Spreadsheet: 805794d1668925155-regarding-a-real-time-problem-i-am-facing-while-working-scope-cc-3182
Sheet: NEW

S.No | Discipline / Group | Measurand or [NAME] of instrument or material to be calibrated or measured / Quantity Measured /Instrument | Calibration or Measurement Method or procedure | Range | * Calibration and Measurement Capability(CMC)(±)
1 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | FiO2, [NAME], Oxygenators | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 21 % to 100 % | 0.48 % to 3.0 %
2 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Boyles, Nebuliser, Flowmeters, [NAME] concentrator) and Hypoxic Guard Test | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 2 lpm to 15 lpm | 0.01 lpm to 0.5 lpm
3 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Feeding Pump) | Using Metron Lagu Infusion Analyser by direct method | 10 ml/hr to 1000 ml/hr | 0.07 ml/hr to 28.74 ml/hr
4 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Flowmeters, Oxygen Concentrators, Nebulisers, Basic Boyles) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 2 lpm to 15 lpm | 0.01 lpm to 0.5 lpm
5 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Infusion Pump) | Using Metron Lagu Infusion Analyser by direct method | 10 ml/hr to 1000 ml/hr | 0.07 ml/hr to 28.74 ml/hr
6 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Nebulisers, Flowmeters, Oxygen Concentrators) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0.15 lpm to 15 lpm | 0.01 lpm to 0.5 lpm
7 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Syringe Pump/Feeding pump/Infusion pump) | Using Metron Lagu Infusion Analyser by direct method | 10 ml/hr to 999.9 ml/hr | 0.07 ml/hr to 28.74 ml/hr
8 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Inspiratory Time(TI), Expiratory time(TE), Pause time(TP) for I:E Ratio - BiPAP, Anesthesia, Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0.4 s to 5.4 s | 0.02 s to 0.13 s
9 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
10 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1000 µA | 2.41 % to 2.33 %
11 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Occlusion Pressure (Infusion Pump) | Using Metron Lagu Infusion Analyser by Direct method | 5 psi  to 20 psi (0.35 bar to 1.38 bar) | 0.0315
12 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Occlusion Pressure (Syringe Pump, Infusion pump) | Using Metron Lagu Infusion Analyser by Direct method | 5 psi to 20 psi (0.35 bar to 1.38 bar) | 0.0315
13 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (CPAP) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 cmH2O to 150 cmH2O (0 to 0.14 bar) | 0.0475
14 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (CPAP, IPAP/EPAP ,BiPAP, Positive End Expiratory Pressure-PEEP, Peak Inspiratory Pressure-PIP, Mean Airway Pressure-MAP) - Anesthesia, Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 cmH2O to 150 cmH2O (0 to 0.15 bar) | 0.0475
15 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (IPAP/EPAP) - (BiPAP Machine) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 cmH2O to 150 cmH2O (0 to 0.14 bar) 4.75%
16 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure - BP Analyser/Simulator, Vital Signs Simulator, Patient Monitor Analysers, Multiparameter Simulator | Using Digital Manometer by direct method | 0 mmHg to 400 mmHg | 0.001
17 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure Gauge (Anesthesia,boyles [NAME], [NAME], Central Line Pressure) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0 psi to 150 psi (0 to 10.34 bar) | 0.0069
18 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure Gauge (Boyles, Anesthesia) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 psi to 150 psi (0 to 10.34 bar) | 1.3 psi(0.09 bar)
19 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 500 mohm to 1000 mohm | 0.0626
20 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pulse Rate - Pulse Oximeters, patient Monitors | Using SpO2 Simulator by Simulation Method | 30 bpm to 250 bpm | 2.2 bpm to 4 bpm
