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 S/TRI/SCTx2110/B/27/05/2003
page 1 / 2 F/GB
Relais Statique Triphase Three Phase Solid State Relays
Les relais SCT se composent de 3 relais statiques separes pilotes par une commande commune en tension continue. Ils permettent le pilotage de charges alternatives 12A telles que resistances, petits moteurs..., sur un reseau de 12 a 440VAC mono ou triphase. Ils sont adaptes pour les applications necessitant un faible encombrement et un faible cout. The SCT relays are made up of 3 separate relays controlled by a common DC voltagecontrol. They are designed to control 12A AC loads such as resistors, small motors, etc, on a mains from 12 to 440VAC, either single or three phase. They are well suited for applications with compact-size and low cost in mind.
Dimensions / Dimensions: SCT32110-SCT62110
0,2 0,2
SCTx2110
Connecteurs avec ressort type cage Cage clamp connection from WAGO
=
0,2
35,6
Bornes a ressort/Plugs :
26 14 7,5
Circuit equivalent/Equivalent circuit :
=
8,9 5 6
2 3 zero volt
19,6 8,2 * 1
0,2
10,3 10,3
18
1 7 zero volt
2 3 4
40,5 9
+0,3
7,5
0,1
58,5 0
O4,7
0,1
0,1
47,6 8 7
26 18
11 5
4 5 zero volt 8
1,2 29
0,5
5,1
5 44,5
+0,2
0,2
5,5
0,2
6
Caracteristiques d'entree (a 20C) / Input characteristics (at 20C) Parametre / Parameter Symbol Tension nominale / Nominal control voltage Uc nom Tension maximum de commande / Maximum conrol voltage Uc max Tension minimum de commande / Minimum conrol voltage Uc min Courant nominal / Nominal current (@Uc nom) Ic nom Courant maximum de commande / Maximum conrol current Ic max Courant minimum de commande / Minimum conrol current Ic min Tension de relachement / Release voltage Ur DEL / LED Resistance d'entree / Input impedance ==> Ic=(Uc-Ur)/Rc Rc Tension maximum inverse / Maximum reverse voltage Urv Caracteristiques entree-sortie (a 20) / Input-output characteristics (at 20) U isolement entree-sortie / Input-output isolation voltage Uiso U isolement sortie-semelle / output-case isolation voltage Uiso
Plage de temperature de fonctionnement / Operating t range Poids / Weight
Unit
4 - 30 9 - 90 4 70 ma @24VDC
V V V mA mA mA V
90 3 0,8 Non/no
330
V
30
4000 2500 -40 / +100 100
V V C g
Proud to serve you
All technical caracteristics are subject to change without previous notice. Caracteristiques sujettes a modifications sans preavis.
celduc
r e l a i
s
S/TRI/SCTx2110/B/27/05/2003
page 2 / 2 F/GB
Caracteristiques d'entree (a 20C) / Input characteristics (at 20C) Types / Types Caracteristiques de sortie (a 20C) / Output characteristics (at 20C) Modeles / References Tension nominale / Nominal voltage Plage tension de fonctionnement / Operating range Tension crete / Peak voltage Niveau de synchronisation / Synchronizing level Courant nominal par ligne (voir les caracteristiques thermiques) / Nominal current in line (see thermal curves) Courant de surcharge accidentel admissible maximum (10ms) / Maximum accidental overload current (10ms) Chute tension directe max. (In) / On state voltage drop (In) Courant de fuite etat bloque ( Unom./50Hz) / Off state leakage current ( Unom./50Hz) Courant de charge minimum / Minimum load current Courant de maintien / Holding current Temps de fermeture (50Hz) / Turn on time Temps d'ouverture (50Hz) / Turn off time Frequence d'utilisation / Operating frequency dv/dt etat bloque / Off state dv/dt di/dt non repetitif/ No repetitive di/dt I2t(<10ms) Homologation / Approval Resistance thermique jonct.-semelle/ Junct.-case thermal resistance * Resistance thermique jonct.-ambiant/ Junct.-ambient thermal resistance *Resistance thermique pour un triac/ Thermal resistance for one triac 0,1 10 10-440 500 20 72 Nous consulter Consult us 2,1 11,2
Asynchrone / Random SCT32110
Synchrone / Zero-cross SCT62110
400 12- 440 850 12 120 1,6 0,3 5 50 10 10
VRMS VRMS VPEAK V ARMS APEAK V mARMS mARMS mA ms ms Hz V/s A/s A2s C/W C/W
Courbe thermiques / Thermal curves : Courbes permettant de determiner le radiateur adequat /Curves which allow to determinate the right heatsink
60
0 0,9 5 5K
Courbe de surcharge admissible/ Over current curve : Courant crete non repetitif admisible pour un nombre de periodes/ Non repetitive surge peak on-state current versus number of cycle
1 1,
50
Fu ll o n-s tat e
40
Courant de surcharge /Overload current (A)
2 2K /W
/W
120 110 100 90 80 70 60 50 40 30 20 10 0 1 10 100 1000
Total wasted power (W)
30
20
% 50
cle cy uty d
3K /W
with
out
10
heat
sink
Nombre de periodes (50 Hz) / Number of cycles (50 Hz)
0 0 2 4 6 8 RMS load current (A) 10 12 0
10 20 30 40 50 60 70 80 90 100 Ambient temperature (C)
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r e l a i s
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