ACSTL.pdf

Non-SSI Air Cargo Screening Technology List Version 12.9 Page 1 of 35 September 30, 2025

Non-SSI TSA Air Cargo Screening Technology List (ACSTL)

Version 12.9

Release Date: September 30, 2025

Non-SSI Air Cargo Screening Technology List Version 12.9 Page 2 of 35 September 30, 2025

Revision History

Revision Date of Publication

12.9 20250930

12.8 20250701

12.7.1 20250207

12.7 20250122

12.6 20240923

12.5 20240627

12.4 20240214

12.3 20231212

12.2 20230817

12.1 20230407

12.0 20221216

11.9 20220714

11.8 20220406

11.7 20211215

11.6.1 20210827

11.6 20210810

11.5 20210210

11.4 20201201

11.3.1 20200914

11.3 20200907

11.2.1 20200326

11.2 20200214

11.1 20200106

11.0 20191028

Non-SSI Air Cargo Screening Technology List Version 12.9 Page 3 of 35 September 30, 2025

Table of Contents

1 Introduction

1.1 Document Purpose

1.2 Document Format

1.3 Disclaimer

1.4 Device Configuration

1.5 Operating Environment

1.6 Manufacturer Contact Information

1.7 Updates in This Version

2 Visual Image Devices

2.1 Qualified Visual Image Technology

2.2 Approved Visual Image Technology

2.3 Grandfathered Visual Image Technology

3 Explosive Trace Detection (ETD) Devices

3.1 Qualified ETD Technology

3.2 Approved ETD Technology

3.3 Grandfathered ETD Technology

4 Metal Detection (MD) Devices

4.1 Qualified MD Technology

4.2 Approved MD Technology

4.3 Grandfathered MD Technology

5 Explosive Detection Systems (EDS)

5.1 Qualified EDS Technology

5.2 Approved EDS Technology

5.3 Grandfathered EDS Technology

6 Carbon Dioxide (CO2) Monitors

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6.1 Qualified CO2 Monitor Technology

6.2 Approved CO2 Monitor Technology

6.3 Grandfathered CO2 Monitor Technology

Appendix A: Trace Consumables

Third-Party Consumables Vendors

Trace Consumables List

Non-SSI Air Cargo Screening Technology List Version 12.9 Page 5 of 35 September 30, 2025

1 Introduction

1.1 Document Purpose

The Air Cargo Screening Technology List (ACSTL) serves as TSA’s official guide for regulated parties to use when procuring screening devices and associated trace consumables in accordance with TSA approved security programs. Any technology purchased from this list must be utilized in accordance with measures outlined in a screener's Standard Security Program. This list does not apply to devices owned by TSA or devices used in TSA-sponsored tests or test beds. Reference the SSI version of the ACSTL to determine approved and qualified software versions. This information is not contained in the Non-SSI version of the

ACSTL.

1.2 Document Format

The document is arranged by Technology Qualification Group as follows: (1) Visual Image (VI) Devices, formerly referred to as the Non-Computed Tomography (Non-CT) Transmission X-ray Devices, (2) Explosive Trace Detection (ETD) Devices, (3) Metal Detectors (MD), formerly referred to as the Electronic Metal Detection (EMD) Devices, (4) Explosive Detection Systems (EDS), and (5) Carbon Dioxide (CO2) Monitors. Under each Technology Qualification Group are three sections: A Qualified Technology section, an Approved Technology section, and a Grandfathered Technology section. The Qualified Technology section specifies devices, by technology, which have undergone a formal TSA-sponsored test process and are deemed qualified for screening operations. When procuring a device from the ACSTL, regulated parties are encouraged to select a device from the Qualified Technology section. The Approved Technology section specifies devices, by technology, which have been conditionally approved for screening operations and are currently undergoing or are scheduled for field-test activities. These devices have up to 36 months from the date added to the Approved Technology section to successfully pass TSA's suitability based field-test activities. If a device is unable to pass field-test activities within the prescribed 36 months, it will be removed from the Approved Technology section. Due to this fact, regulated parties who procure a device from the Approved Technology section do so at their own risk. Additional technologies may be added to the Approved Technology section at TSA's discretion. The Grandfathered Technology section specifies devices, by technology, which are currently qualified to screen cargo but have a stated expiration date. This allows regulated parties who are using the grandfathered technology an opportunity to gradually phase out the device and transition to devices listed in the Qualified or Approved sections. Due to this fact, regulated parties should not purchase devices from this section; rather, they should reference the Qualified or Approved sections for their procurement needs.

1.3 Disclaimer

The Approved Technology section reflects devices that have successfully passed Stage I of the qualification testing process. TSA reserves the right to remove any device from this section that fails Stage II test activities. The Grandfathered Technology section reflects devices that are currently qualified to screen cargo but have a stated expiration date. TSA also reserves the right to remove

Non-SSI Air Cargo Screening Technology List Version 12.9 Page 6 of 35 September 30, 2025 devices from the Approved or Qualified section or revise an expiration date for Grandfathered devices due to a device’s inability to meet more stringent performance parameters associated with emerging threats. Should such a situation occur, TSA will issue specific guidance on how previously purchased devices may be used.

