HIGH DENSITY
DATACOM
INTEGRATED
COOLING SYSTEM.
SYSTEM
LOGICA is the most advanced
alternative to the problem
of cooling of server rooms
MONTAIR is the trademark which
represents excellence on the market for
the production of special applications
dedicated to high-tech environmental
air conditioning.
Its level of credibility is achieved thanks
to a precise sustained mission of
valuable know-how and human
resources, engaged in the search for
the best answers to the most specific
requirement from the most demanding
clientele.
A success which pushes us to
continuous improvement in order to
maintain and consolidate the
technological level accomplished.
With over 25 years of experience in the
construction of Chillers and Close
Control units for air conditioning,
today MONTAIR has achieved a
position of leadership in Europe.
MONTAIR has achieved a position of
leadership by realizing products
characterized by emphasized
innovative content, accentuating
energy saving, simplification and
reduction of maintenance costs and
through the particular attention paid
to the matter of ecology and energy
saving.
MONTAIR today is present the world
over with its realizations which are
placed in highly specialized systems
with excellent results; it is among the
leading companies in the supply of
units for the telecommunications and
hospital sectors and that of high-tech
applications and where quality and
high reliability are fundamental
requirements.
MONTAIR pursues its objective of
achieving continuous improvement in
its offer through the search for new
technological solutions and
development of design and production
standards to guarantee its clients the
est performance over time:
improvement in services, quality and
training of professionals in assistance
and attention to the ever more
renewed and stringent demands of a
market in continuous evolution.
A system that offers
unbeatable advantages.
DIRECTLY COOLS THE SERVERS INSTEAD
OF THEIR LOCATION
YEARLY ENERGY SAVINGS UP TO 93%
REDUCES SERVER SPACE BY 50% ALLOWING
FOR THE ELIMINATION OF UNNECESSARY
ELEMENTS FOR COOLING THE ROOM
LOSS PREVENTION DUE TO A NEGATIVE
WATER PRESSURE SYSTEM
ALLOWS FOR THE REDUCTION OF 35% OF THE
POWER REQUIRED FOR THE SERVICE CHILLER
IT IS COMPLETELY FLEXIBLE ACCORDING TO
REAL NEEDS AND FUTURE DEVELOPMENT
NEEDS (POWER, USE, TIME)
REDUCES INSTALLATION COSTS
ELIMINATES DOUBLE FLOORING
CAN BE ADAPTED TO ALREADY
EXISTING RACK SYSTEMS
EASY MAINTENANCE
MAXIMUM SECURITY
SYSTEM
LOGICA SYSTEM consists
of four main elements:
1 - LRD: LOGICA Rear Cooling Door.
2 - LPS: LOGICA Leak Prevention System.
3 - LRE: LOGICA High Energy Efficent Chiller.
4 - LMS: LOGICA Management System.
HOW it works:
1. Chilled water is provided by a HIGH EFFICENCY
LOGICA CHILLER (LRE). It can be also chiller with
Free-cooling technology of both.
2. The resulting chilled water is drawn through the
pipework by LOGICA Leak Prevention System (LPS).
3. Chilled water is then drawn through the LOGICA
Cooling Rear Door (LRD). The waste heat from the
active equipment housed within the cabinets is
rejected to a heat exchanger.
The net result is that the exhaust air returning back
into the room is at ambient temperature and therefore
has no impact upon the interior of the data centre.
4. The LOGICA MANAGEMENT SYSTEM (LMS) is the
brain of the SYSTEM. Operating at rack and room level,
the room’s temperature is locally controlled by the
LOGICA Management System, which automatically
adjusts the fan speeds, water flow rates and the
circulating water temperature to achieve a consistent
data centre temperature with no operator
intervention.
LRD: LOGICA COOLING REAR DOOR
• It is the heart of the cooling system.
• It operates with water temperature 18/23°C,
so that no latent energy will be wasted.
• It cools the air from 50°C to 24°C, instead than
24°C to 14°C (as the usual CRAC approach) al
lowing high energy saving.
• Twice ΔT across the coil, gives more than twice
capacity with the same surface.
• LRD are provide with Energy Efficient EC
Plug-Fans.
• It can be fitted to cabinets of any manufacturer
using an Interface Frame.
LRD
LMS
LMS: LOGICA MANAGEMENT SYSTEM
• It’s the brain of the entire system.
