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TPYM Permanent Magnet Synchronous Motor For Cement Vertical Mill Powder Separator
POWER RANGE: | 400-15000kw | VOLTAGE: | 3kv-11kv |
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SPEED RANGE: | 100, 125, 150, 167, 187.5, 200, 250, 300r/min | POLES: | 60, 48, 40, 36, 32, 30, 24, 20 |
FREQUENCY: | 50hz,60hz | COOLING METHOD: | IC01,IC37,IC81W |
IP RATE: | IP00, IP20, IP21, IP23, IP44, IP54, IP55 | STANDARD: | IEC,GB |
TPYM series low-speed, high-torque powder separator special permanent magnet direct drive motor is mainly designed for the cement industry vertical mill, coal mill powder separator design permanent magnet direct drive motor, the motor speed range is: 100~200r/min, the motor adopts hollow shaft Structure, the motor is directly installed on the main shaft of the powder separator, the motor is equivalent to adding a counterweight to the main shaft of the powder separator, which reduces the vibration of the powder separator. Motors can be customized according to customer needs.
Product Features
Installation method: V1/V2;
Cooling method: air cooling or natural cooling;
Connection method: The motor is directly connected to the main
shaft of the powder selection fan, and the reducer is removed;
Efficiency: 95%, power factor: 0.97;
Temperature control protection: 2-point bearing temperature
measurement, 6-point winding temperature measurement, (PT100);
The motor shaft adopts special materials and process requirements,
which are consistent with the size of the low-speed shaft of the
imported reducer.
Product advantages
The renovation is convenient, and the on-site construction can be
completed within 2-3 days;
The original system control cable and control switch do not need to
be replaced;
The original pair of wheels can still be used, reducing the owner's
renovation cost and improving convenience;
Improve equipment reliability, eliminate oil leakage and other
downtime problems caused by reducer failures; eliminate the problem
of system efficiency decline caused by the loss of transmission
efficiency of the reducer itself;
The monitoring of motor operating parameters is more timely, and
the equipment operation is more reliable; the monitoring methods
are increased, and the inspection workload is reduced;
The one-time investment is highly economical and has obvious
returns;