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#03-011 DC motor does not operate: #03-011. Please turn off then on

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My panasonic micro-oven is working but the fan and turntable are not operating.


HI.oven has a small DC motor thats turns the turnatable..Now if turntable does not rotate then yuo need to remove the bottom cover of the oven..Unscrew it and check if motor is working ..You can check continuity of the motor using a MULTITESTER..If it is short-circuited or not.Hope this helps.FAN and turntable is being run by this DC motor..Hope this helps.

Jul 14, 2011 | Panasonic Microwave Ovens

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ERROR codes Canon 8570


Canon 8570 E000 Fuser problem. Temperature too low. Heat lamp, thermal fuse or thermoswitch, thermistor, triac etc E001 Fuser problem. Temperature too high. Probably triac E005 Fuser web finished E005 Fuser cleaner belt user up E010 Drive E010 Main drive problem E011 Drive problem. Could be main motor, scan motor, cleaning web motor or duplex motor E011 Main motor, scan motor, cleaner belt motor, duplex motor, toner motor, lens motor or driver bd. for any of these E020 Toner sensor problem or lack of toner feed. This occurs if toner feed signal is present for 3 min E020 Toner empty sensor sees no toner added for 3 min probably toner feed problem E050 Duplex problem E050 Duplex problem E203 Scan motor problem E203 Scan motor E210 Lens motor problem E210 Lens home sensor or lens won't leave home E240 DC controller board E240, E241, E242 Control board (main board) E241 DC controller board E242 DC controller board E243 Operation panel board E243 Operation panel E400 DC controller, ADF board or 24V E400 DC controller or document feed board E500 DC controller or sorter board E500 DC controller, sorter board or 24V E510 Finisher; feed motor, pulse sensor, finisher board E510 Finisher E520 Finisher; stack motor, stack tray sensor, finisher board E520 Finisher

on Jan 19, 2010 | Office Equipment & Supplies

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ERROR codes Canon 8070


Canon 8070 E000 Fuser problem. Temperature too low. Heat lamp, thermal fuse or thermoswitch, thermistor, triac etc E001 Fuser problem. Temperature too high. Probably triac E005 Fuser web finished E005 Fuser cleaner belt user up E010 Drive E010 Main drive problem E011 Drive problem. Could be main motor, scan motor, cleaning web motor or duplex motor E011 Main motor, scan motor, cleaner belt motor, duplex motor, toner motor, lens motor or driver bd. for any of these E020 Toner sensor problem or lack of toner feed. This occurs if toner feed signal is present for 3 min E020 Toner empty sensor sees no toner added for 3 min probably toner feed problem E050 Duplex problem E050 Duplex problem E203 Scan motor problem E203 Scan motor E210 Lens motor problem E210 Lens home sensor or lens won't leave home E240 DC controller board E240, E241, E242 Control board (main board) E241 DC controller board E242 DC controller board E243 Operation panel board E243 Operation panel E400 DC controller, ADF board or 24V E400 DC controller or document feed board E500 DC controller or sorter board E500 DC controller, sorter board or 24V E510 Finisher; feed motor, pulse sensor, finisher board E510 Finisher E520 Finisher; stack motor, stack tray sensor, finisher board E520 Finisher

on Jan 19, 2010 | Office Equipment & Supplies

1 Answer

57 service


57 (or 57.1) SERVICE Message (Main Motor Failure)
The 57 SERVICE indicates that the DC Controller PCA detected a
general motor failure. The Main Motor drives all moving
components in the printing process. The Main Motor is a 4-phase,
DC servo motor controlled by the DC Controller PCA.
The formatter detects a Main Motor failure when:
• The Main Motor does not come up to speed within one second
of receiving drive voltage.
• The Main Motor deviates from the correct speed for one second
after reaching the correct speed.
Main Motor Functional Checks
• Inspect the gear train for debris that would block the free
operation of the gears.
• Check the gears in the Toner Cartridge for wear and binding.
• Reseat J211 (or J214 on the HP LaserJet 4 Plus/4M Plus) on
the DC Controller PCA, and the main connector on the Main
Motor Assembly. Refer to Figures 7-16 and 7-17 for the DC
Controller PCA connector locations.
• If the problem persists, check that the +24B Voltage is present
on the DC Controller. If the voltage is not present, replace the
DC Controller. If the voltage is present, and the motor does
not rotate, replace the Main Motor Assembly (see Figure 7-11
for location).

