Exh_-_C__HAZMAT_Survey._pg._29-50.pdf

SECTION IV

Date Received: 23-Feb-2018 28-Feb-2018Date Analyzed:

- -2018Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

Cellulose Fiber Mineral Wool

Ceiling Tile, White/ Beige, Homogeneous None Detected26041-01 40% 30%

Non-Fibrous Material 30%

LAYER 1

Floor Tile, White, Homogeneous

None Detected26041-02 Non-Fibrous Material 100%

LAYER 2

Mastic, Yellow, Homogeneous

None Detected Non-Fibrous Material 100%

Cellulose FiberRoof Insulation, White, Homogeneous None Detected26041-03 3% Non-Fibrous Material 97%

LAYER 1

Floor Tile, White, Homogeneous

None Detected26041-04 Non-Fibrous Material 100%

LAYER 2

Mastic, Yellow, Homogeneous

None Detected Non-Fibrous Material 100%

LAYER 1

Painted Texture, White, Homogeneous

None Detected26041-05 Non-Fibrous Material 100%

Cellulose FiberLAYER 2 Tape, Beige, Homogeneous

None Detected 100%

LAYER 3

Joint Compound, White, Homogeneous

None Detected Non-Fibrous Material 100%

Cellulose Fiber Fibrous Glass

LAYER 4

Wallboard, Brown/ White, Homogeneous

None Detected 10% <1

Non-Fibrous Material 90%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 1 of 8Page 288 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

Cellulose FiberLAYER 1 Mastic, White, Homogeneous

None Detected26041-06 <1% Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Paper/ Foil, Beige/ Silver, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

Cove Base Mastic, Tan, Homogeneous None Detected26041-07 Non-Fibrous Material 100%

Synthetic FiberDuct Mastic, White, Homogeneous None Detected26041-08 <1% Non-Fibrous Material 100%

Caulk, White/ Black, Homogeneous None Detected26041-09 Non-Fibrous Material 100%

Caulk, White/ Tan, Homogeneous None Detected26041-10 Non-Fibrous Material 100%

Caulk, White/ Tan, Homogeneous None Detected26041-11 Non-Fibrous Material 100%

Caulk, White/ Tan, Homogeneous None Detected26041-12 Non-Fibrous Material 100%

LAYER 1

Floor Tile, White, Homogeneous

None Detected26041-13 Non-Fibrous Material 100%

LAYER 2

Mastic, Yellow, Homogeneous

None Detected Non-Fibrous Material 100%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 2 of 8Page 289 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

Cellulose Fiber Mineral Wool

Ceiling Tile, White/ Beige, Homogeneous None Detected26041-14 40% 30%

Non-Fibrous Material 30%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-15 3% Non-Fibrous Material 97%

LAYER 1

Painted Texture, White, Homogeneous

None Detected26041-16 Non-Fibrous Material 100%

Cellulose FiberLAYER 2 Tape, Beige, Homogeneous

None Detected 100%

LAYER 3

Joint Compound, White, Homogeneous

None Detected Non-Fibrous Material 100%

Cellulose Fiber Fibrous Glass

LAYER 4

Wallboard, Brown/ White, Homogeneous

None Detected 10% <1

Non-Fibrous Material 90%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-17 3% Non-Fibrous Material 97%

Cove Base Mastic, Tan, Homogeneous None Detected26041-18 Non-Fibrous Material 100%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 3 of 8Page 290 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

Cellulose FiberLAYER 1 Mastic, White, Homogeneous

None Detected26041-19 <1% Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Foil/ Paper, Silver/ Brown, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-20 3% Non-Fibrous Material 97%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-21 3% Non-Fibrous Material 97%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-22 3% Non-Fibrous Material 97%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-23 3% Non-Fibrous Material 97%

Cellulose FiberInsulation, White, Homogeneous None Detected26041-24 3% Non-Fibrous Material 97%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 4 of 8Page 291 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

LAYER 1

Painted Texture, White, Homogeneous

None Detected26041-25 Non-Fibrous Material 100%

Cellulose Fiber Fibrous Glass

LAYER 2

Wallboard, Brown/ White, Homogeneous

None Detected 10% <1

Non-Fibrous Material 90%

LAYER 1

Floor Tile, White, Homogeneous

None Detected26041-26 Non-Fibrous Material 100%

LAYER 2

Mastic, Yellow, Homogeneous

None Detected Non-Fibrous Material 100%

Cove Base Mastic, Tan, Homogeneous None Detected26041-27 Non-Fibrous Material 100%

Cellulose FiberLAYER 1 Mastic, White, Homogeneous

None Detected26041-28 <1% Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Foil/ Paper, Silver/ Brown, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

LAYER 1

Floor Tile, White, Homogeneous

None Detected26041-29 Non-Fibrous Material 100%

LAYER 2

Mastic, Yellow, Homogeneous

None Detected Non-Fibrous Material 100%

Cove Base Mastic, Tan, Homogeneous None Detected26041-30 Non-Fibrous Material 100%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 5 of 8Page 292 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

