A/S WODSCHOW & CO AR80 User manual

A/S Wodschow & Co.
Kirkebjerg Søpark 6
DK-2605 Brøndby Phone: [phone]
[e-mail]
www.bearvarimixer.dk
Denmark
AR80 - AR100 VL-1S
122016 ORDER NO.: 00363-VL-1S GB Translation of the original user manual
OPERATING INSTRUCTIONS

2
InstallatIon of new mIxer:
Installation and securing:
The mixer must be mounted with rubber feet, which neu-
tralize both shaking and rusting. Spacers can be inserted
under the mixer’s feet, if the oor is not completely even.
The mixer is placed directly on the oor. Foundation bolts
in the oor are only necessary under special conditions,
e.g. on ships .
Connection to power:
Before the mixer is connected to power, it should be
checked that the voltage and frequency printed on the
machine label is correct in relation to the place of instal-
lation. The machine label is placed at the top right side
of the mixer.
Checking of the direction of rotation of the planetary
head:
Lift up the bowl arms to normal working position
andstartthemixerwithoutbowlandtools.Check
thedirectionofrotationoftheplanetaryhead:the
planetary head must rotate in the direction as
stated by the arrow above the planetary head. If
the direction of rotation is wrong, 2 of the phase
wires of the connecting cable must be inverted.
General:
In case of complaints, please contact your supplier.
The guarantee does not cover faults resulting from faulty
operation, overloading and lacking observance of direc-
tions of maintenance.
It should be checked that all loose parts are delivered
with the mixer such as bowl, tools, grease gun and rub-
ber feet
If the mixer has an attachment drive only equipment pro-
duced by A/S WODSCHOW & CO. must be connected.
safety:
Theconstantnoise level of the workplace of the operator
is lower then 70 dB (A).
The mixer is designed for manufacture of pro-
ducts which do not during processing cause
reactions or emit substances which may be det-
rimental to the user.
Putting your ngers in the bowl while the mixer
is running may cause injuries.
Contents:
OBS:
The mixer is to be connected to power via a plug. The plug
must be dimensioned for min. 16 A, 230/400V~, IP44
When connecting;
1 phase with 0 + earth, use 3 pole plug
2 phases + earth, use 3 pole plug
3 phases + earth, use 4 pole plug
3 phases with 0 + earth, use 5 pole plug
General: ....................................................................................................................................................................................... 2
safety: ....................................................................................................................................................................................... 2
InstallatIon of new mIxer:.................................................................................................................................................................... 2
ConstruCtIon of the mIxer:.................................................................................................................................................................. 3
the mIxers Control panel: ................................................................................................................................................................... 3
the maxImum CapaCIty of the mIxer: ...................................................................................................................................................... 4
reCommended maxImum speeds:............................................................................................................................................................. 4
operatIon of the mIxer: ...................................................................................................................................................................... 5
Bowl lIftInG and speed Control:.......................................................................................................................................................... 5
tImer funCtIon:.................................................................................................................................................................................... 6
automatIC lowerInG of the Bowl:: ....................................................................................................................................................... 6
pause funCtIon:................................................................................................................................................................................... 6
the mIxer’sstart speed after stop: ..................................................................................................................................................... 6
start-up after stop at hIGh speed: ...................................................................................................................................................... 6
overload: ....................................................................................................................................................................................... 6
software versIon of the Control panel:.............................................................................................................................................. 6
CorreCt use of tools:......................................................................................................................................................................... 7
CleanInG: ....................................................................................................................................................................................... 7
maIntenanCe and luBrICatIon: .............................................................................................................................................................. 7
Grease types:...................................................................................................................................................................................... 7
lIst of errors and possIBle solutIon: ................................................................................................................................................. 8
adjustment of speCIal v-Belt: ........................................................................................................................................................ 8
adjustment of Bowl fIxInG: ............................................................................................................................................................ 9
adjustment of Bowl CenterInG:...................................................................................................................................................... 9
measurInG of Bowl heIGht:............................................................................................................................................................. 9
adjustment of Bowl heIGht: ........................................................................................................................................................... 9
adjustments of speed (low and hIGh speed Cam dIsks):................................................................................................................. 11
eleCtrICal dIaGrams:......................................................................................................................................................................... 12

3
Power supply
Motor relay / thermal
overload relay
Fuse
Safety switch for lid (Optional)
Safety switch
for safety guard
ConstruCtIon of the mIxer:
Size of
mixer Motor
AR80 3,0 kw
AR100 3,0 kw
Motor
Micro switch
for the lower
position of the
bowl arms
Safety
switch (CE)
Micro switch
for the up-
per position
of the bowl
arms
Servo motor
Bowl lift motor
speed indicator
the mIxers Control panel:
Bowl down/
Speed down
Timer/Display
Features of the VL-1S control panel:
• Timer
• Emergency stop
• Pause
• Start / Stop
• Buttons with changing functions:
Bowl up / Speed up
Bowl down / Speed down
• The speed is reduced to a minimum when
the mixer is stopped.
• Automatic lowering of the bowl: When a
time is set on the timer and the mixer is
running, briey press . The green LED
by will ash. The bowl will now be low-
ered automatically when the mixer stops.
See also “Automatic lowering of the
bowl” on page 6.
Bowl up/
Speed up
Time down Time up
Start/Stop
Emergency stop Pause

