M&C TechGroup VC-2-SL Data sheet - Manual

M&C TechGroup Germany GmbH • Rehhecke 79 • 40885 Ratingen • Germany
[email protected] • www.mc-techgroup.com • Fon +49 2102 935-0 • Fax +49 2102 935-111
6.8
Embracing Challenge
ƒ ƒ
With patented Jet-Stream heat
exchanger available in 3 standard
materials
ƒ ƒ
Compact construction
ƒ ƒ
Light weight
ƒ ƒ
Low maintenance
ƒ ƒ
Optimum reliability
ƒ ƒ
Version with forced ventilation
ƒ ƒ
Version with automatic condensate
removal
Special Features
Pre-Cooling Units Series VC
Version VC-1, VC-1-SL, VC-2-L, VC-2-SL
VC-2-SL
Application
The M&C pre-cooling units VC-... are used in
gas analysis to lower the dew point of humid
gas, for example:
• to relieve downstream main cooling sys-
tem
• if process-bound water or steam irrup-
tion can become forward,
• if non-heated sample lines without ade-
quate slope are mounted,
• for gas analysis system with electro-
chemical sensors.
Description
The VC-... pre-cooling units produced by M&C
incorporates the “Jet-Stream’’ design of heat
exchanger. This design induces condensate
formation and guarantees optimum dew
point reduction to ambient temperature.
The condensate formed should be removed
with a small peristaltic pump, sample trap or
collection vessel.
The VC-..-SL pre-cooling unit has as a standard
peristaltic pumps SR25.1 for automatic con-
densate removal.
The VC-..-..L pre-cooling unit has got
a fan to force the ventilation of the cool-
ing fins for performance rise. In this case,
a deflector is integrated for an optimal
air conduction.
The VC-1-.. pre-cooling unit is equipped with
one EC-Jet-Stream heat exchanger. The VC-2-..
pre-cooling unit is equipped with two EC-Jet-
Stream heat exchangers to connect two inde-
pendent sample streams or parallel or series
function to connect one sample stream with
a corresponding high flow rate.
The compact lightweight design of this
device makes it ideal for use in portable and
continuous sample conditioning systems.
The pre-cooling units are self-controlling with
low maintenance.
Technical specifications and illustrations are without
obligation, subject to modifications. 09.96/06.06