Page 1
PERFORMING
KEYBOARD
SERVICE
MANUAL
CONTENTS
1. SPECIFICATIONS.
2. STRUCTURAL
3. BLOCK DIAGRAM.
4. CIRCIT DIAGRAM.
5. PC BOARD.
DIAGRAM
1
.
2
3
4
11
KEIO
6. CONNECTOR
7. SEMI-FIXED
8. ADJUSTMENT
9. PARTS LIST.22
ELECTRONIC
FUNCTION.
RESISTORS
PROCEDURE
LABORATORY
DIAGRAM ...
.
CORPORATION
17
18
19
TOKYO/JAPAN
Page 2
1. SPECIFICATIONS
KEYBOARD.•
SYNTHESIZER
VCO-1*.•Scale
VCO-2*.•
VCF*
VCA*
ENVELOPE
VCO-2.•
ENVELOPE
PROGRAMMER
.•
.•
SECTION
GENERATOR.•Attack
GENERATOR.eSolo
<x16)
(*this marked facilities are programmable)
.•
C~C,
• Waveform
• PW/PWM Intensity
• PWM Speed
Scale (Off, 16'. 8', 4')
• Waveform
• Detune
Cut-off Frequency
• Resonance
• EG Intensity
• KBD Track (Off, Half. Full)
EG Mode I
• Decay
• Sustain
• Release
Detune Memory (On/Off)
Program Select (1 ~ 8)
• Bank Select (A, B)
• Manual
• Write
• Memory
61
Keys, 8
(16', 8,4')
(
(
r\ ,
r\ )
/'—^~[
Release (On/Off)
voices
r\_
,
PW. PWM)
)
VOLUME CONTROL
POWER SWITCH.•Power
INPUT & OUTPUTS
OUTPUTS.•
INPUTS.•
DIMENSIONS.•
WEIGHT
ACCESSORIES.•Connection
POWER CONSUMPTION
.*21
....
•Total
• Headphone
• Separate Outputs
•
• Damper (
• Brass VCF fcM In (-5V — +5V)
• Brass Trigger In ( ~i-oun
• Total Expression
• Separate
• Dust Cover
• Foot Switch S-1
. . •
• Wattage (41W)
Volume
(On/Off)
Mix Outputs
Headphone
Synthe VCF fcM In (-5V ~ +5V)
Expression
1012 (W) x 52 (H) x 524 (D) mm
kg
Voltage (Local Voltage, 50/60Hz)
Volume
x2
Output
T_gno
Cord
(High, Low)
x3
(Synthe,
(Stereo)
)
(0 ~
x3 (0 ~+5V)
)
+5V)
Brass, Strings)
PRESET (x3).•Piano-1
MIXER
BRASS SECTION
SCALE (x2).•
VCF.•
ENVELOPE
TRIGGER.•
MIXER
.•Output
.•Output
GENERATOR.•Attack
• Protect (On/Off)
• Piano-2
• Clav
• Volume
16', 8'
Cut-off Frequency
• Resonance
• EG Intensity
• Decay
• Sustain
• Release
Multiple Trigger (On/Off)
• Trigger Select (On/Off)
• Silence Note (2, 4, 6, 8)
• Volume
(On/Off)
(On/Off)
STRINGS SECTION
SCALE (x3).•16',
ENVELOPE
EQUALIZER.*High
EFFECT.•
FILTER.•KBD
MIXER.•
TOTAL CONTROL
KEY ASSIGNOR.
KEYBOARD
PITCH CONTROL
VIBRATO.
JOYSTICK
FLANGER
GENERATOR.•
SPLIT.
SECTION
8', 4'
Attack
• Release
• Low
Bowing (On/Off,
• Vibrato
• Ensemble
Output
• Volume
• Assign Mode (1,2)
• Synthe (L, L+H, H)
• Brass (L, L+H, H)
• Strings (L, L+H, H)
• Tune (±100 Cents)
• Delay Vibrato (On/Off)
• Intensity
•
Pitch Bend (X-Axis)
• Vibrato Depth/Trill
• Intensity
• Speed
• Select (Synthe,
• Manual
• Intensity
• Feedback
• Speed
(On/Off,
(On/Off)
Balance
(On Off)
Level, Tone)
Delay Time, Intensity,
Depth (Y-Axis)
Brass, Strings)
Speed)
1
Page 3
2.STRUCTURAL
DIAGRAM
Page 4
3.BL0CK
DIAGRAM
3
Page 5
4.CIRCUIT DIAGRAM
KLM-298
KLM-299
KLM-300
Page 6
KLM-292
Page 7
KLM-301
KLM-302
Page 8
Page 9
Page 10
KLM-294
KLM-293 S
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v. 101 RK>2
J.C5t XX
VIBRATO”
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LM291
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Page 11
KLM-291
KLM-297
M.M-294
SV-SlGlH
U24-15
STj-SlGlHl
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VIBRATO
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DEL AT VIBRA'
KLM -293
Page 12
5.PC
BOARD
KLM-291
