 1617.2 1591.7 1617.2

2015/09/02 15:06:40 1616.7 1602.2 1626.2 1602.2 1626.2

2015/09/02 15:07:20 1624.2 1613.2 1635.2 1613.2 1635.2

2015/09/02 15:08:00 1631.2 1623.2 1642.2 Stablized 1623.2 1642.2

2015/09/02 15:08:40 1639.2 1633 2 1649.2 1633.2 1649.2

2015/09/02 15:09:20 1646.2 1640.7 1656.2 1640.7 1656.2

2015/09/02 15:10:00 1653.2 1647.2 1660.7 1647.2 1660.7

2015/09/02 15:10:40 1658.2 1652.7 1663.7 1652.7 1663.7

2015/09/02 15:11:20 1662.7 1656 7 1665 7 1656.7 1665.7

2015/09/02 15:12:00 1665.2 1660.2 1667.7 1660.2 1667.7

2015/09/02 15:12:40 1666 7 1661.7 1666.7 1661.7 1666.7

2015109/02 15:13:20 1664.2 1660.7 1664.7 1660.7 1664.7

2015/09/02 15:14:00 1660.7 1657.7 1660.7 1657.7 1660.7

2015/09/02 15:14:40 1656.7 1654. 7 1656.7 1654.7 1656.7

2015/09/02 15:15:20 1652.2 1651.2 1652.2 1651.2 1652.2

2015/09/02 15:16:00 1647.7 1646.7 1647.7 1646.7 1647.7

2015/09/02 15:16:40 1642.7 16'12.7 1642.7 1642.7 1642.7

2015/09/02 15:17:20 1638.7 1639.7 1638.7 1638.7 1639.7

2015/09/02 15:18:00 1634,7 1636.7 1635.7 1634.7 1636.7

2015/09/02 15:18:40 1632.7 1635.7 1633.7 1632.7 1635.7

2015/09/02 15:19:20 1634. 7 1637.2 1634.2 1634.2 1637.2

2015/09/02 15:20:00 1640.2 1641.2 1637. 7 1637.7 1641.2

2015/09/02 15:20:40 1647.2 1647.2 1642.2 1642.2 1647.2

2015/09/02 15:21 :20 1655.2 1654.2 1649.2 1649.2 1655.2

2015/09/02 15:22:00 1661.7 1660.2 1655.2 1655.2 1661.7

2015/09/02 15:22:40 1665.7 1665.2 1660.7 1660.7 1665.7

2015/09/02 15:23:20 1667.2 1666.7 1663.7 1663.7 1667.2

2015/09/02 15:24:00 1664.7 1663.7 1661.7 1661.7 1664.7

2015/09/02 15:24:40 1659.2 1659.2 1657.2 1657.2 1659.2

2015/09/02 15:25:20 1655. 7 1655.7 1653.7 1653.7 1655.7

2015/09/02 I 5:26:00 1655.7 1655.7 1652.7 1652.7 1655.7

2015/09/02 15:26:40 1659.2 1657.7 1655.2 1655.2 1659.2

2015/09/02 15:27:20 1661.7 1659.7 1656.7 1656.7 1661.7

2015/09/02 15:28:00 1657.7 1655.7 1653.2 1653.2 1657.7

2015/09/02 15:28:40 1646 7 1642 7 1644.2 End Window 1642.7 1646.7

CHOI CH02 CH03 Maximum Set Point Overshoot 17.7 Pass

Minimum Deviation During Soak 18.80 26.80 16.30 Minimum Deviation 16.30 Pass

Maximum Deviation During Soak 17.20 16.70 17.70 Maximum Deviation 17.70 Pass

Remarks: Passed.

