ATT 0007 - Wood Box Hardware Drawings.pdf

C

A

D

D

C

B

A

CONTRACT NUMBER

CAGE CODESIZE

SCALE UNIT WT.

DESIGN ACTIVITY

CONTRACTOR

DRAWN BY DATE(YEAR-MO-DA)

CHECKER ENGINEER

ENGINEER QUALITY ENGINEER

DRAWING APPROVAL

DESIGN APPROVAL

B

MODELED BYMATL ENGR

SHEET

TOLERANCE ON ANGLES �#� �$�

2 PLACE DECIMALS �#�

3 PLACE DECIMALS �#�

FORMAT: C_TACOM_ENG_1_0

DRAWING SIZE C

DWG NO.

1 OF 30.0001.000

1306057819200C

PRESERVATIVE, WOOD

US ARMY

ARMAMENT RESEARCH, DEVELOPMENT AND ENGINEERING CENTER

PICATINNY ARSENAL, NEW JERSEY 07806-5000

2017-01-31T. CORADESCHI

2017-01-31J. SLIKER

P. DEWALDM. REHMSTEDT

2015-11-05J. LANGEL

J. LANGEL

THIRD ANGLE PROJECTION

UNLESS OTHERWISE SPECIFIED

DIMENSIONS ARE IN INCHES

DO NOT SCALE DRAWING

APPLICATION

USED ONNEXT ASSY

MULTIPLEMULTIPLE

PMIC

MECHANICAL

PROPERTIES

YP

TS

EL2

RA

BH

RH

PART NO. 13060578

THIS DRAWING WAS GENERATED FROM A SOLID MODEL

AND IS CAD MAINTAINED. CHANGES SHALL BE

INCORPORATED BY THE DESIGN ACTIVITY.

APPROVED SOURCE(S) OF SUPPLY

PART NO.

VENDOR VENDOR

PART NO.ADDRESS CAGE CODE

13060578-1

ISK BIOCIDES, INC.

416 EAST BROOKS ROAD,

MEMPHIS, TN 38109

(800) 238-2523

PQ 8

13060578-2

NISUS CORPORATION

100 NISUS DRIVE,

ROCKFORD, TN 37853

(800) 264-0870

QNAP5W

13060578-3

ARXADA

3941 BONSAL ROAD

CONLEY, GA 30288

(770) 713-1528

WOLMAN AG

13060578-4

KOPPERS PERFORMANCE CHEMICALS INC.

1016 EVEREE INN ROAD

GRIFFIN, GA 30224

(770) 233-4200

80592 MP-200A

13060578-5

ARXADA

3941 BONSAL ROAD

CONLEY, GA 30288

(770) 713-1528

WOLMAN E

µCA-C

13060578-6

ISK BIOCIDES, INC.

416 EAST BROOKS ROAD

MEMPHIS, TN 38109

(800) 238-2523

CUSOL-5

13060578-7

ARXADA

3941 BONSAL ROAD

CONLEY, GA 30288

(770) 713-1528

WOLMAN E

CA-C

REVISIONS

APPROVEDDATE(YEAR-MO-DA)DESCRIPTIONDRAW REV

KMC2017-02-13

PRODUCT BASELINE

ERR R16K2032

RLV2022-02-16NOR R21K2013 / 2021-12-21A

RLV2024-10-21NOR R24K2013 / 2024-10-17B

NOTES:

1. APPLICABLE STANDARDS/SPECIFICATIONS

A. ASME Y14.100

2. THE CONCENTRATED PRESERVATIVE FORMULATIONS SHALL MEET THE FOLLOWING REQUIREMENTS:

13060578-1: AQUEOUS COPPER 8-QUINOLINOLATE %.............5.4 ± 0.27 COPPER 8-QUINOLINOLATE AS SOLUTION

13060578-2: AQUEOUS COPPER NAPHTHENATE %...................5 ± 0.25 CU AS METAL

13060578-3: AQUEOUS PROPICONAZOLE %...............................5 ± 0.25

AQUEOUS TEBUCONAZOLE %.................................5 ± 0.25

AQUEOUS IMIDACLOPRID %....................................0.5 ± 0.05

13060578-4: AQUEOUS COPPER CARBONATE %.......................33.31 ± 0.75 CU AS METAL

AQUEOUS TEBUCONAZOLE %................................1.32 ± 0.1

13060578-5: AQUEOUS COPPER CARBONATE %.......................25 ± 0.75 CU AS METAL

AQUEOUS TEBUCONAZOLE %.................................0.45 TO 0.55

AQUEOUS PROPICONAZOLE %...............................0.45 TO 0.55

13060578-6: AQUEOUS COPPER MONOETHANOLAMINE COMPLEX %....5 ± 0.25 CU AS METAL

13060578-7: AQUEOUS COPPER ETHANOLAMINE COMPLEX %...............9.25 ± 0.47 CU AS METAL

AQUEOUS TEBUCONAZOLE %.................................0.19 ± 0.019

AQUEOUS PROPICONAZOLE %...............................0.19 ± 0.019

ALL PERCENTAGES ARE BY WEIGHT.

3. IDENTIFICATION OF THE APPROVED SOURCE(S) OF SUPPLY

HEREON IS NOT TO BE CONSTRUED AS A GUARANTEE OF

PRESENT OR CONTINUED AVAILABILITY AS A SOURCE OF

SUPPLY FOR THE ITEM DESCRIBED ON THE DRAWING.

4. ONLY ITEMS DESCRIBED ON THIS DRAWING ARE APPROVED FOR

USE IN THE APPLICATIONS SPECIFIED HEREON. A SUBSTITUTE ITEM

SHALL NOT BE USED, AND APPROVED ITEMS SHALL NOT BE

ALTERED WITHOUT PRIOR APPROVAL BY THE QUALIFYING

ACTIVITY.

5. USAGE INSTRUCTIONS, INCLUDING DILUTION REQUIREMENTS AND PACKAGING

VERIFICATIONS, FOR THE APPROVED SOURCES OF SUPPLY SHALL BE FOUND IN

ARMY DRAWING 13064136.

6. ITEM IDENTIFICATION: APPLY THE FOLLOWING MARKING TO CONTAINER IN ACCORDANCE

WITH MIL-STD-130.

19200SOCN

MFR -

7. SEE NOTES ON SHEETS 2 AND 3 FOR THE QUALIFICATION CRITERIA REQUIRED TO

BECOME AN APPROVED SOURCE OF SUPPLY LISTED ON THIS DRAWING. TEST RESULTS

SHALL BE SUBMITTED TO THE GOVERNMENT FOR APPROVAL.

DISTRIBUTION STATEMENT A:

APPROVED FOR PUBLIC RELEASE;

DISTRIBUTION IS UNLIMITED.

DATE OF DETERMINATION: 05 NOV 2015,

OFFICE OF DETERMINATION: PROJECT MANAGER

FOR MANEUVER AMMUNITION SYSTEMS,

ATTN: SFAE-AA-MAS, PICATINNY ARSENAL, NJ

07806-5000.

SOURCE CONTROL DRAWING

ALL SHEETS ARE AT THE SAME REVISION LEVEL

CLASSIFICATION

(SEE NOTE 9)

TYPE I

1LJF8 TYPE I

05LH0 TYPE I

TYPE I

05LH0 TYPE I

TYPE II

05LH0 TYPE III

INSERT PART NUMBER

(SEE TABLE)

INSERT MANUFACTURER'S CAGE CODE

(SEE TABLE)

D

D

C

B

A

CAGE CODESIZE

SCALE UNIT WT.

DESIGN ACTIVITY

B

SHEET

FORMAT: C_TACOM_ENG_1_0

DRAWING SIZE C

DWG NO.