21 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | [NAME], Vital Signs Simulator, Patient Monitor Analysers, Multiparameter Simulator | Using amplifier with oscilloscope | 30 bpm to 300 bpm | 0.88 bpm to 4 bpm
22 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Respiration Rate - BiPAP, [NAME], Anesthesia | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 5 bpm to 75 bpm | 2.2 % to 5.5 %
23 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | SpO2 - Pulse Oximeters, Monitors | Using SpO2 Simulator by Simulation Method | 60 % to 100 % | 1.4 % to 2.29 %
24 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Vacuum - Suction | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | -10 psi to 0 psi (-0.69 bar to 0) | 0.13 psi (0.009 bar)
25 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 50 V to 400 V | 6.15 % to 1.16 %
26 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Volume (Infusion Pump, Feeding Pump, Syringe pump) | Using Metron Lagu Infusion Analyser by Direct method | 5 ml to 400 ml | 0.08 ml to 9.24 ml
27 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Volume (Syringe Pump) | Using Metron Lagu Infusion Analyser by Direct method | 2 ml to 400 ml | 0.08 ml to 9.24 ml
28 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Volume (Tidal Volume, Minute Volume) - Anesthesia, [NAME], BiPAP | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0.010 L to 25 L | 0.0012 L to 1.28 L
29 | MEDICAL DEVICES- IMAGING/PLOTTERS | ECG Output Amplitude - ECG Machine/Recorder | Using [NAME] by ECG Simulation Method | 0.5 mV to 2 mV | 0.12 mV
30 | MEDICAL DEVICES- IMAGING/PLOTTERS | ECG Output Amplitude - ECG Simulator/Vital Signs Simulator/Defib Pacer Analyser, Patient Monitor Simulator/Multiparameter Simulator | Using Amplifier and Oscilloscope by Direct Method | 0.5 mV to 5 mV | 0.16 mV
31 | MEDICAL DEVICES- IMAGING/PLOTTERS | Fetal Heart Rate - Fetal Doppler, Fetal Monitors, CTG, NST | Using Fetal Simulator by direct method | 30 bpm to 240 bpm | 0.0223
32 | MEDICAL DEVICES- IMAGING/PLOTTERS | Heart Rate - ECG Machine/Recorder, Monitors | Using Fluke ECG analyser by Simulation Method | 30 bpm to 300 bpm | 1.29 bpm to 1.33 bpm
33 | MEDICAL DEVICES- IMAGING/PLOTTERS | Heart Rate - ECG Simulator/Vital Signs Simulator/Defib Pacer Analyser, Patient Monitor Simulator/Multiparameter Simulator | Using Amplifier and Oscilloscope by Direct Method | 30 bpm to 300 bpm | 0.67 bpm to 3.51 bpm
34 | MEDICAL DEVICES- IMAGING/PLOTTERS | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
35 | MEDICAL DEVICES- IMAGING/PLOTTERS | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1100 µA | 2.41 % to 2.33 %
36 | MEDICAL DEVICES- IMAGING/PLOTTERS | Light Intensity - Examination light,spot light | Using Digital Luxmeter by Direct Method | 500 lux to 25000 lux | 73 lux to 2926 lux
37 | MEDICAL DEVICES- IMAGING/PLOTTERS | Neutral- Earth Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 0.1 V to 5 V | 6.15 % to 1.16 %
38 | MEDICAL DEVICES- IMAGING/PLOTTERS | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 500 mohm to 1000 mohm | 0.0626
39 | MEDICAL DEVICES- MONITORING UNIT | Amplitude - Fetal Electrocardiograph (fECG), [NAME] (mECG) - Fetal Simulator, Vital Signs Simulator | Using Amplifier and Oscilloscope by Direct Method | 0.5 mV to 5 mV | 0.16 mV
40 | MEDICAL DEVICES- MONITORING UNIT | ECG Output - Monitors, ECG Machines | Using Defibrillator Simulator by Direct method | 0.5 mV to 2 mV | 0.12mV
41 | MEDICAL DEVICES- MONITORING UNIT | [NAME] (fECG) - Fetal Monitors | Using Fetal Simulator by direct method | 0.5 mV to 2 mV | 0.12mV
42 | MEDICAL DEVICES- MONITORING UNIT | Fetal Heart Rate - Fetal Monitors, [NAME] | Using Fetal Simulator by direct method: | 30 bpm to 240 bpm | 1 bpm to 4 bpm
43 | MEDICAL DEVICES- MONITORING UNIT | Fetal Simulator - Fetal and [NAME] Rate/ Frequency | Using Amplifier and Oscilloscope by Direct Method | 30 bpm to 300 bpm | 0.0329
44 | MEDICAL DEVICES- MONITORING UNIT | Heart Rate - Monitors, ECG Machines | Using Fluke Defibrillator Analyser by Direct method | 30 bpm to 300 bpm | 1 bpm to 9 bpm
