(GU) Thailand, Indonesia, Dubai, Brazil, Philippines, Barkley(special)
SPECIFICATIONS
SPECIFICATIONS
KEYBOARD
SOUND GENERATOR
MAX. POLYPHONY
61 KEYS (WITH INITIAL
TOUCH)
PCM
128 NOTES
2
SOUNDSNUMBER OF SOUNDS:
1236 SOUNDS (1187
SOUNDS + 2 ORGAN
DRAWBARS + 2 ORGAN
TABS + 3 ACCORDION
REGISTERS + 41 DRUM
KITS)
SOUND GROUP:
PIANO, GUITAR,
STRINGS &
VOCAL,BRASS, MALLET
& ORCH PERC, WORLD,
ORGAN &
ACCORDION,SAX &
WOODWIND, PAD ,
SYNTH, BASS, DRUM
KITS, DIGITAL
DRAWBAR, ORGAN
TABS, ACCORDION
REGISTER
SOUND EXPLORER:
Supported
EFFECTPART:
SUSTAIN, DIGITAL
EFFECT, SOUND DSP
GLOBAL:
REVERB, CHORUS,
MULTI, MIC
WHEEL
PITCH BEND,
MODULATION
PART SELECT
RIGHT 1, RIGHT 2, LEFT
TRANSPOSE+/-12 NOTES
RHYTHMSNUMBER OF RHYTHMS:
220 RHYTHMS × 4
VARIATIONS
RHYTHM GROUP:
8 & 16 BEAT, ROCK &
POP, BALLAD, JAZZ &
SWING, MODERN
DANCE, MARCH &
WALTZ, 60s & 70s,SOUL &
R&B, COUNTRY &
WESTERN, ORGANIST,
BALL ROOM, LATIN &
WORLD, ENTERTAINER,
MOVIE & SHOW,
FAVORITES
Supported
3
CONTROLS
MAIN VOLUME, APC/
SEQUENCER VOLUME,
LINE IN VOLUME, SD
VOLUME, BALANCE,
MUTE, CONDUCTOR,
START/STOP, INTRO &
ENDING 1, INTRO &
ENDING 2, FILL IN 1, FILL
IN 2, COUNT INTRO,
SYNCHRO&
BREAK,TEMPO/
PROGRAM, TAP TEMPO,
FADEIN/OUT, SPLIT
POINT
PERFORMANCE PADS20 PRESET BANKS × 6
PADS WITH SOLO
USER BANK × 3,
COMPILE BANKS × 2,
CONTROL PRESET × 1
STOP, AUTO SETTING
AUTO PLAY CHORD
MODE: BASIC,
FINGERED, PIANIST
MEMORY, ON BASS,
CHORD FINDER, LEFT
HOLD
MUSIC STYLE ARRANGER
SOUND ARRANGER
MUSIC STYLIST
ONE TOUCH PLAY
TECHNI-CHORD
PANEL MEMORY
13 BANKS × 8, SET,
Supported
Supported
Supported
Supported
Supported
NEXT BANK, BANK VIEW,
CUSTOM PANEL
SEQUENCER16 TRACKS
RESOLUTION: 1/96 PER
BEAT
STORAGE CAPACITY:
APPROX.40000 NOTES
(10 SONG MAX.)
INPUT MODES: EASY
RECORD, REALTIME
RECORD, STEP RECORD
FUNCTIONS: RECORD&
EDIT, COPY &
PASTE,RANGE EDIT
4
COMPOSER8 PARTS: BASS,
ACCOMP 1 - 5, DRUMS 1,
2
STORAGE CAPACITY:
APPROX. 13000 NOTES
INPUT MODES: EASY
COMPOSER, REALTIME
RECORD, STEP RECORD
FUNCTIONS: PATTERN
COPY, CUSTOM STYLE
COPY, SEQ TO
COMPOSERCOPY, LOAD
SINGLE COMPOSER
MEMORY: 3 BANKS
DISK DRIVE3.5 inch DISK DRIVE for
2HD (1.44MB), 2DD
(720KB)
LOAD, SAVE, DIRECT
PLAY, SONG MEDLEY,
DISK TOOLS,
PREFERENCES, STYLE
CONVERT, CUSTOM
STYLE LOAD/SAVE
SD CARD
LOAD, SAVE,
FAVORITES SONGS,
TECHNICS SONG
MEDLEY, SD-AUDIO
PLAY, SD-SOUND PLAY,
CUSTOM STYLE LOAD/
SAVE, SD CARD TOOLS,
SD PREFERENCES
SOUND SETTING
PART SETTING, MIXER,
MASTER TUNING, KEY
SCALING, TECHNI-
CHORD, SOUND LOAD
OPTION, APC REVERB
SETTING, MONITOR
SETTING, SEPARATE
SETTING
SOUND EDITEASY EDIT, TONE,
PITCH, FILTER,
AMPLITUDE, LFO,
EFFECT, CONTROLLER
MEMORY: 40, 1 USER
DRUM KIT
5
REVERB & EFFECT
MIC REVERB & EFFECT,
SOUND LOAD OPTION,
ALLOCATION, MIXER,
SOUND DSP, MULTI,
CHORUS, REVERB,
EQUALIZER
CONTROL
INITIAL, OVERALL
TOUCH SENSITIVITY,
FOOT CONTROLLERS,
PANEL MEMORY MODE,
MUSIC STYLE
ARRANGER MODE, FADE
IN/OUT SETTING
CUSTOMIZE
HOME PAGE SETTING,
FAVORITE SETTING,
DISPLAY TIME OUT,
WALL PAPER SETTING,
MIDI SETTING LOAD
OPTION, DATA
PROTECTION,
LANGUAGE SELECT,
DISK PREFERENCE,
VIDEO OUT MODE
SETTING
MIDI
PART SETTING,
CONTROL MESSAGES,
REALTIME MESSAGES,
COMMON SETTING,
INPUT/OUTPUT SETTING,
MIDI PRESETS, MODE
SETTING, PROGRAM
CHANGE MIDI OUT,
PANEL MEMORY
OUTPUT, COMPUTER
CONNECTION
DISPLAYLCD
PAGE, CONTRAST, EXIT,
DISPLAY HOLD
HELP
DEMO
Supported
Supported
6
TERMINALS
OUTPUT
SPEAKERS
POWER REQUIREMENT75 W
DIMENSIONS (W×H×D)
NET WEIGHT
ACCESSORIES
PHONES, FOOT SW 1, 2,
FOOT CONTROLLER,
EXP PEDAL, MAIN OUT (R
/MONO,L), SUB OUT (1,2)
AUX IN (R/MONO,L), LINE
IN (R/MONO,L), USB,
VIDEO OUT, MIDI (IN/
BASS PEDAL,
OUT,THRU), MIC
66 W (18 W × 2 FOR MID/
HIGH, 30 W × 1 FOR
BASS)
12 cm × 2, 6.5 cm × 2
FOR MID/HIGH, 14 cm × 1
FOR BASS
AC120/220/240V 50/60 Hz
AC120V 60 Hz (NORTH
AMERICA AND MEXICO)
AC230-240V 50/60 Hz
(EUROPE, AUSTRALIA
AND NEW ZEALAND
114 cm × 17 cm × 41 cm
(44-7/8” × 6-11/16” × 16-1/
8”)
17.6 kg (38.8 lbs)
AC CORD, MUSIC
STAND, STYLE CONVERT
DISK, INITIAL DATA
DISK, CD-ROM(AUDIO
RECORDER, SONG
MANAGER, USB DRIVER),
SD CARD
1. Warning
1
7
To prevent the risk of fire, smoke, or electrical shock and to ensure safe operation,
please be sure to follow the safety guidelines below.
