Varimixer ERGO100 User manual

A/S Wodschow & Co.
Kirkebjerg Søpark 6
DK-2605 Brøndby Phone: [phone]
[e-mail]
www.bearvarimixer.com
Denmark
ERGO60
ERGO100
ERGO140
AR200
VL-4
032017 ORDER NO.: 00453 GB Translation of the original user manual
OPERATING INSTRUCTIONS

2
General:
In case of complaints, please contact your supplier.
The guarantee does not cover faults resulting from faulty
operation,overloadingandlackingobservanceofdirections
of maintenance.
It should be checked that all loose parts are delivered with
the mixer such as bowl, tools, and rubber feet.
Safety:
The constant noise level of the workplace of the operator is
lower then 70 dB (A).
In all cases where the parts of the mixer are moving and
the safety guard is not closed, it takes two hands to operate
the mixer.
The mixer is designed for manufacture of products
whichdonotduringprocessing causereactionsor emit
substances which may be detrimental to the user.
Putting your ngers in the bowl while the mixer is
running may cause injuries.
InStallatIon of new mIxer:
Installation and securing:
The mixer must be tted with rubber feet, which neutralize
shaking. Spacers can be inserted under the mixer’s feet, if
the oor is not completely even.
Connection to power:
Beforethe mixer is connected topower,it should be checked
that the voltage and frequency printed on the machine label
iscorrectin relation to the place of installation.The machine
label is placed at the top right side of the mixer.
Note: to be installed by a qualied electrician.
Of functional and safety reasons, the
machine must be connected to earth!
ContentS:
The mixer must be bolted
securely to the oor.
Load per leg not to exceed:
Voltage at the installation: 50/60 Hz. The machine label
Power:
Phases x voltage With neutral Earth Voltage Phases Use neutral Use earth Remarks:
3 x 380-480V +/-10% no Yes 400V 3 no Yes Of functional and safety reasons, the
machine must be connected to earth!
General:
................................................................................................................................................................................2
Safety:
................................................................................................................................................................................2
InStallatIon of new mIxer:
............................................................................................................................................................2
ConStruCtIon of the mIxer:
..........................................................................................................................................................3
PoSItIonInG the bowl In the mIxer:
................................................................................................................................................3
maxImum CaPaCIty of the mIxer:
....................................................................................................................................................4
CorreCt uSe of toolS:
.................................................................................................................................................................4
maIntenanCe and lubrICatIon:
......................................................................................................................................................4
CleanInG:
................................................................................................................................................................................4
reCommended maxImum SPeedS:
.....................................................................................................................................................4
Control Panel Vl4:
...................................................................................................................................................................5
remIx funCtIon:
............................................................................................................................................................................5
Vl4 Control Panel - SurVey of VarIouS oPeratInG SItuatIonS:
.......................................................................................................6
oPeratIon of the mIxer:
...............................................................................................................................................................8
oVerload:
................................................................................................................................................................................9
ProCedure In CaSe of oVerloadInG:
..............................................................................................................................................9
how to brInG amIxer to StoP:
......................................................................................................................................................9
readInG the number of oPeratInG hourS/dayS/yearS:
....................................................................................................................9
reSettInG the Control SyStem:
....................................................................................................................................................9
meChanICal ComPonent error:
...................................................................................................................................................10
error CodeS Shown In dISPlay:
...................................................................................................................................................10
Call uP an error loG of the laSt 10 dISConneCtIonS:
................................................................................................................11
error CodeS dISPlayed In the error loG:
................................................................................................................................... 11
adjuStInG of bowl ClamPInG and CenterInG:
...............................................................................................................................12
eleCtrICal-ComPonentS:
............................................................................................................................................................14
Safety CIrCuIt:
..........................................................................................................................................................................15
eleCtrICal dIaGramS:
................................................................................................................................................................16
torePlaCe abelt:
.....................................................................................................................................................................18
torePlaCe alIftInG aCtuator:
...................................................................................................................................................18
rePlaCInG the reed ContaCtS:
...................................................................................................................................................18
fIne-tunInG reed ContaCtS and Ce mICroSwItCh:
........................................................................................................................18
lubrICatIon oVerVIew:
................................................................................................................................................................20
ERGO60 - 2500 N
ERGO100 - 3200 N
ERGO140 - 4000 N
AR200 - 4500 N

