H. Winter PLANERMAX 810 User manual

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WINTER Thickness planner PLANERMAX 810
www.winter-holztechnik.de

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Table of contents
Warnings .....................................................................................................................................................3
Using restriction..........................................................................................................................................4
Introduction ................................................................................................................................................5
Description..................................................................................................................................................5
Specifications ..............................................................................................................................................6
Unpacking ...................................................................................................................................................7
Installation ..................................................................................................................................................8
Electrical Connections.................................................................................................................................8
Adjustments and Controls ........................................................................................................................10
Changing Knives ........................................................................................................................................12
Dust Collection..........................................................................................................................................14
Belt Tension & Replacement.....................................................................................................................15
Changing Fuses .........................................................................................................................................16
Maintenance .............................................................................................................................................16
Troubleshooting: Operating Problems......................................................................................................17
Troubleshooting: Mechanical & Electrical Problems ................................................................................18
Electric Specification .................................................................................................................................19
Electric part list .........................................................................................................................................20
APPENDIX - INVERTER (with inverter machines only).........................................................................27

3
Warnings
1. Know your machine. For your own safety, read the operation manual carefully. Learn the machine
applications and limitations, as well as specific potential hazards pertinent to this machine.
2. Keep guards in place and in working order. If a guard must be removed for maintenance or cleaning,
make sure it is properly reattached before using the machine again.
3. Keep children away. All visitors should be kept a safe distance from the work area.
4. Make workshop childproof. Use padlocks or master switches, or remove starter keys.
5. Do not force the tool. It will do the job better and be safer working at the rate for which it was designed.
6. Use the right tool. Do not force the machine or attachment to do a job for which it was not designed.
7. Maintain tools with care. Keep tools sharp and clean for best and safest performance. Follow
instructions for lubricating and changing accessories.
8. Disconnect tools before servicing or when changing accessories such as blades and cutters.
9. Reduce the risk of unintentional starting. Make sure switch is in OFF position before connecting to
power source. If power is interrupted during operation, turn off switches before restoring power.
10. Never stand on machine. Serious injury could occur if it tips over or if the blade is unintentionally
contacted.
11. Wear proper eye protection. Also use a face or dust mask if operation is exceptionally dusty.
12. Wear proper apparel. Avoid loose clothing, gloves, neckties, rings, bracelets or jewelry, which could
get caught in moving parts. Wear protective hair covering to contain long hair.
13. Always use push sticks to feed work piece whenever possible.
14. Do not over reach. Keep proper footing and balance at all times. Never reach around or over cutting
blade.
15. Operate the machine in a dry, indoor place. Do not expose it to rain. Keep work area clean and well lit.
16. Check damaged parts. Before using the machine check to see that all parts are in working order,
including the range and traverse of moving parts. Damaged parts should be repaired or replaced
before using the machine.
17. Do not operate this machine while tired or under the influence of drugs, alcohol or any medication.
18. Never leave the machine running unattended. Do not leave the machine until it has come to a
complete stop.
19. Make sure cutterhead rotates in a counterclockwise direction when viewed from the main drive motor
side. If the cutterhead rotates clockwise, then check the wiring of the machine.
20. Then operating the planer, stand to the left side out of line with the table, and make sure no other
persons are standing in line with the table
21. Do not plane boards with loose knots, nails or any foreign material on the workpiece surface. Knife
impact on these objects can cause the knives to be pulled out of the cutterhead and shatter against
the chipbreaker or pressure bar. Twisted, warped, or winding stock should first be jointed on one
surface before attempting to plane.
22. Stacked boards: Do not feed stacked boards through the planer; Kickback can occur causing severe
or fatal injury.
23. Short stock: do not attempt to plane boards shorter than 10”(250mm) in length without butting a board

