Magnum Industrial MI-31662 User manual

MODEL NO.: MI-31662
OPERATING MANUAL
FEATURES
•Cast-iron breaker system .
•Large control knob of variable speed feed system to increase
or decrease speed when the planer is in operation.
•Metric and SAE graduation scale to indicate workpiece
thickness on the front of the machine.
•The anti-kickback finger system at the front of the machine
eliminates any risk of stock being forcibly ejected.
•A dust chute with its 6" outlet to receive a dust collector.
•Magnetic control with overload protection.
SPECIFICATIONS
•TABLE SIZES 25-1/4”x 28" (660x711 mm)
•MAXIMUM PLANING WIDTH 24" (610mm)
•MAXIMUM PLANING THICKNESS 8" (203mm)
•MINIMUM PLANING THICKNESS 3/16”(4.75mm)
•MINIMUM PLANING LENGTH 8" (203mm)
•MAXIMUM PLANING DEPTH 5/16 " (8mm)
•CUTTERHEAD DIAMETER 3-1/8" (80mm)
•KNIVES 3/HELICAL
•CUTTERHEAD SPEED 4800RPM
•FEEDING SPEED (VARIABLE) 20 TO 38 FPM (6 TO 11.6M/MIN)
•CUTS PER INCHE (25.4mm) 62.5/20 FPM TO 33/38 FPM / －
•MOTOR 10HP/208V/3PH
•WEIGHT 1100 LBS (500kg)

SAFETY RULES
1.
Learn the machine’s applicaons and limitaon-
s, as well as the specic potenl hazard
s
pular to this machine. Follow available
safety instrucons and safety rules carefully.
2. Keep working area clean and be sure adequat
e
lighng is available.
3. Do not wear loose clothing, gloves, bracelets
neck– laces, or ornaments. Wear face, eye, ear,
respiratory and body proteon devices, as
indicated for the operaon or environment.
4. Keep hands well away from cuerhead and all
moving parts. Do not clear chips and sawdust
away with hands. Use a brush.
5. Make sure the cuers are moving at operaon
speed before planning.
6. Do not push the cuerhead too hard. The
planer will perform ber and be safer working
at the rate for which it was deigned.
7. Whenever possible use a dust collector with
shaving hood to minimize health hazards.
8. Never leave the machine with the power on.
9. Never use a power feeder with the planer.
10. Keep children away. Make sure that visitors are
kept at a safe distance from the work area.
11. Use recommended speed cuers accessory, and
workpiece material.
12. Never stand on tool. Serious injury could occur
if the tool is pped or if the cuers are
unintenonally contacted.
13.
Be sure planer blades are seriously locked in
the machine.
14. Use suitable support if stock is too long.
15. Do not force the machine. It will do the job
beer and be safer at a rate for which it was
designed.
16. Keep guards in place and in working order. If
a guard must be removed for maintenance or
cleaning make sure it is properly aached
before using the tool again.
17. Be sure that key and adjusng wrenches have
been removed before turning power on.
18. Use only accessories designed for the machi-
ne.
19. Make sure tool is properly grounded. If tool is
equipped with three-prong plug, it should be
plugged into a three-pole electrical recepta-
cle. Never remove the third prong.
20. Always disconnect tool before servicing and
when changing accessories such as planer
blades.
21. Make sure that switch is in “OFF” poon
before plug–ging in cord.
22. Place material rmly against the table.
23.
24.
READ CAREFULLY BEFORE OPERATING THE MACHINE
Do not use this planer for other than it’s
intended use. If used for other purposes,
KMS-TOOLS EQUIPMENT disclaims
any real or implied warranty and holds
itself harmless for any injury, which may
result from that use.
Use ONLY recommended accessories. Use of
accessories NOT recommended by
KMS-TOOLS EQUIPMENT may result in a
risk of injury.

