| Time and Frequency Lab. |
| Time Interval Measurement | 0.5 ns – 1010s | | 100 ps | SASO |
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| Time Interval Measurement | T: 0.5 ns – 1010 s | | 500 ps | SASO |
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| Time Interval Measurement | TI: 5 ps – 100 ns | | (5 ps + 1x10-4x TI) s | SASO |
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| Frequency Generation and Measurement | f: 0.1 Hz – 200 MHz | | 1x10-11 x f Hz | SASO |
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| Frequency Generation and Measurement | f: 200MHz – 67 GHz | | (0.6 + 4x10-12x f) Hz | SASO |
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Time
Measurement | 1 s - +1 s (Local Clock vs. UTC(SASO)) -1 s - +1 s (Local Clock vs. UTC) -1 s - +1 s (Remote Clock vs. UTC(SASO)) -1 s - +1 s (Remote Clock vs. UTC) | | 5 ns 20 ns 40 ns 50 ns | SASO |
|---|
| Pulse parameter | Rise time , fall time, Pulse width (15 ps to 1 us) | | (5 ps + 0.1% of reading) s | SASO |
|---|
| Amplitude Measurement Range | 0 dBm to +30 dBm (50 MHz < fc < 50 GHz) -100 dBm to 0 dBm (50 MHz < fc < 50 GHz) | | 0.45 dB 0.30 dB + 0.005 dB / 10 dB | SASO |
|---|
| Modulation Parameter Measurement (Amplitude Modulation, AM) | AM (%5 - %99) (50 Hz to 10 kHz, 250 kHz < fc < 10 MHz ), AM (%20 - %99) (50 Hz to 100 kHz, 10 MHz < fc < 30 GHz ), AM (%20 - %99) (50 Hz to 100 kHz, 30 GHz < fc < 50 GHz )
| | 0.75% of reading 2.0% of reading 6% of reading | SASO |
|---|
| Modulation Parameter Measurement (Frequency) | FM (20 Hz to 10 kHz, 250 kHz < fc < 10 MHz ) | | 1.5% of reading 3.8% of reading | SASO |
|---|
| Modulation, FM) | FM (50 Hz to 200 kHz, 10 MHz < fc < 30 GHz), FM (50 Hz to 200 kHz, 30 GHz < fc < 50 GHz | | 8.5% of reading | |
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| RF Microwave lab. |
|---|
| Modulation Parameter Measurement (Phase Modulation, PM) | PM (> 1.5 rad) (200 Hz to 20 kHz, 250 kHz < fc < 30GHz ), PM (> 2.5 rad) (200 Hz to 20 kHz, 250 kHz < fc < 30GHz ), | | 3% of reading 3% of reading | SASO |
|---|
| RF Power | 0.01µW – 100 mW | Freq: 100 kHz – 50 GHz Connector: type N, 3.5 mm, 2.4 mm | 9 to 60 mW/W | UME-Turkey |
|---|
| Calibration Factor | 0.8000 – 1.0000 | Freq: 100 kHz – 50 GHz Power: 1 mW Connector: type N, 3.5 mm, 2.4 mm | 7 to 50 mW/W | UME-Turkey |
|---|
| Reflection Coefficient | -1 – +1 | Freq: 9 kHz – 50 GHz Connector: type N, 3.5 mm, 2.4 mm | 0.005 to 0.035 | UME-Turkey VSL-Netherlands |
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| Acoustic lab. |
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| Transmission Coefficient | -1 – +1 | Freq: 9 kHz – 50 GHz Connector: type N, 3.5 mm, 2.4 mm | 0.0002 to 0.0015 | UME and VSL-Netherlands |
|---|
| 1" Laboratory Standard Microphone | 2 Hz - 10 kHz | 2 Hz - 10 kHz | 2 Hz - 10 kHz | SASO |
|---|
| 1/2" Laboratory Standard Microphone | 2 Hz - 25 kHz | 2 Hz - 25 kHz | 2 Hz - 25 kHz | SASO |
|---|
| Condenser Microphone | 20 Hz - 50 kHz | 20 Hz - 50 kHz | 20 Hz - 50 kHz | SASO |
|---|
| Sound Calibrator | 250 Hz or 1 kHz, 94 dB, 104 dB, 114 dB, 124 dB | | | SASO |
|---|
| Multifunction Acoustical Calibrator | 31,5 Hz - 16 kHz, 94 dB, 104 dB, 114 dB | | | SASO |
|---|
| Sound Level Meter | IEC 61672-3 | | | SASO |
|---|
| Noise Dose Meter | IEC 61652 | | | SASO |
|---|
| Audiometer | 125 Hz - 8 kHz | | | SASO |
|---|
| Sound Pressure Level Measurement | 20 Hz - 20 kHz | | | SASO |
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| Vibration lab. |
|---|
| Laboratory Standard Accelerometer | 5 Hz - 10 kHz
Sensor with mass up to 200 gram
Nominal at 50 m/s2 | 5 Hz to 10 kHz | 5 Hz to 10 kHz | SASO |