4
30 40
4321
50 60 70 80 90 100%
MINMAX
5
Example: A basic recipe contains 1 kg of solids and 0,6 kg of liquid:
This gives AR = 0,6 kgs x 100 = 60%
1 kg
If for instance it is required to use the maximum capacity of the mixer, the calculated AR = 60% is used
for determining the amount of solids and liquid in the dough:
If a 80 L mixer is used, and a dough with AR = 60% is to be kneaded, the maximum capacity is = 60 kg.
Now the weight of solids in this dough is calculated:
Solids = Max. capacity x100 =60 kg x 100 = 37,50 kg
AR + 100 60 + 100
Weight of liquid = 60 kg - 37,50 kg = 22,50 kg
the maxImum CapaCIty of the mIxer:
Local variations in the characteristics of the ingredients can inuence water
absorption, volume and baking characteristics, etc.
* Scraper recommended
** Low speed operation is recommended
Capacities per mix Tool AR80 AR100
Egg white Whip 12 L 15 L
Whipped cream Whip 30 L 45 L
Mayonnaise *Whip 64 L 80 L
Herb butter Beater 60 kg 75 kg
Mashed potatoes * Beater/ Whip 50 kg 65 kg
Bread dough (50%AR) ** Hook 50 kg 58 kg
Bread dough (60%AR) Hook 60 kg 70 kg
Ciabatta dough * (70%AR) Hook 60 kg 75 kg
Mufns * Beater 48 kg 60 kg
Layer cake base Whip 20 kg 25 kg
Meatball mix * Beater 60 kg 75 kg
Icing Beater 60 kg 70 kg
Doughnut (50%AR) Hook 50 kg 60 kg
AR = Absorption Ratio (%AR)
(Liquid in % of solids)
reCommended maxImum speeds:
Fig 1

5
operatIon of the mIxer:
APlace the tool in the bowl. Open the safety guard.
BNote: the bowl arms must be in the lowest position.
Place the bowl in the bowl arms. Check that the
bowl is pushed right back into the arms and that the
“centre ear” of the bowl arms are turning in towards
themixer(g. 2). Place the mixer tool in the bayonet
shaft. The tap of the tool must be turned right into
the bayonet hole. Close the safety guard.
CPress to lift the bowl (g. 3). The bowl will auto-
matically stop in the top position.
DYou can set the mixing time on the timer using
the and buttons or you can start the mixer
without setting a time. If you do not set a time, the
display will function as a clock that counts up. See
also “Timer function” on page 6.
EPress to start the mixer (g.3).
FPress and untilyouhave reached thedesired
speed. You can read the speed on the indicator on
the side of the mixer (g. 2). See also “Recom-
mended max. speeds” (g. 1).
G During the mixing process the mixer can be paused
bypressing .You can now lowerthebowloropen
the safety guard. If you start the mixer again using
all the settings will be unchanged. If you start
the mixer using the settings will be reset. See
also “Pause function” on page 6.
HWhen the mixing process is completed the mixer
is stopped by pressing , or by the timer going
into stop position. In both cases the tool’s speed is
automatically reduced to a minimum and it will then
stop completely.
IWhen the tool has stopped the bowl can be lowered
by pressing .
Bowl lIftInG and speed Control:
The mixer’s control panel has two buttons: and ,
which both have two functions (g.3):
• Bowl up or speed up
• Bowl down or speed down
The function of the buttons is determined by whether the
mixer is running or not:
• If the mixer is not running, the buttons are used for
“bowl up” and “bowl down”.
• If the mixer is running, the buttons are used for
“speed up” and “speed down”.
• When the mixer stops at the end of a process and
the tool is still, the buttons are used for “bowl up”
and “bowl down”.
The bowl seen from
above, The “centre
ear” of the bowl is
facing the mixer.
”Centre
ear” of the
bowl
Speed indicator
Fig. 3 Bowl lifting and speed control.
Bowl
up/down Speed
up/down
Fig 2.
Start/Stop
Emergency stop
Bowl /
Speed
down
Timer/
display
Bowl /
Speed
up
Pause
Time
down
Time up

