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Furnace Transformer Pump

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MOQ : 1 Piece

Furnace Transformer Pump Specification

Caliber
25 mm

Inlet/Outlet
1 inch / 1 inch

Max Suction
6 meter

Theory
Centrifugal Pump

Mounting Type
Foot Mounted

Features
Compact Design, Corrosion Resistance, High Temperature Operation

Discharge Pressure
2 bar

Flow Rate
40 L/min

Frequency
50 Hz

Control System
Manual / Automatic

Head Size
18 meter

Speed
2800 RPM

Noise Level
75 dB

Material
Cast Iron / Stainless Steel

Structure
Single Stage

Power
0.75 kW (1 HP)

Standard
IS 8472

Fuel Type
Oil / Diesel

Pressure
Up to 2.5 bar

Suction Type
Single Suction

Seals Type
Mechanical Seal

Priming
Self Priming

Capacity
2400 L/hour

Furnace Transformer Pump Trade Information

Minimum Order Quantity
1 Piece

Main Export Market(s)
North America, Eastern Europe, Western Europe, Central America, South America

Main Domestic Market
All India

About Furnace Transformer Pump

With rich industry knowledge and experience, we are able to manufacture, export and supply a wide range of Furnace Transformer Pump. Due to its high efficiency and smooth functioning, the provided pump is used in diverse industries for various applications. Designed with perfection, offered pump is also rigorously checked for set quality parameters to ensure its flawless working. As per the varied demands of clients, the Furnace Transformer Pump is available in various capacities at most reasonable prices.

Features:

Easy installation
Sturdiness
Low maintenance
Long working life

CENTRIFUGAL

Model	Motor HP	Discharge in LPM	Total Head in Mt.	Suction	Delivery
1120	2.0	112 to 385	15 to 4.6	38	38
1130	3.0	112 to 430	18 to 4.2	38	38
1143	4.3	750 to 1200	11 to 7.5	100	100
1175	7.5	830 to 2250	20 to 7.5	150	150

AXIAL FLOW (IN-LINE)

Model	Motor HP	Discharge in LPM	Total Head in Mt	Suction	Delivery
1205	0.5 HP 1 PH	300/350	2.5	80	80
1205	0.5 HP 3 PH	300/350	2.5	80	80
1220	2.0	1800	2.5	200	200
		1000	0.83
		1585	0.8
		833	1.12
1230	3.0	1200	3.35	150	150
1250	5.0	2700	2.5	200	200
		3400	3.0	200	200
		4500	3.0	200	200

Durable and Efficient Design

Crafted from cast iron and stainless steel, this furnace transformer pump delivers reliable operation in demanding environments. Its compact structure and corrosion-resistant materials make it suitable for continuous high-temperature applications while ensuring longevity and low maintenance.

Advanced Priming and Sealing Technology

This pump features a self-priming mechanism, eliminating the need for manual intervention during startup. The mechanical seal enhances system integrity, preventing leaks and supporting safe operation with oil or diesel fuels, making it ideal for industrial furnace systems.

FAQs of Furnace Transformer Pump:

Q: How does the centrifugal theory benefit the performance of the Furnace Transformer Pump?

A: The centrifugal theory ensures efficient fluid movement by converting rotational energy from the motor into kinetic energy, resulting in a steady, high flow rate of up to 40 L/min and a head of 18 meters, ideal for rapid oil or diesel transfer processes.

Q: What maintenance steps are required to ensure the mechanical seal remains effective?

A: Routine inspection and cleaning of the mechanical seal, along with checking for wear or leakage, are crucial. Use compatible oil or diesel fuels, and follow manufacturer guidelines to maximize seal longevity and maintain a leak-free, secure pumping environment.

Q: When should you use the self-priming feature during operation?

A: Utilize the self-priming feature whenever the pump needs to draw fluid from a lower level or after installation, cleaning, or maintenance. This function ensures quick and hassle-free startup without manual filling or air evacuation, enhancing operational convenience.

Q: Where is the ideal installation point for this pump?

A: The pump should be foot-mounted on a stable, level surface, close to the fluid source. Its compact design allows integration into industrial systems such as furnace fuel supply lines, ensuring efficient transfer and easy access for servicing.

Q: What process does the single-stage design follow for liquid transfer?

A: The single-stage design means the pump uses a single impeller to move fluid, optimizing energy consumption and simplifying the flow path. This leads to consistent discharge pressure, efficient operation at 2 bar, and straightforward maintenance.

Q: How does corrosion resistance benefit pump applications with oil or diesel?

A: Corrosion-resistant materials like cast iron and stainless steel are key for preventing surface degradation, even when handling aggressive or high-temperature fuels. This extends pump lifespan, reduces downtime, and ensures reliable, safe performance.

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