About Crompton Greaves IE4 Super Premium Efficiency Motor
Cast iron made Crompton Greaves IE4 Super Premium Efficiency Motor is offered in 3 phase power supply based design. This motor has IP 55 protection rating. Based on pole number ( 2/4/6 pole), its operating speed varies. Maximum operation speed that this motor can achieve is 1000 rpm. This product has F class insulation rating and its standard conforms to IE4. This Crompton product is accessible in B3 foot mounted design. Crompton Greaves IE4 Super Premium Efficiency Motor requires 415 v voltage that makes it energy efficient.
Technical Details of Crompton Greaves IE4 Super Premium Efficiency Motor:
Brand | Crompton Greaves |
Power | 0.37 To 55 KW / (0.5 To 75 HP) |
Phase | 3 Phase Motor |
Speed | 3000 rpm (2 Pole),1500 rpm (4 Pole),1000 RPM (6 Pole) |
Voltage | 415 V +-10% |
IP Rating | IP55 |
Ambient Temperature | 50 Degree C |
Frequency | 50 Hz +-5% |
Frame Size | 80 To 280 L |
Insulation Class | F Class Insulation With Temparture Rise Limited To Class B |
Mounting | B3 Foot Mounted |
Standard | IE4 |
Body Enclosure | Cast Iron |
Advanced IE4 Efficiency and ReliabilityAchieve outstanding energy savings with the IE4 super premium efficiency rating, ensuring reduced electricity costs and minimal environmental impact. Crompton Greaves motors also maintain exceptional performance even in demanding industrial settings, supported by robust build and innovative cooling with fan-cooled TEFC enclosures.
Versatile Applications and OperationThis motor suits continuous-duty operations, offering bidirectional rotation for flexible system design. Its compatibility with pumps, compressors, blowers, and fans makes it an ideal choice across diverse industries. The direct-on-line (DOL) starting system and standard three-phase AC input promote straightforward integration.
Low Maintenance and High DurabilitySealed deep groove ball bearings, sturdy materials, and IP55 protection ensure low upkeep and resistance against dust, water jets, and other workplace challenges. With Class F insulation restricted to Class B temperature rise, thermal stability increases service life significantly.
FAQ's of Crompton Greaves IE4 Super Premium Efficiency Motor:
Q: How does the IE4 Super Premium Efficiency benefit my industrial application?
A: The IE4 efficiency ensures the motor consumes less power while delivering high output, leading to reduced operational costs and a smaller carbon footprint in applications like pumps, compressors, fans, and industrial machinery.
Q: What is involved in installing this Crompton Greaves motor?
A: Installation is straightforward-mount the motor using the B3 (foot-mounted) configuration, connect to a 415V three-phase AC supply, and start with DOL (direct-on-line) control. The top-position terminal box aids convenient wiring access.
Q: When should I perform maintenance on this motor?
A: Thanks to sealed bearings and grease lubrication, maintenance requirements are minimal. Routine inspections focus on checking electrical connections, cleaning external surfaces, and verifying cooling efficiency as per standard industrial schedules.
Q: Where can this motor be effectively used?
A: It's ideal for industrial environments up to 1000m altitude and temperatures ranging from -15C to +50C. Common uses include pumps, fans, blowers, compressors, and general industrial machinery requiring continuous and reliable power.
Q: What ensures the longevity and protection of the motor?
A: The IP55 enclosure safeguards against dust and water, while deep groove ball bearings and Class F insulation (operating at Class B temperature rise) provide thermal and mechanical durability for prolonged service life.
Q: How do I know if this motor meets international standards?
A: This model complies with IS 12615 and IEC 60034-30-1 standards, certifying its quality, efficiency, and suitability for demanding industrial applications worldwide.
Q: What are the key features that reduce maintenance and downtime?
A: Sealed bearings, grease lubrication, a low-noise design (<75 dB(A)), and robust construction significantly cut down on maintenance frequency and ensure reliable, trouble-free operation.