Caractéristiques
Données de base
Lieu d'origine:
CHINE
Nom de marque:
OEM
Certification:
CE Certification
Numéro de modèle:
Socle
Document:
Brochure du produit PDF
Conditions de paiement et d'expédition
Quantité de commande min:
Négociable
Prix:
Négociable
Détails d'emballage:
Carton, palette, boîtier en bois ou selon les exigences du client
Délai de livraison:
30 jours ouvrables
Conditions de paiement:
30% de dépôt + 70% T/T avant expédition
Capacité d'approvisionnement:
20 ensembles par mois
Galerie
Ferrosilicon Production Plasma Arc Furnace Crucible Furnace High Electrical Efficiency
Description du produit
Electric Arc Furnace CURRENT CONDUCTING ELECTRODE ARM copper steel
Our design and construction are time tested and proven. It offers you the benefits of low maintenance cost while improving electrical efficiencies.
The clamping device is easily accessible for inspection and repairs.
The clamp ring can be quickly removed in the event of damage from electrode breakage or arcing.
Copper clad explosion plate is used in the construction of the arms to ensure there is no lamination in the material.
The arms are made of a rectangular welded box type design and copper plated in the areas of main current flows.
The terminal connections for the cables will be made of a forged copper section which will accept your current cables with no modifications.
The entire arm body is water cooled from inside.
All critical components on the electrode arms are protected within the copper clad steel. This includes the water piping for the spray rings and the hydraulic lines for the clamping mechanism.
The electrode shoe is designed for a flat connection to the arm body. This allows for easy replacement and repairability. Alignment of the shoe is simplified and costs are reduced.
The contact shoe is made of forged copper with bored water cooling channels to achieve good heat transfer. Water supply is maintained by a flanged water connection.
|
Electrode Dia. mm |
Electrode Distribution Circle Dia mm |
Transformer |
Reference EAF Ton |
Arm cross section mm |
Electrode releasing cylinder pressure Mpa/meduim |
Water cooling | ||
|
Rated current |
Secondary current KVA |
Consumption M3/h |
Connecting pipe | |||||
| Φ300 | Φ620-Φ800 | 3200 | 7.7 | 5 | 430×260 |
5/water base 0.4/Air |
8 | G1/2" |
| Φ350 | Φ700-Φ950 | 5500-8000 | 12.2-17.7 | 10 | 430×260 |
5/water base 0.4/Air |
8 | G1/2" |
| Φ350-Φ400 | Φ800-Φ1120 | 8000 | 17.715 | 15 | 450×260 | 5/oil,water base | 10 | G3/4" |
| Φ400 | Φ800-Φ1150 | 9000-12500 | 17.32-26.7 | 20 | 500×360 | 5/oil,water base | 14 | G3/4" |
| Φ400-Φ500 | Φ900-Φ1050 | 12500-18000 | 26.7-30.28 | 30 | 530×360 | 5/oil,water base | 16 | G3/4" |
| Φ500 | Φ900-Φ1100 | 25000-40000 | 37.9-48.6 | 50 | 680×450 | 5/water base, glycol | 22 | G1" |
| Φ500-Φ550 | Φ1050-Φ1100 | 31500-50000 | 42.7-54.4 | 75 | 700×450 | 5/water base, glycol | 28 | G1" |
| Φ600 | Φ1100-Φ1200 | 50000-63000 | 54.4-62.1 | 90 | 800×450 | 6/water base, glycol | 30 | G11/4" |
| Φ600 | Φ1100-Φ1200 | 63000-80000 | 62.1-69.9 | 100 | 800×450 | 6/water base, glycol | 32 | G11/4" |