3
ConStruCtIon of the mIxer:
Bowl clamping system
with inductive sensor:
At the back of the right-
hand bowl arm is an in-
ductive sensor which is
activated when the bowl
is correctly positioned in
the bowl clamping system
(at the very back of the
bowl arms). This sensor
must be activated in order
for the mixer to operate.
If there is no contact be-
tween the bowl and the
inductive sensor, the bowl
cannot be lifted.
will appear in the display,
see “Error codes shown in
display” on page 10.
The bowl arms can move
a little in case of maximum
loading.
Safety guard –
removable.
The guard must be
closed before the tool
can rotate.
The bowl can be raised
with the guard open,
but it will stop where the
tool normally starts to
rotate. The guard must
be closed and two hands
are required to lift the
bowl the rest of the way.
VL-4 control panel with
Remix function
See page 5 for an explana-
tion of the panel.
Emergency
stop
Magnetic sensor, which
is activated by the guard
when the guard is closed.
Bowl lift and “JOG”-func-
tion:
The mixer is provided with a
“JOG”-function.
Before the bowl reaches its
top position, the tool starts
rotating to dig its way into the
ingredients.
The bowl lift requires two-
hands operation for safety
reasons.
PoSItIonInG the bowl In the mIxer:
The bowl arms must be lowered to their lowest position and the bowl pressed all the way to the back of the bowl arms. If
there is no contact between the bowl and the inductive sensor, the bowl cannot be lifted. will appear in the display,
see “Error codes shown in display” on page 10.
If you have a bowl with “ears” it is important to place it correct in the mixer.
Note: It is very important to orientate the bowl correctly
so that the “third ear” is turned in towards the mixer
Left “ear”
Right “ear”
Third
“ear”

4
Capacities per mix ERGO
60 ERGO 100 ERGO 140 AR200 Tool
Egg white 9 L 15 L 21 L 27L
Whip
Whipped cream 15 L 45 L 75 L 120L
Mayonnaise * 48 L 80 L 112 L 160L
Layer cake base 15 kg 25 kg 35 kg 50kg
Herb butter 45 kg 75 kg 105 kg 120kg
Beater
Mufns * 33 kg 60 kg 85 kg 100kg
Meatball mix 45 kg 75 kg 105 kg 120kg
Icing 40 kg 70 kg 100 kg 115kg
Mashed potatoes * 36 kg 65 kg 95 kg 110kg Beater/whip
Bread dough (50%AR) ** 34 kg 58 kg 70 kg -
Hook
Bread dough (60%AR) 44 kg 70 kg 80 kg -
Ciabatta dough * (70%AR) 40 kg 75 kg 105 kg -
Doughnut (50%AR) 36 kg 60 kg 90 kg -
CorreCt uSe of toolS:
Recommended applications for tools:
See the section “Maximum capacity of the machine”.
Whipsshould not be struck against hard objects as
e.g. the edge of the bowl. This will make the life of
the tool shorter due to increasing deformity.
For production of mashed potatoes the special
wing whip or the reinforced whip should be used,
alternatively use the beater and the whip.
CleanInG:
The mixer should be cleaned daily or after use.
Press the emergency stop before wiping the control panel.
The mixer 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 food-
stuffs, which may attack aluminum without coating
Tools of aluminium must not be washed with strong
alkaline detergents - The PH value should be be-
tween 5 and 8.
Please note that the plastic safety guard may be
damagedif it isexposedto high temperaturesfor
a prolonged period. (Max. temperature 60ºC)
maxImum CaPaCIty of the mIxer:
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 capac-
ity of the mixer, the calculated AR = 60% is used for
determiningtheamount of solidsandliquidin the dough:
If a 140 L mixer is used, and a dough with AR = 60% is
to be kneaded, the maximum capacity is = 80 kgs. Now
the weight of solids in this dough is calculated:
Solids = Max. capacity x100 =80 kg x 100 = 50 kg
AR + 100 60 + 100
Weight of liquid = 80 kg - 50 kg = 30 kg
AR = Absorption Ratio (%AR)
(Liquid in % of solids)
Local variations in the characteristics of the ingredients can inuence water absorp-
tion, volume and baking characteristics, etc.
* Scraper recommended
** Low speed operation is recommended
maIntenanCe and lubrICatIon:
See lubrication overview on page 14.
reCommended maxImum SPeedS:

5
Control Panel Vl4:
Bowl up
To raise the bowl, press
the + + elds
simultaneously and con-
stantly until the bowl
reaches the top.
Start/Stop
Bowl down
Lowers the bowl once the
mixer has stopped. If this
eld is activated while the
mixer is running, the bowl
will be lowered auto-
matically when the mixer
stops.
Pause
Must always be used when inspecting the product in the
bowl.Also used to reset the control system; see ”Reset-
ting the control system”, page 9.
Time up
Used to set operation time. The time can be set before/
after starting the mixer and can be changed while the
mixer is running.
Text eld / display
Displays operation time,
programme numbers and
error codes from the motor
and frequency transformer
Time down
Used to set operation time.
The time can be set before/
after starting the mixer and can
be changed while the mixer is
running.
Fixed speeds
Four pre-dened speeds.
Speed indicator
Displays the running speed
of the mixer.
Speed down
Used to change speed while
the mixer is running.
Speed up
Used to change speed while
the mixer is running.
REMIX
Used to store a recipe.
See the section ”REMIX
function”.
remIx funCtIon:
The special Remix-function is a shortcut to programming
of recipes. While the mixer is operated, all commands are
stored, and when a recipe is nished and , is pushed,
it is possible to store the entire recipe under a program
number.
• There are 20 program numbers: 1, 2, 3, 4 - 11, 12, 13,
14 - 21, 22, 23, 24 - 31, 32, 33, 34 - 41, 42, 43, 44
• A program cannot be deleted, but can be replaced.
• The programs are not deleted in case of no power
How to store a program:
Program number 12 in this example
• Start by pressing .
• Run the whole recipe, including pauses, changes of
speed and automatic lowering of the bowl.
• Press to stop the mixer.
• Keep depressed; the display shows .
• Continue pressing and press and as well,
is shown on the display
• Release and the program will be stored as number
12
How to run a program:
Program number 12 in this example:
•First a short push on and then on and .
Now appears in the text eld and immediately
thereafter the total length of the program will be shown.
The program is run by pushing .
• If the speed or the time is changed, when running a
program, the program will be left and the mixer must
be run manually.
• If is pressed while a program is running, the mixer
stops and quits the program.
• If the safety guard is opened while a program is running,
themixer stops and will be displayed. When the
safety guard is closed again, press ; twice; the rst
press eliminates the error code and the second press
starts the mixer – the program quits.
• If the program is containing a pause, the mixer will stop
and at the same time an acoustic signal is heard. It is
now possible to lower the bowl and open the safety
guard. When the operator wants to restart the mixer,
push and the program will be resumed.

6
1 2
3 4
REMIX REMIX
REMIX REMIX
Vl4 Control Panel - SurVey of VarIouS oPeratInG SItuatIonS:
The following pictures show various operating situations and corresponding explanation:
If the eld is activated
while the mixer is running, the
chosen operation time is reset
and the speed is set to mini-
mum. (The same when push-
ing emergency stop).
Activation of the eld
keeps the chosen values for
operation time and speed.
The operation time and the
speed can be changed while
the mixer is running.
The operation time can be set
to 90 min. as maximum.
Emergency stop
Bowl up
Bowl down
Pause
Time up
Text eld
Time down
Fixed speeds
Speed indicator
Speed down
Speed up
Start/Stop
REMIX
Thereispowerconnectiontothemixerandthebowlisnotinitstop
position. The bowl can be raised by activating the elds ,
and simultaneously - diodes in the elds are ashing!
The mixer cannot be started until after the bowl has been
raised to its top position.
The bowl can be lowered by activating the eld .
The bowl is in its top position and the mixer is ready for ope-
ration by activation of the eld .
Speed can be chosen. Operation time can be chosen by ac-
tivating the elds or .
The bowl can be lowered by activating the eld .
The mixer is ready for operation by activating the eld .
The bowl can be lowered by activating the eld .
One of the four xed speeds is chosen by a short activation of
the eld - six diodes on the speed indicator are ashing.
There is no power connection to the mixer or the emergency
stop has been activated - there is no light in the control
panel.

7
REMIX
REMIXREMIX
REMIX
REMIX REMIX
5 6
78
910
The safety guard has been opened while the mixer was run-
ning.
The bowl can be lowered.
When the safety guard is closed and the operator presses
twice, the mixer starts at its lowest speed.
As gure 6, but automatic lowering of the bowl is selected
by pressing .
The mixer is running - green diode in the eld is con-
stantly alight when the chosen speed has been reached.
The operation time can be changed by activating the elds
and . The mixer can be paused by pressing .
The mixer can be stopped by activating the eld .
By activating the eld the bowl is automatically lowered
when the mixer stops.
The eld has been activated and the mixer is ready.
The time can be changed by activating the elds or .
The bowl can be lowered by activating the eld .
The mixer can be started by activating the eld .
The mixer runs and an operation time has been indicated.
Automatic lowering of bowl at ended operation time has
been chosen - see position 6.
When activating the eld or automatic lowering of
bowl is deactivated and can not be chosen again.
The mixer is ready to run by activating the eld .
Speed 2 is chosen.
An operation time has been chosen by activating the eld
The bowl can be lowered by pressing .

