DINKONDA GLOBAL Power Plants Special 0.7m3/min-90m3/min, 29.4kpma-117.6kpa JGR Series Horizontal Three Bladed Structure Volumetric High-pressure Water-cooled Cooling Roots Blower
DINKONDA GLOBAL Power Plants Special 0.7m3/min-90m3/min, 29.4kpma-117.6kpa JGR Series Horizontal Three Bladed Structure Volumetric High-pressure Water-cooled Cooling Roots Blower
Propriétés de base
country of origin
Chine
Nom de marque
DINKONDA
Certificat
GB/T,ISO,CE
PRODUCT MODEL
Série JGR
Propriétés commerciales
MOQ
100 pièces
unit price
$500-$1000
Packing
Caisse/palette en bois standard d'exportation
period for dispatch
2-3 semaines
Méthode de paiement
T/T
Supply Capacity
10 000 pièces/mois
Détails de produit
Mettre en évidence:
water-cooled Roots blower
,high-pressure volumetric blower
,horizontal three-bladed blower
Motortype:
moteur à induction à trois phases
Airflowcapacity:
5 000 à 50 000 mètres cubes par heure
Operating Temperature:
-20°C à +70°C
Feedback Signal:
Potentiomètre, interrupteur de fin de course
Type:
fans industrielles
Blade Material:
Alliage d'aluminium
Protection Rating:
IP67
Torque Range:
10 Nm à 5 000 Nm
Bladematerial:
Alliage d'aluminium
Dutycycle:
100% continu
Fantype:
Ventilateur à flux axial / Ventilateur centrifuge
Operatingtemperature:
-20°C à 70°C
Protectionclass:
IP54
Mounting Type:
Horizontale/Verticale
Communication Interface:
RS485, Ethernet (en option)
Product Brief
DINKONDA GLOBAL Power Plants Special 0.7m3/min-90m3/min, 29.4kpma-117.6kpa JGR Series Horizontal Three Bladed Structure Volumetric High-pressure Water-cooled Cooling Roots Blower Product Overview The JGR series high-pressure water-cooled Roots blower is a volumetric Roots blower independently ...
Description de produit
DINKONDA GLOBAL Power Plants Special 0.7m3/min-90m3/min, 29.4kpma-117.6kpa JGR Series Horizontal Three Bladed Structure Volumetric High-pressure Water-cooled Cooling Roots Blower Product Overview The JGR series high-pressure water-cooled Roots blower is a volumetric Roots blower independently developed by DINKONDA GLOBAL for high-pressure differential working conditions. It adopts a water-cooled cooling structure and is specifically designed to solve the pain points of large
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