Hellenic Accreditation System. Annex F2/15 to the Certificate No SCOPE of ACCREDITATION

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2 Hellenic Accreditation System Annex F2/15 to the Certificate No SCOPE of ACCREDITATION of the Calibration laboratory of ALGOSYSTEMS S.A. Temperature/ Temperature block calibrators Temperature measurements -80 o C... 0 o C 0,08 o C Using platinum resistance 0 o C o C 0,10 o C thermometers, according to guide: EURAMET/cg-13/v.4: o C o C 0,20 o C 400 o C 1000 o C 1,30 o C Using thermocouple type S, according to guide: EURAMET/cg-13/v.4 :2017 Thermocouples -25 o C o C 0,25 o C Using temperature block calibrator 125 o C o C 0,60 o C and platinum resistance thermometer, according to guide: EURAMET/cg- 08/ v.2.1 :2011 Liquid-in-glass thermometers of total immersion Climatic Chambers, furnaces, ovens, incubators, autoclaves, refrigerators, freezers of volume up to 2000 l 400 o C 1000 o C 1,40 o C Using temperature block calibrator and thermocouple type S, according to guide: EURAMET/cg-08/ v.2.1 : o C o C 0,16 o C Comparative calibration in water bath using platinum resistance thermometer -80 o C o C 0,40 o C Using platinum resistance thermometer positioned at one point within the chamber. -25 o C o C 1 o C Using type K thermocouples covering the volume of the chamber. -25 o C o C 0,30 o C Using temperature data loggers covering the volume of the chamber. All calibrations are based on guide: DKD-R 5-7 : 2004 and standard: ELOT ΕΝ :2002, and can also be performed on-site Page 1 of 12 Annex F2/15 to the Certificate ESYD No

3 Chambers, Furnaces, Ovens 400 o C 1000 o C 1,60 o C Using thermocouple type K, located at a point in the center of the cabin. Chambers / Storage rooms of volume > 2000 l 10 o C o C 0,4 o C Using platinum resistance thermometer at one point within the chamber 1 o C Using type K thermocouples at one point within the chamber Liquid baths -80 o C o C 0,10 o C Using platinum resistance thermometer Dissolution testers, disintegration testers Temperature sensors with analog or digital display unit / Analog temperature recorders / Digital temperature recorders Temperature/ Temperature transmitter (span 100 C) with analog signal output (in ma or Volts), connected to temperature sensor Temperature/ Temperature transmitter (span 100 C) with analog signal output (in ma or Volts), connected to temperature sensor Temperature/ Temperature transmitter (span 100 C) with analog signal output (in ma or Volts), connected to temperature sensor 35 C C 0,10 o C Calibration at one point of sample placement using platinum resistance thermometer -40 o C o C 0,10 o C Using climatic chamber -25 o C o C 0,45 o C Using temperature block calibrator 125 o C o C 0,70 o C and platinum resistance thermometer. Instruments under calibration must have external temperature probes. 