1. The 24” planer is shipped in one container mounted to a shipping skid. Remove the wooden crate from
around the machine. The planer is shipped with the motor, motor pulley and belts assembled to the machine.
2. Finish removing the contents of the shipping crate and compare with the contents list. (Fig.2)
3. Report damage, if any to your local distributor.
4. Clean all rust protected surfaces with a mild solvent or kerosene. Do not use lacquer thinner; paint thinner, or
gasoline. These will damage painted surfaces.
5. To prevent rust. Apply a light coa�ng of paste wax to surface
KMS-TOOLS EQUIPMENT industrial planers are carefully tested and
inspected before shipment and if properly used will give perfect result. However, a
reasonable amount of care and attention is necessary to ensure perfect
performance and accurate work. It is imperative that you take a few moments to
familiar yourself with these instructions, as they will no doubt save you a lot of
time and trouble.
24” INDSUTRIAL PLANER
VARIABLE FEED SPEED
To ensure maximum performance from your 24” industrial planer , clean it properly; and install it accurately
before use. As soon as you receive the planer, we recommend you follow these procedures:
UNPACKING AND CLEANUP
A. CUTTERHEAD GUARD
B. DUST HOOD
C. SAFETY HANDLE
D. KNIFE SETTING GAUGE
E. 12 X 14MM OPEN END WRENCH
F. 10 X 8MM OPEN/ END WRENCH
G. T-HANDLE WRENCH
H. ALLEN WRENCH (4MM)
I. ALLEN WRENCH (5MM)
J. ALLEN WRENCH (6MM)
CONTENT LIST – Fig.2

INSTALLATION
1. Remove the fastening bolts from the machine to the shipping skid.
2. Two lifting lugs are built into the machine, one of which is illustrated
in (Fig.3, A). These lugs can be used to mechanically lift the machine
using a forklift and lifting straps.
Note: The second lifting lug is at the back opposite end of the machine.
3. Table can be lowered (Fig.3,B) to facilitate cleaning, loosen lock knob
(C) and turn handwheel (D) counter-clockwise until the table (B) is at
the desired height for cleaning.
4. Loosen and remove screw from the top edge of the machine (Fig.4,
E). Rise the top cover as illustrated in (Fig.5, F) this step will expose
the chipbreakers, and the cutterhead. Note: The top cover of the
machine is hinged to facilitated cleaning and adjustment procedure.
5. Carefully remove the protective coating from the table, table rollers,
infeed rollers, anti-kickback fingers, cutterhead and cutterhead
knives. This protection coating may be removed with a soft cloth
moistened with kerosene.
Never attempt to use Gasoline, Acetone or Lacquer thinner, these
products will damage any painted area.
Caution: Extreme care should be taken when cleaning the knives,
as the cutterhead knives are extremely sharp.
6. After cleaning, cover the table surfaces with a layer of quality paste
wax.
7. Lower top cover and replace locking screw that was removed in step
4.
ASSEMBLING HANDWHEEL HANDLE
Thread handle assembly (A) Fig.6 into handwheel (B) and tighten locknut
(C).
CUTTERHEAD GUARD
Position the cutterhead guard (A) Fig.7, on the top cover of machine.
Align holes in cutterhead guard with holes in the top cover and fasten
with (six) 6mm-button head screws (B) as illustrated in Fig.7
FIG.3
FIG.4
FIG.5
FIG.7
FIG.6

ASSEMBLING DUST HOOD
A dust hood with a 5”opening is supplied with your machine and is to be used when connecting the planer to a
dust collector or a central dust collection system.
Position dust hood (A) Fig.8, against the rear of the machine and on the top of cutterhead guard (B). Align the
holes and fasten the dust hood (A) Fig.9, to the cutterhead guard (B) using eight 6mm-button head screws (C) as
illustrated in Fig.9.
ELECTRICAL CONNECTIONS & REQUIREMENTS
Before connecting the planer to the power source verify that the voltage supplied corresponds as specified on the
nameplate of the machine. A power source with greater voltage than needed can result in serious injury to the
user as well as damage the machine. If in doubt, contact a qualified electrician before connecting to the power
source.
NOTE: Power cord and plug is not shipped with the planer. The standard machine shipped wired for 220/440 or
575 volt operation.
To wire the planer follow the following steps:
1. Loosen screw (A) Fig.10, and remove cover (B) from the terminal box
located at the back of the machine. Bring the power line up through
hole (C) Fig.11, in the terminal box.
NOTE: Strain relief and power cord clamps are not supplied with the
machine. Remove the plastic shield (D) Fig.11, from terminal strip (E)
2. Connect the three power lines to terminals, F, G, & K Fig.12, along
with the green ground wire to terminal H. After applying power to
the machine, turn the power off to check if the machine is rotating
correctly. If the cutterhead is not rotating correctly, interchange any
two of three power lines connected to terminal F, G, & K.
FIG.9
FIG.8
FIG.10
FIG.12
FIG.11
˙˙˙˙˙
CAUTION
！˙˙˙˙˙
NEVER ATTEMPT TO CONNECT TO AN OUTLET WITH
A GREATER POWER SOURCE VOLTAGE REQUIRED
！
˙˙˙˙
ATTENTION！
˙˙˙˙
ALWAYS VERIFY THAT THE MACHINE IS PROPERLY
GROUNDED TO AVOID ELECTRIC SHOCK TO THE
WORK OPERATOR！