1.4 Device Configuration

Top Assembly Part Number and Required Software Version indicate the only qualified configurations for each Device Model Number.

Models with different part numbers or software versions are not considered qualified screening devices. Reference the SSI version of the ACSTL to determine approved and qualified software versions. This information is not contained in the Non-SSI version of the ACSTL.

1.5 Operating Environment

Devices listed within the ACSTL are intended to be operated under controlled temperature and humidity conditions. Add-on components and kits may be available from vendors to extend operational temperature and humidity ranges.

1.6 Manufacturer Contact Information

Company Address Point of Contact Phone Number E-mail

1st Detect Corporation 2105 Donley Drive, Suite 100 Austin, TX 78758

Eric Wallis 512-485-9537 ewallis@astrotechcorp.com

Armstrong Monitoring 215 Colonnade Road South Ottawa, ON K2E 7K3 Canada

Scott Bissett 800-465-5777 SBissett@armstrongmonitoring.com

Astrophysics, Inc. 21481 Ferrero Parkway City of Industry, CA 91789

Yaron Yezersky 909-598-5488 yyezersky@astrophysicsinc.com

Bruker Detection Corporation

40 Manning Road Billerica, MA 01821

Anthony Castellanos 978-729-2982 Anthony.Castellanos@BrukerDetection.US

Bruker Detection Corporation

40 Manning Road Billerica, MA 01821

Mirela Popa 980-392-9492 Mirela.Popa@BrukerDetection.US

CEIA USA 9155 Dutton Drive Twinsburg Ohio 44087

Luca Cacioli 330-217-7995 LCacioli@ceia-usa.com

Gilardoni S.p.A. Via Arturo Gilardoni 1 Mandello del Lario 23826 (LC), Italy

Luca Ghislanzoni 0039-0341-705218 lg@gilardoni.it

InstroTek, Inc. 1 Triangle Drive, PO 13944 Research Triangle Park, NC 27709

Ali Regimand 919-875-8371 ARegimand@instrotek.com

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Company Address Point of Contact Phone Number E-mail

Leidos One Radcliff Road Tewksbury, MA 01876

Lauren Presley 213-247-8820 Lauren.F.Presley@leidos.com

Rapiscan Systems 2900 Crystal Drive, Suite 910 Arlington, VA 22202

Iven King 540-300-0412 IKing@osi-systems.com

Smiths Detection, Inc. 2202 Lakeside Blvd Edgewood, MD 21040

Philip Tackett 410-652-3392 Philip.Tackett@Smiths-Detection.com

VMI Security Av. Hum, 55-Distrito Industrial Genesco Aparecido De Oliveira, Lagoa Santa – MG 33400-000, Brazil

Lazaro Borges Silva +55 31 3622-0470 Lazaro.silva@vmis.com.br

X-Ray Center (XRC) Beylikduzu OSB Mahallesi, 10 Cadde, NO: 14 Beylikduzu Istanbul, 34524 Turkey

Kami Havluciyan +90-212-665-1328 kami@x-raycenter.com

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1.7 Updates in This Version

Page Section Change

10-15 2.1 Qualified VI Technology Addition of software version for Smiths HS 100100T-2is and HS 100100V-2is per CN103542_A1.

Addition of Smiths HS 7555DV.

20 3.1 Qualified ETD Technology Addition of Bruker DE-Tector Flex and software per CR 013.

21 3.2 Approved ETD Technology Removed Bruker DE-Tector Flex due to Qualification.

22 3.3 Grandfathered ETD Technology Addition of Bruker DE-Tector Flex software expiration.

25 4.1 Qualified MD Technology Additional TAPN for CEIA 130160 per AS2290 and administrative change to define software associated with TAPNs individually.

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2 Visual Image Devices Technology Description: Fixed projection Visual Image inspection devices that display digitized transmission radiographic images of an object under inspection following an interrogation.

Technology Classification: This technology is classified by material discrimination capability, number of views, and capacity.

Material discrimination capability: Classification groups are “Yes (Y)” and “No (N).” “Yes” indicates devices that are capable of enabling visual differentiation between types of materials detected, e.g., nylon vs explosives vs PVS under steel.

“No” indicates devices that do not discriminate between different materials.

Number of views: Classification groups are single view (grandfathered), dual view, and multi view. Devices may display images scanned from one, two, or multiple perspectives. Regardless of a device’s manual or assisted-detection capability, the operator must view and interpret one or more images of each object under inspection as dictated by the applicable security program.

Capacity designation: Device capacity groups are defined in the table below. The capacity listing is for testing and informational purposes only.

Visual Image Device Capacity Designations ID Description

A Small Aperture – Can accommodate screening of air cargo with an item size of at least 49 cm (19.3 in) wide by 38 cm (15 in) high by 91 cm (35.8 in) long and 50 kg (110.2 lbs.) in weight and up to 80 cm (31.5 in) wide by 60 cm (23.6 in) high by 120 cm (47.2 in) long and 100 kg (220.5 lbs.) in weight.