6
start-up after stop at hIGh speed:
If the emergency stop is activated or the safety guard
has been opened while lifting or lowering the bowl...
• Release the emergency stop (g. 3) by turning it
anticlockwise or close the safety guard.
• Lifting/lowering of the bowl can be reactivated.
If the emergency stop is activated or the safety guard
has been opened while the mixer is running, and you
do not want to start up at the same speed...
• First lower the bowl: Start with releasing the emer-
gency stop or close the safety guard. Then take the
lid off the mixer and press the small red button on
thetopsideof thecontrolpanelwhilesimultaneously
pressing .
• Take the tool out of the bayonet.
• Closethesafetyguard, move the bowlarmsuptothe
top position (empty or with the bowl), start the mixer
and run again to the lowest speed by pressing .
• Stop the machine and secure the mixer’s lid again.
The mixer can now be operated normally.
If the emergency stop is activated or the safety guard
has been opened while the mixer is running at low
speed, and you want to start up at the same speed...
• Release the emergency stop (g. 3) by turning it
anticlockwise or close the safety guard.
• Press and the machine will start at the speed it
was stopped at. The speed can now be regulated
using and
overload:
The mixer must not be overloaded. Sticky and
heavy doughs can overload the mixer.
The overload is further exacerbated if the mixer
tool’s speed is set above the recommended
amount or if the wrong mixer tool is used. Larger
lumps of fat or chilled ingredients must be re-
duced before they are put into the bowl.
Longer time overload will interrupt the mixer.
will be written in the mixer’s display. After
a short while the display will change back to normal
modeand youcan startthe mixeragain asdescribed
in “Start-up after stop at high speed”.
software versIon of the Control panel:
• When you turn on the mixer (power is connected to
the mixer or the emergency stop is released), the
control panel software version can be read on the
mixer’s display:
• It rst displays how many times power has been con-
nected to the mixer.
• It then displays .
• Then it displays the software version.
tImer funCtIon:
The mixer has an optional timer function. If no time is set
on the timer, the display will instead show the time the
mixer has run for.
• The timer can be set to a maximum of 60 minutes.
• and can be used to set the time before start-
ing the mixer or while the mixer is running. The time
can be changed after it has been set.
• When the timer is in use it is important to use to
stop and start the mixer if you do not want the timer
to be reset.
• When the time runs out the speed will be reduced to
a minimum and the mixer will stop.
• You can select automatic bowl lowering when the
timer is in use. Briey press .
automatIC lowerInG of the Bowl:
• If thetimerisin use,thebowlcanautomaticallybelow-
ered when the time runs out and the mixer stops.
• While the mixer is running, briey press , The
green LED by will ash until the mixer stops.
• When automatic lowering of the bowl is selected it is
importantthatyouuse tostopand start the mixer,
otherwise the selection will be reset.
pause funCtIon:
The mixer has a pause button , which should be used
to stop and start the mixer in a process where the timer
is used.
• Stop the mixer using . The timer will continue to
count downwards when you start the mixer again by
pressing .
• When you stop the mixer pressing you can lower
the bowl and open the safety guard. When you press
again, the timer continues to count downwards.
the mIxer’sstart speed after stop:
Stop using : The mixer’s speed is reduced to lowest
speed and will start at the lowest speed
Stop by pressing : The mixer’s speed is reduced to
lowest speed and will start at the lowest speed.
Stop using timer runout: The mixer’s speed is reduced
to lowest speed and will start at the lowest speed.
Stop using emergency stop: The mixer
will start at the speed it was stopped at.
Emergency stop must only be used in
emergencies.
Stopbyopening thesafety guard: Themixer
will start at the speed it was stopped at.
The safety guard must not be used to stop
the machine!

7
until the grease gun feels hard to press or until grease
comes out between the shaft and the pulleys.
The mixer must not be started until the screws
which hold the lid are inserted.
Start the mixer, and set the speed back to low speed.
Stop the mixer and ll the grease gun with new grease
so that it is ready for next time.
Lubrication of other movable parts:
The movable parts of the bowl arms, the shaft and the
lifting rod must also be lubricated with oil. Remove the
rear covering and lubricate the marked points with an oil
can. (g.4 pkt.2)
Grease types:
Grease for the pulley set shafts: Castrol LMX.
Onrepairof the planetaryhead:Greasethe toothed wheel
and the toothed rim with Molub Alloy 936SF Heavy or
Castrol Grippa 355, theneedlebearingsintheplanetary
head must not be lubricated with this type of grease. Do
not use any another type of grease than the one stated
here.
On repair of the attachment drive: Fill the attachment drive
with 0.35 L STATOIL GreaseWay LiCa 80.
CorreCt use of tools:
Themeatmincermustnot be used for production
of bread crumbs as this will cause unnecessary
wear and tear on some mixer parts.
Whipsshould notbestruck againsthardobjects as
e.g. the edge of the bowl. This will make the life of
the tool shorter due to increasing deformity.
Recommended applications for tools:
For production of mashed potatoes the special
wingwhiporthewhip with thickerwiresshouldbe
used, alternatively use the beater and the whip.
CleanInG:
Themixershouldbecleaneddaily or after use.Themixer
should be cleaned with a soft cloth and clean water.
Sulphonated soaps should be used with caution as they
destroy the mixer’s lubricants.
Never use high pressure cleaning for the
mixer.
Parts made of aluminum should not be used
to strongly acidic, highly alkaline or highly
salty foodstuffs, which may attack aluminum
without coating.
Tools of aluminium must not be washed with
strongalkalinedetergents (pH between5and8).
The soap suppliers can recommend the correct type of
soap.
Please note that the plastic safety guard can be
damaged if exposed to high temperatures for a
considerable period. (Max. temperature 65oC)
Cleaningofattachmentdrive:afteruseoftheattachment
drive this should be wiped inside with a soft cloth.
maIntenanCe and luBrICatIon:
The innitely variable gear must be lubricated regularly,
i.e. a lubrication interval of approx. 60 hours of operation.
Lubrication of innitely variable gear:
OBS. Special grease !!(Use the grease gun delivered
togetherwiththemixer).Startthemixerandincreasethe
speedtoapprox. 50%.Stopthe mixer(usetheemergency
stop) and open the lid on the top of the mixer. On the top
ofeachofthetwopulleysetshafts is a grease nipple (g.
4 point 1). Press grease through the grease nipples
g.4 Greasing of innitely variable gear and other
movable parts:
Whip Beater Hook
Cream Cake dough Bread dough
Egg whites Butter cream Dark bread
Mayonnaise Wafe dough and the like
and the like Minced meat
and the like