CHANGING VOLTAGE
If you must reconnect for 220 or 440-volt operation, please contact or have a certified electrician connect the
machine to the power source.
GROUNDING
Machine must be properly grounded in order to avoid electric shock to
the work operator. The use of an extension cord is not recommended. If
necessary use a three-prong extension cord and outlet (immediately
replace the extension cord if worn out, cut or damage). If in doubt,
contact a qualified electrician.
OPERATING CONTROLS & ADJUSTMENTS
START / STOP SWITCH (Fig.13)
The power switch is located on the left side of the machine. Press the
green button to start the machine (A)
Press the red button “Emergency”to stop the machine (B)
RAISING & LOWERING THE TABLE (Fig.14)
Adjustment to the table height can be made by loosening lock knob (A)
and rotating the raising lowering of table with handwheel (B).
To raise table: turn the handwheel (B) clockwise.
To lower table: turn the handwheel (B) counter-clockwise.
Tighten lock knob (A), after table height adjustment is made in order to
lock in position.
The metric table height scale (C) will indicate the table height setting.
Note: For best result, setting of the table should always be made from
the bottom to upward position.
ADJUSTING FEED SPEED (Fig.15)
1. The feed speed for the planer is variable from 20 to 38.7 FPM.
2. Use the speed selector knob (A); in order to change the feed speed
3. Turn he speed selector knob clockwise to decrease the feed speed.
Turn counter-clockwise to increase feed speed.
Important: Never change the feed speed when machine is stopped;
change the feed speed only while the machine is running.
FIG.13
FIG.14
FIG.15

TABLE ROLLERS (Fig.16)
The planer is equipped with two-table rollers (A); which aid infeeding the
stock. This will reduce friction between the stock and the table and will
rotate as the stock is fed through the planer.
1. To raise the table rollers, loosen locking level (B) as illustrated in
Fig.16 and pull control lever (C) upward to the required height
setting.
2. To lower the table rollers, loosen locking lever (B) and push
thecontrol lever (C) downward to required height setting.
3. After adjusting height of the table rollers, tighten the lock lever (C) in
order to lock in position.
CHECKING AND ADJUSTING TABLE ROLLERS’S HEIGHT
It is not possible to give the exact dimensions on the proper height setting
of table rollers because each type of wood has different behavioral
patterns. As a general rule, when planning rough stock, the table rollers
should be set high (.003”to .005”) above the table surface. When planning
finish stock, the table rollers should be set low (.001”) above or level with
the table surface.
To verify and adjusting the height of the table rollers, proceed as follows:
1. Disconnect the machine from the power resource.
2. With the table rollers in the lowest position, place a straight edge (A)
Fig.17, across both table rollers (B) or the left side of the table as
shown.
3. With a feeler gauge (B) Fig.18, measure the gap between the table
surface and straight edge (A) near the infeed roller.
4. If adjustment to the infeed table roller is necessary, loosen the
locknut (D) Fig.19; located under the table and below the infeed roller
and rotate adjustment nuts (E) as required to raise or lower the
height of the infeed roller.
NOTE: It will be necessary to raise the table in order to gain access to the
adjustment nuts. Tighten locknut (D) after adjustment is made.
5. Verify and adjust the height if the infeed table roller or the other side
of the table in the same manner.
6. To check the height of the
outfeed table roller, proceed
as follows: with a feeler
gauge (B) Fig.20, measure the
gap between the table
surface and straight edge (A)
near the outfeed roller (F).
FIG.16
FIG.17
FIG.18
FIG.19
FIG. 20

