ADCA Clean Steam Humidity Separator S10H / S10HV UK & Ireland

ADCA Clean Steam Humidity Separator S10H / S10HV

When wet steam is used in sterilization, moisture in suspension reduces the heat transfer efficiency, and the validity of the sterilization process can be compromised.

S10H series baffle separators remove moisture from steam pipelines. Steam passes through the separator and as a result of expansion, impact and swirling effects, the particles with a heavier specific gravity are separated, such as water droplets and moisture in suspension.

The condensate collected at the bottom of the separator must be automatically drained by a suitable steam trap.

Product Benefits

316L Stainless Steel Construction
No Moving Parts
Corrosion-resistant body and internals.
Self-draining design
Horizontal connections – Baffle design (S10H)
Horizontal connections – Vertical outlet (S10HV)
Multiple connections and dimensions available
Internal wetted parts: ≤ 0.51 micron Ra – SF1
External surface: Satin bead blast finish –1,6 micron Ra

Technical Data

Max. Pressure: 10 Barg
Max. Temp: 200°C at 7.4 Barg / 50°C at 10 Barg
Size & Connections: ½” to 3” (S10H) / ½” to 2” (S10HV)

Material:

Body: 1.4404 (316L)
Cover: 1.4404 (316L)
Clamp: 1.4404 (316L)
Seal: Viton
Finishes: Interior surfaces SF1 / External surfaces Satin bead blast finish 1.6 micron Ra
Certificates: EN 10204 3.1 certificate available if requested along with the order.
FDA/USP Class VI seals certificate on request. All separators have a serial nº. In cases of non-standard separators, this number must be supplied if spare parts are ordered.
Packaging: Assembled and packed in a clean room certified according to ISO 14644-1. This product is end-capped and sealed with recyclable thermo-shrinkable plastic film, to avoid contamination.

Installation: Always with the condensate discharge pointing downwards. See IMI, installation and maintenance instructions.
How to select: In an existing plant, it is advisable to fit a separator the same size as the pipeline. Pressure drop is normally negligible. For approximate pressure drop calculation please consult ESI.

Application

The removal of moisture in Steam Pipelines, also used on Compressed Air and other Gasses (Group 2)

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