background image

CVP-202

29

Table#1
LFO Frequency

Table#2
Modulation Delay Offset

Data

Value

Data

Value

Data

Value

Data

Value

0

0.00

32

1.35

64

2.69

96

8.41

1

0.04

33

1.39

65

2.78

97

8.75

2

0.08

34

1.43

66

2.86

98

9.08

3

0.13

35

1.47

67

2.94

99

9.42

4

0.17

36

1.51

68

3.03

100

9.76

5

0.21

37

1.56

69

3.11

101

10.1

6

0.25

38

1.60

70

3.20

102

10.8

7

0.29

39

1.64

71

3.28

103

11.4

8

0.34

40

1.68

72

3.37

104

12.1

9

0.38

41

1.72

73

3.45

105

12.8

10

0.42

42

1.77

74

3.53

106

13.5

11

0.46

43

1.81

75

3.62

107

14.1

12

0.51

44

1.85

76

3.70

108

14.8

13

0.55

45

1.89

77

3.87

109

15.5

14

0.59

46

1.94

78

4.04

110

16.2

15

0.63

47

1.98

79

4.21

111

16.8

16

0.67

48

2.02

80

4.37

112

17.5

17

0.72

49

2.06

81

4.54

113

18.2

18

0.76

50

2.10

82

4.71

114

19.5

19

0.80

51

2.15

83

4.88

115

20.9

20

0.84

52

2.19

84

5.05

116

22.2

21

0.88

53

2.23

85

5.22

117

23.6

22

0.93

54

2.27

86

5.38

118

24.9

23

0.97

55

2.31

87

5.55

119

26.2

24

1.01

56

2.36

88

5.72

120

27.6

25

1.05

57

2.40

89

6.06

121

28.9

26

1.09

58

2.44

90

6.39

122

30.3

27

1.14

59

2.48

91

6.73

123

31.6

28

1.18

60

2.52

92

7.07

124

33.0

29

1.22

61

2.57

93

7.40

125

34.3

30

1.26

62

2.61

94

7.74

126

37.0

31

1.30

63

2.65

95

8.08

127

39.7

Data

Value

Data

Value

Data

Value

Data

Value

0

0.0

32

3.2

64

6.4

96

9.6

1

0.1

33

3.3

65

6.5

97

9.7

2

0.2

34

3.4

66

6.6

98

9.8

3

0.3

35

3.5

67

6.7

99

9.9

4

0.4

36

3.6

68

6.8

100

10.0

5

0.5

37

3.7

69

6.9

101

11.1

6

0.6

38

3.8

70

7.0

102

12.2

7

0.7

39

3.9

71

7.1

103

13.3

8

0.8

40

4.0

72

7.2

104

14.4

9

0.9

41

4.1

73

7.3

105

15.5

10

1.0

42

4.2

74

7.4

106

17.1

11

1.1

43

4.3

75

7.5

107

18.6

12

1.2

44

4.4

76

7.6

108

20.2

13

1.3

45

4.5

77

7.7

109

21.8

14

1.4

46

4.6

78

7.8

110

23.3

15

1.5

47

4.7

79

7.9

111

24.9

16

1.6

48

4.8

80

8.0

112

26.5

17

1.7

49

4.9

81

8.1

113

28.0

18

1.8

50

5.0

82

8.2

114

29.6

19

1.9

51

5.1

83

8.3

115

31.2

20

2.0

52

5.2

84

8.4

116

32.8

21

2.1

53

5.3

85

8.5

117

34.3

22

2.2

54

5.4

86

8.6

118

35.9

23

2.3

55

5.5

87

8.7

119

37.5

24

2.4

56

5.6

88

8.8

120

39.0

25

2.5

57

5.7

89

8.9

121

40.6

26

2.6

58

5.8

90

9.0

122

42.2

27

2.7

59

5.9

91

9.1

123

43.7

28

2.8

60

6.0

92

9.2

124

45.3

29

2.9

61

6.1

93

9.3

125

46.9

30

3.0

62

6.2

94

9.4

126

48.4

31

3.1

63

6.3

95

9.5

127

50.0

Table#3
EQ Frequency

Table#4
Reverb Time

Data

Value

Data

Value

0

THRU(0)

