diagrama electrico ejemplo...diagrama_electrico_ejemplo author juan stauffer created date 6/22/2020...

TDFyC UMA

CAREL c.pCO MINI Panel / LG PAHCMM000

Simbología

X?.?

X?.?

Bornes Interruptor Automático Termomagnético Fusible con Porta-Fusible

A2

A1 K?

RELE

12

11

14

K?RELE

X?.?-P

X?.?-P

Bornes Puenteados

Luz Piloto LED Relé Lado Bobina Relé Lado Contactos

12

F?MCB 1 Polo

C/6A 12

F?Fusible 1 Polo

2.5A

X1

X2

HLED?Luz Piloto

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INSTAPLAN SUR - TDFyC UMA

Juan Enrique Stauffer / [email protected] S.A.

C:\Users\J ... Diagrama_Electrico_Ejemplo.dsn

0 2020-04-30 0

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A A

B B

C C

D D

E E

F F

Desconectador General

Conexión de Campo Directa

L1 L2 L3

/2.B1 L3-B

/2.B1 L2-B

/2.B1 L1-B

/2.D1 PE-B

PE

321

12

34

56

Q1

DESCONECTADOR

Ref: LOVATO GX32 10 O88 (32A)Considerar: APRBP

400VAC / 50Hz / 3L-N-PE

/2.D1 N-B

N

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A A

B B

C C

D D

E E

F F

L1-B L1-B

L2-B L2-B

L3-B L3-B

N-B N-B

PE-B PE-B

/1.C4 PE-B

/1.D4 L2-B

/1.D4 L3-B

/1.D4 L1-B

1 2 3

/3.A1

/3.A1

/3.A1

/3.E1

/3.E1

/1.C4 N-B

12

F1Fusible 1 Polo

250mA

X1

X2

HL1Luz Piloto

ROJO

4

4

5

5

6

6

L1

12

F2Fusible 1 Polo

250mA

X1

X2

HL1Luz Piloto

ROJO

7

7

8

8

9

9

L21

2

F3Fusible 1 Polo

250mA

X1

X2

HL1Luz Piloto

ROJO

10

10

11

11

12

12

L3

X2.1B

X2.2B

L1 L2

X2.1A

X2.2A

1716

Consumo Nominal: 0.75kW

X2.3B

L3

X2.3A

18

X2.4B

PE

X2.4A

19

19

16 17 18

13 14 15

13 14 15

12

34

56

F4MCB 3 Polos

C/6A

Variador de Velocidad VEXLuces Piloto Presencia Fase

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A A

B B

C C

D D

E E

F F

L1-B L1-B

L2-B L2-B

L3-B L3-B

N-B N-B

PE-B PE-B

/2.A8

/2.A8

/2.A8

/2.E8

/2.E8

X2.5B

X2.6B

L1 L2

X2.5A

X2.6A

2423

X2.7B

L3

X2.7A

25

X2.8B

PE

X2.8A

26

26

23 24 25

20 21 22

20 21 22

12

34

56

F5MCB 3 Polos

C/10A

X2.9B

X2.10B

L1 L2

X2.9A

X2.10A

3130

X2.11B

L3

X2.11A

32

X2.12B

PE

X2.12A

33

33

30 31 32

27 28 29

27 28 29

12

34

56

F6MCB 3 Polos

C/16A

/4.A1

/4.E1

/4.E1

Variador de Velocidad VIN Humidificador

Consumo Nominal: 3.00kW Consumo Nominal: 8.7A

/4.A1

/4.A1

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A A

B B

C C

D D

E E

F F

L1-B L1-B

L2-B L2-B

L3-B L3-B

N-B N-B

PE-B PE-B

/3.A8

/3.E8

41 42 43 45

X1.D

(-12)

44

12

F10Fusible 1 Polo

2A

44

45

X1.C

(+12)

43

Fuente de Poder 230VAC / 12VDC

Aterrizar Armario

X1.E

PE

46

46

40

12

F9Fusible 1 Polo

300mA

40

41

35 37 39

X1.B

(-)

38

12

F8Fusible 1 Polo

2.5A

38

39

X1.A

(+)

