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AC1
Faston
AC1
4
L00_1
S1 E1 1
AC1_Pont
Systeme de demarrage
R00_14
47k V_15V_B
CTN1
3
VAR00_1
SK14K420 AC2
S2 E2 2 IND 1mH 30A
AC2_Pont
R00_15
47k 8
R2
10k
Q00_3
BSR14
C00_1
1uF(X2 400V)
AC2
Faston
Piste Fusible Fuse
R3 U08_1:C
10 10k
R00_6 C00_3 PE
Faston P_TEST TERRE 4n7 Y
C00_2
4n7 Y
R00_21
4k75
150k 9 LM324D M_15V V_24V
M18
Vref 5V
R00_5
6k82
M_15V
R00_22
10k 1 8 2,3,6,7
PE1
Faston 6.35
G04
P_TEST
U00_1
TL431AI +HT
1
RL00_3:A
1 2
RL00_2:A M03
P_TEST
TERRE_2
Faston
R00_23
10k
RL00_3:B 5
3 4 RELAIS 24V 16A
C00_6
470nF (50V)
D00_3 R00_4
6k82
2 RELAIS 24V 16A
FAVE_AV1
Borne a vis M_15V
D00_1
BAS32L
2 1
RL00_1:A
R00_18
150k
R00_19
150k
R00_20
150k
BAS32L
G05
P_TEST
RELAIS 24V 16A
RL00_2:B 5
3 4 RELAIS 24V 16A
FACE_AV2
+Pont Borne a vis
11
R00_1
330k
M_15V
RELAIS 24V 16A
M10 R00_24
P_TEST 100k 12 13
R00_2
330k
R00_3
330k 2
U08_1:A
1
U08_1:D
14 LM324D
R00_11
10k
Q00_2
BSR14
R00_7
10k
Q00_1
BSR14
R00_9
10k
Vref 5V V_15V_B +Pont 3 4 RELAIS 24V 16A
3 4
R00_12 C00_8
10k 1uF (16V)
RL00_1:B 5
R1
+HT 4.7 (7W)
LM324D
R00_8
10k
R00_10
10k
SG
C00_4
470uF (400V)
C00_5
470uF (400V)
C00_7
470uF (400V)
C00_71
470uF (400V)
C00_9
100nF (50V) -HT M_15V M_15V +Pont
C00_10
470nF (50V)
V_15V_B
M_15V
D00_4
BAS32L
+HT_S_M/A
VEROPIN
G13
P_TEST
G12
P_TEST V_15V_H
J3
Borne a vis pour plaque
SMI1
Connecteur TERRE VCC 1 2 Vcc NC -HT -HT NC +HT +HT NC GMH V_15V_H Primaire SMH DMB 21 22 23 SMH DMB FIX GMB Mes_I -HT -HT NC +HT +HT GMH CTN CTN Secondaire Entree Sortie Masse 20 19 18 17 16 15 14 13 12 11 GMH CTN2 CTN1 SMH +HT GMB Mes_I -HT
150k
3n3 (500V)
150k
4
.
R10_01 +HT_E_M/A
VEROPIN
C10_01 R10_07
THF10_01
D10_11
1 BYG22D
R10_19
10
J4
Borne a vis pour plaque
R10_14
C10_08
100uF (35V) SMH
-HT
3 4
.
150k
R10_02
150k
R10_08
150k
DRAIN
13
C00_11
4n7 Y SMH +HT 1/2/3/4/5/6 Masse
6
5 6 7 8
D10_01 R10_15
150k
.
2
TR1
22/23/24 SMH
C10_06
22uF (250V)
R10_03
150k -HT
BYG20J 8
12
G16
P_TEST
.
3
*
DMB
9
*
17/18/19 14 15 8/9/10/11/12/13 Entree
V_15V_H
10
.