LAYER 1

Painted Texture, White, Homogeneous

None Detected26041-31 Non-Fibrous Material 100%

Cellulose FiberLAYER 2 Tape, Beige, Homogeneous

None Detected 100%

LAYER 3

Joint Compound, White, Homogeneous

None Detected Non-Fibrous Material 100%

Cellulose Fiber Fibrous Glass

LAYER 4

Wallboard, Brown/ White, Homogeneous

None Detected 10% <1

Non-Fibrous Material 90%

LAYER 1

Paint, White, Homogeneous

None Detected26041-32 Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Paper/ Foil, Brown/ Silver, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

LAYER 1

Paint, White, Homogeneous

None Detected26041-33 Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Paper/ Foil, Brown/ Silver, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 6 of 8Page 293 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

LAYER 1

Paint, White, Homogeneous

None Detected26041-34 Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Paper/ Foil, Brown/ Silver, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

Cellulose FiberLAYER 1 Mastic, White, Homogeneous

None Detected26041-35 <1% Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Paper/ Foil, Brown/ Silver, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

Cellulose FiberLAYER 1 Mastic, White, Homogeneous

None Detected26041-36 <1% Non-Fibrous Material 100%

Fibrous Glass Cellulose Fiber

LAYER 2

Paper/ Foil, Brown/ Silver, Homogeneous

None Detected 60% 10%

Non-Fibrous Material 30%

Fibrous GlassLAYER 3 Insulation, Brown, Homogeneous

None Detected 98% Non-Fibrous Material 2%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 7 of 8Page 294 of 613

Date Reported:

JH1896281J3 Order #:

E1701Project #:

Ft Hood; Bldg. #26041

PO Box 1225 Dickinson TX 77539

Micro Air of Texas Melissa Kiser

Bulk Asbestos Fiber Analysis by Polarized Light Microscopy (PLM)

EPA 600/M4-82-020; 600/R-93/116

Sample Description Asbestos

ConstituentsSample ID # Non-Asbestos Constituents

J3 Resources, Inc.

3113 Red Bluff Road, Pasadena, TX 77503

Phone: (713) 290-0223 - Fax: (713) 290-0248 J3Resources.com

Fibrous GlassFire Stop, Red, Homogeneous None Detected26041-37 5% Non-Fibrous Material 95%

Sophie Mendiola Analyst Lab DirectorScott Ward, Ph.D.

This report relates only to the materials tested. This report is for the exclusive use of the addressed client and shall not be reproduced except in full, without written approval by J3 Resources, Inc. (J3). Samples are analyzed according to the methods listed above and are subject to the inherent limitations of PLM and interference of matrix components. Reporting limit for the above method is a function of the quantity of sample analyzed, matrix interference, sample preparation, fiber size, and distribution. Asbestos may be detected in concentrations of <1% by area if sufficient material is analyzed. J3 recommends TEM confirmation of soils, vermiculite and non-friable organically bound materials (NOB) reported as None Detected or < 1% Asbestos by PLM. All samples received in good condition unless otherwise noted. This report shall not be used to claim product approval, certification, or endorsement by NVLAP, NIST, or any agency of the federal government.

NVLAP Lab Code: 600120-0 TDSHS License: 30-0457 Page 8 of 8Page 295 of 613

SECTION V

APPENDIX 1

Handheld X-ray Fluorescence

DELTA

Lead Based Paint (LBP) Analysis using DELTA Handheld XRF

Tube Based LBP Inspections No Radioactive Isotopes

DELTA handheld XRF analyzers use X-ray tube sources, unlike radioactive isotope sources which are known to be slower and fade over time, requiring frequent resourcing or factory recalibrations.

The X-ray tube output of a DELTA remains constant for testing with the same precision and speed for its entire life; it starts fast and stays fast.

X-ray tube based analyzers are much less likely to report false LBP positives than radioactive isotope based analyzers when the Pb is actually in a solid structure, for example on the far side of a wall or door.

X-ray tube based analyzers eliminate business liabilities associated with owning hazardous radioactive isotopes.

DELTA handheld XRF analyzers are reliable, light-weight, and ergonomically designed. Optionally available dust wipe, filter, and soil analysis add-on capabilities can help expand business opportunities to other environmental safety inspections without having to purchase a second analyzer.

The overall low total cost of ownership is a benefit with the

DELTA handheld XRF – no resourcing, no biannual leak tests, no radioactive disposal costs, and no increased testing time with age.

The DELTA Tube Based Handheld XRF with the new, proprietary SmartScreen™ method for LBP measurements provides fast and accurate analysis of lead (Pb) in paint without radioactive isotopes.

Fast, Accurate Handheld XRF with New SmartScreen™ Method*

For LBP testing, the DELTA XRF with SmartScreen™ adjusts speed of measurement for optimum accuracy and maximum productivity. Most tests take less than 3 seconds.

Even the longest tests are typically less than 10 seconds.

The absolute sensitivity for the DELTA tube based – SDD technology on surface coatings and materials, based on a 120 second test time, is 0.1 g/cm2 or 0.0001mg/cm2.