37

Fuente de Poder 230VAC / 24VDC

34

12

F7Fusible 1 Polo

600mA

34

35

L N +

WAGO 787-1001DC 2,0 A / 12 VDC

+ - -

Entrada: 85...264 VACSalida: 10,8...18,0 VDC

IP 20 / 0...+50ºC

T2Fuente Poder

L N +

WAGO 787-1012DC 2,5 A / 24 VDC

+ - -

Entrada: 85...264 VACSalida: 22,8...26,4 VDC

IP 20 / 0...+50ºC

T1Fuente Poder

/3.A8

/3.A8

/3.E8

36

36 42

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A A

B B

C C

D D

E E

F F

Alimentación 24 VDC (Controlador CAREL)

48 49

X1.B

(-)

49

X1.A

(+)

47

47

12

F11Fusible 1 Polo

1,5A

48

G

G0

c.pCO MINI / P+P000UE1DEF0 / Power

J1

G = Fase o (+) / 24 VAC / 28...36 VDC

G0 = Neutro o (-)

VAC = 24 (+10/-15%), (50/60Hz)

VDC = 28...36 (-20%/+10%)

Nota: Trabajando con VAC, el G0 hay que aterrizarlo.

Vba

t K1c.pCO Mini POWER

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A A

B B

C C

D D

E E

F F

2

X3.3

B

X3.4

B

X3.3A

X3.4A

51 64

3

57

X1.B

(-)

64

X1.B

(-)

57

62

/7.B1 (U5 VEX Alarma Común)

/7.B1 (U6 VIN En Marcha)

58 59 61565553525150

Entradas Universales

X1.B

(-)

53

/7.B1 (U7 VIN Alarma Común)

/7.B1 (U8 SPD Prefiltro)

/7.B1 (U10 SPD Filtro Absoluto)

2

X3.1

B

X3.2

B

X3.1A

X3.2A

VEX (AI1)

50 63

3

Señal 0-10VDC

X1.B

(-)

63

54

GN

D

c.pCO MINI / P+P000UE1DEF0 / Universal Inputs/Outputs

+5V

RE

F

U1

U2

U3

GN

D

+V

DC

U4

GN

DU5

GN

D

J9 J2

+5VREF = +5VDC para Transductores de Presión

+VDC = +12VDC máximo 50 mA

U6

U7

U8

U9

U10 K1

c.pCO Mini U-IN/OUT

/7.B1 (U9 SPD Filtro Alta Eficiencia)

VIN (AI1)Señal 0-10VDC

+VOUT

X3.5

B

X3.6

B

X3.5A

X3.6A

Entrada 0-10VDC y Fuerza

52 65

COM

Magnesense

X1.B

(-)

65

(Transmisor PresiónDiferencial)

X3.7

B

X3.7A

66

PWR

X1.A

(+)

66

/7.B1 (U4 VEX En Marcha)

60

X1.B

(-)

62

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A A

B B

C C

D D

E E

F F

/6.B3 (U5)

/6.C3 (U6)

/6.C3 (U7)

/6.C3 (U8)

/6.C3 (U9)

X3.14

B

X3.15

B

X3.14A

X3.15A

58 70

X1.B

(-)

70

X3.18

B

X3.19

B

X3.18A

X3.19A

60 72

X1.B

(-)

71

X3.16

B

X3.17

B

X3.16A

X3.17A

59 71

2 3

X3.12

B

X3.13

B

X3.12A

X3.13A

56 69

X1.B

(-)

69

Filtro Alta Eficiencia

22

X3.8

B

X3.9

B

X3.8A

X3.9A

54 67

24

/6.B3 (U4)

En MarchaSwitch Presión Dif.

Saturado

22 24 25 27 2 325

X3.10

B

X3.11

B

X3.10A

X3.11A

55 68

27

Alarma Común

68

X3.20

B

X3.21

B

X3.20A

X3.21A

61 73

2 3

Filtro Absoluto

/6.C3 (U10)

X1.B

(-)

67

X1.B

(-)

X1.B

(-)

72

X1.B

(-)

73

VEX (Relé 2) VEX (Relé 3) VIN (Relé 2)En Marcha

VIN (Relé 3)Alarma Común Prefiltro

Switch Presión Dif.

Saturado

Switch Presión Dif.