Oct 21, 2010 | HP LaserJet 4 plus Printer

1 Answer

I can turn everything on but the belt does not move. I used it one morning and then that evening it would work


The single most cause of no motor output is failure of the DC motor control. Before you attempt to determine if it is the control, you must first rule out simple things.
1) Make sure you have power in the wall outlet by plugging in a lamp, etc. into the same outlet the treadmill is plugged into to test. Plug it in the exact same receptacle. Sometimes in an outlet one receptacle will work and the other won't.
2) Make sure any breakers are fuses that may have tripped or blown have been reset or replaced. Your local Radio Shack can help you test the fuses. Use the same type of fuse. Changing the value of the fuse can be dangerous or cause a fire.
3) Make sure the power switch is turned on and the safety key is inserted into the console if you have a safety key.
4) Look for any test lights on the power boards beneath the motor hood. Use caution when removing the motor hood because you may still have electricity in the motor area even if the treadmill is unplugged.
5) Test for a motor control failure. Typically if you have a failure, the treadmill will continue to turn on and operate normally until you try to input speed. If the treadmill operates on what we call a closed-loop system, it will give you some type of error message. If it operates on an open-loop system, the computer will run normally but the motor will not turn.
6) If you have a multimeter, you can test to make sure you have DC output from the controller spades. First make sure you have 120 VAC going in to the controller. On most controls, you can use a linear taper potentiometer or jump the W and H circuits of the control with an insulated wire or insulated pliers and apply AC voltage. The DC output spades should output DC voltage if the control is good.
7)
Cordless drill battery- get a fully-charged, 18 volt (preferred) cordless drill battery and on most treadmills connect the red and black motor leads to the battery (some have different colors but if you have two wires and get it hooked up backwards, the motor will just run backwards and won’t be harmed). If good, the motor should operate at about 1 MPH

Jun 27, 2010 | Nordic Track Nordictrack Apex 4100i...

1 Answer

Nortic track c2155 will not propel. computer portion turns on fine but when hitting start nothing happens. i hear no motor sounds or anything. however, the track will move if pushed manually.


Unplug the unit and remove the motor shroud insert plug back in the outlet.The single most cause of no motor output is failure of the DC motor control. Look for any test lights on the power boards beneath the motor hood.If it operates on an open-loop system, the computer will run normally and not give and error code, but the motor will not turn. If you have a multimeter, you can test to make sure you have DC output from the controller spades if not replace the control board. If you have DC output, but motor is not turning the test the motor itself.
Cordless drill battery- get a fully-charged, 18 volt (preferred) cordless drill battery and on most treadmills connect the red and black motor leads to the battery (some have different colors but if you have two wires and get it hooked up backwards, the motor will just run backwards and won’t be harmed). If good, the motor should operate at about 1 MPH.
Car battery- these are 12VDC high amp batteries so the motor will turn slowly but you can walk on the belt. Always be careful with battery acid on these things so we don’t recommend bringing them in the house…take the treadmill to the battery.
Lantern battery- a fully charged lantern battery should operate your motor at a slow speed but lacks the amperage to have someone walk on the belt. If it does not rotate replace motor

May 28, 2010 | Exercise & Fitness

1 Answer

Not start


The single most cause of no motor output is failure of the DC motor control. Before you attempt to determine if it is the control, you must first rule out simple things. 1) Make sure you have power in the wall outlet by plugging in a lamp, etc. into the same outlet the treadmill is plugged into to test. Plug it in the exact same receptacle. Sometimes in an outlet one receptacle will work and the other won't. 2) Make sure any breakers are fuses that may have tripped or blown have been reset or replaced. Your local Radio Shack can help you test the fuses. Use the same type of fuse. Changing the value of the fuse can be dangerous or cause a fire. 3) Make sure the power switch is turned on and the safety key is inserted into the console if you have a safety key. 4) Look for any test lights on the power boards beneath the motor hood. Use caution when removing the motor hood because you may still have electricity in the motor area even if the treadmill is unplugged. 5) Test for a motor control failure. Typically if you have a failure, the treadmill will continue to turn on and operate normally until you try to input speed. If the treadmill operates on what we call a closed-loop system, it will give you some type of error message. If it operates on an open-loop system, the computer will run normally but the motor will not turn. 6) If you have a multimeter, you can test to make sure you have DC output from the controller spades. First make sure you have 120 VAC going in to the controller. On most controls, you can use a linear taper potentiometer or jump the W and H circuits of the control with an insulated wire or insulated pliers and apply AC voltage. The DC output spades should output DC voltage if the control is good. Next thing is to unplug the treadmill then check the motor with one these methods
Methods to test a motor: 1) Cordless drill battery- get a fully-charged, 18 volt (preferred) cordless drill battery and on most treadmills connect the red and black motor leads to the battery (some have different colors but if you have two wires and get it hooked up backwards, the motor will just run backwards and won’t be harmed). If good, the motor should operate at about 1 MPH. 2) Car battery- these are 12VDC high amp batteries so the motor will turn slowly but you can walk on the belt. Always be careful with battery acid on these things so we don’t recommend bringing them in the house…take the treadmill to the battery. 3) Lantern battery- a fully charged lantern battery should operate your motor at a slow speed but lacks the amperage to have someone walk on the belt. 4) If you have a multi meter and you don't have any of the three mentioned above, then disconnect the motor leads and connect them to the meter.Lay the meter down to where you can observe it. Push the running belt what happens is that the motor is now a generator and by manually pushing the belt you should get a DC voltage reading( the fast you push the higher the reading) then the motor is good if no reading the motor needs to be replaced

