TM 9-1095-204-13&P

TECHNICAL MANUAL

OPERATOR’S, ORGANIZATIONAL, AND

DIRECT SUPPORT MAINTENANCE MANUAL
(INCLUDING REPAIR PARTS AND SPECIAL TOOLS LIST)
ANTITANK MINE
DISPENSING SYSTEM
M57
(NSN 1095-00-169-0300)

HEADQUARTERS, DEPARTMENT OF THE ARMY

OCTOBER 1980
 TM 9-1095-204-13&P

WARNING

Do not attempt to dispense other than the antitank, HE, heavy, Ml5 mine with fuze AT M603 with the M57 dispenser. Note
that the mine containers furnished with M57 are to be used only with Ml 5 antitank mines.

Reports of "intention to lay, " "initiation of laying, " and "completion of laying" are mandatory for every mine field laid by
friendly troops. The report of completion of laying must be followed by a completed standard mine field record, DA Form
1355. Refer to FM 20-32 for preparation of these reports. These safety requirements and precautions will be complied
with during storage, handling, and inspection of M15 antitank mines and/or M603 fuzes. AU personnel engaged directly as
well as indirectly in operations in which ammunition, explosives, and/or other hazardous material is involved should be
aware of the potentially hazardous situation. Thinking safety and working safely must become a firmly established habit
when working with or in the vicinity of items capable of exhibiting a hazard due to the nature of their explosive filler.

DO NOT ATTEMPT TO CONTAINERIZE OR DISPENSE OTHER THAN TYPE MIS MINES WITH M603 AT FUZES.

USE ONLY TYPE M1S MINES IN FURNISHED CONTAINERS.

Mines must be handled with extreme care at all times. The explosive elements in fuzes, primers, detonators, and boosters
are particularly sensitive to mechanical shock, friction, static electricity, and high temperature.

All fuzed mines must be transported unarmed and containerized in the proper container for the particular mine/fuze
combination.

Safety inspectors (NCOs) shall be assigned to both mine cache and mine dispenser operations to insure safe procedures,
especially concerning the fuzing and containerizing of the mines.

All using personnel must be instructed in the handling of mines (TM 9-1345-203-12&P). The safety requirements set forth
in TM 9-1300-206, as applicable, will be complied with. The absence of a safety requirement in this manual or in the
above referenced manuals does not necessarily indicate that no safeguards are needed.

Early production models of the M57 antitank mine dispensing system included a drag blade assembly for the purpose of
smoothing or leveling the ground behind the plow blade as it passes over the plowed ground. This drag blade assembly
must be removed and not used because the weight of this assembly could cause the mines that have been laid to explode.

During training or practice sessions with the mine dispenser, live fuzes should not be used with live mines. Although there
is only a very remote chance of a mishap, there is no need to take any risk in the training of operating personnel. Live
fuzes with inert mines or practice fuzes give identical performance without any risk.

The camouflage man or noncommissioned officer in charge (NCOIC) must not walk beside the dispenser when it is
operating in the subsurface mode. The dispenser can move rapidly to either side if an impenetrable buried obstacle is
encountered by the plow. The camouflage man or NCOIC must walk to the rear and left of the dispenser to observe exit of
mines.

In both training and combat installed mine fields, the standard Army Marking Set No. 2 may be used to temporarily locate
the position of buried mines. After subsequent parallel rows of mines are emplaced, the temporary markers will be
removed.

Inert or practice mines used for training operating personnel must be properly weighted with 21.2 pounds of sand or other
inert material to simulate the processing of live mines. Empty or unweighted mine cases will not provide proper training
conditions.

Containerizing line personnel must insure that no mines are armed and that fuze plugs are tight.

Subsurface mines should be emplaced no deeper than is required to achieve good camouflage.

Check the position of the last dispensed mine prior to attempting extrication of a stalled dispenser.
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 TM 9-1095-204-13&P

Cautiously disarm and remove any mine near the rear of the dispenser, to avoid danger to personnel and equipment.

The mine containers in the tow vehicle should be positioned and restrained as far forward in the cargo area as the tie-
down strap will allow to prevent shifting of the mine containers.

Operator arming mine must watch for violent movement of the arming table when towing vehicle crosses a deep
depression or trench as the table will have a tendency to enter the truck.

Do not leave an armed mine on the arming table. Arm mine immediately prior to pushing it down the chute.

b
 TM 9-1095-204-1 3&P

TECHNICAL MANUAL HEADQUARTERS

DEPARTMENT OF THE ARMY
No. 9-1095-204-13&P WASHINGTON, DC, 30 October 1980

Operator’s, Organizational, and Direct Support

Maintenance Manual
(Including Repair Parts and Special Tools Lists)
ANTITANK MINE DISPENSING SYSTEM M57
(NSN 1095-00-169-0300)

REPORTING ERRORS AND RECOMMENDING IMPROVEMENTS

You can help Improve this manual. If you find any mistake or know of a way to Improve the procedures, please
let us know. Mail your letter, DA Form 2028 Recommended Changes to Publications and Blank Forms), or DA
Form 2028-2 located in the back of this manual direct to: Commander, US Army Armament Materiel Readiness
Command, ATTN: DRSAR-MAS-MA, Dover, NJ 07801. A reply will be furnished direct to you.

Current as of 27 June 1980

Paragraph Page
CHAPTER 1. INTRODUCTION
Section I. General .............................................................................................................. 1-1 1-1
II. Description and data ......................................................................................... 1-3 1-1
III. General safety requirements ............................................................................. 1-6 1-5
CHAPTER 2. OPERATING INSTRUCTIONS
Section I. Service upon receipt of materiel ....................................................................... 2-1 2-1
II. Movement to a new worksite ............................................................................. 2-3 2-5
III. Controls and instruments ................................................................................... 2-5 2-10
IV. Operation under usual conditions ..................................................................... 2-7 2-10
V. Operation under unusual conditions ................................................................. 2-11 2-28
CHAPTER 3. OPERATOR/CREW MAINTENANCE INSTRUCTIONS
Section I. Lubrication instructions ...................................................................................... 3-1 3-1
II. Preventive maintenance checks and services ................................................... 3-2 3-1
III. Troubleshooting ................................................................................................. 3-4 3-4
IV. Maintenance of tow beam weak link .................................................................. 3-5 3-4
V. Maintenance of moldboard ................................................................................ 3-7 3-5
VI. Maintenance of chute assembly......................................................................... 3-9 3-6
VII. Maintenance of chute support............................................................................ 3-12 3-6
VIII. Maintenance of can opener assembly ............................................................... 3-14 3-7
IX. Maintenance of wheel assemblies ..................................................................... 3-15 3-7
X. Maintenance of conveyor assembly................................................................... 3-16 3-8
XI. Maintenance of mine container assemblies....................................................... 3-17 3-8
XII. Maintenance of electrical system....................................................................... 3-19 3-8
XIII. Maintenance of stabilizing flap ........................................................................... 3-20 3-8
XIV. Maintenance of coulter assembly....................................................................... 3-21 3-8
CHAPTER 4. ORGANIZATIONAL MAINTENANCE INSTRUCTIONS
Section I. Service upon receipt of material ........................................................................ 4-1 4-1
II. Movement to a new worksite ............................................................................. 4-2 4-1
III. Repair parts, special tools and equipment......................................................... 4-3 4-1
IV. Lubrication instructions ..................................................................................... 4-5 4-1
V. Preventive maintenance checks and services ................................................... 4-7 4-1
VI. Troubleshooting ................................................................................................. 4-8 4-2
VII. Maintenance of coulter blade assembly ............................................................ 4-9 4-2
VIII. Maintenance of leveling jacks ........................................................................... 4-11 4-4
IX. Maintenance of wheel assembly ....................................................................... 4-13 4-4
X. Maintenance of wheel hub ................................................................................ 4-14 4-8
XI. Maintenance of electrical system ...................................................................... 4-15 4-8
XII. Maintenance of can opener assembly .............................................................. 4-18 4-11
XIII. Maintenance of mine containers ....................................................................... 4-19 4-12
XIV. Maintenance of axle assemblies........................................................................ 4-20 4-12
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 TM 9-1095-204-13&P

Paragraph Page
CHAPTER 5. DIRECT SUPPORT MAINTENANCE INSTRUCTIONS
Section I. Repair parts, special tools and equipment......................................................... 5-1 5-1
II. Troubleshooting ................................................................................................. 5-3 5-1
III. General maintenance ........................................................................................ 5-4 5-2
IV. Removal and installation of major components and auxiliaries ........................ 5-7 5-2
CHAPTER 6. DIRECT SUPPORT REPAIR INSTRUCTIONS
Section I. General ............................................................................................................. 6-1 6-1
II. Chute assembly repair ....................................................................................... 6-3 6-1
III. Leveling jack repair ............................................................................................ 6-5 6-1
CHAPTER 7. ADMINISTRATIVE STORAGE AND DEMOLITION INSTRUCTIONS
Section I. Administrative Storage ...................................................................................... 7-1 7-1
II. Demolition Instructions ...................................................................................... 7-2 7-1
APPENDIX A. REFERENCES ................................................................................................. A-1
APPENDIX B. ORGANIZATIONAL AND DIRECT SUPPORT MAINTENANCE
REPAIR PARTS AND SPECIAL TOOLS LIST .................................................. B-1
Section I. Introduction ........................................................................................................ B-1
II. Repair Parts List ............................................................................................... B-3
Group 01-Chute and chute support.......................................................... B-3
Group 02-Moldb o a r d ........................................................................... B-4
Group 03-Tow beam ............................................................................... B-5
Group 04-Coulter assembly and Coulter fork .......................................... B-6
Group 05-Electrical system-Light assembly stop and tad ....................... B-7
Service light and switch............................................................ B-8
Group 06-Leveling jack assembly ........................................................... B-10
Group 07-Wheel, tire and tube ................................................................ B-11
Group 08-Hub assembly .......................................................................... B-12
Group 09-Axles and pillow blocks .......................................................... B-13
Group 10-Frame and tool box ................................................................. B-14
Group 11 an opener assembly ................................................................. B-15
Group 12-Conveyor assembly ................................................................. B-16
Group 13Container, A.T. mines ............................................................. B-17
Group 14-Liing fork ................................................................................. B-19
Section III. NSN/Part No. Index .......................................................................................... B-20
APPENDIX C. MAINTENANCE ALLOCATION CHART .......................................................... C-1
Section I. Introduction ........................................................................................................ C-1
II. Maintenance Allocation Chart ........................................................................... C-2
III. Remarks ............................................................................................................ C-3
INDEX ........................................................................................................................... Index-1

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 TM 9-1095-204-13&P
CHAPTER 1
INTRODUCTION
Section I. General

1-1. Scope involving the use of ammunition which occur during

These instructions are published for the use of personnel training or combat will be reported immediately to the
to whom the ANTITANK mine dispensing system M57 is qualified ammunition representative under whose super-
issued. They provide information on the operation and vision the ammunition for the unit involved is maintained
organizational and direct support maintenance of the or issued. The report will be made by the officer in
system. charge or by the senior noncommissioned officer or
enlisted man of the unit involved. AU available pertinent
1-2. Forms and Records facts will be included in the report. It is the duty of the
a. Mine Laying Reports. At least three reports are qualified ammunition representative to investigate
mandatory for each minefield laid. These reports are the thoroughly all cases of malfunction or accident observed
Report of Intention to Lay, the Report of Initiation of Lay- by him or reported to him and to report all such cases as
ing, and the Report of Completion of Laying. The Report outlined in AR 75-1 and AR 385-40.
of Completion of Laying must be followed by a completed c. Maintenance Forms and Records. Maintenance
Standard Minefield Record, DA Form 1355. Refer to FM forms, records, and reports which are to be used by
20-32 for preparation of these reports. main-tenance personnel at all maintenance levels are
b. Field Report of Accidents. Accidents or listed in and prescribed by TM 38-750.
malfunctions

Section II. DESCRIPTION AND DATA

1-3. Description and Data penser to break away from the towing vehicle when
tensile forces of approximately 10, 000 pounds are
NOTE encountered. This weak link thus prevents damage to
All left- and right-hand references are based on view the dispenser or towing vehicle when large obstacles are
of unit from the rear. encountered by the dispenser. To aid the plow
The Antitank Mine Dispensing System (ATMDS) consists performance, a disk coulter is mounted in front of the
of mine cache equipment, a set of mine containers, a plow side plate. A reinforced rubber stabilizing flap,
mine dispenser, and an overpack kit. stored in the dispenser tool box, is used on the rear of
a. The mine cache equipment is used for mine the moldboard to prevent mines from "turning over" when
containerization and loading of the mine containers into surface-dispensed.
the towing vehicle. WARNING
NOTE Early production models of the M57 antitank
Furnished containers are for M15 AT mines only. mine dispensing system included a drag blade
b. The mine containers provide a means for safe assembly for the purpose of smoothing or
transport of the fused, unarmed mines to the minefield. level-ing the ground behind the plow blade as
A minimum of three containers should be transported by it passes over the plowed ground. This drag
the recommended towing vehicles (the mine container blade assem-bly must be removed and not
furnished is configured to hold only Ml5 AT mines). See used because the weight of this assembly
figure 2-15 for suggested loading. could cause the mines that have been laid to
c. The mine dispenser (fig. 1-1 and 1-2) is a two- explode.
wheeled, towed vehicle with adjustable axles, tow beam, d. The drag blade assembly (see fig. 1-2) is a
and a detachable mid and upper chute. The upper chute large steel blade that was issued only with the early
is attached to the dispenser during general transport of production models of the mine dispenser assembly. This
the dispenser. The dispenser contains a tool box in assembly, when attached to the drag blade mounting
which tools and spare parts are stored. It is provided bracket of the mine dispenser, smooths or levels the
with two taillights and a rear service light, but has no plowed ground covering the mines that are laid. This
brakes. A replaceable weak link in the tow beam allows drag blade assembly is no longer issued as a part of the
the dis mine dispenser and should not be used with the mine
dispenser.

1-1
 TM 9-1095-20413&P

Figure 1-1. Mine dispenser, -left front view.

1-2
 TM 9-1095-204-13&P

Figure 1-2. Mine dispenser showing drag blade.

1-4. Towing Vehicles Height-road towing 72 inches (max)

Height-dispensing 110 inches (max)
The ATMDS can be used to maximum advantage with Width 80 inches (max)
Weight 3235 pounds
M34, M35, M36, M41, M51, M54, MS5, M135, M211, Tire size 900 x 16
and M656 wheeled trucks. The M548 tracked truck can Tire pressure 20 psi
also be used to full advantage as a prime mover. Ml 13 Road clearance 12 inches (approx)
armored personnel carriers (APCs) can be used in a Vehicle attachment Standard military
limited capacity with the ATMDS, but its use is not trailer lunette,
recommended. safety chains
Electrical Standard 24 v military trailer
1-5. Identification and Tabulated Data connector
Towing pintle height Variable, 15 to 40 inches
Towing vehicle requirements Dispensing, 21/2 ton (min)
a. Identification. The ATMDS has only one name- Mine planting depth Variable (surface to 6 in. below
plate; it is located on the dispenser side board, at the left surface)
rear of the dispenser. It specifies the nomenclature, Towing speed Road, 35 mph (max)
stock number, contract number, serial number, date of Dispensing, 1 to 3 mph
manufacture, manufacturer, and dispenser weight. Mine dispensing rate Variable, to 600 mines per
b. Tabulated Data. hour
(1) Dispenser. (2) Conveyor sections (10 each furnished).
Model RL-1 .9020-45
Length 60 inches
Length-road towing 163 inches (max)

1-3
 TM 9-1095-204-13&P

Width 22 inches overall (5) Can opener assemblies (2 each furnished).

Weight 84 pounds each Capacity I gallon cans
Number rollers 15 per section Height 44 inches overall
Stops 4 each, furnished for two containerization lines Width, base 24 inches
in mine cache tool Length, base 30 inches
box Weight 20 pounds, each
(3) Conveyor stands (12 each furnished). (6) Mine cache tool box.
Model S/8-20-2632 Length 24 inches
Height Variable, 20 to 32 inches Height 12 inches
Width 22 inches overall Width 12 inches
Weight 30 pounds each Weight 30 pounds
(4) Mine containers (18 each furnished) (for M15 AT (7) Lifting fork.
mines only). Height 58 inches
Capacity 48 each, M15 AT mines Length 44 inches
Height 48 inches Width 20 inches
Width 401/2 inches Weight 275 pounds
Depth 30 inches Capacity 3000 pounds
Weight-empty 253 pounds c. Wiring Diagram . Refer to figure 1-3.
Weight-loaded 1693 pounds d. Maintenance and Operating Supplies . Refer to table
1-1.

Table 1-1. Maintenance and operating Supplies

(1) (2) (3) (4)(5)
Qty req’d Qty req’d
ComponentNational -Initial -8 hours
applicationstock number Description operation operation
Grease points and wheel bearings Grease, Automotive and Artillery: 1-lb can
1
9150-00-190-0904 GAA 1 pound As req’d
Moldboard, plow blade, and coulter blade Oil, Lubricating, Engine 1-qt can
1
9150-00-265-9440 OE-51 quart As req’d

1-4
 TM 9-1095-204-13&P

Figure 1-3. Wiring diagram.

Section III. GENERAL SAFETY REQUIREMENTS

1-6. GENERAL SAFETY REQUIREMENTS CAUTION

These safety requirements and precautions will be com- Use only M15 mines in the furnished
plied with during storage, handling, and inspection of MIS containers.
antitank mines and/or M603 fuzes. AU personnel
engaged directly as well as indirectly in operations in The use of a drag (drag blade, chain, or any
which ammunition, explosives, and/or hazardous other device attached to the dispenser that is
material is involved should be thoroughly trained in used to "drag" a cover over the furrow after
explosive safety and capable of recognizing potentially mine emplacement) is not authorized.
hazardous situations. Thinking safety and working safely
must become a firmly established habit when working Limit dispensing operations to side slopes
with or in the vicinity of items capable of exhibiting a and descending longitudinal slopes of less
hazard due to the nature of their explosive filler. than 15 degrees.