FRANGER
KLM-292
PROGRAMER
W- ui
; i|i —
j
■ A
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Bu
*
4
1
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Page 13
KLM-293
BRASS
KLM-294
STRINGS
(OLD PRODUCTION)
ICIO
RIQ7
D6. „
RI06
A
U
Yrt
_*
'ca
RI34
O—
RI29
H 3 6
-i
VRI3
RI99
L
RI95
CI07 R200
R2I3
;R203
R204
l
-
L
R2I6
R205
”187
RI88
RI76
RI90
CI04
1
-
_
1
R2I7
R209
12
SW7
KLM-294F
Page 14
KLM-294
STRINGS
(NEW PRODUCTION)
KLM-343
8S10W0W
510A
aaofri
'MC14G46B
MC14O130
100KB
100KB
0.0047
TC9130P
V*
KHC
11901
*1
“1=
0.0047
KLM'2B4
KHC
11901
0.0047
C
0.0047
00047
11901
00047
13
Page 15
KLM-300
ASSIGNER
myrM
m
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kAffjaAis
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Page 16
K
120K
_
10K
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o
f
KLM-341
(14
2
o
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19
Page 17
Page 18
6. CONNECTOR FUNCTION
P.C.B
KLM-291
KLM-294
KLM-291
KLM-300
KLM-300
KLM-293
KLM-294
KLM-300
1_1
CONNECTOR
_
_
01- 1
9
10
02- 1
4
5
6
7
8
9
03- 1
2
4
5
6
04- 1
05- 1
8
9
10
11
06- 1
4
5
6
7
$
07- 1
2
4
08-
1
4
6
8
09- 1
10- 1
10
11
11- 1
10
11
12
2
3
4
5
6
7
8
2
3
3
2
3
4
5
6
2
3
4
5
6
7
2
3
3
2
3
5
7
2
3
4
5
6
7
8
2
3
4
5
6
7
9
2
3
4
5
6
7
8
9
JOY-INT3
JOY-INT2
Y
X
JOY-SPEED
JOY-1 NT 1 (CW)
JOY-SPEED
YOY-SPEED
+5V
-5V
-5V
GND
GND
PHONE OUT 1
PHONE OUT 2
MIX OUT
IN PUT 3
GND
SY-SIG-OUT
GND
BR-SIG-OUT
GND
ST-SIG-OUT
XO
XI
X2
X3
X4
FUNCTION
"
"
2
1
(CCW)
2
3
1
M0
Ml
M2
M3
M4
M5
M6
M7
M8
M9
M10
ST-SIG-7
-15
GND
+ 15
"
••
"
"
"
"
"
6
5
4
3
2
1
o
ST-CUTOFF
SY CV-0
" CV-1
" CV-2
" CV-3
" CV-4
" CV-5
" CV-6
" CV-7
ST CV-0
" CV-1
" CV-2
" CV-3
” CV^I
"
CV-5
"
CV-6
"
CV-7
STST-
ST-
BRBR-
BR-
SYSY-
SY-
A
A>
a
◄
A
A
BR-MPXG
>
D>
l>
t>
O
ST-MPXG
M.PROTECT
MPX-CV
MPX-GATE
ASSIGN MODE
D
D
C
C
B
B
A
A
(CW)
FREQ
CONNECTOR
JOYSTICK
it
if
it
i t
if
11
19
If
It
CATHODE
ANODE
PHONE
91
99
TOTAL VOL
99
91
9 9
MIXER VOL
91
9 t
—
19
99
9 9
KLM-298
9 9
It
99
9 9
99
KEYBOARD
9 9
99
•
9
99
99
99
99
99
99
9 9
KLM-317
99
99
99
99
19
99
99
9 9
99
99
99
15-3
16-3
17-3
18-3
19-3
20-3
21-3
22-3
39-1
39-2
39-3
39-4
39-5
39-6
39-7
39-8
48-3
48-2
48-1
48-6
48-5
48-4
48-9
48-8
48-7
37-10
37-12
42-10
26-4
37-11
48-10
26-5
37-6
26-6
37-7
26-7
37-8
26-8
37-9
COLOR
BR
RE
OR
YE
GR
BL
PU
GY
WH
BK
BR
RE
OR
YE
GR
BL
PU
GY
WH
BR
RE
BK
BR
RE
OR
YE
GR _
BK
BR
RE
OR
YE
GR
BL
PU
GY
WH
_
BK
PU
BL
GR
YE
OR
RE
BR
BK _
BL
BK
RE
BR
BK
RE
OR
GR
PU
OR
GR
OR
GR
WH
GR
WH
—
—
BR
YE
BL
BK
BR
RE
YE
BL
PU
BR
RE
YE
BL
PU
GY
BK
PI
BR
RE
OR
YE
BL
PU
GY
BK
PI
LB
P.C.B
KLM-300
KLM-302
KLM-301
CONNECTOR
12- 1
2
3
4
5
13- 1
2
3
4
5
6
8
14- 1
2
3
4
6
15- 1
16- 1
17-
18- 1
19- 1
20-
1
21-
1
22-
1
23-
24-
10
11
12
13
25-
10
11
12
7
5
7
8
2
3
4
5
2
3
4
5
2
3
4
5
2
3
4
5
2
3
4
5
2
3
4
1
5
2
3
4
5
2
3
4
5
1
2
3
4
5
6
7
8
2
3
4
5
6
7
8
9
3
4
5
6
9
1
1
2
7
8
TOTAL-ORG
ST-ORG
SY-ORG
BR-ORG
Z-BRG
GATE 0
RC
GATE
RC
GATE 2
RC
GATE 3
RC
GATE 4
RC
GATE 5
RC
GATE 6
RC
GATE 7
RC
GATE 0
SY-CV 0
SY-SIG0
SIG MIX 0
RC-1
GATE 1
SY-CV 1
SY-SIG1
SIG-MIX 1
RC-2
GATE 2
SY-CV 2
SY-SIG2
SIG MIX 2
RC-3
GATE 3
SY-CV 3
SY-SIG3
SIG MIX 3
RC 4
GATE 4
SY-CV 4
