Attachment 0020 - TDP Section C Exeptions_Redacted.pdf
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- Solicitation number
- W519TC26RA046
About this file
This document is a collection of Contract C Requirements forms containing engineering exceptions and technical specifications for various military propellant and ammunition procurement actions.
The document encompasses multiple procurement records (PRON numbers M1XEX5ED01 through M1XEX5ED42) with TDPL dates ranging from December 2024 to February 2025. Key products specified include solid propellants (M1, M2, M6, M9 flake, M10, M14, M64 single-perforated and multi-perforated, M65 double-base), nitrocellulose, benite strands, propellant grains, and related ammunition components. The procurements are issued by various procuring activities with AMSC codes and NSN designations. Engineering exceptions document canceled military standards (MIL-STD-100G, MIL-STD-105, MIL-STD-1235 replaced by MIL-STD-1916) and material specification updates, including the transition from MIL-DTL-193B to MIL-DTL-193C (potassium sulfate), references to commercial item descriptions (A-A-59256, A-A-59302, A-A-59342), and laboratory exceptions for test methodologies conducted by RFAAP. Safety requirements include additions and deletions of Safety Data (SD) specifications. Multiple documents reference packing and marking requirements per MIL-STD-129 and Title 49 CFR, with detailed TDPL (Technical Data Package List) entries specifying which documents should be added, deleted, or substituted. Several procurements include detailed product engineer notes documenting lab exceptions for moisture determination, alkali soluble matter testing, and viscosity testing methods that deviate from standard specifications due to facility capabilities.
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CONTRACT C REQUIREMENTS-REVISION-B
ENGINEERING EXCEPTION TEXT (CONTINUED):
Product Engineer:
Potassium sulfate MIL-DTL-193C is in the revision process and will replace
MIL-DTL-193B.
MIL-STD-100G has been canceled. Future requirements for engineering drawings should refer to the following American Society of Mechanical Engineers (ASME) standards and Appendices.
MIL-STD-105 has been canceled. Future acquisitions may refer to MIL-STD-1916.
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), used in M9 flake is in the updating process to address RFAAP lab exceptions. An ECP will be submitted.
Contract C Requirements Page 2 of 2 Pages
Product Engineer:
Potassium sulfate MIL-DTL-193C is in the revision process and will replace
MIL-DTL-193B.
MIL-D-218B has been canceled without replacement. Reference this specification for testing.
Carbon black (A-A-59317) A-A-59317 replaced canceled MIL-C-306C. A-A-59317 calls out ASTM test methods RFAAP does not have the capability to test in accordance with all the methods listed. RFAAP follows the methods given in MIL-C-306C with exceptions to bulk density and acetone extraction test methods.
MIL-STD-100G has been canceled. Future requirements for engineering drawings should refer to the following American Society of Mechanical Engineers
(ASME)
standards and Appendices.
MIL-STD-105 has been canceled. Future acquisitions may refer to MIL-STD-1916.
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), 320 X
Product Engineer:
MIL-DTL-156:
Lab exception 1: RFAAP uses atomic absorption spectroscopy for calcium, magnesium, and sodium determinations, MIL-DTL-156D utilizes ICP-OES.
Lab exception 2: RFAAP utilizes the method specified in MIL-P-156B for chlorates and perchlorates determination.
Lab exception 3: RFAAP utilizes ferrous ammonium sulfate for nitrogen determination, instead of ferrous sulfate as written in MIL-DTL-156D.
MIL-STD-100G has been canceled. Future requirements for engineering drawings should refer to the following American Society of Mechanical Engineers (ASME) standards and Appendices.
MIL-STD-105 has been canceled. Future acquisitions may refer to MIL-STD-1916.
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), CONTRACT C REQUIREMENTS-REVISION-A
Change DWG. 9345265, REV. F, 1 of 2, Zone D7, Note 2, G From : MIL-P-23377, MIL-P-85582, MIL-P-53022, or MIL-P-53030 To : MIL-PRF-23377, MIL-PRF-85582, MIL-DTL-53022 or MIL-DTL-53030
Change DWG. 12972488, REV A Zone D4, Delete Note 1
Safety
SD ADD DELETE
31 X 408 X 439 X 482 X 773 X 238 X 320 X
Product Engineer:
MIL-D-204 has been canceled. Future acquisition of this material should refer to Commercial Item Description A-A-59256.
