Ultra-Low Compressor Gas Cooler EC30C

Part No.: 02K6100

Product features

• Ultra-low gas cooler with compressor pre-cooler and 2 ultra-low Peltier cooling stages
• With 1 standard and 2 modified Jet-Stream heat exchangers made of Duran^® glass
• Single channel unit with a gas flow rate of max. 1 x 250 Nl/h
• Cooling capacity 130 kJ/h at 5 to 45 °C [+41 to 113 °F]
• Outlet dew point can be set from -20 to -30 °C [-4  to -22 °F]
• Outlet dew point stability: ±0.1 °C [±0.18 °F]
• Inlet water vapour dew point up to +70 °C [+158 °F]
• Icon-based graphical display for easy and intuitive navigation
• Periodical self-monitoring with advance warning to inform about pending maintenance work
• Configurable mA output as well as separate alarm and warning relays for active ultra-low cooling stage
• In a 19" rack or wall-mounting housing
• Power: 230 V
• Optionally: up to 3 peristaltic pumps SR25.2, liquid particle filter to separate aerosols, liquid alarm sensor, flow meter, flow sensor, purging of the heat exchanger in the inactive ultra-low cooling stage

Product information & downloads

Unit calculator

Pressure units Temperature units Length units Area units Volume units Weight units Energy units Flow rate Flow velocity Pressure drop and delay time 100 % H₂O saturation Barometric adjustment of the operating altitude Performance units

Barometric adjustment of the operating altitude of O₂ analyzers without pressure compensation

Enter the planned operating altitude in the field. Set the analyzer to the calculated O2 vol% value at 1013 mbar (altitude = 0 m) in air to measure at the planned operating altitude without barometric error.

planned operating altitude above sea level in [m]

Result: 22,9378 [vol%] need to be set to measure at the planned altitude without barometric error.*

*Air with standard pressure 1013 mbar = 20.93 vol% O₂

Pressure drop and delay time

Enter your values in fields 1 to 3.

1 Hose/tube diameter in [mm]

2 Tube length in [m]

3 Flow rate in [Nl/h] Standard flow rate Nl/h
Volume flow under following
Defined conditions:

Temperature = 273.15 K (0 °C)
Pressure = 1,01325016 bar (760 mm HG)
Air density = 1,294 kg/m³ (dry air)

Result: 3,39 Delay time approx. in [s]*

* Single change of gas, for 90 % response time approx. 3 changes of sample volume are required.

Calculation of the pressureless 100 % H₂O saturation

Enter the required H₂O dew point (° C).
The calculation only provides sufficiently accurate values in the temperature range between -20 °C and +90 °C.

H₂O dew point [°C]

H₂O volume proportion [vol%]

H₂O weight proportion per standard cubic meter gas [g/Nm³] Standard flow rate Nl/h
Volume flow under following
Defined conditions:

Temperature = 273.15 K (0 °C)
Pressure = 1,01325016 bar (760 mm HG)
Air density = 1,294 kg/m³ (dry air)

Pressure units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[at] technical atmosphere

[atm] physical atmosphere

[bar] bar

[kPa = kN/m²] kilopascal

[psi = lb/in²] psi

[ft H₂O] foot of water (4 °C)

[inch H₂O] inch of water (4 °C)

[inch Hg] inch of mercury (0 °C)

[Torr = mm Hg] mm of mercury (0 °C)

Temperature units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[°C] °Celsius

[°F] °Fahrenheit

Length units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[mm] millimeter

[cm] centimeter

[lb] meter

[km] kilometer

[mi] mile

[ft] foot

[in] inch

Area units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[cm²] square centimeter

[m²] square meter

[km²] square kilometer

[mi²] square mile

[ft²] square foot

[in²] square inch

Volume units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[cm³] cubic centimeter

[dm³] cubic decimeter

[m³] cubic meter

[in³] cubic inch

[ft³] cubic foot

[gal] US gallon

Weight units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[g] gram

[kg] kilogram

[oz] ounce

[lb] pound

Energy units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[J] joule = watt-second [Ws]

[kJ] kilojoule

[kWh] kilowatt-hour

[kcal_th] thermochemical kilocalorie

[Btu] British thermal unit

Flow rate

Enter a value to be converted in the corresponding field. All other fields will immediately show the converted value.

[m³/s] cubic meter per second

[l/s] liter per second

[l/min] liter per minute

[l/h] liter per hour

[m³/h] cubic meter per hour

[ft³/min] cubic foot per minute

Flow velocity

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[m/s] meter per second

[km/h] kilometer per hour

[ft/s] foot per second

[mile/h] mile per hour

Performance units

Enter a value to be converted in the respective field. All other fields will show the converted value immediately.

[kJ/h] kilojoule per hour

[W] watt

• Description
  Ultra‑low gas cooler type EC30C in a wall‑mount enclosure, conversion to 19" built‑in rack version possible, housing depth: 360 mm, status alarm with changeover contacts, Jet‑Stream heat exchangers made of Duran® glass for 1 x 250 Nl/h, as 2‑stage cooler with compressor pre‑freezing stage and dual Peltier deep‑freezing unit, incl. automatic defrosting, pre‑cooling stage regulated to +2 °C and deep‑freezing stage to ‑30 °C, internal tubing out of PTFE/ PVDF, connections: sample gas: tube DN 4/6, condensate disposal: GL 25‑12 mm, power: 230 V/50 Hz. As an option, 3 peristaltic pumps (SR25.2) can be mounted in the cooler to drain condensate.

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