Saturado

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A A

B B

C C

D D

E E

F F

Entradas Digitales

ID1

ID2

c.pCO MINI / P+P000UE1DEF0 / Digital Inputs

GN

D

J8

Nota: Cerrar contacto entre GND e ID1 o ID2

Nota: No son Optically-Isolated

K1c.pCO Mini D-IN

76

X1.B

(-)

76

74

/16.B1 (ID1 Status On/Off Control LG)

/16.B1 (ID2 Status Alarma Control LG)

75

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A A

B B

C C

D D

E E

F F

Salidas Analogas

797877

COM

X3.23

B

X3.23A

80

X1.B

80

X1.B

79

Señal 0-10VDC

X3.22

B

X3.22A

78

0-10V

(-) (-)

Y1

Y2

c.pCO MINI / P+P000UE1DEF0 / Analog Outputs

GN

D

J8

Y = Salidas 0-10 VDC

GND = 0 VDC

Nota: Máximo 10 metros desde Controlador

K1c.pCO Mini A-OUT

Humidificador

/16.C1 (Y1 Set-Point Tº Controlador LG)

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A A

B B

C C

D D

E E

F F

Salidas Digitales

81 82 83 84 85 86

X1.B

82

(-)

/14.E1 (NO3 LG On/Off UI1)

X1.B

85

(-)

89

X1.B

89

(-)

/14.E1 (NO4 LG Calor/Frio UI2)

/14.E1 (NO5 HUM Seguridad)

87 88

NO

1

C1/

2

c.pCO MINI / P+P000UE1DEF0 / Digital Outputs

NO

2

NO

3

C3/

4/5

NO

4

C3/

4/5

NO

6

NC

6

C6

J10 J11

Relés NO/NC = 6 = 1 Operar Relés a Máximo 250 VAC / 1 A

NO

5

Relés NO = 1 al 5 = 5 La aislación entre contactos dentro de grupos es baja, no mezclar voltajes por grupo.

J12

K1c.pCO Mini D-OUT

/14.E1 (NO6 HUM Prod. Mecánica)

/12.B1 (NO2 VIN On/Off)

/11.B1 (NO1 VEX On/Off)

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A A

B B

C C

D D

E E

F F

VEX - VFD - RUN

91

1314

1 20

2324

S1Selector 1-0-2

X1.B

81 92

(-)

92

A2

A1 K2

RELE

24VDC

X1.A

(+)

90

90

91

/13.B3

AUTO - MANUAL

VEX - VFD - MANUAL

94

X1.B

95

(-)

95

A2

A1 K3

RELE

24VDC

X1.A

(+)

93

93

94

/13.B4

1314

10

S2Selector 0-1

/10.B3 (NO1)

AUTO - 0 - FIJASEÑAL RUN VELOCIDAD

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7

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A A

B B

C C

D D

E E

F F

VIN - VFD - RUN

97

1314

1 20

2324

S1Selector 1-0-2

X1.B

83 98

(-)

98

A2

A1 K4

RELE

24VDC

X1.A

(+)

96

96

97

/13.B6

AUTO - MANUAL

VIN - VFD - MANUAL

100

X1.B

101

(-)

101

A2

A1 K5

RELE

24VDC

X1.A

(+)

99

99

100

/13.B7

1314

10

S2Selector 0-1

/10.B3 (NO2)

AUTO - 0 - FIJASEÑAL RUN VELOCIDAD

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A A

B B

C C

D D

E E

F F

X3.25

B

X3.24

B

Contacto Seco (SPST 24 VDC)

X3.25A

X3.24A

102 104

12

11

14

K2RELE

104

102

1310

VFD - Marcha Directa

/11.B3

X3.26

B


X3.26A

105

12

11

14

K3RELE

105

103

15

/11.B6

VFD - Velocidad Fija24 VDC

Que Vienen de VFD

103

VEX - VFD - RUN VEX - VFD - MANUAL

X3.28

B

X3.27

B


X3.28A

X3.27A

106 108

12

11

14

K4RELE

108

106

VFD - Marcha Directa

/12.B3

X3.29

B


X3.29A

109

12

11

14

K5RELE

109

107

/12.B6

VFD - Velocidad Fija24 VDC

Que Vienen de VFD

107

VIN - VFD - RUN VIN - VFD - MANUAL

10 13 15

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A A

B B

C C

D D

E E

F F

Salidas Digitales

A2

A1 K6

RELE

24VDC

X1.A

(+)

110

110

84

A2

A1 K7

RELE

24VDC

X1.A

(+)

111

111

86A

2A

1 K8RELE

24VDC

X1.A

(+)

112

112

87

A2

A1 K9

RELE

24VDC

X1.A

(+)

113

113

88

/10.B3 (NO3)

/10.B3 (NO4)

/10.B3 (NO5)

/10.B3 (NO6)

