Moteur Volcan
Spécifications du produit
| Nom de la marque: | Volcan Électrique | Numéro de modèle: | BLDC1.5-190 | Taper: | Moteurs PMSM |
| Puissance de sortie: | 1.5KW | Tension: | 220À DC | Plage de vitesse: | 2000-4000 Vitesse variable |
| Contrôleur: | Personnalisé, Facultatif | Freinage: | Facultatif | Classe d'isolation: | Classe F |
| Enceinte: | IP54 | Poteaux: | 8P. | Fil: | 100% cuivre |
| Logement: | Cadres en aluminium | Efficacité: | premium efficiency motor 90% | ||
| Devoir: | S1 (continu), Intermittent | Lieu d'origine: | Zhejiang, Chine (Continent) | Standard: | Personnalisé, M123 |
| Application: | Bateau, Voiture, Vélo électrique, Ventilateur, Appareil électroménager, Moteur de traction, Systèmes DC à pompe solaire, systèmes de climatisation pour bus ,Autre | ||||
Description du produit
The Energy saving compressor system is composed of a control panel, motor with sensor, pressure sensor, and a compressor. The current case is 220V AC/380VAC power supplying the controller to control the motor, meanwhile the motor sensor transfers the location signal to the controller. The pressure sensor in the compressor system transmit the pressure value to the controller, based on these pressure value, the controller carries on the real-time speed control. thereby achieve the function of constant pressure of the whole compressor system.
Moreover, the controllers can be connected to the buses, the controller can control different motors, if the pressure is insufficient, the other motors would work simultaneously to keep the constant pressure.
System chart of intelligent air compressor
You can refer to the system chart, once the pressure is reduced, the motor would speed up to boost, to keep the system pressure stable. Because controllers are connected to the buses. In case, the insufficient pressure that one compressor can’t meet, the system would open the compress 2, compressor 3,… intelligently. Opposite process can work as well. All the process is automatically, by close loop control. The intelligent system can help to saving energy and keep constant pressure.
This motor used in air compressor system, compared to asynchronous induction motor system. Thanks to its advantages listed below, which is to be used that have variable requirements provides up to 35% energy saving and improves the compressor’s service life.
High efficiency at variable speed
At constant speed that both asynchronous motor and permanent magnet DC motors can work at high efficiency. But using asynchronous motor, when the motor speed is changed, the motor efficiency goes down sharply, but using the permanent magnet DC, at a wide speed range, the motor efficiency keeps at a high efficiency.
Soft Start and Longevity
Excessive current drawn during the star-delta of the electrical motor (starting current) and the mechanic loads are eliminated thanks to the soft start and stop features of this system. Par conséquent, longevity of the motor equipment improves and maintenance costs decrease.
Economical Run and Constant Output Pressure
Standard air compressors switch to idle when the targeted pressure is achieved and switch to load when the specific low pressure is reached. When the compressor switches to idle, the electrical motor keeps working at its constant speed and does not produce compressed air hence the compressor consumes 30% power of its load run. Pumps with our permanent magnet motor, works at an optimum speed (tr/min) to meet the real time air needs and provides great deal of energy savings as well as producing targeted constant output pressure.
Moreover, we can produce customized motors by our various applications.
For a professional compressor case advices, please contact us at info@volcanomotor.com. Our engineers are at your service case by case. You can try to tell us your compressor application, function requirements, efficiency etc. our permanent magnet motor pumps systems can easily replace the conventional 3 phase asynchronous electric motors with higher efficiency and intelligent.
Some of customized PM motors
| Type de moteur | Sortir | Tension | Charger | Vitesse | Couple nominal | Poteaux | Efficacité | Bruit |
| KW | V | UN | RPM | N.m | % | dB | ||
| BLDC0.65-123 | 0.65 | 24 | 32.2 | 1700 | 3.65 | 8 | 84 | 60 |
| BLDC1.2-123 | 1.2 | 24 | 59.5 | 1700 | 6.74 | 8 | 84 | 60 |
| BLDC1.25-123 | 1.25 | 24 | 62 | 1350 | 8.85 | 8 | 84 | 60 |
| BLDC1.4-123 | 1.4 | 24 | 69.45 | 1560 | 8.57 | 8 | 84 | 60 |
| BLDC1.8-123 | 1.8 | 48 | 44.2 | 2000 | 8.59 | 8 | 85 | 60 |
Avantage des moteurs PMSM
- Entretien réduit et durée de vie plus longue- pas d'érosion des balais et des collecteurs
- Moins de bruit - l'élimination du contact avec la brosse
- Rapport puissance/poids plus élevé
- Efficacité supérieure ( en général supérieur à 90%)
- Élévation de température plus faible - dissipation thermique plus efficace grâce à la construction du bobinage
- Réduction des EMI
Moteurs personnalisés
Pour moteurs personnalisés, veuillez contacter notre technicien, Ordinaire, nous devons connaître les informations suivantes pour obtenir une proposition professionnelle:
- Brossé ou sans balais: Préférence du client
- Puissance de sortie (W): Puissance/watts/couple nominal à pleine charge
- Tension (V): c'est-à-dire 12 V CC …….. 450V et
- Vitesse du moteur (RPM): Tours par minute de l'arbre à pleine charge Tension
- Application: par exemple. traction, climatisation, etc..
- Devoir: La plupart des moteurs sont évalués en continu. Certaines applications peuvent cependant utiliser des moteurs conçus pour un service intermittent.
- Configuration/Cadre: Nos produits sont conformes à la norme CEI, nous pouvons également personnaliser la bride et l'arbre selon le dessin du client
- Fonction du contrôleur: par exemple. avant/arrière, vitesse variable, profil d'accélération, etc..
