- Contact Person:Mr. Du
- Phone:+8613609288011
- E-mail:tina.gatn@wolongcne.com
- ADD.:No.1801 Dushan Avenue, Nayang City Henan Province, China
YE3 Series Low-Voltage And High-Efficiency Explosion-Proof T
time:2024-07-03 11:28 click:
Model: YE3
Frame: 80-355
Power: 0.37-315kW
Voltage: 380V/660V
Protection Grade: IP55
Cooling Method: IC411
The efficiency for YE3(IE3)series motor is up to grade 2 energy efficiency in GB18613-2012 Energy Efficiency Limit Value and Grade for Small and Medium Three Phase Induction Electric Motors. The motors meet IE3 standard of IEC60034-30and have same efficiency level as America NEMA Premium efficiency motors.
This series of energy-saving type motor is for general use low voltage cage type three phase induction motors with single speed, totally enclosed fan cooled and continuous working duty. The motors are suitable for situations without special requirements. They can drive all kinds of general mechanical equipment and widely applied to machine tool, fan blower, compressor, transporter, conveyor, mixer, printing machine, agriculture machine and packing machine.
Application
Suitable for petroleum, chemical, mining, metallurgy, electric power and other industries in non-explosive environments. It is the ideal power equipment.
Mounting
Parameter
DRAWING
Recommend MORE+
-
TZYW series positive pressure brushless excitation
-
NEXP series explosion-proof Three-phase asynchronou
-
BPY-S30 series variable frequency speed regulation
-
YFBKK series for dust explosion-proof pulverizer
-
TBVF Ex permanent magnet synchronous variable frequ
-
YBRB series flameproof three-phase AC motor for pum
-
YBU YBUS YBUD series tunnel boring machine flamepro
-
YR YRKS YRKK Series High Voltage Wound Rotor Induct
NEWS MORE+
- Necessity of safety upgrade of standard increased s 2024-09-05
- Reason the frequency converter causes the Ex motor 2024-09-05
- Selection Guide for Motors for High-Pressure Centri 2024-09-03
- How to Analyze the Quality of Cast Aluminum Rotors 2024-09-02
- Comparison of five motor starting methods 2024-08-30
- Five steps to equipment maintenance 2024-08-30
- How to easily identify inter-turn faults in winding 2024-08-30
- Detailed explanation of motor winding classificatio 2024-08-28
- Ways to reduce motor losses and improve efficiency 2024-08-26
- How much axial preload should be added to the motor 2024-08-23