Lab exception 1: Solidification Point - MIL-D-204A calls out apparatus with cork stoppers. RFAAP uses rubber stoppers. RFAAP observes the temperature rise and records the maximum temperature obtained as the end point.
Lab exception 2: Acidity - MIL-D-204A indicates benzene is used to dissolve the sample. RFAAP uses toluene.
Lab exception 3: Moisture and Volatile Matter - MIL-D-204A indicates a watch glass is used for holding the sample during drying in a desiccator containing calcium chloride evacuated to 380 ± 20mm Hg . RFAAP uses an aluminum dish dried in a vacuum oven.
MIL-D-218B has been canceled without replacement. Reference this specification for testing.
Lead carbonate MIL-DTL-18618 replaced MIL-L-18618.
TDPL:
DOCUMENT DELETE SUBSTITUTE ADD
MIL-DTL-244 -- -- XX
A-A-59256 -- -- XX
MIL-D-218 -- -- XX
MIL-DTL-193 -- -- XX
MIL-DTL-18618 -- -- XX
MIL-DTL-98 -- -- XX
ÿ
Contract C Requirements Page 2 of 3 Pages
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), Contract C Requirements Page 3 of 3 Pages
Change DWG. 9345265, REV. E, 1 of 2, Zone D7, Note 2, G From : MIL-P-23377, MIL-P-85582, MIL-P-53022 or MIL-P-53030 To : MIL-PRF-23377, MIL-PRF-85582, MIL-DTL-53022 or MIL-DTL-53030
Change DWG. 12972488, REV A Zone D4: Delete Note 1
Safety
SD ADD DELETE
31 X 408 X 439 X 482 X 773 X
Product Engineer:
MIL-D-204 has been canceled. Future acquisition of this material should refer to Commercial Item Description A-A-59256.
Lab exception 1: Solidification Point - MIL-D-204A calls out apparatus with cork stoppers. RFAAP uses rubber stoppers. RFAAP observes the temperature rise and records the maximum temperature obtained as the end point.
Lab exception 2: Acidity - MIL-D-204A indicates benzene is used to dissolve the sample. RFAAP uses toluene.
Lab exception 3: Moisture and Volatile Matter - MIL-D-204A indicates a watch glass is used for holding the sample during drying in a desiccator containing calcium chloride evacuated to 380 ± 20mm Hg . RFAAP uses an aluminum dish dried in a vacuum oven.
MIL-D-218B has been canceled without replacement. Reference this specification for testing.
Lead carbonate MIL-DTL-18618 replaced MIL-L-18618.
DOCUMENT DELETE SUBSTITUTE ADD
MIL-DTL-244 -- -- XX
A-A-59256 -- -- XX
MIL-D-218 -- -- XX
MIL-DTL-193 -- -- XX
MIL-DTL-18618 -- -- XX
MIL-DTL-98 -- -- XX
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), used in M9 flake is in the updating process to address RFAAP lab exceptions. An
Contract C Requirements Page 2 of 3 Pages
On TDPL change date for MIL-DTL-60318 to 03/03/2023.
Contract C Requirements Page 3 of 3 Pages
CONTRACT C REQUIREMENTS-REVISION-C
408 X 438 X 482 X 773 X 238 X 320 X 491 X
Product Engineer:
TDPL:
DOCUMENT DELETE SUBSTITUTE ADD
MIL-DTL-98 -- -- XX
MIL-D-218 -- -- XX
MIL-C-216 -- -- XX
MIL-DTL-244 -- -- XX
MIL-DTL-204 -- -- XX
M6 propellant: MIL-P-63404 is currently in revision process and will be replaced by MIL-DTL-63404A.
MIL-A-48078, MIL-STD-105, MIL-STD-109, MIL-STD-1235, and MIL-STD-414 to be replaced by MIL-STD-1916 (DOD Preferred Methods for Acceptance of Product) in revision MIL-DTL-63404A.
