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Ball Float Steam Traps
Product Details:
- Structure Ball Float Type Steam Trap
- Material Cast Iron
- Power Manual
- Pressure Up to 17.5 kg/cm (250 psig)
- Media Steam, Water
- Working Temperature Up to 220C
- Port Size 15mm to 50mm
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Ball Float Steam Traps Price And Quantity
- 1 Unit
Ball Float Steam Traps Product Specifications
- 15mm to 50mm
- Up to 17.5 kg/cm (250 psig)
- Ball Float Type Steam Trap
- Steam lines, condensate removal, heat exchangers, process equipment
- Cylindrical
- Manual
- Painted/Coated
- Steam, Water
- Cast Iron
- Up to 220C
Product Description
- BEP Ball Float Steam Traps rugged, simple & sturdy &trouble free operation.
- The plug valve type discharge orifice of BEP steam traps ensure efficient & maintenance free operation for years without any steam leakage.
- Increasing level of the condensate opens the outlet orifice & decreasing level closes the outlet orifice proportionately.
Technical Specification
- BEP Ball Float Steam Traps rugged, simple & sturdy &trouble free operation.
- The plug valve type discharge orifice of BEP steam traps ensure efficient & maintenance free operation for years without any steam leakage.
- Increasing level of the condensate opens the outlet orifice & decreasing level closes the outlet orifice proportionately.
- The discharge of the condensate is proportionate to the rate of condensate accumulation. BEP Traps can handle high starting condensate loads & are also suitable for very low condensate. The special design of float mechanism allows the steam trap to work at very low differential pressure i.e. 0.01 Bar & discharges the condensate even at 95% back pressure.
- BEP Ball Float Steam Traps are available for high pressure as well as high discharge capacity applications.
- Pressure Range- Upto 160 Bar.
- Discharge Capacity- Single Trap upto 48500 Kg/Hr.
- Sizes- 15mm to 100mm.
- End Conn- Screwed / Socket Weld End / Flanged
Advanced Float Mechanism for Reliable Performance
This steam trap utilizes a precise ball float that rises and falls according to the condensate level, automatically operating the valve for consistent system performance. The design ensures minimal steam loss and maximum energy efficiency in demanding industrial environments.
Versatile Connection and Installation Options
Available with screwed or flanged end connections in BSP, NPT, DIN, and ANSI standards, these traps are suitable for a wide range of piping systems. A horizontal mounting position is recommended to maintain optimal operation and longevity.
Engineered for Safety and Durability
Constructed from high-quality cast iron, the steam trap offers robustness, painted or coated finishes, and a body test pressure rating up to 24 bar. It is compliant with both ASME and EN standards, ensuring performance and safety in critical applications.
FAQs of Ball Float Steam Traps:
Q: How does a ball float steam trap operate in a steam system?
A: The steam trap uses a ball float mechanism that rises as condensate enters the trap, opening a valve for discharge. As condensate leaves and the level falls, the valve closes. This process ensures efficient condensate removal without letting steam escape.Q: What are the main installation requirements for this steam trap?
A: For optimal performance, the trap should be installed horizontally on steam lines or condensate removal points. Its end connections are compatible with BSP, NPT, DIN, or ANSI standards, making it adaptable to various piping systems.Q: When should I choose a ball float steam trap with a discharge capacity up to 9000 kg/hr?
A: Choose this model for high-capacity applications, such as large process equipment, heat exchangers, or main steam distribution lines, where rapid and continuous removal of condensate is necessary to maintain efficiency and prevent water hammer.Q: Where can these steam traps be effectively used?
A: They are ideal for steam lines, condensate return systems, heat exchangers, and process equipment in industrial plants, power generation, and HVAC applications.Q: What is the process for maintaining the ball float steam trap?
A: Maintenance is straightforward due to the traps simple structure. Periodic inspection allows for cleaning or replacement of internal parts if necessary, ensuring continuous reliable operation and minimizing downtime.Q: What are the benefits of the continuous discharge and air venting features?
A: Continuous discharge helps prevent condensate buildup and reduces the risk of water hammer, while integrated air venting options improve start-up efficiency by rapidly removing air from the system.Tell us about your requirement
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BEP ENGINEERING PVT. LTD.
GST : 27AAECB5001D1ZC
GST : 27AAECB5001D1ZC
Mr. S. P. Bafna
(Director)
Mobile : +919822052357, +919175954627
G- 201, Kumar Padmaja, Opp. Mahesh Vidyalaya, Kothrud, Pune - 411038, Maharashtra, India
Mobile No.: +91-9922508527 +91-9822052357
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