PT Round - PTC/ELTC/DGFR/001
PT Item - GW Instek Make 4 1/2 Resolution Model GDM 541
Parameter - DC Resistance (220 MΩ) | Frequency (10MHz)
Participation Criteria - The participating Laboratory should have CMCs > 0.0003 % to 0.025 % for DC Resistance | 0.0002% for Frequency.
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration- Open*
PT Round - PTC/ELTC/DGMM/001
PT Item - Fluke Make 3 1/2 Resolution Model 17 B+
Parameter - DC Current (10 mA to 10A) | DC Voltage (2 mV to 1000 V) | AC Current (100 mA to 10 A) | AC Voltage (100 mV to 700 V)
Participation Criteria - The participating Laboratory should have Estimated Uncertainties > 3.04% to 0.029% for DC Voltage | 0.128% to 0.058% for DC Current | 0.083% to 0.06% for AC Voltage | 0.182% to 0.078% for AC Current
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration- Open*(This PT Item has waiting period of 4-6 months due to more no. of participants)
PT Round - PTC/ELTC/DGMM/001
PT Item - GW Instek Make 3 1/2 Resolution Model GDM 532
Parameter - DC Current (1mA to 10A) | DC Voltage (2mV to 1000V) | AC Current (100 µA to 5A) | AC Voltage (50 mV to 980 V)
Participation Criteria - The participating Laboratory should have Estimated Uncertainties > 0.058% to 0.012% for DC Voltage | 0.106% to 0.028% for DC Current | 0.077% to 0.018% for AC Voltage | 0.139% to 0.091% for AC Current
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration- Open*(This PT Item has waiting period of 4-6 months due to more no. of participants)
PT Round - PTC/ELTC/DGMM/001
PT Item - GW Instek Make 4 1/2 Resolution Model GDM 541
Parameter - DC Current (270 μA to 5A) | DC Voltage (30mV to 1000V) | AC Current (270 μA to 5A) | AC Voltage (30mV to 1000V)
Participation Criteria - The participating Laboratory should have Estimated Uncertainties > 0.006 % to 0.023 % for DC Voltage | 0.046% to 0.056% for DC Current | 0.016% to 0.038% for AC Voltage | 0.054% to 0.156% for AC Current
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration- Open*(This PT Item has waiting period of 3-5 months due to more no. of participants)
PT Round - PTC/ELTC/DGMM/001
PT Item -Rishabh make digital multimeter 18 S 4 1/2 Resolution
Parameter - AC Current (270µA to 5A) | AC Voltage (30mV to 1000V) | DC Current (270µA to 5A) | DC Voltage (30mV to 1000V)
Participation Criteria - The participation Laboratory should have Estimated Uncertainties > 0.016% to 0.038% for AC Voltage | 0.054% to 0.155% for AC Current | 0.006% to 0.038% for DC Voltage | 0.047% to 0.068% for DC Current
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration- Open*(This PT Item has waiting period of 3-5 months due to more no. of participants)
PT Round - PTC/ELTC/TIME/001
PT Item - Digital Timer - Selec - Model XT546BX
Parameter - Time
Participation Criteria - The participation Laboratory should have estimated uncertainties >
For Range 1 Sec to 600 Sec -> 0.01 s to 0.67 s
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration - Open*(This PT Item has waiting period of 3-5 months due to more no. of participants)
PT Round - PTC/ELTC/HVTS/001
PT Item - HV Probe of Agilent make with 3 1/2 Resolution DMM Fluke 17B+
Parameter - DC High Voltage 1 to 40kV , AC High Voltage 1 to 28 kV
Participation Criteria - The participant laboratory's CMC should be greater than 1.4% for AC & DC High Voltage
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration - Open
PT Round - PTC/ELTC/LCRM/001
PT Item - LCR Meter - Aplab Q Meter - Model 4910
Parameter - Resistance, Capacitance & Inductance @ 1KHz: Alternating Current (< 1GHz)
Participation Criteria - The participation Laboratory should have estimated uncertainties >
For Range 100 uH to 1 H - Inductance 0.09% to 0.386% | For Range 1nF to 1 uF - Capacitance 0.061%
For Range 1 Ω to 10KΩ - AC Resistance 0.07%
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration - Open*(This PT Item has waiting period of 3-5 months due to more no. of participants)
PT Round - PTC/ELTC/PCTI/001
PT Item - Process Calibrator Type K TC | RTD PT 100 | Type J TC | Type S TC (Make: Victor 14 + Multifunction Calibrator)
Parameter - Temperature Simulation
Participation Criteria - The participation Laboratory should have uncertainties > 0.07 °C for Type K TC| 0.08 °C RTD PT 100 | 0.07 °C for Type J TC| 0.84 °C for Type S TC.
Delivery - Lab code will be delivered within 7 working days
Note: Participation criteria defined above, is based on present NABL practice of ILC, where CMC of reference lab should be superior (smaller measurement uncertainty) than the participant’s CMC. All Participant labs should ensure that the participation criteria have been met while applying for the PT. The participant lab should not report estimated uncertainty, superior than accredited CMCs for that parameter for PT measurements. If Estimated uncertainty is coarser to accredited CMCs then Estimated uncertainty should be reported by the participant laboratory.
Registration - Open*(This PT Item has waiting period of 3-5 months due to more no. of participants)