American Instrument Corp. 702 Rose Drive • Hartland, WI 53029 262.367.4409 www.americaninstrument.biz

1625

1675

4:TC3 3:TC2

803 4.000 sec 2015/09/02 14:36:16.000 2015/09/02 15:29:44.000

Data Count Sampling Interval Start Time Stop Time

1/1

15:20:00 15:10:00 15:00:00 Absolute Time fh:m:s]

~ 14:50:00

1600 - - - - - - - - - - - - - - - -

14:40:00

J -

'

1620

1680

1700 2:TC1

2015/09/02 14:36:16.000 - 2015/09/02 15:29:44.000 Target Temperature 1650 f I Scale 1600 f- 1700 f I Window 14:36- 15:29 marked I Pass

007167 BELT2150902 133616.DAD, ... ,007172 BELT2150902 142616.DAD DX1000 - - - S5JB03198 0

1660 I [L

0 0 I o

1640

Printed Group Printed Range Comment

File Message File Name Device Type Serial No. Ext Ch.

This report shall not be reproduced, except in full, without written approval from American Instrument Corporation. This report certifies that all calibration standards are traceable to NIST where available and that tests were performed in accordance with ISO/IEC 17025:2005.

Customer's Signature:

Temperature 70 - 90f Tests performed at customer's site

Service Technician's Signature:

Certificate Number Due Date Calibration Date

***Calibration Equipment Traceable to NIST*** Calibration Equipment Certification Due Date

Martel MC-1010 SN: 2132022 11/17/2015

CALIBRATION METHOD OR SPECIFICATION ISO/IEC 17025:2005 * AIC Procedure 101A

EXPRESSION OF TOLERANCE CQl-9 Table 3.2.1

All results on this report are "As Found" and relate only to items calibrated. Results after calibration of "Out of Tolerance" items are listed on "Recalibration Report''. The uncertainty ratio was calculated using the expanded measurement uncertainty at the 95% confidence level with a factor of k=2. The test results reported represent raw data that does not take into consideration associated uncertainties of measurement.

Application Customer Make Model Cali- Ji Bias Test Test Test Read 1/or Read 2/or Read3 Tolerance IN Condition Equip No bration !! 1 2 3 Calibrator Control OUT of Item

BELT#3 !: B-3Z1 CONT HW UDC 3300 K I; 0 1623 1623 4 F IN B-3Z2CONT HW UDC 3300 K f! 0 1643 1646 4 F IN B-3Z3CONT HW UDC 3300 K ,, 0 1648 1650 4 F IN B-3Z4 CONT HW UDC 3300 K

} 0 1573 1572 4 F IN f'

HW UDC 3300 K ji

0 700 800 900 701 801 901 4 F IN B-3 DZ1 CONT i: HW UDC 3300 K ·' 0 700 800 900 700 800 900 IN B-3 DZ2CONT tl 4 F

B-3 DZ3 CONT HW UDC 3300 K j[

0 700 800 900 700 800 900 4 F IN :: ii

Belt Ch#13 B-3 REC Eurotherm 5180V mA t, 0 9.20 9.10 0.5 in/min IN ~i

D Belt Ch #14 B-3 REC Eurotherm mA ;1 0 5.80 5.70 0.5 in/min IN ;, ll ~ h !1 ~ l

I 1' ,I Ii r il .j 1:

ii I' .I ii !: I! d

***Calibration Certificate***

Calibration Interval -Quarterly

American Instrument Corporation 702 Rose Drive * Hartland, WI 53029 (262) 367-4409 *Fax (262) 367-1154


Page 1of3

This report shall not be reproduced, except in full, without written approval from American Instrument Coporation. This report certifies that all calibration standards are traceable to NIST where available and that tests were performed in accordance with ISOllEC 17025:2005

Service Technician Signature: Customer's Signature:

Tests Performed at Customer Location

70-90f Temperature:

Certificate Number Due Date Calibration Date

11/17/2015 Martel MC-1010 SN: 2132022 SAT SENSOR TYPE K: 62540

Certification Due Date ***Calibration Equipment Traceable to NIST***

Calibration Equipment CALIBRATION METHOD OR SPECIFICATION

ISO/IEC 17025:2005 * AIC Procedure 117 EXPRESSION OF TOLERANCE

CQl-9 Table 3.2.1

All results on this report are "As Found" and relate only to items cahbrated. Results after cahbrat1on of "Out of Tolerance" items are listed on "Recalibration Report". The uncertainty ratio was calculated using the expanded measurement uncertainty at the 95% confidence level with a coverage factor of k=2. The test results reported represent raw data that does not take into consideration associated uncertainties of measurement.

