Ball Float Steam Trap In India

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Ball Float Steam Trap In India Specification

Valve Size
15 mm, 20 mm, 25 mm, 40 mm, 50 mm

Control System
Float Controlled Mechanical Operation

Material
Cast Iron, Stainless Steel, Carbon Steel

Features
Continuous Discharge Operation, Resistant to Water Hammer, Air Vents Optional

Connection Type
Flanged, Screwed, Socket Weld

Valve Type
Automatic Mechanical Trap

Structure
Single Body, Stainless Steel/Balanced Pressure Design

Sealing
PTFE/Metal to Metal

Application
Condensate Removal from Steam Lines, Heat Exchangers, Radiators

Type
Ball Float Steam Trap

Power
Mechanical (No External Power Required)

Pressure
Up to 16 bar (232 psi)

Media
Steam, Condensate

Port Size
15 mm to 50 mm

Temperature
Up to 220C

Disc
Stainless Steel Floating Ball

Mounting Position
Horizontal Preferred

Maintenance
Easy In-line Maintenance Design

Body Cover Bolting
High Tensile Bolts

Maximum Operating Differential Pressure
Up to 16 bar

Minimum Operating Pressure
0.01 bar

Cover Gasket
Reinforced Graphite/Spiral Wound

End Connection Standard
ISI/ANSI/DIN Flange Available

Weight
Varies as per Size (from 5 kg to 25 kg)

About Ball Float Steam Trap In India

Introducing the acclaimed Ball Float Steam Trap, crafted for sublime performance in demanding industrial settings across India. This customizable trap is engineered to meet the highest standards (ISI/ANSI/DIN) with classic, lavish construction optionscast iron, stainless steel, or carbon steel. Enjoy effortless maintenance with an easy in-line design and select from flanged, screwed, or socket weld connections. Featuring a durable stainless steel floating ball, reinforced graphite gaskets, and continuous discharge operation, it resists water hammer and operates efficiently at temperatures up to 220C and pressures to 16 bar.

Exceptional Features & Versatile Applications

The Ball Float Steam Trap excels in condensate removal from classic heat exchangers, radiators, and steam lines, making it a lavish solution for processing plants and industrial facilities. Featuring air vents (optional), float-controlled mechanical operation, and sublime continuous discharge, this automatic trap is preferred for horizontal mounting. Installation is straightforwardsimply integrate into your line with the select port size required, allowing for seamless steam and condensate management throughout your plant.

Reliable Supply, Ready Stock & Certifications

We proudly deliver acclaimed Ball Float Steam Traps across India with fast freight services and stock ready for dispatch. Extensive supply ability ensures you receive your products swiftly, with sample units available on request for evaluation. Each trap is manufactured to internationally recognized standards, ensuring certifications for ISI, ANSI, and DIN flanges are met. Trust us for seamless logistics, prompt solutions, and quality assurance from a leading exporter, manufacturer, and supplier.

FAQs of Ball Float Steam Trap In India:

Q: How does the Ball Float Steam Trap handle condensate in steam systems?

A: The Ball Float Steam Trap automatically removes condensate from steam lines and heat exchangers, using a float-controlled mechanism to ensure continuous discharge and efficient system operation.

Q: What are the available end connection standards for this steam trap?

A: End connections are customizable and available in ISI, ANSI, and DIN flange standards, as well as flanged, screwed, and socket weld connection types to suit diverse installation needs.

Q: Where can the Ball Float Steam Trap be typically installed?

A: This trap is ideal for use in steam lines, heat exchangers, radiators, and various industrial applications where reliable and automatic condensate removal is essential.

Q: What is the maintenance process for the Ball Float Steam Trap?

A: Designed for easy in-line maintenance, the trap allows for straightforward servicing without removing it from the pipeline, minimizing downtime and enhancing system reliability.

Q: What benefit does the continuous discharge operation provide?

A: Continuous discharge ensures that condensate is consistently removed, preventing waterlogging and maintaining efficient steam system performance even under fluctuating load conditions.