• The software was developed to keep
the data exchange between the com
ponents at highest possible rate and
with the greatest fail-safe margin.
• If any unit falls out of communica
tion, it’s immediately reported to the
BMS or any other means of
communication to the supervisor.
LPS
LPS
LPS: LOGICA LEAK PREVENTION SYSTEM
• It ensures that in case of puncture or leaking
joint, the conditioned space remains dry.
• It monitors the presence of air and reports air
entrainment to the BMS.
• It ensures the water pressure is always below
atmospheric.
• Monitors the presence of doors and chiller to
make sure no component falls out of network
undetected.
• The cooling doors software possess
a sophisticated control algorythm to
minimise the air flow and water flow.
• The LPS software automatically
manages the depression, the
pressure lift and the water flow to
minimize the pumping energy.
• The software on chiller units
receives the feedback from the
cooling doors/racks that advise their
own optimal working temperature.
It calculates the best setpoint to
minimise the energy consumption
for the racks heat load.
LRE
LRE
LRE: LOGICA HIGH ENERGY EFFICENT CHILLER
• High energy efficient units with high EER and
ESEER value.
• Units suitable for any ambient condition from
-20°C to +52°C.
• Free-cooling solution available.
• Unit with Scroll or Turbocor compressor
• R410A and R134a Refrigerant.
• Units are supplied with double pumps.
• Units are provide with Energy Efficient EC
axial Fans.
• The chiller controls communicate directly, thanks
to the LOGICA MANAGEMENT SYSTEM, to LPS
and LRD and can vary dynamically the water
temperature as required.
SYSTEM
A system that offers
unbeatable advantages.
Below is a comparison of traditional server room cooling
systems with the LOGICA SYSTEM.
Current server room cooling systems call for the installation
of units for cooling the entire room. As a result, as reported
in the picture below, they are extremely inefficient and
costly. In particular, they require the installation of a floating
floor through which the cold air is transferred to the rack
units with obviously high installation costs.
A traditional server room cooling
system is generally made up of the
following elements:
1. Close Control System for cooling
the entire room; they draw in the
hot air emitted by the rack units
and release cooled air from under
the floor.
2. The floating floor transfers the
cold air, creating air columns
directly on the rack units.
1
3
2
4
3. The cooler is sized to cool the
entire room.
This particular solution is extremely
inefficient. Alternative solutions
have currently been developed that
improve the performance but
involve an increased investment.
4. In traditional server rooms there
are identifiable “hot aisles” and
“cold aisles”. The image shows the
technical solution that allows the
two zones to be clearly separated,
increasing the system’s efficiency.
It is an improvement but:
• Running costs remain high
• No reduction on investments
• Restrictions remain on electronic
packaging densities
The LOGICA SYSTEM allows for the elimination of
negative effects that characterize traditional systems.
1. Eliminates the close control unit and the floating floor. The system calls for the
installation of the REAR COOLING DOOR directly on the rack units.
2. Thanks to these innovations, the space dedicated to the server room (at the same
installed power) is 50% less than with traditional solutions.
3. The system is guaranteed by the installation of the LPS which, by making the
system work at negative pressure allows the Server to be saved in the case of Rear
Cooling Door leaks.
4. The system works at high temperatures. Thanks to this technological system,
cooling units can be sized with less power and with greater than average EER.
4
Summarizing: compared to same
thermal load, LOGICA requires:
• Fewer cabinets.
• Less specialised real estate.
• No raised floor.
• Lower duty chiller.
3
2
1
It doesn’t cool the room.
It just cools the warm spots rack-by-rack, where heat is produced.
LOGICA replaces the traditional approach to data centre cooling, allowing loads of up to 45 kW per cabinet with the added
benefit of removing real estate problems inherent with hot aisle cold aisle and aisle containment designs.
The waste heat generated by equipment within the cabinets is removed at source by water cooling, without the risk of
leakage in the data centre by our patent pending leak prevention system.
LOGICA allows cooling water temperatures to rise from the traditional 6º C, reducing chiller size and energy costs and
increasing the availability of energy efficient free-cooling.
LOGICA SYSTEM:
• Remove the traditional approach.
• Remove unnecessary products.
• Remove expansion restrictions.
SAVING:
Up to 93% energy saving year on year.
Up to 27% saving on capital expenditure.