SY-SIG 4
SIG MIX 4
RC 5
GATE 5
SY-CV 5
SY-SIG
SIG-MIX 5
RC-6
GATE 6
SY-SV6
SY-SIG
SIG-MIX 6
RC 7
GATE 7
SY-CV 7
SY-SIG 7
SIG MIX 7
SIG MIX 0
CUT OFF FREQ
VCA EG MODE
RESO NANCE
EG INTENSITY
KBD TRACK
ATTACK
DECAY
SUSTAIN
RELEASE
PRESET
PRESET VOLUME
GND
SY-SIG OUT (—►291)
PW/PWM
ST-4'
BR-16'
VC02 OFF
BR-8'
ST-16'
ST-8'
VC02 16'
VC02 8'
VC01 16'
VC01 8
FUNCTION
0
1
1
2
3
4
5
6
7
5
6
"
"
"
-
"
"
"
1
2
3
4
5
6
7
CONNECTOR
49-2
35-3
41-4
36-3
36-7
15-2
15-1
16-2
16-1
17-2
17-1
18-2
18-1
19-2
19-1
20-2
20-1
21-2
21-1
22-2
13-2
13-1
08-1
27-3
23-1
13-4
13-3
08-2
28-3
23-2
13-6
13-5
08-3
29-3
23-3
13-8
13-7
08-4
30-3
23-4
14-2
14-1
08-5
31-3
23-5
14-4
14-3
08-6
32-3
23-6
14-6
14-5
08-7
33-3
23-7
14-8
14-7
08-8
34-3
23-8
15-5
16-5
17-5
18-5
19-5
20-5
21-5
22-5
42-4
43-1
42-5
43-3
a
a n
42-8
43-4
43-5
43-5
42-6
42-9
43-10
—
47-5
43-6
35-4
36-9
43-9
42-7
36-10
35-6
35-5
42-1
42-2
43-7
A A
43-8
COLOR
BR
RE
OR
YE
GR
BK
BR
RE
OR
YE
GR
BL
1
PU
BK
91
99
9 9
99
99
99
99
99
9 9
9 9
99
99
BR
99
99
9 9
9 9
RE
9 9
RE
99
9 9
OR
9 9
99
9 9
99
YE
99
99
99
99
GR
99
99
99
99
BL
99
99
9 9
99
PU
9 9
99
99
9 9
BK
BR
RE
OR
YE
GR
BL
PU
BR
RE
OR
YE
CjR
BL
GY
GY
WH
BK
PI
BR
9
RE
OR
YE
GR
BL
PU
GY
WH
BK
PI
i f“>
LB
—
9
P.C.B
KLM-301
KLM-301
KLM-294
KLM-293
KLM-317
KLM-292
CONNECTOR
40- 1
41-
25- 13
26- 1
27-
1
28- 1
29- 1
30- 1
31- 1
31- 3
32-
1
33- 1
34- 1
35- 1
10
11
12
36- 1
10
11
12
37- 1
10
11
12
38- 1
39- 1
6
8
mm
4
5
6
7
8
1
2
3
2
3
4
5
6
7
8
9
2
3
4
5
6
7
8
9
2
3
4
5
6
1
8
9
2
3
4
5
6
7
8
2
3
4
5
7
•
2
3
4
5
6
7
8
2
3
2
3
2
3
2
3
2
2
3
2
3
2
3
DETUNE
TOTAL TUNE
DELAY VIB
MODULATION
MPX CV
D
C
B
A
ST-SIG 0
BR- "
SY- ST-SIG 1
BR- "
SY- -
ST-SIG 2
BR- ”
SY- «
ST-SIG 3
BR- "
SY- ST-SIG 4
BR- "
SY-SIG 4
ST-SIG 5
BR- "
SY- -
ST-SIG 6
BR- "
SYST-SIG 7
BR- -
SY- ST-RELEASE
- -ATTACK
" -ORG
" -4'
- -8'
" -16'
" -ON/OFF
T.S.-SW
" -ON/OFF
ST-SIG IN (-*293)
GND
ST-SIG OUT (-291)
■
-i
GND
BR-ORG
BR-TRIG IN
NC
T.S.-ON/OFF
£BRG
BR-TRIG OUT
BR-16
BR-8
BR-ON/OFF
T.S.-SW
ST-SIG OUT (-*294)
GND
BR-EXT fcM
ST-RELEASE
ST-ATTACK
D
c
B
A
BR-MPXG
MPX GATE
ST-MPXG
BR-SIG 7
99 m 99 ft
••
-
99 m
•f . 99 ^
99 - 99 O
99 m 99
••
ST-CV 0
99
99
99
9 9 99 A
99
9 9 9 9
99
ST-SIG 7
99
99
99
99
99
99
•• ••
SY-EXT fcM
FUNCTION
-
"5
"4
-
"0
99
99
99
99
99
99
99
99
99 O
9 9
i
Am
1
■
1
•
O
fc
7
mm
■
5
p
u
K
v
5
4
3
Am
I
■
0
CONNECTOR
42-3
47-1
49-6
49-5
11-2
11-5
11-7
11-9
11-11
40-8
38-8
15-4
40-7
38-7
16-4
40-6
38-6
17-4
40-5
38-5
18-4
40-4
384
194
40-3
38-3
204
40-2
38-2
214
40-1
38-1
224
374
37-5
12-2
25-2
25-8
25-7
46-1
36-12
36-6
37-1
— —
46-2
■
124
JACK
35-9
12-5
JACK
25-3
25-6
46-3
35-8
35-10
JACK
35-1
35-2
11-6
11-8
11-10
11-3
10-11
34-2
33-2
smsj
32-2
31-2
30-2
29-2
Amrn/
28-2
27-2
09-1
09-2
09-3
Vv V
09-4
09-5
vw/
09-fi
09-7
Vil7*/
09-8
34-1
33-1
O
sj 1
32-1
31-1
O 1 1
30-1
\m mm 1
29-1
4v 1
28-1
27-1
JACK
4
A
-*r
yj
v
COLOR
RE
BR
OR
YE
RE
GR
PU
WH
PI
BK
BR
RE
OR
YE
YE
GR
BL
PU
BR
OR
RE
GY
PU
YE
GR
BL
OR
OR
H;l«l
YE
OR
BL
GR
YE
OR
BL
PU
GR
OR
GR
BR
OR
BL
GY
VJ 1
BK
1 R
BK
OR
PI
PU
1
R 1
D L
GR
YE
OR
v n
RF
n
RR
o n
BK
RR
RF
n u
OR
YF
* u
OR
vj n
D 1
D L
P| 1
■
U
R I
D L
OR
vj n
YF
I L_
OR
v n
R F
n l.