B Medium Aperture – Can accommodate screening of air cargo with at item size of at least 80 cm (31.5 in) wide by 60 cm (23.6 in) high by 120 cm (47.2 in) long and 100 kg (220.5 lbs.) in weight and up to 122 cm (48 in) wide by 153 cm (60.2 in) high by 122 cm (48 in) long and 1,000 kg (2,205 lbs.) in weight.

C Large Aperture – Can accommodate screening of air cargo with an item size of at least 122 cm (48 in) wide by 153 cm (60.2 in) high by 122 cm (48 in) long and 1,000 kg (2,205 lbs.) in weight.

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2.1 Qualified Visual Image Technology

Vendor Device Model Number

Required Top Assembly Part

Number

Material Discrimi-nation # of Views Capacity Operating

Voltage Max

Voltage Date

Qualified

Astrophysics, Inc. XIS-100XDV

00-13-1XDV-21

Y Dual View B 165 kV 180 kV 10/23/2009

00-23-1XDV-21

00-73-1XDV-11

Astrophysics, Inc. XIS-100XDX

00-22-1XDX-11

Y Dual View B 165 kV 180 kV 08/09/2012 00-22-10DX-11

00-03-1XDX-31

Astrophysics, Inc. XIS-1517DV 200kV

00-22-15DV-20

Y Dual View C 200 kV 200 kV 08/09/2012

00-04-15DV-31

Astrophysics, Inc. XIS-1818DV 200kV

00-22-18DV-20

Y Dual View C 200 kV 200 kV 08/09/2012

00-04-18DV-31

The Qualified Technology section specifies devices that have undergone a formal TSA-sponsored test process and are deemed qualified for screening operations. When procuring a device from the ACSTL, regulated parties are encouraged to select a device from the qualified technology section.

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Astrophysics, Inc. XIS-1818DV 320kV

00-00-18DV-23

Y Dual View C 320 kV 320 kV 12/12/2012

00-05-18DV-31

Astrophysics, Inc. XIS-6545DV

00-13-6545DV-21

Y Dual View A 165 kV 180 kV 10/23/2009

00-03-65DV-31

Astrophysics, Inc.

XIS-6545DVS 00-30-6DVS-10

Y Dual View A 165 kV 180 kV 11/21/2016

XIS-6545DVS 00-03-6DVS-31

Astrophysics, Inc. XIS-7858DVS

00-30-7DVS-10

Y Dual View A 165 kV 180 kV 11/21/2016

00-73-7DVS-11

Gilardoni S.p.A ARGO 640 DV 05141206 Y Dual View A 160 kV 160kV 12/05/2024

Gilardoni S.p.A FEP ME CARGO DV 05141105 Y Dual View C 200 kV 300 kV 11/05/2021

Gilardoni S.p.A FEP ME 640

AMX

05141182 Y Dual View A 150 kV 160kV 01/12/2021

05141122

Gilardoni, S.p.A. FEP ME 755 AMX 05141096 Y Dual View A 150 kV 160 kV 10/23/2014

Gilardoni S.p.A FEP ME 1000 HC DV 05141103 Y Dual View B 160 kV 160kV 01/12/2021

Leidos (4) ACX 6.4 MV 1000-MV3AC-00 Y Multi View A 150 kV 153 kV 10/23/2009

Leidos (4) CX 6000 P DV 002 N Dual View C 6MeV 6MeV 05/14/2010

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Leidos (4) MVT-HR

1000-10001-HR

Y Multi View B 150 kV 160 kV 02/03/2010

1000-10002-HR

Leidos (4)

PX 10.10 MV

1000-P1010-2V Y

Dual View

B

160 kV

160 kV

08/09/2012

1000-P1010-AC

Leidos (4) PX 15.17 MV 200kV 0125-10732-00 Y Dual View C 200 kV 200 kV 08/09/2012

Leidos (4) PX 18.18 MV 200kV 0125-10734-00 Y Dual View C 200 kV 200 kV 08/09/2012

Leidos (4) PX 18.18 MV 320kV 0125-10735-00 Y Dual View C 320 kV 320 kV 12/12/2012

Rapiscan Systems 620DV 2010001

Y Dual View A 160 kV 180 kV 10/23/2009 2010002

Rapiscan Systems 627DV 2010003

Y Dual View B 160 kV 180 kV 10/23/2009 2010004

Rapiscan Systems 628DV 2010006 Y Dual View B 160 kV 180 kV 05/14/2010

Rapiscan Systems 632DV 2010007

Y Dual View C 200 kV 200 kV 10/23/2009 2010008

Rapiscan Systems

638DV

2010009 Y Dual View C 200 kV 200 kV 10/23/2009

2010010 Y Dual View C 320 kV 320 kV 06/23/2016

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Rapiscan Systems 920DX

2010011

Y Dual View A 160kV 180kV 01/22/2020

2010012

Rapiscan Systems 927DX

2010026

Y Dual View B 160kV 180kV 01/22/2020

2010027

Rapiscan Systems 928DX

2010028

Y Dual View B 160kV 180kV 01/22/2020

2010029

Rapiscan Systems 935DX 2010025 Y Dual View C 240kV / 200 kV

(2)

