How it Works
Varimixer
Loading...
MK-IV
Parts Manual
28 pgs2.1 Mb0
User Manual
32 pgs1.5 Mb0
User Manual
32 pgs1.55 Mb0

Varimixer MK-IV Parts Manual

Download
User’s Manual
Krispy Kreme
THE PROGRAMMABLE
CONTROL SYSTEM
MK-IV
USA MK-4 Krispy Kreme 042013
Contents
Manual speed operation: .............................................................................................................10
Adjustments of speed (low and high speed cam disks): ..........................................................10
Error Codes: ..................................................................................................................................12
Control data for program 26: .......................................................................................................14
Overload. .......................................................................................................................................14
Instructions for running-in of MK-III panel (Program 30): .........................................................15
Maintenance and Adjustments ....................................................................................................16
Lubrication ....................................................................................................................................17
Grease types: ................................................................................................................................17
Bowl adjustments - Models W30, W40, W40P, W60,W60P ........................................................18
Bowl adjustments - Models W80, W100, W150N ........................................................................19
Belt adjustments ...........................................................................................................................20
Belt Exchange ...............................................................................................................................21
Installing and tightening of V-belts .............................................................................................21
Speed Servo System ....................................................................................................................22
Power Supply ................................................................................................................................24
Power Supply Wiring Diagram ....................................................................................................28
2
speCial starting proCedure to be used after:
1. STOP WHEN USING THE EMERGENCY STOP SWITCH.
2. STOP DUE TO OVERLOADING.
3. STOP DUE TO OPENING OF SAFETY GUARD WHEN THE MIXER IS RUNNING..
The bowl must be removed from the mixer before starting the mixer again. The mixing speed must be reduced to low speed before the bowl is placed in the mixer.
If the mixer is started without removing the bowl, it must be possible for the mixer to obtain approx. 75% of the minimum speed. If this is possible, the mixer will automatically return to lowest speed and stop. After pressing “START” the opera- tion can be continued in the normal way. If the mixer cannot achieve approx. 75% of the minimum speed due to continued overloading, the error code E501 will appear. The bowl is now to be removed from the mixer. After a pause of 2 minutes, “START” can be pushed again, and the process can be continued.
the speed system:
THE SPEED REGULATION OF THE CONTROL PANEL IS A FEEDBACK-SERVO-SYSTEM. This means that a pick-up
(magnetic sensor) is constantly supervising the speed of the main shaft, and reports back to the control panel.
The actual speed of the tool is constantly compared with the required speed, and the computer of the control panel will send a signal to the servo motor in order to adjust the speed if the comparison is showing a greater difference than +/- 10
RPM.
general desCription of modes:
The system contains six different modes:
1. MANUEL MODE: The mode when the mixer is operated like a manual controlled mixer. Instead of executing a programmed recipe, the mixer is started and operated until it is manually shut off.
2. PROGRAMMING MODE: The mode where all programming and editing takes place.
3. PROGRAM MODE: The mode where all programmed recipes are executed.
4. FIXED MODE: A pure executional mode, mixer will only run the programmed recipes.
Neither editing or speed/time overwriting can take place. Manual mode is void.
5. RPM MODE: Computer displays the speed in actual R.P.M.
6. SPEED MODE: Computer dispalys the speed. (Speed 1,2,3 and 4).
overloading:
Sticky and heavy doughs may reduce the performance of the mixer. The performance is further reduced 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.
THE SPEED SYSTEM CONTAINS AN AUTOMATIC PROTECTION SYSTEM AGAINST OVERLOADING OF THE MIX­ER. The computer of the control panel will always try to keep the mixing speed at the same level as the keyed in speed.
If the mixer cannot run with the required speed due to overloading, the computer will reduce the mixing speed to a value corresponding the loading capacity of the mixer.
IN CASE OF OVERLOADING THE FOLLOWING WILL HAPPEN: The speed keyed in by the operator on the control panel will, depending on the loading, be reduced by up to 20%. This speed reduction can occur several times after each other until the speed corresponds the loading capacity of the mixer. If this happens, the operator must reduce the speed on the control panel or reduce the amount of dough.
Prolonged overload will make the mixer’s motor protection disconnect the mixer. Leave the mixer for approx. 3 minutes whereafter the mixer can be restarted.
3
Keypad:
The keypad is used for entering data to the system and for gen­eral operation of the mixer.