1. At places where special caution is required, the necessary safety precautions are
clearly labeled or printed, for example, on the cabinet, or on the part concerned.
Please follow these safety precautions, and also those listed in the Owner'sManual.
2. Parts which have a ; mark in the circuit diagram or in the parts list are essential
for safety. When replacing these parts, be sure to use onlythe specified parts.
3. Use the specified types for internal wiring (double-insulated wiring, etc.).
4. When replacing parts on the AC primary side (power transformer, electric switch,
electrical cord, noise-prevention condenser, etc.), wind the lead wire and secure it
by soldering.
5. Do not let the wiring come into contact with heat-emitting devices (fuse resistor,
radiator plate, etc.).
6. When replacing the wiring, make sure that it is not in contact with the unfinished or
rough edge of a part.
7. When replacing the power cord (except for the plug-in type), tug it from various
directions to confirm that it does not slip out of place.
8. Spacing
If soldering was done on the AC primary circuit, confirm that the interval between
the soldered terminals or between the terminal and surrounding metallic parts is at
least the minimum required (between the primary circuit and the chassis: atleast6.5
mm; between primary circuit terminals: at least 4.0 mm; between primary circuit
terminals and secondary circuit terminals: at least 6.5 mm.).
2. Safety Precaution
2.1. Safety Precaution
1. Before servicing, unplug the power cord to prevent an electric shock.
2. When replacing parts, use only the manufacturer’s recommended components for
safety.
3. Check the condition of the power cord. Replace if wear or damage is evident.
4. After servicing, be sure to restore the lead dress, insulation barriers, insulation
papers, shields, etc.
5. Before returning the serviced equipment to the customer, be sure to make the
following insulation resistance test to prevent the customer from being exposed to
a shock hazard.
8
2.2. Insulation Resistance Test
1. Unplug the power cord and short the prongs of the plug with a jumper wire.
2. Turn on the power switch.
3. Measure the resistance value with an ohmmeter between the jumpered AC plug and
each exposed metal cabinet part, such as screw heads, connectors, control shafts,
handle brackets, etc. Measurements should range from 4 MOhm to infinity for
allexposedparts. (refer to Fig.1 )
Fig.1
3. OWNERS MANUAL
9
4. MIDI Implementation Chart
5. Keyboard Ranges
This keyboard features Touch Response, by which you control the volume by playing
the keys harder or softer.
6. Parts Location
10
7. Disassembly Instructions
7.1. Removing the top cabinet
1. Turn the keyboard cabinet upside down, and remove the bottom screws ( 17
pcs.) as shown in Fig.2 .
2. Place the keyboard bottomside down, and open the top cabinet .
Fig.2
11
- The control panel is set up, and remove the top cabinet as shown in Fig.3 .
Fig.3
7.2. Removing the control panel, power SW panel, SD panel,
12
net panel and keyboard unit
- Remove the top cabinet (see step “Removing the top cabinet ”).
- Remove the bottom screws(5pcs.) as shown in Fig.4
Fig.4
Control panel
1. Place the keyboard bottomside down.
2. Remove the control panel holding screws ( 4pcs.) as shown in Fig.7 .
Power SW panel
- Remove the power SW panel holding screws ( 2pcs.) as shown in Fig.7 .
SD panel
- Remove the SD panel holding screws ( 2pcs.) as shown in Fig.7 .
Net panel
- Remove the net panel holding screws ( 4pcs.) as shown in Fig.7 .
13
Keyboard unit
- Remove the keyboard unit holding screws ( 2pcs.) as shown in Fig.7 .
Fig.5
7.3. Removing the JACK and MAIN printed circuit boards
JACK P.C.B.
1. Remove the jack panel mounting screws ( 5pcs.) as shown in Fig.6 .
2. Remove the JACK P.C.B. mounting screws (3 pcs.,3pcs, 3pcs.)as shown in
Fig.6 .
Fig.6
14
MAIN P.C.B.
1. Remove the main shild top case mounting screws ( 6 pcs.) as shown in Fig.7 .
2. Remove the MAIN P.C.B. mounting screws ( 10pcs.) as shown in Fig.7 .
Fig.7
15
7.4. Removing the FAJ printed circuit board
FAJ P.C.B.
1. Remove the FAJ angle mounting screws ( 3pcs.) as shown in Fig.8 .
2. Remove the FAJ P.C.B. mounting screws (6pcs.,3pcs, 9pcs.)as shown in
Fig.8 .
Fig.8
16
ASUB P.C.B. disasemble
- Push the board holder libs as shown in Fig.8 .
ASUB P.C.B. asemble
- Paste the tape as shown in Fig.8
17
7.5. Removing the ACP printed circuit board
ACP P.C.B.
1. Remove the ACP cover mounting screws ( 3pcs.) as shown in Fig.9 .
2. Remove the ACP P.C.B.and insuration sheet mounting screw (pc.) as shown in
Fig.9 .
Fig.9
18
7.6. Removing the LCD, CPL, CPC, CPR, ROT and INV
printed circuit boards
- Remove the control panel (see step “Removing the control panel, power SW panel,
SD panel, net panel and keyboard unit ”).
- Remove the control panel lid holding screws ( 10pcs.)as shown in Fig.10 .
19
LCD
1. Remove the LCD hinge holding screws ( 2pcs.) as shown in Fig.10 .
2. Remove the LCD holding screws ( 2pcs.) as shown in Fig.10 .
CPL P.C.B.
1. Pull off the SLIDE VOLUME knob as shown in Fig.10 .
2. Remove the CPL P.C.B. mounting screws ( 11 pcs.) as shown in Fig.10 .
CPR P.C.B.
- Remove the CPR P.C.B. mounting screws ( 11 pcs.) as shown in Fig.10 .
ROT P.C.B. , CPC P.C.B. and INV P.C.B.
1. Pull off the TEMPO/PROGRAM dial as shown in Fig.10 .
2. Remove the ROT P.C.B. mounting screws ( 2 pcs.) as shown in Fig.10 .
3. Remove the CPC P.C.B. mounting screws ( 2pcs.) as shown in Fig.10 .
4. Remove the INV P.C.B. mounting screws ( 2 pcs.) as shown in Fig.10 .
Fig.10
20
7.7. Removing the SD and SDSW printed circuit boards
- Remove the SD panel (see step “Removing the control panel, power SW panel, SD
panel, net panel and keyboard unit ”).
SD P.C.B.
- Remove the SD P.C.B. mounting screws (2pcs.) as shown in Fig.11 .
SDSW P.C.B.
21
- Remove the SDSW P.C.B. mounting screws ( 3 pcs.) as shown in Fig.11 .
Fig.11
7.8. Removing the BEND and the HP P.C.B.
- Remove the top cabinet (see step “Removing the top cabinet ”).
BEND P.C.B.
- Remove the BEND P.C.B. mounting screws ( 2 pcs.) as shown in Fig.12 .
HP P.C.B.
- Remove the HP P.C.B. mounting screw( ) as shown in Fig.12 .
Fig.12
22
7.9. Removing the Disk Drive Unit
23
1. Remove the Disk Drive unit mounting screws ( 4 pcs. ) as shown in Fig.13 .
2. Remove the Disk Drive unit holding screws ( 4 pcs. ) as shown in Fig.13 .
Fig.13
7.10. Removing the Power SW
1. Remove the Power SW panel (see step “Removing the control panel, power SW
panel, SD panel, net panel and keyboard unit ”).
