SIEMENS IE4 MOTORS
Description
Siemens IE4 Motors for Energy-Efficient Performance
Meta Title: Siemens IE4 Motors | High-Efficiency Motors
Meta Description: Explore Siemens IE4 Motors from 0.37 to 200 kW with high efficiency, IE4 performance, flexible mounting and VFD-ready options for industries.
About Siemens IE4 Motors
When industrial equipment runs for long hours, motor efficiency can have a direct impact on operating costs and overall system performance. Siemens IE4 Motors are designed for applications where high energy efficiency, dependable operation, and robust construction are important.
We Tech Power Solutions Ltd is an authorised dealer of Siemens IE4 Motors, offering a range from 0.37 kW to 200 kW, equivalent to 0.5 HP to 270 HP. These three-phase motors are available in 3000 RPM, 1500 RPM, and 1000 RPM configurations, corresponding to 2-pole, 4-pole, and 6-pole designs.
With a cast-iron body, S1 duty, Class F insulation, and IP55 protection, these motors are suitable for a wide range of continuous-duty industrial applications.
Siemens IE4 Motor Technical Specifications
Key specifications include:
• Power range: 0.37 to 200 kW / 0.5 to 270 HP
• Phase: Three phase
• Voltage: 415 V ±10%
• Frequency: 50 Hz ±5%
• Speed: 3000, 1500, and 1000 RPM
• Poles: 2, 4, and 6 Pole
• Frame size: 71 to 315
• Efficiency class: IE4
• Duty: S1
• Mounting: B3 foot, B5 flange, and B35 foot-cum-flange
• Body: Cast iron
• Enclosure: TEFC
• Insulation: Class F
• Protection: IP55
• Terminal box: Top position as standard
• Ambient temperature: Up to 50°C
• Special options: VPI/VFD suitable, thermistors, insulated bearings, roller bearings, space heater, forced cooling, LHS/RHS terminal-box location, and B14 face mounting
These options allow the motor configuration to be matched more closely to the equipment and operating environment.
Where Are Siemens IE4 Motors Used?
High-efficiency motors are particularly useful in equipment that operates for extended periods. Siemens IE4 Motors can be used in:
• Industrial fans and blowers
• Pumps and water-handling systems
• Compressors and air compressors
• Air-conditioning systems
• Textile machinery
• Textile processing equipment
• General industrial machinery
• Continuous-duty production systems
For example, a pump operating for many hours each day can benefit from an efficient motor because even small efficiency differences can become significant over extended operating periods.
Why Choose We Tech Power Solutions Ltd?
Selecting an industrial motor involves more than comparing kW or HP. Speed, frame size, mounting, duty, operating temperature, protection level, and optional features should all be considered before finalising a motor.
Customers looking for a Siemens (Innomotics) IE4 Motors dealer in Ahmedabad can approach We Tech Power Solutions Ltd for product selection and application support. The company also serves customers searching for Siemens (Innomotics) IE4 Motors Suppliers in Gujarat, with assistance in identifying suitable motor configurations.
For international industrial requirements, the company also supports enquiries associated with CG Crusher Duty Motors Exporters in Dubai.
Motors are covered by warranty against faulty material or workmanship for 12 months from commissioning or 18 months from dispatch, whichever is earlier, subject to applicable warranty conditions.
Frequently Asked Questions
1. What makes Siemens IE4 Motors suitable for continuous industrial operation?
Their IE4 efficiency classification, S1 duty, TEFC enclosure, Class F insulation, and robust cast-iron construction make them suitable for many continuous-duty applications.
2. Are Siemens IE4 Motors available with special features?
Yes. Depending on the application, options can include VFD suitability, VPI, thermistors, insulated or roller bearings, space heaters, forced cooling, alternative terminal-box positions, and B14 mounting.
Get the Right Siemens IE4 Motor
Contact We Tech Power Solutions Ltd today for Siemens IE4 Motor specifications, selection assistance, pricing, and supply support for your industrial application.