|---|
| Vibration Measuring Chain | 5 Hz - 10 kHz
Sensor with mass up to 200 gram
Nominal at 50 m/s2 | 5 Hz to 10 kHz | 5 Hz to 10 kHz | SASO |
|---|
| Accelerometer | 5 Hz - 10 kHz
Sensor with mass up to 200 gram
Nominal at 50 m/s2 | 5 Hz to 10 kHz | 5 Hz to 10 kHz | SASO |
|---|
| Vibration Exciter | 5 Hz - 10 kHz
Level and frequency depend on DUT | 5 Hz to 10 kHz | 5 Hz to 10 kHz | SASO |
|---|
| Vibration Meter | 5 Hz - 10 kHz
Level and frequency depend on DUT | 5 Hz to 10 kHz | 5 Hz to 10 kHz | SASO |
|---|
| Conditioning Amplifier | 5 Hz - 10 kHz | 5 Hz to 10 kHz | 5 Hz to 10 kHz | SASO |
|---|
| Vibration Measurement | 1 Hz - 10 kHz | | | SASO |
|---|
| Length Measurements Lab. |
|---|
| Frequency stabilized laser: vacuum wavelength | 633 nm | | 0.04 fm | CCL |
|---|
| Frequency stabilized laser: optical frequency | 474 THz | | 20 kHz | CCL |
|---|
| Short gauge block by interferometry: Central Length | 0.5-100 mm | Vertical | Q(30;0.28L) nm L in mm | SASO-NMCC |
|---|
| Long gauge block by interferometry: Central Length | 125-1000 mm | Horizental | Q (49;0.29L) nm L in mm | SASO-NMCC |
|---|
Gauge Block Comparator: Error of indicated displacement | 0.5 – 100 mm | | 30 nm | UME Turkey |
|---|
| Short gauge block by mechanical comparison: Central Length | 0.5 – 100 mm | Vertical | Q(50;0.7L) nm , (K=2) | SASO-NMCC |
|---|
| Long gauge block by mechanical comparison: Central Length | 125-1000 mm | Horizental | Q (75;0.4L) nm L in mm | SASO-NMCC |
|---|
| Step gauge: face spacing | 700 mm | | Q(0.5;0.0012L) μm ,L: mm , (K=2) | SASO-NMCC |
|---|
steel tape, Ruler : line spacing | 0-5000 mm | | Q(80;4.1L) μm , (K=2) | SASO-NMCC |
|---|
External cylinder (plug): diameter | 5 – 300 mm | | Q(0.3;0.0004L) μm, (K=2) | SASO-NMCC |
|---|
External cylinder (pin or wire): diameter | 0.1 – 5 mm | | Q(0.3;0.0004L) μm, (K=2) | SASO-NMCC |
|---|
Internal cylinder (ring): diameter | 4 – 350 mm | | Q(0.4;0,004L) μm, (K=2) | METAS , Switzerland |
|---|
External cylinder (plug): Roundness | 0.01 – 300 μm | | Q(42; 22 Ro) nm, (K=2) | UME Turkey |
|---|
Internal cylinder (ring): Roundness | 0.01 – 300 μm | | Q(42; 22 Ro) nm, (K=2) | UME Turkey |
|---|
Sphere or hemisphere: Roundness | 0.01 – 300 μm | | Q(42; 22 Ro) nm, (K=2) | UME Turkey |
|---|
| Cylindrical Straightness Standard: Straightness | 0.01 – 300 μm | | Q(100; 22 So) nm, (K=2) | UME Turkey |
|---|
Thread plug : pitch diameter | 2-70 mm | | ±2 μm , (K=2) | SASO-NMCC |
|---|
Thread ring: pitch diameter | 3-70mm | | ±2.5 μm , (K=2) | METAS, Switzerland |
|---|
| depth standard(groove) | 0.01 - 50 μm | | Q(33; 13Pt) nm , (K=2) | Germany PTB |
|---|
| Roughness standard | 0.01 - 50 μm | | Q(59; 17Rz) nm , (K=2) | UME Turkey |
|---|
Surface plate: Flatness | 0 -200 μm | | Q(0.7 ; 2 L) μm , (K=2) | UME Turkey |
|---|
| Electronic level: Error of indicated inclination angle | ± 1000 arc | | ± 0.4 arc | UME Turkey |
|---|
| Angle Block : Angle | 1 arc – 180 Degree | | ± 0.6 arc | UME Turkey |
|---|
| Thermal Measurements Lab. |
|---|
Fixed points | 234.3156 K (-38.8344°C) 273.16 K 0.01°C 302.9146 K (29.7646 °C) 505.078 K (231.928 °C) 692.677 K (419.527 °C) 933.473 K (660.323 °C) 1234.93 K (961.78 °C) | 0.5 mK 0.2 mK 0.5 mK 1 mK 1.5 mK 3.5 mK 5 mK |
Comparison of fixed points |
UME
Turkey |
|---|
Standard Platinum Resistance Thermometer (SPRTs) | 83.8058 K (-189.3442°C )
234.3156 K (-38.8344°C) 273.16 K 0.01 °C 302.9146 K (29.7646 °C) 505.078 K (231.928 °C ) 692.677 K (419.527 °C) 933.473 K (660.323 °C) 1234.93 K (961.78 °C) | 1 mK 0.8 mK 0.5 mK 0.8 mK 1.5 mK 2 mK 8 mK 10 mK | By ITS-90 Fixed Point Cells, Quartz sheath for temperature above Zn. Minimum sheath length 450 mm |