MIL-C-63405 is currently in the revision process.
MIL-D-204 has been canceled. Future acquisition of this material should refer to Commercial Item Description A-A-59256.
Lab exception 1: Solidification Point - MIL-D-204A calls out apparatus with cork stoppers. RFAAP uses rubber stoppers. RFAAP observes the temperature rise and records the maximum temperature obtained as the end point.
Lab exception 2: Acidity - MIL-D-204A indicates benzene is used to dissolve the sample. RFAAP uses toluene.
Lab exception 3: Moisture and Volatile Matter - MIL-D-204A indicates a watch glass is used for holding the sample during drying in a desiccator containing calcium chloride evacuated to 380 ± 20mm Hg . RFAAP uses an aluminum dish dried in a vacuum oven.
MIL-D-218B has been canceled without replacement. Reference this specification for testing.
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), Replace all references of MIL-C-70469 with A-A-59402 Replace all references of ASTM A525 with ASTM A123 Change DWG. 9345265, REV. E, 1 of 2, Zone D7, Note 2, G(a) From:”…COLOR BUFF PER UNIVERSAL CO. 6-96-515A.”
To:”…. COLOR BUFF PER UNIVERSAL CO. 6-96-515A, STERILKOTE 46 108T56RS OR
EQUIVALENT.”
Note 2, G From :” … SUBSTITUTED FOR MIL-P-23377, MIL-P-85582, MIL-P-53022 or
MIL-P-53030.”
To : “….SUBSTITUTED FOR MIL-PRF-23377, MIL-PRF-85582, MIL-DTL-53022 or
MIL-DTL-53030.”
Change DWG. 12972488, REV A Zone D4: Delete Note 1
Safety
SD ADD REMOVE
31 X 408 X 773 X 238 X 320 X
Product Engineer:
Add MIL-STD-1916, DOD Preferred Methods for Acceptance of Product
Add MIL-DTL-244, nitrocellulose
Add MIL-DTL-193, potassium sulfate Potassium sulfate MIL-DTL-193C is in the revision process and will replace
MIL-DTL-193B.
Add MIL-DTL-98, diphenylamine ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
MIL-STD-100G has been canceled. Future requirements for engineering drawings should refer to the following American Society of Mechanical Engineers
(ASME)
standards and Appendices.
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), used in M9 flake is in the updating process to address RFAAP lab exceptions. An ECP will be submitted.
Packaging:
Change DWG. 12972488, REV A Zone D4: Delete Note 1
TDPL:
DOCUMENT DELETE SUBSTITUTE ADD
12999545 -- -- XX
ACV00561 -- -- XX
ACV00831 -- -- XX
reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
Potassium sulfate MIL-DTL-193C is in the revision process and will replace
MIL-DTL-193B.
MIL-STD-100G has been canceled. Future requirements for engineering drawings should refer to the following American Society of Mechanical Engineers
(ASME)
standards and Appendices.
ÿ Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), used in M9 flake is in the updating process to address RFAAP lab exceptions. An ECP will be submitted.
Packaging Change DWG. 12972488, REV A Zone D4: Delete Note 1
TDPL:
DOCUMENT DELETE SUBSTITUTE ADD
12999545 -- -- XX
ACV00561 -- -- XX
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), (Potassium Nitrate, MIL-DTL-156) Lab exception 1: RFAAP uses atomic absorption spectroscopy for calcium, magnesium, and sodium determinations, MIL-DTL-156D utilizes ICP-OES.
Lab exception 2: RFAAP utilizes the method specified in MIL-P-156B for chlorates and perchlorates determination.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), 9211788 -- -- XX
SAFETY:
HCSDS ADD DELETE
238 X 320 X
Product Engineer:
MIL-STD-1235 was canceled without replacement. Future acquisitions may refer to
MIL-STD-1916.
(Potassium Nitrate, MIL-DTL-156) Lab exception 1: RFAAP uses atomic absorption spectroscopy for calcium, magnesium, and sodium determinations, MIL-DTL-156D utilizes ICP-OES.