KMC2017-02-13

PRODUCT BASELINE

ERR R16K2032

RLV2022-02-16NOR R21K2013 / 2021-12-21A

DISTRIBUTION STATEMENT A:

APPROVED FOR PUBLIC RELEASE;

DISTRIBUTION IS UNLIMITED.

DATE OF DETERMINATION: 05 NOV 2015,

OFFICE OF DETERMINATION: PROJECT MANAGER

FOR MANEUVER AMMUNITION SYSTEMS,

ATTN: SFAE-AA-MAS, PICATINNY ARSENAL, NJ

07806-5000.

2 OF 31.000

1306057819200C

PRESERVATIVE, WOOD

US ARMY

ARMAMENT RESEARCH, DEVELOPMENT AND ENGINEERING CENTER

PICATINNY ARSENAL, NEW JERSEY 07806-5000

REVISIONS

APPROVEDDATE(YEAR-MO-DA)DESCRIPTIONDRAW REV

RLV2024-10-21NOR R24K2013 / 2024-10-17B

PART NO. 13060578

NOTES CONTINUED:

8. REQUIRED TESTING FOR PRESERVATIVE QUALIFICATION AND CLASSIFICATION

8.1. CORROSION TESTING

8.1.1. MATERIALS

8.1.1.1. BOTH THE WIRES AND THE WOOD SPECIMENS USED IN THE TESTING SHALL BE

DISASSEMBLED FROM NON-PRESERVATIVE TREATED WIREBOUND BOXES CONSTRUCTED

IN ACCORDANCE WITH MIL-DTL-46506.

8.1.1.2. THE WIRE SHALL BE CUT INTO 150 MM LONG SEGMENTS.

8.1.1.3. THE WOOD BOX SHALL BE CUT INTO STRIPS THAT ARE 25 MM WIDE BY 175 MM LONG.

8.1.2. PRE-DIP PROCEDURES

8.1.2.1. THE WIRES SHALL BE CLEANED IN AN ULTRASONIC CLEANER WITH A SOAP SOLUTION FOR

5 MINUTES FOLLOWED BY A RINSE UNDER FLOWING DEIONIZED WATER. THE WIRES SHALL

THEN BE PLACED IN AN ULTRASONIC CLEANER FOR 5 MINUTES IN DEIONIZED WATER.

8.1.2.2. AFTER BEING REMOVED FROM THE CLEANER, THE WIRES SHALL BE WIPED WITH A

PAPER TOWEL AND ALLOWED TO AIR DRY.

8.1.2.3. THE WIRES SHALL THEN BE WEIGHED TO THE NEAREST 0.1 MG.

8.1.2.4. AFTER WEIGHING, EACH WIRE SHALL BE ATTACHED TO THE WOOD STRIP WITH A NON-

METALLIC CABLE TIE.

8.1.3. DIP PROCEDURE

8.1.3.1. THE WOOD/WIRE ASSEMBLY SHALL BE DIPPED FOR A PERIOD OF 1 MINUTE IN THE

TREATMENT SOLUTION, THE EXCESS TREATMENT SHALL THEN BE IMMEDIATELY BLOTTED

FROM THE WOOD AND THE WOOD/WIRE ASSEMBLY SHALL BE SEALED IN A POLYETHYLENE

BAG.

8.1.3.2. THE TREATMENT VESSEL SHALL BE AGITATED DURING DIPPING TO ENSURE HOMOGENOUS

CONCENTRATION OF ACTIVE INGREDIENT WITHIN THE VESSEL.

8.1.3.3. AT LEAST 10 REPLICATE WOOD/WIRE ASSEMBLIES SHALL BE TESTED PER PRESERVATIVE

FORMULATION BEING EVALUATED.

8.1.3.4. IN ADDITION TO THE TREATMENT SOLUTION, 10 ADDITIONAL WOOD/WIRE ASSEMBLIES

SHALL BE DIPPED INTO DEIONIZED WATER, IMMEDIATELY BLOTTED DRY, AND SEALED

IN A POLYETHYLENE BAG. THESE ARE THE WATER CONTROL SAMPLES.