50 o C o C 0,25 o C Using liquid bath and platinum resistance thermometer Instruments under calibration must have external temperature probes 400 o C 1000 o C 1,50 o C Using temperature block calibrator and thermocouple type S. Instruments under calibration should have external temperature probes -40 o C to 140 o C 0,10 o C 140 o C to 420 o C 0,44 o C 420 o C to 1000 o C 1,5 o C Humidity measurements Calibration method is based on DKD- R Guideline Page 2 of 12 Annex F2/15 to the Certificate ESYD No

4 Relative humidity/ Analog / Digital humidity meters / Humidity recorders Climatic chambers Velocity / Calibration of fixed speed limit monitoring systems Αραιόμετρα / Υγρόμετρα / Πυκνόμετρα Υγρών Volume / Mechanical Digital Pipettes, Dispensers 15 %RH 95 %RH at 25 o C 15% RH %RH at 25 o C 2,3 %RH... 2,9 %RH Using climatic chamber 2,4 %RH... 3,0 %RH Calibration based on Guide: DKD-R 5-7 : 2004 Physical measurements 30 km/h km/h 2,5 km/h Calibration is performed on-site Density Measurements 850 g/cm g/cm 3 6,0*10-4 g/cm 3 6,5*10-4 g/cm 3 Based on Cuckow methodology Volume Measurements 10 μl 100 μl 0,8 % 0,19 % EURAMET cg-19, Version 2.1 ( μl 1000 μl 0,19 % 0,042 % 2012) 1000 μl 10ml 0,042 % 0,009 % Volume / Titrators 0,05 ml 1 ml 0,9 % 0,094 % 1 ml 10 ml 0,094 % 0,024 % 10 ml 100 ml 0,024 % 0,018 % Volume / Siphons Burettes, type «Ex» and «In» with volume V (ml), internal neck diameter D (mm) Volume / Glass- Plastic and metallic volumetric vessels / flasks / containers, type «Ex» and «In» with Volume V (ml), and internal neck Diameter D (mm) 0,2 ml 1 ml/ D=5mm 1,1%... 0,1 % 0,2 ml 1 ml/ D=10mm 4,5%... 0,5% 1 ml 10 ml/ D=5mm 0,1%... 0,02 % 1 ml 10 ml/ D=10mm 0,5%... 0,05 % 1 ml 10 ml/ D=15mm 1,0%... 0,1 % 10 ml 50 ml/ D=5mm 0,02%... 0,009 % 10 ml 50 ml/ D=10mm 0,05%... 0,01 % 10 ml 50 ml/ D=15mm 0,1%... 0,02 % 10 ml 50 ml/ D=20mm 0,2%... 0,04 % 10 ml 50 ml/ D=30mm 0,4%... 0,08 % 50 ml 100 ml/ D=5mm 0,009%... 0,08 % 50 ml 100 ml/ D=10mm 0,01%... 0,08 % 50 ml 100 ml/ D=15mm 0,02%... 0,08 % 50 ml 100 ml/ D=20mm 0,04%... 0,08 % 50 ml 100 ml/ D=30mm 0,08%... 0,08 % 50 ml 100 ml/ D=40mm 0,15%... 0,09 % 1 ml 10 ml / D=5mm 0,12 % 0,016 % ΑSΤΜ E542:2007, ΟΙΜL R- 1 ml 10 ml / D=10mm 0,47 % 0,05 % 120:1996, OIML R-43:1981, ISO 4787:2010, ISBN ml 10 ml / D=15mm 1,1 % 0,1 % 1:2009 IMEKO (p. 2344) 1 ml 10 ml / D=20mm 1,9 % 0,2 % 10 ml 100 ml/ D=5mm 0,016 % 0,01 % 10 ml 100 ml/ D=10mm 0,05 % 0,01 % 10 ml 100 ml/ D=15mm 0,1 % 0,01 % 10 ml 100 ml/ D=20mm 0,2 % 0,02 % 10 ml 100 ml/ D=30mm 0,4 % 0,04 % 100 ml 1 l / D(5mm-10mm) 0,01 % 0,008 % 100 ml 1 l / D=15mm 0,01 % 0,008 % Page 3 of 12 Annex F2/15 to the Certificate ESYD No