R10_04
150k
11
C10_02
220uF (35V)
7 THF_AUX1
M_Vaux +V_aux
24 25 26
Entree Sortie
D10_10
BYG22D
*
R10_05 R10_16
150k
C10_07
22uF (250V)
150k
V_24V
R10_06 150k D10_03 R10_17
150k
G02
P_TEST
R10_10
3k3
R10_09
VD1 3k3
M01
P_TEST
Alimentation + Transfo
Carte de commande
E_V_15V_B
AC1_Pont TERRE AC2_Pont +Pont -HT AC1
27 28 29 30
AC AC (+) (-) SMI_IND1
Pont
Masse
Q10_01
BSR14 DRAIN_VIPER
16 17 18
SELF2
* *
7 8 9 4 5 6
R10_11
47k
BZV55C22
R10_12
47k 1 2
U10_01
SOURCE SOURCE FB VDD VIPER22DIP DRAIN DRAIN DRAIN DRAIN 8 7 6 5
J1
+24V_FAN V_24V
PONT50A
+
J2
MASSE_FAN 1 -
AC2
-HT
4
BYG22D V_15V_B
M11
P_TEST
2 3
R M CN_FAN
* 11 20 * 19 TR_E55
G03
P_TEST
R10_21 R10_22
4k75 4k75
D10_04
BZV55C16
D10_07
-HT SM4007
R10_13
10
L01_1
LED Verte
TYPE PRODUIT DESSINE PAR
D10_05
BAS32L
D10_06
BYG22D E_M_15V
GYSMI 190 FABRICE WASCHEUL
APPROUVE
REFERENCE
9XXXXXXX
DATE
C10_04
22uF (35V)
C10_05
100uF (35V)
PROPRIETAIRE G01
-HT
P_TEST
GYS CONSTRUCTIONS INDUSTRIALISATION ELECTRIQUES ET ELECTRONIQUES IND2
REVISION
FEUILLE No
0
+VS
C10_03100nF (50V)
3 VD1
D10_13
DRAIN
CN1
N
13 14 15 12
2 * 1
02/11/04
1/5
M08
E_VREF
carte de commande
V_15V_H E_VREF
P_Test
M07
P_Test
R05_3
+HT 150k NI
R05_4
150k NI
M09
P_Test
C03_89 R03_1
680 470nF (50V) 4 3
U05_1
VCC Vcc HIN SD LIN CIN SGND L6386 Vboot HVG OUT LVG PGND DIAG 14 13 12 9 8 5 -HT
D05_5
BAT42W
Q03_1
BSR14 E_M_15V
R05_5
100
GMH
D05_3
BZV55C16
C05_2
100nF (50V)
C05_6
470nF (50V) SMH
C05_5 R03_2
2k21 470nF (50V) LIMIT_BAS
D05_4
BZV55C16
C05_4
470nF (50V) Cde_CIN
2 1 6 7
R05_6 D05_2
BAT42W VCC 100 GMB
R05_8
150k NI
R03_3
10k
M04
P_Test REGLAGE E_REGLAGE STOP
-HT
R03_8R03_9
XXX NI 1k
REGLAGE DU MINIMUM 1
M05 R03_6
10k P_Test
R05_7
68k
R05_9
150k NI -HT
RV03_3
2
M06
C_relax VREF P_Test Vcom_L6386
R06_8
3k3
E_M_15V
C05_1
10nF (50V)
R03_4
E_VREF 3k3 3
3
10k PIHER CHAISE Mes_I
G09
P_Test
R03_7
10k
C03_1
47nF (50V) 1
V_15V_B
R06_7
3k3 M_15V
D06_1
BAS32L M_15V VREF V_15V_B
RV03_2
2 LIMIT_HAUT
U04_1
COMP NC VFB NC ISENSE NC RT/CT UC3845D VREF NC VI VC OUT GND PowGND 14 13 12 11 10 9 8 GMB_AVR COM_US 2 3
REGLAGE DU MAXIMUM 1
C04_6
-HT
R05_1
10
R06_1
1k3
M02
P_Test
R03_5
E_M_15V 1k82
1k
R07_1
10
47nF (50V)
4 5
C06_12 R06_12
10nF (50V) 150k
R07_5
Cde_CIN 47
R07_2
10
R07_3
10
6 7
R06_11 D06_11
