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37

This mode is used to analyze displayed information when the error
occurs by the lift.

1. Press the [POWER] button to turn the power on.
2. Press or touch three buttons of  

N x

 , [FM] and  

s

  simultaneously.

3. The message “LIFT_ERRXX” is displayed on the fluorescent

indicator tube. (Refer to the flow chart of the figure below for
the following procedure)

4. To release from this mode, press or touch three buttons in the

same manner as step 2.

Display

Description

1HIST__XX

Protector kind

1_JCPXXXX

Software status

1SENSXXXX

Motor driver/sensor status

1_PWMXX

Motor speed

1__FGXXXX

Counter for detection of moving distance

1TOUTXX

Timer remained

 All numbers are displayed by hexadecimal.

•

Refer to “ERROR CODE FOR LIFT PROTECT” on the
SERVICING NOTES (page 6).
If value is “00”, it’s not protector but EMER UP/DW was detected.

•

Display

Description

B0B0

Lift is at close-end position

B0C0/B0C1

Lift acceleration status at close operation

B0D0/B0D1

Lift moving normally at close operation

B0E0/B0E1

Lift deceleration status at close operation

B0F0/B0F1

Lift decelerate before direction change, close to open

B100

Lift is at open-end position

B110/B111

Lift acceleration status at open operation

B120/B121

Lift moving normally at open operation

B130/B131

Lift deceleration status at open operation

B140/B141

Lift decelerate before direction change, open to close

B150/B151

Driver shutdown before power off

B160 – B166

EMER UP/DW was detected and lift is turning over

B170

Lift is at error status

B180

Lift stops halfway

B1A0 – B1A2

Driver start-up at power on sequence

B1B0

Driver shutdown at power on sequence

B1C0/B1C1

Position adjust before power off

•

Left 2numbers : Motor driver status at error detection
Right 2numbers : Sensor status at error detection

 These 2 code has to convert to binary.

Motor driver status:
Bit1: MO RESET (Reset control)

0: Low
1: High

Bit2: MO ENABLE

0: Motor stop
1: Motor drive

Bit3: MO PHASE (Direction control)

0: Open direction
1: Close direction

Bit4: MO SR (SR control)

0: Open (neutral)
1: Short brake

Bit5: MO MODE (Mode control)

0: Low
1: High

Bit6: CURRENT DET (Overcurrent detection at motor driver

(IC916))
0: Undetected
1: Detected

Bit7: MO FAULT (Fault detection at motor driver (IC916))

0: Undetected
1: Detected

Bit8: OCP FLG (Overcurrent detection is permitted or not)

0: Prohibit
1: Permit

LIFT_ERRXX

TIME_COUNT 

ETC_INFORM

H

s

HOUR     0

UPCNT    0

H

s

[VOL --]

[VOL +]

LMODE_XXXX

E2PNG_XXXX

H

s

[VOL --]

[VOL +]

EMRUP    0

[VOL --]

[VOL +]

EMRDN    0

[VOL --]

[VOL +]

ERR_STT_ 1

1HIST__XX

1_JCPXXXX

H

s

[VOL --]

[VOL +]

ERR_STT_30

[VOL --]

[VOL +]

[VOL --]

[VOL +]

[VOL --]

[VOL +]

1SENSXXXX

1_PWMXX

[VOL --]

[VOL +]

[VOL --]

[VOL +]

1__FGXXXX

1TOUTXX

[VOL --]

[VOL +]

[VOL --]

[VOL +]

(Latest Error)

(Oldest Error)

(Lift Error History Display Mode)

38

Sensor status:
Bit1: EMER DW

0: Undetected
1: Detected

Bit2: STOP DW

0: Low (sensor open)
1: High (sensor shielded)

Bit3: DROP DW

0: Low (sensor open)
1: High (sensor shielded)

Bit4: DROP UP

0: Low (sensor open)
1: High (sensor shielded)

Bit5: STOP UP

0: Low (sensor open)
1: High (sensor shielded)

Bit6: EMER UP

0: Undetected
1: Detected

Bit7: FG SPEED ERROR

0: Undetected
1: Detected

Bit8: FG COUNTER ERROR

0: Undetected
1: Detected

•

 This code has to convert to decimal.