8.1.4. EXPOSURE

8.1.4.1. THE WOOD/WIRE ASSEMBLIES SHALL REMAIN SEALED IN A POLYETHYLENE BAG FOR 8

WEEKS. THE BAGS SHALL BE PLACED IN A HIGH HUMIDITY ENVIRONMENT (>90% RH)

THAT IS MAINTAINED AT 27°C.

8.1.5. POST EXPOSURE PROCEDURE

8.1.5.1. THE WIRE SHALL BE SEPARATED FROM THE WOOD BY DESTROYING THE PLASTIC CABLE TIE.

8.1.5.2. THE CORROSION PRODUCTS OF THE WIRE SHALL BE REMOVED.

8.1.5.2.1. WIRES SHALL BE PLACED IN AN ULTRASONIC CLEANER IN A SOLUTION OF 50VOL% WATER

AND 50VOL% EVAPORUST (ORISON MARKETING, ABILENE, TX) FOR A DURATION OF

60 MINUTES.

8.1.5.2.2. AFTER BEING REMOVED FROM THE BATH THE WIRES SHALL BE WIPED WITH A PAPER

TOWEL AND ALLOWED TO AIR DRY.

8.1.5.3. THE WIRES SHALL BE WEIGHED TO THE NEAREST 0.1 MG.

8.1.6. THE PERCENT WEIGHT LOSS SHALL BE CALCULATED AS

8.2. LABORATORY DECAY RESISTANCE TESTING

8.2.1. TESTING SHALL BE CONDUCTED IN ACCORDANCE WITH THE MOST RECENT VERSION OF

AMERICAN WOOD PROTECTION ASSOCIATION STANDARD E10, STANDARD METHOD OF

TESTING WOOD PRESERVATIVES BY LABORATORY SOIL-BLOCK CULTURES.

8.2.1.1. THE WOOD SPECIES USED SHALL BE THE SAPWOOD OF SOUTHERN PINE (PINUS SPP.)

AND YELLOW POPLAR (LIRIODENDRON TULIPIFERA).

8.2.1.2. FIVE REPLICATE SPECIMENS FOR EACH FORMULATION/FUNGUS/WOOD SPECIES

COMBINATION SHALL BE EVALUATED.

8.2.1.3. PRESERVATIVE SHALL BE APPLIED BY IMMERSING THE SPECIMEN(S) IN THE TREATMENT

SOLUTION FOR ONE MINUTE AT ATMOSPHERIC PRESSURE. THE TREATMENT VESSEL SHALL

BE AGITATED TO ENSURE HOMOGENEOUS CONCENTRATION OF ACTIVE INGREDIENT WITHIN

THE VESSEL.

8.2.1.4. THE WEATHERING (LEACHING) METHOD AFTER PRESERVATIVE TREATMENT SHALL

DEVIATE FROM THE STANDARD METHOD IN THAT:

A. SPECIMENS SHALL NOT BE VACUUM IMPREGNATED WITH LEACHING WATER.

B. THE TOTAL DURATION OF LEACHING SHALL BE 7 DAYS (168 HOURS) WITH WATER

CHANGES AFTER 6, 24, 48 AND 96 HOURS.

8.2.1.5. THE SPECIMEN DIMENSIONS SHALL BE 19 MM WIDE BY 19 MM LONG BY 19 MM HIGH.

8.2.1.6. ONLY ONE SPECIMEN SHALL BE PLACED INTO EACH BOTTLE.

8.2.1.7. THE FUNGI UTILIZED FOR EACH WOOD SPECIES SHALL BE GLOEOPHYLLUM TRABEUM

(ISOLATE MADISON 617) AND POSTIA PLACENTA (ISOLATE MADISON 698) FOR SOUTHERN

PINE AND TRAMETES VERSICOLOR (ISOLATE MADISON 697) AND IRPEX LACTEUS (ISOLATE

MADISON 517) FOR YELLOW POPLAR.