24
2. Remove the power SW mounting screws ( 2pcs. ) as shown in Fig.14 .
Fig.14
7.11. Removing the 14cm SP, 12cm SP and 6.5cm SP
- Remove the top cabinet (see step “Removing the top cabinet ”).
14 cm SP
- Remove the 14 cm SP@holding screws ( 4pcs.) as shown in Fig.15 .
25
12 cm SP
- Remove the 12 cm SP holding screws ( 4pcs.) as shown in Fig.15 .
6.5 cm SP
- Remove the 6.5 cm SP holding screws ( 4pcs.) as shown in Fig.15 .
Fig.15
7.12. Removing the keys
26
- Remove the keyboard unit (see step “Removing the control panel, power SW panel,
SD panel, net panel and keyboard unit ”).
1. Press downward on the rear of the key as shown in Fig.16 .
2. While pressing downward on the rear of the key, push the key forward and release it
from the chassis.
3. Lift the key and remove it from the chassis.
Fig.16
NOTE:
To remove a black key, the white key to either side of it should be removed first.
8. Service Diagnostic Function
The service diagnostic function makes it possible to determine whether the various
test modes pass or fail. The test modes are completely independent of one another.
Select a test mode as necessary, and run the test.
To set to the service diagnostic mode:
1. Press and hold the C#3, D#3, C#4 keys, and then turn on the power switch. (refer to
Fig.20 )
Fig.20
27
2. After the service diagnostic screen is displayed on the LCD, release the three keys.
(refer to Fig.21 )
3. Use the corresponding buttons below the “page select” display to select the
respective test.
Fig.21
8.1. ROM device test
Fig.22
28
- Press the EXECUTE button to begin the test.
- The test result (OK or NG) is displayed within twenty seconds. If the test result is
NG, not only the respective IC, but also a break or short circuit in the ADDRESS/
DATA BUS as well as in any of the strobe signal lines may be the causeof thefailure.
(refer to Fig.22 )
8.2. RAM device test
Fig.23
- Press the EXECUTE button to begin the test.
- The test result (OK or NG) is displayed within a few seconds. If the test result is NG,
not only the respective IC, but a break or short circuit in the ADDRESS/DATA BUS
as well as in any of the strobe signal lines may be the causeofthe failure. (refer to
Fig.23 )
8.3. Other device test
Fig.24
29
- Press the EXECUTE button to begin the test.
- The test result (OK or NG) is displayed with in a few seconds. If the test result is
NG, not only the respective IC, but also a break or short circuit in the ADDRESS/
DATA BUS as well as in any of the strobe signal lines may be thecause of thefailure.
(refer to Fig.24 )
8.4. Floppy Disk SAVE/LOAD test
Fig.25
- Insert a formatted floppy disk into the Disk Drive. Press the START button to begin
the test.
- The test is carried out repeatedly. Data is saved and loaded, and then the two data
sets are compared. The number of times that the test results in OK or NG are
counted and displayed on the LCD. To interrupt the test, press the STOP
button.(referto Fig.25 )
- Even when the Floppy Disk Drive is functioning properly, the test can result in NG.
If this happens frequently, clean the magnetic heads of the Floppy Disk Drive with a
30
cleaning disk. Then, change the disk used in testing with another disk
andreperformthe test. If the trouble is not solved, it is likely that the Disk Drive unit
or some other part of the hardware is broken.
8.5. Panel SW & LED test
Fig.26
- Press all the buttons on the Control Panel and confirm that the corresponding LED
lights.
- If an LED fails to light, the cause may be a defective switch or a break in the
surrounding circuit, etc.
- After all the buttons have been pressed, all the PANEL MEMORY LEDs light. If all
switches are OK, “ALL DEVICE OK” is shown on the LCD. (If a switch is defective,
nothing is shown.) (refer to Fig.26 )
- To light all the LEDs, press and hold the DEMO button. If an LED fails to light, the
LED may be defective or there may be a break in the surrounding circuit.
8.6. LCD module test (LCD adjustment and confirmation)
Fig.27
31
- Press the RGBWB, CROSSTALK, SAMPLE, CONTRAST or VIDEO OUT button to
begin the respective test. (refer to Fig.27 )
RGBWB:
All the dots light in red, green, blue, white, and finally black. The display can be held
by pressing the DISPLAY HOLD button.
CROSSTALK:
An H pattern is shown. LCD crosstalk can be evaluated. To exit this test, press the
EXIT button.
SAMPLE:
Several display patterns shown during normal use are shown. The display can be
held by pressing the DISPLAY HOLD button.
CONTRAST:
The test pattern is shown. Adjust the contrast by the CONTRAST control on the
right of the LCD. To exit this test, press the EXIT button.
VIDEO OUT :
Check each display mode of PAL and NTSC. To exit this test, press the EXIT button.
- If the correct display is not shown during these tests, the LCD or LCD drive circuit
may be defective.
8.7. In & Out interface test
Fig.28
32
- The operation status of each input action part can be confirmed. If the part is
operating properly, “OK” is shown, excluding the Expression Pedal. (refer to Fig.28
)
- When a keyboard key is pressed, the corresponding pitch and velocity aftertouch is
displayed (only as long as the key is depressed).
- The respective statuses for other input action parts are displayed. (Analog parts are
shown as numerical values from 0 to 255, and switches are shown as ON or OFF.)
- If the display fails to change when the part is operated, or if the change is abnormal,
it may indicate a defective part.
8.8. MIDI IN/OUT test
Fig.29
- First, set the COMPUTER terminal switch to MIDI.
- Use a MIDI cable to directly connect the MIDI IN and MIDI OUT terminals.
- When a keyboard key is pressed, the transmitted and received data are compared
33
and the MIDI terminal operation is indicated as being OK or NG. (refer to Fig.29 )
- If NG is shown, check both the IN and OUT terminals, as well as the circuit.
8.9. WAVE ROM test
Fig.30
- Press the EXECUTE button to start the test.
- The test result (OK or NG) is displayed within thirty seconds. If the test result is NG,
not only the respective IC, but also a break or short circuit in the ADDRESS/DATA
BUS as well as in any of the strobe signal lines may be the causeofthe failure. (refer
to Fig.30 )
8.10. SOUND SYSTEM test
Fig.31
- Use the button in the SOUND GROUP to select an item from 1 to 6 (refer to Fig.31
and Fig.32 ). Press a keyboard key.
34
Fig.32
1. Generate a full amplitude sine wave in the pitch of each key. (No touch, fixed stereo
center).
If no sound is generated or if the sound is distorted, the sound generator ROM
corresponding to the key position is defective.
2. For confirming the output pathway from the sound generator. (Fixed scale, no touch)
The Lch and Rch sound outputs are confirmed separately.
3. Generate a full amplitude sine wave in the pitch of each key +2 octaves. (No touch,
fixed stereo center)
By generating a sound frequency outside the normal keyboard zone, you can
confirm whether or not there is an abnormality in the sound output frequency zone.
4. Generates a full amplitude sine wave in the pitch of each key -2 octaves. (No touch,
fixed stereo center)
By generating a sound frequency outside the normal keyboard zone, you can
confirm whether or not there is an abnormality in the sound output frequency zone.
5. Generate a sine wave in the pitch of each key with touch.
You can confirm if the volume changes depending on the touch.
6. Generate a full amplitude sine wave in the pitch of each key at a -16 dB volume. (No
touch, fixed stereo center)
You can confirm the same sound output as in 1, at a lower volume.
8.11. SD test
Fig.33
35
Load/save test
- Insert the SD card. Press the START button to begin the test.