Lab exception 2: RFAAP utilizes the method specified in MIL-P-156B for chlorates and perchlorates determination.
(Barium Nitrate, MIL-DTL-162) Lab exception 1: RFAAP is unable to comply with the ICP-OES methods for quantitating strontium and calcium. The gravimetric methods for these elements described in MIL-B-162D are used.
From TDPL: Ethyl alcohol - MIL-E-463 was canceled 30-SEP-1998, future acquisition of this material should refer to Commercial Item Description A-A 59342.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), to having the propellant requirements, it also has the packaging requirements for the propellant.
Product Engineer:
AKARDITE II or METHYL DIPHENYLUREA (DOD-M-64040A) Lab exception 1: Moisture - DOD-M-64040A specifies that the moisture determination be in accordance with MIL-STD-286 Method 101.5 (Karl Fischer moisture). RFAAP follows this protocol but allows the Karl Fischer system to be either one component or two components. It also allows the use of pyridine-free reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
Magnesium oxide MIL-M-51103 was canceled 16-OCT-1998 and replaced by A-A-59302.
Lab exceptions; RFAAP follows the test methods in MIL-M-51103. Calcium oxide content is measured by atomic absorption spectroscopy instead of by the gravimetric method described in MIL-M-51103A.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), AKARDITE II or METHYL DIPHENYLUREA (DOD-M-64040A) Lab exception 1: Moisture - DOD-M-64040A specifies that the moisture determination be in accordance with MIL-STD-286 Method 101.5 (Karl Fischer moisture). RFAAP follows this protocol but allows the Karl Fischer system to be either one component or two components. It also allows the use of pyridine-free reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
Magnesium oxide MIL-M-51103 was canceled 16-OCT-1998 and replaced by A-A-59302.
Lab exceptions; RFAAP follows the test methods in MIL-M-51103. Calcium oxide content is measured by atomic absorption spectroscopy instead of by the gravimetric method described in MIL-M-51103A.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), Product Engineer:
AKARDITE II or METHYL DIPHENYLUREA (DOD-M-64040A) Lab exception 1: Moisture - DOD-M-64040A specifies that the moisture determination be in accordance with MIL-STD-286 Method 101.5 (Karl Fischer moisture). RFAAP follows this protocol but allows the Karl Fischer system to be either one component or two components. It also allows the use of pyridine-free reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
Magnesium oxide MIL-M-51103 was canceled 16-OCT-1998 and replaced by A-A-59302.
Lab exceptions; RFAAP follows the test methods in MIL-M-51103. Calcium oxide content is measured by atomic absorption spectroscopy instead of by the gravimetric method described in MIL-M-51103A.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), 13074472 -- -- XX
DOCUMENT DELETE SUBSTITUTE ADD
ASTM D 329 -- -- XX
RPD-596 propellant drawing (13074472) references graphite QAP and drawing (12982931) Lab exceptions: RFAAP complies with the MIL-DTL-155C for moisture, ash, silica, free sulfur, and workmanship testing.
Carbon black (A-A-59317) A-A-59317 replaced canceled MIL-C-306C. A-A-59317 calls out ASTM test methods RFAAP does not have the capability to test in accordance with all the methods listed. RFAAP follows the methods given in MIL-C-306C with exceptions to bulk density and acetone extraction test methods.
AKARDITE II or METHYL DIPHENYLUREA (DOD-M-64040A) Lab exception 1: Moisture - DOD-M-64040A specifies that the moisture determination be in accordance with MIL-STD-286 Method 101.5 (Karl Fischer moisture). RFAAP follows this protocol but allows the Karl Fischer system to be either one component or two components. It also allows the use of pyridine-free reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
Acetone (ASTM D 329) Lab exception 1: Alkalinity - ASTM D1614-09 provides directions for making standard solutions of sulfuric acid. RFAAP uses NIST traceable sulfuric acid solutions.
Lab exception 2: Acidity - ASTM D1613-06 provides directions for making standard solutions of sodium hydroxide. RFAAP uses NIST traceable sodium hydroxide solutions.