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of equal thickness behind it when feeding through the planer. Be sure the last board of a butted
sequence is 250mm long or longer.
24. Wear ear protectors (plug or muffs) during extended periods of operation. If the board being
planned stops feeding, disengage or turn the feed off and turn the power off. Wait until the cutter head
comes to
a complete stop before lowering the table to remove the board. Never lower the table with the power
on and the stock still in the machine. A kickback can occur which could cause severe or fatal injury.
25. If the operator leaves the machine area for any reason, the planer should be turned “OFF” and the
cutter head should come to a complete stop before leaving the machine. In addition, If the operation is
complete, the operator should clean the planer and the work area.
26. Turn off the machine before cleaning, Use a brush or compressed air to remove chips or debris—do
not use your hands.
27. Do not stand on the machine. Serious injury could occur if the machine tips over.
28. Maintain a balanced stance at all times so that you do not fall or lean against the knives or other
moving parts. Do not overreach or use excessive force to perform any machine operation.
29. Use recommended accessories, Improper accessories may be hazardous.
30. Use the right tool at the correct speed and feed rate. Do not force a tool or attachment to do a job for
which it was not designed. The right tool will do the job better and safer.
31. Only cutter compliance with EN847-1 can be used in this machine.
32. Do not use this planer for other than its intended use. If use for other purposes, disclaims any real or
implied warranty and holds itself harmless from any injury that may result from that use. .
33. This planer is designed and intended for use by properly trained and experienced only. If you are not
familiar with the proper and safe operation of a planer, do not use until proper training and knowledge
have been obtained.
34. Replace the warming labels if they become obscured or removed.
35. Provide for adequate space surrounding work area and non-glare, overhead lighting.
36. Do not operate this machine while tired or under the influence of drugs, alcohol or any medication.
Using restriction
The machine is designed for woodworking purpose (e.g. wood, plywood, composite
wood, etc.).
It is prohibited to process any other materials of work piece, (e.g. metal material,
rubber/plastic material, alloy. Etc.).

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Introduction
This manual is covering the safe operation and maintenance procedures for a Model An-926/932/940/952
Planer. This manual contains instructions on installation, Maintenance instructions, safety precautions,
General operating procedures and parts breakdown. This machine has been designed and constructed to
provide years of trouble free operation if used in accordance with instructions set forth in this manual. If
there are any questions or comments, please contact either your local supplier
Description
This planer is built for the rugged, industrial environment. It features a Yunnan helical cutter head with
reversible TCT knives, rubber in feed roller with sectional chip breaker, and two rubber out feed rollers.
The in feed and out feed rollers have lever type pressure. The cast iron table are supported by four
massive columns, and the planer frame is built with heavy plate steel, this machine will not vibrate under
load. Knife changes are quick with the self-seating knives. The planer will accommodate rough to finish
work, and multiple piece planning.
Familiarize yourself with the following safety notices used in this manual:
This means that if precautions are not heeded, it may result in minor
injury and/or possible machine damage.
This means that if precautions are not heeded, it may result in serious
injury or possibly even death
----------Save these instructions-----------

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Specifications
Model
An-926
An-932
An-940
An-952
Main motor
7.5kw/11kw(opt)
15kw
18.7kw
22.5Kw
Table elevation motor
0.187Kw
0.375Kw
0.375Kw
0.375Kw
Feed motor
0.75Kw
1.5Kw
1.5Kw
1.5Kw
Variable feed speed
(m/min.)
6-18
6-18
6-18
6-18
Cutterhead speed
(RPM)
4500
4500
4500
4500
Cutterhead
diameter (mm)
125
125
125
125
Knife size
(straight Knife)
610*30*3mm
813*35*6mm
1016*35*6mm
1320*5*6mm
Knife size
(Helical cutterhead)
14*14*2.0
14*14*2.0
14*14*2.0
14*14*2.0
Stock thickness
(Min-Max)
6-300mm
8-300mm
8-300mm
8-300mm
Table dimensions
(mm)
660*840
813*100
1016*1100
1320*1100
Dust port (in)
5”
6”
6”
6”
Thickness capacity
(mm)
9mm
9mm
9mm
9mm
Belts
four V-belts
four V-belts
four V-belts
four V-belts
Machine Size (mm)
1080*840*1250
1280*100*125
0
1480*1100*1250
1780*1100*125
0
Net weight (kgs)
800
950
1100
1500
Shipping weight
(kgs)
880
1100
1300
1700
Noise level (dB)
70
74
80
83
From the above measured results, this auto planer machine present no severs hearing or noise hazard to
operator, however, the operator is recommended to wear ear caps whenever possible during operation
and conform to the local safety regulations of labours.
The above specifications were current at the time this manual was published, but because of our policy of
continuous improvement, reserves the right to change specifications at ant time and without prior notice,
without incurring obligations.