1 2 8 3 9 4
17
5
11
12
10
7
13
6
16
14 15
item funCtion explanation
1. Program no. Displays the program number being executed
2. STEP Displays the step number being executed
3. SPEED Displays the set-speed
4. TIME Displays the elapsed time since start or displays the remaining time to shut down
5. Text area steps of 20%
MAX. SPEED: The mixer is running at absolute maximum speed.
READY: The mixer is ready to start.
6. ENTER Used for stepping through a program.
7. CLR Clearsaashingdisplay.
8. Speed up/down arrows Used for adjusting the speed while the mixer is running.
9. Time up/down arrows Used for adjusting the time.
10. Program (PROG) Used to enter/exit program-programming mode.
11. PAUSE Pauses the mixer without losing recipe.
12. Numeric keys Used for setting time and speed
13. Emergency Stop Stops the mixer instantly.
14. START Starts the mixer.
15. STOP Stop and reset key - reduces the speed to minimum and stops the mixer.
16. BOWL LIFT If available, used for raising and lowering the mixing bowl.
17. Green L.E.D. Lights up when the mixer is paused.
MIN. SPEED: The mixer is running at absolute minimum speed.
OVERLOAD: The mixer can not reach the chosen speed. The speed will be reduced in
4
how to run the mixer manually:
1 2 3 4 5
6 7 8 9 0
1 2 3 4 5
6 7 8 9 0
1 2 3 4
1 2 3 4 5
6 7 8 9 0
R.P.M. mode
Enter the speed desired
Push
Enter the time desired
Push
START
Push
0
ENTER
ENTER
SPEED mode
Enter the speed desired
Push
Enter the time desired
Push
START
Push
ENTER
ENTER
5
how to input a program:
1 2 3 4 5
6 7 8 9 0
1 2 3 4 5 6 7 8 9 0
Aashingdisplayindicatesthatitisexpectingtheoperatortokeyinavalue.
A step is always a combination of speed and time.
An examlpe is 100 R.P.M for 5:00 minutes or 0 R.P.M for 15 seconds (which is a 15 second pause). Please note that the mixer will not start automatically after a pause, the start button must be pushed to proceed to the next step.
Up to 25 programs, each consisting of 9 step, can be stored in memory.
A sample program:
Program number Step Speed Time
1 1 60 1:00 2 200 5:00 3 0 0:20 4 110 4:00 5 180 2:00 6 0 0:00
“0” Speed and “0:00” Time in the last step is mandatory. The control system will read it as a “end of program” mark
how to program a reCipe:
Push
“HOLD FOR 3 SECONDS”
Push
Push
Enter the speed desired
Push
PROG
ENTER
ENTER
ENTER
.
Enter the time desired
Repeat this process for as many as 9 steps per program, after the 9th step, the next program number will display, ready to enter a new recipe. This will continue up to 25 programs.
6
1 2 3 4 5
6 7 8 9 0
Example:
ENTER
To edit a recipe or to correct mistakes, press “PROG” and hold it for 3 seconds to enter the programming mode, then push “ENTER” to reach the program/step that you wish to edit.
To delete a recipe, use the same step above to enter the programming mode, then push “ENTER” to reach the program/ step that you wish to erase. Enter “0” in speed and “0” in time in all steps.
how to run a programmed reCipe:
Push
Enter the program number
Push
Push START
After the “ENTER” key has been pushed, the data in step 1 will be displayed along with the program number.
After the last program step has been executed, the mixer will slow to minimum speed and shut off.
The mixer can be stopped at any time during a recipe by using the “PAUSE” button, the mixer will slow to stop and the recipe will not be lost. To continue on with the same recipe, push “START”.
PROG
ENTER
fixed mode:
Fixed mode is basically designed for users who operate the same recipes over and over again without frequent updating.
Themaximumnumbersofprogramsavailableinxedmodeisreducedfrom25to10.
Fixed mode is a purely executional mode, its not possible to adjust the speed or time while in this mode.
The mixer will only run recipes that are programmed.
The advantage to this mode is that no one can “cheat” the programmed recipe.
The only applicable keys are “START”, “STOP”, “PAUSE”, “BOWL LIFT”, Emergency stop and numeric keys.