... -·- " H. •'" - - .TO-T -- - -- ·---~ ·-•·-· '-·------- ·--w-~- ---~ ~-~.- ·~-- -- --- ... .}$ iStemYA'iiutte~lf!.ilif-·· - · .. -.-·- - _____ - -- - - - - ···--~ - -·-- .. --

I ........... _ .• ---,..·-·~·------- ... ···-···-- ---·-·-- ..... - - - ·- -, ··---~---- .. -- --··· ~ -- - -- - - .,,..,._ __ -- ---· _ .. ------· ···--·--- -· -·· ._ -- - - _____ ,, - - ·- -- ----- ·- --- --

Application Customer ~ Control Test Instrument Probe Test Instrument Actual Correct SAT Tolerance IN Condition Equip No ~ Reading Reading Correct Factor Correct Factor Temperature Difference OUT of Item I

B-3 a •'·

Zone 1 Control 'i 1656 °F 1654 °F -1.0 °F -0.3 °F 1652.7 °F -3.3 °F 10 F IN !I

Zone 1 Hi Limit ~ 1656 ;,

Zone2 Control ~~ 1649 °F 1644 °F -1.0 °F -0.3 °F 1642.7 °F -6.3 °F 10 F IN ' Zone2 Hi Limit ~: 1649

Zone3 Control [t 1649 °F 1643 °F -1.0 °F -0.3 °F 1641.7 °F -7.3 °F 10 F IN tl Zone3 Hi Limit t' 1653 ~~ Zone4 Control ;j 1554 °F 1559 °F -1.0 °F -0.3 °F 1557.7 °F 3.7 °F 10 F IN ;t Zone4 Hi Limit i~ 1560

,.

B-3DRAW 'I Zone 1 Control ll 800 °F 799 °F -0.8 °F -0.5 °F 797.7 °F -2.3 °F 10 F IN Zone 1 Hi Limit

I• 804

1i Zone2 Control :1 800 °F 799 °F -0.8 °F -0.5 °F 797.7 °F -2.3 °F 10 F IN !• Zone2 Hi Limit i; 801 I!

Zone3 Control 1[ 800 °F 799 °F -0.8 °F -0.5 °F 797.7 °F -2.3 °F 10 F IN l( Zone 3 Hi Limit Ii 802 d

ii ll ~-

***Calibration Certificate*** 702 Rose Drive * Hartland, WI 53029 (262) 367-4409 *Fax (262) 367-1154


American Instrument Corporation Page 2of3

Inst Rem2013

To: To: To: To:

Sent report to: 1. 2. 3. 4.

Contacts:

Condition of Test Item Key Uncertainty Budget A Parameter/Equipment Range CMC2 (±)

CNL IB RI Type K (-25 to 120) °C 0.57 °C

RL TypeK ( 120 to 1000) °C 0.71 °C

RO Type K (1000 to 1372) °C 0.88 °C

RTL RTC TypeN (-25 to 120) °C 0.63 °C

RTM TypeN ( 120 to 41 O) °C 0.63 °C

s TypeN ( 41 0 to 1300) °C 0.67 °C

Adjustments Could not Locate Inoperative/Battery Received Inoperative Received Limited Received Out of Tolerance Returned Limited(*) enter notes, or (*) limited readings, or both Returned w/i customer spec (enter accuracy in notes field) Returned w/i manufacturer spec Scrap/unrepairable All results under "Condition of Item" are in tolerance unless noted.

Parts left or installed Part Number Description Qty Remarks

All Units found in tolerance.

American Instrument Corporation 702 Rose Drive* Hartland, WI 53029 (262) 367-4409 * Fax (262) 367-1154

Page 3 of 3

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