32

800

1

22

33

900

2

25

34

1.0k

3

28

35

1.1k

4

32

36

1.2k

5

36

37

1.4k

6

40

38

1.6k

7

45

39

1.8k

8

50

40

2.0k

9

56

41

2.2k

10

63

42

2.5k

11

70

43

2.8k

12

80

44

3.2k

13

90

45

3.6k

14

100

46

4.0k

15

110

47

4.5k

16

125

48

5.0k

17

140

49

5.6k

18

160

50

6.3k

19

180

51

7.0k

20

200

52

8.0k

21

225

53

9.0k

22

250

54

10.0k

23

280

55

11.0k

24

315

56

12.0k

25

355

57

14.0k

26

400

58

16.0k

27

450

59

18.0k

28

500

60 THRU(20.0k)

29

560

30

630

31

700

Data

Value

Data

Value

Data

Value

0

0.3

32

3.5

64

17.0

1

0.4

33

3.6

65

18.0

2

0.5

34

3.7

66

19.0

3

0.6

35

3.8

67

20.0

4

0.7

36

3.9

68

25.0

5

0.8

37

4.0

69

30.0

6

0.9

38

4.1

7

1.0

39

4.2

8

1.1

40

4.3

9

1.2

41

4.4

10

1.3

42

4.5

11

1.4

43

4.6

12

1.5

44

4.7

13

1.6

45

4.8

14

1.7

46

4.9

15

1.8

47

5.0

16

1.9

48

5.5

17

2.0

49

6.0

18

2.1

50

6.5

19

2.2

51

7.0

20

2.3

52

7.5

21

2.4

53

8.0

22

2.5

54

8.5

23

2.6

55

9.0

24

2.7

56

9.5

25

2.8

57

10.0

26

2.9

58

11.0

27

3.0

59

12.0

28

3.1

60

13.0

29

3.2

61

14.0

30

3.3

62

15.0

31

3.4

63

16.0

Table#5
Delay Time  (200.0ms)