RR
on
BK
RE
P.C.B
CONNECTOR
3
42-
•
9
99
9 9
99
9 9
99
43-
9 9
9 9
99
99
99
44-
9 9
9 9
9 9
9 9
9 9
KLM-317
45-
7
mmm
KLM-291
46-
47- 1
48-
49-
9 9
COLOER
DD- RROlAr
Dn— Dnuvv
RE= RED
UR= ORANGE
YE= YELLOW
GR= GREEN
99
BL=BLUE
PU= PURPLE
GY= GRAY
WH=WH ITE
BK=BLACK
Pl= PINK
LB= LIGHT BLUE
FUNCTION
SY= SYNTHE
on-
o 1 =
2
4
5
6
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
»
9V
10
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
8
9
10
11
1
2
3
4
2
3
4
5
6
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
dnasi
STRINGS
FUNCTION
SY-ON/OFF
DAMPER
SY-ORG
TO PROTECT
FROM PROTECT
VC02 16'
-
DETUNE
CUTOFF
8'
RESONANCE
RELEASE
N
KBD TRACK
PRESET
M.PROTECT
VCA EG MODE
DECAY
EGINT
ATTACK
AUSTAIN
PW/PWM
VCO 1 16'
8'
VC02 OFF
PRESET VOLUME
PRESET-CLAV
"
-
-
-
-
/•
"
"
-PIANO 2
-PIANO 1
-DATA
-INH2
-INH 1
-C
-B
-A
+5V
-5
PRESET-CLAV
"
”
"
-
-
"
"
”
-PIANO 2
-PIANO 1
-DATA
-INH 2
-INH 1
-C
-B
-A
-+5V
- -5V
ST-ON/OFF
ST-SIG IN«-294
BR-ON/OFF
BR-SIG IN-293
TOTAL TUNE
SY-EXPRESSION
ST-
BR-
"
SY-SIG IN
SY-ON/OFF
ST-
>
-
◄
0
"
◄
BR
"
"
SY
"
-
◄
◄
◄
◄
0
>
t>
>
ASSING MODE
VIB INT 2
TOTAL-ORG
VIB INT 1
VIB INT 3
MODULATION
DELAY VIBRATO
M
IN
FREQ
CONNECTOR
47-6
JACK
12-3
SW
SW
25-9
25-10
25-13
24-1
24-3
24-9
25-5
24-5
24-10
11-1
24-2
24-7
24-4
24-6
24-8
25-1
25-11
25-12
25-4
24-11
45-1
45-2
45-3
45-4
45-5
45-6
45-7
45-8
45-9
45-10
45-11
44-1
44-2
44-3
44-4
44-5
44^
44-7
44-8
44-9
44-10
44-11
35-7
35-12
36-11
36-1
26-1
JACK
JACK
JACK
24-13
41-2
10-3
10-2
10-1
10-6
10-5
10-4
10-9
10-8
10-7
11-4
VR-GND
12-1
VR-CW
VR-CNT
26-3
26-2
COLOR
YE
BR
OR
WH
BK
WH
BK
RE
BR
OR
WH
GR
BK
BR
RE
PU
YE
BL
GY
BR
PI
LB
YE
PI
BR
RE
OR
YE
GR
BL
PU
GY
WH
BK
PI
BR
RE
OR
YE
GR
BL
PU
GY
WH
BK
PI
YE
OR
PU
RE
BR
BL
GY
PU
BR
YE
OR
RE
BR
BL
GR
YE
WH
GY
PU
YE
BK
BR
RE
BR
YE
OR
19
17
Page 19
7.SEMI-FIXED
RESISTORS
DIAGRAM
VR4
•
VR12
VR3
VR11
VR9
VR8
VR10
•
VR5
VR8
•
VR6
•
VR7
•
VR4
•
VR1
^
•
VR2
VR1
i
VR2
VR3
KLM-292
VR16 ~ VR30
KLM-293
KLM-294
1
VR6
»VR5
»VR4
’VR3
»VR2
VR1
'VR7
I
i
I
I
//
//
//
//
//
KLM-300
I
I
0
KLM-302
18
Page 20
8.ADJUSTMENT
PROCEDURE
Note:
This instrument
has been precisely adjusted at the factory. Therefore, do not change the position of any variable
resistors other than those necessary for servicing.
1.
Power supply (KLM-297)
(1) Use a digital
leads (possible
should
(±4.7V — ±5.3V).
(2) Check
digital
measure
KLM-301
multi-meter
multi-meter
on any of the circuit
±15V
+5V (above ground)
and
to check
(±14.7
adjust
—
±15.8V)
directly
VR-1
power
boards)
to
supply
which
and ±5V
with a
obtain
3) If tolerances
(2) VCA check and adjustment
and adjust
4) After
off frequency
1) Set VCO
OUT (302-24-13)
finishing,
are not met, set assign mode
VR-1 for the unit in question.
1
return
to
10.
waveform
with
assign mode to 1 and cut¬
to r\and
an oscilloscope
check
SY-SIG
(1
to 2,
msec/
4) Play G4 and adjust
each unit's
5) Repeat
to reduce
6) Check
it sounds
use WT-12.)
from Cl through
oscillation
steps 3 and 4 as many times as necessary
deviation
approximately
VR-5 for units 0—7 so that
to
frequency
within
C6 by ear to make sure
like a scale. (No need to
is
±5 cents.
C=1109Hz.
Figure 1. Attack and decay voltage values vs. temperature.
5.000V
(3) Also
-5.005V.
2.
Key assigner (KLM-300)
(1) Assign mode:
reset before
1) At assign mode
ascertain
Di~D
2) At assign mode 2, play two or more keys at once,
then
(±0.001V).
ascertain
8.
release
that
Switch
proceeding.
that
them
the
-5V
supply
is
-4.995
away from test position,
1, play one key at a time and
the
LEDs
and ascertain
light up in the order:
that
the LEDs
then
cm, 0.65V/cm).
—
(3) Resonance
2) Play key C3 and ascertain
form
0-7.
3) If tolerances
unit in question.