5 100 ml 1 l / D=20mm 0,02 % 0,009 % 100 ml 1 l / D=30mm 0,04% 0,009 % 1 l 5 l / D(5mm-15mm) 0,008 % 0,037 % 1 l 5 l / D(20mm-30mm) 0,009 % 0,037 % 1 l 5 l / D(40mm-60mm) 0,02 % 0,037 % 5 l 20 l / D=60mm 0,037 % 0,032 % 5 l 20 l / D=80mm 0,039 % 0,032 % 5 l 20 l / D=100mm 0,040 % 0,032 % Dimensional Measurements Length/ Analog / Digital calipers Depth calipers Analog / Digital external micrometers Sieves Profile projectors / Micrometers with scale 0 mm mm d = (0,01 0,1) mm 0 mm mm d = (0,01 0,1) mm 0 mm mm d = 0,001 mm d = 0,01mm Nominal opening 20μm 125mm 0,6 d Using gauge blocks and gauge rods 0,6 d (0,6 3,7) μm (6 6,9) μm 3,5 μm (with x50 lens) 6,5 μm (with x30 lens) 0 mm mm 3 μm (x30 < lens < x50) 50 mm mm 5 μm (with lens < x30) ISO :2000, ISO :1999, ASTM E11:2009, ISO 5223:1995, EN 933-3:1997 Using glass mircoscales Dial gauges 0 mm mm Comparative measurement R = 2 μm 3,6 μm In laboratory calibration R = 5 μm R = 10 μm R = 20 μm R = 100 μm 4,0 μm 6,4 μm 12 μm 58 μm R = 5 μm 13 μm On site calibration R = 10 μm R = 20 μm R = 100 μm Dial gauges 0 mm mm 0,5 μm Using gauge blocks Cubic moulds for concrete specimens 150 x150 x150 Internal dimensions 0,02 mm Tolerances according to EN :2000 mm Perpedicularity 4 μm Pass / fail check Cylindrical moulds (Standard proctor moulds) 4 in Cylindrical moulds (Modified proctor moulds) 6 in CBR cylindrical moulds (CBR moulds) 6 in 14 μm 17 μm 59 μm Flatness 3 μm Pass / fail check Internal diameter: 101,6 mm or 152,4 mm Height A: 116,4 mm or 177,8 mm Height B: 50,8 mm 0,02 mm 0,03 mm 0,04 mm Tolerances according to ASTM D698: , Tolerances according to ASTM D698: and Tolerances according to ASTM D1883: Page 4 of 12 Annex F2/15 to the Certificate ESYD No

6 Coordinating Measuring Machines ( CMM) One piece rigid or semi-rigid measures of length 0 mm 1500 mm (measuring length in space) 0 mm 3000 mm 1 mm (d=1mm) 0,6d (mm) (d 2mm) [1,2 + (1* length (m))] μm ISO , 7 OIML R , 7.6 d: readability (in mm) Extensionmeters 0 mm 50 mm 0,6μm + (0,85μm per mm) ISO 9513, ASTM E83 DC Voltage (Generation) / DC Voltage Measuring Equipment DC Voltage (Measurement) / DC Voltage Generators DC Voltage (Measurement)/ DC Voltage Calibrators AC Voltage (Generation) / AC Voltage Measuring Equipment Electrical measurements 10 V V 4, U A standard multifunction calibrator 0,1 mv... 1,9 mv 4, U is used for the calibration. 1 mv mv 4, U 10 mv mv 1, U 0,1 V... 1,9 V 5, U 1 V V 3, U 10 V V 5, U 100 V V 1, U 100 μv mv 1, U A standard high-accuracy multimeter >200 mv 2 V 9, U is used for the calibration. > 2 V 20 V 8, U >20 V 200 V 1, U >200 V 1000 V 1, U 100 mv 8, U A standard transfer standard 1 V 4, U (multimeter) is used for the 10 V 2, U calibration. 