Table#6
Room Size

Data

Value

Data

Value

Data

Value

Data

Value

0

0.1

32

50.5

64 100.8

96 151.2

1

1.7

33

52.0

65 102.4

97 152.8

2

3.2

34

53.6

66 104.0

98 154.4

3

4.8

35

55.2

67 105.6

99 155.9

4

6.4

36

56.8

68 107.1

100 157.5

5

8.0

37

58.3

69 108.7

101 159.1

6

9.5

38

59.9

70 110.3

102 160.6

7

11.1

39

61.5

71 111.9

103 162.2

8

12.7

40

63.1

72 113.4

104 163.8

9

14.3

41

64.6

73 115.0

105 165.4

10

15.8

42

66.2

74 116.6

106 166.9

11

17.4

43

67.8

75 118.2

107 168.5

12

19.0

44

69.4

76 119.7

108 170.1

13

20.6

45

70.9

77 121.3

109 171.7

14

22.1

46

72.5

78 122.9

110 173.2

15

23.7

47

74.1

79 124.4

111 174.8

16

25.3

48

75.7

80 126.0

112 176.4

17

26.9

49

77.2

81 127.6

113 178.0

18

28.4

50

78.8

82 129.2

114 179.5

19

30.0

51

80.4

83 130.7

115 181.1

20

31.6

52

81.9

84 132.3

116 182.7

21

33.2

53

83.5

85 133.9

117 184.3

22

34.7

54

85.1

86 135.5

118 185.8

23

36.3

55

86.7

87 137.0

119 187.4

24

37.9

56

88.2

88 138.6

120 189.0

25

39.5

57

89.8

89 140.2

121 190.6

26

41.0

58

91.4

90 141.8

122 192.1

27

42.6

59

93.0

91 143.3

123 193.7

28

44.2

60

94.5

92 144.9

124 195.3

29

45.7

61

96.1

93 146.5

125 196.9

30

47.3

62

97.7

94 148.1

126 198.4

31

48.9

63

99.3

95 149.6

127 200.0

Data

Value

Data

Value

Data

Value

Data

Value

0

0.1

32

5.1

64

10.1

96

15.1

1

0.3

33

5.3

65

10.3

97

15.3

2

0.4

34

5.4

66

10.4

98

15.5

3

0.6

35

5.6

67

10.6

99

15.6

4

0.7

36

5.7

68

10.8

100

15.8

5

0.9

37

5.9

69

10.9

101

15.9

6

1.0

38

6.1

70

11.1

102

16.1

7

1.2

39

6.2

71

11.2

103

16.2

8

1.4

40

6.4

72

11.4

104

16.4

9

1.5

41

6.5

73

11.5

105

16.6

10

1.7

42

6.7

74

11.7

106

16.7

11

1.8

43

6.8

75

11.9

107

16.9

12

2.0

44

7.0

76

12.0

108

17.0

13

2.1

45

7.2

77

12.2

109

17.2

14

2.3

46

7.3

78

12.3

110

17.3

15

2.5

47

7.5

79

12.5

111

17.5

16

2.6

48

7.6

80

12.6

112

17.6

17

2.8

49

7.8

81

12.8

113

17.8

18

2.9

50

7.9

82

12.9

114

18.0

19

3.1

51

8.1

83

13.1

115

18.1

20

3.2

52

8.2

84

13.3

116

18.3

21

3.4

53

8.4

85

13.4

117

18.4

22

3.5

54

8.6

86

13.6

118

18.6

23

3.7

55

8.7

87

13.7

119

18.7

24

3.9

56

8.9

88

13.9

120

18.9

25

4.0

57

9.0

89

14.0

121

19.1

26

4.2

58

9.2

90

14.2

122

19.2

27

4.3

59

9.3

91

14.4

123

19.4

28

4.5

60

9.5

92

14.5

124

19.5

29

4.6

61

9.7

93

14.7

125

19.7

30

4.8

62

9.8

94

14.8

126

19.8

31

5.0

63

10.0

95

15.0

127

20.0

Table#7
Delay Time  (400.0ms)

