SENTRY WSW Single-Helix Sample Cooler

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SENTRY WSW

The SENTRY WSW single-helix sample cooler cools boiler water and steam samples; sold, installed and serviced in Türkiye by Tetra.

Installation, calibration, spare parts and service in Türkiye come from Tetra; cabinet and panel integration can be done at our İzmir facility.

Technical information

Tube (coil) rating
Up to 1200 psi, 650 °F (82 bar, 343 °C)
Body rating
Up to 400 psi, 350 °F (27 bar, 177 °C)
Tube material
1/2" 316/316L stainless steel
Surface area
0.23 m²

WSW is a single-helix sample cooler used to lower the temperature of hot water or steam samples passing on the tube side with cooling water circulating on the shell side. The helical design reduces cooling water requirements and pressure loss; because the coil can be fully drained, draining after maintenance and shutdowns is easy.

Technical data

  • Tube: up to 1200 psi and 650 °F (82 bar, 343 °C).
  • Shell: up to 400 psi and 350 °F (27 bar, 177 °C).
  • Standard coil 1/2 inch 316/316L stainless steel; shell 304/304L or 316/316L.
  • Heat transfer surface 0.23 m².
  • ASME code stamp offered as an option; values vary according to material selection.

The same manufacturer's family also includes options such as TLR, TRW, W9000, TSR, FSR and the double-helix FXR.

Choosing WSW

The single-helix design is simpler and more economical than models such as the double-helix FXR. It is common for power plant samples such as boiler feedwater, steam and condensate, and is also used on sample lines at refineries and chemical plants.

Tetra selects and positions WSW to suit boiler sample lines, together with the cooling water circuit. A leak check is carried out after mounting; spare parts are provided for coil cleaning and renewal of seals and connection elements.

Spare parts and consumables

Write to us for spare parts and consumables; the Tetra service team supplies and replaces the right original parts for your instrument.

Ask about spare parts →
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Tell us about your application; we will recommend the right model and configuration for the measuring point, process conditions and regulations.