Version
Document Title
Release Date
08
EL2.0
–
Installation Manual
2020-03-18
EL2.0 Installation Manual
–
Rev.08 Mar 2020
31
The manufacturer recommends the installation of the EL2.0 into a cabinet with a base of 800x800 mm to make the
design of the air conveyor and of the electrical, gas and water outputs easier.
The cabinet’s basement must be e
quipped with fixing holes and bolted to the floor to avoid any risk of overturning.
The fixing holes are also necessary on the internal sides to fix the modules. Please refer to the technical drawings
supplied with the instruction manual.
GAS AND WATER CONNECTIONS
The Cabinet’s
O2 Vent/Overfilling pipeline output must be positioned at a level lower than the port
W1.1
, otherwise
it will not work.
The liquid must be gathered in an appropriate container and disposed of in compliance with local and national
regulations.
ELECTRICAL AND SIGNALS CONNECTIONS
The cabinet must be designed making sure there is enough
space at the front of the EL2.0’s front plate to attach
piping and the power supply cables.
HYDROGEN STORAGE
Do not connect to a compressed gas storage cylinder which has a pressure of more than 35 bar
The device is protected against overpressure, but it is recommended that the operating pressure is not exceeded in
order to minimize the risk of system failure. The safety valves of the unit will activate in case the maximum pressure
reaches 40 bar, theref
ore if the user’s storage tank is
rated to a pressure lower than 40 bar, it must be equipped
with a safety valve set according to this lower pressure.
WARNING!
The tank used to store the hydrogen must be standard compliant and unblemished, and meet all local
safety requirements. It must be positioned in compliance with legal provisions concerning the storage
of combustive substances in force and applicable in the country in which the electrolyser is installed.
This component is not supplied by the manufacturer of the electrolyser and must accordingly be
connected under the buyer’s direct responsibility
.
0
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Ai
r
Fl
ux
m
3
/h
Temperature °C
Example of the airflow management
Air Flux