Table#8
Reverb Width; Depth; Height

Data

Value

Data

Value

Data

Value

Data

Value

0

0.1

32 100.9

64 201.6

96 302.4

1

3.2

33 104.0

65 204.8

97 305.5

2

6.4

34 107.2

66 207.9

98 308.7

3

9.5

35 110.3

67 211.1

99 311.8

4

12.7

36 113.5

68 214.2

100 315.0

5

15.8

37 116.6

69 217.4

101 318.1

6

19.0

38 119.8

70 220.5

102 321.3

7

22.1

39 122.9

71 223.7

103 324.4

8

25.3

40 126.1

72 226.8

104 327.6

9

28.4

41 129.2

73 230.0

105 330.7

10

31.6

42 132.4

74 233.1

106 333.9

11

34.7

43 135.5

75 236.3

107 337.0

12

37.9

44 138.6

76 239.4

108 340.2

13

41.0

45 141.8

77 242.6

109 343.3

14

44.2

46 144.9

78 245.7

110 346.5

15

47.3

47 148.1

79 248.9

111 349.6

16

50.5

48 151.2

80 252.0

112 352.8

17

53.6

49 154.4

81 255.2

113 355.9

18

56.8

50 157.5

82 258.3

114 359.1

19

59.9

51 160.7

83 261.5

115 362.2

20

63.1

52 163.8

84 264.6

116 365.4

21

66.2

53 167.0

85 267.7

117 368.5

22

69.4

54 170.1

86 270.9

118 371.7

23

72.5

55 173.3

87 274.0

119 374.8

24

75.7

56 176.4

88 277.2

120 378.0

25

78.8

57 179.6

89 280.3

121 381.1

26

82.0

58 182.7

90 283.5

122 384.3

27

85.1

59 185.9

91 286.6

123 387.4

28

88.3

60 189.0

92 289.8

124 390.6

29

91.4

61 192.2

93 292.9

125 393.7

30

94.6

62 195.3

94 296.1

126 396.9

31

97.7

63 198.5

95 299.2

127 400.0

Data

Value

Data

Value

Data

Value

Data

Value

0

0.5

32

8.8

64

17.6

96

27.5

1

0.8

33

9.1

65

17.9

97

27.8

2

1.0

34

9.4

66

18.2

98

28.1

3

1.3

35

9.6

67

18.5

99

28.5

4

1.5

36

9.9

68

18.8

100

28.8

5

1.8

37

10.2

69

19.1

101

29.2

6

2.0

38

10.4

70

19.4

102

29.5

7

2.3

39

10.7

71

19.7

103

29.9

8

2.6

40

11.0

72

20.0

104

30.2

9

2.8

41

11.2

73

20.2

10

3.1

42

11.5

74

20.5

11

3.3

43

11.8

75

20.8

12

3.6

44

12.1

76

21.1

13

3.9

45

12.3

77

21.4

14

4.1

46

12.6

78

21.7

15

4.4

47

12.9

79

22.0

16

4.6

48

13.1

80

22.4

17

4.9

49

13.4

81

22.7

18

5.2

50

13.7

82

23.0

19

5.4

51

14.0

83

23.3

20

5.7

52

14.2

84

23.6

21

5.9

53

14.5

85

23.9

22

6.2

54

14.8

86

24.2

23

6.5

55

15.1

87

24.5

24

6.7

56

15.4

88

24.9

25

7.0

57

15.6

89

25.2

26

7.2

58

15.9

90

25.5

27

7.5

59

16.2

91

25.8

28

7.8

60

16.5

92

26.1

29

8.0

61

16.8

93

26.5

30

8.3

62

17.1

94

26.8

31

8.6

63

17.3

95

27.1

○ ○ ○

Effect Data Assign Table / Effektdaten-Zuordnungstabelle /
Tableau d’assignation des données d’effets / Tabla de
asignación de datos para efectos

Summary of Contents for Clavinova CVP-202

Page 1: ...Data List Daten Liste Liste des donn es Lista de datos...

Page 2: ...echnische Daten 38 Table des mati res Fran ais Liste des voix 3 Morceaux de d mo 7 Liste d assignation instrument de batterie touche du clavier 8 Liste des styles 10 Tableau des param tres 11 Tablatur...

Page 3: ...Harp 0 114 22 Harmonica 0 112 22 Reed Organ 0 112 20 Percussion Vibraphone 0 112 11 Jazz Vibes 0 113 11 Marimba 0 112 12 Xylophone 0 112 13 Steel Drums 0 112 114 Celesta 0 112 8 Glocken 0 112 9 Music...

Page 4: ...2 109 Strings Orch Strings 0 113 48 Symphon Strs 0 114 48 Strings 0 112 48 Slow Strings 0 113 49 Chamber Strs 0 112 49 SynthStrings 0 112 50 ConcertoStrs 0 115 48 Orch Brass 0 118 49 Orch Flute 0 119...

Page 5: ...9 ChurOrg2 0 35 19 NotreDam 0 40 19 OrgFlute 0 64 19 TrmOrgFl 0 65 19 ReedOrgn 0 0 20 Puff Org 0 40 20 Acordion 0 0 21 AccordIt 0 32 21 Harmnica 0 0 22 Harmo 2 0 32 22 TangoAcd 0 0 23 TngoAcd2 0 64 23...

Page 6: ...tle 0 0 78 Ocarina 0 0 79 SquareLd 0 0 80 SquarLd2 0 6 80 LMSquare 0 8 80 Hollow 0 18 80 Shroud 0 19 80 Mellow 0 64 80 SoloSine 0 65 80 SineLead 0 66 80 Saw Lead 0 0 81 Saw Ld 2 0 6 81 ThickSaw 0 8 81...

Page 7: ...reamer S C Foster Song 4 Annie Laurie Traditional Voice Voice Name MSB LSB Demo Songs Demo Songs Morceaux de d mo Canciones de demostraci n Some of the demonstration pieces listed above are specially...

Page 8: ...shCymbal1 CrashCymbal1 CrashCymbal1 CrashCymbal1 CrashCymbal1 Crash Analog Crash Analog D 4 50 D 2 High Tom High Tom Tom Room 6 Tom Rock 6 TomElectro 6 Tom Analog 6 Tom Analog 6 D 4 51 D 2 RideCymbal...

Page 9: ...sh1StBrsh D 4 50 D 2 Tom Jazz 6 Tom Brush 6 Tom Jazz 6 HiTom StyStd HiTom StBrsh D 4 51 D 2 RideCymbal 1 RideCymbal 1 HandCymShort Ride1 StyStd Ride1 StBrsh E 4 52 E 2 Chinese Cym Chinese Cym Chinese...

Page 10: ...e 6 8Blues BluesPiano Amaz Gospel ComboBoogie COUNTRY Country8Beat CountryPop CountryRock CountrySwing CountryWaltz CntryBallad Country2 4 CowboyBoogie CntryShuffle Hoedown Style Group Style Name LATI...