1-7. Requirements After each reassembly or modification of the

WARNING dispenser, an M-12 practice mine should be
Do not attempt to containerize or dispense other cycled through the dispenser to assure all
than type MIS mines with M603 fuzes. clearances are appropriate cycled through
the dispenser to assure all clearances are
appropriate.
1-5
 TM 9-1095-204-1 3&P

a. Fuzed Mines. assigned to both mine cache and mine dispenser opera-
WARNING tions to insure safe procedures, especially concerning
Mines must be handled with extreme care at all the fuzing and containerizing of the mines.
times. The explosive elements in fuzes, primer,
detonators, and boosters are particularly sensitive to c. Safety Instructions. AU using personnel must be
mechanical shock, friction, static electricity, and high instructed in the handling of mines (TM 9-1345-203-
temperature. 12&P). The safety requirements set forth in TM 9-1300-
206, as applicable, will be complied with. The absence
All fuzed mines must be transported unarmed and of safety requirement in this manual or in the above
containerized. referenced manuals does not necessarily indicate that no
safeguards are needed.
b. Inspectors. Safety inspectors (NCOs) shall be
1-6
 TM 9-1095-204-1 3&P
CHAPTER 2
OPERATING INSTRUCTIONS
Section I. SERVICE UPON RECEIPT OF MATERIEL

2-1. Inspecting and Servicing the Equipment figuration tabulated below. There are 24 separate
a. Components. New equipment is shipped n the packages.
con-
Item Package Type Quantity
Dispenser None 1
Plow blades Deck-plated mounted ............................. 3
Conveyor assembly Skid-mounted.......................... 2
Mine containers (Mi5) Skid-mounted.......................... 18
Tool box, mine cache Banded to Fork Skid ............... 1
Can opener stands Banded to Fork Skid ............... 2
Lifting fork Skid mounted ......................................... 1
Support post Banded to Fork ....................................... 2
Container accessories Skid-mounted.......................... 1
Overpack kit Skid-mounted ......................................... 1
Overpack Kit
1
Item Name Part Number FSCM Qty
Blade, Coulter 13219E0800 ................................... 97403 ....................................2
Jack, Left 132186994 ............................... 97403 1
Jack, Right 13218E6995 ............................... 97403 1
Seal 25400 95026 .................................... 2
Gasket 8-1004 95026 .................................... 6
Blade, Plow 13219E0816 ............................... 97403 4
Roller Conveyor 13218E7036 ................................... 97403 ..................................15
Strap Restraint 13218E029 ..................................... 97403 ..................................15
Weak Link 13218E7004 ............................... 97403 7
Lamp, Incandescent MS35478-1683 ....................... 96906 ....................................1
Lamp, Incandescent MS15570-1251 ....................... 96906 ....................................1
1
Federal Supply Code for manufacturer (FSCM). Fr identification of the codes, see SB 708-42.

b. Inspection. Unpack and identify each of the

ATMDS equipment items to the shipping list. Inspect all (5) Can opener stands are complete. Mine
equipment for shipping damage and loose hardware. cache tool box has a complete complement of tools.
Make certain that all items are accounted for and in Refer to table 2-2.
serviceable condition. Specifically check that: (6) Obtain or requisition any missing parts.
(1) Dispenser is complete with tool box, tools, NOTE
lights, tow-beam, stabilizing flap, operating and mainte- Retain the shipping skids, if possible, for
nance manual, and all parts-attaching pins. Refer to reship-ment as required.
table 2-1 for contents of dispenser tool box. c. Servicing.
(2) Upper chute is not damaged. (1) Lubricate the dispenser in accordance with
(3) Conveyor assembly is complete with the lubrication chart (fig. 3-1).
assembly hardware and stops. (2) Perform the before operation Preventive
(4) AU mine containers are complete with parts Main-tenance Checks and Services (PMCS) (table 3-1).
and assembly hardware. (3) Correct all deficiencies or report them to
organizational maintenance.
Table 2-1. Items Packed in Dispenser Tool Box
Item name National
Qty Part number-FSCM stock number
15 Bolt, Plow 5306-00-021-8150
MS35754-34-96906
1 Case, Maintenance 7520-W5S9-9618
MIL-B-1 1743B
1 Chisel, Cold, 3/4 x 61/2 long, type V, class 1 5110-00-236-3272
GGG-C-313A-41348

2-1
 TM 9-1095-204-13&P
Table 2-1. Items Packed in Dispenser Tool Box Continued
Item name National
Qty Part number-FSCM stock number
1 Flap, Stabilizing
13218E7013-97403
1 Grease Gun, Hand Lever type, Type 1 4930-00-253-2478
MIL-G-3859-81349
1 Hammer, Ball-Pein, 2 lb, type U, class 1, style B 5120-00-061-8546
GGG-H-86-81348
15 Nut, Plow Bolt 5310-00-768-0318
MS51967-14-96906
1 Punch, Drive Pin, type VIII, class A, style 1, size 7
GGG-P-831-81348
1 Socket, 3/a drive, 3/4 12 point, type 11, class 2 5120-00-227-6705
GG-W-641D-81348
9 Weak Link, Tow Beam
1321 8E7004-97403
1 Wrench, Ratchet, 3/4 drive 17.11 handle, type III, class 2 5120-00-249-1076
GGG-W-6418 1348
1 Wrench, Flex Handle, 3/a type 11, class 2 5120-00-240-5396
GGG-W-641-81348
1 Wrench, Crescent, 8 inch 5120-00-240-5328
GGG-W-631B
3 Wrench, Arming
13218E7057-97403
3 Whistle, Ball, Plastic, type B 8465-00-254-8803
MIL-W-1053-81348
Table 2-2. Items Packed in Mine Cache Tool Box
Item name National
Qty Part number-FSCM stock number
2 Band Cutter, Light Duty, type 1 5110-00-771-3732
GGG-C-835-81348
2 Can Opener
EDLUND No. 1-83190
1 Case Maintenance 7520-00-559-9618
MIL-B-11743B
2 Pliers, 6-in., type 11, class 2 5120-00-223-7396
GGG-P-00471-81348
1 Rope
13218E6986-140-97403
1 Socket, 3/s drive, 9/16, type H, class 2, style B 5120-00-277-1464
GGG-W-641-81348
4 Stop, Conveyor
13218E7037-97403
2 Strap, Guide
13218E7055-14-97403
1 Strap, Retaining
13218E7055-9-97403
1 Screwdriver Phillips, type VI, class 1, style 1, size 2 5120-00-724-3766
1 Wrench, Flex Handle, 3/8 x 81/2, type n3, class 2 5120-00-240-5396
GGG-W-641D-81348
2 Wrench, Crescent, 8 inch5120400-240-5328
4 Wrench, Fuze
13218E7058-97403

2-2. Mine Dispensing Systems Installation

NOTE veyor surface area is used in preparing the mines for use
Mine cache equipment (containers, conveyors, as they move along the conveyor. Refer to figure 2-13.
and can opener stands) should be assembled Each ATMDS is provided with 12 stands and 10
at the mine cache area. conveyor sec-tions to provide two five-section conveyor
a. Mine Conveyor. lines.
(1) The purpose of the conveyor is to move the (2) Assemble the mine conveyors in reverse
mines from the cache to the mine containers. The con- order of disassembly. Refer to figure B-13. (Omit item
1 on the illustration.)
2-2
 TM 9-1095-204-13&P
b. Mine Containers. will detonate if dropped 6 inches directly on the
(1) The containers are used to move the mines pressure plate.
from the mine cache to the dispenser at the mine laying
area. The purpose of the lifting fork (fig. 2-16) is to lift the
(2) Assemble the mine containers in the mine containers into the transport vehicle. The lifting
reverse of numerical sequence illustrated in figure B-14. fork is equipped with two straps to be used as tag lines
NOTE to stabilize the load. The fork is also equipped with a
Tighten lag screws through corner post and strap to restrain the container in the lifting fork.
into spacer until 1/2-inch of shank remains
between spacer and head of lag screw. e. Upper Chute and Support Installation.
c. Can Opener. (1) Install the chute support in the chute
(1) The purpose of the can opener is to open support bracket. Refer to paragraph 3-13 for instructions
the fuze cans so fuzes can be removed. on adjusting the chute support.
(2) Remove the can opener from the mine (2) Remove locking pin and chute pin which
cache tool box. Refer to figure B-12 and insert the shaft retains upper chute in stowed position beneath deck
of the can opener (2) into the opening on top of the can plate. Remove chute from stowed position and install
opener stand (6). upper chute to the mid-chute. Insert chute pin and
d. Lifting Fork. locking pin. Refer to figures 1-1 and 2-1.
WARNING f. Stabilizing Flap Installation.
Extreme caution must be exercised in handling (1) The reinforced rubber stabilizing flap,
the containers of fuzed mines. Be sure the stored in the dispenser tool box, is used on the rear of
restraint strap at the top of the container is the mold-board to prevent mines from turning over
tight so that mines do not shift when lifted. during surface laying operation.
Each loaded container (Ml5 mines) weighs an (2) Install the stabilizing flap to the rear of the
ap-proximate 1700 pounds, and can severely mold-board by inserting two spring snaps through the
injure or kill personnel if mishandled. Armed two holes located in the upper surface of the moldboard.
mine Refer to figure 3-5.

2-3
 TM 9-1095-204-13&P

Figure 2-1. Dispenser in transport configuration (1 of 2).

2-4
 TM 9-1095-204-13&P

Figure 2-1. Dispenser in transport configuration (2 of 2).

Section II. MOVEMENT TO A NEW WORKSITE

2-3. Dismantling for Movement Push chute forward and insert chute pin through the
a. Conveyor. Refer to figure B-13 and disassemble guide provided beneath the tow beam, Insert the locking
the conveyor. pin through chute pin.
b. Dispenser.
(1) Subsurface position. (c) Make final tow beam adjustment to
(a) When mine laying mission has been level the moldboard.
completed the dispenser must be removed from the sub-
surface position by the following step by step procedure. (d) Position coulter assembly in
1. Detach tow beam from the towing uppermost position.
vehicle and install in the road tow position (c(l) (a)
below). Reattach tow beam to the towing vehicle. (2) Surface position.
2. Lower wheels (para c(l) (e) below),
until pressure is exerted on the leveling jacks. (a) Crank wheels all the way down to
3. Adjust the tow beam (para c(l) (b) road tow position (para c(1) (e) below).
below) to reduce the exposed end of the adjusting screw (b) Make final tow beam adjustment to
to 1/2-inch. level moldboard.
4. Pull truck forward a few feet to raise (c) Remove stabilizing flap by
plow out of ground. disengaging two spring snaps; store flap in tool box.
5. Repeat above steps 2, 3, and 4 above (d) Install upper chute and support in
until plow is completely free of ground. road tow position ((1) (b) above).
6. Put wheels and tow beam in road tow (e) Install coulter assembly in uppermost
position. position.
(b) Remove locking pin from chute pin, c. Transporting Dispenser.
remove chute pin and remove upper chute from mid-
chute. Install the upper chute in the road tow position by (1) Short distance transport. Refer to figure 2-
aligning hooks on the chute with guides on the bottom 1. When the dispenser is to be moved to a new location
rear of the frame. less than 25 miles away, it is to be towed on its own
wheels behind a 21/2-ton (or larger) truck.

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 TM 9-1095-204-13&P
(a) Tow beam lateral adjustment. (2) Long distance transport.
CAUTION (a) For long distance travel, greater than 25 miles,
Upper chute must be removed from transport the dispenser is to be transported on another vehicle.
position under deck plate before lateral adjust- Excessive road vibrations are detrimental to the
ment of tow beam can be made. dispenser.
Assure that tow beam is in the road tow position. Three (b) Remove the plow blade (para 3-8) and stow in its
positions exist for anchoring the rear of the tow beam to appropriate place on deck and place nuts and bolts in
the center of the dispenser frame. Use the pin through the tool box.
the rear of the tow beam to secure the tow beam in the (c) Install the upper chute in the transport position
right-hand hole for road towing. The tow beam pivots (b(2) (d above).
between two upright posts at the front of the dispenser (d) When the dispenser is properly located on the
frame. Refer to figure 2-2 and make lateral adjustment transporting vehicle the wheel jacks are adjusted to raise
as follows: the wheels and allow the weight of the dispenser to rest
1. Remove lock pin. on the moldboard.
2. Remove tow beam pin. (e) Attach tiedown lines to the three lifting eyes on
3. Position tow beam in desired position. the dispenser and securely fasten to tiedown points on
4. Install tow beam pin. the vehicle.
5. Install lock pin. NOTE
(b) Tow beam vertical adjustment. Maximum road tow speed is 35 miles an hour.
CAUTION Cross country transport speed should be
The crank pin and crank must be removed limited to approximately 5 mph. The tow
from the vertical adjusting screw before vehicle opera-tor must exercise judgement to
adjustment can be made. Replace pin and determine safe operating speed for
crank immediately after adjustment has been transversing rough terrain.
made. (3) Helilift transport. Three lifting eyes on the
1. The vertical adjusting screw on the tow dis-penser allow a three-hook sling to be connected,
beam controls the plow vertical attitude for adapting the enabling helilift of this item. Refer to figure 1-2.
dispenser to different vehicles. The numerical indicator (4) Cargo aircraft transport. The ATMDS, as
located on the tow beam is used only as a reference issued, weighs approximately 9000 pounds and may be
point. transported via nearly any cargo aircraft. Weight
2. Refer to figure 2-3 for instructions on distribution may be calculated on the basis of unit
vertical adjustment of the tow beam. weights listed below:
(c) Tow beam length adjustment. Two holes Dispenser-3250
are provided in the rear of the tow beam to adjust the Mine container (empty)-253 lb (each)
length of the tow beam (fig. 2-3). The short tow beam is Conveyors with stands
used only when the MI 13 armored personnel carrier is (10 sections)-1200 lb (total)
used as a towing vehicle. 5’ section-84 lb (each)
(d) Attaching safety chains and electrical cable. Can opener assemblies (2)-20 lb (each)
Attach safety chains and electrical cable to the towing Mine cache tool box-40 lb (with tools)
vehicle. Refer to figure 2-1. Lifting fork-275 lb
(e) Jacking down wheels. NOTE
CAUTION For any mode of transport except trucks, the
Do not exert force against the axle stops with the jacks. conveyor assemblies and mine containers
Depth indicator on right jack contains up-per and lower should be disassembled and banded. Cargo
stop indicators in the form of arrow. Once the upper end tie-down straps may be used for banding
of the depth indicator rod reaches either stop-indicating purposes if available. The overall dimensions
arrow, decrease rate of jacking and carefully seat axle are given in paragraph 1-5 (identification and
against mechanical stop. tabulated data).
Using a 5/8-inch diameter bolt or a 3/4-inch ratchet to
operate the leveling jacks, jack the wheels down until the (5) Rail and ship transport. Dismantle all
left axle is seated in the axle stop and the moldboard is equipment to the level "as issued" and repackage on
in the uppermost position. Refer to figure 2-4. original skids when possible.
(f) Installing upper chute in road-tow position. In-
stall the upper chute in its road tow position (b(1) (b) 2-4. Reinstallation after Movement
above). Refer to paragraph 2-2 for installation instructions.
2-6
 TM 9-1095-204-13&P

Figure 2-2. Tow beam lateral adjustment.

2-7
 TM 9-1095-204-13&P

Figure 2-3. Tow beam vertical adjustment.

2-8
 TM 9-1095-204-13&P

Figure 2-4. Leveling jack adjustment.

2-9
 TM 9-1095-204-13&P
Section III. CONTROLS AND INSTRUMENTS
2-5. General LIGHT SWITCH
This section describes the various controls and This two-position (ON/OFF) switch is located inside the
instruments and provides the operator/crew information front of the dispenser service light housing (fig. 4-4) and
to in-sure proper operation of the ATMDS. controls the service light only. Towing vehicle headlights
2-6. Controls and Instruments-Service must be ON for service light to operate.

Section IV. OPERATION UNDER USUAL CONDITIONS

2-7. General assumptions thus include dispensing of an ap-proximate
a. The instructions in this section are for the 2300 mines in the 6-hour period, using rates established
information and guidance of personnel responsible for during Engineering design testing of the ATMDS.
operation of the ATMDS. 2-9. Mine Containerizing
b. The operator/crew must be aware of all the a. Mine Details. The mine, antitank, HE, heavy
capabilities and limitations of the dispenser, as well as (see figs. 2-5 and 2-6) is a high-capacity mine intended
mine cache operation required to support the intended for use against heavy tanks.
mission. The instructions in this section utilize maximum Description.
capability of a single system for illustrative purposes, with Model number.............................. M15
reduced or variable operation noted where applicable. Weight, unfuzed .......................... 30 pounds
Weight of explosive charge (comp
Since environment, soil and tactical situations cannot be
B) ........................................... 22 pounds
predefined, the operator/crew may have to vary given Dimensions.................................. Height, 47/8 inches,
procedures to fit the situation within the limits of available Diameter 131/8 inches
resources and conditions and appropriate safety Material........................................ Steel
procedures. Fuze well ..................................... Main (primary) fuze well
located in center of
2-8. Starting System Operation mine.
Fuze arming mechanism ............. Arming plug M4 or M4B1.
This plug is placed over
Employment of the ATMDS should be based on pre-
main fuze well of mine
determined plans for tactical situations. Tactical as shipped. This plug
situations are beyond the scope of this manual, since (fig. 2-11) has a steel
each mission is considered unique. Initial considerations shutter which moves
for any mission must include: from a side position as
a. Condition of the soil. the setting knob is
b. Mine supply location. moved from SAFE
c. Prime mover availability. through DANGER to
d. Support equipment availability (forklift, wrecker). ARMED position.
CAUTION: The setting
e. Mine containerizing requirements. knob should always be
f. Minefield trace planning and documentation. left pointing to SAFE
prior to actual
NOTE dispensing of mine.
Booster ........................................ Booster M120 in bottom of
The following start-up procedures assume sustained well; no other boosters
mine-laying over a period of 6 hours at an average required.
Painting. ...................................... Olive drab
dispenser speed of 2 mph. These
Marking........................................ Nomenclature, lot number,
month and year loaded,
and loaders initials, on
bottom in yellow.
2-10
 TM 9-1095-204-13&P

Figure 2-5. Mine, antitank, HE heavy, M15.