7
reCipes for mixers 40Qt 50hz - 60 Qt 50/60 hz - 100Qt 50/60 hz
STEP RPM MINUTES TOOL
PROGRAM # 1 1 60 1:00 Dough Hook
Yeast Raised 2 150 11:00
STEP RPM MINUTES TOOL
PROGRAM # 2 1 60 1:00 Dough Hook
Yeast Raised 2 150 12:00
STEP RPM TIME TOOL
PROGRAM # 3 1 60 4:00 Dough Hook
Yeast Raised 2 150 13:00
STEP RPM TIME TOOL
PROGRAM # 4 1 60 1:00 Paddle w/Sweep
Cake / Cruller 2 120 3:00
STEP RPM TIME TOOL
PROGRAM # 5 1 60 1:00 Paddle w/Sweep
Old Fashioned Cake 2 120 3:00
STEP RPM TIME TOOL
PROGRAM # 6 1 60 1:00 Wire Beater w/Sweep
Clace 2 120 3:00
3 PAUSE (0) 0:15 4 95 6:00
STEP RPM TIME TOOL
PROGRAM # 7 1 60 2:00 Paddle w/Sweep
Chocolate / Vanilla Icing 2 120 8:00
STEP RPM TIME TOOL
PROGRAM # 8 1 60 1:00 Paddle w/Sweep
Vanilla Crème Filling 2 150 7:00
3 PAUSE (0) 0:15 4 150 7:00
(Pause mixer after Step 2. add syrup)
(Pause mixer after
Step 2. add ice)
program 26 for mixers 40Qt 50hz - 60 Qt 50/60 hz - 100Qt 50 hz
STEP value 40Qt, 50 hz value 60Qt, 50hz value 60Qt, 60hz value 100Qt, 50hz value 100Qt, 60hz
1 0 0 0 0 0 2 0 0 0 0 0 3 0 0 0 0 0 4 0 0 0 0 0 5 0 0 0 0 0 6 0 0 0 0 0
7 40 60 60 100 100 8 0 0 0 0 0 9 345 350 360 425 422
8
how to enter “fixed mode”:
1 2 3 4 5
6 7 8
9
0
1 2 3 4
5
6 7 8 9 0
1 2 3 4 5
6 7 8 9 0
1 2 3 4
5
6 7 8 9 0
Push
“HOLD FOR 3 SECONDS”
Push ”9 9”
Push
Push ”1 2 3 4”
Push
Tryk
PROG
ENTER
ENTER
how to run a program in “fixed mode”:
Push the program number
Push START
how to exit “fixed mode”:
Push
“ HOLD FOR 3 SECONDS”
Push “1 2 3 4”
Push
PROG
ENTER
9
manual speed operation:
IF THE ELECTRONICS IN THE CONTROL BOX FAILS,
THE MIXER CAN BE OPERATED MANUALLY.
1. Turn off the main switch at the point of connection.
2. Open the mixer’s lid and toggle the switch which is placed on the rear of the control box to “MAN” position.
3. Dismount the servo motor from the arm by removing the pin (T).Tietheservomotorshaftrmlysothatitcannot
touch the special V-belt when the mixer is started.
4. Remove the cover on the right side of the mixer and place the speed selector lever (R) in the slotted shaft. The speed selector lever was included with the mixer either separately or in the mixer.
5. Close the mixer’s lid and turn on the main switch.
6. Start the mixer by pressing START
7. The speed can be changed on the speed selector lever (R).
8. Stop the mixer by using the EMERGENCY STOP SWITCH instead of the normal stop key.
WARNING: In this working position the security systems of the mixer are out of function.
This means that the mixer can be running with the bowl lowered and the safety guard
and the cover open.
adjustments of speed (low and high speed Cam disKs):
1. Prior to any adjustment the mixer must be at minimum speed, the bowl must be in “UP” position and the safety guard, if equipped, must be closed.
2. Press the emergency stop switch.
3. The cable to the servo motor must be disconnected at the rear of the control box. The socket is marked “SPEED REG”.
4. The slide switch on the rear of the control box must be in the “MAN” position.
5. The arm (U) is released from the servo motor shaft by removing the cotter pin (E) and the pin (T). The arm (U) must not be loosened from the shaft (V).
6. The manual speed selector lever (R) included with the mixer is placed in the shaft (A) so that it points upwards and for­wards. (Remove the cover from the side of the mixer).
7. Release the emergency stop switch and start the mixer, increase the speed with the selector lever until the distance (H) on the rear pulley is 0-3 mm: “HIGH SPEED”.
8. Stop the mixer by pressing the emergency stop switch on the control box.
9. Adjust the high speed cam disk (V2) so that it is activating the micro switch. “MAX light should be on”.
10. Release the emergency stop switch and restart the mixer, with the manual speed selector lever, lower the speed until the distance (H) is 0-3 mm on the front pulley set: “LOW SPEED”.