- The test is carried out repeatedly. Data is saved and loaded, and then the two data
sets are compared. The number of times that the test results in OK or NG are
counted and displayed on the LCD. To interrupt the test, press the STOP
button.(referto Fig.25 )
Audio test
- Insert the SD card. Press the START button to begin the test.
8.12. WAVE EXPANSION BOARD test
Fig.34
- Insert the SY-EW01,EW02,,EW03 or EW04 board.
36
- Press the EXECUTE button to start the test.
- The test result (OK or NG) is displayed . If the test result is NG, not only the
respective IC, but also a break or short circuit in the ADDRESS/DATA BUS as well
as in any of the strobe signal lines may be the causeof the failure. (referto Fig.30 )
9. Precautions before Servicing the Main Circuit
This model employs a FLASH ROM (EEPROM) for the PROGRAM ROMs and the
CUSTOM DATA ROM. If changing any of these ICs, service the MAIN CIRCUIT as
explained here following.
9.1. About the FLASH ROM
The FLASH ROM can be electrically erased and rewritten. This model is designed so
that the repair technician can easily write and change programs and data in the FLASH
ROM, by using a floppy disk. (refer to Fig.33 )
Fig.33
37
9.2. Notes on replacing FLASH ROMs
The replacement parts include a FLASH ROM with a available memory and the
PROGRAM DISKs which contains the program to be written into the PROGRAM
ROMs. After replacing the PROGRAM ROM, always write the program into it from the
38
PROGRAM DISKs includedinthe replacement parts. For details on programming, see
“After replacing the PROGRAM ROM (IC16/IC17) ” .
The CUSTOM DATA ROM stores RHYTHM & ACCOMP data for the RHYTHM GROUP/
CUSTOM function. The initial RHYTHM & ACCOMP data is factory-set in the CUSTOM
DATA ROM at the time of shipping. The CUSTOM DATA ROM can also store
COMPOSERdatathat the user creates. However, user-data is lost when the CUSTOM
DATA ROM is replaced. After replacing the CUSTOM DATA ROM, default the data in it
with the INITIAL DATA DISK attached to this product. For details on defaulting, see
“After replacing the CUSTOM DATA ROM (IC18) ”.
9.3. About the replacement parts
The same FLASH ROM with a available memory can be used for the PROGRAM ROMs
(IC16/IC17). Moreover, the included PROGRAM DISKs contains all programs.
Therefore, the replacement parts can be used for IC16 and IC17.
9.4. How to write program/data into FLASH ROMs
9.4.1. After replacing the PROGRAM ROM (IC16/IC17)
1. Set the PROGRAM DISK 1 included in the replacement parts into the Floppy Disk
Drive.
2. Hold down the PANEL MEMORY buttons 1 , 2 , 3 and 4. And turn on the power
switch. (refer to Fig.34 )
Fig.34
39
3. Check “Flash Memory Update” is displayed on the LCD, and release the PANEL
MEMORY buttons.
The program will be written into the FLASH ROM automatically. Replace the floppy
disk when instructed.
4. When the operation is complete, “Completed!!” will be displayed on the LCD.
5. Turn the power switch off and then turn it on again. Check the instrument is
functioning properly.
9.4.2. After replacing the CUSTOM DATA ROM (IC18)
1. With the normal display displayed on the LCD, set the INITIAL DATA DISK included
with the model into the Floppy Disk Drive.
The normal display automatically changes to the DISK MENU display.
2. Select “LOAD” to change to the file select display.
3. Move the highlighting cursor to “CTMINI” in “No. 01” and select “LOAD”.
“PLEASE WAIT...” will appear on the LCD and the model will start defaulting data in
the CUSTOM DATA ROM.
40
4. When the operation is complete, “Completed!!” will be displayed on the LCD.
METER
READING
5. Turn the power switch off and then back on again. Check the instrument is
functioning properly.
10. Measurements and Adjustments
ADJUSTMENT
TOUCH SENSOR
MEASURING
CONDITIONS
any position Oscilloscope MKB3 P.C.B. VR1CN11-3pin5.0V
1. Press one of the any keys hardly and check the CN11-3 pin voltage.
The voltage will increase and become steady.
2. Adjust the voltage to 5.0V with VR1 at that time.
EQUIPMENT
ADJUSTMENT
P.C.B.
ADJ. POINTCONNECT
METER TO
11. Precautions before Servicing
11.1. Precautions for measuring of the output waveforms
1. The waveform was measured with a “National Digital Storage Oscilloscope VP5730A”. Therefore the waveforms of musical tone signals shown may differ
somewhat due to the difference in the timing of triggering.
2. Since the 1/10 test probe is used, the indicated voltage value on the bottom part of
each waveform illustration is 1/10 of the actual value (e.g. 0.2 V/cm should be 2.0 V/
cm).
3. To measure the waveforms, first set this unit to the service diagnostic mode (refer
to “WAVE ROM test ”). The WAVE ROM output will then be output as a sine wave to
facilitate the servicingcheck.
11.2. Important safety notice
- Components identified by a mark have special characteristics impotant for safety.
- When replacing any of these components, use only manufacture’s specified parts.
11.3. Symbolic Marks
The symbolic marks for resistors and capacitors which used in this circuits are
classified as following Table-1 and Table-2 .
11.3.1. RESISTORS
41
- Resistors without symbolic mark are FIXED CARBON FILM RESISTORS (ERD-type).
- All resistors are 1/4 WATT, ±5 % TOLERANCE unless otherwise designated in
schematic diagrams.
Table-1
SYMBOL
Fixed Carbon Film Resistors
“FLAME-PROOF” (ERD—F—type)
Fixed Metal Oxide Film Resistors
“FLAME-PROOF” (ERG—type)
Fixed Metal Film Resistors
“FLAME-PROOF” (ERX—type)
Fixed Metal Film Resistors (Precision and
High Stability)
(ERO—type)
Fuse Type Fixed Metal Oxide Film
Resistors
“FLAME-PROOF” (ERQ—type)
Fuse Type Fixed Carbon Film Resistors
“FLAME-PROOF” (ERD2FC—type)
SPECIFICATION
11.3.2. CAPACITORS
- Capacitors without symbolic mark are POLYESTER CAPACITORS. (ECQM-type,
ECQG-type, ±10% Tolerance)
- Polarized capacitors without symbolic mark are Aluminum Electrolytic Capapcitors.
(ECEA-type, ±20% Tolerance)
Table-2
42
SYMBOL
SPECIFICATIONTYPE
Non-Polarized Electrolytic
Capacitors
ECEA_KN_type
Non-Polarized Electrolytic (for
Network system)
Tantalum Solid Electrolytic
Capacitors
Metalized Plastic Film
Capacitors (TF Series)
Temperature Compensating
Ceramic Capacitors
High-Dielecytric Constant
Ceramic Capacitors
Axial Lead Ceramic
Capacitors
Metalized Polyester Film
Capacitors for Across the Line
Aluminum Electrolytic
Capacitors for Smoothing
Circuit
Multilayer Ceramic Chip
Capacitors
ECEA_Y_type
ECS_type
ECQV_type
ECC_type
ECK_type
ECR_type
ECB_type
ECQ_EW_type
ECES_type
ECUV_type
12. MEASURING CONDITION
43
44
13. SCHEMATIC DIAGRAM
45
14. Printed Circuit Board
15. Block Diagram
16. Wiring Connection Diagram
17. Replacement Parts List
Notes:
*Important safety notice:
Components identified by mark have special characteristics important for safety.
Funrthermore, special parts which have purposes of fire-retardant (resistors), highquality sound (capacitors),low -noise(resistors), etc. are used.
When replacing any of components, be sure to use only manufacture’s specified parts
shown in the parts list.
*Warning: This product uses a laser diode. Refer to caution statements.