300 kV / 200 kV

(2) 11/3/2022

Rapiscan Systems MVXR 5000 2010659-6 Y Multi View B 170 kV 180 kV 02/03/2010

Rapiscan Systems

(3) XR3D-6D 500002-001 Y Dual View A 160 kV 160 KV 10/24/2019

Rapiscan Systems

(3) XR3D-7D 500003-002 Y Dual View A 160 kV 160 kV 12/20/2019

Rapiscan Systems

(3) XR3D-15D

534307-109, Rev D and

535307-107, Rev F Y Dual View C 200 kV 200 kV 10/13/2021

Rapiscan Systems

(3) XR3D-100D 500068-001 Y Dual View B 160 kV 160kV 12/20/2019

Smiths Detection, Inc. 6040-2is HS 6040-2is Y Dual View A 160 kV 180 kV 08/27/2015

Smiths Detection, Inc. 6040aTiX HS 6040aTiX Y Dual View A 160 kV 176 kV 10/23/2009

Smiths Detection, Inc. 6040aX HS 6040aX Y Dual View A 160 kV 176 kV 08/09/2012

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Smiths Detection, Inc. 6040DV 34500285 Y Dual View A 160kV 176kV 05/29/2025

Smiths Detection, Inc. 7555aTiX HS 7555aTiX Y Dual View A 160 kV 176 kV 05/14/2010

Smiths Detection, Inc. 7555aX HS 7555aX Y Dual View A 160 kV 176 kV 08/09/2012

Smiths Detection, Inc. 7555DV 34504736 Y Dual View A 160kV 176 kV 09/19/2025

Smiths Detection, Inc. 10080 EdtS HS 10080 EdtS Y Multi View B 160 kV 176 kV 10/23/2009

Smiths Detection, Inc. 10080 EDX-2is HS 10080 EDX-2is (1132486) Y Dual View B 160 kV 176 kV 10/23/2009

Smiths Detection, Inc. 100100T-2is HS 100100T-2is Y Dual View B 160 kV 176 kV 10/23/2009

Smiths Detection, Inc. 100100V-2is

HS 100100V-2is (0.2 m/s) Y Dual View B 160 kV 176 kV 08/09/2012

34504172 (0.5 m/s)

Smiths Detection, Inc. 130130T-2is HS 130130T-2is Y Dual View B 160 kV 176 kV 10/23/2009

Smiths Detection, Inc. 145180-2is HS 145180-2is Y Dual View C 160 kV 176 kV 4/25/2013

Smiths Detection, Inc. 180180-2is HS 180180-300kV- 2is N Dual View C 300 kV 320 kV 10/23/2009

Smiths Detection, Inc. 180180-2is Pro HS 180180-2is Pro Y Dual View C 300 kV 320 kV 10/18/2016

Smiths Detection, Inc.

(1) HRX 1000 DV P0007033-011 Y Dual View B 165 kV 180 kV 05/14/2010

Smiths Detection, Inc. HS 145180-2is Pro

11132774 Y Dual View C 200 kV 220kV 02/04/2021

90340002

VMI Security Spectrum

180180DV

(320kV)

27.04.00389 Y Dual View C 310kV 320kV 09/10/2024

VMI Security Spectrum 6040DV 27.04.00342 Y Dual View A 170kV 170kV 09/10/2024

VMI Security Spectrum 100100HDV 27.04.00377 Y Dual View B 170kV 170kV 09/10/2024

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X-Ray Center (XRC) XRC 60-40DV XRC 60-40DV Y Dual View A 160 kV 170 kV 04/11/2018

X-Ray Center (XRC) XRC 75-55DV XRC 75-55DV Y Dual View A 160 kV 170 kV 02/09/2021

X-Ray Center (XRC) XRC 100-100DV XRC 100-100DV Y Dual View B 165 kV 180 KV 05/23/2018

X-Ray Center (XRC) XRC 100-100 HCDV XRC 100-100 HCDV Y Dual View B 165kV 180kV 06/04/2024

X-Ray Center (XRC) XRC 180-180DV (200kV) XRC 180-180DV Y Dual View C 200 kV 200 kV 12/07/2021

X-Ray Center (XRC) XRC 180-180DV (320kV) XRC 180-180DV Y Dual View C 320 kV 320 kV 09/17/2019

Notes:

(1) Morpho Detection, Inc. was acquired by Smiths Detection, Inc. Either company’s data plate is acceptable as long as the Top Assembly Part Number matches the number listed in the Qualified section.

(2) Rapiscan 935DX Operating Voltage and Max Voltage reflect vertical / horizontal voltage.

(3) VOTI Detection, Inc. was acquired by Rapiscan Systems. Either company’s data plate is acceptable as long as the Top Assembly Part Number matches the number listed in the Qualified section.

(4) L3 Security & Detection Systems was acquired by Leidos, either company’s data plate is acceptable as long as the Top Assembly Part Number matches the number listed in the Qualified section.

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2.2 Approved Visual Image Technology

There are currently no systems in the Approved Visual Image Technology section.