May 21, 2010 | Proform 775 Crosstrainer Treadmill - Free...

1 Answer

395 Service Engine Error


Hello kieran,

This might help you. I found this on one printer forum.

-----------

From the manual:

Fuser Drive and Contact Cam System Service Check
Error Code 993: Indicates the cam sensor has not been activated.
The sensor activates when the fuser drive motor turns the cam disk.
If the fuser drive motor does not turn on, or the drive parts are not
operating, go to A.
If the fuser drive motor turns and appears to be operating properly,
and the cam is turning, go to B.
If the fuser drive motor turns and appears to be operating properly,
and the cam is not turning, go to C.

A The fuser drive system is not operating properly.
FRU Action
1 Fuser Assembly
Fuser Drive Motor
Fuser Motor/Paper
Feed Motor Carriage
Unit Motor Cable
Engine Board
Check the fuser assembly internal drive gears
for binding, or broken or worn teeth. If a
problem exists, repair or replace the fuser
assembly.
Remove the fuser drive motor from the stay
assembly, leaving the motor cable connected
to the motor. Turn the printer on, but do not
allow the motor to touch other areas of the
printer. Verify the motor turns during POR. If it
does, the problem is most likely in the motor
mounting stay assembly. Go to step 2.
Check the motor for shorts between the case
and each motor winding. If a short is found,
replace the motor.
Note: Damage to the engine board may result
from a shorted motor.
Check the motor for open windings. If found,
replace the motor.
Check continuity of the fuser motor/paper feed
motor/carriage unit motor cable.
• If incorrect, replace the cable.
• If correct, replace the engine board.
2 Motor Mounting Stay
Assembly
(Fuser Drive Parts)
Check the fuser drive gears, gears C3-1, C3-
2, the clutch spring, motor drive gear, gear C2
and C4 for signs of chipped gear teeth, worn
parts, or improper operation. If problems are
found, repair as necessary.
Check the cam gears and solenoid for proper
operation and signs of broken or worn gear
teeth or damaged parts. If found, repair or
replace the motor mounting stay assembly.

B The fuser drive system is operating properly and the cam disk is
turning.
FRU Action
1 Cam Sensor (PH16)
Engine Board (M4)
SN Cable
Be sure the cam sensor is mounted correctly
and locked into place.
Check the following voltages on the cam
sensor:
Pin # Signal Voltage Voltage
Voltage Disc in Disc Out
1 (Orange) +5 V dc +5 V dc +5 V dc
2 (Brown) -CCSENS +5 V dc 0 V dc
3 (Green) GND 0 V dc 0 V dc
Note: The voltage on pin 2 should vary, as the
cam turns from approximately 0 V to +5 V dc.
• If the voltage on Pin 1 is incorrect, check
the cable. If incorrect, replace the cable.
• If the cable is good, replace the following
FRU's in the order shown:
1.Cam sensor
2.Engine board
3.SN cable

C The fuser drive system is operating properly and the cam disk is
not turning.
FRU Action
1 ContactCam
Solenoid
CRF Cable
Engine Board
Check the solenoid for proper operation,
making sure it picks during POR cycle.
Disconnect the solenoid and check the
resistance on the solenoid cable. It should
measure approximately 65 ohms. If incorrect,
replace the solenoid.
Check the voltages on the solenoid cable
connector.
Check the following voltages on the contact
cam solenoid cable connector:
Pin # Signal Voltage Voltage
Voltage Static Picked
1 (Red) +24 V dc +24 V dc +24 V dc
2 (Black) -SL2ON +24 V dc 0 V - +24 V dc
Note: All voltages are approximate.
If the voltage on Pin 1 is incorrect, check
continuity of the CRF cable to the cam
solenoid.
• If incorrect, replace the cable.
• If correct, replace the engine board.
2 Motor Mounting Stay
Assembly
Check the clutch spring, clutch boss, clutch
disk and gear C4 for signs of wear, broken
teeth or binds. Repair or replace the motor
mounting stay assembly if a problem is found.

