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Spécifications

Displacement @50Hz Max 0.218
Déplacement @60Hz Max 0.218
Pression ultime 35.00
Puissance totale nominale @50Hz 11000.00
Puissance totale nominale @60Hz 11000.00
Noise / Sound Level 73.00 db(A)

GHS 730 VSD+ Oil Injected Screw Vacuum Pump, 11 kW (@50 Hz), 0.35 mbar(a), Refroidissement par air, 7" HMI Version standard

8153614102HMI

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Variantes

Explorez les variantes ci-dessous pour comparer le produit.

Short Description Référence produit Controller Type Variante GHS
8153614027 Panneau avant Version standard
8153614027HMI 7" HMI Version standard
8153614102 Panneau avant Version standard
8153614102FO Panneau avant Version standard
8153614102FOH 7" HMI Version standard
8153614102HMI 7" HMI Version standard
8153614102HMIT - -
8153614102HUM Panneau avant Version humide
8153614102HUMH 7" HMI Version humide
8153614102SS Panneau avant Version en acier inoxydable
8153614102SSH 7" HMI Version en acier inoxydable

Oil Injected Screw Pumps

Oil injected screw vacuum pumps are positive displacement pumps which use two intermeshing rotors with helical screws to compress gas. They use oil as a sealing and cooling medium. They are commonly used in industrial applications for their high pumping speed, low ultimate pressure, and reliable performance

GHS VSD+

The Atlas Copco GHS pumps based on oil injected screw technology which is the proven one of the most reliable one on the makert, and featured by variable speed driven motor where power saving happened. The GHS is controlled by integrated controller, pre-programmed with several intelligent function, such as pressrure set point, real-time monitoring on inlet pressure and outlet temperautre , ect. It is also designed in plug-and-play concept, delivery the most suitable level of vacuum, without any waste.

GHS 730 VSD+

The GHS 730 VSD+ is a single stage oil injected screw pump, driven by an IE3/4 variable speed motor, and controlled by C4.0 controller where pressure set point available to be achieved.

Features and Benefits

  • GHS VSD+ driven by a varible speed motor and controlled by the logic that always as close to the customer pressure set point as possible, so there will be no waste of energy in terms of working in too deep vacuum level where customers do not need it. The modulating valve play as the role either prevent the pumps from rough pressure impact or a non-return valve prevent the oil back flow. The C4.0 controller also make the pumps more intellegnet by by the means of more customized option can be implemented and remote monitoring / control / communication available.

General Product Information

Dimension Longueur 1.27
Dimension Hauteur 1.08
Dimension Largeur 0.934
Bride d'entrée de connexion DN 80
Noise / Sound Level 73.00 db(A)
Fréquence de l'alimentation 50 Hz
60 Hz
Poids 510.00
Phase d'alimentation 3-Ph
Méthode de refroidissement Refroidissement par air
Connection vacuum outlet flange DN 60
Tension d'alimentation 3Ph 380-460V 50/60Hz

Performance Data

Pression d'appui Max 1.113 × 10⁵
Pression ultime 35.00
Vitesse de rotation nominale 100.00
Puissance totale nominale 11000.00
Puissance totale nominale @50Hz 11000.00
Puissance totale nominale @60Hz 11000.00
Displacement @50Hz Max 0.218
Déplacement @60Hz Max 0.218
Puissance au vide ultime 1300.00

Classification

Classification pompe à vide haute/moyenne/primaire Pompe à vide primaire
Classification de pompe sèche ou humide Pompe humide
Classification de technologie de pompe à vide Oil Injected Screw Pump
Classification de la plage de pression du produit Rough Vacuum: 1000 mbar - 1 mbar

Variants

Variante GHS Version standard
Controller Type 7" HMI
Variant of GHS Cooling Air Cooling

Operation Conditions - Limitations

Pression absolue Entrée Continue Max 1.050 × 10⁵
Altitude max. 1000.00
Température du gaz d'admission max. 70.00
Capacité d'huile max. 0.016
Pression absolue Sortie Continue Max 1.113 × 10⁵

Environmental Conditions

Température ambiante de fonctionnement max. 46.00
Température ambiante Fonctionnement Min 0.000