Unpacking
Open shipping crate and check for shipping
damage. Report any damage immediately to
you distributor and shipping agent. Read
this instruction manual thoroughly for
assembly, maintenance and safety
instructions
Contents of the Shipping Container
1. Planer
2. Open-end wrenches (11-13,17-19,mm)
3. Owner’s manual
4. Air drive……………1set
5. Bits (T20) for TCT….5pce
6. TCT (`14*14*2.)…….5pce
7. T20 Screw Drive…….3pce
(4-7 items for helical cutter head)
Read and understand the entire contents of this manual before attempting
set-up or operation! Failure to comply may cause serious injury.
…save these instructions……
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Installation
Tools required for installation
wrench set (provided) level
forklift or crane with straps.
Remove the crate from around the planer and
any fasteners securing the planer to the skid.
Remove the side covers and place the lifting
hooks. Place straps under them and lift the
machine off the skid. The planer should be
located on a sturdy floor, preferably concrete,
in a dry area with sufficient lighting. Leave
enough space around the machine for loading
and offloading stock and routine maintenance
work.
When the planer is situated, use the leveling
screws to level the machine.
This should be removed with a soft cloth and
kerosene. Do not use an abrasive pad. Do not
let solvent contact the plastic parts of the
machine, as it may damage them.
Electrical Connections
be connected. Place a warning placard on
the fuse holder or circuit breaker to prevent
it being turned on while the machine is
being wired. Always follow proper Lock
Out/Tag Out procedures when performing
any wiring on this machine
3. Figure 1
Electrical connections must be made by
a qualified electrician in compliance with all
relevant codes. The machine must be
properly grounded to help prevent electrical
shock and possible fatal injury.
1. The planer may be fitted with a correct volt,
be ”hard-wired” directly to your electrical
panel. If hard-wired to a panel, make sure
disconnect is available for the operator.
2. Make sure the machine’s wire is
disconnected from the power source. If it is
hard-wired. Make sure the fuses have
been removed or the breakers have been
tripped in the circuit to which the saw will
Figure 2
4. Make sure the voltage of the power source
corresponds to the power source
corresponds to the voltage of the planer as
recorded on the motor plate.
5. Open the electrical enclosure (Main switch)
on the rear side of the machine (figure 1)
by loosening the screws.
6. Connect the three phases to terminals
marked L1, L2, L3
7. Connect the green neutral wire to
terminal ”PE”.
8. Connect the machine to power (or install
8

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the fuses or reset the breakers at the
power source).
9. Test the rotation of the cutter head. Turn on
the main power switch (see Figure 2) and
then the main motor switch (figure 4). The
pulley on the main motor (on the side near
the motor) should rotate clockwise. If it
rotates counter clockwise, stop the machine
with the red stop button (Figure 4).
10. Disconnect machine from power source,
and exchange leaks L1 and L3
11. Reconnect power, and close the electrical
cover
1
2
3
3
SET
4
5
6
1UNIT
7
8
9
SART
C
0
.
STOP
Table
Up
Table
Down
Main
Motor
Start
Feed
start
Main
Motor
Reset
Feed
Reset
Power Light
/VR 5Ω
Emergency
Stop
Figure 3

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Adjustments and Controls
Figure 3 shows the control panel for the planer.
Starting procedure
Turn Main Switch to position “︱”.﹝NOTE: The
main switch has a lock-out hole, through which
a padlock or similar device can be inserted,
when the switch is in :”Ο” position﹞
Push the Main Motor Star button; the motor will
start in Star-Delta. After a few seconds you will
hear the motor switch over to full speed
operation.
NOTE: The planer will not start if the hood is
raised, or if the brake release is turn-on (see
below). Fore’s or back’s E-stop is pressed or
main switch is turn on.
The emergency button is on the planner. An
automatic brake stops the motor within 8
seconds. A similar stop button can be found at
the back of the machine. To restart the machine,
simply twist the stop button and allow it to pop
back up. To begin the feed motor. And rotate
the handle to set the feed speed. Speed ranges
from 6 to 18 m/min.
The Brake Release switch (Hood inside) frees
the cutter head so that it can be moved by hand
(e.g. when changing knives) while the hood is
raised,. When the brake release is on, the
switch stays turn on. As a safety feature, the
planer’s motor will not start if the brake release
switch is turn on. And if the switch turn on
during operations, The motor will automatically
stop. To restart the planer,
Figure 4