7. If an adjustment to the outfeed table roller is necessary loosen
lock-nut (G) Fig.21, located under the table below the outfeed table
roller (F). Rotate the adjustment nuts (H) as required; in order to raise
or lower the height of the outfeed roller.
NOTE: It will be necessary to raise the table in order to gain access to the
adjustment nuts. Tighten locknut (G) once adjustment are completed.
8. Verify and adjust the height of the outfeed table roller on the other
side of the table in the same manner.
ANTI-KICKBACK FINGERS (Fig.22)
A series of anti-kickback fingers (A), are provided on the infeed end of the
planer to prevent kickback of the workpiece during planning operations.
These anti-kickback fingers operate by gravity and no adjustment is
required. It is necessary, however to inspect them occasionally to make
sure they are free of gum and pitch and that they are operated
independently and freely.
WARNING: When inspecting or cleaning the anti-kickback fingers; make
sure the machine is turned “OFF”and disconnected from the power
source.
VERIFY AND ADJUST DRIVE BELT TENSION (Fig.23)
Proper belt tension is correct when there is approximately 1/4”deflection,
using light finger pressure on the drive belt, midway between pulleys. If
adjustment are required proceed as follows:
1. Disconnect the machine from the power source.
2. Loosen and tighten the two adjustment nuts (C) Fig.23, in order to
move motor plate up or down as needed to increase or decrease the
drive belt tension. Tighten both adjustment nuts (C) against plate (D)
once adjustment is completed.
3. Close both side panels.
CHECKING, RESETTING AND REPLACING KNIVES
When checking, resetting and replacing knives, proceed as follow:
1. Disconnect the machine from the power source.
2. Remove the locking screw and raise top cover (A) Fig.24, to reveal
cutterhead (B)
3. Carefully place knife setting gauge (C) Fig.25 & 26, in order to position
the gauge on the radius section of cutterhead (B). When set correctly,
knife (D) Fig.25 &26, should slightly contact the bottom of the insert
section (E) Fig.26 of knife gauge (C) which is set at “.070”. Verify the
remaining knives in the same manner.
FIG. 21
FIG. 23
FIG. 22
FIG. 24
˙˙˙˙˙˙˙˙CAUTION！˙˙˙˙˙˙˙˙
KNIVES ARE EXTREMELY SHARP, PLEASE PROCEED WITH CAUTION WHEN REPLACING OR REMOVING！

4. If an adjustment to one or all three knives is necessary, slightly loosen
the 10 locking screws, 10 of which are shown in Fig.25 & Fig.26 (F)
loosen just enough to relieve stress in the cutterhead (B) and do not
disturb the knife setting.
5. With the knife setting gauge (C) Fig.25 &26 still in place on the
cutterhead, continue to adjust the knife that must be reset by turning
the 10 knife locking screws (F) CLOCKWISE until knife locking bar (G)
becomes loose. The lifter springs (not shown) located under the knife
will automatically raise the knife until it comes in contact with gauge
(C). Then tighten up the knife bar (G) Fig.25 &26, by turning the 10
knife locking screws (F) COUNTER-CLOCKWISE.
IMPORTANT: At this time, only tighten the knife locking bar (G) just enough to hold the knife (D) in position
inside the cutterhead slot.
6. If other knives need adjustment, repeat step 5.
7. After all knives are positioned in the cutterhead with knife locking screws tighten and, turn each of the 10
locking screws (F) Fig.25, COUNTER-CLOCKWISE until the knives are secure in the cutterhead.
IMPORTANT: If the knives are to be removed for sharpening or replacement, extreme caution must be taken as
knifes are very sharp and dangerous
To remove: Knives proceed as follows:
8. Disconnect the machine from the power source.
9. Carefully place knife setting gauge (C) Fig.25, in order to position the
gauge on the radius section of the cutterhead (B) Fig.26.
10. Loosen the knife locking bar (G) Fig.25 & Fig.26, by turning the 10
knife locking screws; 10 of which are shown in (F). Turn the screws
CLOCKWISE and carefully remove the locking bar (G) and knife (D)
along with the springs located under the knife from the cutterhead
(not shown). Remove the remaining knives in the same manner.
11. Thoroughly clean the knife slots, knife locking bars, and locking screws. Verify the screws; if the threads
appear worn or stripped, or if the heads are damaged replace immediately.
12. Carefully replace the springs (not shown), the knives (D) Fig.26, and the knife locking bars (G) into the three
slots in the cutterhead (B).
IMPORTANT: When replacing the knife locking bars (G) Fig.26 against knives (D) as illustrated in the cross section
diagram. Be sure that the knife locking bars (G) are installed as shown, with the locking screws (F) holding knives
(D) properly inside the cutterhead slots. Turn all knife locking screws (F),
COUNTER-CLOCKWISE just enough to hold the knives in the cutterhead.
13. Adjust the knives as explained in Step 3 through 7.
14. Replace the top cover on the machine.
CHECKING, RESETTING AND REPLACING KNIVES
In order to check and adjust the height of chipbreaker, pressure bar, infeed
and outfeed rollers and adjust the cutterhead parallel to the table, you will
need a gauge block made of hard wood. The gauge block can easily be
constructed by following the dimensions illustrated to you in Fig.27.
FIG. 25
FIG. 26
FIG. 27