8
(X) AR80 - AR100 = 305 mm +/- 3 mm.
lIst of errors: possIBle solutIon:
A rattling sound from the closed part of the mixer. Adjustment of special v-belt
The mixer starts “striking” when kneading dough Adjustment of special v-belt
which normally causes no problems.
The mixer changes its speed by itself. Adjustment of special v-belt
The minimum and the maximum speeds are changing. Adjustment of speed.
The bowl is too tight or too loose. Adjustment of bowl xing
The tool hits the sides of the bowl. Adjustment of bowl centering
The tool hits the bottom of the bowl. Adjustment of bowl height
In case of other errors, contact the supplier.
Prior to a possible repair or adjustment, switch off the mixer by disconnecting the power cable.
adjustment of speCIal v-Belt:
The distance (X) is only indicative as it depends on the
tolerance of the special V-belt.
1. Start by tightening the v-belts (*).
2. Tighten the special V-belt (A) by moving one or two
washers from (V) to (T).
3. Start the mixer and leave it running while the nut (U)
is tightened. Do not tighten it too much.
4. On the front pulley set the stud (E) on the varispeed
collar(F) mustbeplacedinsidethelowerfork(G) and
ontherearpulleysetoutsidetheforkfor belt tightener
(B), (both must point backwards).
5. Tolerances in the transmission might cause that the
special V-belt (A) is hitting the pins of the pulley sets
whenthespeedhasbeenadjusted.Insuchcases the
distance (X) must be reduced.
6. Then follow the section:
“Adjustment of speed” page 11

9
1
2
3
4
g.5a
Adjustment of Bowl CenterInG:
First nd the present bowl centering: mount the beater and
the bowl, then raise the bowl arms up to normal working
position.Withyourhandturnthebeater,andthen measure
the distance between beater and bowl edge. By removing
the rear covering, the bowl arm guide plate is now acces-
sible (E).Loosen the screws (D) (g.5) and move the bowl
arm guide plate in the required direction. Again turn the
beaterandmeasure the distancebetweenbeaterand bowl.
Whenthebowl hasbeencentred,fastenthebowlarmguide
plate in the new position and screw on the rear covering.
adjustment of Bowl fIxInG:
The bowl arms must be raised to normal working position.
The adjusting diameter (Y) shall be measured inside be-
tween the bowl arms (g.5a):
Adjusting diameter (Y) : AR80 = 516 mm.
Adjusting diameter (Y) : AR100 = 554 mm.
In case the bowl fastening is too loose, remove the lock
ring (B) and draw the bearing (A) from the shaft (C). The
bearing should be turned 180oand be mounted on the
shaft again. It might be necessary to turn both bearings.
At last check the bowl centering and if necessary, adjust.
measurInG of Bowl heIGht:
The distance (X) is measured from the bottom side of the
bayonet hole to the surface on the bowl arms on which
the bowl rests (g. 6a). The bowl arms must be lifted to
normal working position.
adjustment of Bowl heIGht:
The upper and lower position of the bowl is determined
by micro switch (1) and (2), (g. 6).
The two mechanical stops consisting of the bolts (3) and
(4) areadjustedso that they will be hit approx. 1 mm after
themicroswitch,incase the micro switch should fail.The
upperpositionofthebowl arms is adjusted bybendingthe
springarmon the microswitch(1) forwardsorbackwards,
It is of utmost importance that the stop screw (3) is re-
adjusted afterwards. In the same way the lower position
is adjusted by altering the micro switch (2). It is important
that the micro switch is not altered so much that the bowl
arms can not hit it.
Thereafter the mechanical stop (4) is adjusted.
g. 5 Adjustment of bowl xing and bowl centering
g.6 Measuring of bowl height X:
g.6a Adjustment of bowl height:
Bowl height (X) : AR80 =233mm.
Bowl height (X) : AR100 =297mm.
The bearing (A) has two dia-
meters.As standard the mixer
is delivered with the bearings
mounted so that the smallest
diameter points away from the
bowl arms, which means the
loosest bowl clamping.

10
2-3 mm
1 mm
K
M N H B C
ADL
E
FG
I
J
g.8 ”Bad position” for the servo motor
g.7a Position of the the V-belt at minimum speed.
g.7b Position of the the V-belt at maximum speed.

11
adjustments of speed (low and hIGh speed Cam dIsks):
Prior to any adjustment the, the bowl must be in its top position and the safety guard must be closed.
Switch off the power to the mixer, this must be done via the emergency stop. Remove the lid of the mixer.
Dismantle shaft for speed regulation: The arm (B) is released from the servo motor shaft by removing the cotter pin
(C) and the pin (D). The arm (B) must not be loosened from the shaft (E).
Loosen the screw (F) and take out the speed indicator (G).
Loosen the screw in the speed indicator clamp (H) and remove the disk with arrow (I)
The manual speed selector handle (J) is placed in the shaft (E) so that it points upwards and forwards.
Release the emergency stop and start the mixer.
Turn the handle for manual adjusting of speed to minimum speed until the distance from the v-belt to the edge of the
planetary head pulley is approximately 1 mm. see g. 7a.
Stop the mixer by pressing emergency stop.
Loosen the two screws on the two cam disks (K) and (L).
Turn the cam disk for minimum speed (K) until it is activating the micro switch. Tighten the screw.
Release the emergency stop and start the mixer.
Turn the handle for manual adjusting of speed to maximum speed until the distance from the v-belt to the edge of the
motor pulley is approximately 3 mm. see g. 7b.
Stop the mixer by pressing emergency stop.
Turn the cam disk for maximum speed (L) until it is activating the micro switch. Tighten the screw.
Remove the manual speed selector handle
Remount the servo motor shaft on the arm (B). It is urgent to make sure that the servo motor is not clamped against the
machine column, the shaft (E) or other parts of the mixer, and that the “bad position” (Fig. 8) for the motor is avoided.
If the servomotor is not positioned correctly (according to the description above), the two screws (M) and (N) that x-
ates the arm on the shaft are loosened and the arm adjusted. Now the handle for manual speed adjustment has to be
mounted again and the cam discs must be adjusted once again.
When the min. and max. speed has been adjusted correctly, the speed indicator clamp, the disk with arrow and the
speed indicator are remounted.
Cam disks for minimum and maximum speed have now been adjusted.