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Raise the table
To raise the table press the up-arrow buttons or
“-“ on control.
To lower the table press the down-arrow buttons or
“+“ on control.
Figure 6
Automatic start of control unit
Before operating the planer, the digital display
should be checked for accuracy and calibrated if
necessary. Use a scrap board.
If the figure shown on this control unit is
100.0 and we need to increase it to 200.5
1. Press “SET” then the display will show 0. The
“input” instruction light will come on after pressing
”SET”.
2. Press button “2”, ”0”, ”0”, ”.”, ”5”, the display will
show 200.5
3. Then press “START”, the “RUN” instruction light
will come on and the “INPUT” instruction light go
out. And the table will start to move.
4. Press Button “START” again. This control unit
starts to run and the figure on display changes
back to 200.5 and start to increase.
The thickness of this planner is 6-
300mm, So don’t to run out the
range of 6-300mm. Do not move
the table while there is any stock
on table.
Correcting of control unit
Before operating the planer, the control unit should
be check for accuracy and calibrated if necessary.
1. Flip the board over and feed it through the planer,
then carefully measure its thickness with callipers.
Compare this with the digital display.
2. If the display needs correcting, press “SET” The
display will return to zero,
3. Key in “number of measure”
4. Then press “SET”, for 2-3 second, The figure
“number of measure” is shown on display. Now,
the correcting existing date is completed.

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Table parallelism:
For accurate planning, the table must be parallel with
the cutterhead. Lack of parallelism results in a taper
over the width of the workpiece. Use the knife gauge
to ensure knives have the same protrusion along the
length of the cutterhead. Maximum deviation allowed
for good planning is 0.02mm. If deviation exceeds
0.02mm, see section on installing cutterhead knives
or section on jointing and riding knives before
levelling the table.
If knives are set correctly and the machine is
still cutting at a taper, perform the following
steps to check the parallelism of the table to the
cutterhead
Disconnect the machine from the power source.
Place a gauge block directly under the upper
cutterhead. Raise the table with the hand wheel until
the knife on the upper cutterhead just touches the
gauge block.
Move the gauge block to the opposite end of the
table and repeat the process. The distance from the
table to the edge of the cutterhead should be the
same.
Adjusting the table:
To raise or lower one side of the table, loosen the
lockscrew that locks the threaded flange nut from
rotation in the table on the side to be raised or
lowered. Rotate the nut using a rod in the flange
holes and adjust height of the side. Relock the flange
nut lockscrew in the table. Another method that can
be used if the table is free, is to loosen two sets 4
lockscrew on the high side of the table Figure 7 and
then rotate two column clockwise, the opposite side
until it is level. Relock the flange nut lockscrew in the
table.
Figure 7
Changing Knives
Straight knife installation:
Knife installation on a planer can be a difficult and
exacting process. If the knives are not to be jointed
and ground, end-to-end and knife-to-knife
relationship must be held within 0.03mm for accurate
and smooth planning. To help avoid cutterhead
distortion in changing out a set of knives, remove and
replace the knife in one slot before change the next
knife. The measure is 3.00mm between point of knife
and cutterhead edge
Knife gauge
Setting Height Screws
Knife
Gib
Gib lock Screws
Clean all dust, chip, pitch and accumulated foreign
matter from a cutterhead slot and off of its gib.
Working with one slot, With the knife and gib against
each other and the beveled surface of the knife on
the knife spring and the concave shaped surface of
the gib up, insert into the slot. The back edge of the

