<?xml version="1.0" encoding="utf-8"?>
<dcc:digitalCalibrationCertificate 
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
	xmlns:dcc="https://ptb.de/dcc" 
	xmlns:si="https://ptb.de/si" 
	xsi:schemaLocation="https://ptb.de/dcc https://ptb.de/dcc/v3.1.1/dcc.xsd" 
	schemaVersion="3.1.1">
	<!--        
			DCC - Digital Calibration Certificate
            Copyright (c) 2019 - 2022 Physikalisch-Technische Bundesanstalt

            This XML dataset is free software: you can redistribute it and/or modify
            it under the terms of the GNU Lesser General Public License as published by
            the Free Software Foundation, version 3 of the License.

            This XSD is distributed in the hope that it will be useful,
            but WITHOUT ANY WARRANTY; without even the implied warranty of
            MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
            GNU Lesser General Public License for more details.

            The development of minimum requirements for a digital calibration certificate (DCC) is partially funded and
            supported by the joint research project EMPIR 17IND02 (title: SmartCom).
            This project (17IND02) has received funding from the EMPIR programme co-financed by the Participating States
            and from the European Union's Horizon 2020 research and innovation programme.
            The further development of the digital calibration certificate (DCC) is partly supported by the lighthouse
            project GEMIMEG-II (GEMIMEG 01 MT20001E) funded by the German Federal Ministry for Economic Affairs and
            Energy (BMWi) and the project "International Standard Accident Number" (ISAN) funded by the Niedersächsiches
            Vorab initiative of the Volkswagen Foundation (VolkswagenStiftung).


            Documentation: https://ptb.de/dcc
 
			ATTENTION! ATTENTION! ATTENTION! ATTENTION! ATTENTION! ATTENTION! ATTENTION!

			This is not a real calibration certificate. It is invalid.

			Draft Good Practise Temperature
			
			GP_DCC_temperature_resistance_1.2
			=================================
-->
	<dcc:administrativeData>
		<dcc:dccSoftware>
			<dcc:software>
				<dcc:name>
					<dcc:content>Notepad++ (32-bit)</dcc:content>
				</dcc:name>
				<dcc:release>v 8.2</dcc:release>
			</dcc:software>
		</dcc:dccSoftware>
		<dcc:coreData>
			<dcc:countryCodeISO3166_1>DE</dcc:countryCodeISO3166_1>
			<dcc:usedLangCodeISO639_1>de</dcc:usedLangCodeISO639_1>
			<dcc:usedLangCodeISO639_1>en</dcc:usedLangCodeISO639_1>
			<dcc:mandatoryLangCodeISO639_1>de</dcc:mandatoryLangCodeISO639_1>
			<dcc:uniqueIdentifier>GP_DCC_temperature_resistance_1.2</dcc:uniqueIdentifier>
			<dcc:identifications>
				<dcc:identification>
					<dcc:issuer>calibrationLaboratory</dcc:issuer>
					<dcc:value>string-calibrationLaboratory-coreData</dcc:value>
					<dcc:name>
						<dcc:content lang="de">Auftrags Nr.</dcc:content>
						<dcc:content lang="en">Order no.</dcc:content>
					</dcc:name>
				</dcc:identification>
			</dcc:identifications>
			<dcc:beginPerformanceDate>1957-08-13</dcc:beginPerformanceDate>
			<dcc:endPerformanceDate>1957-08-13</dcc:endPerformanceDate>
			<dcc:performanceLocation>laboratory</dcc:performanceLocation>
		</dcc:coreData>
		<dcc:items>
			<dcc:item>
				<dcc:name>
					<dcc:content lang="de">Platin-Widerstands Thermometer (Pt100)</dcc:content>
					<dcc:content lang="en">Platinum resistance thermometer (Pt100)</dcc:content>
				</dcc:name>