45 | MEDICAL DEVICES- MONITORING UNIT | Impedance (Respiratory Rate )- Vital Signs Simulator, Patient Simulators | Direct method | 500 ohms to 2000 ohms | 1 % to 1 %
46 | MEDICAL DEVICES- MONITORING UNIT | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
47 | MEDICAL DEVICES- MONITORING UNIT | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1000 µA | 2.41 % to 2.33 %
48 | MEDICAL DEVICES- MONITORING UNIT | [NAME] | Using Fetal Simulator by direct method: | 60 bpm to 160 bpm | 1 bpm to 2 bpm
49 | MEDICAL DEVICES- MONITORING UNIT | mECG - Fetal Monitors | Using Fetal Simulator by direct method: | 0.5 mV to 2 mV | 0.12mV
50 | MEDICAL DEVICES- MONITORING UNIT | Pressure - Monitors, BP Monitors (Dynamic NIBP), Leak and Pressure Relief | Using Fluke BP Pump2 Pressure Analyser by Direct method | 30 mmHg to 300 mmHg | 0.0055
51 | MEDICAL DEVICES- MONITORING UNIT | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 500 mohms to 1000 mohms | 0.0626
52 | MEDICAL DEVICES- MONITORING UNIT | Pulse Rate - Monitors, Pulse Oximeters | Using SpO2 Simulator by Simulation Method | 30 bpm to 250 bpm | 2.2 bpm to 4 bpm
53 | MEDICAL DEVICES- MONITORING UNIT | SpO2 - Monitors, Pulse Oximeters | Using SpO2 Simulator by Simulation Method | 60 % to 100 % | 1 % to 2 %
54 | MEDICAL DEVICES- MONITORING UNIT | Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 50 V to 400 V | 6.15 % to 1.16 %
55 | MEDICAL DEVICES- MONITORING UNIT | Weigh Scales | Using Cylindrical [NAME] Class Weights by direct method | 0.5 kg to 10 kg | 0.01
56 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Current - Electrosurgical Analyser / Diathermy Analyser | Using DMM Comparative Method | 50 mA to 1000 mA | 0.01
57 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Current - ESU, Surgical Diathermy, Cautery, (Power as derived parameter), [NAME]. | Using Fluke Electrosurgical Analyser by Direct Method | 50 mA to 1000 mA | 4 mA to 50 mA
58 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | ECG Output - Defibrillator | Using Impulse 4000 Defib/Pacer Analyser - Simulation Method | 0.5 mV to 2.0 mV | 0.12mV
59 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | ECG Rate - Defibrillator | Using Fluke ECG by Simulation Method | 30 bpm to 300 bpm | 2 bpm to 9 bpm
60 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Energy - Defib/Pacer Analyser | Using Oscilloscope by Direct Method | 2 J to 300 J | 0.14 J to 9.83 J
61 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Energy - Defibrillator | Using Fluke Defib/Pacer Analyser by Direct Method | 2 J to 300 J | 1.2 J to 11 J
62 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | FiO2 - Ventilator, Oxygen Concentartors | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 21 % to 100 % | 0.6 % to 3 %
63 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Flow - Ventilators/HFOT/HFNC | Using Gas flow analyser - Direct Method | 2 lpm to 60 lpm | 0.008 lpm to 1.5615 lpm
64 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Inspiratory Time /Expiratory Time - Flow Analysers/Ventilator Analysers | Using Ventilator as Source and Oscilloscope by Direct Method | 0.41 s to 5.60 s | 0.01 s to 0.06 s
65 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Inspiratory Time(TI), Expiratory time(TE), Pause time(TP) (For I:E) - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0.4 s to 5.4 s | 0.02 s to 0.15 s
66 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
67 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Irradiance - Phototherapy | Using Irradiance meter by comparison method | 0 µW/cm2/nm  to 100 µW/cm2/nm | 0.04
68 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Irradiance - Phototherapy | Using Irradiance meter by Direct Method | 0 µW/cm2/nm  to 100 µW/cm2/nm | 0.04
69 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1000 µA | 2.41 % to 2.33 %
70 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Light Intensity - examination light ,spot light | Using Digital Luxmeter by Direct Method | 500 lux to 25000 lux | 73 lux to 2930 lux
71 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Load - Electrosurgical Analyser/Diathermy Analyser | Using 6.1/2 Digital Multimeter by Direct Method | 50 Ohm to 1550 Ohm | 0.005