8
oPeratIon of the mIxer:
Before starting the mixer:
Mount the required tool in the bayonet shaft. Place the bowl
in the bowl arms and close the safety guard.
To raise the bowl, activate the elds , and
simultaneously, the activation to be continued until the
bowl has reached its top position. When the bowl is ap-
prox. 20 cm from its top position, the tool will start to ro-
tate in low speed. The rotation of the tool and the bowl will
stop automatically when the bowl is in its top position.
The red diode in the eld is now alight to show that
the mixer is ready.
Start the mixer:
Activate the eld to start the mixer.
Activate the eld to increase the speed.
Activate the eld to reduce the speed.
The speed indicator below the elds to shows the
mixing speed of the tool.
Four xed speeds:
For quick choice of speed, use the elds to .
Field corresponds lowest speed.
Field corresponds approx. 30% of maximum speed.
Field corresponds approx. 60% of maximum speed.
Field corresponds maximum speed.
Indication of operation time:
Before starting the mixer, an operation time for the mixer
can be chosen by adjusting the time on and .
If the eld is activated for longer time, the speed is in-
creased/reduced quicker.
Minutes and seconds are shown in the text eld between
and .
Automatic lowering of bowl:
Oncethe mixer has been started, the operator can make the
mixerlower the bowl automatically when it stops bypressing
. The diode in the eld is ashing after the activation.
Inspection of the ingredients during operation:
Ifit is wished tostopthe mixer without affectingthe operation
time, the eld can be activated. The mixer will reduce
speed and then stop, the operation time will also stop.
Ifthe guard isopened,the display shows , buttheop-
eration time is displayed again when the guard is closed.
Close the safety guard and press and the mixer will
start at the lowest speed. The operation time continues
from before.
Lowering of bowl:
Whenthe ingredientsinthe bowl havebeenmixed, themixer
is stopped by activating the eld .The bowl is lowered
by activating the eld . When the bowl has reached its
bottom position, the safety guard can be opened.
Emergency stop
Bowl up
Bowl down
Pause
Time up
Text eld
Time down
Fixed speeds
Speed indicator
Speed down
Speed up
Start/Stop
REMIX

9
oVerload:
Donot overload themixer. Stickyandheavy doughs
canoverload the mixer.Overloadingis further exac-
erbated if the speed of the mixing tool is increased
beyond the recommended values or if a wrong
mixing tool is used. Large lumps of fat or cooled
ingredients must be cut into small parts before they
are placed in the bowl.
If the mixer is overloaded for an extended period, it
will cut out. An error code will show on the display.
Follow the instructions for ”Procedure in case of
overloading”
ProCedure In CaSe of oVerloadInG:
• Push emergency stop.
• Open the safety guard.
• Reduce the bowl contents.
• Close the safety guard and release the emergency
stop.
• If the error code is still shown on the display, see the
“Error codes” section on page 10.
If the emergency stop has been activated while the mixer
is running with a full bowl, it may be necessary to lower the
bowl in order to empty it.
• Release the emergency stop to connect the power to
the mixer.
• Lower the bowl and empty it.
• Now the mixer can be used as normal again.
how to brInG amIxer to StoP:
Ifthe mixer stopped after the safety guard has beenopened,
it can be re-started by pressing twice (the rst press
resets the mixer’s safety switch).
The mixer should only be stopped using the emer-
gency button if there is an emergency.
readInG the number of oPeratInG hourS/
dayS/yearS:
It is possible to read how long the mixer has been in opera-
tion (operation = tool revolving). The total time is read as a
combination of hours, days and years; see below:
• Press the emergency stop
• Press and the number of hours the mixer has been
operating will be displayed, e.g.: if it shows 157, this
means 1 hour and 57 minutes
• Press and the number of years and days the mixer
has been operating will be displayed, e.g.: if it shows
1120, this means 1 year and 120 days.
reSettInG the Control SyStem:
• Press the emergency stop
• Press for 10 seconds.