10k BAS32L
R06_4
47k
Q06_1
BSR14
Q06_2
BSR16
G10
P_Test
R07_8
470
R07_7 R07_6 C07_4
1nF (50V) 221 100
R07_4 C07_1
10nF (50V)
C07_2
10nF (50V)
C07_3
10nF (50V)
3k3
C07_9
10nF (50V)
C04_51 R04_6
1k82 22uF (35V)
D06_12 R06_3
15k 470nF (50V) 4k75
C04_7
470nF (50V)
R06_6 VR06
4k75
BAS32L
RESET_NE555
D1
BZV55C18
C06_1 C04_8
22uF (35V) 100uF (35V)
C07_8
-HT 10nF (50V)
C04_4
1uF (16V)
C04_52
100nF (50V)
C06_05 R06_5
R06_9
1k
C06_9
10nF (50V)
C04_3
4.7nF (50V)
R6
0
M_15V VREF V_15V_B Vcom_L6386 -HT
Protection thermique (40°C - 80°C) 470nF (50V)
carte de commande
R08_17 R08_1
3k3 3k3
R03_91
680
C08_1
470nF (50V) V_15V_B
C08_7 R08_5
VREF
E_V_15V_B
R11_02 R11_01
10k
Q08_1
BSR14
Q03_91
BSR14
LIMIT_BAS_BIS REGLAGE DU MINIMUM BIS
R08_2
6k82
10k
L08_1
LED Orange
10k
U08_1:B
LM324D 7 PR_THERM
R08_16
REGLAGE 10k P_Test
M12 Q11_01
BSR14
Q11_02
BSR14
R03_92
2k21 LIMIT_BAS_BIS VR06
R06_96
4k75
Q06_96
BSR16
R08_3
10k
5 6
R08_8
4k75
R08_9
4k75
R03_95
10k
R11_03
4k75
G11
P_Test
R08_4
10k CTN2
R03_94 R03_93
680 NI 1k REGLAGE
G06 C08_2
100nF (50V) CTN1 E_PR_THERM
R08_6
10k
Q08_2
BSR14
P_Test +V_aux M_15V
C08_4
100uF (35V)
R08_7
10k
CN102
M_Vaux E_M_15V E_M_15V E_IMAGE_US E_PR_THERM 1 2 3 4 5 E_REGLAGE 6 7 E_V_15V_B REGLAGE IMAGE_US PR_THERM M_15V VREF 1 2 3 4 5 6 7 V_15V_B 8 9 COM_US CONN_10 10
CN101
Prot. Thermique
M_15V VREF C_relax
M_15V
E_VREF
Q06_21
BSR14
Q DC
VCC
R06_21
4k75
47k 3 7 R 4 RESET_NE555
8
R06_23
U06_1
8 9
R06_24
10k 4k75 6 GND
CV
5
E_COM_US
10
CONN_10
R06_22
TH
TR
2
TYPE PRODUIT C06_21
10nF (50V)
GYSMI 190 FABRICE WASCHEUL
APPROUVE
REFERENCE
9XXXXXXX
DATE
1
C06_23
10nF (50V)
NE555D
C06_22
22uF (35V)
DESSINE PAR PROPRIETAIRE
02/11/04
GYS CONSTRUCTIONS INDUSTRIALISATION ELECTRIQUES ET ELECTRONIQUES IND2
-HT
REVISION
FEUILLE No
0
2/5
E_V_15V_B
E_REGLAGE +VS
D09_1
BZV55C10
R09_9
10k
E_R09_10
SORTIE
J5
BZV55C22 AST1
D09_5
Anti-sticking 1 V_15V_B
R09_10
22k
D09_9
BAS32L
Q09_2
BSR16
G14
P_Test
D09_2
SM4007
D09_6
BZV55C22
D09_10 D09_8 R09_7
E_COM_US BAS32L BZV55C10 1k
Q09_1
BSR14
R09_11
22k LIMIT_HAUT
C09_6 R09_1
3k3
R09_8
10k
R09_2
2k2 PR02
R09_4
1k
C09_5
22uF (35V)
470nF (50V)
D09_7 R09_3
BZV55C10 100
U09_1
1 2 AST2 6 5 4
C09_4
100nF (50V)
R09_6
100k
J7
Anti-sticking 2
E_M_15V
carte de commande
C09_3
100uF (35V)