72 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Output Power - Electrosurgical Analyser/Diathermy Analyser | Using Electrosurgical Unit as source and Oscilloscope by Comparison Method. | 1 W to 500 W | 0.15 W to 9.51 W
73 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Output Power - ESU, Surgical Diathermy, Cautery, REM Test - Qualitative. | Using ESU Analyser Direct Method | 1 W to 500 W | 0.01
74 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Output - Defibrillator,pacemaker | Using Fluke Defib/Pacer Analyser by Direct Method | 20 mA to 25 mA | 2.4 mA to 2.7 mA
75 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Output - Pacemaker | Using Fluke Defib/Pacer Analyser by Direct Method | 4.5 mA to 25 mA | 2.4 mA to 2.7 mA
76 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer [NAME]/Pacer Analyser, Pacemaker Analyser | Using Source and 6.1/2 Digital Multimeter by [NAME] | 4 mA to 35 mA | 0.01 mA to 0.04 mA
77 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Rate - Defib/Pacer Analyser, Pacemaker Analyser | Using Pacer as Source and Oscilloscope by Comparison Method | 30 PPM to 200 PPM | 0.04 PPM to 2.39 PPM
78 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Rate - Defibrillator | Using Fluke Defib/Pacer Analyser by Direct Method | 30 PPM to 200 PPM | 3.5 PPM to 18 PPM
79 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Rate - Pacemaker | Using Fluke Defib/Pacer Analyser by Direct Method | 30 PPM to 200 PPM | 3.5 PPM to 18 PPM
80 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pressure (Positive End Expiratory Pressure-PEEP, Peak Inspiratory Pressure-PIP, Mean Airway Pressure-MAP) - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0 cmH2O to 150 cmH2O (0 to 0.14 bar) | 0.0475
81 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pressure - Tourniquet | Using Fluke BP Pump2 Pressure Analyser by direct method | 50 mmHg to 400 mmHg | 0.79 mmHg to 9 mmHg
82 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 mohm to 1000 mohm | 2.41 % to 2.33 %
83 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | REM - Electrosurgical Analyser/Diathermy Analyser | Using 6.1/2 Digital Multimeter Direct Method | 3 Ohm to 500 Ohm | 0.005
84 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Respiration Rate - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 5 bpm to 75 bpm | 0.12 bpm to 4.5 bpm
85 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Respiratory Rate - Flow Analysers/Ventilator Analysers | Using Ventilator as Source and Oscilloscope by Direct Method | 8 brpm to 40 brpm | 0.09 brpm to 0.46 brpm
86 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Autoclave | Using Digital Thermometer by Direct method | 50 °C to 150 °C | 2.0°C
87 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Dialysis | Using Digital Thermometer by Direct method | 25 °C to 37 °C | 1.3 °C
88 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Incubator | Using Digital Thermometer by Direct method | 25 °C to 37 °C | 1.3 °C
89 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Patient Warmer | Using Digital Thermometer by Direct method | 30 °C to 45 °C | 1.3 °C
90 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Radiant Warmer | Using Digital Thermometer by Direct method | 25 °C to 37 °C | 1.3 °C
91 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Variable Load - Defib/Pacer Analyser | Using 6.1/2 Digital Multimeter by Direct Method | 50 Ohm to 1500 Ohm | 0.0051
92 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 0.1 V to 400 V | 6.51 % to 1.16 %
93 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Volume (Tidal Volume, Minute Volume) - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 10 mL to 25 L | 0.0012 L to 1.2 L
94 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | FiO2, [NAME], Oxygenators | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 21 % to 100 % | 0.48 % to 3.0 %
95 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Boyles, Nebuliser, Flowmeters, [NAME] concentrator) and Hypoxic Guard Test | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 2 lpm to 15 lpm | 0.01 lpm to 0.5 lpm