11. Stop the mixer by pressing the emergency stop switch on the control box.
12. Adjust the low speed cam disk (V1) so that it is activating the micro switch: “MIN light should be on”.
13. Reconnect the cable from the servo motor to the control box. The socket is marked “SPEED REG”.
14. Move the switch on the rear of the control box to “AUTO”.
15. Remove the speed selector (R) and replace the cover on the side of the mixer.
16. Mount the pin (T) and the cotter pin (E) which connects the arm (U) to the servo motor shaft.
BE AWARE THAT THE SERVO MOTOR SHAFT MUST NOT
TOUCH THE SHAFT (A) IN MAXIMUM SPEED.
17. Release the emergency stop switch.
18. Install the top lid.
10
1 mm
2-3 mm
R
H
MIN.
11
MAX.
H
A
B
error Codes:
An error in the mixer will trigger an ERROR code in the time display. See the below mentioned explanation of error codes and the procedure for correcting them.
E:201 The servo motor block actuator (B) did not contact the minimum speed micro switch (A) after the stop button was pushed or the programmed recipe completed.
The computer is programmed to slow the mixer down to low speed before shutting off. It will not do this unless the micro switch is contacted by the block mounted on the speed adjustment shaft.
To correct this error:
1) Check the micro switch (A) to see if it is working by manu-
ally pushing it, when pushed, the “MIN” light should light up on the control panel. If it does not, the micro switch is faulty.
2) The cam disk (B) is not contacting the switch, adjust the switch up.
3) The servo motor is not moving at all. Check the fuses in the rear of the control, if blown, replace, if not blown, check the voltage (31 VDC) at the servo motor while the mixer is run­ning. If voltage is present, the servo is faulty.
12
E:301 There is no signal from the speed pickup (hall effect sensor).
To correct this error:
1) Check that the sensor (D) is centered directly above the track of the 3 magnets (F) on the pulley and the gap between
the sensor and magnets is 1/16”. If not, bend and / or move the bracket (I) holding the sensor.
2) Inspect the three wires between the sensor and the plug. Replace the sensor if wires are broken.
3) Insure the aluminium disc (E) is tight on the pulley.
D E
I
F
E
HOT The thermal overload F2 has tripped because of excessive amp draw or heat.
The overload will automatically reset after it has cooled. This function is to protect the mixer.
To correct this error:
1) Have a service technician inspect all wiring, contactor and overload for faults.
2) Monitor the amp draw while the unit is operating. If excessive, the drive motor may be failing.
D
TR1 .......Transformator
TR2 .......“Step down” Transformator
T ...........Relay for motor
F2 .........Thermal cut-out
K1 .........Locking contact
R1 .........Coil for starting relay
D1 .........Rectier
F3 .........Fuse 1,5 A, slow
E:401 The values in program 26 steps 7,8 and 9 are missing or incorrect.
To correct this error, run program 26, see page 14
13
Control data for program 26:
1
2
3 4 5
6
7 8 9 0
1 2 3 4
5 6 7 8 9 0
Program 26 contains the control data required by the computer to operate. This data differs from model to model
ENTER
ENTER
ENTER
PROG
until you reach step 7
Push
“HOLD FOR 3 SECONDS”
Push ”2 6”
Push
Push ”1 2 3 4”
Push
Push
Inthefollowingchartyoundthevaluethatmatchesthemixermodelandenteritinstep7.Repeatforstep8and9:
Step 7 Step 8 Step 9
Mixer model Values Mode Value Mixer model Value 50/60 Hz W30 30 “RPM” MODE” :00 W30 369 W40 40 (Speeds RPM) W40 390 W60 60 OR W60 375 W80 80 “SPEED MODE” :02 W80 422 W100 100 (Speeds 1-4) W100 422 W150 150 W150 422 Krispy Kreme 40, 50 Hz 40 Krispy Kreme 40, 50 Hz 345 Krispy Kreme 60, 50 Hz 60 Krispy Kreme 60, 50 Hz 350 Krispy Kreme 60, 60 Hz 60 Krispy Kreme 60, 60 Hz 360 Krispy Kreme 100, 50 Hz 100 Krispy Kreme 100, 50 Hz 425 Krispy Kreme 100, 60 Hz 100 Krispy Kreme 100, 60 Hz 422
Push
Push
ENTER
PROG
Now run program 30, see page 15
overload: light: When activated, mixer will lower speed 20% until it can maintain a steady speed.