Figure 2-6. Mine, M15 (T27) cross section with fuze attached.

b. Fuze Details. Fuze, mine, AT, M603 is packed the fuze body and a pressure plate that is attached to the
with the M15 mine (fig. 2-7). The M603 is an cover in such a manner to allow the insertion of a safety
instantaneous mechanical-pressure type fuze, shown in fork between the fuze body and the pressure plate. The
figures 2-6, 2-8, and 2-9. detonator well contains a detonator crimped to the body
(1) Description. The fuze consists of an of the fuze. A projection at the bottom of the fuze body
aluminum body 11/8 inches in diameter and 13/16 inches permits the detonator (bottom end identified by dark
high. The body contains a firing pin assembly, a cover color) to come into close proximity with the booster
assembly, a safety fork (clip), and a detonator. The firing charge. All mines using fuze M603 have a booster M120
pin assembly consists of a firing pin and two steel in the bottom of the fuze well.
belleville springs held together by a retainer which is (2) Functioning. This fuze will function when a
crimped to the firing pin. The cover assembly consists of load of 140 to 240 pounds depresses its belleville spring,
a metal cover for the top of caus-

2-11
 TM 9-1095-204-13&P

ing it to snap into reverse and drive the firing pin into the (1) Remove the mine carrying handles.
detonator. When this fuze is used in heavy antitank (2) Unscrew the arming plug from the mine, as
mine Ml5, a minimum load of 565 i 174 pounds is shown in figure 2-10.
needed on the mine pressure plate to overcome (3) Inspect the fuze well and arming plug,
belleville spring resistance and actuate the mine. insuring that the plug is not in the armed position, and
(3) Precautions in use. As the fuze contains a that no foreign matter is in the fuze well.
detonator, all precautions prescribed for handling high (4) Inspect the M603 fuze for serviceability.
ex-plosives should be observed. When used with the The dark end of the detonator must show at the bottom
Ml5 mine, the safety fork (clip) should not be removed of the fuze body.
from the fuze until immediately before the mine is fuzed. (5) Just before insertion of the fuze into the
The setting knob of the arming plug on the Ml5 mine mine, remove the safety fork from the cover assembly of
should not be turned to the armed position, until the mine the fuze, as shown in figure 2-10. Save the safety fork
is placed on the chute arming table. (clip) for use in disarming the fuze and in making a mine
c. Fuzing M15 Mines. count check.

Figure 2-7. Packing box for mines, antitank, HE heavy, M15.

2-12
 TM 9-1095-204-13&P

Figure 2-8. Fuze, mine, AT, M603, bottom, top and cross section.

CAUTION
No pressure must be put on the pressure plate
of the fuze when inserting it into the well. To
assure proper clearance between the fuze
plate button and the shutter of the arming plug
(fig. 2-11), it is essential that the fuze be fully
seated on the internal shoulder of the mine
fuze well. If the fuze is not fully seated, the
button on the fuze pressure plate will interfere
with the arming shutter, and create a hazard
during arming of the mine.
(6) Insert the fuze into the fuze well of the
mine, as shown in figure 2-10, pushing it down gently
until its seats.
(7) Make sure that the setting knob and shutter
are in the SAFE position, and screw the arming plug with
helical spring fuze retainer into the mine securely. Use
the fuzing wrench to tighten the fuze plug (see fig. 2-12).
If fuze plug is not tight, it will tend to unscrew during arm-
ing, and will not be waterproof.
Figure 2-9. Metal ammunition container for mine fuze,
AT, M603.

2-13
 TM 9-1095-204-13&p

Figure 2-10. Four steps in method of fuzing mine M15 with fuze, mine, AT, M603.
2-14
 TM 9-1095-204-13&P

Figure 2-11. Arming plug M4 or M4B1, for antitank mine MIS, and arming tool.
2-15
 TM 9-1095-204-13&P

tainers should be filled prior to the initiation of a mission,

however, empty mine containers can be placed on the
vehicle and loaded with fuzed mines.
2-10. Operation of Equipment
a. Conveyor Line Operation. Refer to figure 2-13
and perform the functions as described as mines are
being conveyed from cache to containers.
b. Rope Support. Remove wooden racks from side
of truck. Refer to figure 2-14 and install support post and
rope.
NOTE
21/2-ton truck-string rope from top hole of post.
5-ton truck-string rope from third hole down.
Figure 2-12. Fuzing wrench. c. Mine Container Transporting. Use a suitable
vehicle and transport loaded containers to mine laying
d. Containerizing Procedure. area. Refer to figure 2-15. The lifting fork (fig. 2-16)
should have the restraining straps and tag lines secured
WARNING around the mine container components (fig. 2-17)
before raising and lowering to or from the transporting
Containerizing line personnel must insure that no mines vehicle. See figure 2-18 for the left-hand corner
are armed, and that fuze plugs are tight. If riot tight, they brackets, figure 2-19 right-hand corner bracket, figure 2-
may loosen during the arming operation in the field. 20 and 2-21 for the rear brace tiedown and restraint
Two mine containerizing lines, set up as shown in figure strap installation. See figure 2-22 for mine container
2-13, can produce more than 600 mines per hour to spacer installation and figure 2-23 for the restraint rod
sustain a continuous dispensing operation over a 6-hour installation.
period. NOTE
NOTE The mine containers in the tow vehicle should be
When possible, and mechanical handling equipment positioned and restrained as far forward to the cargo
(forklift or wrecker) exist, the mine con area as the tiedown straps will allow.

2-16
 TM 9-1095-204-13&P

Figure 2-13. Containerization (conveyor) line operation (typical of two lines).

2-17
 TM 9-1095-204-13&P

Figure 2-14. Rope support forming table.

2-18
 TM 9-1095-204-13&P

Figure 2-15. 7Tpical mine container loads.

2-19
 TM 9-1095-204-13&P

Figure 2-16. Lifting fork.

2-20
 TM 9-1095-204-13&P

Figure 2-17. Mine container components.

2-21
 TM 9-1095-204-13&P

Figure 2-18. Left corner bracket and brace installation.

2-22
 TM 9-1095-204-1 3&P

Figure 2-19. Right corner bracket and brace installation

2-23
 TM 9-1095-204-13&P

Figure 2-20. Rear brace, tiedown and restraint strap installation.

2-24
 TM 9-1095-204-13&P

Figure 2-21. Rear brace, tiedown and restraint strap installation.

2-25
 TM 9-1095-204-13&P

Figure 2-22. Mine container spacer installation.

2-26
 TM 9-1095-204-13&P

Figure 2-23. Restraint rod installation.

d. Operation of Dispenser. to 3 inches above the ground. Refer to paragraph 2-3.

(1) Subsurface mine laying. (d) Adjust vertical position of the tow beam until adjusting
CAUTION screw coincides with the 3 inch mark on attached
Safety chains must not be connected to towing vehicle during scale. Refer to figure 2-3.
subsurface mine laying. Do not use rubber stabilizing flap (e) Make vertical adjustment of counter to its lowest
during subsurface dispensing of mines. position. Refer to paragraph 3-21. Make lateral
(a) Install the tow beam in the left-hand towing position. adjustment by positioning the 3/8 inch spacers to
Refer to figure 2-2. Position the tow beam lunette to locate coulter edge 3/8 inch to the left of the leading
a position slightly above the height of pintle hook on edge of the moldboard vertical plate assembly.
towing vehicle. Refer to paragraph 2-3. Raise the (f)Make short trial run until dispenser plow enters the
locking tongue of the pintle hook and slowly back the ground and seeks a constant operating level. Check
towing vehicle until the pintle is positioned below the furrow depth by measuring the left side of the furrow
center of the lunette. Lower the lunette to engage the immediately behind the moldboard. Adjust the
pintle hook, close the locking tongue of the pintle vertical position of the tow beam and adjust wheels to
hook. Install locking tongue cotter pin. Refer to maintain ground contact, to obtain a minimum depth
paragraph 2-3 for tow beam adjustment. of cover that provides adequate camouflage of the
(b) Attached electrical cable to the towing vehicle. mines.
(c) Raise the wheels to a position approximately 2 (g) Use a minefield marking set in accordance with FM
Restraint rod installation. 20-32 to temporarily mark mine locations to guide
dispenser for subsequent parallel furrows. Remove

2-27
 TM 9-1095-204-13&P
markers when no longer required. The camouflage man, who Assure that mine has cleared chute before dispensing another
is behind and to the left of the dispenser, will sound a loud mine. Camouflage man must insure that soil does not
burst with the whistle and employ the use of the appropriate accumulate at chute exit. If a mine is stopped in the chute, the
hand signals for "halt" or "stop" in accordance with FM 21-60. towing vehicle must be stopped immediately, and the armed
CAUTION mine cleared before operations are resumed.
Do not stand on left or right side of arming (h) Remove restraining rod strap and rod from mine
table while dispensing mines down the containers. Remove one mine from container and
dispenser chute. place on arming table of upper chute. Using the mine
Operator arming mines must watch for arming tool, arm the mine (fig. 2-11) and vigorously
violent movement of the arming table when push mine down the chute. Do not leave an armed
towing vehicle crosses a deep depression or mine on the arming table. Arm mine immediately
trench as the table will have a tendency to prior to pushing it down the chute. Refer to table 2-3
enter the truck. for proper spacing of mines.

Table 2-3. Mine Spacing (Using Pacing Method)

A B C D E F
Feet per
Miles per Feet Feet per 3 second Mine
hour per 2 second (arming and Paces spacing
(mph) second (dispensing) dispensing) 2.5 ft ea(feet)
3.0 4.41 8.8 13.2 2 18.2
2.5 3.67 7.3 11.0 2 16.0
2.0 2.94 5.9 8.9 3 16.4
1.5 2.20 4.4 6.6 4 16.6
1.0 1.47 2.9 4.4 5 16.9
0.5 0.73 1.5 2.2 6 17.2
a.Paces averaging 2.5 feet.
b.Pacing begins when previous mine contacts ground.
c.Time for signal to mine contacting ground is 3 seconds (column D).
d.Pacer maintains same speed of travel as dispenser.

(2) Surface mine laying. (c) Adjust position of tow beam until rear of moldboard is
CAUTION approximately 2 inches off the ground and front of moldboard
Safety chains must be attached to the is approximately 6 inches off the ground.
towing vehicle during surface mine laying. (d) Using dimensions in above paragraph as a guide,
(a) Attach dispenser to towing vehicle, placing tow beam change attitude of moldboard to suit local surface
in the right-hand position. conditions.
(b) Adjust wheels until center of moldboard is 4 inches (e) Install stabilizing flap (para 2-2).
off the ground. (f)Dispense mines as described in (1) (h) above.

Section V. OPERATION UNDER UNUSUAL CONDITIONS

2-11. Dispensing Under Unusual Conditions NOTE

a. General. The following instructions apply to types of When operating in extreme dust or sand
terrain, soil, ground cover, or climatic conditions considered conditions, periodic cleaning and hand
unusual. Unusual conditions are further defined as those lubrication of the leveling jack inner tube will
which present less than ideal operating situations for the assure more efficient operation.
ATMDS, requiring unique procedures. b.Subsurface Dispensing.
CAUTION (1) Vegetation covered terrain.
For extremely wet and wet-freezing (a) Highly irregular terrain surface.
conditions, refer to the special instructions of CAUTION
FM 20-32 or TM 9-1345-203-12&P regarding The weight of a large area of sod with good
waterproofing of fuze wells. root structure can be supported by the
pressure plate of a subsurface emplaced
mine. In this type of sod, plowing must be
restricted to an average

2-28
 TM 9-1095-1095-204-13&P

depth of 6 inches. Sod cover of greater than 9 inches will If the plow cannot be kept in the ground, revert to surface
approach the detonation pressure of the Ml 5 mine. The dispensing of mines Refer to paragraph 2-10c.
coulter blade is to be located in its lowest position for (d) Frozen or hard compact soil. In frozen or hard
operating in highly irregular terrain surface. compact soil, plow blade penetration to an
In highly irregular surface conditions, the amount of cover appreciable depth below the surface of the soil is
deposited over the mines may vary widely. The flow of soil particularly difficult. If the attitude of the dispenser
over the moldboard will be interrupted as often as the cutting plow is exaggerated in a blade down position, it may
edge of the plow blade is exposed above the surface of the be possible to penetrate to a softer soil in which the
terrain. Under these conditions the camouflage man must plow might operate. Generally, the moldboard should
assist the soil flow over the moldboard by providing a more be as horizontal as possible to facilitate the flow of
even continuous flow. Any rake like tool or object can be soil over the moldboard. When successfully
employed to pull the soil over the moldboard and to spread the operating in the subject hard soils, care must be
soil to reduce heavy deposits over the emplaced mines. Due exercised in insure that the large rigid chunks of soil
to the cohesive nature of vegetation covered soil the depth of do not fall from the rear of the moldboard onto the
plowing must be set for approximately 3 to 4 inches to keep pressure plate of the implanted mines. The coulter
thickness of cover from going above 9 inches. blade should be raised to its uppermost position to
(b) Wet or muddy terrain. The dispenser may not reduce the forces resisting the entrance of the plow
operate properly in wet or muddy terrain. As the blade into the ground.
moisture content of the soil increases, the frictional (2) Bare soil or sand.
resistance increases until the soil will not flow over (a) Highly irregular terrain surface. Loose soil or sand
the moldboard. This condition becomes more critical will inherently exert significantly less force on a mine
as the depth of plowing decreases (3 inches or less). pressure plate than sod with good root structure.
As the plowing depth is increased, the flow of soil Compared to the sod a relatively small area of soil is
over the moldboard will tend to improve but the tow actually supported by the pressure plate. The
vehicle traction may become a problem. A tracked camouflage man can readily redistribute any uneven
vehicle or the installation of tire chains to a wheeled soil flow over the moldboard and spread the soil over
tow vehicle will improve traction for plowing. the mine to increase the uniformity of cover in a
However, the settings for the tow beam attitude and terrain with a highly irregular surface. If a grader or
the wheel positions for acceptable plowing other means of improving the terrain surface is
performance appear to fall in a very narrow range. available it should be operated immediately in front of
Insure that moldboard is set in level position to the dispenser to produce a more consistent terrain
provide minimum resistance to soil flow over the surface for improved and subsurface dispensing
moldboard. Surface emplacement should be operation.
substituted for unacceptable subsurface (b) Rocky or stony terrain. The presence or absence of
emplacement. Should the plow become stuck and vegetation cover on the terrain has a minimal effect
the towing vehicle loses traction in wet heavy clay, on the performance of the dispenser compared to the
alternate three actions, listed below, several times for effect of rocks or stones.
easiest removal. (c) Frozen or hard compact terrain. Refer to (1)(a)
1.Crank the wheels down until operator obtains about 60 above.
ft-lb on the ratchet wrench (about one normal man c.Surface Dispensing.
effort without strain). Excess force will shear the CAUTION
weak link pin installed to protect the gears. The uncontrolled sideward movement of the
2.Crank the tow beam adjustment screw to raise the plow dispenser can be hazardous while
point one increment. dispensing a row of mines parallel to a
3.Tow the dispenser forward a few feet. Repeat steps 1, previously emplaced row of mines. When
2, and 3 until the towing vehicle regains traction and traction of the dispenser wheels cannot be
the moldboard is free to continue plowing. maintained, stop tow vehicle and dispenser,
(c) Rocky or stony terrain. The dispenser may not operate turn tow beam vertical adjustment screw and
properly in rocky or stony terrain. Scattered small stones will the wheel jacks as required to maintain the
tend to decrease the depth of plowing due to the dispenser moldboard altitude and allow the aft end of
plow blade experiencing resistance forces on the underside the moldboard to drag lightly on the ground.
which are greater than those on the top side. Buried rocks or The operation of the dispenser in wet,
other obstacles may cause the dispenser to experience tow muddy or ice covered terrain presents a
forces sufficient to break the weak link of the tow beam or to unique problem. Under these conditions
ride up out of ground. The coulter blade must be located in its the dispenser has a pronounced
lowest position to protect the dispenser and tow vehicle from tendency to slide from side to side on its
damage. When operating in a stony area canting the
moldboard forward so that the tip of the blade is lower than the
wheels.
rear of the moldboard will tend to keep the plow in the ground.

