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Mechanical Condensate Recovery System

Mechanical Condensate Recovery System Specification

Caliber
DN25

Theory
Mechanical Condensate Recovery

Inlet/Outlet
DN25 / DN40

Voltage
220-240 V AC

Head Size
15-20 m

Flow Rate
2-10 m/h

Frequency
50 Hz

Speed
2900 RPM

Max Suction
6-8 meters

Discharge Pressure
Up to 10 bar

Noise Level
Less than 75 dB

Working Temperature
Up to 180C

Control System
Float / Mechanical Lever

Mounting Type
Skid Base Mounted

Features
No external power required, Compact Design, Easy Maintenance

Material
Mild Steel / Stainless Steel

Structure
Horizontal Mounted

Power
1.5 kW

Standard
IS: 8479 / ASME standards

Fuel Type
Electric

Pressure
6-10 bar

Usage
Condensate/Waste Heat Recovery

Application
Industrial Steam Systems

Suction Type
Direct Suction

Seals Type
Mechanical Seal

Priming
Automatic

Pump Type
Mechanical Pump

Capacity
100-150 liters per cycle

Body Finish
Anti-Corrosive Paint

Max Inlet Pressure
16 bar

Condensate Return Line Size
DN25 to DN40

Maintenance Interval
1500 Operating Hours

Connectivity
Manual/Automated Options

Installation
Indoor/Outdoor

Service Life
>10 Years

Internal Components
Stainless Steel

Protection Class
IP55

Weight
120-150 kg

Mechanical Condensate Recovery System Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
1 Week

About Mechanical Condensate Recovery System

Boost efficiency with IEPL's top-rated Mechanical Condensate Recovery System, engineered for the ultimate performance in industrial steam systems. This in-demand, horizontal mounted solution offers the best price for incomparable value. Featuring a body finished with anti-corrosive paint, stainless steel internal components, and a protection class of IP55, it guarantees long-term durability. With advanced mechanical seals, compact design, and no external power required, it handles inlet pressures up to 16 bar and ensures robust condensate/waste heat recovery. Suitable for indoor or outdoor installation, maintenance intervals extend up to 1500 operating hours.

Application and Area of Use

The Mechanical Condensate Recovery System is specifically designed for general and specialized industrial steam systems, serving clients in power plants, manufacturing units, and large facilities. Used extensively by engineers and maintenance teams in both indoor and outdoor settings, it efficiently recovers waste heat and condensate, reducing operational costs and supporting sustainable practices on-site.

Packaging, Export Markets, and Certifications

Expenditure on packaging ensures robust protection during shipping, guaranteeing the system arrives intact and ready for installation. Shipped globally, with quotations available for international and domestic clients, IEPL focuses on key export markets in Asia, Europe, and the Middle East. Certified to IS:8479 and ASME standards, each system assures safety, reliability, and compliance for every shipment.

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
Air/ Steam Flow	3-3.5 kg

FAQ's of Mechanical Condensate Recovery System:

Q: How does the Mechanical Condensate Recovery System improve steam system efficiency?

A: This system recovers and reuses condensate and waste heat from industrial steam applications, minimizing water and energy losses, and lowering overall operational costs.

Q: What are the specific installation requirements for the condensate recovery system?

A: The system can be installed indoors or outdoors, includes a skid base mount, and operates with either manual or automated connectivity. No external power is required due to its advanced mechanical design.

Q: When should the system be serviced to maintain optimal performance?

A: Routine maintenance is recommended every 1500 operating hours to ensure longevity and consistent performance throughout its service life of over 10 years.

Q: Where is this system commonly utilized?

A: It's widely used in industrial settings such as power plants, food processing facilities, textile mills, and any site where steam condensate recovery is essential.

Q: What is the main benefit of using this condensate recovery system?

A: The main benefit is substantial energy and cost savings achieved by maximizing recovery of steam condensate and waste heat, supported by robust construction and long-term reliability.

Q: How does the automatic priming and direct suction feature work in practice?

A: Automatic priming prepares the system for immediate operation, while direct suction efficiently draws condensate, enabling swift collection and return in various operational scenarios.