M&C TechGroup ECP3000 Datasheet

ECP 1000- G

Embracing Challenge

Peltier-Gas Cooler Series ECP®

Version ECP1000 with 1x 150 Nl/h
Version ECP2000 with 2x 150 Nl/h
Version ECP3000 with 1x 350 Nl/h

Special Features

With Jet-Stream heat exchanger avail-



able in three standard materials

Ambient temperature up to +50 °C



Outlet dew point adjustable from +2 °C



to +15 °C

Dew point stability ± 0,1 °C

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With Alarm contact



Small dimensions, light-weight

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Optimum reliability



Self-controlling

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Application

ECP gas coolers are used in gas analy­sis to lower the dew point of humid to
avoid condensate in the analyser. An extreme­ly stabel gas dew point avoids water vapour
crosssensitivity and volumetric errors.

Description

The electronically controlled peltier cooler
produced by M&C incorporates the “Jet­Stream” design of heat exchanger. This
design induces condensate formation and
guarantees optimum dew point reduction
to a stable low value, eliminating the need for
additional pre-drainage devices.

The condensate formed should be
removed with a small peristaltic pump,
simple trap or collection vessel. The sim­ple construction employed enables heat
exchanges of different materials to be used
depending on the application.

The operating status of the cooler is dis­played by three LED indicators, one each
for over or under temperature alarm and
one which pulsates showing the cooler
is functioning correctly. The alarm status
changes when the temperature deviates by
± 3 °C from the set point.

The compact lightweight design of this
device makes it ideal for use in portable
and compact continous sample conditioning
systems.

Application example for ECP

1 Heated lter sample probe SP210-H or SP2000-H
2 Heated sample line 4M4/6
3 Cooler ECP1000
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

Technical specications and illustrations are without
obligation, subject to modications. 10.96/06.06

10

3

ECP

sample gas IN

1 2

Alternative:
trap with float or condensate
collection vessel

M&C TechGroup Germany GmbH • Rehhecke 79 • 40885 Ratingen • Germany
[e-mail] • www.mc-techgroup.com • Fon [phone] • Fax [phone]

+5°C

4

test gas

IN

condensate OUT

7

6

5

8

9

6.1

26

25

55

305

220

25

Cooler

ECP 2000

ON
<C

>C

2xPG 11

GL 25

GL 18

Dimensions

17

220

30

275

136

68

200

180

11

6

63 137

215

2xPG 11

GL 25

GL 18

<C

ON

>C

Cooler

ECP 1000

305

45

25

220

Cooler

ECP 3000

ON

<C

>C

2xPG 11

GL 25

GL 18

ECP 1000

ECP 2000

ECP 1000

°C

10

Sample inlet dew point 50°C

Sample outlet dew point

5

50

100 150 Nl/h

Gas flow rate

Gas cooler with Part-No.

A Heat exchanger out of glass 01 K 1000

B Heat exchanger out of SS316Ti 01 K 2000

C Heat exchanger out of PVDF 01 K 3000

ECP 2000

°C

10

A

C

B

ECP 3000

Sample inlet dew point 50 °C

A

C

B

Sample outlet dew point

5

50

100 150 Nl/h

Gas flow rate

Gas cooler with Part-No.

A Heat exchanger out of glass 01 K 2100

B Heat exchanger out of SS316Ti 01 K 2200

C Heat exchanger out of PVDF 01 K 2300

ECP 3000

°C

10

Sample inlet dew point 50°C

Sample outlet dew point

C

A

B

Dimensions in mm

6.1

5

50

100 150 200 250 300 350 Nl/h

Gas flow rate

Gas cooler with Part-No.

A Heat exchanger out of glass 01 K 3100

B Heat exchanger out of SS316Ti 01 K 3200

C Heat exchanger out of PVDF 01 K 3300

M&C TechGroup Germany GmbH • Rehhecke 79 • 40885 Ratingen • Germany
[e-mail] • www.mc-techgroup.com • Fon [phone] • Fax [phone]

Technical specications and illustrations are without
obligation, subject to modications. 10.96/06.06