SASO-NMCC |
|---|
Semi-Standard Platinum ResistanceThermometer or Platinum Resistance Thermometer | 83.8058 K (-189.3442°C ) 234.3156 K (-38.8344°C) 273.16 K 0.01 °C 302.9146 K (29.7646 °C) 505.078 K (231.928 °C ) 692.677 K (419.527 °C) 933.473 K (660.323 °C) 1234.93 K (961.78 °C) | 1 mK 0.8 mK 0.5 mK 0.8 mK 1.5 mK 2 mK 8 mK 10 mK | By ITS-90 Fixed Point Cells, Quartz sheath for temperature above Zn. Minimum sheath length 450 mm |
SASO-NMCC |
|---|
Standard Platinum Resistance Thermometer (SPRTs) Industrial Platinum ResistanceThermometers (IPRTs) | -196 °C -80°C to -60°C >-60°C to -40°C - 40 °C to 0 °C > 0 °C to 50 °C > 50 °C to 250 °C > 250 °C to 420 °C > 420 °C to 550 °C >550°C to 650°C | 0.15 K 40 mK 10 mK 10 mK 10 mK 20 mK 30 mK 50 mK 50 mK | Calibration by comparison boiling point of liquid nitrogen liquid baths (Alcohol, water, oil and salt baths) and/or 3- zone furnace |
SASO-NMCC |
|---|
Noble metal Thermocouples (Type S, Type R, Type B, Au/Pt) | 231.928 °C 419.527 °C 660.323 °C 961.78 °C | 0.1 K 0.1 K 0.2 K 0.2 K | By ITS-90 Fixed Point Cells Minimum sheath length 500 mm | SASO-NMCC |
|---|
| Thermocouples | -80 °C — 250 °C 250 °C — 450 °C 450 °C — 650 °C 650 °C — 950 °C 950 °C — 1200 °C | 0.1 K 0.2 K 0.2 K 1.0 K 1.0 K | Calibration by comparison liquid baths (Alcohol, water, oil and salt baths) and/or 3- zone furnace | SASO-NMCC |
|---|
Digital Thermometer (Temperature sensors with display unit) (Resolution < 0.01°C) | -80 °C — 0 °C 0 °C — 85 °C 85 °C — 250 °C 250 °C — 420 °C 420 °C — 550 °C | 15 mK 10 mK 10 mK 10 mK 15 mK 15 mK | Calibration by comparison liquid baths (Alcohol, water, oil and salt baths) and/or 3- zone furnace |
SASO-NMCC |
|---|
Digital Thermometer (Temperature sensors with display unit) (Resolution > 0.1oC) | -80 °C — -40 °C -40 °C — 550 °C | 0.1 K 0.1 K | Calibration by comparison liquid baths (Alcohol, water, oil and salt baths) and/or 3- zone furnace |
SASO-NMCC |
|---|
| Liquid-in-Glass Thermometer | -80 °C — 0 °C 0 °C — 85 °C 85 °C — 250 °C 250 °C — 420 °C 420 °C — 660 °C | 15 mK 20 mK 50 mK 50 mK 1.5 K | Calibration by comparison liquid baths (Alcohol, water, oil and salt baths) |
SASO-NMCC |
|---|
| Surface Thermometer | 25 °C 50 °C 100 °C 150 °C 200 °C 250 °C | 2 K | Calibration by comparison | SASO-NMCC |
|---|
| Calibration of Block Calibrators (Dry-well block calibrators) | -40 °C —200 °C 200 °C —450 °C 450 °C —650 °C 650 °C —1000 °C | 0.1 K 0.2 K 0.5 K 0.5 K | Euramet cg-13 | SASO-NMCC |
|---|
| Calibration of Temperature-Controlled Volumes(Oven and incubature) | -40 °C —100 °C 100 °C —200 °C | 0.5 K 0.5 K | Euramet cg-20, EN 60068-3-5, EN60068-3-11 | SASO-NMCC |
|---|
Relative Humidity | 10 %rh – 50 %rh / 0.0 °C – 22.9 °C 51 %rh – 95 %rh / 0.0 °C – 22.9 °C 10 %rh – 30 %rh / 23.0 °C – 24.0 °C 31 %rh – 50 %rh / 23.0 °C – 24.0 °C 51 % rh – 70 %rh / 23.0 °C – 24.0 °C 51 % rh – 70 %rh / 23.0 °C – 24.0 °C 71 %rh – 95 %rh / 23.0 °C – 24.0 °C 10 %rh – 50 %rh / 24.1 °C – 70.0 °C 51 %rh – 95 %rh / 24.1 °C – 70.0 °C | 1.50 %rh 2.00 %rh 0.60 %rh 0.90 %rh 1.20 %rh 1.20 %rh 1.50 %rh 1.90 %rh 2.90 %rh | The calibration by comparison of the relative humidity sensors of Thermo-Hygrometers with Dew-Point Hygrometer | SASO-NMCC |
|---|
| Air temperature sensor | 0 °C – 24 °C / 10 %rh – 95 %rh 24.1 °C – 70.0 °C / 10 %rh – 95 %rh | 0.19 °C 0.34 °C | The calibration by comparison of the air temperature sensor with the reference thermometer | SASO-NMCC |
|---|
Variable Temperature Blackbody Radiation Sources | -20 ºC to < 15 ºC 15 ºC to 500 ºC 400 ºC to 600 ºC | 0.2 K to 0.4 K 0.2 K to 2.1 K 1.5 K to 1.8 K | Comparison with reference blackbodies through infrared thermometer spectral wavelength 8 µm to 14 µm | UME Turkey |
