A tube coil is used as a condensate separator in vacuum technology to remove condensable vapors from the gas stream before they reach measuring instruments. The spiral structure cools the gas flow, leading to the condensation of vapors, which are then separated from the gas stream. This process protects sensitive measuring instruments from contamination, enhancing their measurement accuracy and extending their lifespan.

Print datasheet

Filter

Status

Product-Nr.

Material

Dimension DIN

Unit price*

Quantity

RWW/B

Stainless Steel (1.4301)

DN 16

120

78,50 €

RWW/B

DN 16

Material:Stainless Steel (1.4301)

Dimensions: A120, B60, C-, D-

Price*:

78,50 €

Further information

Benefits

Effective Condensation: The spiral structure of the tube coil efficiently cools the gas flow, leading to the condensation and subsequent removal of vapors from the gas stream. This ensures reliable separation of condensates.

Protection of Instruments: Using a tube coil prevents condensable vapors from reaching and potentially damaging sensitive measuring instruments or affecting their accuracy. This extends the lifespan of the instruments and ensures consistent measurement results.

Increased System Efficiency: By effectively separating condensates, the vacuum system remains cleaner and operates more efficiently. This reduces maintenance requirements and minimizes the risk of operational interruptions, thereby enhancing overall productivity.

Overview ISO-KF | DIN 28403

Description: ISO-KF is a quick-connect system widely used in vacuum technology. It consists of symmetrical flanges connected by a clamping ring and an elastomeric/metallic seal.

Sizes: ISO-KF components are available in nominal diameters ranging from DN10 to DN50.

Vacuum Range: ISO-KF is primarily used for coarse and fine vacuum applications, typically up to a vacuum range of 10⁻⁷ mbar.

Usage: Commonly used in laboratory applications and smaller vacuum setups due to its ease of handling and the ability to quickly connect and disconnect components.