SF601-3
COM_US
J09_1
MASSE_APSELF
R09_5
10k
C09_9
100nF (50V)
G15
P_Test
M_15V
COM_US
R9_13
1k
Q9_12
BSR16 Vcom_L6386
R9_12
10k
R9_14
10k
GMB_AVR
R9_11
1k
D9_11
BZV55C5.6
Q9_11
BSR14
Q9_13
BSR14
C9_11
4.7nF (50V)
C9_12
1nF (50V) NI
R9_15
1k
M_15V
TYPE PRODUIT DESSINE PAR PROPRIETAIRE
GYSMI 190 FABRICE WASCHEUL
APPROUVE
REFERENCE
9XXXXXXX
DATE
02/11/04
GYS CONSTRUCTIONS INDUSTRIALISATION ELECTRIQUES ET ELECTRONIQUES IND2
REVISION
FEUILLE No
0
3/5
BILL OF MATERIALS (Default) =========================== Design: O:\mma\GYSMI 190\En cours de developpement\00_IND2\PCB (fichiers PROTEL uniquement)\PCB GYSMI190_Ind2.DSN Doc. no.: Revision: Author: Created: 08-Oct-96 Modified: 03/01/05 Partslist generated OK. QTY PART-REFS --- --------Modules ------5 M01,M03,M10,M11,M18 8 M02,M04,M05,M06,M07,M08,M09, M12 Resistors --------3 R00_1,R00_2,R00_3 3 R00_4,R00_5,R08_2 17 R00_6,R00_18,R00_19,R00_20, R06_12,R10_01,R10_02,R10_03, R10_04,R10_05,R10_06,R10_07, R10_08,R10_14,R10_15,R10_16, R10_17 32 R00_7,R00_8,R00_9,R00_10, R00_11,R00_12,R00_22,R00_23, R2,R03_3,R03_6,R03_7,R03_95, R3,R06_11,R06_24,R6_02,R6_32, R6_33,R08_3,R08_4,R08_5, R08_6,R08_7,R08_16,R09_5, R09_8,R09_9,R9_12,R9_14, R11_01,R11_02 6 R00_14,R00_15,R06_4,R06_23, R10_11,R10_12 13 R00_21,R06_5,R06_6,R06_21, R06_22,R06_96,R6_24,R6_26, R08_8,R08_9,R10_21,R10_22, R11_03 3 R00_24,R6_01,R09_6 1 R1 2 R03_1,R03_91 3 R03_2,R03_92,R6_03 9 R03_4,R06_7,R06_8,R07_4, R08_1,R08_17,R09_1,R10_09, R10_10 2 R03_5,R04_6 1 R03_8 8 R03_9,R03_93,R06_9,R09_4, R09_7,R9_11,R9_13,R9_15 1 R03_94 6 R05_1,R07_1,R07_2,R07_3, R10_13,R10_19 4 R05_3,R05_4,R05_8,R05_9 7 R05_5,R05_6,R6_11,R6_12, R6_15,R07_6,R09_3 1 R05_7 1 R06_1 1 R06_3 1 R6 7 R6_21,R6_22,R6_23,R6_25, R6_31,R09_10,R09_11 1 R07_5 1 R07_7 1 R07_8 1 R09_2 Capacitors ---------1 C00_1 3 C00_2,C00_3,C00_11 4 C00_4,C00_5,C00_7,C00_71 12 C00_6,C00_10,C03_89,C04_7, C05_4,C05_5,C05_6,C06_05, C6_21,C08_1,C08_7,C09_6 2 C00_8,C04_4 7 C00_9,C04_52,C05_2,C08_2, C09_4,C09_9,C10_03 2 C03_1,C04_6 2 C04_3,C9_11 5 C04_8,C08_4,C09_3,C10_05, C10_08 7 C04_51,C06_1,C06_22,C6_03, C6_15,C09_5,C10_04 12 C05_1,C06_9,C06_12,C06_21, C06_23,C6_01,C6_04,C07_1, C07_2,C07_3,C07_8,C07_9 1 C6_02 1 C07_4 1 C9_12 1 C10_01 1 C10_02 2 C10_06,C10_07 VALUE ----REFGYS -----TYCOMPPACKAGE -------------
