Clemens Bender Karl Scharber Christian Kliche

Transcription

1 Deutsche Akkreditierungsstelle GmbH Scope of Accreditation D-K DIN EN ISO/IEC 17025:2005 Period of validity: Date of issue: Certificate bearer: Tes Industrial Services GmbH Gewerbestraße 3, Kirchzarten with the calibration laborary: Tes Industrial Services GmbH Kalibrierlabor München Nikolaus-Ot-Straße 2, Dachau Laborary chief: Section leaders: Dipl.-Phys. Eugen Sander Dipl.-Ing. (FH) Christian Knapp Clemens Bender Karl Scharber Christian Kliche Accredited calibration laborary since: Areas of calibration: Electrical measurands Dimensional measurands DC and low frequency measurands Length - DC voltage - Length-measuring instruments - AC voltage - Diameter - Direct current - Thread - Alternating Current Flow rate measurands - DC resistance Liquid flow rate Power and energy - Mass of flowing liquids - Electrical power - Volume of flowing liquids Time and frequency Gas flow rate - Time interval - Mass of flowing gases - and rotational speed - Volume of flowing gases Definition of abbreviations used: see last page The German original version Anlage zur Akkreditierungsurkunde D-K nach DIN EN ISO/IEC 17025:2005 is valid. 1/6

2 Measurand/ Equipment Range Smallest Uncertainty DC Voltage Measuring Instruments 10 mv 220 mv 1.5 µv U U = measured > 0.22 V 2.2 V U Fluke 5700A > 2.2 V 11 V U > 11 V 22 V U > 22 V 220 V U > 220 V 1000 V U Sources 10 mv 100 mv 1.5 µv U U = measured > 100 mv 1 V U > 1 V 10 V U HP 3458A > 10 V 100 V U > 100 V 1000 V U DC Current >1 µa 1 A I I = measured > 1 A 10 A I > 10 A 20 A I DC Resistance 1 mω > 10 mω 1 Ω > 10 MΩ 10 mω < 1 Ω 10 MΩ 100 MΩ DC Power 10 mw 100 kw Product of U and I; 10 mv U 1000 V 100 µa I 100 A AC Voltage Measuring Instruments 0.1 V 0.2 V 40 Hz > > > 0.2 V 2.2 V 40 Hz > > > 2.2 V 22 V 40 Hz > > > 22 V 220 V 40 Hz > > R R R R R = measured P P = measured U U = measured U U Fluke 5700A U U U U U U U U U > 220 V 1000 V 50 Hz 1 khz U The smallest measurement uncertainties are stated according DAkkS-DKD-3 (EA-4/02). These are expanded uncertainties with a 95 % level of confidence and, unless otherwise stated, using a coverage facr of k = 2. Uncertainties that appear without units are relative the measured unless otherwise stated. Period of validity: Date of issue: /6

3 Measurand/ Equipment Range Smallest uncertainity AC Voltage Sources 0.1 V 10 V 40 Hz 1 khz U U = measured > 1 khz U > U HP 3458A AC Current Measuring Instruments > 10 V 100 V 40 Hz 1 khz U > 1 khz U > U > 100 V 700 V 40 Hz 1 khz U 1 ma 2,2 ma 40 Hz 1 khz 0.04 µa I I = measured > 1 khz 5 khz 0.5 µa I > 5 khz 10 khz 1 µa I Fluke 5700A > 2.2 ma 22 ma 40 Hz 1 khz 0.4 µa I > 1 khz 5 khz 5 µa I > 5 khz 10 khz 12 µa I > 22 ma 220 ma 40 Hz 1 khz 5 µa I > 1 khz 5 khz 60 µa I > 5 khz 10 khz 0.12 ma I > 0.22 A 2.2 A 40 Hz 1 khz 50 µa I > 1 khz 5 khz 0.12 ma > 5 khz 10 khz 0.23 ma I > 2.2 A 19.9 A 40 Hz 5 khz I Sources 1 ma 100 ma 40 Hz 5 khz I I = measured Time Interval > 100 ma 1 A 40 Hz 5 khz I 1 MHz 10 MHz 1 MHz U f Tf 1 mhz 1 GHz U f Tf 1 µs s U + 2 ns t Tt I HP 3458A f =measured U Tf = Triggeruncertainties t = measured U Tt= Triggeruncertainties The smallest measurement uncertainties are stated according DAkkS-DKD-3 (EA-4/02). These are expanded uncertainties with a 95 % level of confidence and, unless otherwise stated, using a coverage facr of k = 2. Uncertainties that appear without units are relative the measured unless otherwise stated. Period of validity: Date of issue: /6