Lab exception 3: Moisture – Commercially available Karl Fischer reagent and pyridine-free solvent are used, demonstrated to be functionally equivalent to those specified in ASTM D1364.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), DOCUMENT DELETE SUBSTITUTE ADD
ASTM D 329 -- -- XX
RPD-596 propellant drawing (13074472) references graphite QAP and drawing (12982931) Lab exceptions: RFAAP complies with the MIL-DTL-155C for moisture, ash, silica, free sulfur, and workmanship testing.
Carbon black (A-A-59317) A-A-59317 replaced canceled MIL-C-306C. A-A-59317 calls out ASTM test methods RFAAP does not have the capability to test in accordance with all the methods listed. RFAAP follows the methods given in MIL-C-306C with exceptions to bulk density and acetone extraction test methods.
AKARDITE II or METHYL DIPHENYLUREA (DOD-M-64040A) Lab exception 1: Moisture - DOD-M-64040A specifies that the moisture determination be in accordance with MIL-STD-286 Method 101.5 (Karl Fischer moisture). RFAAP follows this protocol but allows the Karl Fischer system to be either one component or two components. It also allows the use of pyridine-free reagents, and the titer value of the Karl Fischer reagent may be as high as 5 mg/mL.
Lab exception 2: Ash - RFAAP wets the sample with ethanol before igniting over a Bunsen burner.
Lab exception 3: Chloride Content - RFAAP allows the use of an alternate gravimetric method for the determination of chloride content in addition to the ion selective electrode method.
Acetone (ASTM D 329) Lab exception 1: Alkalinity - ASTM D1614-09 provides directions for making standard solutions of sulfuric acid. RFAAP uses NIST traceable sulfuric acid solutions.
Lab exception 2: Acidity - ASTM D1613-06 provides directions for making standard solutions of sodium hydroxide. RFAAP uses NIST traceable sodium hydroxide solutions.
Lab exception 3: Moisture – Commercially available Karl Fischer reagent and pyridine-free solvent are used, demonstrated to be functionally equivalent to those specified in ASTM D1364.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), DOCUMENT DELETE SUBSTITUTE ADD
9381476 -- -- XX
1948-4172 -- -- XX
1948-4174 -- -- XX
12956320 -- -- XX
M14 propellant drawing (12956320) references graphite QAP and drawing (12982931) Lab exceptions: RFAAP complies with the MIL-DTL-155C for moisture, ash, silica, free sulfur, and workmanship testing.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), (Ethyl Centralite, MIL-DTL-255)
Charcoal, A-A-59138 JAN-C-178, referenced in MIL-B-45451, was canceled 25-SEP-1998. Future acquisition for this material should refer to Commercial Item Description A-A-59138.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), CONTRACT C REQUIREMENTS applicable level of protection” TO: “Shipping containers may be selected from Table C of MIL-STD-2073-1 for applicable level of protection”
9211789 X 9381477 X 12999545 X 1948-4172 X 1948-4174 X
ACV00561 X
ACV00831 X
9381476 X Product Engineer:
(Potassium Nitrate, MIL-DTL-156) Lab exception 1: RFAAP uses atomic absorption spectroscopy for calcium, magnesium, and sodium determinations, MIL-DTL-156D utilizes ICP-OES.
Lab exception 2: RFAAP utilizes the method specified in MIL-P-156B for chlorates and perchlorates determination.
(Barium Nitrate, MIL-DTL-162) Lab exception 1: RFAAP is unable to comply with the ICP-OES methods for quantitating strontium and calcium. The gravimetric methods for these elements described in MIL-B-162D are used.
Acetone (ASTM D 329) Lab exception 1: Alkalinity - ASTM D1614-09 provides directions for making standard solutions of sulfuric acid. RFAAP uses NIST traceable sulfuric acid solutions.
Lab exception 2: Acidity - ASTM D1613-06 provides directions for making standard solutions of sodium hydroxide. RFAAP uses NIST traceable sodium hydroxide solutions.
