Gas cooler series TC-Standard X2

In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is the key for safe and efficient control of process flows, environmental protection and quality assurance. This benefits controlling flue gas emission in power stations or exhaust gas analysis in automotive engineering, as well as the efficient control of air separators or sterile production and packaging in the food industry. Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. Many applications require equipment which can be used in explosive areas. This is where the TC- tandard X2 series provides solutions for Zone 2 or Class I, Division 2. Despite its small size, the TC-Standard X2 sample gas cooler already covers a large percentage of standard applications in gas analysis.

Description

FAeTaEtXu raensd IECEx Zone 2 approval.

FM C-US approval for Class I, Division 2.

Compact design: Pre-installed and ready to connect.

Low maintenance costs based on easy accessibility.

One or two gas paths.

Heat exchanger made from stainless steel, Duran glass or PVDF.

Adjustable outlet dew point and alarm thresholds.

Low operating noise.

Rated capacity 100/90 kJ/h, 40 °C/50 °C version

Dew point stability 0.1 °C.

Status display and output.

Cooling block temperature display.

Moisture detector connection, analog output, filter, and peristaltic pump optional.

Ready for operation

after max. 10 minutes

Ambient temperature

5 °C to 50 °C

IP rating

IP 20

Packaging dimensions

approx. 355 x 220 x 205 mm

Housing:

Stainless steel

Weight incl. heat exchanger

approx. 7.5 kg

approx. 6 kg (for 24 V DC)

approx. 9 kg fully upgraded

Datasheet

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