Inter Solar Heat System Pump

Inter Solar Heat System Pump Specification

Working Temperature
-10C to 100C

Discharge Pressure
3.2 bar

Speed
2900 rpm

Max Suction
8 m

Flow Rate
2.5 m3/h

Voltage
220V

Head Size
36 m

Caliber
25 mm

Mounting Type
Horizontal

Frequency
50 Hz

Theory
Centrifugal Pump

Noise Level
Low Noise

Features
Corrosion Resistant, High Efficiency

Inlet/Outlet
25 mm/25 mm

Control System
Manual

Material
Stainless Steel

Structure
Single Stage Pump

Power
0.75 kW

Standard
IS 9079

Fuel Type
Electric

Pressure
3.6 bar

Usage
Solar Heat System

Application
Hot Water Circulation

Suction Type
Single Suction

Seals Type
Mechanical Seal

Priming
Self-Priming

Pump Type
Solar Circulating Pump

Capacity
2.5 m3/h

Weight
Approx. 6 kg

Deals in
new only

Installation
Inline pipeline

Protection
IP55 grade

Compatible Fluid
Water only

Motor Type
Copper winding

Brand Name
Shiva Solar Power

Colour
Blue housing

Inter Solar Heat System Pump Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Inter Solar Heat System Pump

Discover the sensational value of the Shiva Solar Power Inter Solar Heat System Pump-a cost-effective, top-rated solution for your hot water circulation. Designed with a gorgeous blue housing and durable stainless steel material, this spectacular pump weighs just 6 kg, features IP55 protection, and operates with copper winding for high efficiency. With a self-priming centrifugal design, it delivers a robust flow rate of 2.5 m3/h and a head size of 36 m. Enjoy corrosion resistance, low noise, and reliability, making it an exceptional choice for solar heat system applications.

Key Applications and Competitive Advantages

The Inter Solar Heat System Pump is widely used by solar energy providers, suppliers, and traders for hot water circulation in residential and commercial settings. Compatible with water only, it is equipped with a corrosion-resistant body, mechanical seal, and stainless steel components. Its primary competitive advantages include high efficiency, low noise operation, and exceptional reliability, making it a preferred choice for Indian markets seeking long-term, cost-saving performance in solar heat systems.

Supply Ability, Delivery, and Domestic Market Coverage

We ensure timely transportation and reliable supply of the Inter Solar Heat System Pump at the lowest price across India. Our prompt delivery time is supported by efficient logistics, making certain that your order arrives on schedule with minimal charge. Catering to a broad domestic market, we guarantee a continuous availability of stock, providing competitive rates and superior service for service providers, suppliers, and traders throughout the country.

FAQ's of Inter Solar Heat System Pump:

Q: How does the Inter Solar Heat System Pump enhance solar water heating efficiency?

A: The pump's high-efficiency copper-wound motor and centrifugal design provide reliable hot water circulation, optimizing heat transfer in solar systems while minimizing operational costs.

Q: What are the main benefits of the IP55 grade protection for this pump?

A: IP55 protection ensures the pump is safeguarded against dust and water jets, extending its lifespan, enhancing safety, and ensuring consistent performance even in demanding environments.

Q: Where can the Inter Solar Heat System Pump be installed?

A: The pump is designed for inline pipeline installation, making it suitable for hot water circulation in residential, commercial, and industrial solar heating systems.

Q: What is the process for ordering and receiving the Inter Solar Heat System Pump in India?

A: Place your order through our authorized suppliers; we offer fast transportation, transparent charges, and nationwide delivery, ensuring your pump arrives promptly and securely.

Q: When should the pump be used for optimal performance?

A: Operate the pump within its specified working temperature range (-10C to 100C) and voltage (220V) to ensure optimal performance and efficiency in solar heat circulation.