Gys Gysmi 190 free download

File name gys190ind2.pdf

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 (

File name gys190ind3.pdf

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 +Pont 330k 330k 330k 2 11 R00_1 M_15V RELAIS 24V 16A M10 R00_24 P_TEST 100k 12 13 R00_2 R00_3 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_19 100 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 97017 DATE C10_04 22uF (35V) C10_05 100uF (35V