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PAO Accredited Laboratories (as of Dec. 2012) - DTI

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104. I&E Industrial Systems Services, Inc.<br />

Address : No. 788 Takad Libjo, Batang<strong>as</strong> City, 4200 Philippines<br />

Telephone No. : (043) 723-0238; (02) 520-6160<br />

Fax No. : (043) 723-0238 loc. 101<br />

E-mail : filson@iandeindustrial.com<br />

Authorized Representative : Mr. Noriel C. Caraig<br />

QA Manager<br />

Accreditation No. Field <strong>of</strong> Testing<br />

LA-2011-187A Calibration<br />

Validity: 11 January 2016<br />

Products/<br />

Cl<strong>as</strong>s <strong>of</strong> Test<br />

5.13 Density Me<strong>as</strong>urement<br />

.03 Density <strong>of</strong><br />

g<strong>as</strong>es<br />

5.15 Densitometers<br />

.01 Liquid<br />

densitometers<br />

Me<strong>as</strong>ured<br />

quantities/<br />

instrument<br />

Range to be<br />

calibrated<br />

168 <strong>of</strong> 391<br />

Best<br />

me<strong>as</strong>urement<br />

capability<br />

expressed <strong>as</strong> an<br />

uncertainty ()*<br />

G<strong>as</strong> Density Meter 0 to 90 Kg/m 3 +/- 0.00017 Bar<br />

+/- 0.15 ºC<br />

Continuous density<br />

me<strong>as</strong>urement/<br />

Density meters<br />

>0.3 grams/cm 3 at<br />

above 20°C<br />

5.16 Flow Me<strong>as</strong>uring Devices<br />

.03 Orifice Meters Orifice Plate 100mm θ - 305mm θ Standard<br />

me<strong>as</strong>urement<br />

criteria <strong>of</strong> an Orifice<br />

Standard Method/<br />

Reference<br />

Standard<br />

Solartron - 7812<br />

G<strong>as</strong> Density<br />

Transducer<br />

(Pressure<br />

me<strong>as</strong>urement<br />

relative to standard<br />

density table using<br />

standard g<strong>as</strong>)<br />

0.001% <strong>of</strong> MV API chapter 14,<br />

Sec 6<br />

plate<br />

.05 Liquid Meters M<strong>as</strong>s Flow Meter 0 to 10,000 Kg/min +/- 0.18% <strong>of</strong> the<br />

rated output<br />

.09 Other devices Liquid flowmeter in<br />

closed conduit;<br />

continuous density<br />

me<strong>as</strong>urement/<br />

Volumetric<br />

Flowmeter<br />

0 - 10,000 L/min 0.18% <strong>of</strong> me<strong>as</strong>ured<br />

value<br />

ISO 5167-2<br />

ISO 4185:1980<br />

Me<strong>as</strong>urement <strong>of</strong><br />

Liquid Flow in<br />

Closed Conduits –<br />

Weighing Method<br />

ISO 4185:1980;<br />

API Chapter 14,<br />

Sec 6<br />

* A reported uncertainty will be that for the instrument itself during calibration plus the appropriate<br />

me<strong>as</strong>urement capability <strong>of</strong> the laboratory. The uncertainties are b<strong>as</strong>ed on an estimated confidence<br />

probability <strong>of</strong> approximate 95% unless otherwise stated.<br />

Legends to Reference Standards:<br />

ISO - International Organization for Standardization

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