10
meChanICal ComPonent error:
The bowl is too tight or too loose in the bowl arms.
Solution: “Adjustment of bowl clamping and centering”, page 12
The tool hits the sides of the bowl.
Solution: “Adjustment of bowl clamping and centering”, page 12
Abnormal noise from the lifting actuator:
Solution: Lubrication of actuator; see lubrication chart on page 14
error CodeS Shown In dISPlay:
The error codes shown on the display are from the motor or the frequency transformer:
Motor error codes:
Code Error Solution
EE1 The CE switch interrupted the safety circuit when the
mixer started Check that the CE switch is closed with the bowl in the top position
EE2 The safety guard is open If the guard is opened while the tool is not rotating, the
error code will be eliminated when the guard is closed. If
the guard is opened while the tool is rotating, closing the
guard and pushing will eliminate the error code.
EE3 The bowl is not correctly positioned, so the inductive
sensor has not been activated
Check that the bowl is positioned correctly – if the bowl
ring has three “ears”, the middle ear must point in towards
the body of the mixer, otherwise the bowl must be lowered
again and turned to the correct position. (It is possible to
lower the bowl even if the error code is displayed.)
If/when the bowl is positioned correctly, push it right back
into the bowl arms, the inductive sensor will then be acti-
vated and you can lift the bowl.
If contact between the sensor and bowl is interrupted
again, the error code will appear in the display.
It is still possible to lift the bowl during the rst 5 seconds
when the error code is shown, after this the lifting move-
ment will be deactivated.
Push the bowl right back into the bowl arms again so that
contact is re-established between the bowl and sensor. The
error code will disappear and you can lift the bowl again.
EE4 The thermal sensor in the motor has overheated Reduce the quantity of ingredients in the bowl.
EE5 The overcurrent switch to the lifting motor has tripped.
Once the cause of the problem is found and the prob-
lem has been xed, reset the overcurrent switch by
pressing the blue button on the switch, see ill. The
overcurrent switch is in the electrical box
Reason: The bowl arms have reached the physical
end stop but the lifting motor has not cut out. Check that the reed contacts, located on the outer tube of the lifting motor spindle, have been activated (the
yellow diode on the contact illuminates) when the bowl
arms are at the top or bottom.
If the reed contacts do not activate, they must be replaced
Reason: The bowl has too great a quantity of ingredi-
ents. Reduce the quantity of ingredients in the bowl
EE6 The panel is not connecting with the frequency trans-
former. Check the connection.
EE7 There is a fault with the frequency transformer. Check the error log to ascertain the error code; see
page 11

11
Call uP an error loG of the laSt 10 dISConneCtIonS:
The last 10 disconnections due to errors resulting in code can be read on the mixer display:
• Press the emergency stop
• Press and to browse the log
• The diodes on the speed indicator light up. The age of the error is indicated by the diode that illuminates:
The rst diode lights up – the last (most recent) error code is displayed
The second diode lights up – the second-last error code is displayed
The third diode lights up – the third-last error code is displayed, etc.
error CodeS dISPlayed In the error loG:
Display
on the
mixer
Reason for error User Engineer
Fault correction Frequency
transformer
display
Error description
1
Error in frequency transformer Call the engineer UU DC bus undervoltage
2
Error in frequency transformer Call the engineer OU DC bus overvoltage
3Overloading of the frequency
transformer Reduce the quan- tity in the bowl OI.AC Overcurrent at drive output
4Overloading of the frequency
transformer Reduce the quan- tity in the bowl OI.br Braking IGBT transistor overcurrent
61 phase of supply voltage missing Call the engineer ph.AC Loss of a motor phase with brake enabled
7?? OSP Over speed
19 Overloading of the frequency
transformer Reduce the quan- tity in the bowl it.br Braking resistor overload I x t
20 Overloading of the motor Reduce the quan-
tity in the bowl it.AC Motor overload I x t
21 Overloading of the frequency
transformer Reduce the quan- tity in the bowl Oht1 IGBT overheating detected by internal sensor
22 Overloading of the frequency
transformer Reduce the quan- tity in the bowl Oht2 Internal braking resistor overheating detected by thermal sensor
24 Overloading of the motor Reduce the quan-
tity in the bowl th Motor thermal sensor has tripped
26
Error in frequency transformer Call the engineer O.Ld1 Overload on the +24V power supply or digital
27
Error in frequency transformer Call the engineer CL1 Loss of the current reference on analog input
ADI1
28
Error in frequency transformer Call the engineer CL2 Loss of the current reference on analog input
ADI2
29
Error in frequency transformer Call the engineer CL3 Loss of the current reference on analog input
ADIO3
30 Connection broken between panel
and frequency transformer Call the engineer SCL Loss of serial link communication
31
Error in frequency transformer Call the engineer EEF EEPROM trip or transfer problem with XPress-
Key (drive and key version different)
33 Error in motor Call the engineer rS Trip during measurement of the stator resistance
34
Error in frequency transformer Call the engineer Fbus Disconnection of the eldbus during operation or
error detected by the bus option
35 Connection broken from saftey cir-
cuit to frequency transformer Call the engineer Secd Secure disable input trip
36 Error in voltage supply to the mixer Call the engineer Enc1 Loss of channel U
37 Error in voltage supply to the mixer Call the engineer Enc2 Loss of channel V
38 Error in voltage supply to the mixer Call the engineer Enc3 Loss of channel W