				<dcc:manufacturer>
					<dcc:name>
						<dcc:content>String</dcc:content>
					</dcc:name>
				</dcc:manufacturer>
				<dcc:model>String</dcc:model>
				<dcc:identifications>
					<dcc:identification>
						<dcc:issuer>manufacturer</dcc:issuer>
						<dcc:value>string-manufacturer-item</dcc:value>
						<dcc:name>
							<dcc:content lang="de">Serien Nr.</dcc:content>
							<dcc:content lang="en">Serial no.</dcc:content>
						</dcc:name>
					</dcc:identification>
					<dcc:identification>
						<dcc:issuer>customer</dcc:issuer>
						<dcc:value>string-customer-item</dcc:value>
						<dcc:name>
							<dcc:content lang="de">Messmittel Nr.</dcc:content>
							<dcc:content lang="en">Measurement equipment no.</dcc:content>
						</dcc:name>
					</dcc:identification>
					<dcc:identification>
						<dcc:issuer>calibrationLaboratory</dcc:issuer>
						<dcc:value>string-calibrationLaboratory-item</dcc:value>
						<dcc:name>
							<dcc:content lang="de">Equipment Nr.</dcc:content>
							<dcc:content lang="en">Equipment no.</dcc:content>
						</dcc:name>
					</dcc:identification>
				</dcc:identifications>
			</dcc:item>
		</dcc:items>
		<dcc:calibrationLaboratory>
			<dcc:contact>
				<dcc:name>
					<dcc:content>Kalibrierfirma GmbH</dcc:content>
				</dcc:name>
				<dcc:eMail>info@kalibrierfirma.xx</dcc:eMail>
				<dcc:phone>+49 123 4567-89</dcc:phone>
				<dcc:fax>+49 123 4567-90</dcc:fax>
				<dcc:location>
					<dcc:city>Musterstadt</dcc:city>
					<dcc:countryCode>DE</dcc:countryCode>
					<dcc:postCode>00900</dcc:postCode>
					<dcc:street>Musterstraße</dcc:street>
					<dcc:streetNo>1</dcc:streetNo>
					<dcc:further>
						<dcc:content>www.kalibrierfirma.xx</dcc:content>
					</dcc:further>
				</dcc:location>
			</dcc:contact>
		</dcc:calibrationLaboratory>
		<dcc:respPersons>
			<dcc:respPerson>
				<dcc:person>
					<dcc:name>
						<dcc:content>Michaela Musterfrau</dcc:content>
					</dcc:name>
				</dcc:person>
				<dcc:mainSigner>true</dcc:mainSigner>
			</dcc:respPerson>
			<dcc:respPerson>
				<dcc:person>
					<dcc:name>
						<dcc:content>Michael Mustermann</dcc:content>
					</dcc:name>
				</dcc:person>
			</dcc:respPerson>
		</dcc:respPersons>
		<dcc:customer>
			<dcc:name>
				<dcc:content>Kunde GmbH</dcc:content>
			</dcc:name>
			<dcc:eMail>info@kunde.xx</dcc:eMail>
			<dcc:location>
				<dcc:city>Musterstadt</dcc:city>
				<dcc:countryCode>DE</dcc:countryCode>
				<dcc:postCode>00900</dcc:postCode>
				<dcc:further>
					<dcc:content lang="de">Kunden Nr. 1024418</dcc:content>
					<dcc:content lang="en">Customer ID no. 1024418</dcc:content>
				</dcc:further>
			</dcc:location>
		</dcc:customer>
		<dcc:statements>
			<dcc:statement>
				<dcc:norm>ISO/IEC 17025:2018-03</dcc:norm>
				<dcc:reference>7.8.4.3</dcc:reference>
				<dcc:declaration>
					<dcc:content lang="de">Die Ergebnisse gelten zum Zeitpunkt der Kalibrierung. Es obliegt dem Antragsteller, zu gegebener Zeit eine Rekalibrierung zu veranlassen.</dcc:content>
					<dcc:content lang="en">The results refer only to the object calibrated in this DCC. The measurement results are valid at the time of calibration. The applicant is responsible for arranging a recalibration in due time.</dcc:content>
				</dcc:declaration>
			</dcc:statement>
			<dcc:statement refType="basic_validityRange">
				<dcc:declaration>
					<dcc:content lang="de">Angabe des Temperaturbereichs, in denen die Konstanten Gültigkeit haben:</dcc:content>