1. Too much dough in the bowl (overloading) or speed set too high. Lower dough amount and speed.
2. V-belt is slipping: tighten belt or replace as needed.
3. Drive pin in motor pulley sheared, replace.
4. Hall effect sensor out of adjustment or magnet disc loose. (See E:301)
14
instruCtions for running-in of mK-iii panel (program 30):
1 2
3
4 5
6 7 8 9
0
1 2 3 4
5
6 7 8 9 0
Start with running program 26, see page 14.
Push
“HOLD FOR 3 SECONDS”
Push ”3 0”
Push
Push ”1 2 3 4”
PROG
ENTER
Push
START
Push
ENTER
The actual RPM of the mixer is shown in the “SPEED” display.
The required minimum RPM of the mixer is shown in the “TIME” display.
Push
“TIME” display.
Turn the cam disk (see page 20 and 21) for activation of micro switch for minimum speed (closest to V-belt) so that the “MIN” display only just lights up.
The cam disk has been adjusted to minimum speed when the “MIN” display only just lights up at minimum RPM.
Push “CLR”.
The required maximum speed of the mixer is shown in the “TIME” display.
Push
“TIME” display.
Turn the cam disk for activation of micro switch for maximum speed (remotest from V-belt) so that the “MAX” display only just lights up.
The cam disk has been adjusted to maximum speed when the “MAX” display only just lights up at maximum RPM.
Push “STOP”
or below the “SPEED” display until the RPM in the “SPEED” display is equal to the RPM in the
or below the “SPEED” display until the RPM in the “SPEED” display is equal to the RPM in the
The mixer is ready for use.
15
maintenanCe and adjustments
Fuse data and component location
Computer Control 2 Fuses: 8 Amp
6.3 x 32 MM P.N. 20E-418.1
Hall Effect Sensor P.N. 30E-500M
Bowl Lift Servo Motor (If equipped) P.N. 100N-86.02
Speed Servo Motor P.N. 60E-517.02
Power Supply 1 Fuse:1.5 Amp
6.3 x 32 MM P.N. 20E-418
Bowl Lift Microswitches (PN 61-522) Each
16
lubriCation
2
Onnormaluseofthemixer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 together with the mixer).
Start the mixer and increase the speed to approx. 50%. Stop the mixer (use the emergency stop) and open the lid on the top of the mixer by removing the four screws (A)
At the top of each of the two pulley set shafts there is a grease nipple (g. 1 point 1). ples
until the grease gun feels hard to press or until grease
comes out between the shaft and the pulleys.
Press grease through the grease nip-
The mixer must not be started until the screws (A) 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:
On normal use of the mixer and the shaft must tion interval of approx. 60 hours of operation
Remove the rear plate. pour a litle oil on the movable parts (g.1 pkt.2), especially the two bearings for the shaft of the bowl arms and move the bowl arms up and down a couble of times, so that the oil can spread.
must be lubricated regularly , i.e. a lubrica-
the movable parts of the bowl arms
.
grease types:
Grease for the pulley set shafts:
White Lithium Grease (IE Lubriplate).
On repair of the planetary head the toothed wheel and the toothed rim shal be lubricated with the grease type:
A
Fluorocarbon Gel 868VH
Order from authorized service agent - Part number: White Grease
The needle bearings in the planetary 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.
17
bowl adjustments - models w30, w40, w40p, w60,w60p
W30 = 6 3/8” W40 = 6 3/8” W60 = 7”
18
bowl adjustments - models w80, w100, w150n
W80 = 9 1/8” W100 = 11 5/8” W150 = 11 7/8”
19
belt adjustments
NEVER move the base for motor (R) (in the oblong holes), this is a factory setting and is NOT used to tighten the belts. If the entire unit is to be exchanged, reference the below table.
Models W30-W40(P) Distance (B) = 11 1/2 inches Models W60-W150 Distance (B) = 12 1/4 inches
1. Start by tightening the V-belts (C) ­ 1a. Loosen the bolts (D) and the jam nut (E). 1b. Tighten the bolt (F) until the V-belts are tight, tighten the
the 2 bolts (D).
1c. Back bolt (F) out away from arm.
DO NOT LEAVE AGAINST ARM
2. If the main vari belt (A) appears loose when the unit is running
­ 2a. Remove nut (J) and washers (H). 2b. Pry upper spring fork assembly (N) off of shaft. 2c.
