• Speed regulation by frequency conversion, suitable for frequent braking, short-time overload and shock cases.
• Large plage de modulation de fréquence en continu, peut être associée à différents types de dispositifs de conversion de fréquence.
• Régulation facile de la vitesse, forte capacité de surcharge, fonctionnement stable, résistance aux vibrations et aux chocs, faible bruit.
• Noused in speed regulation and heavy equipment drives of lifting, metallurgy, cement, petroleum industries.
• Régulation de la vitesse réalisée par conversion de fréquence, couple de démarrage élevé, pas de phénomène de rampement.
• Convient pour les démarrages fréquents, les freinages, les surcharges de courte durée et les cas de vibrations ou de chocs importants.
• Large plage de régulation de vitesse, forte capacité de surcharge, résistance mécanique élevée, fonctionnement stable, entretien facile.
• Noused in lifting and similar equipment speed regulation drives of metallurgy, lifting, port, cement industries.
• Speed regulation realized by frequency conversion, can be matched with various frequency conversion devices.
• Suitable for frequent starting, forward or backward running and plug braking and other harsh conditions.
• Large plage de régulation de vitesse, forte capacité de surcharge, rigidité élevée, petites vibrations, utilisation fiable.
• Noused in roller conveying frequency conversion motors of metallurgy, chemical, lifting, logistics industries.
• Speed regulation by frequency conversion, torque is smooth at low speed, with no crawling phenomenon.
• Convient pour les démarrages fréquents, les freinages, la marche avant, arrière et d’autres conditions difficiles.
• Large plage de régulation de la vitesse, forte capacité de surcharge, fonctionnement stable, durabilité et entretien pratique.
• Noused in roller conveying frequency conversion motors of metallurgy, lifting, logistics, mining industries.
• Speed regulation by frequency conversion, suitable for frequent starting, braking, forward, backward running.
• Large plage de modulation de fréquence en continu, couple doux à basse vitesse, pas de phénomène de rampement.
• Régulation pratique de la vitesse, capacité de surcharge élevée, fonctionnement stable, résistance aux vibrations et aux chocs, petite taille.
• Noused in roller conveying mechanism of metallurgy, lifting, port, paper making and other industries.
• Speed regulation by frequency conversion, suitable for frequent starting, braking, forward, backward running.
• Large plage de modulation de fréquence en continu et peut être associée à divers dispositifs de conversion de fréquence.
• Régulation facile de la vitesse, forte capacité de surcharge, fonctionnement stable, résistance aux vibrations et aux chocs, faible bruit.
• Noused in roller conveying equipment of metallurgy, mining, cement, light and other industries.
• Nousing spur gear or helical gear occlusion, the input shaft and output shaft are arranged in parallel.
• The hardened tooth flank gear is made of high quality alloy steel, processed by carburizing and quenching.
• Compact structure, stable operation, large bearing capacity, high efficiency and precision, reliable use.
• Noused in mechanical equipment drives of metallurgy, mining, transport, chemical, textile, light industries.
• Adopting spur gear or helical gear occlusion, input shaft and output shaft are designed in parallel.
• Made of high quality alloy steel, hardened tooth flank gears processed by carburizing, quenching, grinding.
• Large load bearing, stable operation, high drive efficiency, high precision, low noise and long life.
• Noused in transmission devices of metallurgy, mining, petroleum, chemical, cement, construction industries.
• Adopting spur gear or helical gear occlusion, input shaft and output shaft are parallelly arranged.
• The hardened tooth flank gears are made of high quality alloy steel with carburizing, quenching, grinding.
• Large load bearing, stable operation, high transmission efficiency, high accuracy, low noise and long life.
• Noused in metallurgy, mining, lifting, chemical, cement and other industries of mechanical transmission.
• Adopting spur gear or helical gear occlusion, the input shaft and output shaft are parallelly arranged.
• The hardened tooth flank gears are made of high quality alloy steel with carburizing, quenching, grinding.
• Large bearing capacity, good precision, good contact performance, reliable use and long service life.
• Noused in drive mechanisms of metallurgy, mining, lifting, cement, construction, textile and other industries.
• Adoption de la transmission à dents d’arc et à engrenages coniques, de l’arbre d’entrée et de l’arbre de sortie dans une disposition verticale.
• Gears are made of high quality alloy steel with carburizing, quenching and grinding (hardened tooth flank).
• Compact structure, stable operation, large carrying capacity, high efficiency, high accuracy, reliable use.
• Noused in mechanical equipment drives of metallurgy, mining, transportation, textile, light industries.
• Large portée de rapport de transmission, en utilisant la transmission à engrenages à cône d’arc pour former une sortie à angle droit.
• Gears are made of high-quality alloy steel with carburizing, quenching and grinding (hardened tooth flank).
• Large load capacity, stable operation, high efficiency, high accuracy, long life, easy disassembly.
• Noused in drive devices of metallurgy, mining, petroleum, chemical, cement, construction and other industries.
Anglais