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knife bevel should be slightly below the outside
diameter of the cutterhead
Press the knife with knife gage Lightly tighten two
outside and center gib screws.
Repeat the preceding method on successive knives
making sure that the height from knife to knife is the
same within 0.03mm. Loosen gib screw to establish
the high point of the knife. To touch the knife gage.
After all knife have been installed, recheck all gib
screw to be sure they are tight, loose gib screws can
result in knife being thrown out of the cutterhead
causing severe damage to the machine and possible
serious or fatal injury to the operator or bystanders.
Note: If all knives have been removed, a new set
must be installed without locking the gibs until all
knives and gibs are in and the gib screws lightly
snuggled down. The locking process should precede
working from the center out on each knife and
locking all gib screw once, repeat the same
sequence until all screws are equally tight. Locking
one knife in without the others in position can cause
cutterhead distortion.
Removal of knives:
1. Loosen all gib screws in one slot.
2. Remove both knife, gib.
3. Repeat step 1 & 2 for the remaining
knives
Helical cutterhead insert installation:
The planer has a helical cutterhead
Knife changing is simple, and the four-sided knives
are self-seating once the cutterhead begins rotating.
TCT knives are available from your dealer or most
woodworking supply stores.
1. Turn on the brake release button, and press the
E-stop.
2. Pull out on the lever at the fore side of the
machine, and raise the hood
3. Check cutterhead insert size 14 x 14 x 2.0mm
and angle 30°
4. Clean cutterhead & insert, set the insert in
position, lubricate the M6 x 1.0 screw
5. Use an air driver to adjust air pressure to
2kg/cm2 to pre–set the insert.
6. After the pre-setting of insert, adjust air driver
pressure to 6kg/cm2 to tighten screws. The
torque is 0.55-0.58 kgf-m.
7. Lower the hood and reconnect power to the
machine. Turnoff the brake release button. And
release the E-stop.
8. After adjusting or changing knifes. The control
unit should be check and recalibrated if
necessary.
Loose hair and
clothing could get
caught in machinery
and cause serious
personal injury.
Keep loose clothing
rolled up and away
from machinery.

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Dust Collection
It is strongly recommended this planer be
connected to a dust extraction system, via the
5”(125mm) dust port at the rear of the planer. Your
dust collector should have at least 1500 CFM
capacity. And The required air flow speed at the end
of flexible hose is 30-34m/sec.
The dust extraction system shall be earthed.
After prolonged use of the planer,
the cast iron frame and areas
around the cutterhead may be hot.
Damage to your eyes, lungs and
ears could result from failure to
wears safety glasses, a respirator,
and hearing protection while using
this machine

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Belt Tension & Replacement
1. Note Belts should be replaced as a matched set
of four
2. Pull out on the lever at the fore side of the
machine, and raise the hood
3. Loosen the three bolts (, Figure 8) which hold the
motor support bracket to the frame.
4. Turn the hex nuts on the tension rod as needed.
5. When finished, tighten the three bolts closed the
hood and turn off the brake release button
Figure 8
Drive Chain Replacement
The drive chains do not require tension adjustment,
since tension is always assured by an idle chain
tension.
To replace the main drive chain, pull the tensioner
backward and remove the chain from around the
sprockets. When the new chain has been mounted,
always make sure the tensioner is well placed on the
chain
To replace the chain for the table raising mechanism,
pull the lever to the back and remove the chain.
When the new chain has been mounted, push the
lever ) back into position.
Do not turn the sprockets on the
table raising screws with the chain
removed. Doing so will misalign the
table
Feed Rollers
The infeed and outfeed rollers and chipbreaker have
been factory set. However, if spring tension
adjustment should ever be necessary, use the
appropriate adjustment assembly located beneath
the lip of the frame – one is shown if figure 9.
1. Loosen the nut and turn the screw in or out
2. When finished, tighten nut.
3. Perform the same adjustment at the opposite
end of the roller.
Figure 9