|---|
Variable Temperature Blackbody Radiation Sources | 0 ºC to < 15 ºC 15 ºC to 500ºC | 0.4 K 0.4 K to 2.1 K | Comparison with reference blackbodies through infrared thermometer spectral wavelength 8 µm to 13 µm | UME Turkey |
|---|
Variable Temperature Blackbody Radiation Sources | 150 ºC to 1 100 ºC | 0.7 K to 1.6 K | Comparison with 1.6µ m standard radiation thermometer | UME Turkey |
|---|
Variable Temperature Blackbody Radiation Sources | 420 ºC to 1 600 ºC | 0.8 K to 2.0 K | Comparison with 650 nm standard radiation thermometer | UME Turkey |
|---|
Radiation Thermometer/Infrared Thermometer/Thermal imaging Camera | -20 °C to 15 °C | 0.15 K to 0.30 K | Calibration by comparison | UME Turkey |
|---|
Radiation Thermometer/Infrared Thermometer/Thermal imaging Camera | >15 °C to < 1100 °C | 0.15 K to 5.0 K | Calibration by comparison | UME Turkey |
|---|
| Optics Measurements Lab. |
|---|
Responsivity Spectral, Power Broadband Detectors | 1.10-04 A/W ≤ R ≤ 1.5 A/W (Wavelength: 250 nm to 1800 nm) | 250 nm to 350 nm 350 nm to 850 nm 850 nm to 1100 nm 1100 nm to 1800 nm | 1.45 % 1.03 % 1.39 % 1.86 % | Lamp-based monochromatic source (CIE Pubs No. 53 and 64)/ UME-Turkey |
|---|
Responsivity Laser, Power | Power: 10-05 W to 1 W | Wavelength: 488 nm, 515 nm, 532 nm, 633 nm, 1064 nm | 1.32 % to 2.26 % | CW laser sources/ UME-Turkey |
|---|
Reflectance, Diffuse, Spectral (Spectrally-neutral Materials) | 10-03 to 1.0 | Wavelength: 250 nm to 1800 nm Bandwidth: 2 nm to 13 nm | 0.3 % to 1.0 % | Lamp based monochromatic source and integrating sphere with reference detectors (ASTM E 1175, ASTM E 903 & CIE Pub No. 130)/ UME-Turkey |
|---|
Reflectance, Regular, Spectral | 10-03 to 1.0 | Wavelength: 250 nm to 1800 nm | 0.01 % to 1.0 % | Lamp based monochromatic source and integrating sphere with reference detectors/ UME-Turkey |
|---|
Transmittance, Regular, Spectral | 10-03 to 1.0 | Wavelength: 250 nm to 1800 nm | 0.01 % to 1.0 % | Lamp based monochromatic source and integrating sphere with reference detectors/ UME-Turkey |
|---|
Transmittance, Total, Spectral (Spectrally-neutral Materials) | 10-03 to 1.0 | Wavelength: 250 nm to 1800 nm Bandwidth: 2 nm to 13 nm | 0.3 % to 1.8 % | Lamp based monochromatic source and integrating sphere with reference detectors (NIST SP 260 – 135, ASTM - D 1003 & CIE Pub No. 130)/ UME-Turkey |
|---|
| Optical density (OD) | 0 to 3 | Wavelength: 250 nm to 1800 nm | 0.01 % to 0.17 % | Lamp based monochromatic source and integrating sphere with reference detectors/ |
|---|
| Opacity | 0 to 1 |
| 0.01 % to 1.8 % | Lamp based monochromatic source and integrating sphere with reference detectors/ UME-Turkey |
|---|
| Luminous Intensity | 1 cd to 1004 cd | CCT: 2856 K | 1 % | Tungsten lamps/photometric bench/reference photometer/ UME-Turkey |
|---|
| Illuminance | 0.1 lx to 5000 lx | CCT: 2856 K | 1 % | Tungsten lamps/photometric bench/reference photometer (ISO/CIE 19476:2014 & CIE Pub No. 69)/ UME-Turkey |
|---|
| Luminance | 15 cd/m2 to 2800 cd/m2 | CCT: 2856 K | 1.6 % | Tungsten-based source/ UME-Turkey |
|---|
| Luminous responsivity | Flux: 0.1 lx to 5000 lx | CCT: 2856 K | 2 % | Comparison at tungsten lamp, photometric bench/ UME-Turkey |
|---|
Luminous Flux, Tungsten-based lamps | 5 lm to 5000 lm | CCT: 2856 K | 1.7 % | Tungsten lamp/integrating sphere (CIE Pub No. "84")/ UME-Turkey |
|---|
Spectrophotometer UV-VIS-NIR | 0.04 to 2.0 AU | SBW < 5 nm | 1 nm 1% Abs. | ASTM E275, E925, E958, E168, E169 & E387 |
|---|
Colorimeter Color coordinates and color difference | X, Y and Z Different ranges | Illuminant A | 2% | ASTM E308 & E1347 |