*ACHTUNG:Die lasereinheit nicht zerlegen.Die lasereinheit darf nur gegen einc vom
hersteller spezifizierte einheit ausgetauscht werden.
*Capacity values are in microfarads (uF) unless specified otherwise, P=Pico-farads
(pF) F=Farads (F)
46
*Resistance values are in ohms, unless specified otherwise, 1K=1,000 (OHM), 1M=
1,000K (OHM)
*The marking <RTL> indicates that the Retention Time is limited for this item. After the
discontinuation of this assembly in production, it will no longer be available.
*Since SW consists of buttons and P.C.B.’s, we do not supply it as an individual part
(refer to “Manual Keyboard Parts and Control Panel Parts Location ”.).
*[SPC] in Remarks columns parts that are supplied by SPC..
*“<IA>”-“<IG>”, marks in Remarks indicate languages of instruction manuals. [<IA> :
English, <IB> : French, <IC> : Germany, <ID> :Spanish, <IE> : Danish, <IF> :
Netherlands, <IG> : Italian, ]
Ref. No.Part No.Part Name & Description
1QAQG102AATOP CASE UNIT1P
1QAQG102ABTOP CASE UNIT1EXCEP P
2QMGG071AATOP CASE CUSHION7
3QYKG326BANET PANEL ASSY1
4XTW3+10QSCREW79
5QYAG3009ABASSEMBLED MUSIC RACK1
6RFKJXKN7000EBOTTOM CASE ASS'Y1
6RFKJXKN7000PBOTTOM CASE ASS'Y1
7SHGG3130AFOOT4
8QLZG022ACORE3
9QLZG017ACORE B7
10XTW3+14QSCREW4
11K2AA2G000003AC IN COVER1EXCEPT P PC
11K2AB2G000003AC IN COVER1P PC
12XYN4+F20SCREW4P PC
12XYN4+F25SCREW4EXCEPT P PC
13XTW3+16JFZSCREW21
105RFKNSXKN7000SP BOX LID ASS'Y1
106QKUG1052AAZSP BOX LID (B)2
107QMRG5277AASP LID CUSSION (A)8
108QMRG5278AASP LID CUSSION (B)4
109QMRG5279AASP LID CUSSION (C)2
110QMRG5280AASP LID CUSSION (D)1
111QMRG5284AASP LID CUSSION (H)2
112QMRG5285AASP LID CUSSION (I)2
113QMRG7141AABASS PORT COVER1
114QGPG0164AASD PANEL1
115QGKG0184BASD CARD LID1
116QGUG1553AABUTTON V1
117QMRG5276BASD LID CUSSION2
118QMRG7144AAEDGE PANEL1
119QMBG033AASD LID SPRING1
Ref. No.Part No.Part Name & Description
R427ERJ3GEYJ394V390K1[SPC]
R428ERJ3GEYJ220V221[SPC]
R429ERJ3GEYJ101V1001[SPC]
R430-32ERJ3GEYJ472V4.7K3[SPC]
R433ERJ3GEYJ101V1001[SPC]
R434-37ERJ3GEY0R00V04[SPC]
R438ERJ3GEYJ102V1K1[SPC]
R439ERJ3GEYJ472V4.7K1[SPC]
R440,41ERJ3GEYJ682V6.8K2D0GB682JA002[SPC]
R442ERJ3GEYJ103V10K1D0GB103JA002[SPC]
R443,44ERJ3GEYJ333V33K2D0GB333JA002[SPC]
R445,46ERJ3GEY0R00V02[SPC]
R447,48ERJ3GEYJ330V332D0GB330JA002[SPC]
R449ERJ3GEYJ471V4701[SPC]
R450ERJ3GEY0R00V01[SPC]
R451ERJ3GEYJ472V4.7K1[SPC]
R452ERJ3GEYJ152V1.5K1[SPC]
R453,54ERJ3GEYJ102V1K2[SPC]
R455,56ERJ3GEYJ822V8.2K2D0GB822JA002[SPC]
R458ERJ3GEYJ473V47K1D0GB473JA002[SPC]
R459ECJ1VG1H102J0.001U1[SPC]
R460,61ERJ3GEYJ472V4.7K2[SPC]
R462ERJ3GEYJ470V471[SPC]
R463ERJ3GEYJ471V4701[SPC]
R464ERJ3GEYJ220V221[SPC]
R465,66ERJ3GEYJ103V10K2D0GB103JA002[SPC]
R467ERJ3GEYJ471V4701[SPC]
R469ERJ3GEYJ394V390K1[SPC]
R470ERJ3GEYJ224V220K1D0GB224JA002[SPC]
X1VSX0917OSCILATOR1H0J160500026[SPC]
X102H0J17750001817.73MHZ OSCILATOR1[SPC]
X103H0J24050001624MHZ OSCILATOR1[SPC]
X104H0J14350003914.32MHZ OSCILATOR1[SPC]
X105H1A5005B001450MHZ OSCILATOR1[SPC]
X201H0J169300002OSCILATOR1[SPC]
X301H1A3005B0005OSCILATOR1[SPC]
X401H0J327200034OSCILATOR1[SPC]
X402H2D225500001OSCILATOR1[SPC]
Z1,Z2EXBV8V472JV4.7K X 42[SPC]
Z3EXBV8V470JV47 X 41[SPC]
Z6-13EXBV8V472JV4.7K X 48[SPC]
Z14EXBV8V101JV100 X 41[SPC]
Z15-24EXBV8V472JV4.7K X 410[SPC]
Z101,02EXBV8V470JV47 X 42[SPC]
Z103EXBV8V102JV1K X 41[SPC]
Z104EXBV8V101JV100 X 41[SPC]
Z105,06EXBV8V221JV220 X 42[SPC]
Z107,08EXBV8V101JV100 X 42[SPC]
Z109-12EXBV8V470JV47 X 44[SPC]
Z114EXBV8V470JV47 X 41[SPC]
Z115-17EXBV8V472JV4.7K X 43[SPC]
Z201,02EXBV8V223JV22K X 42[SPC]
Z203-05EXBV8V470JV47 X 43[SPC]
Z206,07EXBV8V472JV4.7K X 42[SPC]
Pcs
Remarks
58
Ref. No.Part No.Part Name & Description
Z208-10EXBV8V470JV47 X 43[SPC]
Z211EXBV8V101JV100 X 41[SPC]
Z212-46EXBV8V470JV47 X 435[SPC]
Z301-03EXBV8V101JV100 X 43[SPC]
Z304-07EXBV8V221JV220 X 44[SPC]
Z308EXBV8V472JV4.7K X 41[SPC]
Z309-12EXBV8V221JV220 X 44[SPC]
Z313EXBV8V472JV4.7K X 41[SPC]
Z314EXBV8V470JV47 X 41[SPC]
Z315,16EXBV8V101JV100 X 42[SPC]
Z317,18EXBV8V472JV4.7K X 42[SPC]
Z401EXBV8V470JV47 X 41[SPC]
Z402EXBV8V101JV100 X 41[SPC]
Z403EXBV8V103J10K X 41D0GZ103J0001[SPC]
Ref. No.Part No.Part Name & Description
PCB5SXPG232941ACP PCB1<RTL>EF EH EV GN GH
PCB5SXPG232951ACP PCB1<RTL>P PC
PCB5SXPG232961ACP PCB1<RTL>GM GU GT
C1F1B2E47200014700P1
BASS PEDALMIDI INMIDI IN / BASS PEDALMIDI OUTMIDI THTUUSBVIDEO OUT
C710
C709
R709
J657
L708
R712
SW701
D707
R711
J616
D
L706
D708
J607
1
34
C705
R707
D705
IC701
6
R708
E
L705
C706
R704
R706
J609
J572
D703
D704
L704
F
CN702
43
D701
L703
J614
J611
C701
1
12
C702
J606
CN701
J605
J604
JK702JK703JK704JK709
D702
R701
R703
C707
J603
R715
G
JK701
L701
20
R716
R718
H
I
J
(Example)
Transistor's symbolmark:
Q1
C
E
B
Applied for all transistors
K
(SXPG238711B)
3
4
5
6
INV P.C.B. (COMPONENT SIDE)
K
C801
20
CN801
12
CN804
Z803
1
Z802
Z801
C805
R801
R802
INV P.C.B. (FOIL SIDE)
K
4
CN803
1
CN802
L803
114
C802
(SXPG238811B)
MKB1 P.C.B.