4) After finishing,
1) Set PW/PWM
nance
with a digital
and cutoff
amplitude
adjustment
to 8. Measure
freq fine to obtain
that
is
are not met, adjust
set waveform
to 10, cutoff
multi-meter
0.65Vp-p
cutoff
and adjust
sawtooth
(±0.05V)
VR-4
to PW.
freq to 5, and reso¬
freq CV (302-24-1)
OmV (±10mV).
cutoff
wave¬
for units
for the
freq
7) Set KBD TRACK
(6) EG INTENSITY
that it changes
8) After finishing,
1) Set cutoff
PW/PWM
SY-SIG
O.IV/cm)
2) Play any single key and ascertain
tion frequency
If not within
3) After
finishing,
to
OUT
and a frequency
to a
check and adjustment
frequency
10, and
with
these tolerances,
to HALF
1/4 scale.
switch
for units 0—7 is 5.5kHz—6.0kHz.
set EG INT to 0, cutoff
KBD TRACK
to 0, EG intensity
resonance
an oscilloscope
and
counter.
adjust
check
to OFF.
to 10. Check
(20psec/cm,
that the oscilla¬
VR-6.
to see
to +5,
freq to
light up beginning
key released.
(2) KBD SPLIT:
strings) as follows.
1) KBD SPLIT at
2) KBD SPLIT at
3.
sound.
3) KBD SPLIT at
sound.
4) Check
split between
adjust VR-1 as necessary.
Programmer (KLM-292)
from the position
Check
to see that there
each
<
t>— all 61 keys sound.
◄
— only
>-only
C3 and B2 for all 8 units.
section
is a
of the last
(synthe,
lower
upper
two
three
clear and accurate
brass,
octaves
octaves
If
not,
(4) Cutoff
2) Measure
meter
(±80mV).
3) Measure
oscilloscope
Play any single
waveform
(±10mV).
4) If tolerances
unit in question.
frequency
1) Set resonance
freq
OmV ±10mV).
resonance
and
SY-SIG
amplitude
to about
CV (302-24-3)
adjust
(1
are not met, adjust
adjustment
to 10, PW/PWM
resonance
OUT
msec/cm,
key and ascertain
6.3
(ascertaining
Measure
(302-24-13)
0.15V/cm).
(sine
SY-SIG
with the multi¬
to obtain
that the VCF
wave)
is 0.15Vp-p
VR-3
to 10, and cutoff
that
OUT
with
this
(302-24-
for the
8.00V
gives
an
(7) EG check and adjustment
10, PW/PWM to 5, and resonance
1) Set attack
keys simultaneously
time
tolerances,
the potential
supply
pattern
VR-8 in accordance
2) Set attack
Play any single key and ascertain
time is 20—30
ances,
is 20—25
to 10 and sustain
use a digital
difference
and the attack
closest
to 0, decay
use a digital
to the
seconds.
and ascertain
seconds.
with the chart in figure
If
multi-meter
to 0.
to 0. Play any eight
that the attack
If not
multi-meter
between
common
keyboard
to 10, and sustain
not within
within
to measure
the +5V power
line (the chart
side).
that the decay
these toler¬
to check
Adjust
1.
these
to 0.
the
Temperature
Tolerance:
Test
point
1
2
3
©
JD
6
7
VC02.SCALE
VCOI.
WAVE FORM
^VCOI.SCALE
PRESET
PW/PWM
KBD TRACK
LFO SPEED
VOL
Within ±1mV of value on graph.
PIANO
+ 1.25
-1.25
0
+2
-5
‘+5 HALF
1
4’
PW
8'
4
-10 (LOW SPEED)
PIANO
+5
-1.25
-5
+2
-3.95
-5 FULL
OFF
2
PW
16'
( V J
+5
-1.25
-5
4
-2
(+2.6V)
0
CLAV
OFF
PW
16'
OFF
2
(1) With
so that
0.00V (±60mV).
(2) With
INT CV is +5.00V
(3) With
is -5.00V
(4) Adjust
(5) Reset
ment.
(6) PW/PWM
Set VCO 1 scale to 16', waveform
EG INT (EG INTENSITY)
EG INT at -5, adjust
EG INT at +5,
V
EG
INT
(±60mV).
R-3 if these tolerances
EG INT to standard
CV adjustment
CV
(302-24-4
(±60mV).
ascertain
at 0, adjust
or 29243-3)
VR-2 so that
that
cannot
0
setting
EG INT CV
be met.
after
to PW, and PW/
VR-1
the EG
adjust¬
is
13) with
and a frequency
2) Play any single key and adjust
filter
WT-12) is C=523Hz
3) Adjust
3.00V
24-1).
4) Play any single key and adjust
7 to obtain
frequency.
5) With cutoff
an oscilloscope
oscillation
cutoff
(±10mV)
counter.
frequency
for units 0-7.
freq and cutoff
for the cutoff
C=4186Hz
freq CV (302-24-1)
for the filter oscillation
(1 msec/cm,
VR-2 so that the
(measured
freq fine to obtain
freq
VR-7 for units 0—
at
OmV (±10mV),
O.IV/cm)
with
CV (302-
potential
supply
pattern
with the chart in figure
3) With
from
smooth
4) Set attack
With
should
between
5) After
0
difference
and the decay
after attack).
attack
change
release
be no greater
finishing,
at 0 and
to 10 and check
to 0, decay
units.
in
time
return
sustain
at about
between
common
Adjust
1.
decay
level for units 0—7.
to 0, and sustain
than about
release
the
line (the chart
VR-9 in accordance
at 0, turn
to see that
5
seconds,
1
to 0 to return
+5V
there
second
power
sustain
is a
to 0.
there
error
to
(D
@
©
©
©
©
16
DETUNE
SUSTAIN
RESONANCE
CUTOFF
RELEASE
DECAY
EG INT
ATTACK
EG MODE
O: Need adjustment.
Others require check only.
FREQ
0
-5
+5
+2.74
+0.64
* 1
+0.65
+3.2
0
+5
-5
+3.07
+ 1.94
+0.18
-5
-0.66
+5
-A“\-
0
-4.3
+5
+3.86
-5
-5
-0.8
+5
PWM to 10. Use a digital
that
(±50mV).
4.