Normaly the fuser is not turning - check the cleaner pad is not jammed in too tight. Then replace the fuser drive block 12G1348.

----------------

Jul 29, 2009 | Lexmark C510 Laser Printer

1 Answer

Error message 993, what is this?


that is a fuser drive error on printers. it is the part that fixes the ink to the paper.
i have a check for you but is not an easy fix.
if fuser drive is gone will cost approx £12 to replace.

Fuser Drive and Contact Cam System Service Check
Error Code 993: Indicates the cam sensor has not been activated.
The sensor activates when the fuser drive motor turns the cam disk.
If the fuser drive motor does not turn on, or the drive parts are not
operating, go to A.
If the fuser drive motor turns and appears to be operating properly,
and the cam is turning, go to B.
If the fuser drive motor turns and appears to be operating properly,
and the cam is not turning, go to C.

A The fuser drive system is not operating properly.
FRU Action
1 Fuser Assembly
Fuser Drive Motor
Fuser Motor/Paper
Feed Motor Carriage
Unit Motor Cable
Engine Board
Check the fuser assembly internal drive gears
for binding, or broken or worn teeth. If a
problem exists, repair or replace the fuser
assembly.
Remove the fuser drive motor from the stay
assembly, leaving the motor cable connected
to the motor. Turn the printer on, but do not
allow the motor to touch other areas of the
printer. Verify the motor turns during POR. If it
does, the problem is most likely in the motor
mounting stay assembly. Go to step 2.
Check the motor for shorts between the case
and each motor winding. If a short is found,
replace the motor.
Note: Damage to the engine board may result
from a shorted motor.
Check the motor for open windings. If found,
replace the motor.
Check continuity of the fuser motor/paper feed
motor/carriage unit motor cable.
• If incorrect, replace the cable.
• If correct, replace the engine board.
2 Motor Mounting Stay
Assembly
(Fuser Drive Parts)
Check the fuser drive gears, gears C3-1, C3-
2, the clutch spring, motor drive gear, gear C2
and C4 for signs of chipped gear teeth, worn
parts, or improper operation. If problems are
found, repair as necessary.
Check the cam gears and solenoid for proper
operation and signs of broken or worn gear
teeth or damaged parts. If found, repair or
replace the motor mounting stay assembly.

B The fuser drive system is operating properly and the cam disk is
turning.
FRU Action
1 Cam Sensor (PH16)
Engine Board (M4)
SN Cable
Be sure the cam sensor is mounted correctly
and locked into place.
Check the following voltages on the cam
sensor:
Pin # Signal Voltage Voltage
Voltage Disc in Disc Out
1 (Orange) +5 V dc +5 V dc +5 V dc
2 (Brown) -CCSENS +5 V dc 0 V dc
3 (Green) GND 0 V dc 0 V dc
Note: The voltage on pin 2 should vary, as the
cam turns from approximately 0 V to +5 V dc.
• If the voltage on Pin 1 is incorrect, check
the cable. If incorrect, replace the cable.
• If the cable is good, replace the following
FRU's in the order shown:
1.Cam sensor
2.Engine board
3.SN cable

C The fuser drive system is operating properly and the cam disk is
not turning.
FRU Action
1 ContactCam
Solenoid
CRF Cable
Engine Board
Check the solenoid for proper operation,
making sure it picks during POR cycle.
Disconnect the solenoid and check the
resistance on the solenoid cable. It should
measure approximately 65 ohms. If incorrect,
replace the solenoid.
Check the voltages on the solenoid cable
connector.
Check the following voltages on the contact
cam solenoid cable connector:
Pin # Signal Voltage Voltage
Voltage Static Picked
1 (Red) +24 V dc +24 V dc +24 V dc
2 (Black) -SL2ON +24 V dc 0 V - +24 V dc
Note: All voltages are approximate.
If the voltage on Pin 1 is incorrect, check
continuity of the CRF cable to the cam
solenoid.
• If incorrect, replace the cable.
• If correct, replace the engine board.
2 Motor Mounting Stay
Assembly
Check the clutch spring, clutch boss, clutch
disk and gear C4 for signs of wear, broken
teeth or binds. Repair or replace the motor
mounting stay assembly if a problem is found.