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 TM 9-1095-204-13&P
CHAPTER 3
OPERATOR/CREW MAINTENANCE INSTRUCTIONS

Section I. LUBRICATION INSTRUCTIONS

3-1. Detailed Lubrication Instructions Clean all lubrication points after lubrication to prevent
a.General. Keep all lubricants in closed containers and accumulation of foreign matter.
store in a clean, dry place away from external heat. Allow no c.Points of Lubrication. Service the lubrication points at
dust, dirt, or other foreign material to mix with the lubricants. the proper intervals as illustrated in figure 3-1.
Keep all lubrication equipment clean and ready for use. d.OE Oil. Bare, polished metal areas of the moldboard,
b.Cleaning. Keep all external parts not requiring plow blade, and coulter blade must be cleaned and coated
lubrication free of lubricants. Before lubricating the equipment, with OE-5O oil after each use to prevent rusting.
wipe all lubrication points free of dirt and grease. Reapplication intervals are specified under preventive
maintenance.

Section II. PREVENTIVE MAINTENANCE CHECKS AND SERVICES

3-2.General would damage the equipment if operation is continued. All

To insure that the ATMDS is ready for operation at all times, it deficiencies and shortcomings will be recorded together with
must be inspected systematically so that defects may be the corrective action taken on the ATMDS at the earliest
discovered and corrected before they result in serious damage opportunity.
or failure. The necessary preventive maintenance checks and
services are listed in table 3-1. The item numbers indicate the 3-3.Preventive Maintenance Checks and Services
sequence of minimum inspection requirements. Defects Table 3-1 lists preventive maintenance actions to be
discovered during operation of the system will be noted for performed by the operator/crew. Maintenance beyond the
future correction to be made as soon as operation has ceased. tabulated items shall be referred to organizational or direct
Stop operation immediately if a deficiency is noted during support crews as applicable.
operation which

3-1
 TM 9-1095-204-13&P

LUBRICATION CHART LC 5-1095-254-lp

ANTI-TANK MINE DISPENSING SYSTEM XM-57
Reference: C9100IL

Intervals are based on normal hours of operation. Reduce to compensate for abnormal operation and severe
conditions. During inactive periods, inefficient lubrication must be performed for adequate preservation.

Relubricate after washing.

Clean fittings before lubricating.

Clean parts with SOLVENT, dry-cleaning, Fed Spec P-D-680, or with OIL, fuel, Diesel. Dry before lubricating.

Figure 3-1. Lubrication chart (1 of 3)

3-2
 TM 9-1095-204-13&P

Figure 3-1. Lubrication chart (2 of 3).

Notes:
1.OIL CAN POT14TS. Every 50 hours, clean and lightly coat all linkages, hinges and latches with OE.
2.Lubricate wheel jacks and tow beam adjustment screw at regular intervals and after every use.

3.Lubricate exposed areas of upper axle at regular intervals to prevent rust.

AR102213
Figure 3-1. Lubrication chart (3 of 3).

3-3
 TM 9-1095-204-13&P

Table 3-1. Operator and Crew Preventive Maintenance Checks and Services

Before operation D-During operation A-After operation

Time requires W-Weekly Time required-
Interval and
sequence no.
B D A W ITEM TO BE INSPECTED
Procedure
1 6 PLOW BLADE
Inspect for excessive wear and blunting on leading edge (para 3-8 NOTE) 0.1
2 MOLDBOARD
Remove oil from top of moldboard (para 3-7) 0.2
8 Apply oil to top of moldboard pra 3-7) 0.1
11TIRES
Inspect tires for damage. Assure that tire pressure is 20 psi (para 3-15) 0.1
3 SERVICE LIGHT & TAIL LIGHT
Inspect for proper operation 0.1
4 9 TOOLS
Inspect for danaged or missing toots Replace damaged or missing
tools by requisition (tables 2-1 and 2-2) 0.3
5 7 10 STRAPS
Inspect and replace as required

Section III. TROUBLESHOOTING

3-4. General
This section contains information useful in diagnosing and problems beyond the scope of operator/crew maintenance
correcting problems unsatisfactory operation or failure of the shall be referred to organizational of direct support
mine dispenser. Refer to table 3-2. Each trouble symptom maintenance, as applicable
listed is followed by a list probable causes and remedies. All

Table 3-2. Troubleshooting

MALFUNCTION
TEST OR INSPECTION
CORRECTIVE ACTION
1.DISPENSER TRACKS TOWING VEHICLE IMPROPERLY
Tow lateral adjust is incorrect.
Adjust rear of tow beam to left, center or right ancho r pin hole (right, road; center, light plowing;
left for heavy pulls) para 2-3.
2.PLOW WILL NOT ENTER GROUND OR WILL NOT STAY IN GROUND
Step 1. Dull plow blade.
Replace plow blade (para 3-8).
Step 2. Coulter too low.
Raise coulter blade (para 3-21).
Step 3. Plow attitude misadjusted.
Adjust depth on tow beam Sara 2-3).
Step 4. Ground too hard.
Adjust tow beam and jacks for maximum depth for initial entry. Raise coulter para 2-3).
3.ROOTS PULL OUT ON FRONT OF PLOW
Coulter too high.
Lower coulter to bottom of plow.
4.VINES CATCH ON COULTER
Coulter too low.
Raise coulter so that center of blade is above vines (para 3-21).

Section IV. MAINTENANCE OF TOW BEAM WEAK LINK

3-5. General 3-6. Tow Beam Weak Link
The tow beam weak link is an aluminum link atop the a. Removal Remove spring lock pins and weak link
front part of the tow beam. This weak link should be (fig. 3-2).
replaced only with the correct weak link replacement part b. Installation.
when failed or failure is imminent (center hole is CAUTION
stretched). Replacement of the weak link with a steel link
3-4
 TM 9-1095-204-13&P

could cause severe damage to the dispenser or tow (1) Remove spring lock pin.
vehicle when underground obstacles are encountered by (2) Remove weak link.
the plow. Install the weak link and lock pins as follows. (3) Install new weak link.
(4) Install spring lock pin.

Section V. MAINTENANCE OF MOLDBOARD

3-7.General equals 81/2 inches or less and/or thickness of tips

The moldboard upper surface must be maintained in a measure 5/16 inch or greater over 1/3 length of blade tip.
smooth condition and kept from rusting by frequent 3-8.Plow Blade-Removal and Installation
application of OE-50 oil. If heavy rust should appear on Refer to figure 3-3 for instructions on removal and
any area of the moldboard, sand away all rust and recoat installation of the plow blade.
with oil. Report any excess wear or apparent a.Remove bolts and nuts.
discrepancies to organizational maintenance. b.Remove blade.
NOTE c.Install new blade.
Replace plow blade when width measured from the rear d.Install bolt from top and secure self locking nuts.
edge of the blade to the cutting edge

Figure 3-2. Weak link, removal and installation

3-5
 TM 9-1095-204-13&P

Figure 3-3. Plow blade, removal and installation.

Section VI. MAINTENANCE OF CHUTE ASSEMBLY

3-9.General 3-10. Upper Chute Assemblies

The chute assembly has two removable sections; (1) the Reference paragraph 2-2 for instructions on replacing
upper chute, and (2) the mid-chute. The upper chute is upper chute assembly.
easily detached (for transport) when a locking pin and 3-11. Mid-Chute Assembly
the chute pin are removed. This chute section should be a.Removal.
inspected for dents and paint condition. Remove any (1) Remove upper chute (para 2-3).
dents that would hinder mine passage through the chute, (2) Refer to figure 3-4 and remove mid-chute.
and refer any damage to organizational maintenance as (a) Remove upper chute (para 2-3).
soon as possible. If damage is extensive, replace the (b) Remove nuts and bolts.
chute. The mid-chute is bolted to the dispenser and is (c) Remove mid-chute.
removed only for maintenance of the leveling jacks or b.Installation. Install in reverse order.
replacement if extensively damaged.
Section VII. MAINTENANC OF CHUTE SUPPORT

3-12. General 3-13. Upper Chute Support Adjustment

The chute support controls the height of the arming table a.Remove the adjusting pin from the support and
above the bed of the towing vehicle. Readjustment of support bracket (fig. 4-1).
the support height must be made to adapt arming table b.Raise or lower the chute support to place upper
to different tow vehicles, dispensing modes, and plowing chute in the desired position.
depths. c.Replace adjusting pin.
d.Adjust rope support (fig. 2-14, para 2-10).

3-6
 TM 9-1095-204-13&P
Section VIII. MAINTENANCE OF CAN OPENER ASSEMBLY

3-14. Can Opener b.Inspection. Replace a can opener that is damaged

a.Removal. Lift the can opener (2, fig. B-12) from or defective.
the can opener assembly.
c.Installation. Install in the reverse order of removal.

Section IX. MAINTENANCE OF WHEEL ASSEMBLIES

3-15. General dictation of failure. Report all discrepancies to

Inspect the tires and wheels for cuts, cracks or other in organizational maintenance.

Figure 3-4. Mid-chute, removal and installation.

3-7
 TM 9-1095-204-13&P
Section X. MAINTENANCE OF CONVEYOR ASSEMBLY

3-16. General damage as well as free operation of rollers. Insure that

inspect the roller assemblies and stands for general all assembly hardware is attached. Report all
discrepancies.

Section XI. MAINTENANCE OF MINE CONTAINER ASSEMBLIES

3-17. Unassembled Containers 3-18. Assembled Containers

Inspect banded packages for completeness; including Inspect for loose or missing hardware and missing
the base, eight spacers, and assembly hardware in an spacers. Be sure that hold-down straps are not frayed or
attached bag. Be sure that the containers are stored in a otherwise weakened. Tighten any loose hardware and
dry place. report all other discrepancies.

Section XII. MAINTENANCE OF ELELCTRICAL SYSTEM

3-19. General spect the taillights and service lamp for damage and
Inspect the wiring harness for frayed or broken wires, in operation, and report any discrepancies.

Section XIII. MAINTENANCE OF STABILIZING

3-20. Stabilizing Flap, Removal and Installation NOTE

Refer to figure 3-5 for removal and installation Install stabilizing flap by inserting spring
instructions. snaps in holes in moldboard.

Section XIV. MAINTENCE OF STABLIZING FLAP

3-21. Coulter Assembly Adjustment b.Make lateral adjustment by positioning the 3/s-inch
(refer to fig. B-4) spacers to locate the coulter edge to a position
a.Remove lock pin (1); pin (2); spacer (3); and adjust 3/8 inch to the left of the moldboard assembly
fork (19) to the desired vertical position. plate.

3-8
 TM 9-1095-204-13&P

Figure 3-5. Stabilizing flap, removal and installation

3-9
 TM 9-1095-204-13&P
CHAPTER 4
ORGANIZATIONAL MAINTENANCE INSTRUCTIONS

Section I. SERVICE UPON RECEIPT OF MATERIAL

4-1.General chapter 2, section I.

Inspect and service the ATMDS in accordance with

Section II. MOVEMENT TO A NEW WORKSITE

4-2.General
Refer to chapter 2, section IH, for movement instructions.

Section III. REPAIR PARTS, SPECIAL TOOLS, AND EQUIPMENT

4-3.Special Tools and Equipment 4-4.Maintenance Repair Parts

No special tools are required for organization Repair parts and equipment are listed and illustrated in
maintenance of the ATMDS. the repair parts list in appendix B.

Section IV. LUBRICATION INSTRUCTIONS

4-5.General 4-6.Wheel Bearing Lubrication

This section contains lubrication instructions which are a.Refer to paragraph 4-13 and 4-14 and remove the
supplemental to and not included in the lubrication chart. wheel and wheel bearings.
b.Lubricate in accordance with the lubrication chart.

Section V. PREVENTIVE MAINTENANCE CHECKS AND SERVICES

4-7.General maintenance checks and services to be performed on an
This section contains detailed instructions for preventive organizational level, as prescribed by table 4-1.

Table 4-1. Organizational Preventive Maintenance Checks and Services

Q-Quarterly M-Monthly
Sequence No. Item to be inspected procedure Work
. Time
M QProcedure (M/H)

1 COULTER HUB 0.4

Inspect for smooth rotation of coulter, bearing adjustment Replace faulty parts as required Adjust bearings when
excessive side play is noted in coulter blade (para 4-10).
2 LEVELING JACKS 2.8
Inspect for smooth operation of jack through entire length of extension Replace jack when required (para 4-12).
3 TIRES AND TUBES 0.6
Inspect and repair or replace as required Sara 4-13).
9 WHEEL BEARINGS AND GREASE SEALS 0.5
Remove wheels and inspect bearings and seals for scoring or other damage Replace parts as necessary and repack with
grease (para 4-14).
4 LOWER AXLES 4.0
Inspect for looseness or other damage Replace pans as required (para 4-20).
5 DISPENSER FRAME 0.4
Inspect for damaged and missing parts (para 2-1).
6 ELECTRICAL SYSTEM 1.4
Inspect connector, harness and lights for general condition and operation Repair or replace, as required.
7 CONVEYORS 0.6
Replace unserviceable roller sections, stops and stands as required to maintain complete system (para 3-16).
8 CAN-OPENER STAND 0.4
Inspect and replace as required Use 3/4 exterior plywood for replacement of base (dimensions are not critical) (para
3-14).

4-1
 TM 9-1095-204-13&P
Section VI. TROUBLESHOOTING

4-8.General troubleshooting techniques. Check the system and

At organizational level, only the electrical system requires correct as shown in table 4 2 (with system connected to
vehicle):

Table 4-2. Troubleshooting

MALFUNCTION
TEST OR INSPECTION
CORRECTIVE ACTION
1. ALL LAMPS INOPERATIVE
Step 1.Vehicle lights OFF.
Turn on vehicle lights.
Step 2. Defective or broken ground connection on dispenser.
Check and repair ground connection.
Step 3. Broken wire in harness.
Repair or replace wiring harness.
2. SERVICE LAMP INOPERATIVE
Step 1. Vehicle lights OFF.
Turn on vehicle lights.
Step 2. Defective lamp in service fight.
Replace lamp.
Step 3. Faulty lamp switch.
Replace switch on light unit.
Step 4. Faulty wiring.
Check and repair or replace wiring.
3. TAU-LAMP INOPERATIVE
Step 1. Vehicle lights OFF.
Turn on vehicle lights.
Step 2. Taillamp failed.
Replace taillamp.
Step 3. Faulty wiring.
Check and replace wiring.
4. BRAKE LAMP INOPERATIVE
Step 1. Failed brake lamp.
Replace brake lamp.
Step 2. Faulty wiring.
Check & replace wiring.
Step 3. Truck wiring faulty.
Check truck system.
Section VII. MAINTENANCE OF COULTER BLADE ASSEMBLY

4-9.General (1) Raise coulter blade 6 inches off ground (para 2-

The coulter blade has two main functions. In terrain with 3).
vegetation cover it provides even, uniform edge at the (2) Remove coulter assembly retaining and lock
furrow opening that aids in providing a maximum pins.
camouflage. When assembled in its lower position it b.Disassembly. Refer to figure B-4 and disassemble
provides protection for the plow blade. It breaks the in numerical sequence.
ground ahead of the tip of the blade, thus reducing the c.Cleaning, Inspection and Repair.
wear on the plow point, and it contacts buried obstacles (1) Clean all metal parts, seals and bearings in
and causes the blade to rise up to avoid many potentially cleaning solvent, P-D-680, and dry thoroughly.
damaging contacts. (2) Inspect each cup and cone for pits, scores or
4-10. Coulter Assembly rust.
a.Removal. Refer to figure 4-1 and remove coulter (3) Inspect axle for cracks, wear and other defects.
blade assembly. (4) Repair by replacing worn or defective parts.
d.Reassemble. Refer to figure B-4 and reassemble
in reverse order.
4-2
 TM 9-1095-204-13&P

e.Installation. Install in reverse order. NOTE

fLubricate .Refer to lubrication chart (fig. 3-1). Tighten the inner axle nuts to a nominal
30 ft-lb one-quarter turn (tighten
setscrews in nearest keyway on shaft).
Reinstall coulter hub assembly and
tighten outer axle nuts to 100 ft-lb of
torque. Tighten set screws on axle
shaft.

Figure 4-1. Coulter assembly, removal and installation.

4-3
 TM 9-1095-204-13&P
Section VIII. MAINTENANE OF LEVELING JACKS

4-11. General procedure except that removal of the mid-chute is not

The dispensers dual leveling jacks provide the means for necessary.
positioning the dispenser in the road towing, surface b.Removing Depth Indicator Rod. Remove depth
dispensing or subsurface dispensing configuration. indicator rod by removing nut on bottom.
NOTE
4-12. Leveling Jack Assembly When installing new rod, screw top nut
NOTE approximately 1 inch up on threads.
Using leveling jacks, adjust wheels until no pressure is c.Installation.
exerted on jacks. (1) Install leveling jack assembly in reverse order of
a.Removing Leveling Jack. removal.
CAUTION (2) Install mid-chute.
During removal of both jacks, wheels will (3) Install tool box.
be free to drop when second jack is (4) Lubricate in accordance with lubrication chart
disconnected from its lower axle. (fig. 3-1).
(1) When removing the left leveling jack, NOTE
remove the mid-chute (para 3-11) and tool Occasional hand application of grease on
box. extended lower portion of jack will assure
(2) Refer to figure 4-2 and remove leveling jack smooth operation.
in indicated sequence.
(3) Removal of right leveling jack follows above

Section IX. MAINTENCE OF WHELL ASSEMBLY

4-13. Wheel Assembly

a.Removal. jack (para 2-3).
(1) Loosen stud nuts on wheel. (3) Refer to figure 4-3 and remove nuts (5) and the
(2) Raise wheels off the ground by using the leveling wheel and tire.

4-4
 TM 9-1095-204-13&P

Figure 4-2. Leveling jack, removal and installation (1 of 2).

4-5
 TM 9-1095-204-13&P

Fire 4-2. Leveling jack, removal and installation (2 of 2).