Number

Required Top Assembly Part

Number

Material Discrimi-nation # of

Views Capacity Operating Voltage

Max Voltage

Date Approved

The Approved Technology section specifies devices that have been conditionally approved for screening operations and are currently undergoing - or are scheduled for - field test activities. These devices have up to 36 months from the date added to the Approved Technology section to successfully pass TSA’s suitability-based field test activities. If a device is unable to pass field test activities within the prescribed 36 months, it will be removed from the Approved Technology section. Due to this fact, regulated parties who procure a device from the Approved Technology section do so at their own risk. Additional technologies may be added to the list at TSA’s discretion.

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2.3 Grandfathered Visual Image Technology

Required Top Assembly Part

Number

Material Discrimi-nation # of

Views Capacity Operating Voltage

Max Voltage

Grandfathered Configuration Expiration

Date

Rapiscan Systems 620DV

620DVLHS-

STND

Y Dual View A 160 kV 180 kV Hardware and

Software 12/31/2028

620DVRHS-

STND

The Grandfathered Technology section specifies devices that are currently qualified to screen cargo but have a stated expiration date. This allows regulated parties who are using the grandfathered technology an opportunity to gradually phase out the device and transition to devices listed in the Qualified or Approved sections. Due to this fact, regulated parties should not purchase devices from this section; rather, they should reference the Qualified or Approved sections for their procurement needs.

Grandfathered Configurations for “hardware and software” are defined as the hardware configuration and any associated software version is grandfathered. Grandfathered Configurations for “software only” are defined as a particular software version is grandfathered; other Approved/Qualified software versions are available for this hardware configuration

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Rapiscan Systems 627DV

627DV-STND

Y Dual View B 160 kV 180 kV

Hardware and

Software 12/31/2028

627DVE

Rapiscan Systems 628DV 628DV-STND Y Dual View B 160 kV 180 kV Hardware and

Software 12/31/2028

Rapiscan Systems 632DV

632DV200

Y Dual View C 200 kV 200 kV Hardware and

Software 12/31/2028 632DV-STND

632DVE

638DV

638DV200

Y Dual View C 200 kV 200 kV Hardware and

Software 12/31/2028

638DV-STND

638DV300 Y Dual View C 320 kV 320 kV Hardware and

Software 12/31/2028

Rapiscan Systems 927DX

2010013

Y Dual View B 160kV 180kV Hardware and

Software 12/31/2041

2010014

2010015

2010016

2010017

2010018

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928DX

2010019

Y Dual View B 160kV 180kV Hardware and

Software 12/31/2041

2010020

2010021

2010022

2010023

2010024

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3 Explosive Trace Detection (ETD) Devices Technology Description: Desktop or handheld devices that detect explosive residual material on typical cargo substrates through the application and analysis of a swab-based collection process.

Refer to Appendix A, TSA’s Trace Consumables List (TCL) for the TSA-approved third-party ETD Trace Consumables vendors.

3.1 Qualified ETD Technology

Vendor

(2) Device Model

Number Required Top Assembly

Part Number Configuration

Tested (1) Date Qualified

Bruker DE-tector flex 1880000T-TSA No Wand 08/28/2025

Rapiscan Systems Itemiser 5X (IT5X) P0007018-018-CAR No Wand 08/15/2023

Smiths Detection, Inc. IONSCAN 600 4824000E-301-3 (3) No Wand 08/15/2023

(1) Specification of “Wand” indicates a wand, also referred to as a hand-wand, is required to operate the device, to include all sampling, while the specification of “No Wand” indicates a wand must not be used to operate the device, to include all sampling which must be conducted by hand.

(2) This model has a non-radioactive source thus annual radiation testing is not required.

(3) The TAPN configuration for the IONSCAN 600 can be located on the bottom underneath the chassis.

The Qualified Technology section specifies devices that have undergone a formal TSA-sponsored test process and are deemed qualified for screening operations. When procuring a device from the ACSTL, regulated parties are encouraged

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3.2 Approved ETD Technology

Required Top Assembly Part Number

Configuration Tested (1)

Date Approved

1st Detect Tracer 1000 00-10001-04 No Wand 06/13/2024

Leidos QS-B220 QS-B220-019 No Wand 01/06/2025

Notes:

(1) Specification of “Wand” indicates a wand, also referred to as a hand-wand, is required to operate the device, to include all sampling, while the specification of “No Wand” indicates a wand must not be used to operate the device, to include all sampling which must be conducted by hand.

The Approved Technology section specifies devices that have been conditionally approved for screening operations and are currently undergoing - or are scheduled for - field test activities. These devices have up to 36 months from the date added to the Approved Technology section to successfully pass TSA’s suitability-based field test activities. If a device is unable to pass field test activities within the prescribed 36 months, it will be removed from the Approved Technology section. Due to this fact, regulated parties who procure a device from the Approved Technology section do so at their

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3.3 Grandfathered ETD Technology

Device Model Number

Required Top Assembly Part Number

Configuration Tested (1)

Grandfathered Configuration

Expiration

Bruker DE-tector flex 1880000T-TSA No Wand Software Only 08/28/2026

(1) Specification of “Wand” indicates a wand, also referred to as a hand-wand, is required to operate the device, to include all sampling, while the specification of “No Wand” indicates a wand must not be used to operate the device, to include all sampling which must be conducted by hand.

