YRKK/YRKS series high voltage slip ring type three phase
asynchronous motor
YR,YRKS,YRKK 355-1000 6KV/10KV Y series asynchronous slip ring motor are the
latest products designed and developed according to relevant
national and professional standards in combination with our
experiences on design and manufacturing high voltage three phase
asynchronous motors for more than 60 years through our introduction
and digestion of a full set of design and manufacturing
technologies of high voltage motors from USA Westinghouse Electric,
Swiss ABB and Germany AEG.
This series of motors are made of new materials. They feature such
advantages as high efficiency, low vibration, low noise, reliable
performance, light weight, easy installation and maintenance.etc.
The power rating, installation dimensions and electrical
performance of this series of motors comply with national standard GB T755 Rotating electrical machines rating and performance and GB T13957 technical requirements for the fundamental series of three phase
large asynchronous motor, as well as international standard IEC.
Scope of Application
This series of motors can be applied as the driving power for
various of general machinery like compressor, ventilator, water
pump, crusher and other mechanical equipment, they are widely used
in mining, petrochemical, metallurgical industries, power plant
.etc as prime motors.
1, Altitude: up to 1000m;
2, Ambient temperature: -15~40°C;
3, Operation duty: S1;
4, Rated Voltage: 3kv,3.3kv,6kv,6.6kv
5, Encloseure protection: IP55(IEC34-5)
6, Cooling method: IC611/IC616/IC666/IC81W(IEC34-6)
7,The working voltage change range is not more than ±5% of the
rated voltage.
8, No. Of poles: 4,6,8
If there are special conditions and requirements, the order is also
acceptable, but an additional technical requirements should be
concluded,e.g non-standard power or the power not listed in sample,
voltage, frequency, installation dimension, over-all dimension,
high altitude, special ambient temperature, ambient environment and
corrosive gas, large rotational inertia, strong over-load
capacity.etc.