ADJUSTING CHIPBREAKERS
The chipbreakers (A) Fig.28 are located on the top of the planer and
extend downward around the front of the cutterhead. The chipbreakers
will rise as stock is fed through the planer and “breaks or cuds”the wood
chips. The bottom of the chipbreakers must be parallel to the knives and
set .40”below the cutting circle. To check and adjust the chipbreakers,
proceed as follow:
1. Disconnect the machine from the power source.
2. Make certain the knives are adjusted properly as explained in section
“Checking, Replacing and Resetting Knives”.
3. Place the gauge block (B) Fig.29, on the table surface and directly
under the cutterhead as illustrated. Using a .040”feeler gauge (C) Fig.29, position on top of the gauge block,
raise the table untilcutterhead knife (D) touches the feeler gauge
when the knife is at its lowest point.
NOTE: Do not move the table any further until the adjustment has been
completed.
4. Move gauge block (B) Fig.30, directly under the chipbreakers (A) as
illustrated. The bottom of the chipbreakers (A) Fig.30 should slightly
touch the gauge block (B).
5. If an adjustment to the chipbreaker is necessary, loosen the two hex
nuts (E) Fig.28, and turn the adjustment screws (F) until the
chipbreaker slightly touches the gauge block at both sides of the
table.
ADJUSTING PRESSURE BAR
The pressure bar is located directly behind the cutterhead and rides on the
planed surface of the stock, pressing the stock downward on the table.
The pressure bar must be parallel to the knives and in contact to the table
and set .0.10”below the cutting circle. To verify and adjust the pressure
bar, proceed as follows:
1. Disconnect the machine from the power source.
2. Verify that the knives are adjusted properly as explained in section
“Checking, Adjusting and Replacing knives”
3. Position the gauge block (B) Fig.31, on the able surface directly under
the cutterhead as illustrated. Use a .010”feeler gauge (C) Fig.31, place
on the top of the gauge block, and raise the table until the cutterhead
knife (D) touches the feeler gauge when the knife is at its lowest
point. Do not move the table any further until the adjustment has
been completed.
4. Move gauge block (B) Fig.32, under the pressure bar (D) as illustrated.
The bottom of the pressure bar (D) Fig.32 should slightly touch the
top of the gauge block (B). Verify the opposite end of the pressure bar
in the same manner.
5. If an adjustment to the height of the pressure bar is necessary; loosen
lock nut (E) Fig.33, and turn adjustment screw (F) until the bottom of
the pressure bar (D) Fig.32, slightly touches the top of the gauge block
(B). Repeat the adjustment at the other end of the pressure bar in the same manner.
FIG. 28
FIG. 29
FIG. 30
FIG. 31

ADJUSTING OUTFEED ROLLER
The outfeed roller continues to feed the stock out of the machine after the
planning operation is completed and should be set at .030”below the
cutting circle.
To check and adjust the setting of the outfeed roller, proceed with the
following:
1. Disconnect the machine from the power source.
2. Verify that the knives are adjusted properly as explained in “Checking,
Adjusting and Replacing Knives”.
3. Place the gauge block (A) Fig.34 on the table, directly under the
cutterhead (B). Using a .030”feeler gauge (C) place on the top of the
gauge block (A), raise the table until the cutterhead knife slightly
touches the feeler gauge (A) when the knife is at its lowest point.
NOTE: Do not move the table any further until the adjustment is
complete
4. Place the gauge block (A) Fig.35, under the outfeed roller (D), the
bottom of the roller (D) should slightly touch the gauge block (A).
5. If an adjustment is necessary, loosen locknut (E) Fig.36 and turn
adjustment screw (F) until the outfeed roller slightly touches the top
of the gauge block (A) Fig.35.
6. Repeat adjustment on the opposite end of the outfeed roller in the
same manner.
7. Tighten locknut (E) Fig.36 after adjustments are completed.
ADJUSTING INFEED ROLLER
The infeed roller feeds the stock into planer while the stock is being
surfaced. The infeed roller must be positioned uniformly across the planer
and .040”below the cutting circle in order to feed stock without slipping.
To check the setting of the infeed roller, proceed with the following steps:
1. Disconnect the machine from the power source
2. Check that the knives are adjusted properly as explained in section
“Checking, Adjusting and Replacing Knives”.
FIG. 33
FIG. 32
FIG. 34
FIG. 35
FIG. 36