					<dcc:content lang="de">Specification of the temperature range in which the constants are valid:</dcc:content>
				</dcc:declaration>
				<dcc:data>
					<dcc:quantity refType="basic_validityRangeMin">
						<dcc:name>
							<dcc:content lang="de">Unteres Limit</dcc:content>
							<dcc:content lang="en">Lower limit</dcc:content>
						</dcc:name>
						<si:real>
							<si:value>273</si:value>
							<si:unit>\kelvin</si:unit>
						</si:real>
					</dcc:quantity>
					<dcc:quantity refType="basic_validityRangeMax">
						<dcc:name>
							<dcc:content lang="de">Oberes Limit</dcc:content>
							<dcc:content lang="en">Upper limit</dcc:content>
						</dcc:name>
						<si:real>
							<si:value>333</si:value>
							<si:unit>\kelvin</si:unit>
						</si:real>
					</dcc:quantity>
				</dcc:data>
			</dcc:statement>
			<dcc:statement refType="basic_recalibration">
				<dcc:declaration>
					<dcc:content lang="de">Datum, wann nach der Festlegung durch den Kunden spätestens der Kalibriergegenstand rekalibriert werden soll:</dcc:content>
					<dcc:content lang="de">Date when the calibration item is to be recalibrated at the latest according to the customer's specification:</dcc:content>
				</dcc:declaration>
				<dcc:date>1959-10-22</dcc:date>
				<dcc:respAuthority>
					<dcc:name>
						<dcc:content>Kunde GmbH</dcc:content>
					</dcc:name>
					<dcc:eMail>info@kunde.xx</dcc:eMail>
					<dcc:location>
						<dcc:city>Musterstadt</dcc:city>
						<dcc:postCode>00900</dcc:postCode>
						<dcc:countryCode>DE</dcc:countryCode>
					</dcc:location>
				</dcc:respAuthority>
			</dcc:statement>
		</dcc:statements>
	</dcc:administrativeData>
	<dcc:measurementResults>
		<dcc:measurementResult>
			<dcc:name>
				<dcc:content>Messergebnisse</dcc:content>
			</dcc:name>
			<dcc:usedMethods>
				<dcc:usedMethod refType="basic_uncertainty">
					<dcc:name>
						<dcc:content lang="de">Erweiterte Messunsicherheit</dcc:content>
						<dcc:content lang="en">Expanded uncertainty</dcc:content>
					</dcc:name>
					<dcc:description>
						<dcc:content lang="de">Angegeben ist die erweiterte Messunsicherheit, die sich aus der Standardmessunsicherheit durch Multiplikation mit dem Erweiterungsfaktor k=2 ergibt. Sie wurde gemäß dem „Guide to the Expression of Uncertainty in Measurement (GUM)“ ermittelt. Der Wert der Messgröße liegt dann im Regelfall mit einer Wahrscheinlichkeit von annähernd 95 % im zugeordneten Überdeckungsintervall.</dcc:content>
						<dcc:content lang="en">The expanded uncertainty was calculated from the contributions of uncertainty originating from the standards used, from the weighings and the air buoyancy corrections. The reported uncertainty does not include an estimate of long-term variations.</dcc:content>
					</dcc:description>
					<dcc:norm>GUM</dcc:norm>
				</dcc:usedMethod>
				<dcc:usedMethod refType="gp_resistanceThermometer">
					<dcc:name>
						<dcc:content lang="de">Kalibrierung von Widerstandsthermometern</dcc:content>
						<dcc:content lang="en">Calibration of resistance thermometers</dcc:content>
					</dcc:name>
					<dcc:norm>DKD-R 5-1:2018</dcc:norm>
				</dcc:usedMethod>
				<dcc:usedMethod refType="gp_dinEn60751">
					<dcc:name>
						<dcc:content>Koeffizienten</dcc:content>
					</dcc:name>
					<dcc:description>
						<dcc:content lang="de">Die Koeffizienten wurden gemäß der Callendar–Van-Dusen - Gleichung bestimmt.</dcc:content>
