M&C TechGroup ECM-EX2-2 Datasheet

ECM-2 G/SR25.2
Embracing Challenge
Gas Cooler Series EC®
Compact Version ECM-1 and ECM-EX2-1 for 1x 250 Nl/h Compact Version ECM-2 and ECM-EX2-2 for 2x 150 Nl/h
Special Features
Small dimension and light weight
Explosion proof version according to
ATEX, CSA, FM and NEPSI for zone 2
to CSAUS
Gas ow 1x 250 or 2x 150 Nl/h
Jet Stream heat exchangers in 3 stand-
ard materials
Ambient temperature up to 50°C
Outlet dew point adjustable from +2 °C
to +7 °C
Dew point stability ± 0,1 °C
Digital temperature indication
Congurable status alarm contact
Compact wall mounting housing
Optimum reliability
Application
The M&C gas cooler ECM is used in gas analysis to lower the dew point of humid gas to avoid condensation in the analyser(s). An extremely stable and low gas dew point avoids water vapour cross-sensitivity and vol­umetric errors.
Description
Compact, maintenance-free and self-control­ling. Intelligent detailed solutions provide optimum cooling of the sample gas and direct separation of condensate to avoid con­tamination effects.
The new controlled compressor cooling sys­tem and the special design of the jet stream heat exchanger guarantee an optimum dew point reduction to a low, stable value. An additional pre-drainage device is not neces­sary in normal applications.
The condensate should be removed with integrated small peristaltic pumps SR25.2 or optionally by external condensate traps AD... respectively collection vessels TG../TK..
The simple construction enables heat exchangers of different materials to be used depending on the application. Heat exchang­ers to be ordered optionally.
The digital indicator in the front panel dis­plays the cooling temperature. The function of the cooler can be externally controlled via the alarm contact, configurated at <+2 °C and >+8 °C as a standard.
The gas cooler ECM-1 (1-channel) can be equipped with one Jet-Stream heat exchang­er with a flow capacity of max. 250 Nl/hr.
The gas cooler ECM-2 (2-channel) can be equipped with two Jet-Stream heat exchang­ers with a flow capacity of max. 150 Nl/hr each.
The explosion-proof versions ECM-EX2-1 and ECM-EX2-2 can be used in Ex-zone 2 and, they too, may additionally be equipped with up to 2 standard peristaltic pumps SR25.2.
The compact and light weight construction allows a simple and space-saving installation. The ECM gas coolers are self controlling and maintenance free in operation.
Technical specications and illustrations are without obligation, subject to modications. 10.99/06.06
M&C TechGroup Germany GmbH • Rehhecke 79 • 40885 Ratingen • Germany info@mc-techgroup.com • www.mc-techgroup.com • Fon +49 2102 935-0 • Fax +49 2102 935-111
6.3
220
24030
50
84
11
6
46
204
270
208
270
Vent from the compressor
ventilation opening
Cooler
ECM
Application example for ECM-1
8
Alternative: trap with float or condensate collection vessel
5
condensate OUT
+5°C
4
3
10
9
7
ECM-1
1 2
sample gas IN
test gas
IN
6
1 Heated lter sample probe SP210-H or SP2000-H
2 Heated sample line 4M4/6 3 Cooler ECM-1G 4 3-way ball valve 3L/PV-1 5 Peristaltic pump SR25.2 6 Diaphragm pump MP47 or MP06/12 or N5KP 7 Fine lter FP-2T-D with liquid alarm LA1 8 Aerosol lter CLF-5 /W optional according to application 9 Flow meter FM10 or FM40, 25-250 Nl/hr 10 Analysers f. e. PMA100
Dimensions
Compact gas cooler ECM-1 / ECM-2 / ECM-EX2-1 / ECM-EX2-2
Dimensions in mm
Drawing shows ECM-2G with two heat exchanger out of glass. Heat exchanger(s) and peristaltic pump(s) to be ordered optionally!
Sample gas outlet dew point stability
Functioning diagram of M&C Jet-Stream heat exchanger
Sample gas - OUT
M&C Jet-Stream heat exchanger
Cooling block
+5°C
Condensate - OUT
Sample gas - IN
10
9
8
ECM-2G ECM-1G
7
6
5
4
Sample outlet dew point °C
3
0 50 100 150 200 250
Sample flow rate Nl/hr
Sample gas outlet dew point stability at gas inlet dew point of 60 °C. Characteristics of heat exchanger out of PVDF or stainless steel on request.
6.3
M&C TechGroup Germany GmbH • Rehhecke 79 • 40885 Ratingen • Germany info@mc-techgroup.com • www.mc-techgroup.com • Fon +49 2102 935-0 • Fax +49 2102 935-111
Technical specications and illustrations are without obligation, subject to modications. 10.99/06.06
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