8.2.1.8. THE FOLLOWING RATIO SHALL BE CALCULATED FOR EACH FORMULATION/FUNGUS/WOOD

SPECIES COMBINATION (4 TOTAL RATIOS PER PRESERVATIVE FORMULATION BEING

EVALUATED):

PERCENT WEIGHT LOSS = 100 X

INITIAL WEIGHT - FINAL WEIGHT

INITIAL WEIGHT

RATIO:

AVERAGE PERCENT WEIGHT LOSS OF UNTREATED SPECIMENS

AVERAGE PERCENT WEIGHT LOSS OF PRESERVATIVE TREATED SPECIMENS

D

D

C

B

A

CAGE CODESIZE

SCALE UNIT WT.

DESIGN ACTIVITY

B

SHEET

FORMAT: C_TACOM_ENG_1_0

DRAWING SIZE C

DWG NO.

KMC2017-02-13

PRODUCT BASELINE

ERR R16K2032

RLV2022-02-16NOR R21K2013 / 2021-12-21A

DISTRIBUTION STATEMENT A:

APPROVED FOR PUBLIC RELEASE;

DISTRIBUTION IS UNLIMITED.

DATE OF DETERMINATION: 05 NOV 2015,

OFFICE OF DETERMINATION: PROJECT MANAGER

FOR MANEUVER AMMUNITION SYSTEMS,

ATTN: SFAE-AA-MAS, PICATINNY ARSENAL, NJ

07806-5000.

3 OF 31.000

1306057819200C

PRESERVATIVE, WOOD

US ARMY

ARMAMENT RESEARCH, DEVELOPMENT AND ENGINEERING CENTER

PICATINNY ARSENAL, NEW JERSEY 07806-5000

REVISIONS

APPROVEDDATE(YEAR-MO-DA)DESCRIPTIONDRAW REV

RLV2024-10-21NOR R24K2013 / 2024-10-17B

PART NO. 13060578

NOTES CONTINUED

8.3. LABORATORY TERMITE RESISTANCE TESTING

8.3.1. TESTING SHALL BE CONDUCTED IN ACCORDANCE WITH THE MOST RECENT VERSION

OF AWPA STANDARD E1, STANDARD METHOD FOR LABORATORY EVALUATION TO

DETERMINE RESISTANCE TO SUBTERRANEAN TERMITES.

8.3.1.1. THE SINGLE-CHOICE (NO-CHOICE) PROCEDURE SHALL BE UTILIZED.

8.3.1.2. THE WOOD SPECIES USED SHALL BE THE SAPWOOD OF SOUTHERN PINE (PINUS SPP.)

AND YELLOW POPLAR (LIRIODENDRON TULIPIFERA).

8.3.1.3. FIVE REPLICATE SPECIMENS FOR EACH FORMULATION/WOOD SPECIES COMBINATION

SHALL BE EVALUATED.

8.3.1.4. PRESERVATIVE SHALL BE APPLIED BY IMMERSING THE SPECIMEN(S) IN THE TREATMENT

SOLUTION FOR ONE MINUTE AT ATMOSPHERIC PRESSURE. THE TREATMENT VESSEL

SHALL BE AGITATED TO ENSURE HOMOGENOUS CONCENTRATION OF ACTIVE INGREDIENT

WITHIN THE VESSEL.

