PSG MAK Basic Cooler
$0.00
The PSG MAK Basic gas conditioner features customizable flow options for 1- or 2-path sample delivery, an optimized JET heat exchanger system, a powerful compressor cooler, and corrosion-resistant components—all in a compact design. The compact sample gas treatment systems of the MAK Series are used for drying sample gases, removing condensation prior to carrying them to analyzers.
The PSG MAK Basic gas conditioner features customizable flow options for 1- or 2-path sample delivery, an optimized JET heat exchanger system, a powerful compressor cooler, and corrosion-resistant components—all in a compact design. The compact sample gas treatment systems of the MAK Series are used for drying sample gases, removing condensation prior to carrying them to analyzers.
Achieve stable dew points of less than 3°C even with highly-fluctuating volume flows with different humidity levels. Volumetric errors or errors caused by H2O cross-sensitivity of analysis methods are largely eliminated. The MAK Series JET heat exchanger system reduces leaching from water-soluble gasses such as SO2.
The precise proportional temperature control, in combination with the long-lasting hot gas bypass system and the innovative corrosion-resistant heat exchangers, achieves low, extremely-constant dew points. Load fluctuations and high thermal loads are reliably compensated for. The hydrophobic surface and the very short residence time of the gas in the heat exchanger ensure the lowest possible gas solubility rates. Electronic/Digital system cooling monitoring and display, with a potential-free alarm contact.
Features
- Optimized jet stream heat exchanger with low leaching
- Compressor cooler with 792 KJ / h cooling capacity
- Easy-to-Replace heat exchanger
- Gas flow 1 x 150 l/h, 2 x 150 l/h or 1 x 250 l/h (by connecting the heat exchangers in series)
- Long-lasting hot gas bypass system without switching the compressor
- Corrosion-resistant PVDF heat exchangers
- Compact design
- Digital display for temperature and alarms
- Potential-free contacts for operational monitoring
- Alarm contact