Send Inquiry

Request To Call Back

Ball Float Steam Trap

Get a Price/Quote

MOQ : 20 Pieces

Ball Float Steam Trap Specification

Features
Continuous condensate discharge, air venting, dirt pocket

Valve Type
Float operated steam trap valve

Material
Cast iron body; stainless steel internals

Connection Type
Flanged or Screwed Ends

Valve Size
Varies by model: 15mm to 25mm

Control System
Mechanical float-actuated discharge

Application
Steam, Air, and Liquid systems for condensate removal

Sealing
Corrosion-resistant sealing; renewable seat

Structure
Horizontal type, ball float mechanism

Type
Automatic Mechanical Steam Trap

Power
Non-electric, operates by differential pressure

Pressure
Up to 17 bar (1.7 MPa)

Media
Steam and condensate

Port Size
Available in 15 mm, 20 mm, 25 mm (, , 1) sizes

Temperature
Up to 220C

Disc
Hardened chrome steel seat and disc

Pin
Stainless steel float and lever mechanism

Body Cover
Bolted cover construction for secure sealing

Capacity
Handles up to 1,200 kg/hr of condensate

Corrosion Resistance
High resistance to corrosion and water hammer

Weight
Varies by model (approximately 6 to 12 kg)

Design Standard
Manufactured as per ASME standards

Inspection Port
Accessible for maintenance

End Connection Standard
BSP threaded or BSEN flange

Mounting Orientation
Horizontal installation

Ball Float Steam Trap Trade Information

Minimum Order Quantity
20 Pieces

Supply Ability
60 Pieces Per Day

Delivery Time
1 Week

About Ball Float Steam Trap

SPOREX-UK

S.G. IRON

BALL FLOAT STEAM TRAP

Horizontal type with Thermostatic Air Vent, Stainless Steel (AISI 304)Working Parts
End Connection: BSP / NPT
PMX: 14 bar / 10 bar / 4.5 bar
TMA: 220⁰C
ITEM CODE: SG-403

Reliable Performance in Demanding Environments

Engineered with a cast iron body and stainless steel float mechanism, the Ball Float Steam Trap boasts exceptional corrosion resistance and sustains performance under high-pressure conditions. Its renewable seat and hardened chrome steel disc ensure longevity, minimizing maintenance needs and enhancing system reliability for industrial steam and condensate applications.

Versatile Installation Options

Whether your setup demands a BSEN flanged connection or BSP threaded ends, this steam trap adapts seamlessly. Its compact horizontal design and accessible inspection port simplify routine maintenance, making it suitable for various installations in factories, process plants, and utility rooms where space and serviceability are crucial.

FAQs of Ball Float Steam Trap:

Q: How does the Ball Float Steam Trap operate to remove condensate?

A: The steam trap uses a mechanical ball float and lever system to automatically discharge condensate as it accumulates. This mechanism responds to differential pressure, ensuring a continuous process without the need for electrical power.

Q: What benefits do the corrosion-resistant components provide?

A: Corrosion-resistant seals, stainless steel internals, and a cast iron body safeguard the trap against harsh steam and water conditions, significantly extending lifespan and reducing maintenance costs for industrial systems.

Q: When should inspection and maintenance be performed on this steam trap?

A: Routine inspection is recommended at scheduled intervals, as the accessible inspection port allows easy monitoring and servicing. Frequency should align with system load and operating environment to optimize performance and prevent blockages.

Q: Where is the Ball Float Steam Trap typically installed in a system?

A: This steam trap is designed for horizontal mounting, commonly placed in steam, air, or liquid condensate lines near heat exchangers, radiators, or process machines to efficiently remove condensate and prevent water hammer damage.

Q: What process does the Ball Float Steam Trap use to discharge condensate?

A: Condensate is continuously discharged through a float-actuated valve system. As condensate enters, the float rises, activating the lever to open the valve, which releases condensate while retaining live steam, protecting equipment efficiency.

Q: How is the trap connected to piping systems?

A: Available with BSP threaded or BSEN flanged ends, the trap can be securely joined to standard process piping, ensuring compatibility with a wide range of installation requirements in industrial plants throughout India.

Q: What are the main usage and benefit highlights of this steam trap?

A: Designed for automatic condensate removal, this trap offers reliable operation under high-pressure and temperature, minimizes energy loss, and prevents water hammer. Its horizontal structure and mechanical actuation make it efficient for steam, air, and liquid applications.

Tell us about your requirement