|---|
| Gloss meter | 0 to 100 GU | 20o 60o 85o | 0.64 GU 0.45 GU 0.44 GU | ASTM D523 & D2457 |
|---|
| Mass Lab. |
|---|
| Mass standard | 1 mg – 100 mg | Comparison in air | 0.4 μg | SASO National kg |
|---|
| 0.1 g – 1 g | Comparison in air | 0.4 μg to 1 μg | SASO National kg |
| 1 g – 10 g | Comparison in air | 1 μg to 2 μg | SASO National kg |
| 10 g – 100 g | Comparison in air | 2 μg to 4 μg | SASO National kg |
| 0.1 kg – 1 kg | Comparison in air | 4 μg to 28 μg | SASO National kg |
| 1 kg – 10 kg | Comparison in air | 28 μg to 0.5 mg | SASO National kg |
| 10 kg – 50 kg | Comparison in air | 0.5 mg to 2 mg | SASO National kg |
Weighing instrument Calibration of no Automatic instruments | to 600 g | Comparison in air | 1.7×10-6 | SASO standard |
|---|
| ˃600 g to 60 kg | Comparison in air | 3×10-6 | SASO standard |
| ˃60 kg to 600 kg | Comparison in air | 1×10-5 | SASO standard |
| ˃600 kg to 2000 kg | Comparison in air | 3×10-5 | SASO standard |
| Pressure Lab. |
|---|
Absolute Pressure (pneumatic) | 5.0´104 Pa – 3.5´105 Pa 3.5´105 Pa - 7´106 Pa | pneumatic | (0.5+1E-05 P) (1.1E-5 P) | PTB |
|---|
Relative pressure (pneumatic) | 1.5´103 Pa – 5´103 Pa 5´104 Pa – 3.5´105 Pa 3.5´105 Pa - 7 ´106 Pa 7 ´106 Pa - 2 ´107 Pa | pneumatic | (0.04+1.5E-4 P) (0.5+1E-05 P) (1.1E-5 P) (1000+5E-5 P) | PTB |
|---|
Negative pressure (pneumatic) | 1.5´103 Pa - 1´105 Pa | Pneumatic | (0.04+1.5E-4 P) | PTB |
|---|
Relative pressure (hydraulic) | 2 ´105 Pa - 1´108 Pa 1 ´108 Pa - 2 ´108 Pa | hydraulic | (600+2.1E-5 P) (1960+3.2E-5 P) | PTB |
|---|
| Volume Lab. |
|---|
| Micropipette | 1 μL < V ≤ 10 μL 11 μL < V ≤ 100 μL 200 μL 500 μL 1000 μL 2 mL 5 mL 10 mL | In air | 0.10 μL 0.20 μL 0.30 μL 0.60 μL 1.4 μL 2.5 μL 6 μL 8 μL | SASO |
|---|
| Metal Volumetric Instruments | (2-200) L | In air | 0.01 % for 1 L | SASO |
|---|
| Flask | 1 mL < V ≤ 10 mL 25 mL 50 mL 100 mL 200 mL 250 mL 500 mL 1000 mL 2000 mL 5000 mL | In air | 0.01 % - 0.5 % | SASO |
|---|
| Measuring Cylinder | 5 mL 10 mL 25 mL 50 mL 100 mL 250 mL 500 mL 1000 mL 2000 mL | In air | 0.02 mL 0.04 mL 0.11 mL 0.22 mL 0.23 mL 0.43 mL 1.0 mL 2.0 mL 4.0 mL | SASO |
|---|
| Pyknometer | 10 mL 25 mL 50 mL 100 mL | In air | 10 μL 10 μL 10 μL 10 μL | SASO |
|---|
| Burettes | 1 mL 2 mL 5 mL 10 mL 25 mL 50 mL 100 mL | In air | 5 μL 10 μL 15 μL 25 μL 25 μL 35 μL 45 μL | SASO |
|---|
Single-volume Pipettes | 0.5 mL 1 mL 2 mL 5 mL 10 mL 20 mL 25 mL 50 mL 100 mL | In air | 4 μL 5 μL 6 μL 9 μL 12 μL 15 μL 18 μL 25 μL 35 μL | SASO |
|---|
Graduate-volume Pipettes | 0.5 mL 1 mL 2 mL 5 mL 10 mL 20 mL 25 mL | In air | 2.5 μL 5 μL 10 μL 20 μL 20 μL 30 μL 40 μL | SASO |
|---|
| Density Lab. |
|---|
| Density Hydrometer | (2000 –600) kg/m3 | In Bath and special Liquid | 0.2 – 1.0 % | SASO |
|---|
| Density Determination of the Mass Standards | 1 g to 50 kg | In Water | 0.3 kg m-3 for 1 kg | SASO |
|---|
| Viscosity Lab. |
|---|
| Capillary Viscometer Calibration | 0,001 mm²/s² – 100000 mm²/s² | In water Bath | 0.1ـــ 0.9% | UME |
|---|
| ROTATION | 0,5 – 100 000 mPa·s | Calibration Liquid | 0.1 % | SASO |
|---|
| FLOW CUP | 1,6 – 2000 mm2/s | Calibration Liquid | 0.2 – 3.0 % | SASO |
|---|
| Torque Lab. |
|---|
| Reference torque wrenches | 1 N.m - 5 kN.m | cw/ccw reference method | 0.002 % | PTB |
|---|
| Torque measuring devices | 1 N.m - 5 kN.m | cw/ccw reference method | 0.002 % | PTB |
|---|
| Torque tools calibration equipment | 1 N.m - 5 kN.m | cw/ccw reference method | 0.002 % | PTB |
|---|
| Force Lab. |
|---|
| Material testing machines using load cells | 1 kN – 1000 kN | | % 0.1 ± | SASO - NMCC |
|---|