96 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Feeding Pump) | Using Metron Lagu Infusion Analyser by direct method | 10 ml/hr to 1000 ml/hr | 0.07 ml/hr to 28.74 ml/hr
97 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Flowmeters, Oxygen Concentrators, Nebulisers, Basic Boyles) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 2 lpm to 15 lpm | 0.01 lpm to 0.5 lpm
98 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Infusion Pump) | Using Metron Lagu Infusion Analyser by direct method | 10 ml/hr to 1000 ml/hr | 0.07 ml/hr to 28.74 ml/hr
99 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Nebulisers, Flowmeters, Oxygen Concentrators) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0.15 lpm to 15 lpm | 0.01 lpm to 0.5 lpm
100 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Flow (Syringe Pump/Feeding pump/Infusion pump) | Using Metron Lagu Infusion Analyser by direct method | 10 ml/hr to 999.9 ml/hr | 0.07 ml/hr to 28.74 ml/hr
101 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Inspiratory Time(TI), Expiratory time(TE), Pause time(TP) for I:E Ratio - BiPAP, Anesthesia, Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0.4 s to 5.4 s | 0.02 s to 0.13 s
102 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
103 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1000 µA | 2.41 % to 2.33 %
104 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Occlusion Pressure (Infusion Pump) | Using Metron Lagu Infusion Analyser by Direct method | 5 psi  to 20 psi (0.35 bar to 1.38 bar) | 0.0315
105 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Occlusion Pressure (Syringe Pump, Infusion pump) | Using Metron Lagu Infusion Analyser by Direct method | 5 psi to 20 psi (0.35 bar to 1.38 bar) | 0.0315
106 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (CPAP) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 cmH2O to 150 cmH2O (0 to 0.14 bar) | 0.0475
107 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (CPAP, IPAP/EPAP ,BiPAP, Positive End Expiratory Pressure-PEEP, Peak Inspiratory Pressure-PIP, Mean Airway Pressure-MAP) - Anesthesia, Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 cmH2O to 150 cmH2O (0 to 0.15 bar) | 0.0475
108 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (IPAP/EPAP) - (BiPAP Machine) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 cmH2O to 150 cmH2O (0 to 0.14 bar)
109 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure (Static, Dynamic, Relief) - BP Apparatus, [NAME] | Using Fluke BP Pump2 Pressure Analyser by direct method | 0 mmHg to 300 mmHg | 0.0075
110 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure - BP Analyser/Simulator, Vital Signs Simulator, Patient Monitor Analysers, Multiparameter Simulator | Using Digital Manometer by direct method | 0 mmHg to 400 mmHg | 0.001
111 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure Gauge (Anesthesia,boyles [NAME], [NAME], Central Line Pressure) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0 psi to 150 psi (0 to 10.34 bar) | 0.0069
112 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pressure Gauge (Boyles, Anesthesia) | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0 psi to 150 psi (0 to 10.34 bar) | 1.3 psi(0.09 bar)
113 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 500 mohm to 1000 mohm | 0.0626
114 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Pulse Rate - Pulse Oximeters, patient Monitors | Using SpO2 Simulator by Simulation Method | 30 bpm to 250 bpm | 2.2 bpm to 4 bpm
115 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | [NAME], Vital Signs Simulator, Patient Monitor Analysers, Multiparameter Simulator | Using amplifier with oscilloscope | 30 bpm to 300 bpm | 0.88 bpm to 4 bpm
116 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Respiration Rate - BiPAP, [NAME], Anesthesia | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 5 bpm to 75 bpm | 2.2 % to 5.5 %
117 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | SpO2 - Pulse Oximeters, Monitors | Using SpO2 Simulator by Simulation Method | 60 % to 100 % | 1.4 % to 2.29 %
