QTVF Sequence Long term Magnet Synchronous Frequency Conversion Motor for Ball Mill” has a rated voltage of 380/6000 / 10000V, and is suitable for the cement, ceramics, metallurgy and other industries. Based on the software, the ball mill can be pushed directly. Compared with the standard technique, the reducer and hydraulic coupling are removed. In comparison with standard methods, it has the traits of substantial performance, vitality saving, lower sounds, servicing-free, huge commencing torque and steady operation. In addition, this item has also been extensively employed in ports, oil fields, mining equipment, textiles and other fields, and has gained unanimous praise from buyers.
Characteristics
one. Substantial efficiency and power conserving, the effectiveness of the motor reaches the 1st-amount energy usage (IE4) regular, and the energy saving fee is above 20%.
two. Large starting up torque, employing vector management technological innovation, no influence on the electricity grid and ball mill throughout beginning.
three. The technique can recognize variable frequency speed regulation to make the ball mill run underneath the greatest problems.
4. The intermediate hyperlinks this sort of as the reducer and the mechanical soft-lifting device have been eliminated, and the actual maintenance-free of charge operation has been attained.
five. Lowered quantity and straightforward installation.
Specification and Model
Use environment and other motor parameters
Enclosure ranking
I P55
cooling approach
IC46W (h2o-cooled)
Work system
Steady functioning technique (S1)
Insulation material temperature score
H-Course
Use ambient temperature
-20 ºC ~ forty five ºC
“QTVF Collection Permanent Magnet Synchronous Frequency Conversion Motor” Choice Xihu (West Lake) Dis.:
Simply because the permanent magnet synchronous frequency conversion motor for QTVF series mills is a direct-push AC motor, no reduction gear (these kinds of as a reducer) is essential when driving load equipment. Consequently, this strategy of motor assortment is based mostly on the energy of normal asynchronous motors. Sorts are different. The long term magnet synchronous frequency conversion motor for QTVF collection mills need to be chosen in accordance to the rated torque.
Distinct measures are as follows:
★ Establish the pace regulation assortment: the maximum pace of the motor ≥ the greatest velocity needed by the load gear (the mill is primarily based on the gear ratio of the huge and modest ring gears, or the ratio of the diameter of the pulley, the speed of the drum, and so forth.). This solution can alter the motor pace according to consumer needs to accomplish the most ideal use effect.
★ Figure out the electricity of the load products. The newly put in tools can be picked according to the electricity required by the factory design and style. The maximum running energy of the motor ≥ the electrical power necessary by the load tools.
★ Establish the driving torque necessary by the load gear estimate the driving torque required by the load products dependent on the electricity and pace of the load tools.
★ In accordance to the basic principle that the rated torque of the motor ≥ the driving torque essential by the load products, decide on the most suitable rated torque from the sequence of motors.
★ Figure out the electrical power supply voltage (380V, 660, 6000V or 10000V). If the voltage in the area of use is particular, you should describe it in time and connect with our firm’s complex office.
★ Figure out the motor product in accordance to the selected functionality parameters.
★ Figure out regardless of whether the picked motor is handy to install in accordance to the general dimensions of the motor in the parameter desk.
★ If the set up is practical, the motor design has been decided and the product variety is complete.
★ In addition, our organization can design and style and manufacture permanent magnet synchronous motors with voltage levels of 380V-10000V and electricity amounts of 30kW-4000kW in accordance to client requirements.
Specs and fundamental parameters of QTVF sequence mills for long term magnet synchronous inverter motors