Synthesizer (K LM-302)
(1) Offset check and adjustment
1) Set VCO waveform
2) Play any single
PW/PWM
Adjust
CV (301-25-1
VR-4 if necessary.
to 0 (and set other controls
Check
scope (0.1 sec/cm,
output
SY-SIG
pulse is within
OUT
50mV/cm).
key and ascertain
multi-meter
or 292-43-6)
to r\, set cutoff
to
standard
(302-24-13)
±50mV
for units 0—7.
to ascertain
is
frequency
settings).
with
that
2.9V
oscillo¬
the DC
(5) KBD TRACK
adjust
the oscillation
6) Repeat
sary to reduce
1) Set
cutoff
2) Play
C=523Hz
tion frequency
3) Adjust
oscillation
KBD
G3 and
cutoff
steps 2 through
freq to about
VR-2 for units
freq fine to obtain
frequency
deviation
adjustment
TRACK
adjust
(measured
of unit 0.
frequency
C=523Hz
of unit 0.
5 as
to within
to FULL,
6.3, and resonance
cutoff
with WT-12) for the oscilla¬
1—7 so that
is C=523Hz,
many times as neces¬
freq
±5 cents.
PW/PWM
fine to obtain
to
each
under
for
to 10,
10.
unit's
the
(8) Presets
the standard
1) Play keyboard,
2) Based on the data on the following
and adjust
Adjust
checked.
two places.
circled
setting.
using piano 1,2,
test
points
points
Adjustment
on the page after
only; others
voltages
and clav.
are valid
should
page, check
next.
only be
up to
same conditions
as
above.
19
KLM-292
Page 21
5.
Brass (KLM-293)
4) Check to see that there is a smooth
reduction
in
(1) Offset check and adjustment
1) Set cutoff
(293-36-1)
0.1 V/cm).
2) Play any single key and ascertain
output
3) If not within tolerances,
Note:
in rapid
5-second
(2) VCA check and adjustment
1) Set scale to 8', cutoff
freq to 0 and measure
using
pulse is within ±200mV.
Pulse output
sequence.
gap between
an oscilloscope
decreases
Therefore,
BR-SIG
(0.1 sec/cm,
that the DC
adjust VR-10.
if a
leave at least a
playing the key.
freq to 10, and other con¬
key is played
OUT
waveform
(2) Bowing check and adjustment
turn KBD filter balance from 10 to 0.
5) With KBD filter balance
to see the sawtooth
±0.05Vp-p
6) If not within
KLM-317 unit in question.
7) After finishing,
1) Turn on "bowing",
off" and use an oscilloscope
OUT (294-35-12).
amplitude
for units 0~7.
tolerances,
set KBD filter balance to 10.
for units
at 0,
waveform
adjust
"ensemble
0~7
play C3 and check
amplitude
off" and "vibrato
to measure
VR-28
when
is
for the
ST-SIG
you
0.2V
trols
OUT using an oscilloscope
cm).
2) Play C3 and check sawtooth
amplitude
(±0.15V)
3) If not within tolerances,
in question.
(3) Resonance
1) Set cutoff
normal settings)
cm, 0.2V/cm)
to their
for units 0^7.
check and adjustment
normal
to
ascertain
freq to 7 (leaving other controls
and use an oscilloscope
to measure
settings.
that
adjust VR-9 for the unit
BR-SIG
Measure
(1 msec/cm,
waveform
it is 0.65Vp-p
OUT.
BR-SIG
0.65V/
output
at
the
(1msec/
2) Play C3 and check to see that you obtain
following
settings
listed.
outputs
with
level and tone
the
at the
2) Play any single key and check for a smooth
crease in ringing with oscillation
turn resonance
3) If oscillation
set scale 8',
resonance
0.65Vp-p
(4) Cutoff
1) Set scale 8', 16' to off and resonance
ing other controls
frequency
(293-36-1).
up from 0 to 10.
does not occur at the right point,
16' to off, cutoff
to 8. Then
for the resonance
FREQ check and adjustment
at
counter
adjust
the normal
to measure
at
freq to 5, and
VR-11
waveform
settings).
7^8
to 10 (leav¬
BR-SIG
as
to obtain
amplitude.
Use a
OUT
in¬
you
6.
2) Play any key, set cutoff
see that / is 7Hz or lower. With cutoff freq at 5,
/ should
/ should be 5^6kHz.
/ = oscillation
3) If not within
and resonance
^200Hz
VR-8 to obtain
10
.
Strings (KLM-294)
be 180~200Hz.
tolerances,
to 10; adjust VR-12 to obtain 180
when cutoff
frequency
5~6kHz
freq to 0 and check to
With cutoff freq at 10,
set scale 8', 16' to off
freq is at 5. Then adjust
when cutoff
freq is at *
(1) Gate, filter check and adjustment
1) Turn on both "vibrato
and check
semble are applied to the sound.
2) Use an oscilloscope
measure ST-SIG
3) Set KBD filter balance
obtain
0.8p-p for units
a
to see that
sawtooth
0^7
OUT (294-35-12).
waveform
off" and "ensemble
neither
(1 msec/cm,
to 10 and adjust VR-5 to
.
vibrato
amplitude
0.1 V/cm)
of 0.6~
off"
nor en¬
to
3) If not within
20
(gain), and VR-8 (/0) as necessary.
4) After
and tone to 10.
finishing,
tolerances,
set bowing
adjust VR-6 (Q), VR-7
to off, level to 10,
Page 22
(3) Bias level check and adjustment
(4) Stretch
tuning
1) Set scale to 8', bowing to on, level to 10,
10, and KBD filter balance to 10, then check the
following,
in the lower part of the keyboard.
2) Vibrato
Connect
and check to see that the waveform
ted.
distortion.
3) Ensemble
Check for waveform
connected
Adjust
playing
bias
oscilloscope
1
bias
to Q2 (2SC945)
VR-3
eight or more
to Q11 (2SC945)
as necessary
distortion
emitter.
notes together
is
not distor¬
to
eliminate
with oscilloscope
Adjust VR-1
tone to
emitter
8.
To be performed
and VCO
1) Play C6 and adjust
(±2.5 cent) reading for units 0—7.
2) Play C3 and adjust VR-7 to obtain a 0 cent (±2.5
cent) reading for units 0—7.
3) Play Cl and adjust
(±2.5 cent) reading for units
4) Repeat steps 1 through
necessary to check other keys.
Flanger (KLM-291)
2 tuning.
as
follows after completing
VR-6 to obtain
VR-5 to obtain
0—7.