3. Place the gauge block (A) Fig.37 on the table, directly under the
cutterhead (B). Use a .040”feeler gauge (C) and place on top of the
gauge block (A), raise the table until the cutterhead knife slightly
touches the feeler gauge (A) when the knife is at its lowest point
NOTE: Do not move the table any further until the adjustment is
complete.
4. Place the gauge block (A) Fig.38, under infeed roller (D). The bottom
of the roller (D) should slightly touch gauge block (A).
5. If adjustments are necessary, loosen locknut (E) Fig.39, and turn
adjustment screw (F) until the infeed roller slightly touches the top of
the gauge block (A).
6. Repeat the adjustments on the opposite end of the infeed roller in the
same manner.
7. Tighten locknut (E) Fig.39, after adjustments are completed.
LEVELING THE TABLE
The table is set parallel to the cutterhead at the factory and no further
adjustment should be necessary.
To check if the table is level with cutterhead, proceed with the following
Steps:
1. Disconnect the machine from the power source.
2. Check if the cutterhead knives are correctly set as explained in
“Checking, Adjusting and Replacing Knives”.
3. Verify that the table is set parallel to the cutterhead by placing a
gauge block (A) Fig.40 directly under the cutterhead on the left hand
side of the table as illustrated. Raise the table until the gauge block
(A) Fig.40, slightly touches the cutthead.
4. Carefully move the gauge block (A) Fig.41, to the right hand side of
the table directly under the cutterhead. The gap between the table
and the cutterhead should be identical with left hand side.
5. If the table is not parallel to the cutterhead, lower boot (B) Fig.42,
which is located underneath the table. NOTE: Table elevating
handwheel must be unlocked when making this adjustment.
6. Loosen lock screw (C) Fig.42, and with large pliers (D) turn adjustment
sleeve (E) as required until table is parallel with the cutterhead.
Tighten lock screw (C) after adjustment is completed and replace Boot
(B).
NOTE: The same adjustment can
also be made on the other side of
the planer if necessary.
FIG. 37
FIG. 38
FIG. 39
FIG. 41
FIG. 40

ADJUSTING TABLE HEIGHT SCALE
The table height scale indicates the distance the table is from the cutting
circle (depth of cut). To verify and adjust the pointer, proceed with the
following steps:
1. Run a piece of wood through the planer and stop the machine.
2. Measure the thickness of planed end of the stock as illustrated In
Fig.43. If adjustment is required, loosen screw (A) Fig.44, adjust
pointer (B) and re-tighten screw (A).
ADJUSTING TABLE GIBS
In the unlikely event of the table developing unwanted movement during planning operation, the table can be
checked and adjusted by following these steps:
1. With the table in the locked position, and a feeler gauge; measure the
gap between table gib (A) Fig.45 and table bracket (B). when set
properly the gap should be .005”
2. If adjustment is required, loosen the three locknuts (C), and turn three
adjustment screws (D) Fig.45, as necessary to set the correct gap.
3. Check and adjust the gap on the other side of the table in the same
manner. After adjustments are completed, tighten the six locknuts,
three of which are illustrated in (C) Fig.45.
4. Raise and lower the table to its fullest range and check to see if the
table moves up and down without binding.
MAINTENANCE
Disconnect the machine from the power source.
Planer knives must be sharpened when use after numerous projects.
Periodic lubrication should be performed with grease or machine oil to assure the durability and accuracy of
the use of machine.
Always dust off dirt, chips, or any other particles left bqehind after operations have been completed.
FIG. 42
FIG. 43
FIG. 45
FIG. 44