12
eleCtrICal dIaGrams:
0 1 2 3 4 5 6 7 8 9
0 1 2 3 4 5 6 7 8 9
+-
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
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1
325-10-2011
25-10-2011 2
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Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
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Page title: Control Voltage, Lift Motor
2
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25-10-2011 1 3
/
/
/
/
Project title:
File name:
VL1S, 3 x 200 - 240V AC + PE
20111025 - VL1S-3P-200-PE
VL1S, 3 x 200 - 240V AC + PE
20111025 - VL1S-3P-200-PE
3 x 200 - 240V AC + PE
Power supply
Max. 16A
Customer supplied
Main Motor
Thermal Relay
Motor protection
Contactor
Emergency stop Fuse
Operator Panel
Hold Thermal Relay230VAC/50Hz
Supply
Contactor
Main Motor
L- 0 Volt
Transformer
Control Voltage
230 / 24VAC
Fuse
Aux.
relay 2
Reset
Bowl
bottom
micro
Bowl
top
micro
Lift Controller Unit Motor protection
Lift Motor
Operator
Panel
Rectifier(bridge)
connection
L+ 24VDC
Down
Down
Up
Up
+24VDC
0VDC
Down
Out
Up
Main Motor
-TR1 -F4
-R2 -S3
-B1
M
-M2
-R1
-B2
-K3
M
3
-M1
-F1
-K1
-S1
-K1
-F2
-F1
-K2
-K1
L1
L3
PE
/5
3/1
2/7
3/0
3/4
3/5
3/6
3/7
3/8
12 34 56
12 34 56
/8
21
21
19 20 21 22 2 N 1 L1
-K1 -F2
2.0
2.0
1314
/8
9897
/2
A1A2 5
3/1
9
/5
3/2
/2
8A
113
43
BKBU BEBK
5
6
3
4
1/5
71
10
5
9
3
3.0
PE GNYE U1 BN V1 BU W1 BK
250V/1,5A
2.0
RD
1.9
1.9
1.9
STM CL 80
PE
3.0
3.0
PE
L1 L2 L3 PE
PE
-PCB
PCB
PE
2/7
L1
L3
230VAC 24VAC
12
1/8
-K1

13
0 1 2 3 4 5 6 7 8 9
/
L+ 24VDC
L- 0 Volt
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3
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A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
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/Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:Project title:
File name:
Page title: Control Voltage, Servo Motor
25-10-2011
25-10-2011
VL1S, 3 x 200 - 240V AC + PE
20111025 - VL1S-3P-200-PE
Safety
micro(CE)
Safety guard
safety
micro
Thermal
relay
Start
Start
Operator
panel
Aux.
relay 3
box Aux.
relay 1
Servo
maximum
micro
Stop
Stop
Speed up 1
Speed up 1
Servo Motor
Aux.
relay 2
Speed down 1
Speed down 1
Speed down 2
Speed down 2
Speed up 2
Speed up 2
Servo
minimum
micro
Operator
panel
Operator
panel Operator
panel
Operator
panel
Operator
panel
-F1
-K1
-R2 -R1
-R1
-R1
-V1
-PCB -PCB
-PCB
-K2 M
-M3 -R2
-PCB
PE
-R2
-R1
-V2
-R2
-PCB
-PCB
-CE1
-G1
113
7
/3
s1s2
11
12
1/5
7
8
1/5
812
/9
102
6
/3
h1h2
5
9
/9
13
14
1/5
10
91
5
/3
16
15
1/5
9
1/5
2.9
21 2221
4344
1/8
106
/9
18
17
1/5
2.9
9596
1/2
1413
2.9
1413
/3
/5
/8 /3
/5
/8
1/8
=
=
=
PE
1413
/5
/6
/2
BN
BN
Wire on
print
BE

