PROMPT ENGINEERING P.O. BOX BARWA VILLAGE, WAKRA, BUILDING NO. 6 SHOP NO. 19 AND 20 DOHA QATAR

Transcription

1 This is to attest that PROMPT ENGINEERING P.O. BOX BARWA VILLAGE, WAKRA, BUILDING NO. 6 SHOP NO. 19 AND 20 DOHA QATAR Calibration Laboratory CL-165 has met the requirements of AC204, IAS Accreditation Criteria for Calibration Laboratories, and has demonstrated compliance with the ISO/IEC Standard 17025:2005, General requirements for the competence of testing and calibration laboratories. This organization is accredited to provide the services specified in the scope of accreditation maintained on the IAS website ( This certificate is valid up to January 1, (See laboratory s scope of accreditation for fields of calibration and accredited calibration.) This accreditation certificate supersedes any IAS accreditation bearing an earlier effective date. The certificate becomes invalid upon suspension, cancellation or revocation of accreditation. See for current accreditation information, or contact IAS at C.P. Ramani, P.E., C.B.O President

2 IAS Accreditation Number CL-165 Company Name Prompt Engineering & Trading Services Co. W.L.L. Address P.O. Box 24067, Barwa Village, Wakra, Building No. 6, Shop No. 19 And 20, Doha, Qatar Contact Name Bibin Philip Quality / Technical Manager Telephone Effective Date of Scope April 18, 2017 Accreditation Standard ISO/IEC 17025:2005 CALIBRATION TECHNIQUE, REFERENCE STANDARD, External Micrometer Caliper (Vernier/Dial/ Electronics) Dimensional 0 mm to 150 mm/ 0.01 mm 6.0 µm 0 mm to 150 mm/ mm 1.9 µm 0 mm to 300 mm/ 0.01 mm 9.0 µm 0 mm to 300 mm/ 0.02 mm 17.8 µm Using slip gauge set Grade 0, optical parallel and optical flat 0 mm to 600 mm/ 0.01 mm 11.0 µm Using surface plate, Height Gauge Grade 0 slip gauge set 0 mm to 600 mm/ 0.02 mm 15.0 µm and length bars Thickness Gauge 0 mm to 5 mm/ mm 1.0 µm Using Slip gauge set 0 mm to 25 mm/ 0.01 mm 5.9 µm Grade 0 0 mm to 50 mm/ 0.01 mm 6.0 µm Feeler Gauge 0.01 mm to 2 mm 2.7 µm Using Digital Micrometer Standard Foils 0 m to 5000 m 2.6 µm Using Digital Micrometer Mechanical (Pneumatic) and Vacuum Gauge (Dial/Digital) and Recorder/ Transducer/ Safety Valve / Vacuum Gauge (Dial/Digital) and Recorder/ Transducer/ Safety Valve (Hydraulic) Gauge (Dial/Digital) and Recorder bar to 0 bar/ 0.01 bar 1.47% FS 0 bar to 120 bar/ 0.01 bar 0.57% FS 0 bar to 200 bar/ 0.01 bar 0.57% FS 0 bar to 700 bar/ 0.01 bar 0.030% FS 700 bar to 1200 bar/ 0.1 bar 0.39% FS Using DH Budenberg P542 pneumatic calibrator (N 2 gas), FLUKE 719 Pro Cal Fluke P M Comparator with Reference pressure gauge, Fluke 2700G G20M Using DH Budenberg H542/409 hydraulic Deadweight Tester Page 1 of 8

3 Transducer Vibration Vibration Meter/Analyzer Acoustic At Laboratory Sound Level Meter Sound Level Calibrator Velocity At Laboratory Hot Wire, Vane Type and Pitot Tube Anemometer Recorder/ with Sensor/ Thermometer/Th ermocouple/rtd Sensor/ Gauge/ Transmitter Infrared Thermometer Oven/Incubator/ Freezer DC Current 10 m/s m/s 2 Using Calibration exciter Type 4294, Bruel and Kjaer Make 94 db and khz/ 1 db 94 db and khz/ 0.1 db 2.5 m/s to 15 m/s/ 0.1 m/s 30 C to 660 C/ C Thermal 1.7 db 1.4 db Using Vane anemometer: m/s Using Pitot: m/s 0.25 C Using Cirrus research CR511F and CR514 acoustic calibrator Using Cirrus CR162c sound level meter Using WTM 1000, Laboratory grade, Bench top mini wind tunnel, Omega make and reference anemometer and reference pitot tube Using FLUKE 9144 Dry Block Metrology Well, Fluke 7103 Micro Bath with Fluke 5628 PRT Secondary Standard -15 C to 120 C/ 0.01 C 0.7 C Using FLUKE 4180 IR 50 C to 500 C / 0.1 C 1 C calibrator, Fluke 9132 IR Calibrator Using FLUKE C to 419 C/ C 0.63 C temperature calibrator with FLUKE 5615 PRT secondary standard Electrical/DC/Low Frequency 0 µa to µa/1 na 0.04% RDG 0 ma to ma/ 0.01 µa 0.02% RDG Using FLUKE 5522 A, 0 ma to ma/ 0.1 µa 0.06% RDG multifunction calibrator 0 ma to ma/ 0.02% RDG 1 µa 0 A to A/ 10 µa 0.06% RDG 1.1 A to A/ 10 µa 0.11% RDG 0 A to A/ 100 µa 0.08% RDG 11 A to 20.5 A/ 100 µa 0.08% RDG Using 50 Turn current coil Page 2 of 8