100 V 3, U 1000 V 4, U 1 mv... 1,9 mv 30 Hz 300 Hz 4, U 300 Hz 1 khz 4, U 1 khz 10 khz 4, U 10 khz 30 khz 4, U 30 khz 100 khz (4, , ) U 1,9 mv mv 30 Hz Hz (6, , ) U 300 Hz... 1 khz 5, U 1 khz 10 khz 6, U 10 khz 30 khz (5, , ) U 30 khz 100 khz (6, , ) U 19 mv mv 30 Hz 300 Hz (2, , ) U 300 Hz 1 khz 1, U 1 khz 10 khz 1, U 10 khz 30 khz (1, , ) U 30 khz 100 khz (2, , ) U 190 mv... 1,9 V 10 Hz 30 Hz 1, U 30 Hz 300 Hz (1, , ) U 300 Hz 1 khz (6, , ) U 1 khz 10 khz 6, U 10 khz 30 khz 6, U 30 khz 100 khz (6, , ) U 100 khz 300 khz (2, , ) U 300 khz 1 ΜΗz (2, , ) U 1,9 V V 10 Hz 30 Hz 1, U A standard multifunction calibrator is used for the calibration. Page 5 of 12 Annex F2/15 to the Certificate ESYD No

7 AC Voltage (Measurement)/ AC Voltage Generators AC Voltage (Measurement)/ AC Voltage Calibrators 30 Hz 300 Hz (1, , ) U 300 Hz 1 khz (6, , ) U 1 khz 10 khz 6, U 10 khz 30 khz 6, U 30 khz 100 khz (6, , ) U 100 khz 300 khz (2, , ) U 300 khz 1 ΜΗz (2, , ) U 19 V V 10 Hz 30 Hz 1, U 30 Hz 300 Hz (1, , ) U 300 Hz 1 khz (6, , ) U 1 khz 10 khz (5, , ) U 10 khz 30 khz 7, U 30 khz 100 khz (7, , ) U 190 V V 40 Hz 300 Hz 1, U 300 Hz 1 khz (1, , ) U 1 khz 10 khz (9, , ) U 10 khz 30 khz (1, , ) U 700 V 100 khz 8, U 10 mv mv 20 Hz 40 Hz 1, U 40 Hz 1 khz 5, U 1 khz 10 khz 6, U 10 khz 30 khz 3, U 30 khz 100 khz 3, U > 200 mv... 2 V 20 Hz 40 Hz 1, U 40 Hz 1 khz 3, U 1 khz 10 khz 4, U 10 khz 30 khz 2, U 30 khz 100 khz 2, U 100 khz 300 khz 3, U 300 khz 1 ΜΗz 3, U > 2 V V 20 Hz 40 Hz 1, U 40 Hz 1 khz 3, U 1 khz 10 khz 3, U 10 khz 30 khz 2, U 30 khz 100 khz 2, U 100 khz 300 khz 3, U 300 khz 1 ΜΗz 3, U > 20 V V 40 Hz... 1 khz 3, U 1 khz 10 khz 3, U 10 khz 30 khz 2, U 30 khz 100 khz 2, U > 200 V V 20 Hz 40 Hz 1, U 40 Hz 1 khz 5, U 1 mv 10 Hz 1 khz (4, , ) U 1 khz 100 khz (4, , ) U 100 khz 500 khz (5, , ) U 500 khz 1 ΜHz (2, , ) U 10 mv 10 Hz 1 khz (6, , ) U A standard high-accuracy multimeter is used for the calibration. A standard transfer standard (multimeter) is used for the calibration. Page 6 of 12 Annex F2/15 to the Certificate ESYD No

8 DC Current (Generation) / DC Current Measuring Equipment DC Current (Generation) / DC Current Clamp Meters DC Current (Measurement) / DC Current Calibrators up to 10 Α DC Current (Measurement) / DC Current Calibrators - Generators up to 100 Α DC Current (Measurement) / DC Current Generators up to 2 Α AC Current (Generation) / AC Current Measuring Equipment 1 khz 100 khz (4, , ) U 100 khz 500 khz (9, , ) U 500 khz 1 ΜHz (3, , ) U 100 mv 10 Hz 1 khz (3, , ) U 1 khz 100 khz (1, , ) U 100 khz 500 khz (5, , ) U 500 khz 1 ΜHz (1, , ) U 1 V 10 Hz 1 khz (2, , ) U 1 khz 100 khz (4, , ) U 100 khz 500 khz (1, , ) U 500 khz 1 ΜHz (1, , ) U 10 V 10 Hz 1 khz (2, , ) U 1 khz 100 khz (4, , ) U 100 khz 500 khz (1, , ) U 500 khz 1 ΜHz (1, , ) U 19 V 1 khz 4, U 100 V 10 Hz 1 khz (2, , ) U 1 khz 100 khz (5, , ) U 100 khz 200 khz (1, , ) U 700V 50 khz 100 khz (2, , ) U 1000 V 40 Hz 1 khz 7, U 1 khz 30 khz (7, , ) U 10 Α Α 9, Ι A standard multifunction calibrator 100 Α 1,9 ma 4, Ι is used for the calibration. 