3
several times.
VCO 1
a
+10 cent
a
-7.5 cent
It is
not
if necessary
4) For ensemble
Q6 and adjust
the same way.
7.
Signal Generator
(1) Antilog amp adjustment
1) Measure
meter, connecting
positive
ohms, connected
2) Play C3 eight times and adjust total tune to ob¬
to
remove distortion.
2
and ensemble
VR-4 and VR-2, respectively,
(KLM-301)
anti log output
side to the exposed
to
3, check Q13 and
with
the GND side to -1IV and the
1C 4558 no.2 pin).
a
lead of R57 (47
digital
multi¬
(1) Clock frequency
in
(2) Mix level check
1) Set intensity
measure
TP6 or 7).
2) Ascertain
manual is at 0, and 0.9—1.1kHz
at 10. If not within tolerances,
frequency)
sary.
1) Set VCO 1 waveform
synthe,
the flanger's
and check
check
to 0 and use a frequency
that frequency
and V-4 (fluctuation
clock frequency
is
to
n_,
synthe
counter
(KLM-291
90—110kHz
when manual is
adjust V-3 (center
range) as neces¬
apply
out with
flanger
an oscillo¬
when
to
to
tain 6.00mV
tune knob should be within
center.
3) Set VCO 1 scale to 4'.
1. Play C6 eight times and adjust
4.800V
2. Play C3 eight times and adjust
600.0mV
3. Play Cl eight times and adjust
150.00mV
4. Repeat steps 1 through
sary to meet tolerances.
(±0.003V).
(±0.1 mV) antilog output.
(±0.3mV).
(±1 mV).
±1 scale marking
3 as
many times as neces¬
The total
VR-6 to obtain
VR-7 to obtain
VR-5 to obtain
of
(3) Feedback
scope (1 msec/cm,
2) Play C4, set flanger
manual from 0 to 10, confirming
form just about disappears
3) If you don't get the kind of pattern
above illustration
mains,
minimum
reduce amplitude
1) Apply
manual to 0, and check synthe out.
turn
adjustment
flanger
amplitude,
manual,
0.1 V/cm).
and the
then adjust VR-2 to further
to minimum.
to synthe,
intensity
at
n_
stopping
set both intensity
to 0, and turn
that the wave¬
about 4 (3—5).
shown in the
waveform
at the point
still re¬
of
and
(2) VCO 1 tuning
1) Set assign mode to 2
2) Start with unit 0.
1. Play C6 and adjust VR-2 to obtain
cent) reading.
2. Play Cl and adjust VR-1 to obtain
cent) reading.
3. Repeat
necessary
cents.
3) Repeat
1-7.
and test with tuner.
a 0
a 0
steps
the above
1
to bring C2, C3, C4, and C5 with ±3
and 2 above as many times as
adjustments
(1—3) for units
cent (±1
cent (±3
2) Turn feedback
the flanger begins self-oscillation
the knob scale (without
3) Adjust
wrong point.
VR-1
from 0 to 10 and ascertain
at or
playing a key).
if self-oscillation
occurs
that
above 7 on
at the
(3) VCO 2 tuning
1) Set assign mode to 2 and test with tuner.
2) Set PW/PWM
VCO 1. Set VCO 2 scale to 4' and tune in the
same was as for VCO 1.
to 10 to eliminate
the sound
of
21
Page 23
9.PARTS
PARTS NAME
SPECIFICATIONS
LIST
— •
PARTS CORD
CTY
PARTS
NAME
SPECIFICATIONS
PARTS CORD
CTY
1/4W 5.6MS2JT
10MS7K T
RKC1/8
B6 4.7Kf2J
B6 100KUJ
B8 10KfZJ
B8 lOOKiiJ
LR 301/8S
lOOftJ
1/4W 10057 F T
499
562
1.00KHF
.
1/4WC
1.30
1.50
3.48
4.99
9.09
10.0
11.0
11.7
15.0
20.0
24.3
24.9
30.1
39.2
40.2
41.2
46.4
49.9
63.4
75.0
80.6
100
130
160
162
187
200
205
232
124
267
301
324
383
392
487
576
649
1.00K57
100K57
200K57
CARBON
1KHJ
METAL
B T
RESISTORS
{Not listed)
SOLID RESISTORS
BLOCK RESISTORS
LINEAR
FILM RESISTORS
RESISTORS
11103756
11113810
13534470
13536100
13635100
13636100
13133100
13134100
12613100
12613499
12613562
12614100
12614130
12614150
12614348
12614499
12614909
12615100
12615110
12615117
12615150
12615200
12615243
12615249
12615301
12615392
12615402
12615412
12615464
12615499
12615634
12615750
12615806
12616100
12616130
12616160
12616162
12616187
12616200
12616205
12616232
12616124
12616267
12616301
12616324
12616383
12616392
12616487
12616576
12616649
12164100
12166100
12166200
7
21
10
16
18
55
32
* 8
36
10
2.2KJ7
4.7
10
1
15
22
47
100
1
220
9
1
1M9
60 B 100KJ7
2
220
||
2
50V 0.001 mF K
9
0.0012
0.0018
0.0022
1
8
0.0033
0.0039
1
0.0047
0.0056
1
0.0082
2
0.01
1
0.012
1
0.022
1
4
0.033
0.047
1
0.056
2
0.068
1
0.1
6
1
|
1
1
2
1
1
50V I.OyF T
25V 3.3
16V 10
25V 470
1
50V 0.22
2
0.15
47
100
220
0.47
MYLAY
ELECTROLYTIC
Y
T MS
CAPACITORS
CAPACITORS
35203222
35201247
35201310
35201315
35201322
35201347
35201110
35203122
35201510
35001410
35001422
20003410
20003412
