Aircheck Report YOUR REPORTS EXPLAINEDYOUR REPORTS EXPLAINED 2 PASS TRACE162998 To Sampled Tue, Apr...

Y O U R R E P O R T S E X P L A I N E D

PASS2

TRACE162998

To

Tue, Apr 26, 2016Sampled

A Smith By

For

Tue, Apr 26, 2016 Received

Analyzed

Tue, May 3, 2016 Reported

80000Customer 98-00149 ReportMr. John SmithXYZ Food Company123 AvenueAnytown, USA 12345

Limiting Characteristic

Particles

Pressure Dew Point, °CWater

OilOil Aerosol, mg/m 3

Oil Vapor, mg/m 3

Total Oil, mg/m 3

Maximum Number of Particlesper Cubic Meter (m3)as aFunction of Particles Size, d,in micrometers ( m)

By Mass Concentration (CP), mg/m3

0.5 < d 1.0 m1.0 < d 5.0 m

d 5.0 m

±22±22

±22±22±4.3

0.1 < d 0.5 m

(E) For samples at line pressure. Please advise if sample was taken at the dryer outlet; that limit is 10°C below the lowest temperature.(G) If lowest temperature and line pressure are not cited on the Data Sheet, values of 0°C and 50 psig are used for calculations.(L) Results for oil components in ppmw, if included, appear within brackets.

Richard A. Smith, Laboratory Directorwww.AirCheckLab.com We Do One Thing –Test Compressed Air

Results relate only to items tested.This report shall not be reproduced except in full without the written permission of Trace Analytics, LLC

© Copyright 9/23/2016, Trace Analytics, LLCAccredited Since 1991 By American Association for Laboratory Accreditation

Certificate No. 322.01 Accredited In The Chemical Field of Testing

ResultsNotes

SpecificationNotes

AirCheck Report™15768 Hamilton Pool RoadAustin, Texas 78738800-AIR-1024 or 512-263-0000 • Fax: 512-263-0002E-mail: [email protected]

Line 5Desiccant Dryer

SamplingPoint

Identification

LaboratoryNotes

n/a = not applicable n/d = not determined n/p = not provided n/s = not specified None (or 0) indicates <LOQ Tr = Trace, >LOD & <LOQ(1) At the 95% confidence interval as a percent of the specification limit includes sampling and analytical estimates of uncertainty.(2) Gases named in ISO 8573-6 Table 2 and/or other measurands required by the specification or customer.

Estimate ofUncertainty,

% (1)Pass / FailPurity

Class (B)

Purchase Order No.

Wed, Apr 27, 2016

0.007

SampleResults

435063

None

(A)

SpecificationLimit

None

Other (2)

of 2 - Analytical Results

Results vs ISA 7.0.01:1996 and ISO 8573-1:2010 (M)

0.01

400,0006,000100

-40-480.0020.0030.005

PASS ±30±4.6±6.3

PASS ±11

2

1

ACCREDITED

Ex. PRO PACKAGE[ 1-5: 1-6: 1-4]You will choose your purity class based on needsReports will indicate Pass/Fail

Results vs ISO 8573-1:2010 [2:2:1]

Example[2:2:1][P:W:O]

PASS2

TRACE162998

To


A Smith By

For


Analyzed




Particles


OilOil Aerosol, mg/m [ppmw]3

Oil Vapor, mg/m [ppmw]3

Total Oil, mg/m [ppmw]3



0.5 < d 1.0 m1.0 < d 5.0 m

d 5.0 m

±22±22

±22±22±4.3

0.1 < d 0.5 m



SamplingPoint

Identification


% (1)Pass / Fail

Class (B)as applicableand/or Note

Purchase Order No.

Wed, Apr 27, 2016

0.007

SampleConcentration

435063

None

(A)

SpecificationLimit

None

Other (2)

Page 1 of 2 - Analytical Results


SampleConcentration

0.01

400,0006,000100

-40-480.0020.0030.005

PASS ±30±4.6±6.3

PASS ±11

2

1

cont

amina

nts

gase

s

Results vs ISO 8573-1:2010 [2:2:1] PRO

1

TRACE162998


Particles

n/a


OilOil Aerosol, mg/m3

Oil Vapor, mg/m3

Total Oil, mg/m3

Maximum Number of Particlesper Cubic Meter (m3)as aFunction of Particles Size, d,in micrometers (µm)


0.5 < d ≤ 1.0 µm1.0 < d ≤ 5.0 µm

±22±22

0.007 ±4.3<-48 ≤-40 ±30

<0.002 ±4.6<0.003 ±6.3<0.005 ≤0.01 ±11

2

1

0.1 < d ≤ 0.5 µm

SamplingPoint

Identification

SpecificationLimit


% (1)

SampleResults

Pass / FailPurityClass (B)