The Grandfathered Technology section specifies devices that are currently qualified to screen cargo but have a stated expiration date. This allows regulated parties who are using the grandfathered technology an opportunity to gradually phase out the device and transition to devices listed in the Qualified or Approved sections. Due to this fact, regulated parties should not purchase devices from this section; rather, they should reference the Qualified or Approved sections for their procurement needs.

Grandfathered Configurations for “hardware and software” are defined as the hardware configuration and any associated software version is grandfathered. Grandfathered Configurations for “software only” are defined as a particular software version is grandfathered; other Approved/Qualified software versions are available for this hardware configuration

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4 Metal Detection (MD) Devices Technology Description: Devices that interrogate items under inspection with a time varying electromagnetic field. Secondary magnetic disturbances induced by the primary field are detected by the MD, and an alarm condition is displayed if threshold levels have been exceeded.

Technology Classification: This technology is classified by three designations: type, class, and capacity (see below for descriptions). Although a device can only be classified into one type and capacity, it can be qualified for more than one class.

Type Designations

ID Description …

Type I General Detection Capability – Capable of detecting threats without any indication of threat location.

Type II Detection Plus Localizing Capability – Capable of detecting threats and providing visual cues for the location of detected threats.

Class Designations

ID Description Examples

1 Printed Matter (PM) Newspapers, Books, Magazines, Flyers.

2 (1) Electronic Equipment (EE) Digital Clocks, Sandwich Makers, Blow Dryers, Computers, Personal Digital Assistants.

3 (1) Machine Parts (MP) Auto Parts, Aircraft Starters, Car Jacks, Food Graters.

4 (1) Misc. Durable Goods (MDG) Home Renovation Materials, Canned Goods, Furniture.

5 Wearing Apparel (WA) Clothing, Shoes, Handbags, Jackets.

6 Fresh Produce (FP) Grapefruit, Pineapple, Cucumbers.

7 Fresh Flowers (FF) Various Tubers and Bulbs, Annual and Perennial Flowers, Cut Flowers.

8 Fish and Meats (FM) Shrimp, Fish, Beef, Poultry.

Notes:

(1) These commodity classes are expected to contain trace or significant amounts of metallic materials, and hence are not suitable for metal screening.

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Capacity Designations (1)

ID Description ………..

A Small Aperture – Can accommodate screening of air cargo with an item size of at least 49 cm (19.3 in.) wide by 38 cm (15 in.) high by 91 cm (35.8 in.) long and 50 kg (110.2 lbs.) in weight and up to 80 cm (31.5 in.) wide by 60 cm (23.6 in.) high by 120 cm (47.2 in.) long and 100 kg (220.5 lbs.) in weight.

B Medium Aperture – Can accommodate screening of air cargo with an item size of at least 80 cm (31.5 in.) wide by 60 cm (23.6 in.) high by 120 cm (47.2 in.) long and 100 kg (220.5 lbs.) in weight and up to 122 cm (48 in.) wide by 153 cm (60.2 in.) high by 122 cm (48 in.) long and 1,000 kg (2,205 lbs.) in weight.

C Large Aperture – Can accommodate screening of air cargo with an item size of at least 122 cm (48 in.) wide by 153 cm (60.2 in.) high by 122 cm (48 in.) long and 1,000 kg (2,205 lbs.) in weight.

(1) The capacity listing is for testing and informational purposes only.

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4.1 Qualified MD Technology

Required Top Assembly Part

Number Class

1 (PM)

Class

5 (WA)

Class

6 (FP)

Class

7 (FF)

Class 8 (FM) Type Capacity Date

Qualified

CEIA USA (2) EMIS 6047

EMIS6047

YES YES YES YES YES I A 03/13/2013

EMIS_6047_001

CEIA USA (2) EMIS 8075

EMIS8075

YES YES YES YES YES I B 03/13/2013 EMIS_8075_001

EMIS_8075_002

CEIA USA (2) EMIS 110160 EMIS_110160_001 YES YES YES YES YES I B 03/13/2013

CEIA USA (2) EMIS 130160

EMIS_130160_001

NO NO YES YES YES I C 03/13/2013

EMIS_130160_002

CEIA USA (2) EMIS 130200 EMIS_130200_002 YES YES YES YES YES I C 05/10/2018

(1) “YES” indicates the commodity classes for which each EMD device passed Stage I testing. “NO” indicates the commodity classes for which each EMD device did not pass Stage I testing.

(2) CEIA models must contain all three software components listed.

The Qualified Technology section specifies devices that have undergone a formal TSA-sponsored test process and are deemed qualified for screening operations. When procuring a device from the ACSTL, regulated parties are encouraged

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4.2 Approved MD Technology

There are currently no systems in the Approved MD Technology section.