Normaly the fuser is not turning - check the cleaner pad is not jammed in too tight. Then replace the fuser drive block 12G1348.

Feb 25, 2009 | Ricoh Aficio GX3050N Printer

1 Answer

Gx3050n error code 993 what is this?


that is a fuser drive error on printers. it is the part that fixes the ink to the paper.
i have a check for you but is not an easy fix.
if fuser drive is gone will cost approx £12 to replace.

Fuser Drive and Contact Cam System Service Check
Error Code 993: Indicates the cam sensor has not been activated.
The sensor activates when the fuser drive motor turns the cam disk.
If the fuser drive motor does not turn on, or the drive parts are not
operating, go to A.
If the fuser drive motor turns and appears to be operating properly,
and the cam is turning, go to B.
If the fuser drive motor turns and appears to be operating properly,
and the cam is not turning, go to C.

A The fuser drive system is not operating properly.
FRU Action
1 Fuser Assembly
Fuser Drive Motor
Fuser Motor/Paper
Feed Motor Carriage
Unit Motor Cable
Engine Board
Check the fuser assembly internal drive gears
for binding, or broken or worn teeth. If a
problem exists, repair or replace the fuser
assembly.
Remove the fuser drive motor from the stay
assembly, leaving the motor cable connected
to the motor. Turn the printer on, but do not
allow the motor to touch other areas of the
printer. Verify the motor turns during POR. If it
does, the problem is most likely in the motor
mounting stay assembly. Go to step 2.
Check the motor for shorts between the case
and each motor winding. If a short is found,
replace the motor.
Note: Damage to the engine board may result
from a shorted motor.
Check the motor for open windings. If found,
replace the motor.
Check continuity of the fuser motor/paper feed
motor/carriage unit motor cable.
• If incorrect, replace the cable.
• If correct, replace the engine board.
2 Motor Mounting Stay
Assembly
(Fuser Drive Parts)
Check the fuser drive gears, gears C3-1, C3-
2, the clutch spring, motor drive gear, gear C2
and C4 for signs of chipped gear teeth, worn
parts, or improper operation. If problems are
found, repair as necessary.
Check the cam gears and solenoid for proper
operation and signs of broken or worn gear
teeth or damaged parts. If found, repair or
replace the motor mounting stay assembly.

B The fuser drive system is operating properly and the cam disk is
turning.
FRU Action
1 Cam Sensor (PH16)
Engine Board (M4)
SN Cable
Be sure the cam sensor is mounted correctly
and locked into place.
Check the following voltages on the cam
sensor:
Pin # Signal Voltage Voltage
Voltage Disc in Disc Out
1 (Orange) +5 V dc +5 V dc +5 V dc
2 (Brown) -CCSENS +5 V dc 0 V dc
3 (Green) GND 0 V dc 0 V dc
Note: The voltage on pin 2 should vary, as the
cam turns from approximately 0 V to +5 V dc.
• If the voltage on Pin 1 is incorrect, check
the cable. If incorrect, replace the cable.
• If the cable is good, replace the following
FRU's in the order shown:
1.Cam sensor
2.Engine board
3.SN cable

C The fuser drive system is operating properly and the cam disk is
not turning.
FRU Action
1 ContactCam
Solenoid
CRF Cable
Engine Board
Check the solenoid for proper operation,
making sure it picks during POR cycle.
Disconnect the solenoid and check the
resistance on the solenoid cable. It should
measure approximately 65 ohms. If incorrect,
replace the solenoid.
Check the voltages on the solenoid cable
connector.
Check the following voltages on the contact
cam solenoid cable connector:
Pin # Signal Voltage Voltage
Voltage Static Picked
1 (Red) +24 V dc +24 V dc +24 V dc
2 (Black) -SL2ON +24 V dc 0 V - +24 V dc
Note: All voltages are approximate.
If the voltage on Pin 1 is incorrect, check
continuity of the CRF cable to the cam
solenoid.
• If incorrect, replace the cable.
• If correct, replace the engine board.
2 Motor Mounting Stay
Assembly
Check the clutch spring, clutch boss, clutch
disk and gear C4 for signs of wear, broken
teeth or binds. Repair or replace the motor
mounting stay assembly if a problem is found.

Normaly the fuser is not turning - check the cleaner pad is not jammed in too tight. Then replace the fuser drive block 12G1348.


Feb 25, 2009 | Ricoh Aficio CL1000N Printer

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