Remove 1 or 2 washers from (G).
2d. Reinstall spring fork assembly (N), washers (H) and nut.
(J).
DO NOT TIGHTEN NUT.
2e. Start the mixer and tighten nut (J) until snug.
3. Now turn to Page xx and follow the instructions “Adjustment of
low (min) and high (max) speed microswitches”.
20
belt exChange
1. Loosen Bolt (J) and remove washers (H).
2. Remove cotterpin (T) and dowel pin (E) from servo linkage.
3. Remove vari drive belt (A) from pulleys.
4. Remove Hall Effect sensor (X) from the rear of the computer.
5. Loosen bolts (D) and remove the front V-belts (C) by tilting the center pulley assembly (L) forward and rolling the
belts (C) off the front pulley one at a time. The belts can now be threaded between the lower fork (M) and the lower movable pulley.
installing and tightening of v-belts
6. Install the V-belts (C) on the center pulley assembly and front pulley.
7. Tighten the two bolts (D).
8. Tighten the bolt (F) until the V-belts are tight, then tighten the the 2 bolts (D).Back bolt (F) out away from arm.
DO NOT LEAVE AGAINST ARM
9. Install the Hall Effect sensor (X) onto the computer and align (See page xx).
10. Measure the distance (B) to insure it is within tolerance.
Models W30-W40(P) Distance (B) 11 1/2 inches
Models W60-W150 Distance (B) 12 1/4 inches.
11. If the measurement is out of spec, the motor assembly should be moved by loosening the four bolts (P) on the motor mount plate, sliding the motor until it is within the proper distance, and retighten bolts (P).
12. Install the vari drive belt (A).
13. Install fork assembly
14. Install washers (G) and nut. (J)
DO NOT TIGHTEN NUT
15. Start the mixer and tighten nut. (J)
16. Follow the instructions on Page 10,“Adjustment of min and max speed microswitches”.
21
speed servo system
Figure Number
1..........................Sensor..........................30E-500M.........................30E-500M
2..........................Bolt M6.................. ......STA 5432.........................STA 5432
3..........................Magnets.......................30E-515M.........................30E-515M
4..........................Screw...........................STA 5011..........................STA 5011
5..........................Speed Microswitch.......30E-507............................30E-507
5A .......................Speed Micro w/roller....30E-508...........................30E-508
7..........................Shaft ...........................30E-47M...........................60E-47M
8..........................Snap Ring....................STA 3414 .........................STA 3414
9..........................Bushing .......................20-310 .............................20-310
10.........................Screw...........................STA 5636 .........................STA 5636
11.........................Bolt...............................STA 5432..........................STA 5432
12.........................Nut...............................STA 5819..........................STA 5819
13.........................Servo Arm 12MM I.D...30E-543............................60E-543
13.........................Servo Arm 1/2” I.D.......30E-543............................60E-543.1
Description
W30, W40 , W40P
W80, W100 , W150
ITEM
13
I.D.
ITEM
18
Measure I.D. of hole
OR O.D. of Pin.to determine correct
part number.
O.D.
17.........................Plug Button..................30E-47.12.........................30E-47.12
16.........................Speed Servo Motor......60E-517.02.......................60E-517.02
18.........................Servo Pin 12MM O.D...60E-70..............................60E-70
18.........................Servo Pin.1/2” O.D. .60E-70.2...........................60E-70.2
19.........................Cotter Pin.................. ..STA 6205..........................STA 6205
20.........................Control Assembly.........20E-604M.........................20E-604M
21.........................Emergency Stop..........20E-615M.........................20E-615M
22.........................Retrofit Handle.............20E-47.1M........................20E-47.1M
22
speed servo system
23
power supply
Figure Number
1..........................Transformer..............................................................60E-430
2..........................Filter..........................................................................20E-419
3..........................Relay 24VDC............................................................140E-420
4..........................Fuse Holder..............................................................20E-416.1
5..........................Fuse..........................................................................20E-418
6..........................Compression Fittings ...............................................STA 3000
7..........................Thermal Overload.....................................................20-88.24
8..........................Contactor .................................................................100-88.5
9..........................Auxilliary Switch........................................................20-88.47
10.........................Grey Harness............................................................60E-428
11.........................Computer Harness....................................................60E-542.1
Description
All Models
24
24
power supply
11
1
10
2
3
4
5
6
9
8
25
25
7
262728
power supply wiring diagram
1.5 Amp
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use