SENTRY TLR Series Sample Cooler (Heat Exchanger)
SENTRY TLR sample coolers bring steam and water samples to a safe temperature for the analyzer. 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
- Series
- TLR-4225, 4225U, 42B5, 4BB5, 4525(S), 42B5USC, 42B5S
- Design
- Tube-in-shell sample cooler
- TLR42B5S tube
- 1/4" OD Inconel 625, 395 bar @ 301 °C
- TLR42B5S shell
- 304 SS, 31 bar @ 301 °C
The SENTRY TLR series are tube-in-shell sample coolers that use cooling water to bring process samples at high temperature and pressure to a safe temperature for analysis. They are used on boiler water and steam sample lines (SWAS) in thermal and combined-cycle plants, and at process sample stations in petrochemical plants and refineries.
The series is offered under model codes such as TLR-4225, TLR-4225U, TLR-42B5, TLR-4BB5 and TLR-42B5USC; the same cooler family also includes models coded TRB, TRW and WSW. Sample coolers are generally designed together with SENTRY SL panels and the TSV thermal shut-off valve.
TLR features
- Tube-in-shell design; sample on the tube side, cooling water on the shell side
- TLR42B5S special rating: tube material 1/4" OD Inconel 625, tube design 395 bar @ 301 °C
- TLR42B5S shell design 31 bar @ 301 °C; shell material 304 stainless steel
- Special versions such as TLR-42B5USC (US standard) and the TLR-4225U version
- Compatible with panel integration and external thermal protection valves
If you provide your sample pressure, temperature and cooling water conditions, Tetra will select the model code and material.
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 →Products from SENTRY Equipment
Let's choose the right product together
Tell us about your application; we will recommend the right model and configuration for the measuring point, process conditions and regulations.