Integrated Circuits ------------------1 U00_1 1 U04_1 1 U05_1 1 U06_1 1 U08_1 1 U09_1 1 U10_01 Transistors ----------19 Q00_1,Q00_2,Q00_3,Q03_1, Q03_91,Q06_1,Q06_21,Q6_02, Q6_21,Q6_31,Q6_32,Q08_1, Q08_2,Q09_1,Q9_11,Q9_13, Q10_01,Q11_01,Q11_02 4 Q06_2,Q06_96,Q09_2,Q9_12 1 Q6_01 Diodes -----14 D00_1,D00_3,D00_4,D2,D06_1, D06_11,D06_12,D6_21,D6_31, D6_32,D6_33,D09_9,D09_10, D10_05 1 D1 2 D05_2,D05_5 3 D05_3,D05_4,D10_04 3 D09_1,D09_7,D09_8 2 D09_2,D10_07 3 D09_5,D09_6,D10_03 1 D9_11 1 D10_01 4 D10_06,D10_10,D10_11,D10_13 Miscellaneous ------------2 +HT_E_M/A,+HT_S_M/A 4 AC1,AC2,PE,TERRE_2 1 CIRCUIT NU 1 CN1 2 CN101,CN102 2 FACE_AV2,FAVE_AV1 8 G01,G02,G03,G04,G05,G12,G13, G16 6 G06,G09,G10,G11,G14,G15 1 J1 1 J2 2 J3,J4 1 J5 1 J7 1 J09_1 1 L00_1 1 L01_1 1 L08_1 1 PE1 1 PONT50A 1 RADIATEUR 3 RL00_1,RL00_2,RL00_3 1 RONDELLE 1 RV03_2 1 RV03_3 1 SELF2 1 SMI1 1 SW6_01 1 THF10_01 1 TI1 1 TR1 1 VAR00_1 6 VIS1,VIS2,VIS3,VIS4,VIS5, VIS7 1 VIS6
TL431AI UC3845D L6386 NE555D LM324D SF601-3 VIPER22DIP
64063 64057 64079 63513 64054 63455 63501
SOP8.225 SOP14.225 SOP14.225 SOP8.225 SOP14.225 DIL6_8 DIL08
P_TEST P_Test
NULL NULL
PTEST PTEST
BSR14
64002
SOT23_L
330k 6k82 150k
64024 64043 64020
1206_L 1206_L 1206_L
BSR16 PZT2222A
64001 64106
SOT23_L SOT223_T
BAS32L
64014
SOD80_L
10k
64048
0805_L
47k 4k75
64033 64013
1206_L 1206_L
BZV55C18 BAT42W BZV55C16 BZV55C10 SM4007 BZV55C22 BZV55C5.6 BYG20J BYG22D
64022 64026 64023 64027 64030 64031 64036 64260 64257
SOD80_L SOD80_L SOD80_L SOD80_L MELF_L SOD80_L SOD80_L DO214 DO214
100k 4.7 (7W) 680 2k21 3k3
64040 63146 64003 64010 64021
1206_L 68R5W 1206_L 1206_L 1206_L
VEROPIN Faston GYSMI190 CN_FAN CONN_10 Borne a vis P_TEST
75028 64187 In 64256 53103 63149 NULL
PIN FASTON635 NULL CN_FAN MOLEX_CONN10 BORNE_H PTEST PTEST PTEST PTEST BORNE_H PTEST PTEST PIN IND_MC_30A LED1 LED1 FASTON635 PONT50A NULL RELAIS110 NULL PRE-HMIN PIHER 10K CARCASSEE55 SMI_IND1_PRE2 7103MD9ABE ET29 TI_5HF E65_CHINE1 S14K420 NULL NULL
1k82 XXX NI 1k 680 NI 10 150k NI 100 68k 1k3 15k 0 22k 47 221 470 2k2 PR02
64009 XXXXX 64004 64003 NI 64012 64020 NI 64015 64053 64032 64037 64109 64005 64018 64035 64108 63112
1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L 1206_L CAP15