8.3.1.5. THE WEATHERING (LEACHING) METHOD AFTER PRESERVATIVE TREATMENT SHALL

DEVIATE FROM THE STANDARD METHOD IN THAT SPECIMENS SHALL NOT BE VACUUM

IMPREGNATED WITH LEACHING WATER AND THE TOTAL DURATION OF LEACHING SHALL BE

7 DAYS (168 HOURS) WITH WATER CHANGES AFTER 6, 24, 48 AND 96 HOURS.

8.3.1.6. THE FOLLOWING RATIO SHALL BE CALCULATED FOR EACH FORMULATION/WOOD SPECIES

COMBINATION (2 TOTAL RATIOS PER PRESERVATIVE FORMULATION BEING EVALUATED):

RATIO:

AVERAGE PERCENT WEIGHT LOSS OF UNTREATED SPECIMENS

AVERAGE PERCENT WEIGHT LOSS OF PRESERVATIVE TREATED SPECIMENS

9. QUALIFICATION CRITERIA, CLASSIFICATION, AND SUITABILITY DETERMINATION

9.1. QUALIFICATION, CLASSIFICATION, AND SUITABILITY FOR WOOD PACKING MATERIALS SHALL

BE ASSIGNED BASED ON THE PERCENT WEIGHT LOSS FROM CORROSION TESTING (NOTE 8.1)

AND FROM THE WEIGHT LOSS RATIOS CALCULATED FROM DECAY AND TERMITE TESTING

(NOTE 8.2 AND NOTE 8.3). THE CLASSIFICATIONS SHALL BE AS FOLLOWS:

TYPE I - SHALL CONSIST OF ALL WOOD PACKING MATERIALS, TO INCLUDE WIREBOUND

BOXES, AND SHALL MEET THE FOLLOWING CONDITIONS:

A. WEIGHT LOSS DUE TO CORROSION TEST SHALL BE LESS THAN 3%.

B. SUM OF THE 6 RATIOS CALCULATED FROM DECAY AND TERMITE TESTS SHALL BE

1.0 MAXIMUM.

C. NO RATIO FOR ANY SINGLE DECAY OR TERMITE TEST SHALL EXCEED 0.4.

TYPE II - SHALL BE WOOD PACKING MATERIALS CONSISTING ONLY OF WIREBOUND BOXES

AND SHALL MEET THE FOLLOWING CONDITIONS:

A. WEIGHT LOSS DUE TO CORROSION TEST SHALL BE LESS THAN 0.75%.

B. SUM OF THE 6 RATIOS CALCULATED FROM DECAY AND TERMITE TESTS SHALL BE

1.25 MAXIMUM.

C. NO MORE THAN ONE RATIO FOR AN INDIVIDUAL DECAY OR TERMITE TEST MAY EXCEED 0.2.

TYPE III - SHALL CONSIST OF ALL WOOD PACKING MATERIALS, EXCEPT WIREBOUND BOXES,

AND SHALL MEET THE FOLLOWING CONDITIONS:

A. WEIGHT LOSS DUE TO CORROSION TEST SHALL BE A MINIMUM OF 3%.

B. SUM OF THE 6 RATIOS CALCULATED FROM DECAY AND TERMITE TESTS SHALL BE

1.0 MAXIMUM.

C. NO RATIO FOR ANY SINGLE DECAY OR TERMITE TEST SHALL EXCEED 0.4.

NOT SUITABLE - PRESERVATIVES THAT DO NOT MEET THE CRITERIA FOR TYPE I, II OR III SHALL

NOT BE USED FOR THE TREATMENT OF WOOD PACKING MATERIALS.

10. VALIDATION OF TEST CONDITIONS

10.1. MINIMUM WEIGHT LOSSES SHALL BE ACHIEVED TO ENSURE THE TESTS ARE SUFFICIENTLY

RIGOROUS.

10.1.1. AVERAGE CORROSION WEIGHT LOSSES IN WATER-TREATED CONTROLS SHALL BE

BETWEEN 2 - 3%.

10.1.2. AVERAGE FUNGAL WEIGHT LOSSES IN UN-TREATED CONTROLS SHALL EQUAL OR

EXCEED 40% FOR EACH FUNGUS/WOOD SPECIES COMBINATION.

10.1.3. AVERAGE TERMITE WEIGHT LOSSES IN UNTREATED CONTROL SPECIMENS SHALL EQUAL

OR EXCEED 20% FOR EACH WOOD SPECIES EVALUATED.