14
0 1 2 3 4 5 6 7 8 9
0 1 2 3 4 5 6 7 8 9
+-
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
Page
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Subject name:Project title:
File name:
Page title: Main Power
1
325-10-2011
25-10-2011 2
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
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Subject name:
Page title: Control Voltage, Lift Motor
2
325-10-2011
25-10-2011 1 3
/
/
/
/
Project title:
File name:
VL1S, 1x 200 - 240V AC + N + PE or 2 x 230VAC + PE
20111025 - VL1S-1P-N-PE OR 2P-PE
VL1S, 1x 200 - 240V AC + N + PE or 2 x 230VAC + PE
20111025 - VL1S-1P-N-PE OR 2P-PE
3 x 200 - 240V AC + N + PE
or
2 x 230V AC + PE
Power supply
Max. 16A
Customer supplied
Main Motor
Thermal Relay
Motor protection
Contactor
Emergency stop Fuse
Operator Panel
Hold Thermal Relay230VAC/50Hz
Supply
Contactor
Main Motor
Transformer
Control Voltage
230 / 24VAC
Fuse
Aux.
relay 2
Reset
Bowl
bottom
micro
Bowl
top
micro
Lift Controller Unit Motor protection
Lift Motor
Operator
Panel
Rectifier(bridge)
connection
Down
Down
Up
Up
+24VDC
0VDC
Down
Out
Up
Main Motor
-TR1 -F4
-R2 -S3
-B1
M
-M2
-R1
-B2
-K3
M
3
-M1
-F1
-K1
-S1
-K1
-F2
-F1
-K2
-K1
L1(N)
L2
PE
L- 0 Volt
L+ 24VDC
/5
3/1
2/7
3/0
3/4
3/5
3/6
3/7
3/8
12 34 56
12 34 56
/8
21
21
19 20 21 22 2 1
-K1 -F2
2.0
2.0
1413
/8
9897
/2
A1A2 5
3/1
9
/5
3/2
/2
8A
113
43
BKBU BEBK
5
6
3
4
1/5
71
10
5
9
3
3.0
PE GNYE U1 BN V1 BU
250V/1,5A
2.0
RD
1.9
1.9
1.9
STM CL 80
PE
3.0
3.0
PE
L1(N) L2 PE
PE
-PCB
-PCB
PE
2/7
L1(N)
L2
230VAC 24VAC
12
1/8
-K1

15
0 1 2 3 4 5 6 7 8 9
/
Page
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Next page
Number of pages:
Last printed:
Last corrected:
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Project rev.: 3
3
2
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
/Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:Project title:
File name:
Page title: Control Voltage, Servo Motor
25-10-2011
25-10-2011
VL1S, 1x 200 - 240V AC + N + PE or 2 x 230VAC + PE
20111025 - VL1S-1P-N-PE OR 2P-PE
Safety
micro(CE)
Safety guard
safety
micro
Thermal
relay
Start
Start
Operator
panel
Aux.
relay 3
box Aux.
relay 1
Servo
maximum
micro
Stop
Stop
Speed up 1
Speed up 1
Servo Motor
Aux.
relay 2
Speed down 1
Speed down 1
Speed down 2
Speed down 2
Speed up 2
Speed up 2
Servo
minimum
micro
Operator
panel
Operator
panel Operator
panel
Operator
panel
Operator
panel
-F1
-K1
-R2 -R1
-R1
-R1
-V1
-PCB -PCB
-PCB
-K2 M
-M3 -R2
-PCB
PE
-R2
-R1
-V2
-R2
-PCB
-PCB
-CE1
-G1
L+ 24VDC
L- 0 Volt
113
7
/3
s1s2
11
12
1/5
7
8
1/5
812
/9
102
6
/3
h1h2
5
9
/9
13
14
1/5
10
91
5
/3
16
15
1/5
9
1/5
2.9
21 2221
4344
1/8
106
/9
18
17
1/5
2.9
9596
1/2
1413
2.9
1413
/3
/5
/8 /3
/5
/8
1/8
=
=
=
PE
1413
/5
/6
/2
BN
BN
Wire on
print
BE

16
0 1 2 3 4 5 6 7 8 9
0 1 2 3 4 5 6 7 8 9
+-
L- 0 Volt
L+ 24VDC
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
Page
Previous page
Next page
Number of pages:
Last printed:
Last corrected:
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Const. (project/page):
Drawing no.:
Subject name:Project title:
File name:
Page title: Main Power
1
325-10-2011
25-10-2011 2
VL1S, 3x380 - 480V AC + N + PE
20111025 - VL1S-3P-N-PE
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
Page
Previous page
Next page
Number of pages:
Last printed:
Last corrected:
Page rev.:
Project rev.:
Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:
Page title: Control Voltage, Lift Motor
2
325-10-2011
25-10-2011 1 3
/
/
/
/
Project title:
File name:
VL1S, 3x380 - 480V AC + N + PE
20111025 - VL1S-3P-N-PE
3 x 380 - 480V AC + N + PE
Power supply
Max. 16A
Customer supplied
Main Motor
Thermal Relay
Motor protection
Contactor
Emergency stop Fuse
Operator Panel
Hold Thermal Relay230VAC/50Hz
Supply
Contactor
Main Motor
Transformer
Control Voltage
230 / 24VAC
Fuse
Aux.
relay 2
Reset
Bowl
bottom
micro
Bowl
top
micro
Lift Controller Unit Motor protection
Lift Motor
Operator
Panel
Rectifier(bridge)
connection
Down
Down
Up
Up
+24VDC
0VDC
Down
Out
Up
Main Motor
-TR1 -F4
-R2 -S3
-B1
M
-M2
-R1
-B2
-K3
M
3
-M1
-F1
-K1
-S1
-K1
-F3
-F1
-K2
-K1
L3
N
PE
/5
3/1
2/7
3/0
3/4
3/5
3/6
3/7
3/8
12 34 56
12 34 56
/8
21
21
19 20 21 22 2 N 1 L1
-K1 -F2
2.0
2.0
1314
/8
9897
/2
A1A2 5
3/1
9
/5
3/2
/2
8A
113
43
BKBU BEBK
5
6
3
4
1/5
71
10
5
9
3
3.0
PE GNYE U1 BK V1 GY W1 BN
250V/1,5A
2.0
RD
1.9
1.9
1.9
STM CL 80
PE
3.0
3.0
PE
L1 L2 L3 PE N
PE
-PCB
PCB
PE
2/7
L3
N
230VAC 24VAC
12
1/8
-K

