SW r e l a i s. INVERSEURS DE SENS DE ROTATION MOTOR REVERSER ( Ready to use) 3x400VAC 4KW Boitier IP20 IP20 housing.

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1 INVERSEURS DE SENS DE ROTATION MOTOR REVERSER ( Ready to use) Le relais 6123 est étudié pour démarrer et inverser le sens de rotation de moteurs triphasés asynchrones, avec la commutation de 2 phases uniquement ( 4 commutateurs : 2 legs). Le produit avec dissipateur intégré, directement montable sur rail DIN avec un calibre des thyrists de 5ARMS, permet de contrôler un moteur avec un courant nominal de 8,5 à 1ARMS soit 4kWatts sous 4VAC, en tenant compte des courants de démarrage et d'inversion. Ces produits sont réalisés avec des composants haute immunité, sans relais REED ( tout électronique), avec toutes les protections : RC, VDR,... mais aussi intervérouillage, tempisation entre chaque inversion,... Ces relais sont équipés de thyrists 16V. page 1 /5 F/GB x4VAC 4KW Boitier IP2 IP2 housing The relay 6123 is designed f controlling and inverting the direction of a three-phase mots without direct third leg ( two legs). With integrated heatsink and directly mounting on a DIN rail, this product with maximum current of semiconducts of 5 Amps. rms, can drive a mot with a current rating of 8,5 up to 1 Amps.rms ( approximately 4kW under 4 V), taking the starting and reversing current into account. These products are designed with very high immunity components, without REED switches (only composed of solid state components), with all protections : RC, VDR,... tempisation,..., and 16Volt peak voltage components x 4VAC Internal block diagram : -A2/B2 V Fward +B1 Fward +A1 Control logic RC -VDR protection +A1 + B1 -A2/B2 EN A1 + B1 -A2/B2 F R 12-3VDC celduc 24-5VAC 8,5A AC53a (EN6947-1) France With suitable heatsink See instruction sheet Solid State Mot r lation (photocouplers) 2T1 4T2 6T3 M3

2 S/MOT/6123/A/16/3/2 page 2 / 5 F/GB Synoptique interne / Internal diagram f two leg models : Fward LED lation Switch RC netwk VDR CommonA2 /B2 - Control lock 2T1 Controls B1 + lation Switch RC netwk VDR Fward A1 + Input circuit lation Switch RC netwk VDR 4T2 6T3 lation Switch RC netwk VDR L3-T3 depending of models Développé confmément aux nmes / Designed in compliance with standards: ->EN (V.D.E. 66 part 19, I.E.C ) ->EN & A11 ->EN695 (V.D.E. 85-> office equipment) (Pending approval) ->U.L. 58 (Pending approval) ->c.u.l (Pending approval) Control Plage de tension de commande / Control voltage range Uc 12-3VDC Plage de courant de commande / Control current range Ic 15-mADC Tension de non fonctionnement/ Release voltage Ur 6VDC LED de visualisation / Display LED Yes protection en cas de cdes simultanées / protection against simultaneous controls Yes tension inverse maxi / Maximum reverse voltage Urv 3V Signal de stie / Output signal no output tempisation inversion / Reversing time fixed 7ms Caractéristiques d'entrée-stie (à 2 C) / Input-output characteristics (at 2 C) Unit Isolement entrée-stie/input-output Ui 33 VRMS Isolement stie-semelle/output-case Ui 33 VRMS Tension assignée isolement/rated impulse voltage Uimp 4 V Caractéristiques générales / General characteristics Unit Poids/Weight à vérifier g Plage de température de stockage / Stage temperature range -4 / +1 C Plage de température de fonctionnement/operating temperature range -4 / +1 C