Required Top Assembly Part

Number Class

1 (PM)

Class

5 (WA)

Class

6 (FP)

Class

7 (FF)

Class 8 (FM) Type Capacity Date

Approved

The Approved Technology section specifies devices that have been conditionally approved for screening operations and are currently undergoing - or are scheduled for - field test activities. These devices have up to 36 months from the date added to the Approved Technology section to successfully pass TSA’s suitability-based field test activities. If a device is unable to pass field test activities within the prescribed 36 months, it will be removed from the Approved Technology section. Due to this fact, regulated parties who procure a device from the Approved Technology section do so at their

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4.3 Grandfathered MD Technology

There are currently no systems in the Grandfathered MD Technology section.

Device Model

Number

Required Top Assembly

Part Number Class 1

(PM)

Class 5

(WA)

Class 6

(FP)

Class 7

(FF)

Class 8

(FM) Type Capacity Grandfathered Configuration Expiration

The Grandfathered Technology section specifies devices that are currently qualified to screen cargo but have a stated expiration date. This allows regulated parties who are using the grandfathered technology an opportunity to gradually phase out the device and transition to devices listed in the Qualified or Approved sections. Due to this fact, regulated parties should not purchase devices from this section; rather, they should reference the Qualified or Approved sections for their procurement needs.

Grandfathered Configurations for “hardware and software” are defined as the hardware configuration and any associated software version is grandfathered. Grandfathered Configurations for “software only” are defined as a particular software version is grandfathered; other Approved/Qualified software versions are available for this hardware configuration

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5 Explosive Detection Systems (EDS) Technology Description: Devices that use computed tomography and sophisticated algorithms to automatically detect explosive materials.

5.1 Qualified EDS Technology

Vendor Device Model Number Required Top Assembly Part

Number Date Qualified

Rapiscan Systems RTT110 RTT110-TSA 04/02/2024

The Qualified Technology section specifies devices that have undergone a formal TSA-sponsored test process and are deemed qualified for screening operations. When procuring a device from the ACSTL, regulated parties are encouraged

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5.2 Approved EDS Technology

Vendor Device Model Number Required Top Assembly Part

Number Date Approved

Smiths Detection, Inc. HS 10080 XCT 34453300 01/19/2022 (1)(2)

(1) Smiths Detection, Inc. HS 10080 XCT extended to 10/19/2025 per Technical Bulletin 051, EDS Technology Approval

Extension.

(2) Smiths Detection, Inc. HS 10080 XCT extended to 2/19/2026 per Technical Bulletin 052, EDS Technology Approval Extension.

The Approved Technology section specifies devices that have been conditionally approved for screening operations and are currently undergoing - or are scheduled for - field test activities. These devices have up to 36 months from the date added to the Approved Technology section to successfully pass TSA’s suitability-based field test activities. If a device is unable to pass field test activities within the prescribed 36 months, it will be removed from the Approved Technology section. Due to this fact, regulated parties who procure a device from the Approved Technology section do so at their

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5.3 Grandfathered EDS Technology

There are currently no systems in the Grandfathered EDS Technology section

Number

Required Top Assembly Part

Number

Grandfathered Configuration Expiration

The Grandfathered Technology section specifies devices that are currently qualified to screen cargo but have a stated expiration date. This allows regulated parties who are using the grandfathered technology an opportunity to gradually phase out the device and transition to devices listed in the Qualified or Approved sections. Due to this fact, regulated parties should not purchase devices from this section; rather, they should reference the Qualified or Approved sections for their procurement needs.

Grandfathered Configurations for “hardware and software” are defined as the hardware configuration and any associated software version is grandfathered. Grandfathered Configurations for “software only” are defined as a particular software version is grandfathered; other Approved/Qualified software versions are available for this hardware configuration

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6 Carbon Dioxide (CO2) Monitors Technology Description: Handheld or portable devices that collect air samples and evaluate the concentration of carbon dioxide to detect the presence of a concealed human in a tendered cargo item.

6.1 Qualified CO2 Monitor Technology

There are currently no systems in the Qualified CO2 Monitor Technology section.

Vendor Device Model Number Required Top Assembly Part Number Date Qualified

The Qualified Technology section specifies devices that have undergone a formal TSA-sponsored test process and are deemed qualified for screening operations. When procuring a device from the ACSTL, regulated parties are encouraged

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6.2 Approved CO2 Monitor Technology

There are currently no systems in the Approved CO2 Monitor Technology section.

Vendor Device Model Number Required Top Assembly Part Number Date Approved

The Approved Technology section specifies devices that have been conditionally approved for screening operations and are currently undergoing - or are scheduled for - field test activities. These devices have up to 36 months from the date added to the Approved Technology section to successfully pass TSA’s suitability-based field test activities. If a device is unable to pass field test activities within the prescribed 36 months, it will be removed from the Approved Technology section. Due to this fact, regulated parties who procure a device from the Approved Technology section do so at their

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6.3 Grandfathered CO2 Monitor Technology

Vendor Device Model Number Required Top Assembly Part Number

Grandfathered Configuration Expiration Date

Armstrong Monitoring AMC-CD-2 AMC-CD-2 Hardware and Software 12/31/2025

InstroTek, Inc. Guard 1 1010000 Hardware and Software 12/31/2025

Notes:

The Grandfathered Technology section specifies devices that are currently qualified to screen cargo but have a stated expiration date. This allows regulated parties who are using the grandfathered technology an opportunity to gradually phase out the device and transition to devices listed in the Qualified or Approved sections. Due to this fact, regulated parties should not purchase devices from this section; rather, they should reference the Qualified or Approved sections for their procurement needs.