1,0 ma ma 4, Ι 10 ma ma 4, Ι 100 ma... 1,9 A 9, Ι >1,9 A A 1, Ι 2 Α 5, Ι A standard current calibrator with its 20 Α 5, Ι 10-turn Current Coil is used as 100 Α 7, Ι current source Α 6, Ι 100 μα 9, Ι A standard transfer standard (multimeter) is used for the calibration. 1 ma 3, Ι 10 ma 2, Ι 100 ma 4, Ι 1 A 6, Ι 10 A 3, Ι 2 ma ma 1, Ι Standard current shunts and a standard high-accuracy multimeter are used for the calibration. 20 ma ma 1, Ι 200 ma... 2 A (1, , ) Ι 2 A A 2, Ι 20 A A (2, , ) Ι 100 μα... 2 A 1, Ι A standard high-accuracy multimeter is used for the calibration. 10 Α Α A standard multifunction calibrator 10 Ηz 2, Ι is used for the calibration. 300 Hz 2, Ι 1 khz 3, Ι 5 khz 3, Ι Page 7 of 12 Annex F2/15 to the Certificate ESYD No

9 AC Current (Generation) / AC Current Clamp Meters, 50 Hz AC Current (Measurement) / AC Current Calibrators up to 10 Α AC Current (Measurement) / AC Current Calibrators - Generators up to 100 Α AC Current (Measurement) / AC Current Generators up to 2 Α 4-wire Resistance (Generation) / Resistance Measuring Equipment 100 Α... 1,9 ma 10 Hz 2, Ι 300 Hz 1, Ι 1 khz 2, Ι 5 khz 2, Ι 1,0 ma ma 10 Hz 2, Ι 300 Hz 1, Ι 1 khz 2, Ι 5 khz 2, Ι 10 ma ma 10 Hz 2, Ι 300 Hz 1, Ι 1 khz 2, Ι 5 khz 2, Ι 100 ma... 1,9 A 10 Hz 3, Ι 300 Hz 3, Ι 1 khz 4, Ι 5 khz 5, Ι >1,9 A 10 A 300 Hz 4, Ι 1 khz 7, Ι 5 khz 2, Ι 10 khz 6, Ι 2 Α 2, Ι A standard current calibrator with its 20 Α 2, Ι 10-turn Current Coil is used as 100 Α 4, Ι current source Α 6, Ι 100 μα 10 Hz 5 khz (3, , ) Ι 1 ma 10 Hz 5 khz (2, , ) Ι 10 ma 10 Hz 5 khz (2, , ) Ι 100 ma 10 Hz 5 khz (2, , ) Ι 1 A 20 Hz 5 khz (2, , ) Ι 10 A 40 Hz 10 khz (3, , ) Ι 2 ma ma 50 Hz 1 khz 1, Ι 20 ma ma 50 Hz 1 khz 1, Ι 200 ma 2 A 50 Hz 1 khz 1, Ι 2 A. 20 A 50 Hz 1 khz 1, Ι 20 A. 100 A 50 Hz 1 khz 1, Ι A standard transfer standard (multimeter) is used for the calibration. Standard current shunts and a standard high-accuracy multimeter are used for the calibration. 10 mα... 2 A 30 Hz 300 Hz 1, Ι A standard high-accuracy multimeter is used for the calibration. 300 Hz 1 khz 1, Ι 1 khz 5 khz 3, Ι 10 Ω 2, R A standard multifunction calibrator 100 Ω 1, R is used for the calibration. 1 kω 8, R Page 8 of 12 Annex F2/15 to the Certificate ESYD No