X3.33

B

X3.32

B

X3.33A

X3.32A

116 117

12

11

14

K9RELE

117

116

NACOM

HumidificadorProducción Hum Mecánico

X3.31

B

X3.30

B

X3.31A

X3.30A

114 115

12

11

14

K8RELE

115

114

NACOM

HumidificadorSeguridad Flujo Aire

12

11

14

K6RELE

12

11

14

K7RELE

/16.B1 (G)

/16.B1 (G)

/16.B1 (UI2)

/16.B1 (UI1)

118 120

119 121

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A A

B B

C C

D D

E E

F F

Comunicaciones

+V

term (-

)

(+)

c.pCO MINI / P+P000UE1DEF0 / Comunicaciones

(GN

D)

(-)

(+)

(GN

D)

(-)

(+)

(GN

D)

pLAN BMSFBus

J3 J4 J6

SerialZERO

SerialFOUR

NO Opto NO Opto NO Opto

SerialTHREE

K1c.pCO Mini COMM

Panel de Control Remoto / Sensor de Tº y HR

24V

GN

D

TH Tune / ATC4011CW0

Rx-

/Tx-

Rx+

/Tx+

GN

D

FBus

NO Opto

Sensor Tº y HR

B1TH Tune

X1.E

126

PE

X1.E

PE

Ate

rriz

ar m

alla

(-)

X3.35

B

X3.35A

125

X3.34

B

X3.34A

124

(+)

X1.A

124

(+)

RxTx-

X3.36

B

X3.36A

122

RxTx+

X3.37

B

X3.37A

123

PE

X3.38

B

X3.38A

126

Aterrizar malla

X1.B

(-)

125

122

123

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A A

B B

C C

D D

E E

F F

(+)

(-)

LG / PAHCMM000 / Controlador Condensador y Evaporador UMA

12VDC

POWER = 12 VDC (20 Watt / 1.7A)

UI1

RS485 SINGLE

CH

1 A

+

CH

1 B

-

CH

2 A

+

CH

2 B

- G

UI2 G

UI3

UI4 G

RI1 G

RI2 G

+12

V

SIG

GN

D

DIGITAL OUTPUTNTC

N

SIG

DO

1

DO

1

DO

2

DO

2

DO

3

DO

3

RI3 G

RI4 G

+12

V

+12

V 1 2 3 4

UNIVERSAL INPUT REMO NTC EEV

K10LG Control UMA

Controlador para Condensador y Evaporador LG

/8.B3 (ID2)

/8.B3 (ID1)

128

129

X1.D

(-12)

129

X1.C

(+12)

127

127

12

F12Fusible 1 Polo

1,5A

128

X1.A

(+)

138

X1.A

(+)

139

/14.B8 (G)

/14.D8 (UI1)

/14.B8 (G)

/14.D8 (UI2)

/17.B1 (CH2 B-)

/17.B1 (RI1)

/17.B1 (G)

/17.B1 (+12V)

/17.B1 (CH2 A+)

/17.B1 (GND)

/17.B1 (RI3)

/17.B1 (G)

/17.C1 (RI4)

/17.B1 (SIG)

/17.C1 (G)

/17.C1 (+12V)

/17.C1 (+12V)

/17.C1 (1)

/17.C1 (2)

/17.C1 (3)

/17.C1 (4)149

148

147

146

145

144

143

142

141

140

139

75

138

74

137

136

135134

133

120

121

118

119

131

130

/9.B3 (Y1)

77

X1.B

(-)

132

132

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2

2

3

3

4

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5

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6

7

7

8

8

A A

B B

C C

D D

E E

F F

B-

X3.40

B

X3.40A

131

X3.39

B

X3.39A

130

A+ RI1

X3.41

B

X3.41A

133

G

X3.42

B

X3.42A

134

SIG

X3.44

B

X3.44A

136

X3.43

B

X3.43A

135

+12V GND

X3.45

B

X3.45A

137

RI3

X3.46

B

X3.46A

140

RI4

X3.48

B

X3.48A

142

X3.47

B

X3.47A

141

G

X3.49

B

X3.49A

143

X3.50

B

X3.50A

144

1

X3.52

B

X3.52A

146

X3.51

B

X3.51A

145

2

X3.53

B

X3.53A

147

3

X3.54

B

X3.54A

148

X3.55

B

X3.55A

149

4G +12V +12V

/16.B7 (B-)

/16.B7 (A+)

/16.C7 (G)