118 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Vacuum - Suction | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | -10 psi to 0 psi (-0.69 bar to 0) | 0.13 psi (0.009 bar)
119 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 50 V to 400 V | 6.15 % to 1.16 %
120 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Volume (Infusion Pump, Feeding Pump, Syringe pump) | Using Metron Lagu Infusion Analyser by Direct method | 5 ml to 400 ml | 0.08 ml to 9.24 ml
121 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Volume (Syringe Pump) | Using Metron Lagu Infusion Analyser by Direct method | 2 ml to 400 ml | 0.08 ml to 9.24 ml
122 | MEDICAL DEVICES- DISCHARGE EQUIPMENT/DEVICES | Volume (Tidal Volume, Minute Volume) - Anesthesia, [NAME], BiPAP | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 0.010 L to 25 L | 0.0012 L to 1.28 L
123 | MEDICAL DEVICES- IMAGING/PLOTTERS | ECG Output Amplitude - ECG Machine/Recorder | Using [NAME] by ECG Simulation Method | 0.5 mV to 2 mV | 0.12 mV
124 | MEDICAL DEVICES- IMAGING/PLOTTERS | ECG Output Amplitude - ECG Simulator/Vital Signs Simulator/Defib Pacer Analyser, Patient Monitor Simulator/Multiparameter Simulator | Using Amplifier and Oscilloscope by Direct Method | 0.5 mV to 5 mV | 0.16 mV
125 | MEDICAL DEVICES- IMAGING/PLOTTERS | Fetal Heart Rate - Fetal Doppler, Fetal Monitors, CTG, NST | Using Fetal Simulator by direct method | 30 bpm to 240 bpm | 0.0223
126 | MEDICAL DEVICES- IMAGING/PLOTTERS | Heart Rate - ECG Machine/Recorder, Monitors | Using Fluke ECG analyser by Simulation Method | 30 bpm to 300 bpm | 1.29 bpm to 1.33 bpm
127 | MEDICAL DEVICES- IMAGING/PLOTTERS | Heart Rate - ECG Simulator/Vital Signs Simulator/Defib Pacer Analyser, Patient Monitor Simulator/Multiparameter Simulator | Using Amplifier and Oscilloscope by Direct Method | 30 bpm to 300 bpm | 0.67 bpm to 3.51 bpm
128 | MEDICAL DEVICES- IMAGING/PLOTTERS | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
129 | MEDICAL DEVICES- IMAGING/PLOTTERS | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1100 µA | 2.41 % to 2.33 %
130 | MEDICAL DEVICES- IMAGING/PLOTTERS | Light Intensity - Examination light,spot light | Using Digital Luxmeter by Direct Method | 500 lux to 25000 lux | 73 lux to 2926 lux
131 | MEDICAL DEVICES- IMAGING/PLOTTERS | Neutral- Earth Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 0.1 V to 5 V | 6.15 % to 1.16 %
132 | MEDICAL DEVICES- IMAGING/PLOTTERS | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 500 mohm to 1000 mohm | 0.0626
133 | MEDICAL DEVICES- MONITORING UNIT | Amplitude - Fetal Electrocardiograph (fECG), [NAME] (mECG) - Fetal Simulator, Vital Signs Simulator | Using Amplifier and Oscilloscope by Direct Method | 0.5 mV to 5 mV | 0.16 mV
134 | MEDICAL DEVICES- MONITORING UNIT | ECG Output - Monitors, ECG Machines | Using Defibrillator Simulator by Direct method | 0.5 mV to 2 mV | 0.12mV
135 | MEDICAL DEVICES- MONITORING UNIT | [NAME] (fECG) - Fetal Monitors | Using Fetal Simulator by direct method | 0.5 mV to 2 mV | 0.12mV
136 | MEDICAL DEVICES- MONITORING UNIT | Fetal Heart Rate - Fetal Monitors, [NAME] | Using Fetal Simulator by direct method: | 30 bpm to 240 bpm | 1 bpm to 4 bpm
137 | MEDICAL DEVICES- MONITORING UNIT | Fetal Simulator - Fetal and [NAME] Rate/ Frequency | Using Amplifier and Oscilloscope by Direct Method | 30 bpm to 300 bpm | 0.0329
138 | MEDICAL DEVICES- MONITORING UNIT | Heart Rate - Monitors, ECG Machines | Using Fluke Defibrillator Analyser by Direct method | 30 bpm to 300 bpm | 1 bpm to 9 bpm
139 | MEDICAL DEVICES- MONITORING UNIT | Impedance (Respiratory Rate )- Vital Signs Simulator, Patient Simulators | Direct method | 500 ohms to 2000 ohms | 1 % to 1 %
140 | MEDICAL DEVICES- MONITORING UNIT | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
141 | MEDICAL DEVICES- MONITORING UNIT | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1000 µA | 2.41 % to 2.33 %
142 | MEDICAL DEVICES- MONITORING UNIT | [NAME] | Using Fetal Simulator by direct method: | 60 bpm to 160 bpm | 1 bpm to 2 bpm