						<dcc:content lang="en">The coefficients were determined according to the Callendar–Van-Dusen - equation.</dcc:content>
					</dcc:description>
					<dcc:norm>DIN EN 60751</dcc:norm>
				</dcc:usedMethod>
			</dcc:usedMethods>
			<dcc:measuringEquipments>
				<dcc:measuringEquipment>
					<dcc:name>
						<dcc:content lang="de">Pt 100 Widerstandsthermometer</dcc:content>
						<dcc:content lang="en">Pt 100 thermometer</dcc:content>
					</dcc:name>
					<dcc:certificate>
						<dcc:referral>
							<dcc:content>www.kalibrierfirma.xx/certificate-download</dcc:content>
						</dcc:referral>
						<dcc:referralID>GP-mE-Certificate</dcc:referralID>
						<dcc:procedure>analogue</dcc:procedure>
						<dcc:value>analogue</dcc:value>
					</dcc:certificate>
					<dcc:identifications>
						<dcc:identification>
							<dcc:issuer>manufacturer</dcc:issuer>
							<dcc:value>string-manufacturer-measuringEquipment</dcc:value>
						</dcc:identification>
					</dcc:identifications>
				</dcc:measuringEquipment>
			</dcc:measuringEquipments>
			<dcc:influenceConditions>
				<dcc:influenceCondition refType="gp_current">
					<dcc:name>
						<dcc:content lang="de">Stromstärke</dcc:content>
						<dcc:content lang="en">Current</dcc:content>
					</dcc:name>
					<dcc:description>
						<dcc:content lang="de">Die in den Kalibriergegenstand eingeprägte Stromstärke betrug 1 mA.</dcc:content>
						<dcc:content lang="en">The current applied in the calibration item was 1 mA.</dcc:content>
					</dcc:description>
					<dcc:data>
						<dcc:quantity>
							<si:real>
								<si:label>Stromstärke</si:label>
								<si:value>0.001</si:value>
								<si:unit>\ampere</si:unit>
							</si:real>
						</dcc:quantity>
					</dcc:data>
				</dcc:influenceCondition>
				<dcc:influenceCondition refType="gp_immersionDepth">
					<dcc:name>
						<dcc:content lang="de">Eintauchtiefe im Wasserbad</dcc:content>
						<dcc:content lang="en">Immersion depth in water bath</dcc:content>
					</dcc:name>
					<dcc:data>
						<dcc:quantity>
							<dcc:name>
								<dcc:content lang="de">Eintauchtiefe</dcc:content>
								<dcc:content lang="en">Immersion depth</dcc:content>
							</dcc:name>
							<si:real>
								<si:value>0.1</si:value>
								<si:unit>\metre</si:unit>
							</si:real>
						</dcc:quantity>
					</dcc:data>
				</dcc:influenceCondition>
				<dcc:influenceCondition refType="basic_temperature">
					<dcc:name>
						<dcc:content lang="de">Umgebungsbedingung Temperatur</dcc:content>
						<dcc:content lang="en">Ambient condition temperature</dcc:content>
					</dcc:name>
					<dcc:description>
						<dcc:content lang="de">Diese Werte wurden nicht gemessen, sondern wurden anhand der typischen Wetterbedingungen zu einer Jahreszeit angegeben.</dcc:content>
						<dcc:content lang="en">These values were not measured, but were given based on typical weather conditions at a time of year.</dcc:content>
					</dcc:description>
					<dcc:data>
						<dcc:quantity refType="basic_temperatureMin">
							<dcc:name>
								<dcc:content lang="de">Temperatur min</dcc:content>
								<dcc:content lang="en">temperature min</dcc:content>
							</dcc:name>
							<si:real>
								<si:value>293</si:value>
								<si:unit>\kelvin</si:unit>
							</si:real>
						</dcc:quantity>
						<dcc:quantity refType="basic_temperatureMax">
							<dcc:name>
								<dcc:content lang="de">Temperatur max</dcc:content>
								<dcc:content lang="en">temperature max</dcc:content>
