G2RV-ST
Relais d'interface mince et unique avec broche industrielle
Le G2RV-ST d'OMRON est un relais fin de 6 mm pré-assemblé et doté d'une broche industrielle. Il est généralement utilisé comme interface API et convient parfaitement aux panneaux et équipements compacts. Avec ses 6 mm de largeur, le G2RV-ST offre toute la durabilité et la fiabilité OMRON nécessaires aux applications industrielles.
- Technologie Push-In Plus : câblage facile
- Modèles avec bouton de test verrouillable disponibles
- Grandes broches enfichables : connexion fiable
- LED/indicateur mécanique pour vérifier le fonctionnement
- Boîtier transparent pour vérifier l'état du relais
- Ligne plate pour un encombrement réduit
- Type d'entrée spécial avec contacts plaqués or
- Compatible G3RV
Caractéristiques et références
| Produit | Coil voltage | Contact description | Contact material | Features | Mounting method | Poles | Rated carry current | Terminal | Usage | Operation voltage | Description | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
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110 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | AC | Relais plat 6 mm avec socle, spdt, 6 a, bornes push-in, 110 vac |
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12 V | SPDT | Ag alloy | Diode, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | DC | Relais plat 6 mm avec socle, spdt, 6 a, bornes push-in, 12 vdc |
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230 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | AC | Relais plat 6 mm avec socle, spdt, 6 a, bornes push-in, 230 vac |
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24 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | AC/DC | Relais compact 6 mm avec fiche, SPDT, 6 A, borniers enfichables, 24 V c.a./c.c. |
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24 V | SPDT | Ag alloy | Diode, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | DC | Relais compact 6 mm avec fiche, SPDT, 6 A, bornes enfichables, 24 V c.c. |
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48 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | AC/DC | Relais plat 6 mm avec socle, spdt, 6 a, bornes push-in, 48 vac / dc |
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110 V | SPDT | Ag alloy + Au plating | Gold clad 3 µm, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 50 mA | Push-in Plus | Interface | AC | Relais plat 6 mm avec socle, spdt, 50 ma, bornes push-in, 110 v c.a. |
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12 V | SPDT | Ag alloy + Au plating | Diode, Gold clad 3 µm, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 50 mA | Push-in Plus | Interface | DC | Relais plat 6 mm avec socle, spdt, 50 ma, bornes push-in, 12 vdc |
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230 V | SPDT | Ag alloy + Au plating | Gold clad 3 µm, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 50 mA | Push-in Plus | Interface | AC | Relais plat 6 mm avec socle, spdt, 50 ma, bornes push-in, 230 vac |
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24 V | SPDT | Ag alloy + Au plating | Gold clad 3 µm, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 50 mA | Push-in Plus | Interface | AC/DC | Relais plat 6 mm avec socle, spdt, 50 ma, bornes push-in, 24 vac / dc |
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24 V | SPDT | Ag alloy + Au plating | Diode, Gold clad 3 µm, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 50 mA | Push-in Plus | Interface | DC | Relais plat 6 mm avec socle, spdt, 50 ma, bornes push-in, 24 vdc |
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48 V | SPDT | Ag alloy + Au plating | Gold clad 3 µm, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 50 mA | Push-in Plus | Interface | AC/DC | Relais plat 6 mm avec socle, spdt, 50 ma, bornes push-in, 48 vac / dc |
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24 V | SPDT | Ag alloy | LED, Test button, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | AC/DC | Relais compact 6 mm avec fiche, SPDT, 6 A, bornes enfichables, 24 V c.a./c.c., commutateur de test |
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24 V | SPDT | Ag alloy | Diode, LED, Test button, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Push-in Plus | Interface | DC | Relais compact 6 mm avec fiche, SPDT, 6 A, bornes enfichables, 24 V c.c., commutateur de test |
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110 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Screw | Interface | AC | Relais plat 6 mm avec socle, spdt, 6 a, borniers à vis, 110 vac |
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12 V | SPDT | Ag alloy | Diode, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Screw | Interface | DC | Relais plat 6 mm avec socle, spdt, 6 a, bornes à vis, 12 v c.c. |
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230 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Screw | Interface | AC | Relais plat 6 mm avec socle, spdt, 6 a, bornes à vis, 230 vac |
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24 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Screw | Interface | AC/DC | Relais plat 6 mm avec socle, spdt, 6 a, bornes à vis, 24 v c.a./c.c. |
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24 V | SPDT | Ag alloy | Diode, LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Screw | Interface | DC | Relais plat 6 mm avec socle, spdt, 6 a, borniers à vis, 24 vdc |
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48 V | SPDT | Ag alloy | LED, Transparent case, With mechanical indicator | DIN rail | 1 | 6 A | Screw | Interface | AC/DC | Relais plat 6 mm avec socle, spdt, 6 a, bornes à vis, 48 vac / dc |
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En quoi pouvons-nous vous aider ?
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Contactez-moi G2RV-ST
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DownloadVidéos
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OMRON Relay Quality
Creating the perfect relays may seem like a straightforward task, but it’s a complex process that requires the most advanced manufacturing processes. This ensures that every component inside our relays are precisely assembled and protected from any outside contaminants. Ignoring this crucial step could jeopardize the reliability of the relays and compromise their switching activity. At times, machines can experience unplanned downtime, with the causes remaining elusive, in many cases restarting the machine or replacing the relays resolves the issue. OMRON determined that such incidents are primarily caused by inadequate contact conduction, which frequently results from dust caught between the contacts during manufacturing. OMRON's unique production techniques avoid poor conduction due to dust by providing standardized product design, producing the products in clean room with strict entry/exit control rules, and utilizing OMRON’s unique dust removal technology. This production technique are applied for all the OMRON relays especially the new ones introduced in the line up G2RV-ST/G3RV-ST, and MY-GS-R. Find out more about our new relays in our website: #MakeitOMRON #MakeitExcellent
02:30
OMRON Relay Quality
Creating the perfect relays may seem like a straightforward task, but it’s a complex process that requires the most advanced manufacturing processes. This ensures that every component inside our relays are precisely assembled and protected from any outside contaminants. Ignoring this crucial step could jeopardize the reliability of the relays and compromise their switching activity. At times, machines can experience unplanned downtime, with the causes remaining elusive, in many cases restarting the machine or replacing the relays resolves the issue. OMRON determined that such incidents are primarily caused by inadequate contact conduction, which frequently results from dust caught between the contacts during manufacturing. OMRON's unique production techniques avoid poor conduction due to dust by providing standardized product design, producing the products in clean room with strict entry/exit control rules, and utilizing OMRON’s unique dust removal technology. This production technique are applied for all the OMRON relays especially the new ones introduced in the line up G2RV-ST/G3RV-ST, and MY-GS-R. Find out more about our new relays in our website: #MakeitOMRON #MakeitExcellentTéléchargements