143 | MEDICAL DEVICES- MONITORING UNIT | mECG - Fetal Monitors | Using Fetal Simulator by direct method: | 0.5 mV to 2 mV | 0.12mV
144 | MEDICAL DEVICES- MONITORING UNIT | Pressure - Monitors, BP Monitors (Dynamic NIBP), Leak and Pressure Relief | Using Fluke BP Pump2 Pressure Analyser by Direct method | 30 mmHg to 300 mmHg | 0.0055
145 | MEDICAL DEVICES- MONITORING UNIT | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 500 mohms to 1000 mohms | 0.0626
146 | MEDICAL DEVICES- MONITORING UNIT | Pulse Rate - Monitors, Pulse Oximeters | Using SpO2 Simulator by Simulation Method | 30 bpm to 250 bpm | 2.2 bpm to 4 bpm
147 | MEDICAL DEVICES- MONITORING UNIT | SpO2 - Monitors, Pulse Oximeters | Using SpO2 Simulator by Simulation Method | 60 % to 100 % | 1 % to 2 %
148 | MEDICAL DEVICES- MONITORING UNIT | Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 50 V to 400 V | 6.15 % to 1.16 %
149 | MEDICAL DEVICES- MONITORING UNIT | Weigh Scales | Using Cylindrical [NAME] Class Weights by direct method | 0.5 kg to 10 kg | 0.01
150 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | %RH - Incubator @ 25°C | Using Digital Thermohygrometer by Direct method | 30 % RH to 80 % RH | 2.5% RH
151 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Current - Electrosurgical Analyser / Diathermy Analyser | Using DMM Comparative Method | 50 mA to 1000 mA | 0.01
152 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Current - ESU, Surgical Diathermy, Cautery, (Power as derived parameter), [NAME]. | Using Fluke Electrosurgical Analyser by Direct Method | 50 mA to 1000 mA | 4 mA to 50 mA
153 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | ECG Output - Defibrillator | Using Impulse 4000 Defib/Pacer Analyser - Simulation Method | 0.5 mV to 2.0 mV | 0.12mV
154 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | ECG Rate - Defibrillator | Using Fluke ECG by Simulation Method | 30 bpm to 300 bpm | 2 bpm to 9 bpm
155 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Energy - Defib/Pacer Analyser | Using Oscilloscope by Direct Method | 2 J to 300 J | 0.14 J to 9.83 J
156 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Energy - Defibrillator | Using Fluke Defib/Pacer Analyser by Direct Method | 2 J to 300 J | 1.2 J to 11 J
157 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | FiO2 - Ventilator, Oxygen Concentartors | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 21 % to 100 % | 0.6 % to 3 %
158 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Flow - Ventilators/HFOT/HFNC | Using Gas flow analyser - Direct Method | 2 lpm to 60 lpm | 0.008 lpm to 1.5615 lpm
159 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Inspiratory Time /Expiratory Time - Flow Analysers/Ventilator Analysers | Using Ventilator as Source and Oscilloscope by Direct Method | 0.41 s to 5.60 s | 0.01 s to 0.06 s
160 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Inspiratory Time(TI), Expiratory time(TE), Pause time(TP) (For I:E) - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0.4 s to 5.4 s | 0.02 s to 0.15 s
161 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Insulation Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 1 Mohm to 350 Mohm | 0.034
162 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Irradiance - Phototherapy | Using Irradiance meter by comparison method | 0 µW/cm2/nm  to 100 µW/cm2/nm | 0.04
163 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Irradiance - Phototherapy | Using Irradiance meter by Direct Method | 0 µW/cm2/nm  to 100 µW/cm2/nm | 0.04
164 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Leakage Current (Enclosure, Earth, Patient) of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 µA to 1000 µA | 2.41 % to 2.33 %
165 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Light Intensity - examination light ,spot light | Using Digital Luxmeter by Direct Method | 500 lux to 25000 lux | 73 lux to 2930 lux
166 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Load - Electrosurgical Analyser/Diathermy Analyser | Using 6.1/2 Digital Multimeter by Direct Method | 50 Ohm to 1550 Ohm | 0.005