17
0 1 2 3 4 5 6 7 8 9
/
L- 0 Volt
L+ 24VDC
Page
Previous page
Next page
Number of pages:
Last printed:
Last corrected:
Page rev.:
Project rev.: 3
3
2
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
/Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:Project title:
File name:
Page title: Control Voltage, Servo Motor
25-10-2011
25-10-2011
VL1S, 3 x 380 - 480V AC + N + PE
20111025 - VL1S-3P-N-PE
Safety
micro(CE)
Safety guard
safety
micro
Thermal
relay
Start
Start
Operator
panel
Aux.
relay 3
box Aux.
relay 1
Servo
maximum
micro
Stop
Stop
Speed up 1
Speed up 1
Servo Motor
Aux.
relay 2
Speed down 1
Speed down 1
Speed down 2
Speed down 2
Speed up 2
Speed up 2
Servo
minimum
micro
Operator
panel
Operator
panel Operator
panel
Operator
panel
Operator
panel
-F1
-K1
-R2 -R1
-R1
-R1
-V1
-PCB -PCB
-PCB
-K2 M
-M3 -R2
-PCB
PE
-R2
-R1
-V2
-R2
-PCB
-PCB
-CE1
-G1
113
7
/3
s1s2
11
12
1/5
7
8
1/5
812
/9
102
6
/3
h1h2
5
9
/9
13
14
1/5
10
91
5
/3
16
15
1/5
9
1/5
2.9
21 2221
4344
1/8
106
/9
18
17
1/5
2.9
9596
1/2
1413
2.9
1413
/3
/5
/8 /3
/5
/8
1/8
=
=
=
PE
1413
/5
/6
/2
BN
BN
Wire on
print
BE

18
0 1 2 3 4 5 6 7 8 9
0 1 2 3 4 5 6 7 8 9
+-
L- 0 Volt
L+ 24VDC
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
Page
Previous page
Next page
Number of pages:
Last printed:
Last corrected:
Page rev.:
Project rev.:
Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:Project title:
File name:
Page title: Main Power
1
325-10-2011
25-10-2011 2
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
Page
Previous page
Next page
Number of pages:
Last printed:
Last corrected:
Page rev.:
Project rev.:
Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:
Page title: Control Voltage, Lift Motor
2
325-10-2011
25-10-2011 1 3
/
/
/
/
Project title:
File name:
VL1S, 3 x 380 - 480V AC + PE
20111025 - VL1S-3P-PE
VL1S, 3 x 380 - 480V AC + PE
20111025 - VL1S-3P-PE
3 x 380 - 480V AC + PE
Power supply
Max. 16A
Customer supplied
Main Motor
Thermal Relay
Motor protection
Contactor
Emergency stop Fuse
Operator Panel
Hold Thermal Relay230VAC/50Hz
Supply
Contactor
Main Motor
Transformer
Control Voltage
230 / 24VAC
Fuse
Aux.
relay 2
Reset
Bowl
bottom
micro
Bowl
top
micro
Lift Controller Unit Motor protection
Lift Motor
Operator
Panel
Rectifier(bridge)
connection
Down
Down
Up
Up
+24VDC
0VDC
Down
Out
Up
Main Motor
Transformer
-TR1 -F4
-R2 -S3
-B1
M
-M2
-R1
-B2
-K3
M
3
-M1
-F1
-K1
-S1
-K1
-F2
-F1
-K2
-K1
L1
L3
PE
/5
3/1
2/7
3/0
3/4
3/5
3/6
3/7
3/8
12 34 56
12 34 56
/8
21
21
19 20 21 22 2 N 1 L1
-K1 -F2
2.0
2.0
1314
/8
9897
/2
A1A2 5
3/1
9
/5
3/2
/2
8A
113
43
BKBU BEBK
5
6
3
4
1/5
71
10
5
9
3
3.0
PE GNYE U1 BK V1 GY W1 BN
250V/1,5A
2.0
RD
1.9
1.9
1.9
STM CL 80
PE
3.0
3.0
PE
L1 L2 L3 PE
PE
-PCB
PCB
PE
2/7
L1
L3
230VAC 24VAC
12
1/8
-K1
-TR1
400VAC 230VAC
PE