3 Output S/MOT/6123/A/16/3/2 Tension nominale/ Standard voltage Ue 4 VAC Plage de tension de fonctionnement / voltage range Un 24-52VAC tension crête non répétitive/ Non-repetitive maximum peak voltage Up 16V Courant AC-53 maxi/ Max. nom. current C Ie 8,5ARMS Puissance moteur/ 3 pole power mot ( 3x4VAC) Pn 4KW Chute directe / Max Direct voltage drop (@Ie) Ud 1,4VRMS Courant crête non répétitif/ Non repetitive over current (@ 1 cycle of 1ms) ITSM 55A I2t value/ Melting limit (choice of I 2 t 15 A 2 s Courant minimal de charge / Minimum current Imin 1 ma facteur de puissance/ Power fact (@ Ith) Pf up to 1 Temps d'ouverture et de tempisation/ Turn on time-reversing time(@5hz) ton/trv 2ms / 1ms Temps d'ouverture/ Turn off time (@5Hz) toff 1ms Courant de fuite /Maximum leakage current (@Ue/5Hz) Ilk 5 marms dv/dt / Max off state voltage rise dv/dt 5V/µs Fréquence de réseau / Operating frequency range f up to 44Hz page 3 / 5 F/GB Max conducted immunity level Test accd. to I.E.C (bursts) 4KV direct at output, 4KV with a clamp at input no turn on damage Max conducted immunity level Test acc. to I.E.C (el. shocks) 2KV in common mode, 1KV in differential mode (Input & output) no turn on damage Max radiated immunity level Test accd. to I.E.C V/m no turn on damage Max electrostatic disch. immunity level Test accd. to I.E.C KV in the air / 4KV touching no turn on damage The conducted noise made by SSR depends on the wiring configuration and the type. Test Max conducted emission level (,8<Pf<1) methods recommended by European E.M.C. standards giving results far from reality, we have Test accding to EN5511 chosen to advise the right filter suited f the customer's use: Refer to EMC chapter Max radiated emission level Test accd. to <3dBµV from 3 up to 23MHz ; <37dBµV from 23 up to 1MHz Base/junction thermal resistance Rthjc,5K/W (1 leg) Ambient/junction thermal resistance (relay mounted vertically) Rthja 5K/W Weight 13g Characteristics given at C unless otherwise specified E.M.C. Misc. REVERSERS + HEATSINK SELECTION IN COMPLIANCE WITH EN SSR SELECTION mots soft-staters Relays with heatsink Ferraz fuse type 14x51 size / max. rating Over relay type Klöckner-Moeller f a permanent current Mot power In mot (@ 4V) two legs ambient =4 C,75 kw 2A 633 (See data-sheet) am 8A/5V Z-2.4 1,1 kw 2,6A 633 (See data-sheet) am 8A/5V Z-6 1,5 kw 3,5A 633 (See data-sheet) am 12A/5V Z-6 2,2 kw 5A 6123 am 12A/5V Z-6 3 kw 6,6A 6123 am 12A/5V Z-1 4 kw 8,5A 6123 am 12A/5V Z-1 F mot > 4kW consult us : we have some solutions

4 S/MOT/6123/A/16/3/2 Caractéristiques thermiques / Thermal curves : page 4 / 5 F/GB 3 3 Total wasted power (W) RMS current (A) Ambient temperature ( C) Courant de surcharge non repetitif :ITSM / Non repetitive surge peak onstate current : ITSM 6 Surge current Itsm (A peak) = f(t) f models with Itsm =55A 1 1 : No repetitive Itsm (Apeak)=f(t) without voltage reapplied Itsm (Apeak) : Repetitive Itsm (Apeak)=f(t) with voltage reapplied f initial Tj =7 C,1,1 t (s) 1 1 SOLID (No ferrule) Wiring of the control circuit: NUMBER OF WIRES SCREWDRIVER TYPE 1 2 (DISTRIBUTION) FINE STRANDED SOLID FINE STRANDED (With ferrule) (No ferrule) (With ferrule) MINIMUM TORQUE N.m, ,5 mm 2, ,5 mm 2, ,5 mm 2, ,5 mm 2,8 x 5,5 mm POZIDRIV 2 1,2 SOLID (No ferrule) Wiring of the power circuit: NUMBER OF WIRES SCREWDRIVER TYPE 1 2 (DISTRIBUTION) FINE STRANDED SOLID FINE STRANDED (With ferrule) (No ferrule) (With ferrule) MINIMUM TORQUE N.m 1, mm 2 1, mm 2 1, mm 2 1, mm 2,8 x 5,5 mm POZIDRIV 2 1,8

5 S/MOT/6123/A/16/3/2 page 5 / 5 F/GB NOTE D'APPLICATION : UTILISER UN POUR L'INVERSION DE SENS DE ROTATION D'UN MOTEUR ASYNCHRONE MONOPHASE A CONDENSATEUR DE DEPHASAGE APPLICATION NOTE : USING A RELAY FOR REVERSING AN ASYNCHRONOUS SINGLE PHASE MOTOR WORKING WITH A PHASE SHIFTING CAPACITOR ALIMENTATION MONOPHASE / Main voltage L N Fward EN A1 +B1 -A2/B2 F R 12-3VDC 24-5VAC celduc France 8,5A AC53a (EN6947-1) With suitable heatsink See instruction sheet Solid State Mot r Note : Le relais développé initialement pour inverser le sens de rotation des moteurs asynchrones triphasés peut aussi être utilisé pour l'inversion de moteurs monophasés. Ce relais possède 4 voies de puissance, une tempisation à l'inversion et un verrouillage en cas de commande simultanée. Pour des quantités imptantes, en utilisation monophasée, le produit peut être simplifié car seulement 2 voies sur 4 sont utilisées. Note : The relay which has been initially developped in der to reverse three phase asynchronous mots, can be used f reversing single phase mots. This relay has 4 power switches, a reversing tempization and a lock in case of simultaneous controls. If you need a big quantity f a single phase use, please contact us, because we are able to simplify the product as only 2 switches among 4 are used. C M