Although many other conditions exist, the table below gives precision data in the context of residential Pb paint testing – where the action levels are typically in the 1.0mg/cm2 range and testing times are often less than 10 seconds.

DELTA XRF SmartScreen™ 3-σ Precision

Pb Concentration 0.3 mg/cm2 Pb in Paint

LBP Sample Type Surface Buried

(12 layers of blank paint)

3 seconds test 0.053 0.08

10 seconds test 0.03 0.04

For most paint matrices, whether positive or negative for Pb, SmartScreen™ can deliver a rapid, accurate result. However, when SmartScreen™ identifies a challenging paint matrix through spectral analysis, it extends the measurement time as required for greater accuracy and analytical confidence.

*Patent rights Protection by but not limited to US61727350 ** The DELTA does not have a HUD PCS; therefore, it is not suitable for HUD LBP.

DELTA Tube-Based Handheld XRF with New SmartScreen™ Method for LBP Inspection

Speed and Accuracy at Low Levels in Multilayers Without the Liabilities of Radioactive Isotopes www.olympus-ims.com is ISO 9001 and 14001 certified *All specifications are subject to change without notice.

All brands are trademarks or registered trademarks of their respective owners and third party entities.

The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by Olympus Corporation is under license.

Copyright © 2013 by Olympus NDT.

48 Woerd Avenue, Waltham, MA 02453, USA, Tel.: (1) 781-419-3900

12569 Gulf Freeway, Houston, TX 77034, USA, Tel.: (1) 281-922-9300

505, boul. du Parc-Technologique, Québec (Québec) G1P 4S9, Tel.: (1) 418-872-1155

1109 78 Ave, Edmonton (Alberta) T6P 1L8For inquiries - contact www.olympus-ims.com/contact-us

The unique DELTA Docking Station frees you from having to power down the analyzer. The station charges the analyzer battery and a spare, and performs periodic calibration checks. DELTAs can be operated 24/7 in the field with hot swap battery replacement.

Features and Benefits

Powerful 4W X-ray tube, 200 μA current (max), optimized beam settings

Tight geometry for exceptional LODs and high analysis throughput

Large-Area SDD and customized X-ray tube options for exceptional sensitivity and precision for more elements and materials

Patent-pending automatic barometric pressure correction that adjusts calibration as needed for more accurate analysis of light element.

Lightning-fast data acquisition for faster testing time

Floating Point Processor: Provides more calculations in less time, and leverages more advanced calibration algorithms

Integrated Bluetooth® for data input and output available in most countries

Integrated wide area heat sinks throughout the DELTA body for high power use in extreme temperatures

Analysis indicator lights visible from 360° to help ensure safe use

Advanced colortouch LCD screen for clarity, brightness, responsiveness, and energy efficiency for indoor/outdoor use

Accelerometer technology puts the unit into sleep mode to save energy when not in use; logs impacts for tool management

DELTA PC Software for enhanced data analysis, calibration modeling, and optional closed beam workstation operation

USB interface port for high-speed downloads and seamless PC control

Ergonomic rubberized handle for enhanced grip

Docking Station and Hot Swap Batteries

DELTA

Professional The DELTA Professional with a

40kV tube and SDD detector is the best value solution from Olympus for handheld XRF analyzers. It provides superior performance in speed, LODs, and elemental range.

DELTA Premium The DELTA Premium with advanced 40kV tube and large area SDD detector is best for ultra quick, analytically demanding applications, such as trace levels and light elements in low alloy steel, soil, mining, and metallurgical samples.

DELTA Classic Plus The DELTA Classic Plus with a 40kV tube and SiPin detector is ideal for simple applications. It provides quick ID, screening, sorting, and elemental and metals analysis.

Some DELTA Professional and Premium models can be configured with a 50kV tube to optimize LODs for high-Z and challenging elements, such as Ag, Cd, Sn, Ba, Cr, Sb, Te, and

Rare Earth Elements (REEs).

Date Calibrated: 17-Mar-15 Certificate Number: 121857-01 Temperature: 75

Serial Number: 540715 Relative Humidity: 50 Model: DPO-2000 Authorized Signatory:

Olympus Scientific Solutions Americas 12569 Gulf Freeway, Houston, TX 77034 Tel: (281) 922-9300 Fax: (281) 922-9303 www.olympus-ims.com ho.ani@olympusndt.com

This instrument was calibrated according to Olympus Scientific Solutions Americas calibration procedures.

The calibration was verified using Alloy Certified Reference Materials produced by Analytical Reference Materials International

(ARMI), NIST and/or other certified materials. The calibration materials are verified to be traceable and within their expiration date.

This instrument conforms to Olympus Scientific Solutions Americas Quality Assurance standards.

Analyzers configured with Premium Alloy Plus mode and Alloy Plus mode are tested to meet the below criteria. OSSA does not require a specific calibration interval, however the analyzer may be re-calibrated on a fixed schedule based on the end-user's requirements.