| Concrete testing machines using load cells | 1 kN – 3000 kN | | % 0.1 ± | PTB |
|---|
Dead Weight Force Standard Machine | 0.02 kN – 1.1 kN | | % 0.003 ± | UME |
|---|
| 0.2 kN - 11 kN | | % 0.003 ± | UME |
| 2 kN - 110 kN | | % 0.003 ± | UME |
| Universal Force Calibrating Machine | 5 kN – 200 kN | | % 0.016 ± | UME |
|---|
| 20 kN – 1000 kN | | % 0.022 ± | UME |
| 200 kN – 5000 kN | | % 0.028 ± | PTB |
| Hardness Lab. |
|---|
Hardness Reference Blocks Rockwell, Brinell, Vickers Hardness Reference Block Calibration | HRA HRBW HRC HR-N HR-TW HV HBW | | 0,26 HRA 0,45HRB 0,47 HRC 0,44 HR-N 0,45 HR-TW 1,0 % 1,0 % |
SASO - NMCC |
|---|
Angle Rockwell and Vickers Hardness Diamond Indenters Calibration | 119⁰ ≤ α ≤121⁰ 135⁰ ≤ α ≤ 137⁰ | | 0,05⁰ | INRiM |
|---|
Tilt Angle Rockwell and Vickers Hardness Diamond Indenters Calibration | 0⁰ ≤ α ≤1⁰ | | 0,05⁰ | INRiM |
|---|
Radius Rockwell Hardness Diamond Indenters Calibration | 0,180 mm ≤ R ≤ 0,220mm | | 0,002 mm | INRiM |
|---|
Straightness Rockwell Hardness Diamond Indenters Calibration | 0 mm ≤ S ≤ 0,002 mm | | 0,0003 mm | INRiM |
|---|
Squareness Vickers Hardness Diamond Indenters Calibration | 0⁰ ≤ α ≤1⁰ | | 0,1⁰ | INRiM |
|---|
Length Vickers Hardness Diamond Indenters Calibration | 0 mm ≤ L ≤ 0,005 mm | | 0.0005 mm | INRiM |
|---|
| Depth measurement of Rockwell hardness testing machines | 0 mm ≤ L ≤ 1 mm |
|---|
| Indentation measurement system for Brinell and Vickers | 0,020 mm ≤ L ≤ 6 mm |
|---|
Force
Hardness Testing Machines Calibration/Verification | 0,09807 N ≤ F ≤ 30 kN | | 0,011 % | SASO - NMCC |
|---|
| Hardness Testing Machines | HRA HRBW HRC HRN HRTW HV HBW | | 0,4 HRA 0,6 HRB 0,4 HRC 0,6 HR-N 0,7 HR-TW 1,0 % 1,0 % | SASO - NMCC |
|---|
| Gravity Lab. |
|---|
| Gravity | Worldwide | 20 °C to 30 °C | 4.6 microgal | SASO |
|---|
| Voltage Lab. |
|---|
| DC Standard 10V | 10V | 23°C ±2 | 0.37 µV/V | UME |
|---|
| DC Standard 1.018V | 1.018V | 23°C ±2 | 0.76 µV/V | UME |
|---|
| Thermal Voltage Convertor | 1 V-1000 V 10Hz-1MHz | 23°C ±2 | (3-30)µV/V | UME |
|---|
| Thermal Current Convertor | 10mA-100A 10Hz-100kHz | 23°C ±2 | (4-90)µA/A | UME |
|---|
| DC Volt Calibrator | 100mV-1000V | 23°C ±2 | (4-12)µV/V | SASO |
|---|
| AC Volt Calibrator | 0.6mV-1000V 10Hz-1MHz | 23°C ±2 | (0.52-16)mV/V | SASO |
|---|
| DC Current Calibrator | ±100 µA- ±1 A | 23°C ±2 | (0.43-0.14 mA/A) | SASO |
|---|
| AC Current Calibrator | 100µA-1A 10Hz-10kHz | 23°C ±2 | (0.43-11)mA/A | SASO |
|---|
| Resistance Calibrator | 1Ω-100MΩ | 23°C ±2 | (0.0071-0.12 mΩ/Ω) | SASO |
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| DC Volt Multimeter | 100mV-1000V | 23°C ±2 | (4-12)µV/V | UME |
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| AC Volt Multimeter | 100mV-1000V 20Hz-1MHz | 23°C ±2 | (0.05-2)mV/V) | UME |
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| DC Current Multimeter | 100µA-1A | 23°C ±2 | (0.041-0.1mA/A) | UME |
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| AC Current Multimeter | 100µA-1A 300Hz-10kHz | 23°C ±2 | (0.14-7.2)mA/A | UME |
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| Resistance Multimeter | 1Ω-100MΩ | 23°C ±2 | (0.007-0.1) mΩ/Ω | UME |
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| Impedance Lab. |
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| Fused-Silica Standard Capacitor | 1-10-100 pF @50 Hz-20 kHz | 23°C ±2 45±15 RH | 1 µF/F – 80 µF/F | NPL |
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| Standard Capacitor | (1-10-100 nF 1-10-100 uF) @50 Hz-20 kHz | 23°C ±2 | 10 µF/F – 1700 µF/F | NPL |
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| Standard AC Resistors | 1 mΩ -100kΩ @0 Hz-100 kHz | 23°C ±2 | 0.13 mΩ/Ω -0.35 mΩ/Ω | UME |