NO. ITEM NO. REFERENCE NO. DESCRIPTION SPECIFICATION Q'ty
1 MI-31662-001 C003016 Column Base (L) 1
2 MI-31662-002 C003017 Column Base (R) 1
3 MI-31662-003 G002008 Elevating Screw 1
4 MI-31662-004 S284008 Spring Washer ∮10.2x∮18.4x3.7x2.5T 28
5 MI-31662-005 S137030 Hex. Head Screw M10-P1.5x30L 16
6 MI-31662-006 C002024 Base 1
7 MI-31662-007 S273010R Nut M10-P1.5 (RH) 12
8 MI-31662-008 T004034 Motor Assembly 1
9 MI-31662-009 S277006 Cap Nut M12-P1.75 (RH) 2
10 MI-31662-010 C034031 Shaft 1
11 MI-31662-011 C067064 Sprocket Shaft 1
12 MI-31662-012 C015017 Handle Support 1
13 MI-31662-013 S282009 Washer ∮6.4x∮13x1.0T 3
14 MI-31662-014 S284006 Spring Washer ∮6.1x∮12.2x2.7x1.5T 3
15 MI-31662-015 S201025 Hex. Socket Head Screw M6-P1.0x25L 3
16 MI-31662-016 C051080 Collar 1
17 MI-31662-017 P025158G Handwheel (∮8") ∮203.2 1
18 MI-31662-018 S213014 Set Screw M8-P1.25x14L 1
19 MI-31662-019 P028014N Handle 3/8"-16NCx91L 1
20 MI-31662-020 P031006 Knob 3/8"x90L 1
21 MI-31662-021 C078003 Boot 2
22 MI-31662-022 P108101 Depth Scale 1
23 MI-31662-023 S319201 Oil Fittin
g
3/16" 1
24 MI-31662-024 S307086 Chain #40-P86 1
25 MI-31662-02
5
S307002 Link, Chain 1
PARTS LIST FOR MI - 31662

NO. ITEM NO. REFERENCE NO. DESCRIPTION SPECIFICATION Q'ty
1 MI-31662-026 G003013 Work Table 1
2 MI-31662-027 C007001 Table Gib 2
3 MI-31662-028 T013027 Table Roller Assembly 2
4 MI-31662-029 C020003 Datum Plank 2
5 MI-31662-030 C051019 Collar 2
6 MI-31662-031 S284007 Spring Washer ∮8.2x∮15.4x3.2x2.0T 8
7 MI-31662-032 S136040 Hex. Head Screw M8-P1.25x40L 2
8 MI-31662-033 S136020 Hex. Head Screw M8-P1.25x20L 4
9 MI-31662-034 S213005 Set Screw M8-P1.25x20L 2
10 MI-31662-035 S273008R Nut M8-P1.25 (RH) 2
11 MI-31662-036 C015022 Support 2
12 MI-31662-037 S282011 Washer ∮10.5x∮25x2.0T 4
13 MI-31662-038 S136025 Hex. Head Screw M8-P1.25x25L 4
PARTS LIST FOR MI - 31662

NO. ITEM NO. REFERENCE NO. DESCRIPTION SPECIFICATION Q'ty
1 MI-31662-039-1 T001034 Cutterhead Assembbly 1
MI-31662-039-2 P24GT002 Helical Cutterhead 1
2 MI-31662-040 S284008 Spring Washer ∮10.2x∮18.4x3.7x2.5T 14
3 MI-31662-041 S203030 Hex. Socket Screw M10-P1.5x30L 14
4 MI-31662-042 C015029 Bracket(L) 1
5 MI-31662-043 C015096 Bracket(R) 1
6 MI-31662-044 C046073 Shaft 2
7 MI-31662-045 C015032 Bracket(L) 1
8 MI-31662-046 C015097 Bracket(R) 1
9 MI-31662-047 T010015 Infeed Roller Assembly 1
10 MI-31662-048 S273010R Nut M10-P1.5 (RH) 14
11 MI-31662-049 S203040 Hex. Socket Screw M10-P1.5x40L 6
12 MI-31662-050 C060007 Infeed Roller Spring 2
13 MI-31662-051 C053022 ∮35 Concave Washer 4
14 MI-31662-052 T011007 Outfeed Roller Assembly 1
15 MI-31662-053 C060012 Outfeed Roller Spring 2
16 MI-31662-054 C042035 Rear Pressure Bar 1
17 MI-31662-055 S273008R Nut M8-P1.25 (RH) 2
18 MI-31662-056 S202040 Hex. Socket Screw M8-P1.25x40L 2
19 MI-31662-057 C046055 Shaft 2
20 MI-31662-058 C034023 Bolt 2
21 MI-31662-059 C060009 Spring 2
22 MI-31662-060 C053023 ∮25 Concave Washer 6
23 MI-31662-061 C034021 Bolt 2
24 MI-31662-062 C060040 Spring 2
25 MI-31662-063 T009034 Anti-Kickback Assembly 1
26 MI-31662-064 T009032 Chipbreaker Assembly 1
27 MI-31662-065 C046016 Shaft 2
28 MI-31662-066 S213014 Set Screw M8-P1.25x14L 2
PARTS LIST FOR MI - 31662