Lab exception 3: Moisture – Commercially available Karl Fischer reagent and pyridine-free solvent are used, demonstrated to be functionally equivalent to those specified in ASTM D1364.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), R05K2017 Sh 4 X R05K2017 Sh 5 X 12999545 X 1948-4172 X 1948-4174 X
ACV00561 X
ACV00831 X
Product Engineer:
TDPL:
DOCUMENT DELETE SUBSTITUTE ADD
MIL-DTL-156 -- -- XX
MIL-DTL-255 -- -- XX
MIL-DTL-244 -- -- XX
- MIL-STD-105, referenced in MIL-P-50206, was canceled 06-FEB-2008. Future acquisitions may refer to MIL-STD-1916.
- MIL-STD-109, referenced in MIL-P-50206, was canceled 31-MAY-1995 without replacement.
(Potassium Nitrate, MIL-DTL-156) Lab exception 1: RFAAP uses atomic absorption spectroscopy for calcium, magnesium, and sodium determinations, MIL-DTL-156D utilizes ICP-OES.
Lab exception 2: RFAAP utilizes the method specified in MIL-P-156B for chlorates and perchlorates determination.
Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244), CONTRACT C REQUIREMENTS
Federal Regulations (49CFR). The drums should be free of any foreign materials.
A bag conforming to Type-III, Class-B, Style-2, MIL-DTL-117 (an alternate bag which meets the requirements of the present bag may be used), should be placed in the drum and filled with material conforming to 6.4.1.1 or 6.4.1.2, as applicable. Close the bag and secure with tape conforming to ASTM D5486/D5486M, Type IV, 24mm (1 inch Nominal) wide minimum, (an alternate closure of a plastic cable tie is permissible provided that no damage occurs to the bag). Close the drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X
MIL-DTL-117 X
49 CFR, PARTS 100-199 X
Federal Regulations (49CFR). The drums should be free of any foreign materials.
A bag conforming to Type-III, Class-B, Style-2, MIL-DTL-117 (an alternate bag which meets the requirements of the present bag may be used), should be placed in the drum and filled with material conforming to 6.4.1.1 or 6.4.1.2, as applicable. Close the bag and secure with tape conforming to ASTM D5486/D5486M, Type IV, 24mm (1 inch Nominal) wide minimum, (an alternate closure of a plastic cable tie is permissible provided that no damage occurs to the bag). Close the drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
MIL-STD-129 X --
12999545 X -- 1948-4174 X --
ACV00561 X --
ACV00831 X --
Packaging:
-Delete MIL-DTL-244, Paragraph 6.4.2.1 in its entirety and replace with the following:
6.4.2.1 Level A. Level A packaging for condition 1 or condition 2 materials should be packed in steel drums with a nominal capacity of 208 liters (55 U.S.
gallons) conforming to specification 1A2, paragraph 178.504 of Title 49, Code of Federal Regulations (49CFR). The drums should be free of any foreign materials.
A bag conforming to Type-III, Class-B, Style-2, MIL-DTL-117 (an alternate bag which meets the requirements of the present bag may be used), should be placed in the drum and filled with material conforming to 6.4.1.1 or 6.4.1.2, as applicable. Close the bag and secure with tape conforming to ASTM D5486/D5486M, Type IV, 24mm (1 inch Nominal) wide minimum, (an alternate closure of a plastic cable tie is permissible provided that no damage occurs to the bag). Close the drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X
MIL-DTL-117 X
49 CFR, PARTS 100-199 X
MIL-STD-129 X --
12999545 X -- 1948-4174 X --
Packaging:
-Delete MIL-DTL-244, Paragraph 6.4.2.1 in its entirety and replace with the following:
6.4.2.1 Level A. Level A packaging for condition 1 or condition 2 materials should be packed in steel drums with a nominal capacity of 208 liters (55 U.S.
gallons) conforming to specification 1A2, paragraph 178.504 of Title 49, Code of Federal Regulations (49CFR). The drums should be free of any foreign materials.
