Condensateur pour moteur, 50uF - 4-16-10-30-64
![[TITLE]](data:image/jpg;base64,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)
| Quantité | HT | TTC |
|---|---|---|
| 1 - 1 | 13.32€ | 15.98€ |
| 2 - 2 | 12.66€ | 15.19€ |
| 3 - 4 | 11.99€ | 14.39€ |
| 5 - 9 | 11.32€ | 13.58€ |
| 10 - 14 | 11.06€ | 13.27€ |
| 15 - 19 | 10.79€ | 12.95€ |
| 20 - 52 | 10.74€ | 12.89€ |
| Quantité | U.P | |
|---|---|---|
| 1 - 1 | 13.32€ | 15.98€ |
| 2 - 2 | 12.66€ | 15.19€ |
| 3 - 4 | 11.99€ | 14.39€ |
| 5 - 9 | 11.32€ | 13.58€ |
| 10 - 14 | 11.06€ | 13.27€ |
| 15 - 19 | 10.79€ | 12.95€ |
| 20 - 52 | 10.74€ | 12.89€ |
Livraison en 2-3 jours, avec suivi postal!
Condensateur pour moteur, 50uF - 4-16-10-30-64. Condensateur pour moteur, 50uF. Capacité: 50uF. Tension: 400VAC. Matériau du condensateur: polypropylène (PP). Filetage: M8. Dimensions: 45x117mm. RoHS: oui. Montage/installation: à visser. Température de fonctionnement: -25...+85°C. Fonction: filtre anti-interférences, démarrage de moteur. Durée de vie: 10000h/425V, 3000h/475V, 1000h/500V. Connecteurs: 4 cosses faston 6.3x0.8mm. Quantité en stock actualisée le 12/01/2025, 15:25.
Produits équivalents :
MOTCAP50UF450V
Condensateur pour moteur, 50uF. Capacité: 50uF. Tension: 450VAC. Matériau du condensateur: polypro...
Condensateur pour moteur, 50uF. Capacité: 50uF. Tension: 450VAC. Matériau du condensateur: polypropylène (PP). Dimensions: 50x109mm. RoHS: oui. Montage/installation: à visser. Tolérance: 5%. Fonction: filtre anti-interférences, démarrage de moteur. Durée de vie: 10000h/425V, 3000h/475V, 1000h/500V. Connecteurs: 4 cosses faston 6.3x0.8mm
Condensateur pour moteur, 50uF. Capacité: 50uF. Tension: 450VAC. Matériau du condensateur: polypropylène (PP). Dimensions: 50x109mm. RoHS: oui. Montage/installation: à visser. Tolérance: 5%. Fonction: filtre anti-interférences, démarrage de moteur. Durée de vie: 10000h/425V, 3000h/475V, 1000h/500V. Connecteurs: 4 cosses faston 6.3x0.8mm
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Renseignements et aide technique
Paiement et livraison
Livraison en 2-3 jours, avec suivi postal!
Tous droits réservés, RPtronics, 2024.