L
S1
C1C#2D3D#4E5F6F#7G8G#9A10A#11B12
S2S3S4S5S6S7S8S9S10S11S12
Q801
L804
Q802
C803
TF
T801
C804
(SXPG238811B)
S13
C13C#14D15D#16E17F18F#19G20G#21A22A#23B24
S14S15S16S17S18S19S20S21S22
S23S24
J11
J12
D1D2D3D4D5D6D7
J5
J7
D26
D25
D28
D9
D10
D11
D8
J1
D12
D13
D14
D15
D16
J2
J3
D17
D18
D19
D20
D21
D22
D23
D24
J4
D27
J6
D30
D32
D29
J8
D31
D33
D34
D35
D36
D37
D38
D39
D40
J10
J9
D41
D42
D43
7
D44
D45
D46
D47
D48
CN2
1
CN1
1
8
7
(SXPG232411A)
SX-KN7000
JACK / INV / MKB1 P.C.B.
A
B
C
D
E
F
G
H
I
J
KL
1
2
3
4
5
MKB2 P.C.B.
M
S25S26S27S28S29S30S31S32S33S34S35S36
C25C#26D27D#28E39F30F#31G32G#33A34A#35B36
D49
C12
D50
D51
D52
D53
J60
D54
D100
CN7
1
CN4
1
8
7
MKB3 P.C.B.
N
C49C#50D51D#52E53F54F#55G56G#57A58A#59B60C61
CN8
7
1
CN9
D97
D98
D99
8
1
D55
D101
D56
D102
D103
J20
C9
D104
D105
D106
D107
CN11
D57
1
5
D60
D58
D59
D108 D109
D61
D62
J61
D63
D64
J62
J21
IC1
16
D110
D111
J64
D112
J63
J65
J22
D113
9
81
D114
J23
D115
C3
J24
J25
J26
J27
J28
J29
D116
D117
D118
D119
D120
D121
D122
J66
R4
R3
18
IC3
J30
D65
D66
C11
C10
AFTER TOUCH
SENSOR ADJ
VR1
R2
R1
D67
S61S60S59S58S57S56S55S54S53S52S51S50S49
D68
C13
D69
C8
CN10
2
4
D70
S37
C37C#38D39D#40E41F42F#43G44G#45A46A#47B48
D72
D71
J31
S38S39S40S41S42S43S44S45S46
J32
J33
D73
D74
J34
D75
D76
D77
D78
J35
D79
D80
D81
D82
D83
D84
D85
C7
D86
J36
D88
D87
C5
D89
D90
C6
D91
D92
C2
D93
D94
J37
D95
D96
J39
J38
CN3
1
J40
IC2
C4
1
C1
J41
S47S48
J43
916
8
J42
J45
16
CN6
J44
J46
8
CN5
7
1
1
(SXPG232421B)
HP P.C.B.
P
CN751
C754
JK751
HEAD PHONE
1
5
C753
L751
C752
15
(Example)
Transistor's symbolmark:
Q1
C
E
B
Applied for all transistors
(SXPG239011D)
6
7
8
SD PLAY SW/VOL P.C.B.
O
R911
D903
R902
Q902
R903
110
CN901
(SXPG232511)
SD I/F P.C.B. (FOIL SIDE)
SD I/F P.C.B. (COMPONENT SIDE)
Q
R905
SW905SW904SW903SW902SW901
R909R907R901
R908R906
D902
SW906
R910
R904
D901
Q901
(SXPG239011C)
R931
R921
R926
R926
R927
R922
C921
R928
R929
R923
R930
R924
9123
CN922
4
5678
(SXPG238811C)
Q
SW921
14
SD SLOT OPEN /
CLOSE DET.
SX-KN7000
CN921
1
11
(SXPG238811C)
MKB2 / MKB3 / SD PLAY SW/VOL / HP / SD I/F P.C.B.
Keyboard [ SX-KN7000 ]
Basic
Channel
Mode
Note
Number
Velocity
After
Touch
Pitch Bend
Control
Change
Function
Changed
Default
Messages
Altered
True voice
Note ON
Note OFF
Key's
Ch's
0,32
1
5
6,38
7
10
11
12,13
64
65
66
67
71~78
80~83
91~95
98,99
100,101
TransmittedRecognizedRemarks
1-16
1-16
3
Mode 3, 4 (M=1)
0-127
1-16
1-16
Mode 3
Mode 3, 4 (M=1)
0-127
0-127
Assigned to the part.Default
OMNI OFF, POLY MODE
M=1 only
Bank Select MSB, LSB
Modulation
Portamento time
Data entry MSB, LSB
Volume
Panpot
Expression
Sound DSP
Sustain
Portamento on / of f
Sostenuto
Soft Pedal
Sound controllers
Part Equalizer
Effect 1~5 Depth
NRPN
RPN
Prog
Change
System exclusive
System
common
System
Real Time
Aux
Messages
Notes
Mode 1: OMNI ON, POLYMode 2: OMNI ON, MONO
Mode 3: OMNI OFF , POL YMode 4: OMNI OFF, MONO
True #
Song Pos
Song Sel
Tune
Clock
CommandsStart / Stop, continue
Local ON / OFF
All notes OFF
Active Sense
Reset
Whether or not the data for each of these items is transmitted / received can be set.
0-127
:Yes
:No
MUSIC STYLIST
You can choose to have all the
settings of this instrument
automatically set.
AUTO PLAY CHORD
Add an automatic
accompaniment to your
selected rhythm.
RHYTHM GROUP
Various rhythm patterns are
available for each rhythm
group.
APC/SEQUENCER
MAIN
VOLUME
VOLUME
MAX
MAX
MIN
MIN
AUTO SETTING BANK
DEMO
1
4
PITCH BENDMODULATION
2
5
SOLO
POWER
UP
DOWN
MIC
VOLUME
PERFORMANCE PADS
MAX
MIN
LINE IN
VOLUME
MAXMAX
MINMIN
STOP
3
6
SOLO
AUTO PLAY CHORD
MODEBALLROOMENTERTAINER ORGANIST
SOUND ARRANGER
SETCUSTOM MEMORY
MUSIC STYLIST
ARRANGER
8 & 16
ROCK
BEAT
& POP
MODERN
60s & 70sOFF/ON
DANCE
ONE TOUCH
SPLIT
PLAY
POINTINOUT
4321211234 BEAT2
SEQUENCER
RESET
RHYTHM GROUP
JAZZ &
BALLADOFF/ON
SWING
COUNTRY
SOUL &
R&B
FADEMUSIC STYLE
FILL INVARIATION
1
COUNT
INTRO
& WESTERN
MARCH
& WALTZ
TAP
TEMPO
INTRO & ENDING
FADE IN/OUT
Begin your song with a slowly increasing
volume, or end it by having the sound slowly
fade away.