4-6
 TM 9-1095-204-13&P

Figure 4-3. Wheel assembly removal and installation

bDisassembly (4) pry bar to lift one end of split ring up and out of
(1) Position wheel and tire assembly on floor with slot in wheel
split ring up (5) Position valve stem through wheel to inside of
(2) Remove valve cap and core from valve stem to tire and lift tire and tube from wheel.
release tire pressure (6) Remove tube from tire.
(3) Press bead of tire away (down) from split ring cTube Repairs Refer to TM 9-2610-200-20 for
CAUTION instructions covering repair of tubes.
Be careful and avoid bending ring dinspection and Replace Inspect the wheel for dents

4-7
 TM 9-1095-204-13&P

or cracks and other defects. Inspect inside and outside f:Installation. Install wheel assembly on hub with
of the tire for breaks, wear and other damage. Inspect wheel nuts (5). Lower wheels to ground using
inner tube for holes, cuts or abrasions. Replace a leveling jacks.
defective wheel, tire, or tube.
e.Reassemble. Reassemble in reverse order of
disassembly. Inflate tire to a pressure of 20 psi.

Section X. MAINTENANCE OF WHEEL HUB

4-14. Wheel Hub Repair by replacing defective or damaged parts.

a.Removal d.Reassemble. Reassemble in reverse order of
(1) Remove wheel assembly (para 4-13a). disassembly.
(2) Remove plate, gasket, cotter pin, nut and e.Installation. Install in reverse order.
washer and then remove hub assembly. NOTE
b.Disassembly. Refer to figure B-9 and disassemble Lubricate wheel bearings in accordance
in numerical sequence. with lubrication chart. When installing
c. Cleaning, Inspection and Repair. Clean all parts wheel hub and bearings, tighten the
in cleaning solvent, P-D-680. Inspect hub for spindle nut until tight then back off one-
cracks, breaks or other defects. Inspect fourth turn. be attached to the mounting
bearings for pits, scores or rust. bracket is no longer used.

Section XI. MAINTENANCE OF ELECTRICAL SYSTEM

4-15. Service Light Switch

a.Removal. Refer to figure 4-4. WARNING
(1) Remove nut holding switch to bracket. Early production models of the M57
(2) Tag and disconnect leads and remove switch. antitank mine dispensing system
b. Installation. Connect leads and place switch in included a drag blade assembly for the
bracket and secure with nut. purpose of smoothing or leveling the
ground behind the plow blade as it
4-16. Stop/Taillight passes over the plowed ground. This
a.Removal. Refer to figure 4-5. Remove bolts (2) drag blade assembly must be removed
securing light to bracket. Tag and disconnect and not used because the weight of this
electrical leads. assembly could cause the mines that
b.Install. Connect electrical leads. Secure light to have been laid to explode.
bracket.
c.Bulb Replacement. 4-17. Service Light
NOTE a.Removal. Refer to figure 4-6.
Lamp for blackout window is not (1) Tag and disconnect external leads.
connected. (2) Remove locking pins securing service light to
(1) Loosen screw (6), remove door, and packing. deck plate.
(2) Push in one lamp and turn counterclockwise to (3) Remove nuts (3) securing service light to
remove. housing.
(3) Insert new lamp, push in, and turn clockwise to (4) Remove screws (3) and remove rim from service
install. light housing.
(4) Reinstall packing, door, and secure with screws (5) Disconnect internal quick-disconnect leads and
(6). remove the seal beam light.
NOTE b.Inspection. Inspect for visible damage to ring and
The drag blade assembly mounting housing. Inspect mounting hardware for
bracket as shown in fig. 4-5 is found damaged threads.
only on early production models of the c.Installation. Install seal beam and service light in
mine dispenser assembly. This reverse order.
mounting bracket serves no function
since the drag blade assembly which
would normally

4-8
 TM 9-1095-204-13&P

Figure 4-4. Light switch, removal and installation

4-9
 TM 9-1095-204-13&P

Figure 4-5. Stop/taillight, removal and Installation.

4-10
 TM 9-1095-204-13&P

Figure 4-6. Service ligh4 removal and installation.

Section XII. MAINTENANCE OF CAN OPENER ASSEMBLY

4-18. General grinding wheel. Adjust knife for can penetration of no

The can opener blade is easily adjustable by means of a more than 1/4 inch.
set screw, and the blade can be resharpened with a file or

4-11
 TM 9-1095-204-13&P

Section XIII. MAINTENANCE OF MINE CONTAINERS

4-19. General stock. Replace broken mine separators as necessary.

Replace worn or cut restraint straps with new straps from

Section XIV. MAINTENANCE OF AXLE ASSEMBLIES

4-20. Lower Axle
a.Removal (2) Inspect all parts for damage, cracks, worn
threads.
(1) Remove mid-chute (para 3-11).
(2) Adjust leveling jacks to raise wheels off the c. Installation. Install in reverse order of removal.
ground.
(3) Remove wheel and hub (para 4-13 and 4-14). 4-21. Upper Axle and Pillow Block
(4) Refer to figure 4-7 and remove axle. a.Removal.

NOTE (1) Refer to paragraph 4-20 and remove both right

With both wheels off remove bolts and left lower axles.
securing the leveling jack to the lower (2) Refer to figure 4-6 and remove service light.
axle. This will allow axles to drop down (3) Slide upper axle out right side.
and permit access to the two upper (4) Remove safety wire and bolts (4) and washers
bolts. (4) on top of deck plate. Refer to figure 4-8.
Mid-chute removal necessary only when NOTE
replacing lower left axle. Slide upper axle out right side.
b.Cleaning and Inspection. (5) Remove pillow block through opening at rear of
deck plate.
(1) Clean all parts in cleaning solvent, P-D-680.

4-12
 TM 9-1095-204-13&P

Figure 4-7. Lower axle, removal and Installation.

4-13
 TM 9-1095-204-13&P

Figure 4-8. Upper axle and pillow block, removal and installation

b. Installation. Install in reverse order of removal.

NOTE tion of holes is on top, and the protrusion to the
When installing pillow block, the threaded por- outside.

4-14
 TM 9-1095-204-13&P
CHAPTER 5
DIRECT SUPPORT MAINTENANCE INSTRUCTIONS
Section I. REPAIR PARTS, SPECIAL TOOLS AND EQUIPMENT

5-1. Repair Parts 5-2. Special Tools and Equipment

All repair parts for the ATMDS are listed in appendix B No special tools and equipment are required for direct
support maintenance of the ATMDS.

Section II. TROUBLESHOOTING

5-3. General both electrical and mechanical areas of the dispenser.

This section contains tabulated information regarding Refer to table 5-1.
equipment malfunction, causes, and corrective actions for

Table 5-1. Troubleshooting

MALFUNCTION
TEST OR INSPECTION
CORRECTIVE ACTION

1. MINES TEND TO STICK IN CHUTE

Step 1. Dents in chute.
Straighten with hammer and backup block.
Step 2. Chute deformed.
Straighten or replace deformed section.
2. ARMING TABLE (ON UPPER CHUTE) NOT LEVEL
Step 1. Upper chute deformed.
Straighten by. bending or replace.
Step 2. Chute support bent.
Straighten to level the arming table.
3. LEVELING JACK INOPERATIVE
Step 1. Shaft key sheared.
Replace shaft key (para 6-5).
Step 2. Gears jammed.
Replace gears as required (para 6-5).
Step 3. Acme screw threads jammed.
Replace entire jack (refer to para 4-12).
4. JACK BINDS AT REGULAR INTERVALS
Gears damaged.
Replace parts as required (refer to para 6-5).
5. DISPENSER TRACKS TOW VEHICLE IMPROPERLY
Step 1. Wrong lateral hold position.
Reposition tow beam.
Step 2. Tow beam bent.
Straighten or replace tow beam.
6. DISPENSER LAMPS LOOSE ON DISPENSER
Brackets broken from frame or service light mounting tube.
Re-weld brackets to frame as required (refer to para 5-5).
7. CONVEYOR ROLLER SECTION UNSTABLE
Broken cross-braces on section.
Re-weld braces as required and repaint (refer to paras 5-4 and 5-5).
8. CAN OPENER STAND UNSTABLE
Step 1. Wooden base is broken.
Replace can opener base with 3/4-inch thick plywood and repaint as required (refer to para 5-4).
Step 2. Stand weld broken.
Re-weld stand and repaint (refer to para 5-4 and 5-5).

5-1
 TM 9-1095-204-13&P
Section III. GENERAL MAINTENANCE

5-4. Painting accordance with TM 5-237. Replace nonreparable steel

Maintain all painted surfaces in accordance with TM 9- items.
213, Painting Instructions for Field Use.
5-6. Tires
5-5. Welding Maintain the tires in accordance with TM 9-1870-1.
Weld all fractured, punctured or cracked steel parts in

Section IV. REMOVAL AND INSTALLATION 0F MAJOR COMPONENTS AND AUXILIARIES

5-7. Moldboard and Frame Assembly single welded unit. Removal not necessary. Repair by
The moldboard frame assembly and lower chute are a welding only.

5-2
 TM 9-1095-204-13&P
CHAPTER 6
DIRECT SUPPORT REPAIR INSTRUCTIONS
Section I. GENERAL

6-1. Painting 6-2. Welding

Both touch-up and overall repainting of the ATMDS AB repair welding shall be in accordance with MIL-
equipment will be accomplished in accordance with TM T-5021.
9-213.

Section II. CHUTE ASSEMBLY REPAIR

WARNING top-to-bottom clearance is greater than 61/2 inches.
Verify that chute dimensions are not Weld all cracks and ruptures. Grind repaired areas
reduced by repair, especially in top-to- smooth, sand and repaint per paragraph 6-1.
bottom mine clearance. Do not release
any chute for use without determining 6-4. Chute Support
that intended mines will clear the chute. Straighten chute support as necessary, and weld if
cracked or broken. Use the upper chute and towing
6-3. Chute Assembly vehicle with dispenser to determine proper support
Straighten bent chute sections as necessary. Be sure angle, when bent. Repaint as necessary.
that

Section III. LEVELING JACK REPAIR

6-5. Leveling Jack NOTE
a.Removal. Refer to paragraph 4-12 and remove To prevent pin (8, fig. 6-1) from
leveling jacks. becoming lodged in teeth of gear (14)
b.Disassembly. Refer to figure 6-1 and disassemble turn shaft (11) a few degrees from the
the leveling jacks in numerical sequence. perpendicular before driving pin from
shaft.

6-1
 TM 9-1095-204-13&P

Figure 6-1. Leveling jack, exploded view.

6-2
 TM 9-1095-204-13&P

c. Cleaning and Inspection. d.Reassemble. Reassemble leveling jacks in

(1) Clean all parts in cleaning solvent, P-D-680. reverse order of disassembly.
(2) Inspect gears for broken teeth, cracks or breaks.
Inspect acme screw for nicks, burrs and cracks. Inspect e.Installation. Install in reverse order of removal.
hardware for damaged threads. Replace defective parts. f.Lubrication. Lubricate in accordance with
lubrication chart (fig. 3-1).

6-3
 TM 9-1095-204-13&P
CHAPTER 7
ADMINISTRATIVE STORAGE AND
DEMOLITION INSTRUCTIONS

Section I. ADMINISTRATIVE STORAGE

7-1. General ment, for administrative storage of the ATMDS.
Refer to TM 740-90-1, Administrative Storage of Equip-

Section II. DEMOLITION INSTRUCTIONS

7-2. General
When required to prevent enemy use, destroy the b.Destroy the dispenser by placing an M15 or other
ATMDS equipment in accordance with the instruction of mine, Antitank, HE, Heavy, under the plow (moldboard)
TM 750-244-3, Destruction of Material to Prevent Enemy with virtually no clearance, withdrawing to a safe
Use. When time does not permit compliance with TM distance, and shooting the dispenser tires to drop the
750-244-3, destroy the ATMDS as instructed below: plow onto the mine.
a.Destroy the upper chute by backing the towing
vehicle over it.

7-1
 TM 9-1095-204-13&P

APPENDIX A
REFERENCES

A-1. Fire Prevention

FM 20-32 Mine-Countermine Operations at the Company Level.
TB 5-4200-200-10 Hand Portable Fire Extinguishers for Army Users.
A-2. Lubrication
C91001L Fuels, Lubricants, Oils and Waxes.
A-3. Painting
TM 9-213 Painting Instructions for Field Use.
A-4. Cleaning
C68001L Chemicals and Chemical Products.
SB 708-42 Federal Supply Code for Manufacturers-United States and Canada-Code to Name
(Cataloging Handbook H4-2).
SB 725-7930-1 Issue of Supplies and Equipment Engineering Practices Study of CONUS and Overseas
Installation for Hard and Soft Water Cleaning Compounds.
TB SIG-327 Harmful Effects of Carbon Tetrachloride on the Human Body.
A-5. Maintenance
TM 5-237 Surveying Computer’s Manual.
TM 5-331A Earthmoving, Compaction, Grading and Ditching Equipment.
TM 5-331B Utilization of Engineer Construction Equipment: Volume, Lifting, Loading, and Haul-
ing Equipment.
TM 9-1300-206 Ammunition and Explosives Standards.
TM 9-2610-200-20 Organizational care, maintenance and repair of pneumatic tires and innertubes.
TM 38-750 The Army Maintenance Management.
A-6. Shipment and Storage
TB 740-93-2 Preservation of USAMEC Mechanical Equipment for Shipment and Storage.
TM 38-230-1 Preservation, Packaging and Packing of Military Supplies and Equipment.
TM 740-90-1 Administrative Storage of Equipment.
TM 750-244-3 Procedures for Destruction of Equipment to Prevent Enemy Use.
A-7. Operation
TM 5-330 Planning and Design of Roads, Airbases and Heliports in the Theater of Operations.
TM 9-1345-203-12&P Land Mines (Technical).
A-8. Safety
AR 385 Series Ammunition and Explosives Series.
AR 75-1 Malfunction Reports.

A-1
 TM 9-1095-204-13&P
APPENDIX B
ORGANIZATIONAL AND DIRECT SUPPORT MAINTENANCE
REPAIR PARTS AND SPECIAL TOOLS LIST
Section I. INTRODUCTION

B-1. Scope NOTE

This appendix lists spares and repair parts; special tools; Cannibalization or salvage may be used
special tests, measurement, and diagnostic equipment as a source of supply for any item
(TMDE); and other support equipment required for source coded above, except those
organizational and direct support maintenance of the coded XA, XD, and aircraft support
M57 antitank mine dispensing system. items as restricted by AR 700-42.
B-2. General (2) Maintenance code. Maintenance codes are
This repair parts and special tools list is divided into the assigned to indicate the levels of maintenance
following sections: authorized to USE and REPAIR support items. The
a.Section II. Repair Parts List. A list of spares or maintenance codes are entered in the third and fourth
repair parts authorized for use in the performance of positions of the Uniform SMR Code format as follows:
maintenance. The list also includes parts which must be (a) The maintenance code entered in the third
removed for replacement of the authorized parts. Parts position will indicate the lowest maintenance level
lists are composed of functional groups in numeric authorized to remove, replace, and use the support item.
sequence, with the parts in each group listed in figure The maintenance code entered in the third position will
and item number sequence. Bulk materials are listed in indicate one of the following levels of maintenance:
NSN sequence. Code Application/explanation
b.Section III. National Stock Number (NSN) and Part C Crew or operator maintenance performed within
Number Index. A list, in National Item Identification organizational maintenance.
Number (NIIN) sequence of all National stock numbers 0 Support item is removed, replaced, used at the
appearing in the listings, followed by a list, in alphameric organizational level.
sequence, of all part numbers appearing in the listings. F Support item is removed, replaced, used at the
National stock numbers and part numbers are cross- direct support level.
referenced to each illustration figure and item number (b) The maintenance code entered in the fourth
appearance. This index is followed by a cross-reference position indicates whether the item is to be repaired and
list of reference designations to figure and item numbers identifies the lowest maintenance level with the capability
when applicable. to perform complete repair (i.e., all authorized
B-3. Explanation of Columns maintenance functions). This position will contain one of
a.Illustration. This column is divided as follows: the following maintenance codes:
(1) Figure number. Indicates the figure number of Code Application/explanation
the illustration in which the item is shown. 0 The lowest maintenance level capable of complete
(2) Item number. The number used to identify each repair of the support item is the organizational level.
item called out in the illustration. F The lowest maintenance level capable of complete
b.Source, Maintenance, and Recoverability Codes repair of the support item is the direct support level.
(SMR). Z Nonrepairable. No repair is authorized.
(1) Source code. Source codes indicate the manner (3) Recoverability code. Recoverability codes are
of acquiring support items for maintenance, repair, or assigned to support items to indicate the disposition
overhaul of end items. Source codes are entered in the action on unserviceable items. The recoverability code is
first and second positions of the Uniform SMR Code entered in the fifth position of the Uniform SMR Code
format as follows: format as follows:
Code Definition Recoverability code Definition
PA. Item procured and stocked for anticipated or Z Nonrepairable item. When unserviceable,
known usage. condemn and dispose at the level indicated in
MO Item to be manufactured or fabricated at position 3.
organizational level. O Reparable item. When uneconomically reparable,
AO Item to be assembled at organizational level. condemn and dispose at organizational level.
XA. Item is not procured or stocked because the F Reparable item. When uneconomically reparable,
requirements for the item will result in the condemn and dispose at the direct support level.
replacement of the next higher assembly. c.National Stock Number. Indicates the National
XB Item is not procured or stocked If not available stock number assigned to the item and will be used for
through salvage, requisition. requisitioning purposes.
d.Part Number. Indicates the primary number used
by the manufacturer (Individual, company, firm, corpora-
B-1
 TM 9-1095-204-13&P

tion, or Government activity), which controls the design B-4.Special Information

and characteristics of the item by means of its a. Detailed manufacturing instructions for items
engineering drawings, specifications, standards, and source coded to be manufactured or fabricated are found
inspection requirements, to identify an item or range of in chapter 5. Bulk materials required to manufacture
items. items are listed in the Bulk Material Group in section II of
NOTE this appendix.
When a stock numbered item is b. Detailed assembly instructions for items source
requisitioned, the repair part received coded to be assembled are found in chapters 3, 4, and 5.
may have a different part number than c. Usable on codes are shown in the description
the part being replaced. column. Uncoded items are applicable to all models.
e.Federal Supply Code for Manufacturer B-5. How to Locate Repair Parts
(FSCM).The FSCM is a five-digit numeric code listed in a.When National Stock Number or Part Number is
SB 708-42 which is used to identify the manufacturer, Unknown:
distributor, or Government agency, etc. (1) First. Using the table of contents, determine the
f.Description. Indicates the Federal item name and, functional group within which the repair part belongs.
if required, a minimum description to identify the item. This is necessary since illustrations are prepared for
Items that are included in kits and sets are listed below functional groups and listings are divided into the same
the name of the kit or set with the quantity of each item in groups.
the kit or set indicated in the quantity incorporated in unit (2) Second. Find the illustration covering the
column. When the part to be used differs between serial functional group to which the repair part belongs.
numbers of the same model, the effective serial numbers (3) Third. Identify the repair part on the illustration
are shown as the last line of the description. and note the illustration figure and item number of the
g.Unit of Measure (U/M). Indicates the standard or repair part.
the basic quantity of the listed item as used in performing (4) Fourth. Using the repair parts listing, find the
the actual maintenance function. This measure is figure and item number noted on the illustration.
expressed by a two-character alphabetical abbreviation b.When National Stock Number or Part Number is
(e.g., ea, in., pr, etc.). When the unit of measure differs Known:
from the unit of issue, the lowest unit of issue that will (1) First. Using the index of National Stock
satisfy the required units of measure will be Numbers and Part Numbers, find the pertinent National
requisitioned. stock number or part number. This index is in NIIN
h.Quantity Incorporated in Unit. Indicates the sequence followed by a list of part numbers in
quantity of the item used in the breakout shown on the alphameric sequence, cross-referenced to the illustration
illustration figure, which is prepared for a functional figure number and item number.
group, subfunctional group, or an assembly. A "V" (2) Second. After finding the figure and item
appearing in the column in lieu of a quantity indicates number, locate the figure and item number in the repair
that no specific quantity is applicable (e.g., shimns, parts list.
spacers, etc.).