167 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Output Power - Electrosurgical Analyser/Diathermy Analyser | Using Electrosurgical Unit as source and Oscilloscope by Comparison Method. | 1 W to 500 W | 0.15 W to 9.51 W
168 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Output Power - ESU, Surgical Diathermy, Cautery, REM Test - Qualitative. | Using ESU Analyser Direct Method | 1 W to 500 W | 0.01
169 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Output - Defibrillator,pacemaker | Using Fluke Defib/Pacer Analyser by Direct Method | 20 mA to 25 mA | 2.4 mA to 2.7 mA
170 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Output - Pacemaker | Using Fluke Defib/Pacer Analyser by Direct Method | 4.5 mA to 25 mA | 2.4 mA to 2.7 mA
171 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer [NAME]/Pacer Analyser, Pacemaker Analyser | Using Source and 6.1/2 Digital Multimeter by [NAME] | 4 mA to 35 mA | 0.01 mA to 0.04 mA
172 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Rate - Defib/Pacer Analyser, Pacemaker Analyser | Using Pacer as Source and Oscilloscope by Comparison Method | 30 PPM to 200 PPM | 0.04 PPM to 2.39 PPM
173 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Rate - Defibrillator | Using Fluke Defib/Pacer Analyser by Direct Method | 30 PPM to 200 PPM | 3.5 PPM to 18 PPM
174 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pacer Rate - Pacemaker | Using Fluke Defib/Pacer Analyser by Direct Method | 30 PPM to 200 PPM | 3.5 PPM to 18 PPM
175 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pressure (Positive End Expiratory Pressure-PEEP, Peak Inspiratory Pressure-PIP, Mean Airway Pressure-MAP) - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 0 cmH2O to 150 cmH2O (0 to 0.14 bar) | 0.0475
176 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Pressure - Tourniquet | Using Fluke BP Pump2 Pressure Analyser by direct method | 50 mmHg to 400 mmHg | 0.79 mmHg to 9 mmHg
177 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Protective Earth Resistance of Medical Devices | Using Electrical Safety Analyser by Direct Method | 10 mohm to 1000 mohm | 2.41 % to 2.33 %
178 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | REM - Electrosurgical Analyser/Diathermy Analyser | Using 6.1/2 Digital Multimeter Direct Method | 3 Ohm to 500 Ohm | 0.005
179 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Respiration Rate - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method | 5 bpm to 75 bpm | 0.12 bpm to 4.5 bpm
180 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Respiratory Rate - Flow Analysers/Ventilator Analysers | Using Ventilator as Source and Oscilloscope by Direct Method | 8 brpm to 40 brpm | 0.09 brpm to 0.46 brpm
181 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Sound Level - Incubator | Using Digital Sound meter by Direct method | 30 dB to 120 dB | 3dB
182 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Autoclave | Using Digital Thermometer by Direct method | 50 °C to 150 °C | 2.0°C
183 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Dialysis | Using Digital Thermometer by Direct method | 25 °C to 37 °C | 1.3 °C
184 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Incubator | Using Digital Thermometer by Direct method | 25 °C to 37 °C | 1.3 °C
185 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Patient Warmer | Using Digital Thermometer by Direct method | 30 °C to 45 °C | 1.3 °C
186 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Temperature - Radiant Warmer | Using Digital Thermometer by Direct method | 25 °C to 37 °C | 1.3 °C
187 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Variable Load - Defib/Pacer Analyser | Using 6.1/2 Digital Multimeter by Direct Method | 50 Ohm to 1500 Ohm | 0.0051
188 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Voltage of Medical Devices | Using Electrical Safety Analyser by Direct Method | 0.1 V to 400 V | 6.51 % to 1.16 %
189 | MEDICAL DEVICES- PATIENT CONDITIONING/ [NAME] | Volume (Tidal Volume, Minute Volume) - Ventilator | Using Gas Flow Analyser TSI Certifier FA Plus by Direct Method: | 10 mL to 25 L | 0.0012 L to 1.2 L