20003418
20003422
20003433
20003439
20003447
20003456
20003482
20003510
20003512
20003522
20003533
20003547
20003556
20003568
20003610
20003615
23015110
23011133
23007210
23007247
23007310
23007322
23111447
23215022
23015047
17
32
11
3
21
11
13
30
14
17
14
18
17
17
30
32
14
3
17
11
59
34
42
4
2
16
3
2
3
1
1
1
9
8
|
1
1
1
1
1.0
8
2
1
MD
CERAMIC
1
|
50V 10PF
1
8
1
2
2
2
1
8
1
i
25V O.I^F
r
22
33
100
150
220
330
470
680
0.0047jiF
F
K
KB
ZFZ
STYROL
2
4
1
50V 1000PF GT
680
POLYSTYRENE
CAPACITORS
CAPACITORS
CAPACITORS
23015110
23015122
21011210
21012222
21012233
21012310
21012315
21012322
21012333
21012347
21106368
21204610
20502310
20502368
1
11
12
19
32
66
9
3
3
3
9
1
9
3
2
1
10 0
B22057 (R)
470
SEMI-FIXED
RESISTORS
35203122
35203147
[
50V 6200PF GY
1
1
1
22
28001462
16
Page 24
PARTS NAME
SPECIFICATIONS
PARTS CORD
I
CTY
. PARTS
SPECIFICATIONS
NAME
PARTS CORD
CTY
POLYPROPYLENE
100V 0.015mFGT
MC 14001 B
14007 UB
14011B
14013
14023
14024
14028
14042
14044
14046
14050
14051
14066
14068
14069
14070
14174
14503
14514
14532
LM 130600
130600
339 C
/iPC 393
UB
CAPACITORS
1C
26001515
32020011
32020001
32020002
32020022
32020010
32020012
32020005
32020018
32020039
32020036
32010014
32020015
32020009
32020035
32020003
32020017
32020028
32020029
32020030
32020020
32022093
32022091
32021006
32001027
5
1 27
12
21
14
40
2
6
2
2
9
1
1
2
3
5
4
1
1
1
1
4
9
2
7
PR 5534S
3432S
HC—18/U6.00MHZ
40P
N-SB2
EVH- 5LA802
K164A0006A
K161A
E3JXC03
6LA802
COAK15
(05)
{0}
ELECTRIC
POTENTIONET
A14
B14
C14
A15
B15
A16
B16
A26
B15
B14
-10KB x4
-10KA
-10KB
10KB x 2
LED
RESONATORS
1C SOCKET
BATTERY
ERS
31200700
31200900
33500500
48001800
52000600
36011500
36009400
36011400
36005900
36005700
36006000
36006100
36006200
36012800
36005300
36202400
36201300
|
—
1
1
1
358
NJM4556
4558
CA 3140
TL 071
TL 072
MN 3004
CA 3080
MPD 5101
juA 726
AN 829
SAD 1024 A
MPD 8048C-203
TC 9130P
SSM 2044
.
DV
E
E
C-E
32002026
32009002
32009003
32024004
32021013
32021011
32002006
32024007
32001017
32023004
32002015
32033001
32001029
32003004
32029004
55
17
21
2
1
2
4
1
2
1
2
1
1
3
9
SRM-1034230
KHC-11901
SSB
—
250V 0.5A
-1033
12208
12307
12202
2.0A
ROTARY
TACT SW
SLIDE SW
FUSE
SW
37001500
37002300
37503400
37001000
37301600
37301200
46300200
46300400
32
3
1
2
1
MPC 14315H
MA 7915
2SA 733 AK
2SC-945
2SK 30A TM-GR
798 G
699 Q
L
1583 G
1226 AQ
CKC
K
TM-O
Selected
TRANSISTORS
DIODES
32001005
32021009
30000727
30001007
30000317
30200334
30200399
30201107
30200517
30600232
30600115
28
25
52
73
45
20
19
16
1
|
1
|
ESK -3010
L-1205-6P
1
1
NSKE-135
1 KOC-C40230
350V
JOYSTICK VR MOUNTING
12017
KEY BOARD
LNG BOARD
SPARK
RUBBER
KITTER
|
FEET
42001500
46001700
21900100
BOARD
64026700
50002100
1
1
1
1
555
885
RD 47 EB2
12
LM 336 Z
ZENER
DIODES
31000100
31000200
31101000
31101100
ROTARY
252
6
180 X-1936
KOC-E40026
SLIDE SW KNOB
KNOB
62007600
62001500
Page 25
PARTS NAME
SPECIFICATIONS
PARTS CORD
CTY
PARTS NAME
SPECIFICATIONS
PARTS CORD
JOYSTICK
KOC-E40035
(DIC504) Dark Brown KOC-E30019
(
(
Green
Orange
Gray
SSB 2=9 m/m
547) Ivory
158) Red
TACT SW KNOB
SLIDE SW KNOB
RADIATION
KNOB
MASK
62005300
62001900
62002900
62003100
62003200
62003400
62003300
62001800
KOC-C40350
KOC-C30162
KOC-D20021
KOC-E40068
METAL
KOC-C40229
METAL
WOODEN
CONTROL
FITTING
FITTING
MUSIC STAND
OF KLM297
CASE
PANEL
OF CONTROL
64033000
64032800
64507100
64605300
64026600
PANEL
KOC
FUSE 2A KOC-F40057
KOC-F30013
KOC-F40050,
2P SG-7501
3P SG-7617
F40161
F40151
SG-7721
H40001
SERIAL
TACT SW MASK
FUSE SEAL
NUMBER
PHONE JACK
PLATE
55003000
55002900
58006500
45000100
, 45000400
45001200
7
6
1
1801-0121
KLM- 291
292
293
294
297
298
299
300
301
302
POWER SW
37503800
34014203
34014304
34014404
34014503
34014603
34014703
34014800
34014903
34015003
34015104
317
263
340
341
343
KOC-C20095
_
KOC-C30161
KOC-C30161
FRONT
METAL FITTING
METAL FITTING
PHONEJACK
PANEL
OF FRONT
OF FRONT
PLATE
34016800
34013700
34017000
34017100
34017200
64047500
PAN
64033200
PANEL(L
64033100
EL(R)
)
KOC-C30160
KOC-C40350
METAL FITTING
OF KLM297
64032700
64032900
24
Page 26
25
Page 27
Page 28
5611BHU
PRINTED
IN JAPAN
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