About Canned Motor Pump
Technical Range
| Delivery size |
up to 250 mm |
| Capacity |
up to 200m3 / hr |
| Head |
up to 135 m0.95 |
| Temperature |
- 40o C to +270o C |
| Working Pressure |
upto 120 Kg/cm |
| Speed |
3000 RPM (Syn) 1500 RPM (Syn) |
| Voltage |
415V, 50 Hz 3 Phase |
Absolutely Leak-Proof PerformanceOur canned motor pump is engineered for leak-free operation, making it ideal for handling toxic, hazardous, or corrosive fluids. A seal-less design, combined with robust stainless steel or alloy construction, ensures your facility remains safe and environmentally compliant, even in demanding industrial conditions. This pump helps you avoid harmful emissions and ongoing seal maintenance, reducing operational risks and downtime.
Enhanced Efficiency and ReliabilityThe integrated cooling circuit and internal bearing lubrication from the process fluid ensure optimal pump performance and a long service life. Featuring a highly efficient squirrel-cage induction motor, direct coupling, and low vibration operation, this pump is designed for continuous, trouble-free service even in challenging environments with ambient temperatures up to 50C and working conditions ranging from -40C to +250C.
Flexible and CustomizableWith inlet and outlet options from 1" to 6", various impeller types, and a wide range of construction materials including Hastelloy and Alloy-20, our pump can be tailored for unique requirements. It supports self-priming or direct suction configurations, and both DOL, Star-Delta, or VFD control systems. Whether transferring corrosive chemicals or handling general industrial fluids, this pump adapts to your operational needs.
FAQ's of Canned Motor Pump:
Q: How does the canned motor pump ensure safe transfer of hazardous or toxic fluids?
A: Thanks to its seal-less (canned motor) design, the pump eliminates external leakage, making it highly effective for safely transferring hazardous, toxic, or corrosive liquids. The robust construction and absolutely leak-proof performance reduce potential environmental and safety risks.
Q: What cooling and lubrication systems are integrated within this pump?
A: The pump utilizes an internal lubrication system where the process fluid lubricates the bearings and also employs an integrated cooling circuit to maintain optimal motor and bearing temperatures even in continuous-duty applications.
Q: When should I choose a semi-open impeller versus an enclosed impeller for this pump?
A: Select a semi-open impeller when transferring fluids containing small solids or slurries to reduce clogging risks. An enclosed impeller is recommended for pure, clean liquids where higher efficiency and head are required.
Q: Where can this canned motor pump be installed, and what industries benefit most?
A: Designed for horizontal, base-mounted installation, the pump is widely used in chemical manufacturing, petrochemical plants, pharmaceutical facilities, and general industry-anywhere a leak-free, reliable centrifugal pump is required.
Q: What is the process for adapting this pump to specific application requirements?
A: Customization is available according to fluid compatibility, temperature, or process needs. Options include various materials (SS 304/316, Hastelloy, Alloy-20), inlet/outlet sizes, impeller types, and control systems such as DOL, Star-Delta, and VFD.
Q: How does direct-coupled drive benefit pump operation compared to other drive types?
A: Direct coupling provides a compact, efficient construction with minimal power loss, reduced vibration, and easier maintenance. It enhances alignment accuracy between the motor and pump, benefiting long-term reliability.
Q: What are the main benefits of using a canned motor pump in corrosive or hazardous liquid transfer?
A: The main benefits include absolutely leak-proof performance, minimal maintenance (since there are no seals or glands to replace), compact size, quiet operation (<75 dB), and exceptional safety for hazardous or high-value fluid handling.