This code means motor duty (motor speed) at error detection.
If value is more than 128, it means speed-adjusting worked and
(value – 128) is the duty.

•

Left 2numbers : FG counter, place of thousands/hundreds
Right 2numbers : FG counter, place of tens/one

 These 2 code has to convert to binary.

This code means FG counter at error detection.
This has 2meanings as follows:

Bit7 of sensor status

FG code means

0

Counter between each sensor

1

Counter every 500 msec

•

This code means timer remained.
If value is 0, it means operation-timeout occurred.
If you want to know how many msec remain, (value 

× 512) will be

the answer.

•

Code

Meaning

HIST01

FG counter error

JCPB121

Normally open

SENS9398

Motor driver status 93 

→ 10010011

Over current permitted

Open direction

Motor Drive

Sensor status 98 

→ 10011000

FG counter error detected

STOP UP shielded

DROP DW shielded

DROP DW open

PWMBC

Duty 188 

→ (188 – 128) = 60 % with speed adjust

FG1C58

1C 

→ 28

58 

→ 88

means FG was counted 2888 pulse

TOUT13

13 

→ 19

remains 19 

× 512 = 9728 msec remains

FG counter over at open normal operation and DROP DW was
undetected, this code means “DROP DW seems to be broken” or
“Belt was slipped”.

1. Press the [POWER] button to turn the power on.
2. Touch and press three buttons of  

N x

 ,  

.

  and  

H

  simultaneously

for five seconds.

3. The message “DEMO ON” is displayed on the fluorescent

indicator tube and the lift demonstration mode turns on, then
following operation is repeated.

 When the lift mode is set to the lock, it doesn’t operate.

4. To release from this mode, press or touch three buttons in the

same manner as step 2 or execute COLD RESET.

 Even when power supply is turned off, this mode isn’t released.

Opening for three minutes

Closing for ten seconds

Lift down

Lift up 

39

This mode let you make diagnosis and adjustment easily by using
the remote commander (RM-ANP003). The instructions, diagnostic
results, etc. are given on the on-screen display.

1. Press the [POWER] button to turn the power on.
2. Touch the [INPUT SELECT] button to select the “DVD”.
3. Touch three buttons of  

s

 , 

Z

 and [VOLUME +] simultaneously.

4. The message “SERVICE IN” appears on the fluorescent

indicator tube and top menu of the Remocon Diagnosis Menu
appears on the on-screen display on the LCD screen as follows.
The model name, IF-con version and Syscon version are
displayed at the bottom of the on-screen display.

Remocon Diagnosis Menu

0. External Chip Check

1. Servo Parameter Check

2. Drive Manual Operation

3. Emergency History

4. Version Information

Model Name :TAV_xx

IF-con:Ver.xx.xx(xxxx)

Syscon:Ver.x.xxx

5. To execute each function, press its number by using numeric

button on the remote commander.

6. To release from this mode, press the [POWER] button to turn

off the system.

In order to execute IOP measurement, the following standard
procedures must be followed.
Procedure:

1. From the top menu of Remocon Diagnosis Menu, select “2

Drive Manual Operation” by pressing the [2] button on the
remote commander. The following screen appears on the on-
screen display

Drive Manual Operation

1. Servo Control

2. Track/Layer Jump

3. Manual Adjustment

4. Tray Aging Mode

5. MIRR time Adjust

0. Return to Top Menu

2. Select “3. Manual Adjustment” by pressing the [3] button on

the remote commander. The following screen appears on the
on-screen display.

Manual Adjust

1. Track Balance Adjust:

2. Track Gain Adjust:

3. Focus Balance Adjust:

4. Focus Gain Adjust:

5. Eq boost Adjust:

6. Iop:

7. TRV. Level:

8. S curve(FE) Level:

9. RFL(PI) Level:

0. MIRR Time:

V

 

v

  Change Value

[RETURN]Return to previous menu

3. Select “6. Iop:” by pressing [6]  button on the remote

commander.

4. Wait until a hexadecimal number appear in the on-screen

display as below.