12
adjuStment of bowl CenterInG erGo60
and erGo100:
First nd the present bowl centering: mount the beater and
thebowl, thenraisethe bowl armsupto normalworkingposi-
tion. With your hand turn the beater, and then measure the
distance between beater and bowl edge. By removing the
rear covering the bowl arm guide plate is now accessible
(E). Loosen the screws (D) and move the bowl arm guide
plate in the required direction. Again turn the beater and
measure the distance between beater and bowl. When the
bowl has been centred, fasten the bowl arm guide plate in
the new position and screw on the rear covering.

13
adjuStInG of bowl ClamPInG and CenterInG erGo140and ar200:
In the rear part ofthe bowl arms (J) a shaft with aneccentric stud (K) hasbeenmounted,on which the ball bearing is mounted.
By turning the eccentric stud, the bowl arms can be opened and closed so that the clamping and the centering of the bowl
can be adjusted. It has to be observed that the shaft is mounted in the bowl arm with a thread so that when the eccentric stud
is turned, the whole shaft is turned out and in into the bowl arms. When exchanging the whole shaft, the right starting point
for the adjustment must be found rst. The ball bearing (L) must be in the middle of the guide plate (M) so that the width of
the entire ball bearing is tting tightly against the guide plate, and at the same time it has to be observed that the eccentric
stud cannot hit the back plate when the adjustment has been nished.
In order to counteract that the eccentric shaft turns loose by itself when the mixer is working, the eccentric shaft must be
self-tightening. In order to obtain this effect, the below drawings must be followed, on which the adjusting area for the left and
the right bowl arm, resp. is shown.
First nd the bowl centering, e.g. by mounting bowl and beater in the mixer, and turn the beater round with your hand, and
measure the distance from the beater to the edge of the bowl. • When adjusting the clamping and centering of the bowl,
the bowl arms must be raised into working position. When
exchanging the shaft with eccentric stud (K) the bowl arms
must be lowered.
• First open the lock plate (N).
• Loosen the shaft counter nut (P), use span 46.
• Screw an M8 bolt with counter nut (R) intoboth the eccentric
studs (K), and tighten the counter nuts. If the shaft with the
eccentric stud has stuck in the bowl arm, it can be loosened
with a key with the span 36.
• By turning the eccentric studs the clamping and the centering
of the bowl can be adjusted.
• Remember to use the right adjusting area for right and left
bowl arm. The drawings show the adjusting area for
• When the adjustment is correct, tighten the shaft counter nuts
(P). Hold the bolt (R) while the shaft counter nut is tightened.
• Knock the lock plate (N) in position.
• Remove bolt and counter nut
Movement of
the bowl arm Adjusting area for right bowl
arm, seen from behind.
Loose bowl
clamping
Tight bowl
clamping
Tight bowl clamping
Movement of the
bowl arm
Loose bowl clamping
Adjusting area for left bowl
arm, seen from behind.
Adjustingdiameter
(Y) = 607 mm

14
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
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        
        
  ¤ ¤¢  ¤©
ª
    ¢
     
eleCtrICal-ComPonentS:

15
  

 
   
   
   

 
  


 


  
  
 

   
      
 
     
     
  
                      
   
  
      

 
          
     
       
      
  
                                       
 
                                  
 
                         
                 
                
     
   
                               
   
  
   
   
  
  

  
       
      
      
      
      
      
      
   
                       
 

             
 
 ¡  
Safety CIrCuIt:

16
eleCtrICal dIaGramS:
1 2 3 4 5 6 7 8
Side Forrige side: Næste side: Antal siderialt:
Sidst udskrevet: Sidst rettet: Siderev.: Projektrev.:
Godk. (dato/init): Konstr. (projekt/side): Tegningsnr.: Sagsnr.:Projekttitel:
Kunde: Sidetitel: Filnavn: Sideref.:
Målestok:
ERGO 140 5
2612-09-2016
Diagram
PC|SCHEMATIC Automation
31.140-10.02.04 12-09-20164
6
01
CE / CE
1:1
BU
YEGN
PK
GY
BN
BK
Wire code, IEC/EN 60757
PURPLE
YEGN YELLOWGREEN
OGBN ORANGEBROWN
YEGN
GY
BN
BK
YEGN
GY
BN
BK
GY
BN
BK
GY
BN
BK
WH
WH
Main Motor
(PTO in motor)
Frequency inverter
Lift Motor
400VAC/24VDC
Power supply
Solid state relay
RFI lter
Phase sequencing relay
Power supply from 208V to 400V Customer supplied
At voltages below 380V transformer is used
Frame
Frame
supply for safety relay delayed stop function
Braking resistor MB1 and MB2 mounted in series on 140L

17
Deep-switche must
be in OFF-position,
as they are not in use
1 2 3 4 5 6 7 8
Wire code, IEC/EN 60757
PURPLE
YEGN YELLOWGREEN
OGBN ORANGEBROWN
Side Forrige side: Næste side: Antal siderialt:
Sidst udskrevet: Sidst rettet: Siderev.: Projektrev.:
Godk. (dato/init): Konstr. (projekt/side): Tegningsnr.: Sagsnr.:Projekttitel:
Kunde: Sidetitel: Filnavn: Sideref.:
Målestok:
ERGO 140 6
2601-06-2016
Diagram
PC|SCHEMATIC Automation
31.140-10.02.04 12-09-20165
7
01
CE / CE
1:1
RDBK
BUBK
WHRD
GYBK
BU
VT
OGBN
WHBN
WHGN
YEBN
GYRD
GYGN
BNRD
OGRD
BK
BN
BU
GY
PK
YE
BE
OG
RD
GN
WH
BN
BK
BN
BU
GY
WH
BN
BK
BU
-W10
-W11
-W9
-W12
-X5 -X10-X9
-X6
-X2 -X3 -X4-X1
Safety relay
Emergency stop CE switch
Magnetic switches Safety guard
Magnetic switches Safety guard
Front Panel Print VL4

18
CC
F
dL
Fig. 2. Belt tension.
torePlaCe alIftInG aCtuator:
Lift the bowl arms to the top position.
Lower the bowl arms to a pressure relief point set at ap-
prox. midway.
It is very important that the bowl arms are
lowered to a pressure relief point before dis-
assembling the lifting actuator.
Cut the power to the machine by removing the plug from
the socket.
Remove the three plugs for the reed contacts on the actuator.
Remove the lifting actuator from the bowl arms by remov-
ing the pins and axle.
Remove the cotter pin that secures the actuator at the top.
Remove the cable to the actuator and lift the actuator out
from the mixing machine.
Install the new actuator.
Connect the machine to the power supply.
torePlaCe abelt:
The old belt can be removed by loosening the belt tight-
ener.
Installing a new belt:
1. Place the belt in the wheel groove.
2. Tighten the belt using the belt tightener
3. Tighten the belt until the belt can be bent approxi-
mately 9 mm (dL) at a pressure of approx. 9 kg (F),
see Fig. 2.
4. Run the machine with a regular production load for
approximately 10 min.
5. Check the belt tension by measuring its elasticity. If
the elasticity has changed, retighten as described in
point 3.
The belt tension should be checked every 6 months.
If there is not enough belt tension, the belt will wear out
quickly, and if there is too much tension, there is a risk that
the life-span of the bearings will be considerably short-
ened.
If replacing the lowest actuator ttings, use Lochtite 270 to
tighten the ttings.
Then follow the section “Fine-tuning the reed contacts
and CE microswitch” on page 19.
The lifting actuator has 3 proximity detectors (reed con-
tacts) that check the position of the bowl.
rePlaCInG the reed ContaCtS:
Remove the incorrectly charged contact and install the
new contact according to Fig. 3. Connect the cable as
shown in the illustration on page 14.
Follow the instructions below to secure the reed contact in
the correct position.
fIne-tunInG reed ContaCtS and Ce
mICroSwItCh:
Check that the location of the reed contacts matches up
with the marks in Fig 3.
Connect the reed contacts with the matching cables – see
illustration on page 14.
Adjust the three contacts and the CE microswitch accord-
ing to the following sequence:
1. Adjusting the top reed contact:
Contact Adetermines the top position of the bowl.
The contact must be positioned in accordance with the
mark in Fig. 3.
Raise the bowl to the position corresponding to mark X,
Fig. 5.
Adjust the top reed contact upwards until the reed LED
lights up – it is important to stop adjusting once the LED
lights up!
2. Adjusting CE-microswitch:
ERGO60 and ERGO100, se Fig. 4, page 19.
ERGO140 and AR200, se Fig. 4a, page 19.
3. Adjusting the reed contact for the JOG function
Contact Bdetermines where the machine’s JOG function
starts, see also “Bowl lifting and JOG function” on page 3.
The contact must be positioned as shown in Fig. 3 and
does not require any further adjustment.
4. Adjusting the bottom reed contact:
Contact Cdetermines the bottom position of the bowl.
The contact must be positioned in accordance with the
mark in Fig. 3.
Raise the bowl to the position that corresponds to mark Y
in Fig. 5.
Adjust the bottom reed contact until the reed LED lights
up – it is important to stop adjusting once the LED lights
up