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| Standard Inductors | 0.1mH-10 H @100Hz-10 kHz | 23°C ±2 | 80 mH/H- 320mH/H | UME |
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| Standard DC Resistor | 1 mW-100 mW | 23°C ±2 | 2 µW/W-10 µW/W | UME |
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| 1 W- 10 kW | 23°C ±2 | 0,16 µW/W-0,21 µW/W | UME |
| 100 kW -100 MW | 23°C ±2 | 1,0 µW/W-11 µW/W | UME |
| 1 GW- 100 TW | 23°C ±2 | % 0,0017 -%0,090 | UME |
| Power and Energy Lab. |
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Active Power: Single Phase (f<=400 Hz) | 0 W – 2400 W | 23°C ±2 45±15 RH | 40 µW/(V·A) | UME |
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Reactive Power: Single Phase (f<=400 Hz) | 0 var – 2400 var | 23°C ±2 | 40 µvar/(V·A) | UME |
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Apparent Power: Single Phase (f<=400 Hz) | 60 V·A – 2400 V·A | 23°C ±2 | 40 µV·A/(V·A) | UME |
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Active Power: Three Phase Power Meter | 0 W – 60000 W | 23°C ±2 | 0.10 mW/(V·A) | DKD |
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Reactive Power: Three Phase Power Meter | 0 var – 60000 var | 23°C ±2 | 0.10 mvar/(V·A) | DKD |
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Active Energy: Three Phase Energy Meter | 0.075 W·s – 6·106 W·s | 23°C ±2 | 0.10mW /(V·A) | DKD |
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Reactive Energy: Three Phase Energy Meter | 0.075 var·s – 6·106 var·s | 23°C ±2 | 0.10 mvar /(V·A) | DKD |
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Harmonic Current: Harmonic measurements for current waveforms, steady state Harmonic Analyser, Harmonic Current Source | 0.01 A – 10 A | 23°C ±2 | 0.10 µA/A | UME |
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Harmonic Voltage: Harmonic measurements for voltage waveforms, steady state Harmonic Analyser, Harmonic Voltage Source | 1 V – 300 V | 23°C ±2 | 0.10 µV/V | UME |
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Flicker Severity (Pst): Square wave modulation Flicker Meter, Flicker Source | 0.95 Pst – 1.05 Pst | 23°C ±2 | % 0.3 | UME |
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AC High Current: Ratio Error Current Transformer (Conventional Type) | 0 – 0.02 | 23°C ±2 | 100·10-6 | UME |
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AC High Current: Phase Displacement Current Transformer (Conventional Type) | 0 – 20 mrad | 23°C ±2 | 0.1 mrad | UME |
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AC High Current: Ratio Error Current Sensors Non-Conventional Current Transformers with Analog Output | 0 – 0.02 | 23°C ±2 | 400·10-6 | UME |
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AC High Current: Phase Displacement Current Sensors Non-Conventional Current Transformers with Analog Output | 0 – 20 mrad | 23°C ±2 | 0.50 mrad | UME |
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AC High Voltage: Ratio Error Voltage Transformer (Conventional Type) | 0 – 0.02 | 23°C ±2 | 150·10-6 | UME |
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AC High Voltage: Phase Displacement Voltage Transformer (Conventional Type) | 0 – 20 mrad | 23°C ±2 | 0.15 mrad | UME |
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AC High Voltage: Ratio Error Voltage Sensors Non-Conventional Voltage Transformer with Analog Output | 0 – 0.02 | 23°C ±2 | 400·10-6 | UME |
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AC High Voltage: Phase Displacement Voltage Sensors Non-Conventional Voltage Transformer with Analog Output | 0 – 20 mrad | 23°C ±2 | 0.50 mrad | UME |