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Lubrication Point
Frequency
type
Cutterhead Housing
Weekly
High Speed grease
Table
Daily
SAE10
The lead screws
Weekly
SAE10
The lead screws housing
Monthly
High Speed grease
The columns housing
Monthly
High Speed grease
Changing Fuses
Disconnect planer from power source, and open the
electrical enclosure. Pull open the cover on a fuse
holder. As shown in figure10 and slide out the old
fuse. Replace it with a new one of the proper
amperage. Close the cover.
Figure 10
Do not use a fuse with amperage
ration different than what is listed
on the cover of the fuse holder
Before and intervention on the
machine, disconnect it from the
electrical supply by pulling out the
plug or switching off the main
switch! Follow lockout procedures.
Failure to comply may cause
serious injury.
Maintenance
Before and intervention on the
machine, disconnect it from the
electrical supply by pulling out the
plug or switching off the main
switch! Follow lock out / tag out
procedures. Failure to comply
may cause serious injury.
1. The anti-kickback fingers must hang down freely
and operate independently by gravity. They
should be inspected frequently and cleaned and
concerning state of the tip and any destruction
whenever necessary. If they have any
destruction, shall be order our agent for new
anti-kickback fingers.
2. The table should be kept clean and free of rust
or deposits.
3. The lead screws and posts beneath the table
and the drive chains, the columns should be kept
clean and oiled
4. Periodically blow out sawdust from the motor’s
cooling fan.
5. Periodically check the brake of motor, Change
new brake block then thickness of brake block is
less 3mm.
6. The infeed roller and outfeed roller are mounted
on sealed ball bearing and require no lubrication.
The following lubrication chart indicates the
lubrication points, frequency, and recommended
lubrication.

17
Troubleshooting: Operating Problems
Trouble
Probable cause
Remedy
Snipe(NOTE:
Snipe can be
minimized but not
eliminated)
Table rollers not set properly.
Adjust rollers to proper height.
Inadequate support of long
boards.
Support long boards with extension rollers.
Uneven feed roller pressure
front to back.
Adjust feed roller tension.
Dull knives.
Reverse or replace knives.
Lumber not butted properly.
Butt end to end each piece of stock as they
pass through
Fuzzy Grain
Planing wood with high
moisture content
Remove moisture content from wood by
drying, or choose other stock
Dull knives.
Reverse or replace knives
Torn Grain
Too heavy a cut
Adjust proper depth of cut.
Knives cutting against grain
Cut along the grain.
Dull knives
Reverse or replace knives.
Rounded, Raised
surface
Dull knives.
Reverse or replace knives.
Too heavy a cut
Adjust proper depth of cut.
Moisture content too high.
Remove moisture content from wood by
drying, or choose other stock.
Rounded, glossy
surface
Dull knives.
Reverse or replace knives.
Feed speed too slow
Increase speed.
Cutting depth too shallow
Increase depth.
Poor feeding of
lumber
Inadequate feed roller pressure
Adjust feed roller tension. If proper tension
cannot be achieved replace
Planer bed rough or dirty.
Clean pitch and residue, and wax planer
table.
Transmission v-belt slipping.
Tighten transmission v-belt.
Surface of feed rollers too
smooth.
Lightly roughen the feed roller surface with
sandpaper
Bed rollers too low.
Raise bed rollers to proper depth for stock.

18
Troubleshooting: Mechanical & Electrical Problems
Trouble
Probable Cause
Remedy
Board
thickness does
not match
digital display
Digital display not calibrated
properly.
Follow calibration procedures
Chain jumping
Inadequate chain tension.
Adjust chain tension.
Sprockets misaligned.
Align sprockets.
Sprockets worn.
Replace sprockets.
No incoming power.
Verify unit is connected to power, and main switch
is set to “｜”.
Machine will
not start/restart
or repeatedly
trips circuit
breaker or
blows fuses
Overload automatic reset has not
reset.
When planer overloads on the circuit breaker built into
the motor starter, it takes time for the machine to cool
down before restart. Allow unit to adequately cool
before attempting restart. If problem persists. Check
amp setting on the motor starter inside the electrical
enclosure.
One cause of overloading trips which are not electrical
in nature is too heavy a cut. The solution is to take a
lighter cut. If too deep a cut is not the problem, then
check the amp setting on the overload relay. Match the
full load amps on the motor as noted on the motor plate.
If amp setting is electrical lead. Check amp setting on
motor starter.
Building circuit breaker trips or
fuse blows.
Verify that planer is on circuit of correct size. If circuit
size is correct, there is probably a loose electrical lead.
Check amp setting on motor starter
Loose electrical connections.
Go through all the electrical connections on the planer
including motor connections, verifying the tightmess of
each. Look for any signs of electrical arcing which is
a sure indicator of loose connections or circuit overload.
Motor starter failure
Examine motor starter for burned or failed components. If
damage is found, replace motor starter. If motor starter looks
okay but is still suspect, you have two options: Have a qualified
electrician test the motor starter for function, or purchase a
new starter and establish if that was the problem on change
out (continued)