/16.C7 (RI1)

/16.C7 (SIG)

/16.C7 (+12V)

/16.C7 (RI3)

/16.C7 (GND)

/16.C7 (RI4)

/16.C7 (G)

/16.D7 (+12V)

/16.D7 (G)

/16.D7 (1)

/16.D7 (+12V)

/16.D7 (3)

/16.D7 (2)

/16.D7 (4)

Conexiones de Campo Controlador LG

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0 2020-04-30 17

1

1

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2

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7

8

8

A A

B B

C C

D D

E E

F F

Diagrama de Bornes y Puentes

To

pe

1

G

WA

GO

- 2

79

-90

11

G

WA

GO

- 2

79

-68

1

WA

GO

- 2

79

-32

8

WA

GO

- 2

79

-32

9

To

pe

WA

GO

- 2

49

-11

6

WA

GO

- 2

79

-40

2

WA

GO

- 2

79

-68

7

WA

GO

- 2

79

-90

7

WA

GO

- 2

79

-33

9

WA

GO

- 2

79

-34

0

X1

Simbología (18A)

A

B

C

A

B

1

G

A

B

C

1

G

A

B

A

G

A

B

C

A

G

A

B

C

To

pe

A

G

A

B

C

A

G

A

B

C

A

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

No cablear con terminales, sonbornes de libre mantenimiento.

A

G

A

B

C

A

G

A

B

C

B

G

A

B

C

B

G

A

B

C

B

G

A

B

C

C

G

A

B

C

D

G

A

B

C

E

G

A

B

C

E

G

A

B

C

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0 2020-04-30 Bornes 1

1

1

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2

3

3

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4

5

5

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6

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7

8

8

A A

B B

C C

D D

E E

F F


X2

Simbología (32A)

To

pe

1

G

A

B

2

G

A

B

3

G

A

B

4

G

A

B

5

G

A

B

6

G

A

B

7

G

A

B

8

G

A

B

To

pe

Nota: Bornes con aguante de hasta 32A

Nota: Recomendamos usar

éstos modelos de bornes.

0.08 - 4 mm2

1

G

WA

GO

- 2

81

-90

1

WA

GO

- 2

81

-32

9

WA

GO

- 2

81

-33

1

To

pe

WA

GO

- 2

49

-11

6

WA

GO

- 2

81

-40

2

WA

GO

- 2

81

-90

7

A

B

1

G

A

B


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0 2020-04-30 Bornes 2

1

1

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6

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7

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8

A A

B B

C C

D D

E E

F F


To

pe

1

G

WA

GO

- 2

79

-90

11

G

WA

GO

- 2

79

-68

1

WA

GO

- 2

79

-32

8

WA

GO

- 2

79

-32

9

To

pe

WA

GO

- 2

49

-11

6

WA

GO

- 2

79

-40

2

WA

GO

- 2

79

-68

7

WA

GO

- 2

79

-90

7

WA

GO

- 2

79

-33

9

WA

GO

- 2

79

-34

0

X3

Simbología (18A)

A

B

C

A

B

1

G

A

B

C

1

G

A

B

To

pe

53

G

A

B

51

G

A

B

52

G

A

B

54

G

A

B

55

G

A

B


1

G

A

B

2

G

A

B

3

G

A

B

4

G

A

B

5

G

A

B

6

G

A

B

7

G

A

B

8

G

A

B

9

G

A

B

12

G

A

B

10

G

A

B

11

G

A

B

15

G

A

B

13

G

A

B

14

G

A

B

18

G

A

B

16

G

A

B

17

G

A

B

21

G

A

B

19

G

A

B

20

G

A

B

24

G

A

B

22

G

A

B

23

G

A

B

25

G

A

B

26

G

A

B

28

G

A

B

27

G

A

B

31

G

A

B

29

G

A

B

30

G

A

B

32

G

A

B

33

G

A

B

35

G

A

B

34

G

A

B

38

G

A

B

36

G

A

B

37

G

A

B

39

G

A

B

40

G

A

B

42

G

A

B

41

G

A

B

43

G

A

B

45

G

A

B

44

G

A

B

46

G

A

B

47

G

A

B

48

G

A

B

49

G

A

B

50

G

A

B

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0 2020-04-30 Bornes 3

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

A A

B B

C C

D D

E E

F F

diagrama electrico ejemplo...diagrama_electrico_ejemplo author juan stauffer created date 6/22/2020...

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