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High Voltage Impedance: Burden: Modulus Standard Burden for Instrument Transformer | 0.01W - 10000W | 23°C ±2 | 1 mW/W | UME |
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High Voltage Impedance: Burden: Argument Standard Burden for Instrument Transformer | -1.57 rad – 1.57 rad | 23°C ±2 | 1 mrad | UME |
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AC High Current: Ratio: Ratio Error Current Transformer Bridge | 0 – 0.02 | 23°C ±2 | 50·10-6 | UME |
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AC High Current: Ratio: Ratio Error Current Transformer Bridge | 0mrad - 20mrad | 23°C ±2 | 50 µrad | UME |
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AC High Voltage: Ratio: Ratio Error Voltage Transformer Bridge | 0 – 0.02 | 23°C ±2 | 50·10-6 | UME |
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AC High Voltage: Ratio: Ratio Error Voltage Transformer Bridge | 0mrad - 20mrad | 23°C ±2 | 50 µrad | UME |
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| Electromagnetic Lab. |
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| Electric Field Probes | 30 Hz-18GHz | 23°C ±2 40±10 RH | 1.4dB - 2.6dB | UME |
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| Magnetic Field Probes | DC-1000MHz | 23°C ±2 40±10 RH | 1.1dB - 2.6dB | UME |
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| Chemical Measurements Lab. |
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| Co2 in N2 | 100-1000 cmol/mol |
Detection is by TCD and FID | 1.4 µmol/mol |
Reference Gas Mixtures (CRMs) UME-Turkey |
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| Nitrogen | 1 – 5 cmol/mol | 121 µmol/mol |
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| Carbon dioxide | 0.1 – 0.5 cmol/mol | 149 µmol/mol |
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| Hydrogen | 1 – 5 cmol/mol | 98 µmol/mol |
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| Helium | 0.1 – 0.5 cmol/mol | 22 µmol/mol |
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| Ethane | 1 – 5 cmol/mol | 173 µmol/mol |
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| Propane | 0.5 – 2 cmol/mol | 76 µmol/mol |
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| iso-Butane | 0.1 – 0.5 cmol/mol | 9 µmol/mol |
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| n-Butane | 0.1 – 0.5 cmol/mol | 9 µmol/mol |
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| iso-Pentane | 0.01 – 0.1 cmol/mol | 2 µmol/mol |
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| n-Pentane | 0.01 – 0.1 cmol/mol | 2 µmol/mol |
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| neo-Pentane | 0.01 – 0.1 cmol/mol | 3 µmol/mol |
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| n-Hexane | 0.01 – 0.1 cmol/mol | 2 µmol/mol |
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| Methane | 80 - 96 µmol/mol | | 4545 µmol/mol |
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| pH of primary buffer solutions | 4 | Measurements are performed by primary procedure based on Harned cell | 0.0054± | Primary procedure compared with UME-Turkey |
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| pH of primary buffer solutions | 7 | Measurements are performed by primary procedure based on Harned cell | 0.0054± | Primary procedure compared with UME-Turkey |
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| pH of primary buffer solutions | 10 | Measurements are performed by primary procedure based on Harned cell | 0.0054± | Primary procedure compared with UME-Turkey |
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