4 Measurand/ Equipment Range Smallest uncertainity Temperature Indicars and -Simulation Resistancethermometer Precious Metal Thermocouples Non-Precious- Metal Thermocouples 200 C 850 C 0.03 K 200 C 1750 C 0.1 K 200 C 1300 C 0.05 K Characteristic according DIN EN IEC Characteristic according DIN EN IEC Characteristic according DIN EN IEC Length Cylindrical Setting Gauge Ring Gauge Diamater 3 mm 150 mm Plug Gauge Diameter 1 mm 150 mm Page 4.1, Point 5.3.3, Point 5.3.4:2010 Page 4.1, Point 5.3.3, Point 5.3.4: µm d 0.8 µm d d = measured diameter Pin Gauge Diameter 1 mm 20 mm Page 4.2, Point 5.3.3: µm d Thread Gauge (Single and Multi-Start Cylindrical Outer and Inner Threads with Straight-Sided Symmetrical Profile) Thread Pin: Simple Pitch Diameter 1,4 mm 150 mm Nominal Pitch: 0.3 mm 6 mm Page 4.8 Option 1: µm d Thread Ring: Simple Pitch Diameter 3 mm 200 mm Nominal Pitch: 0.5 mm 6 mm Page 4.9 Option 1: µm d Caliper for Outer and Inner Depth s Depth Gauge 0 mm 500 mm Page 9.1:2010 Page 9.2: µm l l = measured length Micrometer 0 mm 150 mm Page 10.1: µm l Dial Indicar 50 mm Page 11.1: µm l Indicating Caliper 3 mm Page 11.2: µm Feeler Gauge 1.6 mm Page 11.3: µm The smallest measurement uncertainties are stated according DAkkS-DKD-3 (EA-4/02). These are expanded uncertainties with a 95 % level of confidence and, unless otherwise stated, using a coverage facr of k = 2. Uncertainties that appear without units are relative the measured unless otherwise stated. Period of validity: Date of issue: /6

5 Measurand/ Equipment Range Flow rate of liquids Volume Flow dv/dt of flowing liquids 0.8 ml/min 40 L/min Pisn Calibrar Volumentric measurement Liquid with a density of Smallest uncertainity 0.08 % 700 kg/m³ 10 ml/min 300 L/min 1100 kg/m³ 0.08 % 1 L/min 1200 L/min Viskosity of % mm²/s 1600 mm²/s Mass Flow dm/dt of flowing liquids 0.6 g/min 32 kg/min 0.12 % Volume V of flowing liquids 8 g/min 240 kg/min 0.12 % 0.8 kg/min 1000 kg/min 0.09 % 25 ml 2.5 L 0.08 % 190 ml 19 L 410 ml 41 L Flow rate not less then 0.5 ml/min Flow rate not less then 10 ml/min Flow rate not less then 1 ml/min The smallest measurement uncertainties are stated according DAkkS-DKD-3 (EA-4/02). These are expanded uncertainties with a 95 % level of confidence and, unless otherwise stated, using a coverage facr of k = 2. Uncertainties that appear without units are relative the measured unless otherwise stated. Period of validity: Date of issue: /6

6 Measurand/ Equipment Range Flow rate of gases Volume flow rate dv/dt of flowing gases Smallest uncertainity Laminar Flow Elements 1 ml/min < 3 ml/min Dry air 0.40 % (Dew point less 3 ml/min 1000 L/min 0.33 % 8 L/min 2000 L/min Critical Nozzles Dry Air (Dew point less 0.22 % Mass flow rate dm/dt of flowing gases 1.3 mg/min < 3.9 mg/min Laminar Flow Elements Dry air 0.42 % 3.9mg/min 1300 g/min (Dew point less 0.36 % Critical Nozzles Dry Air 10 g/min 1500 kg/min (Dew point less 0.24 % Abbreviations used: DAkkS-DKD-R A calibration directive from the Deutsche Akkreditierungsstelle formerly Deutscher Kalibrierdienst The smallest measurement uncertainties are stated according DAkkS-DKD-3 (EA-4/02). These are expanded uncertainties with a 95 % level of confidence and, unless otherwise stated, using a coverage facr of k = 2. Uncertainties that appear without units are relative the measured unless otherwise stated. Period of validity: Date of issue: /6