							</dcc:name>
							<si:real>
								<si:value>299</si:value>
								<si:unit>\kelvin</si:unit>
							</si:real>
						</dcc:quantity>
					</dcc:data>
				</dcc:influenceCondition>
				<dcc:influenceCondition refType="basic_humidityRelative">
					<dcc:name>
						<dcc:content lang="de">Umgebungsbedingung relative Luftfeuchte</dcc:content>
						<dcc:content lang="en">Ambient condition relative humidity</dcc:content>
					</dcc:name>
					<dcc:description>
						<dcc:content lang="de">Diese Werte wurden nicht gemessen, sondern wurden anhand der typischen Wetterbedingungen zu einer Jahreszeit angegeben.</dcc:content>
						<dcc:content lang="en">These values were not measured, but were given based on typical weather conditions at a time of year.</dcc:content>
					</dcc:description>
					<dcc:data>
						<dcc:quantity refType="basic_humidityRelativeMin">
							<dcc:name>
								<dcc:content lang="de">Feuchte min</dcc:content>
								<dcc:content lang="en">humidity min</dcc:content>
							</dcc:name>
							<si:real>
								<si:value>0.20</si:value>
								<si:unit>\one</si:unit>
							</si:real>
						</dcc:quantity>
						<dcc:quantity refType="basic_humidityRelativeMax">
							<dcc:name>
								<dcc:content lang="de">Feuchte max</dcc:content>
								<dcc:content lang="en">humidity max</dcc:content>
							</dcc:name>
							<si:real>
								<si:value>0.70</si:value>
								<si:unit>\one</si:unit>
							</si:real>
						</dcc:quantity>
					</dcc:data>
				</dcc:influenceCondition>
			</dcc:influenceConditions>
			<dcc:results>
				<dcc:result refType="gp_measuringResult1">
					<dcc:name>
						<dcc:content lang="de">Messergebnisse</dcc:content>
						<dcc:content lang="en">Measuring results</dcc:content>
					</dcc:name>
					<dcc:data>
						<dcc:list refType="gp_table1">
							<dcc:quantity refType="basic_referenceValue">
								<dcc:name>
									<dcc:content lang="de">Referenzwert</dcc:content>
									<dcc:content lang="en">Reference value</dcc:content>
								</dcc:name>
								<si:hybrid>
									<si:realListXMLList>
										<si:valueXMLList>273.149 283.151 293.151 303.149 313.149 323.149 333.150 303.151 273.151</si:valueXMLList>
										<si:unitXMLList>\kelvin</si:unitXMLList>
									</si:realListXMLList>
									<si:realListXMLList>
										<si:valueXMLList>-0.001 10.001 20.001 29.999 39.999 49.999 60.000 30.001 0.001</si:valueXMLList>
										<si:unitXMLList>\degreecelsius</si:unitXMLList>
									</si:realListXMLList>
								</si:hybrid>
								<dcc:measurementMetaData>
									<dcc:metaData refType="basic_calibrationValue">
										<dcc:declaration>
											<dcc:content lang="de">Kalibrierpunkt</dcc:content>
											<dcc:content lang="en">Calibration value</dcc:content>
										</dcc:declaration>
										<dcc:data>
											<dcc:quantity>
												<si:hybrid>
													<si:realListXMLList>
														<si:valueXMLList>273 283 293 303 313 323 333 303 273</si:valueXMLList>
														<si:unitXMLList>\kelvin</si:unitXMLList>
													</si:realListXMLList>	
													<si:realListXMLList>
														<si:valueXMLList>-0.15 9.85 19.85 29.85 39.85 49.85 59.85 29.85 -0.15</si:valueXMLList>
														<si:unitXMLList>\degreecelsius</si:unitXMLList>
													</si:realListXMLList>	
												</si:hybrid>
											</dcc:quantity>
										</dcc:data>
									</dcc:metaData>
								</dcc:measurementMetaData>