A bag conforming to Type-III, Class-B, Style-2, MIL-DTL-117 (an alternate bag which meets the requirements of the present bag may be used), should be placed in the drum and filled with material conforming to 6.4.1.1 or 6.4.1.2, as applicable. Close the bag and secure with tape conforming to ASTM D5486/D5486M, Type IV, 24mm (1 inch Nominal) wide minimum, (an alternate closure of a plastic cable tie is permissible provided that no damage occurs to the bag). Close the drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
MIL-STD-129 X --
12999545 X -- 1948-4174 X --
Packaging:
-Delete MIL-DTL-244, Paragraph 6.4.2.1 in its entirety and replace with the following:
6.4.2.1 Level A. Level A packaging for condition 1 or condition 2 materials should be packed in steel drums with a nominal capacity of 208 liters (55 U.S.
gallons) conforming to specification 1A2, paragraph 178.504 of Title 49, Code of Federal Regulations (49CFR). The drums should be free of any foreign materials.
A bag conforming to Type-III, Class-B, Style-2, MIL-DTL-117 (an alternate bag which meets the requirements of the present bag may be used), should be placed in the drum and filled with material conforming to 6.4.1.1 or 6.4.1.2, as applicable. Close the bag and secure with tape conforming to ASTM D5486/D5486M, Type IV, 24mm (1 inch Nominal) wide minimum, (an alternate closure of a plastic cable tie is permissible provided that no damage occurs to the bag). Close the drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
MIL-STD-129 X --
12999545 X -- 1948-4174 X --drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
12999545 X -- 1948-4174 X --
ACV00561 X --
ACV00831 X --
MIL-STD-129 X --
Product Engineer:
Cellulose, Cotton – MIL-C-206A with Interim Amendment 2 Lab exception 1: Moisture: MIL-C-206A refers to the Tappi Method T412 for moisture determination. The Tappi method indicates that the sample should be dried and weighed repeatedly until two successive weighings do not differ by more than 0.10% of the sample weight. In RFAAP's procedure, the sample is dried and weighed once.
Lab exception 2: Alkali Soluble Matter: MIL-C-206A indicates that a glass –stoppered weighing bottle is to be used in all weighings involving the crucible. RFAAP's procedure does not require the weighing bottle.
Lab exception 3: MIL-C-206A specifies a falling sphere viscometer with a cuprammonium solution be used in viscosity determination. RFAAP's procedure uses the instructions from MIL-C-216B for Wood Pulp which uses cupriethylene-diamine solution.
Wood Pulp, Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose (MIL-DTL-244) is in the updating process to address RFAAP lab exceptions. An ECP will be submitted.
drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
12999545 X -- 1948-4174 X --
ACV00561 X --
ACV00831 X --
MIL-STD-129 X --
Product Engineer:
Cellulose, Cotton – MIL-C-206A with Interim Amendment 2 Lab exception 1: Moisture: MIL-C-206A refers to the Tappi Method T412 for moisture determination. The Tappi method indicates that the sample should be dried and weighed repeatedly until two successive weighings do not differ by more than 0.10% of the sample weight. In RFAAP's procedure, the sample is dried and weighed once.
Lab exception 2: Alkali Soluble Matter: MIL-C-206A indicates that a glass –stoppered weighing bottle is to be used in all weighings involving the crucible. RFAAP's procedure does not require the weighing bottle.
Lab exception 3: MIL-C-206A specifies a falling sphere viscometer with a cuprammonium solution be used in viscosity determination. RFAAP's procedure uses the instructions from MIL-C-216B for Wood Pulp which uses cupriethylene-diamine solution.
Wood Pulp, Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
MIL-STD-129 X --
12999545 X -- 1948-4174 X --
ACV00561 X --
ACV00831 X --
Product Engineer:
Wood Pulp, Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
MIL-STD-129 X --
12999545 X -- 1948-4174 X --
Wood Pulp, Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose drum and secure the cover.
-MIL-DTL-244, Paragraph 6.4.4, change:
From: RDAR-EIL-P To: FCDD-ACE-LP
TDPL:
DOCUMENT ADD DELETE
ASTM D5486/D5486M X --
MIL-DTL-117 X --
49 CFR, PARTS 100-199 X --
MIL-STD-129 X --
12999545 X -- 1948-4174 X --
Wood Pulp, Sulfite (MIL-C-216), which may be a constituent in Nitrocellulose
File details come from the government source that posted it. Updated .