Page 11: ...G ACMP SETTING MAIN A B C D MAIN C O ACMP SETTING O ACMP SETTING ACMP SETTING ACMP ON OFF OFF ON ON ACMP SETTING O ACMP SETTING ACMP SETTING ACCOMPANIMENT MODE MULTI FINGER ACMP SETTING O ACMP SETTING...

Page 12: ...sont du type position fondamentale simple Todos los digitados se muestran como tipos de posici n de ra z sencilla Example for C chords Beispiele f r C Akkorde Exemples d accords en C Ejemplo de acord...

Page 13: ...0100 1101 78 4E 0100 1110 79 4F 0100 1111 80 50 0101 0000 81 51 0101 0001 82 52 0101 0010 83 53 0101 0011 84 54 0101 0100 85 55 0101 0101 86 56 0101 0110 87 57 0101 0111 88 58 0101 1000 89 59 0101 100...

Page 14: ...0 127 c 94 VARIATION SEND LEVEL v 0 127 When only Connection 1 System c 100 RPN LSB v 0 127 c 101 RPN MSB v 0 127 Receive CONTROL NUMBER c 0 BANK SELECT MSB v 0 XG NORMAL 64 SFX NORMAL 126 XG SFX KIT...

Page 15: ...EL NUMBER RPN LSB 01100100 64H RPN LSB NUMBER 0ppppppp p RPN LSB refer to the list below RPN MSB 01100101 65H RPN MSB NUMBER 0qqqqqqq q RPN MSB refer to the list below DATA ENTRY MSB 00000110 06H DATA...

Page 16: ...bbb 3 flats 0kkk0000 k0 reserved 0001nnnn 1n bb 2 flats 0kkk0001 k1 C 0010nnnn 2n b 1 flat 0kkk0010 k2 D 0011nnnn 3n natural 0kkk0011 k3 E 0100nnnn 4n 1 sharp 0kkk0100 k4 F 0101nnnn 5n 2 sharps 0kkk0...

Page 17: ...ress and Parameters refer to Table 1 2 page 20 and Table 1 4 Table 1 6 pages 20 23 The following Parameter Changes are handled XG System Data Multi Effect 1 Data Multi Part Data Drums Setup Data 3 6 3...

Page 18: ...ID 01000101 01 Clavinova common ID 00100010 22 Piano Live Exclusive Substatus 00000011 03 Panel Voice Effect Depth Setting Substatus 0000nnnn 0n Panel Part No 00H RIGHT 1 01H RIGHT 2 02H LEFT 0vvvvvvv...

Page 19: ...01 Clavinova common ID 00010001 11 Sub ID 0000nnnn 0N N MIDI Channel 01000111 47 MIDI Key LED Mode On Off 0ddddddd DD DD 00H Key LED Mode Off 01H Key LED Mode On no tone 02H Key LED Mode On tone 11110...

Page 20: ...1 01 TOTAL SIZE 10 Transmitted by Dump Request Not received Bulk Dump Only Table 1 4 MIDI Parameter Change table EFFECT 1 Address Size Data Parameter Name Description Default H H H Value H 02 01 00 2...

Page 21: ...42 2 00 7F Vari Param 1 MSB Refer to the Ef Parameter List Depend on Vari Type 00 7F Vari Param 1 LSB Refer to the Ef Parameter List Depend on Vari Type 44 2 00 7F Vari Param 2 MSB Refer to the Ef Par...

Page 22: ...nn 1A 1 00 7F EG Attack Time 64 63 40 nn 1B 1 00 7F EG Decay Time 64 63 40 nn 1C 1 00 7F EG Release Time 64 63 40 nn 1D 1 28 58 MW Pitch Control 24 24 semitones 40 nn 1E 1 00 7F MW Filter Control 960...

Page 23: ...Size Data Parameter Name Description Default H H H Value H 3n rr 00 1 00 7F Pitch Coarse 64 63 40 3n rr 01 1 00 7F Pitch Fine 64 63 cent 40 3n rr 02 1 00 7F Level 0 127 Depend on the Note 3n rr 03 1 0...

Page 24: ...S5 65 2 CHORUS6 65 0 CHORUS7 65 1 CHORUS8 65 8 CELESTE1 66 0 CELESTE2 66 2 FLANGER1 67 8 FLANGER2 67 16 FLANGER3 67 17 FLANGER4 67 1 FLANGER5 67 0 SYMPHONIC1 68 16 SYMPHONIC2 68 0 PHASER1 72 0 PHASER2...