Manual Adjust

1. Track Balance Adjust:

2. Track Gain Adjust:

3. Focus Balance Adjust:

4. Focus Gain Adjust:

5. Eq boost Adjust:

6. Iop: ED:

7. TRV. Level:

8. S curve(FE) Level:

9. RFL(PI) Level:

0. MIRR Time:

V

 

v

  Change Value

[RETURN]Return to previous menu

5. Convert data from hexadecimal to decimal by using conversion

table.

6. If the value is smaller than 93 (decimal), then it is OK. However

if the value is higher than 93, then BU (base unit) is defective
and need to be change.

7. Press the

O

 

RETURN

button on the remote commander to

return to previous menu.

8. Press the [0] button on the remote commander to return to the

top menu of Remocon Diagnosis Menu.

9. Press the [POWER] button to turn the power off .

To  check the emergency history, please follow the following
procedure.
Procedure:

1. From the top menu of Remocon Diagnosis Menu, select “3.

Emergency History” by pressing the [3] button on the remote
commander. The following screen appears on the on-screen
display.

Emg. History Check

Laser Hours     CD    999h  59min

                DVD   999h  59min

01. 01 05 04 04      00 92 46 00

    00 00 00 00      00 00 23 45

02. 02 02 01 01      00 A9 4B 00

    00 00 00 00      00 00 23 45

[Next]Next page [Prev]Prev page

[0]Return to Top Menu

40

Press the [DISPLAY] button on the remote commander and then press
the [CLEAR] button on the remote commander. The data for both
CD and DVD data are reset.

Emg. History Check

Laser Hours     CD      0h   0min

                DVD     0h   0min

01. 01 05 04 04      00 92 46 00

    00 00 00 00      00 00 23 45

02. 02 02 01 01      00 A9 4B 00

    00 00 00 00      00 00 23 45

[Next]Next page [Prev]Prev page

[0]Return to Top Menu

Press the [DVD TOP MENU] button on the remote commander and
then press the [CLEAR] button on the remote commander. The error
code for all emergency history would be reset.

Emg. History Check

Laser Hours     CD    999h  59min

                DVD   999h  59min

01. 00 00 00 00      00 00 00 00

    00 00 00 00      00 00 00 00

02. 00 00 00 00      00 00 00 00

    00 00 00 00      00 00 00 00

[Next]Next page [Prev]Prev page

[0]Return to Top Menu

1. Press the [DVD MENU] button on the remote commander and

then press the [CLEAR] button on the remote commander. The
following screen appears on the on-screen display.

Emg. History Check

Laser Hours     CD    999h  59min

                DVD   999h  59min

Initialize setup data...

[Next]Next page [Prev]Prev page

[0]Return to Top Menu

2. The screen after a while returns to former display.

Press the [0] button on the remote commander.

2. You can check the total time when the laser is turned on during

playback of DVD and CD from the above menu. The maximum
time, which can be displayed are 999h 59min.

3. You can check the error code of latest 10 emergency history

from the above menu. To view the previous or next page of
emergency history, press the

.

or

>

button on the

remote commander.  The error code consists of three kinds of
error codes.

Example of Error code

01. 01 05 04 04      00 92 46 00

    00 00 00 00      00 00 23 45

01: Communication error (No reply from syscon)
02: Syscon hung up
03: Power OFF request when syscon hung up
19: Thermal shutdown
24: MoveSledHome error
25: Mechanical move error (5 changer)
26: Mechanical move stack error
30: DC motor adjustment error
31: DPD offset adjustment error
32: TE balance adjustment error
33. TE sensor adjustment error
34. TE loop gain adjustment error
35. FE loop gain adjustment error
36. Bad jitter after adjustment
40. Focus NG
42. Focus layer jump NG
51: Spindle stop error
52. Open kick spindle error
60: Focus on error
61: Seek fail error
62: Read Q data/ID error
70: Lead in data read fail
71: TOC read time out (CD)
80: Can’t buffering
81: Unknown media type

B. Parameter of error code
This is the detail of error code.

Example of Error code

01. 01 05 04 04      00 92 46 00

    00 00 00 00      00 00 23 45

C. Time of error code
This is the laser time when an error occurred.

Example of Error code

01. 01 05 04 04      00 92 46 00

    00 00 00 00      00 00 23 45