1uF(X2 400V) 4n7 Y 470uF (400V) 470nF (50V)
63462 63461 63447 64028
C_X_1U Y47_75 CAP_470U_400V 1206_L
P_Test NULL +24V_FAN NULL MASSE_FAN NULL Borne a vis pou63149 Anti-sticking 1NULL Anti-sticking 2NULL MASSE_APSELF IND 1mH 30A 63676 LED Verte 63327 LED Orange 63328 Faston 6.35 75028 52215 64209 RELAIS 24V 16A 52601 M3 41230 1k 63086 10k 63094 TR_E55 63677 SMI_IND1 E101MD1V3BE 64249 THF_AUX1 64132 63638 64142 SK14K420 63446 M5 TORX 41231 M3x15 BTR 41039
1uF (16V) 100nF (50V) 47nF (50V) 4.7nF (50V) 100uF (35V) 22uF (35V) 10nF (50V)
64029 64006 64044 64047 64051 64050 64007
1206_L 1206_L 1206_L 1206_L ELECT-6.3 ELECT-6.3 1206_L
TYPE PRODUIT DESSINE PAR
GYSMI 190 FABRICE WASCHEUL
APPROUVE
REFERENCE
9XXXXXXX
DATE
220pF 1nF (50V) 1nF (50V) NI 3n3 (500V) 220uF (35V) 22uF (250V)
64045 64008 64008NI 64112 63463 63389
1206_L 1206_L 1206_L 1206_L ELEC-RAD20 ELEC-RAD20
01/11/04
PROPRIETAIRE
GYS CONSTRUCTIONS INDUSTRIALISATION ELECTRIQUES ET ELECTRONIQUES IND2
REVISION
FEUILLE No
0
1/5
VIS1 CIRCUIT NU
Circuit nu
VIS2
VIS3
VIS4
VIS5
VIS6
RONDELLE
M5 TORX
M5 TORX
M5 TORX
M5 TORX
M5 TORX
M3x15 BTR
M3
VIS7
GYSMI190
RADIATEUR
Circuit nu M5 TORX
TYPE PRODUIT DESSINE PAR PROPRIETAIRE
GYSMI 190 FABRICE WASCHEUL
APPROUVE
REFERENCE
9XXXXXXX
DATE
02/11/04
GYS CONSTRUCTIONS INDUSTRIALISATION ELECTRIQUES ET ELECTRONIQUES IND2
REVISION
FEUILLE No
0
4/5
E_V_15V_B
R6_01
100k
C6_01 R6_15
100 C_Q6_01 10nF (50V)
D2
BAS32L
AST1
R6_02
10k
Q6_02
BSR14
R6_03 Q6_01
PZT2222A 2k21
C6_03
22uF (35V)
C6_02 C6_15
22uF (35V) 220pF
TI1
6
E_M_15V
R6_11 C6_04
10nF (50V)
.
5 2 4
100
R6_12
100
3 1
SW6_01
2 E101MD1V3BE
E_M_15V
. .
3
1
Oscillateur de clapp
E_VREF
E_R09_10
R6_31
22k
D6_33
AST1 BAS32L
D6_32
BAS32L
Q6_32
BSR14
D6_31
E_IMAGE_US BAS32L
Q6_31
BSR14
R6_32
10k
R6_33
10k
E_M_15V
Circuit d'Arc force (Augmentation de I lorsque US < 5V)
VREF Attention il faut doubler la tension aux bornes de R6-24
R6_23
22k
Q6_21
BSR14
D6_21
+V_aux BAS32L
R6_22
22k
R6_26
IMAGE_US 4k75
TYPE PRODUIT DESSINE PAR PROPRIETAIRE
GYSMI 190 F.WASCHEUL
APPROUVE
REFERENCE
A définir
DATE
R6_21
22k
C6_21
470nF (50V)
R6_24
4k75
R6_25
22k
02/11/04
M_Vaux
GYS CONSTRUCTIONS INDUSTRIALISATION ELECTRIQUES ET ELECTRONIQUES IND2
REVISION
FEUILLE No
0
5/5