B-2
 TM 9-1095-204-13&P
SECTION II.

Figure B1. Chute and chute support.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 01 CHUTE AND CHUTE SUPPORT

B1 1 PAOZZ 5420-00-060-7030 MILR52243 81349 RETAINER, BRIDGE ............................................... EA 1

B1 2 XBOZZ 1321EE7049 97403 PIN, CHUTE: ........................................................... EA 1
B1 3 XBOZZ 1321BE7006 97403 CHUTE, UPPER: ..................................................... EA 1
B1 4 XJOZZ 1321BE7005 97403 SUPPORT, CHUTE: UPPER ................................... EA 1
B1 5 PAOZZ 5310-00-087-4652 MS51922-17 96906 NUT, . SELF-LOCKING,HEXAOON: 3/B-16 UNC-23 EA 9
B1 6 PAOZZ 5305-00-269-3211 M590725-60 96906 SCREW,CAP, HEXACON HEAD: 3/1-16UNC-3A. I IN. LO EA 5
B1 7 PAOZZ 5305-00-269-3213 MS90725-62 96906 SCREW,CAP. HEXAGONAL HEAD. 3/X-16 UNC-2A EA 5
1.25 IN LG. CHUTE MOUNTING

B1 8 XBOZZ 1321SE2852 97403 CHUTE, MIDDLE ..................................................... EA 1

B1 9 MOOZZ 1321SE6986-93 97403 ROPE, FIBROUS: CUT 14 FT FROM NSN ............. EA 1
4020-00- 238- 7734.................................................
B1 10 PAOZZ 109S-01-032-6710 13219E2857 97403 POST, ROPE MOUNTING:...................................... EA 2

B-3
 TM 9-1095-204-13&P

Figure B2. Moldboard.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 02 MOLDBOARD

B2 1 PAOZZ 1095-01-016-8229 1321BE7013 97403 FLAP ........................................ STABILIZING: EA 1

B2 2 XBOZZ 13218E7051 97403 BOLT ................................."T": PLOW BLADE EA 1
B2 3 PAOZZ 1095-01-022-3951 13219EOS16 97403 BLADE.................................................. PLOW EA 4-
B2 4 PAOZZ 5305-00-253-5625 M521318-46 96906 SCREW ............................................... DRIVE: EA 3
B2 5 PAOZZ 4010-00-1B6-9415 RRC271 81348 CHAIN, ....................................... WELDLESS: EA 6
B2 6 PAOZZ 5340-01-023-2665 MS17987-432 96906 PIN:CHUTE SUPPORT . 1/4 NOM DIA.X3.200 EA 1
GRIP LG ALY STL
B2 7 PAOZZ 5420-00-060-7030 M1LR52243 81349 RETAINER BRIDGE:....................................... EA 3
B2 8 PADZZ 5340-00-1B2-9857 MS17985C723 96906 PIN. QUICK RELEASE:7/16X2.3 IN............... EA 2
GRIP LENGTH
B2 9 PADZZ 5310-00-768-0318 MS51967-14 96906 NUT PLAIN.HEXAGON: 1/2-13-NC-2B ........... EA 5
B2 10 PAOZZ 5306-00-021-BI50 MS35754-34 96906 BOLT. SGUARE NECK: 1/2-13UNC-2A1-1/2 IN. EA 5
LG. NO.3
B2 11 XAOZZ 13219E2B50 97403 FRAME AND MOLDBOARD ASSEMBLY ....... EA 1

B-4
 TM 9-1095-204-13&P

Figure B3. Tow beam.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 03 TOW BEAM

B3 1 PACZZ 1095-01-021-981o 13218E7000 97403 PIN, TOW BEAM: ............................................ EA 1

B3 2 PAOZZ 1095-01-021-9B61 13219E2860 97403 CRANK ASSEMBLY:....................................... EA 1
B3 3 PAOZZ 4030-00-948-7315 MS87006-33 96906 HOOK: CHAIN S ............................................. EA 1
B3 4 PAOZZ 5420-00-060-7030 MILR52243 81349 RETAINER, BRIDGE:...................................... EA 1
B3 5 PAOZZ 4010-01-025-7245 NAS1455-0-120 80205 CHAIN: WELDLESS ........................................ EA 1
B3 6 PAOZZ 5305-00-253-5625 MS21318-46 96906 SCREW, DRIVE: ............................................. EA 1
B3 7 XBOZZ AISILOIS 00000 CRANK: 3/4 IN BAR STOCK AISI 1018 .......... EA 1
B3 8 XBOZZ 13218E6999 97403 SCREW ADJUSTING TOW BEAM: ................ EA 1
B3 9 PAOZZ 5310-01-017-0694 M551922-86 96906 NUTSELF-LOCKING:TOW BEAM 1 1/2-12 UNF-2B EA 1
B3 10 PAOZZ 5306-01-018-8066 13220E0619 97403 BOLT,SELF-LOCKING, HEXAGON: 1-1/2-12UNJ.EA 1
8 IN. LG
B3 11 XBOZZ 13218E6997 97403 TOW BEAM: AFT SECTION ........................... EA 1
B3 12 PAOZZ 4730-00-050-420B M515003-1 96906 FITTING, LUBRICATION: 1/8 NPT.................. EA 1
B3 13 PACZZ 1095-01-029-8298 13218E7004 97403 LINK,WEAK:RIGID .......................................... EA 1
B3 14 XBOZZ 13218E7002 97403 DRAW BAR ..................................................... EA 1
B3 15 PAFZZ 2540-00-733-9458 7339458 19207 CHAIN TOWING ATTACHMENT: ................... EA 2
63 16 XAFZZ 7339460 19207 HOOK, SAFETY CHAIN: ................................. EA 1
B3 17 XAFZZ 7339459 19207 CHAIN: ............................................................ EA 1
B3 18 XBOZZ 1321BE6998 97403 TOW BEAM, FORWARD SECTION: .............. EA 1

B-5
 TM 9-1095-204-13&P

Figure B4. Coulter assembly and coulter fork

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 04 COULTER ASSEMBLY AND COULTER FORK

B4 1 PAOZZ 5420-00-060-7030 MILR52243 81349 RETAINER.BRIDGE:....................................... EA 2

B4 2 XAOZZ 13218E7009-1 97403 PIN COULTER FORK ATTACHING................ EA 2
B4 3 XBOZZ 13218E6989 97403 SPACER, PLATE:COULTER FORK................ EA 2
B4 4 PAOZZ 4010-01-025-7245 NA51455-0-120 80205 CHAIN, WELDLESS: TYPE II, CLASS 2 ......... EA 2
B4 5 PAOZZ 5305-00-253-5625 M521318-46 96906 SCREW,DRIVE: .............................................. EA 2
B4 6 PAOZZ 1095-01-016-8228 1321BE7010 97403 COULTER ASSEMBLY: .................................. EA 1
B4 7 PAOZZ 5305-00-5s4-8774 AN565E1032H7 98044 SETSCREW: ................................................... EA 4
B4 6 PAOZZ 5310-01-020-4317 13219E0604 97403 NUT, COULTER AXLE: I 1/4-12UNF-2A ......... EA 4
94 9 PAOZZ 5330-01-023-9117 M551917-1 96906 SEAL, PLAIN ENCASED:................................ EA 2
B4 10 PAOZZ 3110-01-023-4874 M5190B1-31 96906 BEARING ROLLER, TAPERED:....................... EA 2
B4 11 PAOZZ 1095-01-021-9812 13219E0803 97403 AXLE, COULTER: ........................................... EA 1
B4 12 PAOZZ 5310-00-880-8189 M551967-11 96906 NUT, PLAIN,HEXAGON: 1/2-13UNC-2B......... EA 6
B4 13 PAOZZ 5310-00-584-5272 M535338-48 96906 WASHER, LOCK: 1/2 DIA ............................... EA 6
B4 14 PAOZZ 5305-00-071-1770 M590725-116 96906 SCREW,CAP,HEXAGONAL HEAD1/2-13 UNC-2A EA 6
.2 1/4 IN LG
B4 15 XBOZZ 13219E0802 97403 PLATE BACKING COULTER BLADE ............. EA 1
B4 16 XBOZZ 13219E0501 97403 HUB,COULTER:.............................................. EA 1
B4 17 PAOZZ 4730-00-050-4208 M515003-1 96906 FITTING,LUBRICATION: 1/8 NPT................... EA 1
94 18 PAOZZ 1095-01-021-0923 13219EOB00 97403 BLADE, COULTER:......................................... EA 1
B4 19 XBOZZ 13216E7006 97403 COULTER FORK ASSEMBLY: ....................... EA 1

B-6
 TM 9-1095-204-13&P

Figure B5. Electrical system - light assembly, stop and tail.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 05 ELECTRICAL SYSTE21 - LICIT ASSEKLY ,

STOP AND TAIL
B5 1 PAOZZ 5305-00-269-3209 MS90725-5B 96906 SCREWCAP.HEXAGON HEAD: 3/8-16 UNF-2A,3/4 IN LO EA
2
B5 2 PAOZZ 5310-00-637-9541 M535335-46 96906 WASHER. LOCK: ........................................... EA 4
B5 3 PAOZZ 6220-00-669-5623 MS51329-1 96906 STOP LIGHT TAILLIGHT, VEHICULAR:......... EA 2
B5 4 PAOZZ 5305-00-737-5694 7320641 73331 SCREW. MACHINE:....................................... EA 6
B5 5 PAOZZ 5365-00-732-0642 5936190 73331 RING. RETAINING:.......................................... EA 6
B5 6 PAOZZ 5330-00-297-7106 7320658 19207 PACKING PREFORMED................................. EA 1
B5 7 PAOZZ 6240-00-019-0877 MS15570-1251 96906 LAMP, INCANDESCENT................................. EA 2
B5 8 PAOZZ 6240-00-044-6914 M535478-16Q3 96906 LAMP, INCANDESCENT................................. EA 1
B5 9 XAOZZ 7525997 19207 HOUSING TAIL AND STOP LIGHT:................ EA 1

B-7
 TM 9-1095-204-13&P

Figure B6. Electrical system - service light and switch.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 05 ELECTRICAL SYSTEM - SERVICE

LIGHT AND SWITCH
B6 1 PAOZZ 5315-00-194-2455 AN415-2 88044 PIN, LOCK....................................................... EA 2
B6 2 AOOZZ 13218E7048 97403 CABLE,GROUND:........................................... EA 1
B6 3 PAOZZ 5940-00-204-8990 M525036-111 96906 TERMINAL LUG: ............................................. EA 1
B6 4 MOOZZ M13486-1-7 61349 WIRE,ELECTRICAL: CVT 11 IN. FROM NSN EA 1
6145-00-705-6678
B6 5 PAOZZ 5940-00-143-4794 M525036-112 96906 TERMINAL, LUG: ............................................ EA 1
B6 6 PAOZZ 1095-01-021-0822 13218E7056 97403 WIRE SERVICE LIGHT ................................... EA 1
B6 7 PAOZZ 5930-00-683-1628 M524523-22 96906 SWITCH, TOGGLE: ........................................ EA 1
B6 8 PAOZZ 6220-00-678-9045 8741462 192071 HEADLIGHT: ................................................... EA 1
B6 9 PAOZZ 5310-00-732-055B M551967-8 96906 NUT, PLAIN,HEXAGON: 3/ B-16UNF-2A........ EA, 3
B6 10 PA02Z 5310-00-637-9541 M535336-46 96906 WASHER,LOCK: ............................................. EA 3
B6 11 PAOZZ 5305-00-832-5743 8741437 19207 SCREW, EXTERNALLY RELIEVED BODY: ... EA 3
B6 12 XAOZZ 8741446 19207 RIM.SEAL BEAM RETAINING ........................ EA 1
B6 13 PAOZZ 6240-00-696-4168 8741491 19207 LAMP, SEAL BEAM UNIT: .............................. EA 1
B6 14 XAOZZ B741447 19207 HOUSING ASSEMBLY, SEAL BEAM UNIT .... EA 1
B6 15 XBOZZ 1321SE7039 97403 HOUSING, SERVICE LIGHT .......................... EA; 1
B6 16 PAOZZ 1095-01-021-9800 13218E7033 97403 HARNESS WIRING: ........................................ EA 1

B-8
 TM 9-1095-204-13&P

Figure B7. Leveling jack assembly.

 TM 9-1095-204-13&P

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 06 LEVELING JACK ASSEMBLY

B7 1 PAOZZ 5310-00-732-0560 M851968-14 96906 NUT PLAIN HEXAGON: .................................. EA 1

B7 2 PAOZZ 5306-00-012-917B 12917B 24617 BOLT, SQUARE NECK:1/2-13 THD SIZE;10 IN LG EA 1
B7 3 PAOZZ 5310-00-0B8-0553 MS21044N5 96906 NUT SELF-LOCKING,HEXAGON: 5/16-24UNF-3B EA 2
B7 4 PAOZZ 5306-00-151-1283 AN5-I5A 88044 BOLT,MACHINE: 5/16-24UNF-3A. 1-3/4 IN. L EA 2
B7 5 XBOZZ 1321BE6996 97403 TUBE, TORQUE:............................................. EA 1
B7 6 PAOZZ 4730-00-050-420B M515003-1 96906 FITTING, LUBRICATION. 1/B NPT ................ EA 2
B7 7 PAOZZ 5315-00-010-4666 M590713-14 96906 NAIL: 40D,PIN ADAPTER TO SHAFT.SMOOTH EA 1
SHANK.0.226 DIA
B7 8 PAOZZ 5120-00-237-0989 GGGW641 81348 SOCKET, SOCKET WRENCH ADAPTER: ..... EA 1
B7 9 PAOZZ 5310-00-723-2737 M535690-524 96906 NUT,HEXAGONAL: DEPTH POINTER LOCK,5/16-24EA 2
B7 PAOZZ 1095-01-021-0021 13218E7059 97403 POINTER,DEPTH:........................................... EA 1
B7 11 PAOZZ 5310-00-776-1963 MS210B3N16 96906 NUT, SELF-LOCKING,HEXAGON: 1-12UNJF-2B EA 1
B7 12 PAOZZ 5306-00-079-3483 AN17-37 18044 BOLT, MACHINE: 1-12 UNC 2A;5 IN LG ........ EA 1
B7 13 PAOZZ 5310-00-595-7473 MS20364-1614 96906 NUT,SELF-LOCKING: ..................................... EA 1
B7 14 PAOZZ 5310-00-809-8541 M527183-27 96906 WASHER FLAT ............................................... EA 1
B7 15 XBOZZ 9624N53 394211 SPRING, COMPRESSION:1 IN ID1 IN ID X 110 EA 1
LH.RATE,TYPE GRADE B.
B7 16 PAOZZ 1095-01-024-9045 13218E6995 97403 JACK, RIGHT .................................................. EA 1
B7 17 PAOZZ 5315-00-042-4B53 13218E6995-9 97403 PIN, STRAIGHT, HEADLESS: ........................ EA 1
B7 18 XBOZZ MSR14C3B 74410 SCREW, MACHINE. 1/4-20 UNC-2A)3/4 IN L1 EA 3
B7 19 PAOZZ 5310-00-194-9211 M535336-27 96906 WASHER,LOCK: ............................................. EA 3
B7 20 XBOZZ V354 74410 PLATE, COVER: ............................................. EA 1
B7 21 PAOZZ 5330-00-736-5115 H37 74410 GASKET: ......................................................... EA 1
B7 22 PAFZZ 5315-00-042-4853 13218E6995-9 97403 PIN, STRAIGHT. HEADLESS: ....................... EA 1
B7 23 PAFZZ 3020-00-408-7917 V641-2 74410 GEAR BEVEL.................................................. EA 1
B7 24 XBFZZ V517 74410 KEY, MACHINE:GEAR TO SHAFT, 1/2 X3/16 EA 2
IN SQUARE
B7 25 XBFZZ V516RM 74410 SHAFT GEAR: RIGHT HAND JACK ............... EA 1
B7 26 PAFZZ 5315-00-013-7214 MS24665-359 96906 PIN, COTTER: 0.12 IN DIA,I 3/4 IN L.............. EA 1
B7 27 XBFZZ 412 74410 NUT,SLOTTED,CASTELLATED: .................... EA 1
B7 28 PAFZZ 3020-00-408-7917 V641-2 74410 GEAR, BEVEL:................................................ EA 1
B7 29 XBFZZ H32-1 74410 KEY.ACME SCREW SHAFT ........................... EA 1
B7 30 XAOZZ VS13RM 74410 TUBE, OUTER JACK: ..................................... EA 1
B7 31 PAFZZ 5315-00-413-9590 GP-38-138-5 74410 PIN, GROOVE:................................................ EA 1
B7 32 XAOZZ V352 74410 SCREW. ACME :............................................ EA 1
97 33 PAFZZ 3110-00-161-1074 V648 74410 BEARING ROLLER, THRUST:........................ EA 1
B7 34 PAFZZ 5310-00-780-4096 V337 74410 WASHER FLAT: .............................................. EA 1
B7 35 XAOZZ V302M 74410 TUBE. INNER JACK....................................... EA 1
B7 36 PAOFF 1095-01-021-9809 13218E6994 97403 JACK ASSEMBLY LEVELING LEFT HAND.... EA 1
B7 37 XAOZZ V513LM 74410 TUBE,OUTER JACK,LEFT HAND:.................. EA 1
B7 38 XBFZZ V516LM 74410 SHAFT,GEAR: LEFT HAND JACK.................. EA 1

