
ECW-40/200
In stock
The ecw 40 200 is part of a comprehensive range of end suction pumps designed for clear water applications. Built with heavy-duty construction and a back pull-out design, these units offer various sealing options such as gland packing or mechanical seals. Contact us in Harare to discuss the specific material types available for your project.
Description
Harare Pumps & Irrigation supplies the ecw 40 200, a product backed by over five decades of CRI engineering expertise. This end suction pump series is designed for efficiency and performance in clear water applications. Featuring heavy-duty shaft bearings and interchangeable parts, this range meets high pumping requirements across different segments in Zimbabwe. Please verify your exact specifications with our technical staff.
C.R.I Pumps with over 5 decades of engineering expertise in pump industry, in keeping with its innovative spirit, presents a complete & Comprehensive range of ECW Series End Suctions pumps for Clear Water applications. With the host of positive and impressive features these pumps augments the Extensive range of C.R.I. Pumps. Designed to meet high pumping requirements in terms of performance and efficiency, these ranges are offered with different specifications & variants that are customized to suit specific applications of the customers in different segments. C.R.I.'s extensive range of these End suction pumps are developed with at most care and reinforced by the commitment delivered through the performance and Engineering perfection that stands for customer satisfaction beyond the limits of technology.| Material | Type - C | Type - B |
| Pump Casing | Cast Iron | Cast Iron |
| Impellers | Cast Iron | Bronze |
| Shaft | EN-8 | EN-8 |
| Sleeve | AISI-410 | AISI-410 |
- Heavy Duty Construction
- Parts Interchangeability
- Bearing Condition Monitoring
- Various Sealing Options; Gland Packing, Mechanical Seal, Expellers
- Back Pull-out Designs
- Renewable Wear Parts
- Heavy Duty Shaft Bearings
- Excellent Impeller Adjustment.




