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Boiler Condensate Recovery System

Boiler Condensate Recovery System Specification

Frequency
50 Hz

Caliber
40 mm

Working Temperature
Up to 120C

Speed
2900 RPM

Noise Level
Below 72 dB

Inlet/Outlet
1.5 / 1.5 BSP

Discharge Pressure
4 Bar Max

Theory
Centrifugal Pump Operation

Flow Rate
Up to 2500 LPH

Control System
Automatic Control Panel

Voltage
220-415 V

Head Size
Up to 35 Metres

Features
Energy Efficient, Corrosion Resistant, Low Maintenance

Mounting Type
Floor Mounted

Max Suction
7 Metres

Material
Stainless Steel / Mild Steel

Structure
Skid Mounted

Power
1 HP - 3 HP

Standard
ISO 9001:2015

Fuel Type
Electric

Pressure
Up to 4 Bar

Usage
Boiler Condensate Water Recovery

Application
Industrial, Process Plants, Boiler Feed

Suction Type
Flooded Suction

Seals Type
Mechanical Seal

Priming
Self Priming

Pump Type
Multistage / Centrifugal

Capacity
0.5 m/hr to 2.5 m/hr

Boiler Condensate Recovery System Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
1 Week

About Boiler Condensate Recovery System

Experience elite performance with our IEPL Boiler Condensate Recovery System, designed for classic reliability and ace efficiency. Featuring a robust cast iron or stainless steel pump casing, enclosed impeller, and air-cooled motor, this system assures reduced operational costs and low maintenance. Protected by IP55 and certified under ISO 9001:2015, it supports condensate water applications up to 120C, with thermal insulation, automatic controls, and versatile accessory options. Its best-in-class energy efficiency, corrosion resistance, and skid-mounted structure make it the preferred choice for industrial and process plants. Exclusive promotion: Minimum order-just 1 unit.

Optimized Direction Of Use and Plant Applications

The Boiler Condensate Recovery System should be installed using the provided floor mounting for optimal stability. Primarily used for recovering condensate water in industrial processes, this system is an essential tool in boiler feeds and process plants. Its automatic control panel and energy-efficient design boost seamless plant integration, reducing thermal energy loss and enhancing operational sustainability. Select from an array of accessories to further customize use, ensuring precise suitability for your process plant application needs.

Export Market Valuation and Certification Standards

IEPL's Boiler Condensate Recovery System enjoys high demand across premier international markets. Valuation of each unit is determined based on FOB rates from the main port in India, ensuring competitive outlay for our customers. Each system meets rigorous ISO 9001:2015 certification standards, providing assurance of outstanding quality and operational durability. The product's performance, compliance, and proven export record consistently secure its place among the industries' most trusted offerings.

Specification

Brand	IEPL
Material	Mild Steel
Phase	No requirement Pure mechanical
Model Name/Number	Mechanical Condensate Recovery Pump
Country of Origin	Made in India
Colour	Tata Blue

FAQ's of Boiler Condensate Recovery System:

Q: How does the Boiler Condensate Recovery System optimize energy use in industrial plants?

A: It recycles hot condensate water back into boilers, significantly reducing fuel and water costs, while minimizing thermal energy loss and boosting overall energy efficiency.

Q: What is the protection class of the system and why is it important?

A: The system features an IP55 protection class, safeguarding it against dust and water, thus ensuring reliable operation even in challenging industrial environments.

Q: Where can the Boiler Condensate Recovery System be effectively used?

A: It is ideal for industrial applications, process plants, and boiler feeds, where consistent condensate recovery and efficient plant operation are critical.

Q: What accessory options are available for customization?

A: The system can be equipped with a level controller, pressure switch, sight glass, and comprehensive thermal insulation to tailor performance to specific operational needs.

Q: When is the best time to integrate this system within an existing plant process?

A: Integration should be planned during plant maintenance or upgrades to maximize energy recovery and minimize production downtime.

Q: What benefits does the self-priming, multistage pump structure provide?

A: Self-priming ensures dependable startup and continuous operation, while the multistage design delivers stable pressure and flow, even under fluctuating demand.