RIC Philippines

RIC at Manila, Philippines (Region V)

(Information on this webpage is based on the latest report from the RIC.
Please refer to the RIC's website for the latest information.)
General Site Information
Address: PAGASA Science Garden, BIR road, 1100 Quezon City, Metro Manila, Philippines
Websitehttp://bagong.pagasa.dost.gov.ph/products-and-services/calibration-services
Contact personIRWIN AGUILAR
Email: irwin.aguilar@pagasa.dost.gov.ph, optis.irwin@gmail.com, picl_cust@pagasa.dost.gov.ph, pagasacalibrationlaboratory@gmail.com 
Tel: +632-8284-0800 local 3050
Fax: +632-8284-0800 local 3050
Calibration capabilities: Temperature, Relative Humidity, Atmospheric Pressure, Wind, Precipitation
Specific Information on instrument calibration capabilities
Temperature
Instrument Undergoing Calibration
Calibration Range
Reference standard, Equipment
Calibration and Measurement Capability (CMC)*
Traceability of Reference equipment
Last standard calibration date
Calibration body
Liquid-in-Glass Thermometer5°C to 50°CPt-100 + indicator and data collector 0.26°C

17 October 2024

National Metrology Laboratory of the Philippines
(NML)

Thermometer Test Bath (Theodor Friendrichs)
Digital Thermometer Probe-30° to 50 °CPt-100+ indicator and data collector0.72 °C17 October 2024National Metrology Laboratory of the Philippines
(NML)
Climatic Chamber 
(VT4011 Vötch)
Thermograph
0° to 50 °C
Pt-100+ indicator and data collector0.73 °C17 October 2024National Metrology Laboratory of the Philippines (NML)
Climatic Chamber 
(VT4011 Vötch)

Display Digital Thermometer
0° to 50 °CPt-100+ indicator and data collector0.72 °C17 October 2024National Metrology Laboratory of the Philippines
(NML)
Climatic Chamber 
(VT3050 Vötch)
Status of accreditation (date of the latest accreditation):Accredited by DTI-PAB, Philippines in accordance with PNS ISO/IEC 17025:2017 (Range Accredited: 0°C to 50°C), 22 August 2023
Link to accreditation certificate
Accreditation body: 
Relative Humidity
Instrument Undergoing Calibration
Calibration Range
Reference standard, Equipment
Calibration and Measurement Capability (CMC)*
Traceability of Reference equipment
Last standard calibration date
Calibration body

Capacitive Hygrometers

10%RH to 95%RH
(20°C and 30°C)

Dew Point Mirror Hygrometer (473 RH Systems)
with Pt-100

Climatic Chamber (C3-50 Kambic)

0.93%RH

11 September 2024 
27 September 2024

National Metrology Laboratory of the Philippines
(NML)

Display Hygrometers

30%RH to 95%RH(20°C and 30°C))

Dew Point Mirror Hygrometer (473 RH Systems)

Climatic Chamber (C3-50 Kambic)

0.93%RH

11 September 2024 
27 September 2024

National Metrology Laboratory of the Philippines
(NML)

Hygrographs

30%RH to 95%RH(20°C and 30°C)

Dew Point Mirror Hygrometer (473 RH Systems)
with Pt-100 Climatic Chamber 
(PKK-125 Kambic)

0.94%RH

11 September 2024 
27 September 2024

National Metrology Laboratory of the Philippines
(NML)

Analog Hygrometer

10%RH to 95%RH (20°C to 30°C)

Dew Point Mirror Hygrometer (473 RH Systems) with Pt-100 Climatic Chamber (C3-50 Kambic)

0.94%RH

11 September 2024 
27 September 2024

National Metrology Laboratory of the Philippines
(NML)

Status of accreditation (date of the latest accreditation): Accredited by DTI-PAB, Philippines in accordance with PNS ISO/IEC 17025:2017 (Range Accredited: 30%RH to 95%RH), 22 August 2023
Link to the accreditation certificate
Accreditation body:
Atmospheric Pressure
Instrument Undergoing Calibration
Calibration Range
Reference standard, Equipment
Calibration and Measurement Capability (CMC)*
Traceability of Reference equipment
Last standard calibration date
Calibration body

Digital Barometers

700 hPa to 1100 hPa

  Digital Barometer (PTB330TS Vaisala) + data collector, 
Manual Presssure/ Depressure Pump (Futaba)

0.15 hPa

21 February 2025

National Metrology Laboratory of the Philippines (NML)

Digital Barometer (PTB330 Vaisala) + data indicator, Pressure Test Chamber(Theodor Friendrichs)
Digital Barometer (PTB330TS Vaisala) + data collector, 
Mobile Pressure Generator (PG600 Zoglab)
10 March 2025PAGASA Instrument Calibration Laboratory (RIC-Manila)
21 February 2025National Metrology Laboratory of the Philippines (NML)
Aneroid Barometer700 hPa to 1100 hPaDigital Barometer (PTB330 Vaisala) + data indicator, Pressure Test Chamber (Theodor Friendrichs)0.30 hPa10 March 2025PAGASA Instrument Calibration Laboratory (RIC-Manila)
Barograph700 hPa to 1100 hPaDigital Barometer (PTB330 Vaisala) + data indicator,
Pressure Test Chamber (Theodor Friendrichs)
0.20 hPa10 March 2025PAGASA Instrument Calibration Laboratory (RIC-Manila)
Status of accreditation (date of the latest accreditation): Accredited by DTI-PAB, Philippines in accordance with PNS ISO/IEC 17025:2017 (Range Accredited: 800 hPa to 1050), 22 August 2023
Link to the accreditation certificate
Accreditation body:
Wind Speed
Instrument Undergoing Calibration
Calibration Range
Reference standard, Equipment
Calibration and Measurement Capability (CMC)*
Traceability of Reference equipment
Last standard calibration date
Calibration body

Wind Speed Instruments

2.0 m/s to 70.0 m/s,
80.0 m/s to 100.0 m/s

Pitot tube (Westi-Box wind flow calculation system)

0.5 m/s

31 July 2018

10 August 2018 

Westenberg Engineering

Status of accreditation (date of the latest accreditation):
Link to the accreditation certificate
Accreditation body:
Precipitation
Instrument Undergoing Calibration
Calibration Range
Reference standard, Equipment
Calibration and Measurement Capability (CMC)*
Traceability of Reference equipment
Last standard calibration date
Calibration body

Tipping Bucket Rainguage

25 mm/hr to 300 mm/hr

Automatic Tipping Bucket Rain Gauge Calibrator

within ±5% error

14 March 2025

PAGASA Instrument Calibration Laboratory 
(RIC-Manila)

Tipping Bucket Rainguage50 mm/hr to 300mm/hrField Calibrator Device (Hyquest)within ±5% error27 February 2025PAGASA Instrument Calibration Laboratory (RIC-Manila)
Status of accreditation (date of the latest accreditation):
Link to the accreditation certificate
Accreditation body:

* A CMC (calibration and measurement capability) is the smallest uncertainty (k=2) of measurement that can be expected to be achieved by the RIC during a calibration under normal conditions. This CMC is evaluated by the RIC itself and described in the scope of accreditation of the RIC, if available.

Further Information

Report of the RIC (2024)

Report of the RIC (2023)

Report of the RIC (2022)

Report of the RIC (February 2021)

Report of the RIC (February 2020)