Steam Traps - Ball Float - BF | BLU ZAC
Steam Traps - Ball Float - BF | BLU ZAC

Steam Traps - Ball Float - BF | BLU ZAC

The Ball Float Steam Trap - BF | BLU ZAC is engineered for both standard and specialized applications, tailored to meet customer specifications with a welded body design. These steam traps are ideal for handling high capacities at low pressure, making them versatile for various applications. **Operation:** Initially, the ball rests at the base with the shutter closed, indicating no fluid presence. During start-up, as condensate flows in, the ball floats, allowing the trap to discharge excess condensate efficiently. **Sizes Available:** Ranges from ½” to 2”. **Connection Types:** - Flanged (FLG) conforming to ANSI B16.5 standards. - Screwed connections available in NPT and BSP, adhering to ANSI B1.20.1 and ANSI BS21 standards, respectively.

Datasheet and documents

Description

The Ball float type of steam trap is created for standard and special applications, designed to the customer’s specifications, welded body. Steam traps suitable for high capacities at low pressure, usable for all applications.

How it works:

  1. The Ball is placed on the base, the shutter is closed; in the steam trap there is no fluid of any kind.
  2. Start-up: when the condensate begins to circulate, the ball start floating and the steam trap eliminates the excess condensate.

SIZES
from ½” to 2”
CONNECTIONS
Flanged FLG ANSI B16.5
Screwed NPT
BSP		 ANSI B1.20.1
ANSI BS21

Certificates

Optimum result at the lowest cost working alongside client, we design, construct and manage high-performance components.

Our mission, based on a tried-and-tested approach, is to create the perfect balance between people, machines and passion. The right people to understand, develop and realize a project, the machines to design and build it and the passion to get satisfaction from what we do and to keep improving, day after day. Everything produced by Blu Zac is based on a ISO 9001-certified quality control system, and every filter is designed, constructed and tested in accordance with ASME, UNI, API and EN regulations.