B-10
 TM 9-1095-204-13&P

Figure B8. Wheel, tire, and tube.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 07 WHEEL, TIRE, AND TUBE

B8 1 PACZZ 5310-00-594-803B MS519B3-2 96906 NUT, PLAIN, SINGLE BALL SEAT,HEXAGON: EA 10

B8 2 XBOZZ MS53045-2 96906 RIM, SPLIT TYPE:........................................... EA 2
B8 3 PAOZZ 2610-00-540-4719 MILT12459 81349 TIRE, PNEUMATIC: 9.00 X 16. 8 PLY ........... EA 2
B8 4 PAOZZ 2610-00-051-9266 M535392-10 96906 INNER TUBE,PNEUMATIC TIRE.................... EA 2
B8 5 XBOZZ 738B452 19207 WHEELSTEEL ................................................ EA I

B-11
 TM 9-1095-204-13&P

Figure B9. Hub assembly.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 08 HUB ASSEMBLY

B9 1 PAOZZ 1095-01-028-4153 1321BE7019 97403 HUB ASSEMBLY :........................................... EA 2

B9 2 PAOZZ 5305-00-068-0500 MS90725-3 96906 SCREW, CAP, HEXAGON HEAD: .................. EA 4
B9 3 PAOZZ 5310-00-582-5965 MS35338-44 96906 WASHER, LOCK: 1/4 IN ID ............................. EA 4
B9 4 XBOZZ 27-1000 95026 CAP,GREASE: ................................................ EA 1
B9 5 XBGZZ 8-1004 95026 GASKET, GREASE CAP................................. EA 1
B9 6 PAOZZ 5315-00-285-7161 M524665-377 96906 PIN, COTTER 1/8X2 IN ................................... EA 1
B9 7 PAOZZ 5310-00-911-5467 2-906 95026 NUT PLAIN, SLOTTED, HEXAGON................ EA 1
B9 B PAOZZ 5310-00-911-5468 7-914 95026 WASHER......................................................... EA 1
B9 9 PAOZZ 3110-00-100-0730 2582 6003B CONE,AND ROLLERS, ...TAPERED ROLLER EA 1
BEARING
B9 10 PAOZZ 3110-00-100-0355 2523 60030 CUP, TAPERED, ROLLER BEARING:............ EA 1
B9 11 XBOZZ 25-1000 95026 SEAL, GREASE .............................................. EA 1
B9 12 PAOZZ 5306-00-383-4957 2140131 24617 BOLT, RIBBED SHOULDER ........................... EA 5
B9 13 XAOZZ 57-632 95026 HUB, WHEEL .................................................. EA 1

B-12
 TM 9-1095-204-13&P

Figure B10. Axles and pillow blocks.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 09 AXILS AND PILLOW BLOCKS

B10 1 PAOZZ 5310-00-269-4040 M5B1922-49 96906 NUT, SELF-LOCKING,HEXAGON: 5/B-1IUNC-2B EA 2
B10 2 PAOZZ 5305-00-724-6760 M590725-174 96906 SCREWCAP.HEXAGON HEAD: 5/8-IlUNC-2A, EA 2
4 1/2 LG
B10 3 XBOZZ 13219E2B44 97403 AXLE ASSEMBLY, LEFT HAND: .................... EA 1
B10 4 XBOZZ 1321BE2845 97403 AXLE ASSEMBLY RIGHT HAND:................... EA 1
B10 5 PAOZZ 5310-01-020-4315 13219E2B51 97403 WASHER:........................................................ EA 1
B10 6 XBOZZ 13219E2843 97403 AXLE UPPER: ................................................. EA 1
B10 7 PAOZZ 9505-00-846-0941 M520995F91 96906 WIRE, NON ELECTRICAL: ............................. EA 2
B10 8 PAOZZ 5305-00-914-3789 M518154-115 96906 SCREW CAP HEXAGON ..........HEAD: 1/2-13 EA 8
UNC-2A.1-3/4IN LG
B10 9 XBOZZ 13219E2B46 97403 PILLOW BLOCK:............................................. EA 2

B-13
 TM 9-1095-204-13&P

Figure B11. Frame and tool box.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 10 FRAME AND TOOL BOX

B11 1 PAOZZ 5305-00-269-3211 M990725-60 96906 SCREW,CAP, HEXAGON HEAD: 3/B-16UNC-3A, EA 2

1 IN L
B11 2 XBOZZ 1321SE7040 97403 TOOL BOX: ..................................................... EA 1

B-14
 TM 9-1095-204-13&P

Figure B12. Can opener assembly.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 11 CAN OPENER ASSEMBLY

B12 1 AOCFZ 13218E7054 97403 CAN OPENER ASSEMBLY:............................ EA 2

B12 2 PACOZ 7330-01-024-7963 13220E0616 97403 OPENER, CAN, MOUNTED:........................... EA 1
B12 3 PACZZ 5310-00-880-7744 M551967-5 96906 NUT, PLAIN HEXAGON: ................................. EA 3
B12 4 PACZZ 5310-00-407-9566 MS35338-45 96906 WASHER, LOCK: 5/16 IN ID ........................... EA 3
B12 5 PACZZ 5306-00-753-6996 MS35751-43 96906 BOLT, SOUARE NECK: .................................. EA 3
B12 6 PACFZ 7330-01-019-7115 13215E7052 97403 STAND CAN OPENER:................................... EA 1
B12 7 PACOZ 1095-01-016-8227 13218E7053 97403 PLATFORM. CAN OPENER:.......................... EA 1

B-15
 TM 9-1095-204-13&P

Figure B13. Conveyor assembly.

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 12 CONVEYOR ASSEMBLY

B13 1 AOCFZ 13218E7034 97403 CONVEYOR ASSEMBLY:............................... EA 2

B13 2 PACZZ 5310-00-087-4652 MS51922-17 96906 NUT,SELF-LOCKING. HEXAGON: 3/8-16UNC-2B EA 2
B13 3 PACZZ 5305-00-269-3211 MS90725-60 96906 SCREW, CAP, HEXAGON HEAD: 3/B-16UNC-3A EA 26
1 IN L ...............................................................
B13 4 PACZZ 1095-01-022-5302 13215E7037 97403 STOP, CONVEYOR ROLLER:EAI .................. EA 1
B13 5 PACZZ 5310-00-732-0558 MS51967-S 96906 NUT, PLAIN HEXAGON: 3Z/-16UNC-2B ........ EA 24
B13 6 PACZZ 5310-00-637-9541 M35338-46 96906 WASHER,LOCK: ............................................. EA 24
B13 7 PACZZ 5310-00-809-4061 M527183-15 96906 WASHER, FLAT: 3/8 IN ID .............................. EA 24
B13 8 PACZZ 1095-01-016-3226 13218E7035 97403 STAND,ROLLER CONVEYOR:....................... EA 6
B13 9 PACZZ 3910-01-028-5560 13218E7036 97403 CONVEYOR, ROLLER GRAVITY ................... EA 5
B13 10 PACZZ 1095-01-021-0798 1916-50-20-25 36745 ROLLER CONVEYOR..................................... EA 15
B13 11 XBOZZ 1321BE7001 97403 TOOL BOX: ..................................................... EA 1

B-16
 TM 9-1095-204-13&P

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 13 CONTAINER. A T MINES

B14 1 AOCZZ 1321BE7020 97403 CONTAINER ASSEMBLY: A.T. MINE ............. EA 18

B14 2 PACZZ 1095-01-016-8224 1321BE7031 97403 ROD, RESTRAINT: ......................................... EA 1
B14 3 PACZZ 5310-00-087-4652 MS51922-17 96906 NUT, SELF-LOCKING,1HEXAGON: 3/8-16UNC-2B EA 6
B14 4 PACZZ 5305-00-269-3213 MS90725-62 96906 SCREW,CAP, HEXAGON HEAD: 3/8-16UNC-2A, EA 4
1-1/4 IN. LC
B14 5 PACZZ 1095-01-021-9804 1321BE2958 97403 STRAP, TIE-DOWN ASSEMBLY: ................... EA 2
B14 6 PACZZ 1095-01-23-5173 1321BE7029-2 97403 STRAP RESTRAINT: ...................................... EA 1
B14 7 XBCZZ 1321EE7032-11 97403 STRAP,SPACER: 7 3/4 IN LO, I IN WIDE, WITH EA 32
GROMETS NO 0TYPE 1. CLASS 1. MIL-G-16491
BRASS. 1 1/2 IN FROM EACH END.
B14 8 PACZZ 5325-00-276-5679 AN227-29BS 88044 STUD. SNAP FASTENER: ............................. EA 18
B14 9 PACZZ 5305-00-269-3211 MS90725-60 96906 SCREW,CAP, HEXAGON HEAD: 3/S-16UNC-3A EA 3
1 IN. LG
B14 10 PACZZ 1095-01-021-9802 13220E0621 97403 BRACE. POST: .............................................. EA 2
B14 11 PACZZ 1095-01-034-2079 13218E7032 97403 SPACER ASSEMBLY:.EA............................... EA 8
114 12 PACZZ S306-00-177-5428 MS16992-547 96906 BOLT. LAG ..................................................... EA 4
B14 13 PACZZ 5306-00-406-5199 MS16992-566 96906 BOLT ... LAG: SQUARE HEAD. 7/16X4 IN LG EA 16
B14 14 PACZZ 5310-00-080-6004 M527183-14 96906 WASHER FLAT: .............................................. EA 6
B14 15 PACZZ 1095-01-022-5301 13215E7030 97403 BRACE ............................................................ EA 2
B14 16 PACZZ 5310-00-056-3395 MS35649-23B2 96906 NUT, PLAIN HEXAGON: 3/8 - 16UNC-2B....... EA 4
B14 17 PACZZ 5306-00-951-5699 M535751-81 96906 BOLT, SQUARE NECK: 3/B-16UNC-2A,4 IN LC EA 4
914 18 XBCZZ 13215E7021 97403 CORNERPOST RIGHT: .................................. EA 1
B14 19 XBCZZ 5310-00-087-4652 13215E7022 97403 CORNERPOST LEFT:..................................... EA 1
B14 20 XBCZZ 13218E7020 97403 BASE CONTAINER: ........................................ EA 1

B-17
 TM 9-1095-204-13&P

Figure B14. Container, A T mines.

B-18
 TM 9-1095-204-13&P

(1) (2) (3) (4) (5) (6) (7) (8)

ILLUSTRATION DESCRIPTION
(a) (b) FEDERAL QTY
FIG ITEM SMR STOCK PART INC
NO. NO. CODE NUMBER NUMBER FSCM U/M UNIT
USABLE CODE

GROUP 14 LIFTING FORK

B15 1 PACZZ 1095-01-022-5320 1322050618 97403 STRAP, SNAP HOOK: .................................... EA 2

B15 2 PACZZ 5310-00-732-0558 MS51967-8 96906 NUT, PLAIN HEXAGON: 3/8-16UNC-2B......... EA 2
B15 3 PACZZ 5310-00-637-9541 MS35338-46 96906 WASHER,LOCK: ............................................. EA 2
B15 4 PACZZ 530S-00-269-3213 M590725-62 96906 SCREW CAP, HEXAOON HEAD: 3/8-16 UNC-
2A.1 1/4 IN LG................................................. EA 2
B15 5 PACZZ 5310-00-080-6004 M527183-14 96906 WASHER FLAT:3/B IN I. D. ........................... EA 2
B15 6 PACZZ 5340-01-042-3540 13218E7029-1 97403 STRAP, WEBBING:......................................... EA 1
B15 7 XBOZZ 13218E7055 97403 FORK, LIFTING ASSEMBLY:.......................... EA 1

B-19
 TM 9-1095-204-13&P
SECTION III. NATIONAL STOCK NUMBER AND PART NUMBER INDEX
STOCK NUMBER FIGURE ITEMSTOCK NUMBER FIGURE ITEM
5315-00-010-4666 B7 7 6220-00-669-5623 B5 3
5306-00-012-9178 B7 2 6220-00-678-9045 B6 8
5315-00-013-7214 B7 26 5930-00-683-1628 B6 7
6240-00-019-0877 B5 8 6240-00-686-4168 B6 13
5306-00-021-8150 B2 10 5310-00-723-2737 B7 9
5315-00-042-4853 B7 17 5305-00-724-6760 B10 2
5315-00-042-4853 B7 22 5310-00-732-0558 B13 5
6240-00-044-6914 B5 9 5310-00-732-0558 B15 2
4730-00-050-4208 B3 12 5310-00-732-0558 B6 9
4730-00-050-4208 B4 17 5310-00-732-0560 B7 1
4730-00-050-4208 B7 6 5365-00-732-0642 B5 5
2610-00-051-9266 B8 4 2540-00-733-9458 B3 15
5310-00-056-3395 B14 16 5330-00-736-5815 B7 21
5420-00-060-7030 B2 1 5305-00-737-5694 B5 4
5420-00-060-7030 B2 7 5306-00-753-6996 B12 5
5420-00-060-7030 B3 4 5310-00-768-0318 B2 9
5420-00-060-7030 B4 1 5310-00-776-1963 B7 11
5305-00-068-0500 B9 2 5310-00-780-4096 B7 34
5305-00-071-1770 B4 14 5310-00-809-4061 B13 7
5306-00-079-3483 B7 12 5310-00-809-8541 B7 14
5310-00-080-6004 B14 14 5305-00-832-5743 B6 11
5310-00-080-6004 B15 5 9505-00-846-0941 B10 7
5310-00-087-4652 B1 5 5310-00-880-7744 B12 3
5310-00-087-4652 B13 2 5310-00-880-8189 B4 12
5310-00-087-4652 B14 3 5310-00-911-5467 B9 7
5310-00-087-4652 B14 19 5310-00-911-5468 B9 8
5310-00-088-05S3 B7 3 5305-00-914-3789 B10 8
3110-00-100-0355 B9 10 4030-00-948-7315 B3 3
3110-00-100-0730 B9 9 5306-00-951-5699 B14 17
5940-00-143-4794 B6 5 1095-01-016-8224 B14 2
5306-00-151-1283 B7 4 1095-01-016-8226 B13 10
3110-00-161-1074 B7 33 1095-01-016-8227 B12 7
5306-00-177-5428 B14 12 1095-01-016-8228 B4 6
5340-00-182-9857 B2 8 1095-01-016-8229 B2 1
4010-00-186-9415 B2 5 5310-01-017-0694 B3 9
5315-00-194-2455 B6 1 5306-01-018-8066 B3 10
5310-00-194-9211 B7 19 7330-01-019-7115 B12 6
5940-00-204-8990 B6 3 5310-01-020-4315 B10 5
5120-00-237-0989 B7 8 5310-01-020-4317 B4 8
5305-00-253-5625 B2 4 1095-01-021-0798 B13 10
5305-00-253-5625 B3 6 1095-01-021-0821 B7 10
5305-00-253-5625 B4 5 1095-01-021-0822 B6 6
5305-00-269-3209 B5 1 1095-01-021-0823 B4 18
5305-00-269-3211 B1 6 1095-01-021-9800 B6 16
5305-00-269-3211 B1 1 1095-01-021-9802 B14 1D
5305-00-269-3211 B13 3 1095-01-021-9B04 B14 5
5305-00-269-3211 B14 9 1095-01-021-9809 B7 36
5305-00-269-3213 B1 7 1095-01-021-9B10 B3 1
5305-00-269-3213 B3 14 1095-01-021-9812 B4 11
5305-00-269-3213 B15 4 1095-01-021-9818 B3 2
5310-00-269-4040 B10 1 1095-01-022-3951 B2 3
5325-00-276-5679 B14 8 1095-01-022-5301 B14 15
5315-00-285-7161 B9 6 1095-01-022-5302 B13 4
5330-00-297-7106 B5 7 1095-01-022-5320 B15 1
5306-00-383-4957 B9 12 5340-01-023-2665 B2 6
5306-00-406-5199 B14 13 3110-01-023-4874 B4 10
5310-00-407-9566 B12 4 1095-01-023-5173 B14 6
3020-00-408-7917 B7 23 5330-01-023-9117 B4 9
3020-00-408-7917 B7 28 7330-01-024-7963 B12 2
5315-00-413-9590 B7 31 1095-01-024-9045 B7 16
2610-00-540-4719 B8 3 4010-01-025-7245 B3 5
5310-00-582-5965 B9 3 4010-01-025-7245 B4 4
5310-00-584-5272 B4 13 1095-01-028-4153 B9 1
5305-00-584-8774 B4 7 3910-01-028-5560 B13 9
5310-00-594-8038 B8 1 1095-01-029-8298 B3 13
5310-00-595-7473 B7 13 1095-01-032-6710 B1 10
5310-00-637-9541 B13 6 1095-01-034-2079 B14 11
5310-00-637-9541 B15 3 5340-01-042-3540 B15 6
5310-00-637-9541 B5 2
5310-00-637-9541 B6 10

PART FIG. ITEM PART FIG. ITEM

NUMBER FSCM NO. NO. NUMBERFSCM NO. NO.