NO. ITEM NO. REFERENCE NO. DESCRIPTION SPECIFICATION Q'ty
1 MI-31662-067 G006011 Gear Box Assembly 1
2 MI-31662-068 S282011 Washer ∮10.5x∮25x2T 6
3 MI-31662-069 S284008 Spring Washer ∮10.2x∮18.4x3.7x2.5T 6
4 MI-31662-070 S203030 Hex. Socket Head Screw M10-P1.5x30L 4
5 MI-31662-071 T017006 Link Assembly 1
6 MI-31662-072 S203025 Hex. Socket Head Screw M10-P1.5x25L 2
7 MI-31662-073 S277010R Cap Nut M10-P1.5 2
8 MI-31662-074 T013003 Chain Gear Assembly 1
9 MI-31662-075 S137025 Hex. Head Screw M10-P1.5x25L 1
10 MI-31662-076 T004035 Variable Speed Feeding Assembly 1
11 MI-31662-077 S282010 Washer ∮8.4x∮16x1.5T 4
12 MI-31662-078 S284007 Spring Washer ∮8.2x∮15.4x3.2x2.0T 4
13 MI-31662-079 S202025 Hex. Socket Screw M8-P1.25x25L 4
14 MI-31662-080 C023069 Support 1
15 MI-31662-081 S282009 Washer ∮6.4x∮13x1.0T 2
16 MI-31662-082 S284006 Spring Washer ∮6.1x∮12.2x2.7x1.5T 2
17 MI-31662-083 S201016 Hex. Socket Screw M6-P1.0x16L 2
PARTS LIST FOR MI - 31662

NO. ITEM NO. REFERENCE NO. DESCRIPTION SPECIFICATION Q'ty
1MI-31662-084 T020038 Electric Wire Assembly 1
2MI-31662-085 C073079 Top Cover 1
3MI-31662-086 C061001 Bottom Knuckle 2
4MI-31662-087 S284007 Spring Washer ∮8.2x∮15.4x3.2x2.0T 4
5MI-31662-088 S202030 Hex. Socket Head Screw M8-P1.25x30L 4
6MI-31662-089 C061002 Top Knuckle 2
7MI-31662-090 S136050 Hex. Head Screw M8-P1.25x50L 2
8MI-31662-091 S273008R Nut M8-P1.25 (RH) 2
9MI-31662-092 C078011 Chip Discharge Cover 1
10 MI-31662-093 S282009 Washer ∮6.4x∮13x1.0T 20
11 MI-31662-094 S233012 Rounded Head Screw M6-P1.0x12L 36
12 MI-31662-095 C023051 Dust Chute 1
13 MI-31662-096 C077024 Dust Hood 1
14 MI-31662-097 C073082 Cover(L) 1
15 MI-31662-098 P027101 Safety Handle 1
16 MI-31662-099 C073010 Base Cover(R) 1
17 MI-31662-100 S284006 Spring Washer ∮6.1x∮12.2x2.7x1.5T 18
18 MI-31662-101 C073017 Cover(R) 1
19 MI-31662-102 C074214 Rear Cover 1
20 MI-31662-103 S201020 Hex. Socket Head Screw M6-P1.0x20L 2
21 MI-31662-104 C039005 Bushing 2
22 MI-31662-105 C053021 Washer 2
23 MI-31662-106 S284009 Spring Washer ∮12.2x∮21.5x4.2x3.0T 4
24 MI-31662-107 S204070 Hex. Socket Head Screw M12-P1.75x70L 2
25 MI-31662-108 S273012R Nut M12-P1.75 (RH) 2
26 MI-31662-109 S326003 Sponge 60x60x200L 2
27 MI-31662-110 S326009 Sponge 60x40x760L 1
28 MI-31662-111 S246010 Flat Head Socket Screw M5-P0.8x10L 6
29 MI-31662-112 P054010 Knife 3tx30x24” 3
30 MI-31662-113 P056011 Knife Locking Bar 3
31 MI-31662-114 P056105 Square Head Screw 5/16”-18NCx1/2”L 36
32 MI-31662-115 S202160 Hex. Socket Head Screw M8-P1.25x160L 1
33 MI-31662-116 P104002 Motor Plate 1
34 MI-31662-117 T027027 Tool Set 1
PARTS LIST FOR MI - 31662