19
0 1 2 3 4 5 6 7 8 9
/
Page
Previous page
Next page
Number of pages:
Last printed:
Last corrected:
Page rev.:
Project rev.: 3
3
2
A/S WODSCHOW & CO
Industrisvinget 6
DK-2605 Broenby
www.bearvarimixer.dk
/Appr. (init/date):
Const. (project/page):
Drawing no.:
Subject name:Project title:
File name:
Page title: Control Voltage, Servo Motor
25-10-2011
25-10-2011
VL1S, 3x380 - 480V AC + PE
20111025 - VL1S-3P-PE
Safety
micro(CE)
Safety guard
safety
micro
Thermal
relay
Start
Start
Operator
panel
Aux.
relay 3
box Aux.
relay 1
Servo
maximum
micro
Stop
Stop
Speed up 1
Speed up 1
Servo Motor
Aux.
relay 2
Speed down 1
Speed down 1
Speed down 2
Speed down 2
Speed up 2
Speed up 2
Servo
minimum
micro
Operator
panel
Operator
panel Operator
panel
Operator
panel
Operator
panel
-F1
-K1
-R2 -R1
-R1
-R1
-V1
-PCB -PCB
-PCB
-K2 M
-M3 -R2
-PCB
PE
-R2
-R1
-V2
-R2
-PCB
-PCB
-CE1
-G1
L+ 24VDC
113
7
/3
s1s2
11
12
1/5
7
8
1/5
812
/9
102
6
/3
h1h2
5
9
/9
13
14
1/5
10
91
5
/3
16
15
1/5
9
1/5
2.9
21 2221
4344
1/8
106
/9
18
17
1/5
2.9
9596
1/2
1413
2.9
1413
/3
/5
/8 /3
/5
/8
1/8
=
=
=
PE
1413
/5
/6
/2
BN
BN
Wire on
print
BE
L- 0 Volt

20
Indhold af Overensstemmelseserklæring, (Maskindirektivet, 2006/42/EC, Bilag II, del A) DK
Contents of the Declaration of conformity for machinery, (Machinery Directive 2006/42/EC, Annex II., sub. A) GB
Inhalt der Konformitätserklärung für Maschinen, (Richtlinie 2006/42/EG, Anhang II, sub A) DE
Contenu de la Déclaration de conformité d’une machine, (Directive Machine 2006/42/CE, Annexe II.A) FR
Inhoud van de verklaring van overeenstemming voor machines, (Richtlijn 2006/42/EC, Bijlage II, onder A) NL
Contenido de la declaración de conformidad sobre máquinas, (Directiva 2006/42/EC, Anexo II, sub A) ES
Fabrikant; Manufacturer; Hersteller; Fabricant; Fabrikant; Fabricante: A/S Wodschow & Co.
………………………………………………………………….……
Adresse; Address; Adresse; Adresse; Adres; Dirección: Kirkebjerg Søpark 6, DK-2605 Brøndby, Denmark
……………………………………………………………………….
Navn og adresse på den person, som er bemyndiget til at udarbejde teknisk dossier
Name and address of the person authorised to compile the technical file
Name und Anschrift der Person, die bevollmächtigt ist, die technischen Unterlagen zusammenzustellen
Nom et adresse de la personne autorisée à constituer le dossier technique
naam en adres van degene die gemachtigd is het technisch dossier samen te stellen
nombre y dirección de la persona facultada para elaborar el expediente técnico
Navn; Name; Name; Nom; Naam; Nombre: Kim Jensen
……………………………………………………………………….
Adresse; Address; Adresse; Adresse; Adres; Dirección: Kirkebjerg Søpark 6, DK-2605 Brøndby, Denmark
.........................................................................
Sted, dato; Place, date; Ort, Datum; Lieu, date ; Plaats, datum ; Place, Fecha: Brøndby, 28-09-2016
........................................................................
Erklærer hermed at denne røremaskine
Herewith we declare that this planetary mixer
Erklärt hiermit, dass diese Rührmaschine
Déclare que le batteur-mélangeur ci-dessous
Verklaart hiermede dat Menger
Declaramos que el producto batidora
er i overensstemmelse med relevante bestemmelser i Maskindirektivet (Direktiv 2006/42/EC)
is in conformity with the relevant provisions of the Machinery Directive (2006/42/EC)
konform ist mit den Bestimmungen der EG-Maschinenrichtlinie (Direktiv 2006/42/EG)
Satisfait à l’ensemble des dispositions pertinentes de la Directive Machines (2006/42/CE)
voldoet aan de bepalingen van de Machinerichtlijn (Richtlijn 2006/42/EC)
corresponde a las exigencias básicas de la Directiva sobre Máquinas (Directiva 2006/42/EC)
er i overensstemmelse med følgende andre CE-direktiver
is in conformity with the provisions of the following other EC-Directives
konform ist mit den Bestimmungen folgender weiterer EG-Richtlinien
Est conforme aux dispositions des Directives Européennes suivantes
voldoet aan de bepalingen van de volgende andere EG-richtlijnen
está en conformidad con las exigencias de las siguientes directivas de la CE
2014/30/EU ; 1935/2004 ; 10/2011
……………………………………………………………………………………………………………………………………...
Endvidere erklæres det
And furthermore, we declare that
Und dass
Et déclare par ailleurs que
En dat
Además declaramos que
at de følgende (dele af) harmoniserede standarder, er blevet anvendt
the following (parts/clauses of) European harmonised standards have been used
folgende harmonisierte Normen (oder Teile/Klauseln hieraus) zur Anwendung gelangten
Les (parties/articles des) normes européennes harmonisées suivantes ont été utilisées
de volgende (onderdelen/bepalingen van) geharmoniseerde normen/nationale normen zijn toegepast
las siguientes normas armonizadas y normas nacionales (o partes de ellas) fueron aplicadas
EN454:2014 ; EN60204-1:2006; EN12100-2011
……………………………………………………………………………………………………………………………………...
EN61000-6-1:2007; EN61000-6-3:2007
……………………………………………………………………………………………………………………………………...
DS/EN 1672-2 + A1:2009
……………………………………………………………………………………………………………………………………...