4 AC Voltage AC Current DC Voltage Resistance (2 wire and 4 wire) Resistance (2 wire and 4 wire) 300 A to 1000 A/ 1 A 0.5% RDG 1.0 mv to Hz to 500 Hz/ 1 µv 0.14% RDG 33 mv to Hz to 500 khz/ 1 µv 0.1% RDG 0.33 V to Hz to 500 khz/10 µv 0.08% RDG 3.3 V to Hz to 100 khz/ 100 µv 0.08% RDG 33 V to Hz to 100 khz/ 1 mv 0.08% RDG 330 V to Hz to 10 khz/ 10 mv 0.063% RDG ma to ma/ 0.01 µa 0.09% RDG 0.33 ma to ma/ 0.01 µa 0.110% RDG 3.3 ma to ma/ 0.1 µa 0.27% RDG 33 ma to ma/ 1 µa 0.06% RDG 0.33 A to A/ 10 µa 0.08% RDG 3 A to 20.5 A/ 100 µa 0.19% RDG 300 A to 1000 A/ 1 A 1.3% RDG 0 mv to mv/ 0.1 µv 0.1% RDG 0 V to V/ 1 µv 0.06% RDG 0 V to V/ 10 µv 0.06% RDG 30 V to V/ 100 µv 0.015% RDG 100 V to V/ 1000 µv 0.015% RDG 0 to / % RDG 11 to / % RDG 33 to / % RDG 110 to / % RDG 330 k to k / % RDG 1.1 k to k / % RDG 3.3 k to k / % 11 k to k / % 33 k to 2.0% RDG Multifunction Calibrator Direct Method Using FLUKE 9100 and 5522A multifunction calibrator Using 50 Turn current coil Using FLUKE 5522 A Page 3 of 8

5 Frequency Capacitance Simulation indicator/ / Kit/ Universal k / k to k / % 330 k to M / 1 2.4% RDG 1.1 M to M / 1 2.4% RDG 3.3 M to M / % RDG 11 M to M / % RDG 33 M to M / % RDG 110 M to M / % RDG 330 M to 1100 M / % RDG 0.01 Hz to Hz/ 0.01 Hz 0.01% RDG Hz to Hz/ 0.1 Hz 0.011% RDG khz to khz/ 1.0 Hz 0.29% RDG khz to khz/ 10 Hz 0.29% RDG khz to khz/ 100 Hz 0.12% RDG MHz to MHz/ 1 khz 0.12% RDG 220 pf to pf/ 0.1 pf 0.6% RDG 0.4 nf to nf/ 0.1 pf 0.6% RDG 1.1 nf to nf/ 0.1 pf 0.6% RDG 3.3 nf to nf/ 0.1 pf 0.6% RDG 11 nf to nf/ 0.1 pf 0.6% RDG 33 nf to nf/ 1 pf 0.6% RDG 110 nf to nf/ 1 pf 0.6% RDG 0.33 µf to µf/ 10 pf 0.6% RDG 1.1 µf to µf/ 10 pf 0.6% RDG 3.3 µf to µf/ 100 pf 3.1% RDG 11 µf to µf/ 100 pf 3.1% RDG 33 µf to µf/ 1 nf 3.1% RDG 110 µf to µf/ 1 nf 3.1% RDG 0.33 mf to mf/ 10 nf 3.1% RDG 200 o C to 800 o C, Pt 385, 100 / C Pt 3926, 100 / C Pt 3916, 100 / C Pt 385, 200 / C Page 4 of 8

