Passive Sample Cooler
The passive sample cooler works according to the passive cooler principle, you do NOT need continuously cooling water flow. The sample flows through a sample coil inside a compact
water tank, the thermal energy is transferred to the water. Due to the fact that the thermal capacity of water is mostly higher than the thermal capacity of hydrocarbon fluids, the temperature of
the water increases only slowly. This type of passive cooling can be used very good in spot sampling applications.
Manual sample points needs for safety a temperature below approx. 70°C. When this temperature is different from your process temperature, a sample cooler is sometimes required. By using passive sample coolers, we bring down the product temperature and lead it under the optimal conditions to the sampling point. We offer a width range of Stainless Steel, Alloy, Monel, Hastelloy, 6MO passive sample coolers.
The high efficiency passive sample coolers from Mechatest combined with our expert sampling knowledge and fast distribution, form an excellent combination. If you not have cooling water, the "passive sample cooler" can be a good solution.
Mechatest delivers the Passive sample cooler that fits your needs
To cover the difference in cooling requirements in the industry, Mechatest offers a wide variety of passive sample coolers.
- You do NOT need cooling water
- The ideal sample cooler for cooling your steam or hydrocarbon fluid samples
- Applications in Hot water sampling and Hydrocarbon fluids
- The required materials (stainless steel, titanium and several alloys)
- Different volumes, depending on sample size and flow rates
Keeping a sample representative is important for analysis. So, choosing the correct sample cooler helps to get reliable results from your analyzers.
Call us to request a quotation
By calling Mechatest at +31 (0)15 – 310 51 83, we can draft you a quotation based on the cooling system that fits your requirements best.
also view
helical coil coolers | spot sampling | steam sampling system | water sampling