≤20,000327 ≤400<8 ≤10

(A)

d > 5.0 µm ±22None None

Other (2)

Results vs ISO 8573-1:2010

™Aircheck Report

Ex. DIAGNOSTICPACKAGE[ 1-5: 1-6: 1-4]Reports will not indicate Pass/Fail

[email protected] 800.247.1024 x4

DIAGNOSTICREPORT

PROREPORT

cont

amina

nts

gase

s & ot

her

lab an

alyse

s

NO P

ASS/

FAIL

DESI

GNAT

ION

Your Results

Your Specifications

Y O U R R E P O R T S E X P L A I N E D

PASS2

TRACE162998

To


A Smith By

For


Analyzed




Particles


OilOil Aerosol, mg/m 3

Oil Vapor, mg/m 3

Total Oil, mg/m 3



0.5 < d 1.0 m1.0 < d 5.0 m

d 5.0 m

±22±22

±22±22±4.3

0.1 < d 0.5 m

(E) For samples at line pressure. Please advise if sample was taken at the dryer outlet; that limit is 10°C below the lowest temperature.(G) If lowest temperature and line pressure are not cited on the Data Sheet, values of 0°C and 50 psig are used for calculations.(L) Results for oil components in ppmw, if included, appear within brackets.





ResultsNotes

SpecificationNotes



SamplingPoint

Identification

LaboratoryNotes

n/a = not applicable n/d = not determined n/p = not provided n/s = not specified None (or 0) indicates <LOQ Tr = Trace, >LOD & <LOQ(1) At the 95% confidence interval as a percent of the specification limit includes sampling and analytical estimates of uncertainty.(2) Gases named in ISO 8573-6 Table 2 and/or other measurands required by the specification or customer.

Pass / FailPurity

Class (B)

Purchase Order No.

Wed, Apr 27, 2016

0.007

SampleResults

435063

None

(A)

SpecificationLimit

None

Other (2)



0.01

400,0006,000100

-40-480.0020.0030.005

PASS ±30±4.6±6.3

PASS ±11

2

1

ACCREDITED

For details please see Laboratory Notes Here


% (1)

Results vs ISO 8573-1:2010 [2:2:1]

PASS2

TRACE162998

To


A Smith By

For


Analyzed




Particles


OilOil Aerosol, mg/m [ppmw]3

Oil Vapor, mg/m [ppmw]3

Total Oil, mg/m [ppmw]3



0.5 < d 1.0 m1.0 < d 5.0 m

d 5.0 m

±22±22

±22±22±4.3

0.1 < d 0.5 m



SamplingPoint

Identification


% (1)Pass / Fail

Class (B)as applicableand/or Note

Purchase Order No.

Wed, Apr 27, 2016

0.007

SampleConcentration

435063

None

(A)

SpecificationLimit

None

Other (2)



SampleConcentration

0.01

400,0006,000100

-40-480.0020.0030.005

PASS ±30±4.6±6.3

PASS ±11

2

1

cont

amina

nts

gase

s

Results vs ISO 8573-1:2010 [2:2:1] PRO

1

TRACE162998


Particles

n/a


OilOil Aerosol, mg/m3

Oil Vapor, mg/m3

Total Oil, mg/m3

Maximum Number of Particlesper Cubic Meter (m3)as aFunction of Particles Size, d,in micrometers (µm)


0.5 < d ≤ 1.0 µm1.0 < d ≤ 5.0 µm

±22±22

0.007 ±4.3<-48 ≤-40 ±30

<0.002 ±4.6<0.003 ±6.3<0.005 ≤0.01 ±11

2

1

0.1 < d ≤ 0.5 µm

SamplingPoint

Identification

SpecificationLimit


% (1)

SampleResults

Pass / FailPurityClass (B)

≤20,000327 ≤400<8 ≤10

(A)

d > 5.0 µm ±22None None

Other (2)

Results vs ISO 8573-1:2010

™Aircheck Report


ISO 8573-1:2010reports Pressure Dewpoint in °C

ISO 8573-1:2010Total Oil for Class 1 or 2

= Oil Aerosol + Oil VaporEstimate of Uncertainty

In past studies of Quality Control samples, 95% of the time the true value was

found to exist within this percentage interval

DIAGNOSTICREPORT

PROREPORT

cont

amina

nts

gase

s & ot

her

lab an

alyse

s

++

NO P

ASS/

FAIL

DESI

GNAT

ION

==

(E) For samples at line pressure. Please advise if sample was taken at the dryer outlet; that limit is 10°C below the lowest temperature.(G) If lowest temperature and line pressure are not cited on the Data Sheet, values of 0°C and 50 psig are used for calculations.(L) Results for oil components in ppmw, if included, appear within brackets.(M) Specification limits are ISA 7.0.01-1996 as modified by Institute of Nuclear Power Operations. ISO 8573-1:2012 methods are used (as

modified by Trace Analytics, LLC)





ResultsNotes

SpecificationNotes

(N) A result of “None” indicates that no particles >40 m were observed when scanning the entire surface of the filter.