AISI101 00000 B3 7 GGGW641 81348 B7 8

AN17-37 88044 B7 12 GP-38-138-5 74410 87 31
AN227-29B5 88044 B14 8 H32-1 74410 87 29
AN415-2 88044 B6 1 H37 74410 B7 21
AN5-15A 88044 B7 4 MILR52243 81349 B1 1
AN565E1032H7 88044 B4 7 MILR52243 81349 B2
7

B-20
 TM 9-1095.204-l3&P
NATIONAL STOCK NUMBER AND PART NUMBER INDEX
PART FIG. ITEM PART FIG. ITEM
NUMBER FSCM NO.NO.NUMBERFSCMNO. NO.
MILR52243 161349 B3 4 V352 74410 B7 32
MILR52243 81349 B4 1 V354 74410 B7 20
MILT12459 81349 B8 3 V513LM 74410 B7 37
MSR14C38 74410 B7 Is V513RM 74410 B7 30
MS15003-1 96906 B3 12 V516LM 74410 B7 38
MS15003-1 96906 B4 17 V516RM 74410 B7 25
MS15003-1 96906 B7 6 V517 74410 B7 24
MS15570-1251 96906 B5 7 V641-2 74410 B7 23
MS16992-547 96906 B14 12 V641-2 74410 B7 26
MS16992-566 96906 B14 13 V648 74410 B7 33
MS17935C723 96906 B2 a 129178 24617 B7 2
MS17987-432 96906 B2 6 13218E2845 97403 B10 4
MS18154-115 96906 B10 a 13218E2652 97403 B1 9
MS19081-31 96906 B4 10 13218E6986-93 97403 B1 9
MS20364-1614 96906 B7 13 13218E6989 97403 B4 3
MS20995F91 96906 B10 7 13218E6994 97403 B7 36
MS21044N5 96906 B7 3 13218E6995 97403 B7 16
MS21083N16 96906 B7 11 13218E6995-9 97403 B7 17
MS21316-46 96906 B2 4 13218E6995-9 97403 B7 22
MS2131B-46 96906 B3 6 13218E6996 97403 B7 5
MS21318-46 96906 B4 5 13218E6997 97403 B3 11
MS24523-22 96906 B6 7 13218E6998 97403 B3 18
MS24665-359 96906 B7 26 13218E6999 97403 B3 6
MS24665-377 96906 B9 6 13218E7000 97403 B3 1
MS25036-1 11 96906 B6 3 13218E7001 97403 B13 11
MS25036-112 96906 B6 5 13218E7002 97403 B3 14
MS27183-14 96906 B14 14 13218E7004 97403 B3 13
MS27183-14 96906 B15 5 13218E7005 97403 B1 4
MS27183-15 96906 B13 7 13218E7006 97403 B1 3
MS27183-27 96906 B7 14 13218E7008 97403 B4 19
MS35336-27 96906 B7 19 13218E7009-1 97403 B4 2
M35336-44 96906 B9 3 13218E7010 97403 B4 6
M3533B3-45 96906 B12 4 13218E7013 97403 B2 1
MS35338-46 96906 B13 6 13218E7019 97403 B9 1
MS35338-46 96906 B15 3 13218E7020 97403 B14 20
MS3533B-46 96906 B5 2 13218E7020 97403 B14 1
MS35338-46 96906 B6 10 13218E7021 97403 B14 Is
MS35338-46 96906 B4 13 13218E7022 97403 B14 19
MS35392-10 96906 B5 4 13218E7029-1 97403 B15 6
MS35478-1683 96906 B5 8 13218E7029-2 97403 B14 6
MS35649-2382 96906 B14 16 13218E7030 97403 B14 15
MS35690-524 96906 B7 9 13218E7031 97403 B14 2
MS35751-43 96906 B12 5 13218E7032 97403 B14 11
MS35751-81 96906 B14 17 13218E7032-11 97403 B14 7
MS35754-34 96906 B2 10 13218E7033 97403 B6 16
MS51329-1 96906 B5 3 13218E7034 97403 B13 1
MS51917-1 96906 B4 9 13218E7035 97403 B13 8
MS51917-1 96906 B13 2 13218E7036 97403 B13 9
MS51922-17 96906 B14 3 13218E7037 97403 B13 4
MS51922-17 96906 B1 5 13218E7039 97403 B6 15
MS51922-49 96906 B10 1 13218E7040 97403 B11 2
MS51922-86 96906 B3 9 13218E7046 97403 B6 2
MS51967-11 96906 B4 12 13218E7049 97403 B1 2
MS51967-14 96906 B2 9 13218E7051 97403 B2 2
MS51967-5 96906 B12 3 13218E7052 407403 B12 6
MS51967-8 96906 B13 5 13218E7053 97403 B12 7
MS51967-6 96906 B15 2 13218E7054 97403 B12 1
MS51967-8 96906 B6 9 13218E7055 97403 B15 7
MS51968-14 96906 B7 1 13218E7056 97403 B6 6
MS51963-2 96906 B8 1 13218E7059 97403 B7 10
MS53045-2 96906 B8 2 13219E0800 97403 B4 18
MS87006-33 96906 B3 3 13219E0801 97403 B4 16
MS90713-14 96906 B7 7 13219E0802 97403 B4 15
MS90725-116 96906 B4 14 13219E0803 97403 B4 11
MS90725-174 96906 B10 2 13219E0804 97403 B4 8
MS90725-3 96906 B9 2 13219E0816 97403 B2 3
MS90725-58 96’906 B5 1 13219E2843 97403 B10 6
MS90725-60 96906 B11 I 13219E2844 97403 B10 3
MS90725-60 96906 B13 3 13219E2846 97403 B10 9
MS90725-60 96906 B14 9 13219E2850 97403 B2 11
MS90725-60 96906 B1 6 13219E2851 97403 B10 5
MS90725-62 96906 B14 4 13219E2857 97403 B1 10
MS90725-62 96906 B15 4 13219E2858 97403 B14 5
MS90725-62 96906 B1 7 13219E2660 97403 B3 2
M13486-1-7 61349 B6 4 13220E0616 97403 B12 2
NA61455-0-120 60205 B3 5 13220E0616 97403 B15 1
NAS1455-0-120 60205 B4 4 13220E0619 97403 B3 10
RRC271 81346 B2 5 13220E0621 97403 B14 10
V302M 74410 B7 37 1916-50-20-25 36745 B13 10
V337 74410 B7 34 2-906 95026 B9 7

B-21
 TM 9-1095-20413&P
NATIONAL STOCK NUMBER AND PART NUMBER INDEX
PART FIG. ITEM PART FIG. ITEM
NUMBER FSCM NO.NO.NUMBERFSCMNO. NO.
2140131 24617 B9 12 7339460 19207 B3 16
25-1000 95026 B9 11 7388452 19207 B8 5
2523 60038 B9 10 7525997 73331 B5 9
2582 60038 B9 9 8-1004 95026 B9 5
27-1000 95026 B9 4 8741437 19207 B6 11
412 74410 B7 27 8741446 t9207 B6 12
57-632 95026 B9 13 8741447 19207 B6 14
5936190 73331 B5 5 8741462 19207 B6 8
7-914 95026 B9 8 8741491 19207 B6 13
7320641 73331 B5 4 624N53 39428 B7 15
7320658 19207 B5 6
7339458 19207 63 15
7339459 19207 B3 17

B-22
 TM 9-1095-204-13&P

APPENDIX C
MAINTENANCE ALLOCATION CHART
Section I. Introduction

C-1. General failure in a part, subassembly, module (component or

a.This section provides a general explanation of all assembly), end item, or system.
maintenance and repair functions authorized at
various maintenance levels. j.Overhaul. That maintenance effort (service/actions)
b.The Maintenance Allocation Chart (MAC) in section II necessary to restore an item to a completely
designates overall responsibility for the performance serviceable/operational condition as prescribed by
of maintenance functions on the identified end item or maintenance standards (i.e., DMWR) in appropriate
component. The implementation of the maintenance technical publications. Overhaul is normally the
functions upon the end item or component will be highest degree of maintenance performed by the
consistent with the assigned maintenance functions. Army. Overhaul does not normally return an item to
c.Section III contains supplemental instructions on like new condition.
explanatory notes for a particular maintenance k.Rebuild. Consists of those services/actions necessary
function. for the restoration of unserviceable equipment to a
C-2. Maintenance Functions like new condition in accordance with original
a.Inspect. To determine the serviceability of an item by manufacturing standards. Rebuild is the highest
comparing its physical, mechanical and/or electrical degree of materiel maintenance applied to Army
characteristics with established standards through equipment. The rebuild operation includes the act of
examination. returning to zero those age measurements
b.Test. To verify serviceability and detect incipient failure (hours/miles, etc) considered in classifying Army
by measuring the mechanical or electrical equipments/components.
characteristics of an item and comparing those
characteristics with prescribed standards. C-3. Column Entries Used in the MAC
c.Service. Operations required periodically to keep an a.Column 1, Group Number. Column 1 lists group
item in proper operating condition, i.e., to clean numbers, the purpose of which is to identify
(decontaminate), to preserve, to drain, to paint, or to components, assemblies, subassemblies, and
replenish fuel, lubricants, hydraulic fluids, or modules with the next higher assembly.
compressed air supplies. b.Column 2, Component Assembly. Column 2 contains
d.Adjust. To maintain, within prescribed limits, by bringing the noun names of components, assemblies,
into proper or exact position, or by setting the subassemblies, and modules for which maintenance
operating characteristics to specified parameters. is authorized.
e.Align. To adjust specified variable elements of an item c.Column 3, Maintenance Functions. Column 3 lists the
to bring about optimum or desired performance. functions to be performed on the item listed in column
FCalibrate. To determine and cause corrections to be 2. (For detailed explanation of these functions, see
made or to be adjusted on instruments or test para C-2.)
measuring and diagnostic equipments used in d.Column 4, Maintenance Category. Column 4 specifies,
precision measurement. Consists of comparisons of by the listing of a "work time" figure in the appropriate
two instruments, one of which is a certified standard subcolumn(s), the lowest level of maintenance
of known accuracy, to detect and adjust any authorized to perform the function listed in column
discrepancy in the accuracy of the instrument being 3.This figure represents the active time required to
compared. perform the maintenance function at the indicated
g.Install. The act of emplacing, seating, or fixing into category of maintenance. If the number or,
position an item, part, or module (component or complexity of the tasks within the listed maintenance
assembly) in a manner to allow the proper functioning function vary at different maintenance categories.
of an equipment or system. appropriate "work time" figures will be shown for each
h.Replace. The act of substituting a serviceable like type category. The number of man-hours specified by the
part, subassembly, or module (component or "work time" figure represents the average time
assembly) for an unserviceable counterpart. required to restore an item (assembly, subassembly,
i.Repair. The application of maintenance services1 or component, module, end item, or system) to a
2
other maintenance actions to restore serviceability to serviceable condition under typical field operating
an item by correcting specific damage, fault, conditions. This time includes preparation time,
malfunction, or troubleshooting time, and quality assurance/quality
control time in addition to the time required to perform
1
Services-inspect, test, service, adjust, align, calibrate, or the specific tasks identified for the maintenance
replace. functions authorized in the maintenance allocation
2
Actions-welding, grinding, riveting, straightening, facing, chart. The symbol designations for the various
remarching, or resurfacing. maintenance levels are as follows:

C-1
 TM 9-1095-204-13&P

C Operator or crew required to perform the designated function.

0 Organization maintenance C-4 Explanation of Columns in Section III
F Direct support maintenance a Reference Code The code scheme recorded in
H General support maintenance. column 5, section II.
D Depot maintenance b Remarks This column lists information pertinent
e Column 5, Tools and Equipment Column 5 to the maintenance function being performed as
specifies, by code, those common tool sets (not individual indicated on the MAC, section II.
tools) and special tools, test, and support equipment

SECTION II. MAINTENANCE ALLOCATION CHART

(1)
Group
Number
01
0101

0102

0103

02

0201
0202

0203

03
0301

0302

0303

04

0401

05

0501

0502
0503

06

C-2
 TM 9-1095-204-13&P

(1)
Group
Number
0601
07

08

09
10

1001

11
1101

1102

12

1201
1202

1203
13

14

Section III. REMARKS

C-3
 TM 9-1095-204-13&P

INDEX

A Paragraph Page
Adjustments:
Coulter assembly ................................................................................................... 3-21 3-8
Leveling jacks ................................................................................................... 2-3 2-5
Support, upper chute ................................................................................................... 3-13 3-6
Tow Beam ................................................................................................... 2-3 2-5
Administrative storage, general ................................................................................................... 7-1 7-1
Axle, lower ................................................................................................... 4-20 4-12
Axle, upper ................................................................................................... 4-21 4-12
C
Can opener ................................................................................................... 4-18 4-11
Cargo, aircraft transport ................................................................................................... 2-3 2-5
Chute assembly ................................................................................................... 6-3 6-1
Chute support ................................................................................................... 6-4 6-1
Containers, assembled ................................................................................................... 3-18 3-8
Containers, unassembled ................................................................................................... 3-17 3-8
Controls and instruments ................................................................................................... 2-6 2-10
Coulter assembly ................................................................................................... 4-10 4-2
D
Demolition, general ................................................................................................... 7-2 7-1
Description ................................................................................................... 1-3 1-1
Detailed lubrication instructions ................................................................................................... 3-1 3-1
Dismantling for movement ................................................................................................... 2-3 2-5
Dispensing under unusual conditions .......................................................................................... 2-11 2-28
F
Flap, stabilizing ................................................................................................... 3-20 3-8
Forms and records ................................................................................................... 1-2 1-1
H
Helilift transport ................................................................................................... 2-3 2-5
I
Identification and tabulated data .................................................................................................. 1-5 1-3
Inspecting and servicing the equipment ...................................................................................... 2-1 2-1
Installation instructions ................................................................................................... 2-2 2-2
L
Leveling jack assembly ................................................................................................... 4-12 4-4
Leveling jack repair ................................................................................................... 6-5 6-1
Lower axle ................................................................................................... 4-20 4-12
M
Maintenance and operating supplies ........................................................................................... 1-5 1-3
Maintenance repair parts ................................................................................................... 4-4 4-1
Mid-chute assembly ................................................................................................... 3-11 3-6
Mine containerizing ................................................................................................... 2-9 2-10
Mine dispensing systems installation .......................................................................................... 2-2 2-2
Moldboard and frame assembly .................................................................................................. 5-7 5-2
Movement to new worksite ................................................................................................... 2-3 2-5
O
Operation of equipment ................................................................................................... 2-10 2-16
P
Painting ................................................................................................... 5-4,6-1 5-2,6-1
Pillow block ................................................................................................... 4-21 4-12
Plow blade ................................................................................................... 3-8 3-5
Preventive maintenance ................................................................................................... 3-2,4-7 3-1,4-1
R
Rail and ship transport ................................................................................................... 2-3 2-5
Reinstallation after movement ................................................................................................... 2-4 2-6
Repair parts ................................................................................................... 5-1 5-1
S
Safety requirements ................................................................................................... 1-7 1-5
Scope ................................................................................................... 1-1 1-1
Service light ................................................................................................... 4-17 4-8
Service light switch ................................................................................................... 4-15 4-8
Service upon receipt ................................................................................................... 2-1 2-1
Special tools and equipment ................................................................................................... 4-3,5-2 4-1,5-1
Stabilizing flap ................................................................................................... 3-20 3-8
Starting system operation ................................................................................................... 2-8 2-10
Stop/tailight ................................................................................................... 4-16 4-8

Index-1
 TM 9-1095-204-13&P

By Order of the Secretary of the Army:

E. C. MEYER
General, United States Army
Official: Chief of Staff
J. C. PENNINGTON
Mayor General, United States Army
The Adjutant General

Distribution:
To be distributed in accordance with DA Form 12-40, Organizational Maintenance requirements for Anti-Tank
Mine Dispersing Subsystem XM-57.

* U.S. GOVERNMENT PRINTING OFFICE : 1991 0 - 281-486 (43422)

TM 9-1095-204-13&P
TM 9-1095-204-13&P

PIN: 047470-000
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