Page 25: ...1 1 0 1 10 7 8 9 10 Dry Wet Balance D63 W D W D W63 1 127 11 12 13 EQ Low Frequency 32Hz 2 0kHz 4 40 table 3 14 EQ Low Gain 12 12dB 52 76 15 EQ High Frequency 500Hz 16 0kHz 28 58 table 3 16 EQ High Ga...

Page 26: ...27 0 127 3 Delay Offset 0 0mS 50mS 0 127 table 2 4 5 6 EQ Low Frequency 32Hz 2 0kHz 4 40 table 3 7 EQ Low Gain 12 12dB 52 76 8 EQ High Frequency 500Hz 16 0kHz 28 58 table 3 9 EQ High Gain 12 12dB 52 7...

Page 27: ...12 12dB 52 76 10 11 12 13 14 15 16 No Parameter Display Value See Table Control 1 LFO Frequency 0 00Hz 39 7Hz 0 127 table 1 2 LFO Depth 0 127 0 127 3 Phase Shift Offset 0 127 0 127 4 Feedback Level 63...

Page 28: ...1 12 13 14 15 16 No Parameter Display Value See Table Control 1 LFO Frequency 0 00Hz 39 7Hz 0 127 table 1 2 LFO Depth 0 127 0 127 3 Cutoff Frequency Offset 0 127 0 127 4 Resonance 1 0 12 0 10 120 5 6...

Page 29: ...45 70 9 77 121 3 109 171 7 14 22 1 46 72 5 78 122 9 110 173 2 15 23 7 47 74 1 79 124 4 111 174 8 16 25 3 48 75 7 80 126 0 112 176 4 17 26 9 49 77 2 81 127 6 113 178 0 18 28 4 50 78 8 82 129 2 114 179...

Page 30: ...nk Select 1 x 4 o Modulation 5 x o Portamento Time 7 10 11 o o Control 6 38 o o Data Entry 64 66 67 o o change 65 x o Portamento 71 74 x 4 o Sound Controller 84 o o Portamento Cntrl 91 93 94 o o Effec...

Page 31: ...nabh ngig von dessen Wert 4 Wird bertragen wenn die ACMP RHY oder HARMONIE Einstellung der Funktion Sendekanal Begleitung Harmonie aktiviert ist Remarques 1 Le canal d mission pour les parties RIGHT1...

Page 32: ...Sie dabei dar auf da die Pedale in dieselbe Richtung weisen wie die vorspringenden Teile der F e Assembly CAUTION Be careful not to confuse parts and be sure to install all parts in the correct direct...

Page 33: ...orden indicado a continuaci n El montaje deber realizarse al menos por dos personas Procure utilizar los tornillos del tama o adecuado seg n se indica arriba El empleo de tornillos inadecuados puede o...

Page 34: ...springenden Teile der F e auf Schrauben Sie dann die R ckwand oben mit zwei 4 x 12 mm Halbrund schrauben 2 so an den Seitenw nden fest da kein Spiel zwischen R ckwand und Seitenw nden verbleibt Schrau...

Page 35: ...e du clavier Une fois raccord fixez les serre fils sur le panneau arri re comme indiqu puis faites passer le c ble dans les serre fils CMonte el panel trasero B Con el panel trasero un poco inclinado...

Page 36: ...ns El selector de tensi n est provisto para ciertos destinos 6 7 NDen Spannungsw hler einstellen Bevor Sie nun das Netzkabel anschlie en m ssen Sie den Spannungsw hler falls vorhanden auf die rtliche...

Page 37: ...l cart des portes et de toute autre structure mobile D placer le Clavinova vers un emplacement appropri Lorsque vous secouez quelque peu le Clavinova entendez vous un cliquetis Serrer convenablement...

Page 38: ...L L R R AUX IN jacks L L R R TO HOST terminal MIDI terminals IN OUT THRU INPUT OUTPUT AUX OUT Output Impedance 600 SPECIFICATIONS AUX IN Input Impedance 10 k Input Sensitivity 10 dBm MAIN AMPLIFIERS...

Page 39: ...ical Instrument Division Yamaha Corporation 2003 Yamaha Corporation WA54890 3 PO 01A0 Printed in Indonesia Clavinova Web site English only http www yamahaclavinova com Yamaha Manual Library http www2...

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