6 Simulation indicator/ / (continued) DC Voltage Measure AC Voltage 50 Hz DC Current Measure Pt 385, 500 / C Pt 385, 1000 / C -80 o C to 260 o C, Pt Ni 385, 120 (Ni120)/ C -100 o C to 260 o C, Cu 427, 10 [3]/ C 600 o C to 1820 C, B Type/ 0.01 C 0 o C to 2316 C, C Type/ 0.01 C 250 o C to 1000 C, E Type/ 0.01 C 210 o C to 1200 C, J Type/ 0.01 C 250 o C to 1372 C, K Type/ 0.01 C 200 o C to 900 C, L Type/ 0.01 C 200 o C to 1300 C, N Type/ 0.01 C 0 o C to 1767 C, R Type/ 0.01 C 0 o C to 1767 C, S Type/ 0.01 C 250 o C to 400 C, T Type/ 0.01 C 200 o C to 600 C, U Type/ 0.01 C 100 mv/100 nv 0.006% RDG 1 V/ 1 µv 0.006% RDG 10 V/ 10 µv 0.006% RDG 100 V/100 µv 0.006% RDG Using FLUKE 9100 and 5522A multifunction calibrator 1000 V/ 1 mv 0.02% RDG 100 mv/ 100 nv 0.11% RDG 1 V/ 1 µv 0.11% RDG 10 V/ 10 µv 0.33% RDG 100 V/ 100 µv 0.33% RDG 1000 V/ 1 mv 0.33% RDG 100 µa/ 100 pa 0.35% RDG 1 ma/ 1 na 0.35% RDG 10 ma/ 10 na 0.35% RDG Page 5 of 8

7 AC Current 50 Hz Resistance Measure Frequency Measure (RTD Pt 100) Capacitance 100 ma/ 100 na 0.064% RDG 1 A/ 1 µa 0.08% RDG 3 A/ 10 µa 0.18% RDG 10 A/ 10 µa 0.18% RDG 100 µa/ 100 pa 0.42% RDG 1 ma/ 1 na 0.42% RDG 10 ma/10 na 0.42% RDG 100 ma/ 100 na 0.42% RDG 1 A/ 1 µa 0.16% RDG 3 A/ 10 µa 0.29% RDG 10 A/ 10 µa 0.29% RDG 10 / 10 µ 0.36% RDG 100 / 100 µ 0.023% RDG 1 k / 1 m 0.023% RDG 10 k / 10 m 0.073% RDG 100 k / 100 m 0.073% RDG 1 M / % RDG 10 M / % RDG 100 M / % RDG 1.0 G / 1 k 1.37% RDG 5 Hz to 1 MHz 0.12% RDG 200 C to 600 C 0.26 C 1 nf to 1 F 1.8% RDG 1 F to 100 mf 1.8% RDG 200 o C to 800 o C, Pt 385, 100 / C Using FLUKE and 5522A Pt 3926, 100 / C Measure Mode Pt 3916,100 / C Pt 385, 200 / C Pt 385, 500 / C Pt 385, 1000 / C -80 o C to 260 o C, Pt Ni 385, 120 (Ni120) / C -100 o C to 260 o C, Using FLUKE and 5522A Measure Mode Page 6 of 8

8 Cu 427, 10 [3]/ C 600 o C to 1820 C, B Type/ 0.01 C 0 o C to 2316 C, C Type/ 0.01 C 250 C to 1000 C, E Type/ 0.01 C 210 C to 1200 C, J Type/ 0.01 C 250 C to 1372 C, K Type/ 0.01 C 200 C to 900 C, L Type/ 0.01 C 200 C to 1300 C, N Type/ 0.01 C 0 C to 1767 C, R Type/ 0.01 C 0 C to 1767 C, S Type/ 0.01 C 250 C to 400 C, T Type/ 0.01 C 200 C to 600 C, U Type/ 0.01 C -200 C to 630 C, Pt 385, 500 / C -200 C to 630 C, Pt 385, 1000 / C -80 C to 260 C, PtNi 385, 120 (Ni120)/ C -100 C to 260 C, Cu 427, 10 [3]/ C 600 C to 1820 C, B Type/ 0.01 C 0 C to 2316 C, C Type/ 0.01 C 250 C to 1000 C, E Type/ 0.01 C 210 C to 1200 C, J Type/ 0.01 C 250 C to 1372 C, K Type/ 0.01 C 200 C to 900 C, L Type/ 0.01 C Using FLUKE and 5522A Measure Mode Page 7 of 8

9 200 C to 1300 C, N Type/ 0.01 C 0 C to 1767 C, R Type/ 0.01 C 0 C to 1767 C, S Type/ 0.01 C 250 C to 400 C, T Type/ 0.01 C 200 C to 600 C, U Type/ 0.01 C Using FLUKE and 5522A Measure Mode 1 Calibration and Measurement Capability is the smallest uncertainty of measurement that a laboratory can achieve within its scope of accreditation (at a confidence level of 95% with a coverage factor of 2) Page 8 of 8