Grandfathered Configurations for “hardware and software” are defined as the hardware configuration and any associated software version is grandfathered. Grandfathered Configurations for “software only” are defined as a particular software version is grandfathered; other Approved/Qualified software versions are available for this hardware configuration needs.

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Appendix A: Trace Consumables To ensure that Explosive Trace Detection (ETD) units operate at a level of maximum effectiveness in detecting explosives, TSA requires that all consumables purchased for screening air cargo either appear on the Trace Consumables List (TCL) or be supplied by the manufacturer of the ETD device. TSA expresses no preference for manufacturer-supplied consumables or for third-party-supplied consumables.

The TCL identifies third-party ETD consumable items tested by TSA and found to have comparable performance to similar type consumables supplied by the security system manufacturers. Third party consumable items not on the TCL either did not pass the TSA evaluation or were not tested by TSA.

Third-Party Consumables Vendors Contact information for vendors appearing in the TCL is listed below in alphabetical order.

Company Address Phone Website

DSA Detection 120 Water Street, Suite 211 N. Andover, MA 01845 (978) 975-3200 www.dsadetection.com

ETD Direct, LLC 1121 Route 34, Suite N-404 Aberdeen, NJ 07747 (908) 614-7835 www.etddirect.com

Microsilver Wear, Inc. 601 Route 206, Suite 26-330 Hillsborough, NJ 08844 (908) 698-4421 www.microsilverinc.com

US Testing Equipment, LTD 7201 NE 18th St., Suite A Vancouver, WA 98661 (888) 687-8378 www.ustesting.com

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Trace Consumables List Model Manufacturer Item Description Part Number Supplier

Itemiser 5X Rapiscan Systems Assy, Dopant, Ammonium Carbamate, G-CAL, In Packaging 101018182 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Assy, Dopant, Dichloromethane, G-CAL, In Packaging 101018180 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Assy, Dopant, Toluene, G-CAL, In Packaging 101018184 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Assy, HV Lamp Extraction Tool, IT 4DX M1000365 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Assy, Single Flow Meter, Itemiser 5X 101032440 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Calibrant, Internal, Methyl Salicylate MP100973 US Testing Equipment, LTD

Itemiser 5x Rapiscan Systems Calibration Traps (100ct) MD1965-100 ETD- Direct

Itemiser 5X Rapiscan Systems Filter Element, In-Line Air Filter, 12MMX8MMX20MML MP101671 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Flow Meter M0001931 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Kit, Lamps, Itemiser 5X K1000200 US Testing Equipment, LTD

Itemiser 5X Rapiscan Systems Product Accessory, Nozzle Screen Kit, Itemiser 5X PA005379 US Testing Equipment, LTD

Itemiser 5x Rapiscan Systems Sample Swabs (100ct) MD1964 ETD- Direct

Itemiser 5x Rapiscan Systems Verification Traps (100ct) MD1966-100 ETD- Direct

QS B220-001 Leidos Calibration Trap CT1272 DSA Detection

QS B220-001 Leidos Calibration Trap IS1272-25 ETD Direct

QS B220-001 Leidos Dual Mode Verification Swab (A Negative and B Positive) VT1272 DSA Detection

QS B220-001 Leidos Molecular Sieve Canister BSC1329 DSA Detection

QS B220-001 Leidos Positive Verification Tin BSB1035 DSA Detection

QS B220-001 Leidos Sample Swabs (100ct) ST1269P DSA Detection

QS B220-001 Leidos Sample Swabs IS1000-100 Rev E ETD Direct

QS B220-001 Leidos Sample Swabs (100ct) SWB/220 Microsilver

QS B220-001 Leidos Sample Trap ST1269 DSA Detection

QS B220-001 Leidos Sieve Canister, QS-B220 MSC-220 Microsilver

QS B220-001 Leidos Sieve Canister, single IS1329 ETD Direct

QS B220-001 Leidos Sieve Canister, 4 pack IS0023 ETD Direct

QS B220-001 Leidos Verification Pen Kit, A (Neg) and B (Pos) ISV1482PK ETD Direct

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Model Manufacturer Item Description Part Number Supplier

QS B220-001 Leidos Verification Pen, Sample A (Neg) ISV0156P ETD Direct

QS B220-001 Leidos Verification Pen, Sample B (Pos) ISV1326P ETD Direct

QS B220-001 Leidos Verification Sample A (Negative) BSA1030 DSA Detection

QS B220-001 Leidos Verification Sample A, Negative mode VSA/N Microsilver

QS B220-001 Leidos Verification Sample B, Positive mode VSB/P Microsilver