PERFORMANCE PADS
Add various phrases to your
performance with the pad
buttons.
MOVIE &
SHOW
LATIN
& WORLD
SYNCHRO
& BREAK
START/STOP
LOAD
OTHER
PART & FR CONTRAST
HELP
MUTE
PITCH BEND/MODULATION
The PITCH BEND wheel allows
a “sliding” change in the pitch.
The MODULATION wheel is
used to add vibrato to the sound.
DISPLAY
Displays performance information, function settings
and other messages.
• Adjust the readability with the CONTRAST
buttons at the lower left side of the display.
TECHNI-CHORD
Block chords are
automatically added to the
melody.
SOUND GROUP
Various sounds are available for each
sound group.
ORGAN &
SAX &
BRASSWORLDGUITARPIANO
+–
+–
WOODWIND
ACCORDION
PART SELECTTRANSPOSETEMPO/PROGRAM
RIGHT2LEFT
CONDUCTOR
DISPLAY
HOLDPAGE
EXIT
DIGITAL
DRAWBAR
ORGAN
TABS
MALLET &
ORCH PERC
ACCORDION
REGISTER
STRINGS
& VOCAL
R1/R2 OCTAVE
SOUND
EXPLORER
EW
EXPANSION
SOLOTECHNI-CHORD
RIGHT1
PART EFFECTSOUND GROUP
SOUND
DIGITAL
SUSTAIN
EFFECT
GLOBAL EFFECT
MULTI
CHORUSMEMORYBASS DRUM KITSSYNTHPADMIC
BANK VIEW
PANEL MEMORY
7
85
14
23
VARIATION
DSP
REVERB
NEXT BANK
6
SET
SEQUENCER
Record and play back your
performance.
SEQUENCER
PLAY EASY REC
PROGRAM
DISK
LOAD
FAVORITES
MENUS
SD
LOAD
CUSTOMIZE
DISK
IN USE
CUSTOM
PANEL
TRANSPOSE
Raise or lower the key
of the entire keyboard.
CONDUCTOR
Assign a different sound to
each part, then assign the
desired parts to sections of
the keyboard.
FAVORITES
You can record four different
special displays of your favorite
sounds and rhythms, functions,
etc.
PANEL MEMORY
Store the panel settings, then
recall them instantaneously just by
pressing a button or two.
This Keyboard has many settable functions and storable memories. However, you can return the settings
and memory to the factory-preset status.
1. Press the PROGRAM MENUS button to turn
it on.
PROGRAM
MENUS
• The display changes to the following.
2. Select CONTROL.
The display looks similar to the following.
5. Press the OK button.
The display changes to the confirmation display. Press the YES button if you wish to
execute the initialization. Press the NO button
if you wish to cancel the procedure.
Initialization begins. When initialization is
completed, “COMPLETED!” is shown on the
display and the Keyboard returns to the normal
performance mode.
The USER MIDI, FAVORITES, HOME PAGE
settings and CUSTOM styles are not initialized
by this procedure.
3. Select INITIAL.
This display changes to the following.
4. Use the and buttons to select the desired
type of initialization.
• PERFORMANCE includes all the items which
are listed below it.
You can also reset all the PERFORMANCE
items with the following procedure:
Turn off the power to this instrument once.
Then, while pressing the three lower left buttons in the RHYTHM GROUP section (60’s &70’s, MODERN DANCE and SOUL & R&B)
at the same time, turn the power on again.
When the power to this instrument is turned off, the various settings and memory contents of this
instrument are maintained in the backup memory as follows:
CURRENT PANEL settings
PANEL MEMORY
PERFORM-
ANCE
BACKUP
If you wish to retain the settings and stored memory contents for recall at a later time, store the desired
data on a disk/SD card.
The backup memory does not function for the stored contents until the power has been on for about
10 minutes.
Data from previous Technics models may be limited to PERFORMANCE data.
(USER memories for the MIDI PRESETS)
FAVORITES
HOME PAGE
ALL CUSTOM STYLE
about one week
about 80 minutes
about one week
indefinitely
SZ-E2
Expression Pedal
PLUG-IN feature
This model is compatible with third-party extension plug-in software for
the KN7000. See plug-in documentation for information about software
features and operation.
SZ-P1
Foot Switch
SZ-FC2
Foot Controller
Be sure to turn off the power before
connecting the Foot Controller.
(Left side)
VIDEO OUT
The display images or lyrics when playing songs,
and the image of the display are output through
this terminal.
The output mode (NTSC/PAL) can be
selected.
USB
This terminal allows connection to a personal
computer with a USB cable (commercially available type AB cable).
Used with the applications on the included CDROM, you can record this instrument’s audio
sound or manage the instrument data with your
PC.
Applications
Audio Recorder:
Application for Recording this instrument’s
sounds and for saving recorded digital audio
files in WAV, WMA (Windows Audio Format)
and MP3 formats.
Song Manager:
Application for managing this instrument’s
data on your PC by means of a USB cable.
MIDI
These terminals are for connection to another
MIDI instrument.
MIDI IN/BASS PEDAL
Set this switch to BASS PEDAL to connect a
commercially available MIDI pedal unit. The MIDI
input signal from the MIDI pedal unit is received
by the BASS PEDAL part regardless of the part
setting on the pedal (OMNI ON), and the instrument generates the sound assigned for that part.
When the switch is set to BASS PEDAL, this
instrument’s MIDI input settings are not effective. If MIDI input settings are necessary, turn
off the power, set this switch to MIDI IN, and
turn the power on again.
For more information concerning the sound
setting for the BASS PEDAL part .
EXP PEDAL
The optional SZ-E2 Expression Pedal (sold separately) can be connected to this terminal to
control the volume.
FOOT SW 1, 2
An optional SZ-P1 Foot Switch (sold separately)
can be connected to each terminal to control
various functions.
FOOT CONTROLLER
An optional SZ-FC2 Foot Controller (sold separately) can be connected to this terminal to control various functions.
(Right side)
MIC
A microphone can be connected to this terminal.
LINE IN
This terminal receives input signals from an external instrument. To receive a monaural signal,
connect to the R/MONO terminal.
The input signal volume can be adjusted using
the LINE IN VOLUME controller on the control
panel unit.
Block diagram
MICSUB OUT
LINE IN
Sound generator
AUX IN
This terminal receives input signals from an external instrument. To receive a monaural signal,
connect to the R/MONO terminal.
The input signal volume is not affected by the
instrument’s MAIN VOLUME setting.
SUB OUT
The sounds from desired parts can be output
independently from those terminals.
MAIN OUT
The total sound of this instrument can be output
from this terminal.
USB (OUT)
USB (IN)
AUX IN
MONITOR SETTING
MAIN
VOLUME
MONITOR
SETTING*
LINE OUT
MAIN OUT
(Speakers &
Headphones)
The following changes in performance may occur in the Technics Keyboard but do not indicate trouble.
PhenomenonRemedy
The buttons, keys, etc. malfunction.Turn off the POWER button once, then turn it on again.
If this procedure is not successful, turn off the POWER
button once. Then, while pressing the three lower left
buttons in the RHYTHM GROUP section (60’s & 70’s,
MODERN DANCE and SOUL & R&B) at the same
time, turn the POWER button on again. (Note that, in
this case, all programmable settings, functions and
memories return to their factory-preset status.)
No sound is produced when the keys are pressed.
Only percussive instrument sounds are produced
Sounds and effects
when the keyboard is played.
The volume is very low when the keyboard is
played.
The MAIN VOLUME is at the minimum setting. Adjust
the volume with the MAIN VOLUME control.
