Product Description
Our highly efficient collection of Semi Open Impeller Pumps are mounted with the best grade impellers that have vanes attached to a plate. These pumps are extremely reliable and function without a glitch for a long period of time. In terms of size, design and operational speed, our range of pumps beats its competition in the marketplace. One can rely on these experts approved Semi Open Impeller Pumps completely as none of them is sent out of the infrastructure facility without thorough testing. The quality, robustness and design accuracy of our pumps are assured prior to sale at all times.
Features
- Our pumps wins the trust of many with their practical designs and compact size
- Our premium pumps are acclaimed for having no physical or mechanical defects
- Our pumps are highly durable and require minimal repair
- Our pumps are easy to maintain owing to their high quality
Specification
| Capacity | Up To 80 m3/hr |
| Temperature | 110 Deg C |
| TDH Head | Up To 62 mtr |
| Speed (at 60 Hz) | 1750 / 3500 rpm |
| Speed (at 50 Hz) | 1450 / 2880 rpm |
| Pump Sizes | DN 25 mm TO 50 mm |
Efficient & Reliable OperationDesigned for industrial environments, this pump delivers continuous and reliable performance with a 2.2 kW motor, achieving up to 15 m/h flow and 32 m head. The centrifugal semi open impeller allows efficient transfer of liquids containing solids up to 10 mm, supporting water, chemical, and slurry transfer across temperatures from -10C to +80C.
Corrosion-Resistant ConstructionWith options for cast iron or stainless steel bodies and impellers in bronze or stainless steel, this pump withstands harsh chemicals and abrasive particles. The epoxy coating further protects against corrosion, while heavy-duty anti-friction bearings guarantee durability during prolonged operation.
Easy Maintenance & SafetyMaintenance is simplified with tool-free impeller access and a back pull out design, reducing downtime and labor costs. The IP55-rated motor safeguards against dust and water ingress, while mechanical seals and automatic/manual controls provide enhanced operational safety.
FAQs of Industrial Semi Open Impeller Pump:
Q: How does the semi open impeller design benefit industrial fluid transfer applications?
A: The semi open impeller design effectively handles liquids with large or fibrous solids (up to 10 mm), reducing clogging and ensuring efficient transfer of water, chemicals, or slurry.
Q: What maintenance process is required, and how is access provided?
A: Maintenance is straightforward due to the tool-free impeller access and back pull out design, allowing quick inspection, cleaning, or replacement without dismantling the entire pump. Routine checks ensure optimal performance and long service life.
Q: When is this pump recommended for use in industrial settings?
A: This pump is ideal for continuous-duty operations requiring reliable transfer of fluids within a viscosity range up to 100 cSt, and solid content up to 10 mm. It performs well in water, chemical, and slurry transfer tasks in industries that demand high efficiency and durability.
Q: Where can the Industrial Semi Open Impeller Pump be installed?
A: The pump is designed for base mounting in industrial facilities. It operates efficiently in locations where the inlet and outlet are compatible with ANSI or DIN standards and a 415V electrical supply is available.
Q: What are the key benefits of the pumps construction materials?
A: Materials like bronze, stainless steel, and epoxy coating resist corrosion, extending lifespan even in aggressive chemical environments. Heavy-duty bearings support continuous duty, while stainless steel shafts offer superior strength and wear resistance.
Q: How does the pump ensure safety and reliability during operation?
A: Safety and reliability are ensured by IP55 motor protection, preventing dust and water ingress, and by the use of mechanical seals, which reduce leaks. The pumps structure and materials adhere to ISO 5199 standards for industrial reliability.
Q: What is the process for switching between manual and automatic control systems?
A: Switching between manual and automatic modes can be done via the control system, making the pump adaptable to varying operational demands. This flexibility allows operators to optimize performance and respond quickly to process changes.