10 2-wire Resistance (Generation) / Resistance Measuring Equipment Resistance / Insulation testers, Megohmmeters Resistance (Measurement) / Resistance Calibrators 4-wire Resistance (Measurement) / Standard Resistors 2-wire Resistance (Measurement) / Standard Resistors Resistance (Measurement) / Current shunts DC Voltage (Generation) / Temperature Indicators without cold junction compensation DC Voltage (Generation) / Temperature Indicators with cold junction compensation 10 kω 8, R 100 kω 1, R 1 ΜΩ 2, R 10 ΜΩ 4, R 100 ΜΩ 2, R 10 Ω 1, R A standard multifunction calibrator 100 Ω 2, R is used for the calibration. 1 kω 1, R 10 kω 2, R 100 kω 1, R 1 ΜΩ 2, R 10 ΜΩ R 100 ΜΩ R 1 ΜΩ 3,7 kω Standard insulation resistors are used 10 ΜΩ 37 kω for the calibration. 100 ΜΩ 370 kω 1 GΩ 3,8 ΜΩ 10 GΩ 38 ΜΩ 100 GΩ 0,95 GΩ 1 ΤΩ 17 GΩ 10 ΤΩ 730 GΩ 100 ΤΩ 1,8 ΤΩ 10 Ω 2, R A standard transfer standard (multimeter) is used for the calibration. 100 Ω 8, R 1 kω 6, R 10 kω 6, R 100 kω 8, R 1 ΜΩ 1, R 10 ΜΩ 2, R 100 ΜΩ 8, R 0,1 Ω 200 Ω 1, R A standard high-accuracy multimeter >200 Ω 2 kω 1, R is used for the calibration. >2 kω 20 kω 1, R >20 kω 200 kω 1, R >200 kω... 2 ΜΩ 2, R >2 ΜΩ 20 ΜΩ 5, R >20 ΜΩ 200 ΜΩ 2, R 0,1 Ω 200 Ω 1, R A standard high-accuracy multimeter >200 Ω... 2 kω 2, R is used for the calibration. >2 kω 20 kω 2, R >20 kω 200 kω 1, R >200 kω 2 ΜΩ 2, R >2 ΜΩ 20 ΜΩ 5, R >20 ΜΩ 200 ΜΩ 2, R 0,001 Ω 5, R A standard current source and a standard high-accuracy multimeter are used for the calibration. 0,01 Ω 2, R 0,1 Ω 1, R 1 Ω 8, R 10 Ω 8, R 100 Ω 8, R ±100 mv (- 270 C 1700 C) ±100 mv (- 270 C 1700 C) 0,07 o C Calibration method is based on EURAMET cg-11 Guideline 0,27 o C Page 9 of 12 Annex F2/15 to the Certificate ESYD No

11 Time / Timers Frequency / Frequency Counters Frequency / Optical Tachometers Revolution frequency / Centrifuges, Centrifuge extractors, Mixers Time / Frequency measurements 0 s s 0,23 s A Rubidium frequency standard and a standard frequency counter are used for the calibration. Calibration in the lab. 1 MHz 14 μhz A Rubidium frequency standard is 10 MHz 230 μhz used for the calibration. Calibration in the lab. 600 rpm (10 Hz) 14, rpm A standard multifunction calibrator and a standard frequency counter are used for the calibration. Calibration in the lab. 900 rpm (15 Hz) 14, rpm rpm (50 Hz) rpm rpm (250 Hz) rpm rpm (500 Hz) rpm rpm (1000 Hz) 0,5 rpm rpm (1500 Hz) 0,8 rpm 0 rpm rpm 9 rpm Using a tachometer. Mass Measurements Mass / Standard weights 1 mg 10 mg 0,01 mg Capability to calibrate standard weights up to (including): OIML Class F2 20 mg 100 mg 0,01 mg,, F1,, 200 mg 0,01 mg,, F1,, 500 mg 0,01 mg,, F1,, 1 g 0,01 mg,, F1,, 2 g 0,02 mg,, F1,, 5 g 0,02 mg,, F1,, 10 g 0,03 mg,, F1,, 20 g 0,03 mg,, F1,, 50 g 0,04 mg,, F1,, 100 g 0,06 mg,, F1,, 200 g 0,12 mg,, F1,, 500 g 0,90 mg,, F2,, 1 kg 1,0 mg,, F1,, 2 kg 1,4 mg,, F1,, 5 kg 3,1 mg,, F1,, 10 kg 8,2 x10 1 mg,, Μ1,, 20 kg 8,2 x10 1 mg,, F2,, 50 kg 1,7x10 2 mg,, F2,, Mass / Non-automatic weighing instruments. 