The volumes for the selected parts are set to the
minimum levels. Use the balance buttons to set the
volumes of the relevant parts to appropriate levels.
The part is muted.
The LOCAL CONTROL for a part performed on the
keyboard is set to OFF. Set the LOCAL CONTROL to
ON.
In the SOUND GROUP section, the DRUM KITS
button is on.
The volume setting in the SEQUENCER contents is
very low. Follow the INITIAL procedure to reset the
settings.
The sound you hear is different from the sound you
selected.
The rhythm does not start.The DRUMS volume is set to the minimum level. Use
Rhythm
No sound is produced for the automatic accompaniment, or only the sounds of some parts are
produced.
CHORD
AUTO PLAY
Storage is not possible.The remaining memory capacity of the SEQUENCER
The playback measure indication is different from
when the performance was recorded.
SEQUENCER
This sometimes occurs when you play back
SEQUENCER or COMPOSER data which was created
on a different model, or when MIDI data is received
from a connected instrument. Select the desired
sounds again.
the balance buttons to set the DRUMS volume to an
appropriate level.
A SEQUENCER PLAY button is on. When you are
not playing back the SEQUENCER performance, turn
off the SEQUENCER PLAY button.
CLOCK is set to MIDI. Set CLOCK to INTERNAL.
An ACCOMP part does not sound if its corresponding
volume is set to the minimum level. Use the respective
balance buttons to set the ACCOMP 1–5 volumes to
appropriate levels.
is 0. Follow the SONG CLEAR or TRACK CLEAR
procedure to erase the memory.
The number of measures corresponds to the time
signature of the rhythm selected at the start of
recording. To change the rhythm in the middle of the
song, record the rhythm change in the RHYTHM part.
PhenomenonRemedy
Storage is not possible.The remaining memory capacity of the COMPOSER
is 0.
Setting the time signature is not possible.The time signature cannot be changed for a pattern
which is currently recorded in the COMPOSER. If you
wish to change the time signature, first follow the
procedure to clear the memory.
The playback timing of the rhythm pattern is
different from the timing with which it was recorded.
COMPOSER
The Disk Drive produces a noise during recording
or playback.
When the procedure to load from a disk/SD card
is performed, the contents of the keyboard memory
are erased.
Disk/SD card
Data cannot be exchanged through MIDI terminals.Match the channels on the transmitting side and the
The QUANTIZE function was on when the pattern was
recorded and the timing was automatically corrected.
Set the quantize level to a smaller note unit or to OFF
when recording.
This occurs when the Disk Drive is reading a disk. It
does not indicate a problem.
When performing the load operation from a disk\SD
card, the keyboard memory changes to that of the
data loaded from the disk. If you wish to preserve a
song which is stored in the keyboard memory, save it
on a disk/SD card before performing the load
procedure.
receiving side.
The sound quavers or is distorted.
MIDI
Noise from a radio or TV can be heard.This sometimes occurs when electrical equipment
Other
The cabinet becomes warm during use.
When the USB terminal or both the MIDI IN and OUT
terminals are connected to a computer, depending on
the computer software the received data may be sent
back to the instrument just as it is. Because of this
the sound generated from the keys and the sound
generated from the returned data are both produced,
causing undesirable effects, such as the sounds
canceling each other out, for example. In this case,
either change the software settings to prevent
received data from being returned, or set the MIDI
LOCAL CONTROL to off.
such as a radio or TV is used near the instrument. Try
moving such electrical equipment further away from
the instrument.
The sound may be coming from a nearby broadcast
station or amateur radio station. If the sound is
bothersome, consult your dealer or service center.
This instrument has a built-in power source that heats
the cabinet to some degree. This is not an indication
of trouble.
No.Contents
The data on the disk that you are using
00
is for a different product.
An error has occurred while the disk was
loading.
01
Please try again!
There is no disk in the Disk Drive.
02
The file that you tried to load is empty.
03
An error has occurred while the disk was
saving.
05
Please try again!
The disk that you are using is write
protected.
06
Please remove the write protection and
try again.
The disk that you are using is full. Please
07
use another disk.
An error has occurred while the disk was
formatting. The disk that you are using
08
may be faulty.
Please try formatting another disk.
10The data is already copy protected.
15The song you are trying to save is empty.
This STANDARD MIDI FILE is incom-
patible with this instrument and cannot
16
be loaded.
This is not a STANDARD MIDI FILE.
17
The timebase (PPQ resolution) that you
tried to load is not 24/48/96/192/288/384
18
PPQ.
A problem has occurred with your
SEQUENCER Data.
20
This might be due to a damaged or faulty
disk.
Memory full
21
It is necessary to press REC STOP to
22
complete this procedure.
It is impossible to change the time
signature because it has already been
23
set in the existing tracks.
A rhythm track already exists. It is
impossible to assign two tracks to
24
rhythm.
It is only possible to change the velocity
on a melody track.
25
No.Contents
It is only possible to merge melody
tracks.
26
Tracks such as rhythm, chord and
control cannot be merged.
It is only possible to copy melody tracks.
Tracks such as rhythm, chord and
27
control cannot be copied.
This song is too long to be saved as a
28
MIDI file.
The MIDI file that you have tried to load
exceeds the memory capacity of this
instrument and cannot be played. The
29
SEQUENCER memory has been
cleared.
It is not possible to change the time
signature of a COMPOSER pattern after
it has been recorded. If you want to
30
proceed, you must first clear the entire
COMPOSER pattern.
The time signature of the pattern from
which you are copying is different from
the COMPOSER memory that you are
using.
31
Either: Change the time signature
of the COMPOSER memory
or: Copy from a pattern that has
the same time signature
Memory full
32
Select a Track before setting
parameters for AUTO PUNCH
33
RECORD.
The file that you are trying to load was
saved on a previous KN keyboard. It is
43
only possible to load using the
“PERFORMANCE” option.
It is impossible to edit a Drum Kit. Please
44
select a different sound from any group
except Keyboard Percussion.
It is only possible to insert MELODY
Tracks. Tracks such as RHYTHM,
46
CHORD and CONTROL cannot be
inserted.
This procedure is not possible with a
composer pattern or the metronome.
47
Please select a preset rhythm pattern.
It is not possible to record using preset
banks, compile banks, or control banks.
54
Please select one of the user banks.
No.Contents
Special tracks such as CHORD (APC),
RHY and CTL exist in the song from
which you are copying and are
55
incompatible with the destination song
because it is in the GM mode.
AUTO PUNCH recording has been
unsuccessful because SEQUENCER
56
operation was interrupted before the
PUNCH OUT measure was reached.
The song that you have tried to load
exceeds this instrument’s available
58
memory and cannot be loaded. The
selected song memory has been cleared.
The computer connection is not active
because the computer port switch is set
to MIDI. Please turn the power off, set
62
the switch to the desired setting and turn
the power back on.
This Bitmap is in the wrong format for
the KN and cannot be loaded. See the
63
Owners Manual for more details.
Please select the Panel Memory that you
64
want to name.
It is not possible to use the CHORD
FINDER in this mode. Please select
65
CHORD FINDER from HOME page or
CHORD STEP RECORD page.
SOLO pads are special pads which
include Chord information. Pleases use
66
SOLO pads when the rhythm and
accompaniment is playing.
There are no APC or CHORD tracks.
Select and APC track or CHORD track,
67
and try again.
It is not possible to record directly into
the SOLO pads. Record on the
68
SEQUENCER and Copy the melody and
chord information into a SOLO pad.
It is not possible to delete all measures.
69
It is not possible to insert over 16
70
measures in a PATTERN.
It is not possible to set the start measure