• Speed regulation realized through frequency conversion, high starting torque, no crawling phenomenon.
• Suitable for frequent starting, braking, short-time overloading and great vibration or shock cases.
• Wide speed regulation range, strong overload capacity, high mechanical strength, stable run, easy maintenance.
• Used 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.
• Wide speed regulation range, strong overload capacity, high rigidity, small vibration, reliable use.
• Used 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.
• Suitable for frequent starting, braking, forward, backward running and other harsh conditions.
• Wide speed regulation range, strong overload capacity, stable run, durability and convenient maintenance.
• Used 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.
• Wide stepless frequency modulation range, smooth torque at low speed, no crawling phenomenon.
• Convenient speed regulation, high overload capacity, stable run, vibration and impact resistance, small size.
• Used 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.
• Wide stepless frequency modulation range, and can be matched with various frequency conversion devices.
• Easy speed regulation, strong overload capacity, stable operation, vibration and impact resistance, low noise.
• Used in roller conveying equipment of metallurgy, mining, cement, light and other industries.
• Using 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.
• Used 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.
• Used 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.
• Used 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.
• Used in drive mechanisms of metallurgy, mining, lifting, cement, construction, textile and other industries.
• Adopting arc tooth and cone gear transmission, input shaft and output shaft in a vertical direction layout.
• 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.
• Used in mechanical equipment drives of metallurgy, mining, transportation, textile, light industries.
• Wide transmission ratio scope, using arc cone gear transmission to form right angle output.
• 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.
• Used in drive devices of metallurgy, mining, petroleum, chemical, cement, construction and other industries.
• Arc tooth cone gear drive, for transmission where input shaft and output shaft in a vertical layout.
• Gears are made of high quality alloy steel with carburizing, quenching and grinding (hardened tooth flank).
• Strong carrying capacity, stable operation, high efficiency, high accuracy, low noise and long life.
• Used in mechanical transmissions of metallurgy, mining, lifting, chemical, coal, light, printing and dyeing.
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