1 mg 0,002 mg According to EURAMET/cg- 2 mg 0,002 mg 18/v.04:11/ mg 0,002 mg 10 mg 0,002 mg Available Standard Weights OIML 20 mg 0,003 mg Class E2 at the range from 1mg to 50 mg 0,003 mg 5kg. Max. grouped load: 11,1 kg 100 mg 0,005 mg 200 mg 0,006 mg Available Standard Weights OIML 500 mg 0,007 mg Class F1 at the range from 1mg to 1 g 0,010 mg 5kg. Max. grouped load: 11,1 kg 2 g 0,010 mg Available Standard Weights OIML 5 g 0,015 mg Class F2 at the range from 1mg to 10 g 0,02 mg 5kg. Max. grouped load: 11,1 kg 20 g 0,03 mg 50 g... 1 kg Page 10 of 12 Annex F2/15 to the Certificate ESYD No

12 Force / Compression testing machines Force / Tensile testing machines 2 kg... 5 kg Available Standard Weights OIML Class F2 at the range from 10kg to 20kg. Max. grouped load: 50 kg 5 kg 10 kg kg 60 kg kg 750 kg kg 3,84 t (5, m + 1,2 N) kg where m : value of mass expressed in kg N : number of substitution loads Force measurements Available Standard Weights OIML Class M1 at the range from 10kg to 700kg. Max. grouped load: 700 kg According to Guide: EURAMET/cg- 18/v.03:03/2011 using substitution loads of known density, that client has, according to lab suggestion. All calibrations are performed on-site Force / Compression testing machines - Force transfer 200 kn 2000 kn 0,01 N/N - Force rate 1 kn/s 100 kn/s 0,8 % - Flatness of machine plates - 2 μm - Self alignment of the upper -1 mv/v 1 mv/v - machine platen. Restrain of movement of the upper platen - Hardness of machine plates 24 HRC 63 HRC 1 HRC - Roughness of machine 0,2 Ra 0,5 Ra (μm) 0,05 μm plates Force / Load Rings, CBR, MARSHAL Loading Machines 0 kn 1 kn 0,03 % Class 0.5 machines 2 kn 20 kn 0,12 %,, 1,, 20 kn 45 kn 0,07 %,, 0.5,, 45 kn 450 kn 0,14 %,, 1,, 600 kn 3000 kn 0,26 %,, 1,, 0 kn 1 kn 0,03 % Class 0.5 machines 2 kn 22 kn 0,11 %,, 0.5,, 20 kn 45 kn 0,10 %,, 0.5,, 45 kn 220 kn 0,13 %,, 0.5,, 220 kn 450 kn 0,13 %,, 0.5,, According to standard ISO : All calibrations can be performed onsite According to ΕΝ Calibrations can be performed on-site 0kN 100 kn 0,07% According to ISO : 2004 & BS Torque Measurements Torque Calibrators 1 Nm 85 Nm 0,25 % Using Standard Weights 85 Nm 700 Nm 0,15 % Torque Meters 1Nm 700 Nm 0,6 % Using Torque Calibrators Pressure/ Gauge relative pressure meters of direct reading/ Analog & digital / Pressure Recorders Pressure measurements 3,5 kpa 100 kpa 3,3*10-5 P + 0,0004 (kpa) where: P : Pressure value in kpa 0,6 ΜPa 10 MPa 1,5*10-5 P + 0,0005 (MPa) where: P : Pressure value in MPa Using Dead Weight Testers Medium: gas According to Guide: EURAMET/cg-17/ v. 03 (04/2017) Page 11 of 12 Annex F2/15 to the Certificate ESYD No

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