LaboratoryNotes

(1) At the 95% confidence interval as a percent of the specification limit includes sampling and analytical estimates of uncertainty.(2) Gases named in ISO 8573-6 Table 2 and/or other measurands required by the specification or customer.

(Q) The limits of quantification for these size ranges (that are larger than ISO 8573-1 ranges) are based on the lower end of each range for whole filter counting.

ACCREDITED

Y O U R M I C R O R E P O R T S E X P L A I N E DMICROORGANISM ANALYSISTwo-page report from a3rd party A2LA accredited lab

The Pinocchio Super II, (an impaction sampler also known as KPSII) is used to obtain microbial samples per ISO 8573-7 or your custom specifications.

Once the samples are received by the micro lab, they are incubated from 48 hours to 4 days. Colony differentiation is provided by a trained analyst who will report CFU's detected in the most likely gram stain category. Results are reported as bacteria, yeast or mold. Mold can be identified for an extra charge. You will receive your final report within 10 business days.

Test Report

4125 Independence DriveSuite 5

Schnecksville, PA 180781| Page of 2

QR________Date_____________

Report ID/ Status: 159999 Final Report

Study Completed For: Trace Analytics LLC.15768 Hamilton Pool Rd. Austin, TX 78738Ruby Ochoa Testing Certificate 3484.01

Requested By: Company ABC Distributor Client: Company XYZ

Study Completed By: Azzur Labs, LLC4125 Independence Drive · Suite 5 · Schnecksville, PA 18078484.550.7709

PO Number: 123456

Sample Date / Time: 20 Aug 2015 / NG to NGReceived Date:Condition at Receipt:Type of Sampler: SASSampler Serial #: 30429Guideline: ISO 14698Laboratory Method: Protocol_002Incubation Parameters: 5 days at 30˚C to 35˚CDeviations: None

Sterility and growth support testing were performed on the following lots of media:

Media: Lot Number: Pass/FailH15162 Pass

Initial reads can be found on raw data for: 159999

Samples were incubated at 30°C to 35°C from 21 Aug 2015 at 1:46 pm until 26 Aug 2015 at 2:33 pm. Analysis by JRH.

21 Aug 2015Good

Tryptic soy agar with lecithin & polysorbate 80 09 Sep 2015Expiration date:

This report shall not be reproduced, except in full, without written approval of Azzur Labs, LLC.

Test Report

4125 Independence DriveSuite 5

Schnecksville, PA 180782| Page of 2

Report ID/ Status: 159999 Final Report Colony differentiation performed on all samples.

Sample Code Sample Description

Type/AL/ Vol (L) or Area (in2)

Total Bacterial Count

Total Fungal Count

SS 0 0 <1 CFU/PlateNA

3.97

AS 9 1 10 CFU/m3NA GPC GPSFR GPNSFR GN Yeast Mold Mold ID1000 7 1 1 0 0 1 1-Cladosporium spp.

SS 3 0 3 CFU/PlateNA GPC GPSFR GPNSFR GN Yeast Mold3.97 2 1 0 0 0 0

I, the analyst, certify that this study was completed in accordance with CFR Good Manufacturing Practices and the above protocol with any deviations noted above.

The Quality Department has reviewed this report and has determined that the correct methods and equipment were used and that the reported results accurately reflect the data.

Acronyms: AS - Air sample NE - Not established CFU - Colony forming unitSS - Surface sample NA - Not applicable TNR - Test not requestedSWH-Sterile White Hyphae NG - Not given AL - Activity levelQR- Quality Representative

The following acronyms are used for colony differentiation. This is the most likely category the organism falls into. The definitive category cannot be determined unless a Gram stain or identification was completed. The most common sources of the organisms are included.

Category Acronym Common SourcesGram positive cocci GPC Human skin and mucous membranesGram positive spore forming rod GPSFR Soil, cardboard

GPNSFR Human skin and mucous membranes, water

Gram negative GN Water, soil, plants

See “Acronyms” below

#2 Tank

#3 Post Control

Gram positive non spore forming rod (includes filamentous bacteria)

SCD - Status cannot be determined

Total Microbial Count

#1 Pre Control

Your Results Your ResultsBroken Down

+ =

Cont

rol S

ampl

es (p

re &

pos

t) pe

r ISO

857

3-7


TRACE Analytics LLC

Aircheck Report YOUR REPORTS EXPLAINEDYOUR REPORTS EXPLAINED 2 PASS TRACE162998 To Sampled Tue, Apr...

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