19
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A/S WODSCHOW & Co.
Industrisvinget 6
DK-2605 Broendby
www.bearvarimixer.dk
Date: Design: Format:
Dimension:
Matr:
26-05-2010 MH A3
Stroke 616mm

Rev:


Scale:
Surface:


A
B
C
X/Y
X/Y
ERGO60: A = 35 mm
B = 230 mm
C = 520 mm
ERGO100: A = 60 mm
B = 250 mm
C = 630 mm
ERGO140: A = 15 mm
B = 200 mm
C = 633 mm
AR200: A = 90 mm
B = 240 mm
C = 495 mm
D
F
E
Fig. 4
ERGO60 X = 178 mm Y = 663 mm
ERGO100 X = 297 mm Y = 860 mm
ERGO140 X = 303,25 mm Y = 919 mm
AR200 X = 378 mm Y = 780 mm
A
The distance Xcorresponds to the top position of the bowl,
and the distance Ycorresponds to the bottom position of the
bowl.
The distances are measured from the underside of the
bayonet shaft to the surface of the bowl arms on which the
bowl is resting.
Fig. 3
Fig. 5
Fig 4a Adjusting theCEmicroswitch omERGO140
and AR200:
Loosen CE microswitch D.
Push the microswitch completely into the switch housing E.
Pull the microswitch back 1 mm so that there is 1 mm of
air between the contact and the housing, see F.
Tighten the screws that hold the CE microswitch in place.
Fig 4 Adjusting the CE microswitch on ERGO60
and ERGO100:
The measurement Amust be 38 mm.

20
AB
CD
lubrICatIon oVerVIew:
Part Location Oil/grease Explanation Frequency
Bushings
in the
bowl arms
ItemA,
Fig.6 Organic oil or grease,
e.g Texaco StartPlex EP Remove the back cover.
Lubricate the bowl arm axle with
grease.
Per 5,000 batches or min.
once yearly or in case of
unusual noise.
Lifting
guide Item B,
Fig.6 Organic oil or grease,
e.g Texaco StartPlex EP Remove the back cover.
Lubricate the bearing and track with
grease.
Mixer head Item C,
Fig.6 Gearwheel and sp-
rocket Molub Alloy
036SF Heavy or Ca-
strol Grippa 355.
Needle bearings
should not be lubricated
with this type of lubri-
cant..
The mixer head may only be re-
paired by an authorised technician. During repairs
Lifting
actuator
AK00131
Item D,
Fig.6 Always use spindle
grease: Mobilith SHC
460 from Mobil.
The gear of the actuator is lubri-
cated for life and does not need to be
serviced.
The spindle and the spindle nut in
the actual actuator (Fig 6a) are not
lubricated for life and therefore need
relubricating. The actuator is thor-
oughly lubricated on delivery.
Follow the instructions for relubri-
cating the spindle nut
As a minimum after 1,000
lifts/lowerings (of bowl) or
in case of unusual noises
or vibrations.
The spindle nut
“screams” if there is in-
sufcient lubrication.
It is important to keep the
spindle well lubricated be-
cause this is important for
the lifespan of the nut.
Grease nipple
Fig. 6 Lubrication overview
Grease nippel
for spindel nut