							</dcc:quantity>
							<dcc:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="de">Angezeigter Messwert Kalibriergegenstand</dcc:content>
									<dcc:content lang="en">Indicated measured value probe</dcc:content>
								</dcc:name>
								<si:realListXMLList>
									<si:valueXMLList>100.0220 103.9329 107.8300 111.7130 115.5841 119.4422 123.2880 111.7131 100.0224</si:valueXMLList>
									<si:unitXMLList>\kilogram\metre\tothe{2}\ampere\tothe{-2}\second\tothe{-3}</si:unitXMLList>
									<si:expandedUncXMLList>
										<si:uncertaintyXMLList>0.0039 0.0041 0.0042 0.0044 0.0045 0.0047 0.0048 0.0044 0.0039</si:uncertaintyXMLList>
										<si:coverageFactorXMLList>2</si:coverageFactorXMLList>
										<si:coverageProbabilityXMLList>0.95</si:coverageProbabilityXMLList>
									</si:expandedUncXMLList>
								</si:realListXMLList>
							</dcc:quantity>
						</dcc:list>
					</dcc:data>
				</dcc:result>
				<dcc:result refType="gp_coefficients">
					<dcc:name>
						<dcc:content lang="de">Koeffizienten</dcc:content>
						<dcc:content lang="en">Coefficients</dcc:content>
					</dcc:name>
					<dcc:data>
						<dcc:list refType="gp_table2">
							<dcc:quantity>
								<dcc:description>
									<dcc:formula><dcc:latex>R_{0}</dcc:latex></dcc:formula>
								</dcc:description>
								<si:real>
									<si:label>R0</si:label>
									<si:value>100.0225</si:value>
									<si:unit>\kilogram\metre\tothe{2}\second\tothe{-3}\ampere\tothe{-2}</si:unit>
								</si:real>
							</dcc:quantity>
							<dcc:quantity>
								<dcc:description>
									<dcc:formula><dcc:latex>A</dcc:latex></dcc:formula>
								</dcc:description>
								<si:real>
									<si:label>A</si:label>
									<si:value>0.0039155</si:value>
									<si:unit>\kelvin\tothe{-1}</si:unit>
								</si:real>
							</dcc:quantity>
							<dcc:quantity>
								<dcc:description>
									<dcc:formula><dcc:latex>B</dcc:latex></dcc:formula>
								</dcc:description>
								<si:real>
									<si:label>B</si:label>
									<si:value>-6.469E-07</si:value>
									<si:unit>\kelvin\tothe{-2}</si:unit>
								</si:real>
							</dcc:quantity>
							<dcc:measurementMetaData>
								<dcc:metaData refType="basic_conformity">
									<dcc:norm>DIN IEC 751</dcc:norm>
									<dcc:reference>Class A</dcc:reference>
									<dcc:declaration>
										<dcc:content lang="de">Die Konformitätsaussage erfolgt für Klasse A Pt100-Widerstandsfühler gemäß der Gleichung:</dcc:content>
										<dcc:content lang="en">The conformity statement is made for class A Pt100 resistance sensors according to the equation:</dcc:content>
										<dcc:formula>
											<dcc:latex>99.94 \, \Omega \le R_{0} \le 100.06 \, \Omega</dcc:latex>
										</dcc:formula>
									</dcc:declaration>
									<dcc:respAuthority>
										<dcc:name>
											<dcc:content>Kunde GmbH</dcc:content>
										</dcc:name>
										<dcc:eMail>info@kunde.xx</dcc:eMail>
										<dcc:location>
											<dcc:city>Musterstadt</dcc:city>
											<dcc:postCode>00900</dcc:postCode>
											<dcc:countryCode>DE</dcc:countryCode>
										</dcc:location>
									</dcc:respAuthority>
									<dcc:conformity>pass</dcc:conformity>
								</dcc:metaData>
							</dcc:measurementMetaData>
						</dcc:list>
					</dcc:data>
				</dcc:result>
			</dcc:results>
		</dcc:measurementResult>
	</dcc:measurementResults>
</dcc:digitalCalibrationCertificate>
