Product Description
Single Stage Horizontal Centrifugal End Suction Pump
We take massive delight in being a trusted partner to valued clients for availing Single Stage Horizontal Centrifugal End Suction Pump. This the most common yet effectively used form of centrifugal pump that finds tremendous use in application areas such as power steel, fertilizer plants, pulp and paper textile, chemical process industries, effluent treatment plants, heating and air conditioning plants, etc. Application of the advanced production process results in ensuring about impressive speed, performance and design of the pump. This unparalleled quality pump boats of having a smooth finishing and high durability. Provided assured quality Single Stage Horizontal Centrifugal End Suction Pump operates without any kind of breakdowns.
Features:
- The provided pump is excellently designed well handle abrasive slurries, corrosive chemicals and viscous oils at high pressures and temperatures.
- The quality based manufacturing of the pump allows it to smoothly function in harsh conditions.
- Minimal maintenance is the best feature of the provided superior quality pump.
- This pump is widely acclaimed for having sturdy construction.
Product Details:
| Capacity | Up to 1100 m3/hr |
| Temperature | 350 deg C |
| TDH Head | Up To 150 Mtr |
| Speed (at 60 Hz) | 1150 / 1750 / 3500 rpm |
| Speed (at 50 Hz) | 960 / 1450 / 2900 rpm |
| Pump Sizes | DN 25 mm TO 250 mm |
Reliable and Durable ConstructionBuilt with high-grade cast iron, stainless steel, or bronze, this end suction pump guarantees longevity and dependable performance. The heavy duty ball bearings and mechanical seals ensure minimal maintenance and reduce the risk of leakage.
Optimal Performance Across ApplicationsEngineered with flexible speed options (1450/2900 RPM) and flow rates up to 1500 m/h, the pump efficiently meets demands in water supply, industrial processing, and HVAC systems, providing consistent results even under challenging conditions.
Compliance and Safety AssuranceAdhering to strict ISO 2858 and DIN 24255 standards, the pump features IP55 protection and F Class insulation for electrical safety. This ensures reliable operation and peace of mind in complex installations.
FAQs of Single Stage Horizontal Centrifugal End Suction Pump:
Q: How is the Single Stage Horizontal Centrifugal End Suction Pump installed?
A: This pump is designed for horizontal floor mounting. Its foot-mounted structure ensures stable installation, with the suction nozzle positioned at the top horizontal and discharge vertically. It is suitable for use in indoor, industrial, and commercial settings.
Q: What priming process does this pump require before use?
A: While the pump is self-priming, it needs an external priming arrangement for the initial system fill. This means an external primer or manual filling is required to remove air prior to the first operation.
Q: Where can this pump be effectively used?
A: The pump is ideal for water supply systems, industrial processing, irrigation, and HVAC applications. Its robust construction makes it suitable for demanding environments in manufacturing plants, commercial facilities, and agricultural fields.
Q: What are the benefits of the mechanical seal and gland packing options?
A: Mechanical seals provide enhanced protection against leaks and require less frequent maintenance, while gland packing offers flexibility for specific operating environments. Users can select the sealing method best suited for their application.
Q: How does this pump handle noise and vibration?
A: Operating at less than 70 dB, this pump is designed for quiet performance. Heavy duty ball bearings and flexible coupling further minimize vibration, ensuring smooth running and user comfort.
Q: What is the temperature and pressure range supported by the pump?
A: The pump supports a temperature range from -10C up to 120C and can handle pressures up to 16 bar, making it suitable for both ambient and high-pressure fluid transfer requirements.
Q: What is the maximum flow rate and speed achievable?
A: Depending on model selection, the pump can deliver up to 1500 m/h at speeds of either 1450 or 2900 RPM. This allows efficient circulation in high-volume systems.