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Gas Cooler Series RC 1.1

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Gas Cooler Series RC 1.1

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. The RC 1.1 is a compressor sample gas cooler for up to 2 gas paths and is an essential component for sophisticated analysis systems

GAS COOLER SERIES RC 1.1
  • Compact design: Pre-installed and ready to connect
  • Choose from one or two gas paths
  • Heat exchanger made from stainless steel, Duran glass and PVDF
  • Adjustable outlet dew point and alarm thresholds
  • Cooling block temperature display
  • Status display and output
  • Rated cooling power 360 kJ/h
  • Constant dew point stability ± 0.1 °C
  • Optional 4 - 20 mA or Modbus RTU signal output
  • Moisture detector, filter and condensate pump optional
  • Successor to the EGK 1/2 and EGK 1SD
  • Click Here : Sample Gas Cooler RC 1.1 Brochure
  • Click Here : Gas Cooler Series TC-MIDI Brochure

Gas Cooler Series RC 1.1

Gas Cooler
Technical Data		​GAS COOLER SERIES RC 1.1
Ready for
Operation		after max. 15 minutes
Rated Cooling
Capacity (at 25°C)		360 kJ/h
Ambient
Temperature		5 °C to 50 °C
Gas Outlet Dew
Temperature,Preset		approx. 5 °C
Dew Point
Fluctuations Static:		± 0.1 K
In the Entire
Specification Range:		± 1.5 K
IP ratingIP 20
HousingStainless steel
Packaging
Dimensions		Approx.
420 x 440 x 350 mm
Weight Incl.
Heat Exchanger		approx. 15 kg
Electric
Supply		115 V, 60 Hz or 230 V, 50/60 Hz ± 5%
Plug per DIN EN 175301-803
Electrical
Data		230 V 115 V
Typical Power
Input :		296 VA 302 VA
Max. Operating
Current :		2 A 3.5 A
Alarm Output
Switching Connection		max. 250 V, 2 A, 50 VA
Connector per DIN EN 175301-803
Installationstand-alone or wall-mounted
Technical Data Peristaltic Pumps CPsingle / CPdouble
Flow Rate0.3 L/h (50 Hz) / 0.36 L/h (60 Hz)
with standard hose
Vacuum Inletmax. 0.8 bar
Pressure Inletmax. 1 bar
Outlet Pressure1 bar
Hose4 x 1.6 mm
Condensate
Outlet		Hose nipple Ø6 mm
Screw connection 4/6 (metric),
1/6"-1/4" (US)
Protection
Class :		IP 40
Materials
Hose :		Norprene (Standard),
Marprene,Fluran
Connections:PVDF
Analogue Output Cooler Temperature Technical Data
Signal4-20 mA or 2-10 Vcorresponds to
-20 °C to +60 °C cooler temperature
ConnectionM12x1 Plug,
DIN EN 61076-2-101
Technical Data Filter AGF-PV-30-F2-L
Ambient
Temperature		3 °C to 100 °C
Max. Operating
Pressure with Filter		2 bar
Filter surface125 cm2
Filter mesh2 μm
Dead volume108 ml
Materials
Filter:PVDF, Duran Glass
(parts in contact with media)
SealViton
Filter elementsintered PTFE
Technical Data FF-3-N Moisture Detector
Ambient
Temperature		3 °C to 50 °C
Max. Operating Pressure
with FF-3N		2 bar
MaterialPVDF, PTFE, epoxy resin,
stainless steel 1.4571, 1.4576

Many gas analysis processes require extracting sample gas from the process. This also extracts process-related contamination such as particles or moisture. These can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The sample gas cooler reduces the gas temperature to below the dew point for this purpose, causing moisture to drop out, which is then discharged as condensate.

In addition to the status output to monitor the sample gas cooler function, we offer an optional 4 – 20 mA analog output or digital interface. The process control can access the process and diagnostic data via the Modbus RTU interface as well as configure the device settings.

The RC 1.1 is a compressor sample gas cooler designed for high cooling output and high ambient temperatures. Depending on the application, it can be configured with one or two gas paths. This makes it a vital cooling component in sophisticated analysis systems.

Gas Cooler Series RC 1.1

Heat
Exchanger		TS TS-I2)TG TGTV-SS TVSS-I 2)
Version /
Material		Stainless SteelGlassPVDF
Flow Rate
vmax 1)		530 L/h280 L/h155 L/h
Inlet Dew Point
τe,max1)		80 °C80 °C65 °C
Gas Inlet
Temperature ϑG,max1)		180 °C140 °C140 °C
Max. Cooling
Capacity Qmax		450 kJ/h230 kJ/h120 kJ/h
Gas Pressure
pmax		160 bar3 bar3 bar
Pressure drop
Δp (v=150 L/h)		8 mbar8 mbar8 mbar
Dead Volume
Vtot		69 ml48 ml129 ml
Gas Connections
(metric)		G1/4GL14 (6mm)4)DN 4/6
Gas Connections (US)NPT 1/4"GL14(1/4")4)1/4"-1/6"
Condensate Out
Connections(metric)		G3/8GL25(12mm)4)G3/8
Condensate Out
Connections (US)		NPT 3/8"GL25(1/2")4)NPT 3/8"
Heat
Exchanger		DTS(DTS-63))
DTSI(DTS6-I3))2)		DTG DTGDTV3)DTV-I2)3)
Version /
Material		Stainless steelGlassPVDF
Flow Rate
vmax 1)		2 x 250 L/h2 x 140 L/h2 x 115 L/h
Inlet Dew Point
τe,max1)		80 °C65 °C65 °C
Gas Inlet
Temperature ϑG,max1)		180 °C140 °C140 °C
Max. Cooling
Capacity Qmax		450 kJ/h230 kJ/h185 kJ/h
Gas Pressure
pmax		25 bar3 bar2 bar
Pressure drop
Δp (v=150 L/h)		5 mbar each5 mbar each15 mbar each
Dead Volume
Vtot		28 / 25 ml28 / 25 ml21 / 21 ml
Gas Connections
(metric)		6 mm tubeGL14(6mm) 4)DN 4/6
Gas Connections (US)1/4" tubeGL14(1/4")4)1/4"-1/6"
Condensate Out
Connections(metric)		Tube 10 mm (6 mm)GL18(10mm)4)DN 5/8
Condensate Out
Connections (US)		Tube 3/8" (1/4")GL18(3/8")4)3/16"-5/16"

Gas Cooler Series RC 1.1

Lokasi: Jl. Taman Asri Utama No.36, Cipadu, Kec. Larangan, Kota Tangerang, Banten 15154, Indonesia

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