19
Electric Specification
Mold
AN-926
AN-932
AN-940
AN-952
Spindle
Motor
Power
7.5kw
11kw
15kw
18kw
22kw
TR1
Range
16-24A
24-32A
25-40A
40-63A
40-63A
Setting
16A
25A
32A
38A
50A
Electric cable cross-section
2.0mm
3.5mm
5.5mm
5.5mm
8mm
Main electric cable cross-section
3.5mm
5.5mm
8mm
8mm
14mm
Feed Motor
Power
0.75Kw
1.5Kw
1.5Kw
1.5Kw
TR2
Range
4-6.3A
6-10A
6-10A
6-10A
Setting
4A
8A
8A
8A
Electric cable cross-section
2.0mm
2.0mm
2.0mm
2.0mm
Elevation
motor
Power
0.18Kw
0.375Kw
0.375Kw
0.375Kw
TR3
Range
1.6-2.5A
2.5-4A
2.5-4A
2.5-4A
Setting
1.6A
2.5A
2.5A
2.5A
Electric cable cross-section
2.0mm
2.0mm
2.0mm
2.0mm
Inverter of
Feed Motor
Model Nnverter
VFD-007M
VFD-015M
VFD-15M
VFD-015M
VRQ-1
0.75kw
1.5Kw
1.5Kw
1.5Kw
Electric cable cross-section
2.0mm
2.0mm
2.0mm
2.0mm

20
Electric part list
Yuan An Iron Works Co., Ltd.
SCHEDULE OF ELECTRICAL
EQUIPMENT
Sheet No. 1
TYPE: An-926
Item
Designation
Designation and Function
Technical data
Supplier
Suppliers
Reference
Remarks
QS1
Disconnectionswitch
Ith= 16A
Ue=Ui=690V
Moeller
T0-/E
EN60947-3
FU1
Fuse
25A/600V
TE
DF6-AB10
EN60269-1
FU2
Fuse
6A/600V
TE
DF6-AB10
EN60269-1
FU3
Fuse
4A/600V
TE
DF6-AB10
EN60269-1
FU4
Fuse
2A/600V
TE
DF6-AB10
EN60269-1
FU5
Fuse
2A/600V
TE
DF6-AB10
EN60269-1
FU6
Fuse
2A/600V
TE
DF6-AB10
EN60269-1
FU7
Fuse
2A/600V
TE
DF6-AB10
EN60269-1
SQ1
Safety interlock
switch
2A/400V
TEN
AD-S11
EN60947-5-1
SQ2 /Q3
Limit Switch
5A /240V
Tend
TZ-8112
EN60947-5-1
TC1
Transformer
0.3KVA
Tai Chung
SP-TBSW
EN60742
M1
Motor
7.5KW/400Vac
FUKUTA
EN60034-1
M2
Motor
0.75kW/400Vac
FUKUTA
EN60034-1
M3
Motor
0.18kW/400Vac
FUKUTA
EN60034-1
SB1-SB7
Push button switch
3A 600V
AUSPIOIOUS
LXBGS22-1/0
EN60947-1
SA1
Selection switch
3A 600V
AUSPIOIOUS
CS22-1/C
EN60947-1
KM1-2
Contactor
7.5kW/440V
TE
LC1-D126
EN60947-3
KM3-6
Contactor
4kW/440V
TE
LC1-D096
EN60947-3
KA1 KA2
Relay
250V 10A 2a2b
idec
RM2S-U220V
IEC60255-1
IEC60255-23
KT1
Timer
0~30 sec.
TE
LADS2
IEC947-4-1
FR1
Overload Relay
16-24A/18A
TE
LR3D-226
IEC947-4-1
FR2
Overload Relay
4-6A/4A
TE
LR3D-106
IEC947-4-1
FR3
Overload Relay
1.6-2.5A/1.6A
TE
LR3D-076
IEC947-4-1
YB1
Brake
13W/220V
SANLI ELE LTD.
Join-230V
U1
CONTROL UNIT
RICH
DP-626
VR1
Variable Resistor
5Ω
FRQ1
Inverter
0.75kw
Delta
VFD-007M
EN50178