RiMatrix S Standard container

Article number: DK 7998.506

The standardised data centre is implemented in a container solution and can therefore be sited outdoors if required.

Article number:
DK 7998.506
Product description
The standardised data centre is implemented in a container solution and can therefore be sited outdoors if required.
Supply includes
Robust sheet steel container with reinforced frame structure for optimum weight distribution
Housed interior wall structure with thermal insulating materials
Advice and ROI calculation
Delivery and integration into the customer infrastructure
Documentation, training and instruction
Hotline and service/service agreements
Clearance depth
7,000 mm
Clearance height
2,700 mm
Clearance width
2,750 mm
Climate control (ZUCS)
90 kW + 10 kW
n+1 redundant
Number of low-voltage main distributors
1
No. of PDU Basic
18
Serverracks (600x2000x1200mm)
8
Combined network/server rack (800 x 2000 x 1200 mm)
1
Protection standards
Vandal-proof interior in accordance with Resistance Class II to DIN EN 1631
EMC basic protection
Dust- and watertight to IP 55 to IEC 60 529
Design burglar protection
Yes
Humidification and dehumidification system
optional
Room extinguisher system
optional
Version
Single 9
Dimensions
Width: 3,000 mm
Height: 3,000 mm
Depth: 7,250 mm
Packs of
1 pc(s).
Customs tariff number
85371098
EAN
4028177702530
ETIM 7.0
EC002499
ECLASS 8.0
27180207
Product description
DK RiMatrix S Standard container, Single 9
Software
Software
Standard data centre 90 kW, 8+1 racks, including
cooling installed in a container,,
,,,,,,

Fully functional standard data centre comprising a
rack suite (depth 1200 mm) with 8 server racks and a
network rack.

The data centre is enclosed by an accurately
dimensioned IT container.
It is designed in the form of a steel
container with water-tight, welded steel frame and
zinc-plated sheet steel panelling.
The IT container permits outdoor installation
and eliminates potential physical threats. A
partition which passes over the rack systems
achieves targeted separation of the climate zones.
The following qualities are achieved in
accordance with the specified requirements:
Fire protection EI30 to EN 1363 (wall, ceiling)
Burglar resistance RC2 to EN 1627
Dust ingress IP5X to EN 60529
Water ingress IPX4 to EN 60529

Electromagnetic compatibility (EMC) as per test
certificate in respect of high-frequency interference
and susceptibility

The container is sealed all round. The underside is
provided with a protective coating of two-component
liquid plastic. Alongside an adhesive primer and an
intermediate coat of two-component PUR single-layer
paint, the container is painted in accordance with the
corrosion category "C4 long" to EN 12944 (coating
system no. A4.09). Two pockets for the forks of a
lift truck, each 360 mm wide and 120 mm high,
are provided at the standard spacing
of 2050 mm. The container frame is provided with 8
corner pieces to ISO 1161.
The minimum dynamic load-bearing capacity of the
container is 6 tonnes. The static load-bearing
capacity is 12 tonnes. The minimum roof load capacity
is 100 kg/m².
The insulation of the container comprises a mineral
wool core with zinc-plated sheet steel sandwich panels
on both sides, attached to sheet metal profiles at the
roof and base. The inside floor in the form of plain
sheet steel is bolted permanently to the underfloor
construction. All-round edging of the same serves to
produce a water-tight weld. An earthing point is
provided.
The outer skin of the cell is realised such as to
avert external influences from the building and thus
eliminate damage to the insulation materials.
An access door is supplied and assembled as a
single-door system hinged on the right-hand side (DIN
definition)
The door system is certified in accordance with the
aforementioned test criteria. Corresponding proof is
to be furnished by the supplier.
The double-panelled security door is provided with an
all-round seal. It features an electric security lock,
top door closer, locking monitoring (bar contact),
opening sensor (reed switch) and panic release.
Nominal door dimensions:
Width,,125 mm
Height,,2125 mm

The 600 mm wide hot aisle and the 950 mm wide cold
aisle are partitioned within the container
and are to this end provided with a partitioning panel
which passes over the server/network racks.

The standard data centre incorporates a fully
functional raised-floor construction, with air intake
and outlet grilles in the form of dip-galvanised
gratings.

Air-circulating cooling units (CRAC systems) are
installed in the cavity space of the raised floor. The
CRAC systems do not occupy space within the rack (Zero
U-Space Cooling Systems)

A CRAC system is installed under each server rack.
Each CRAC system offers a nominal output of 11 kW; the
average heat load capacity per rack is thus 9.5 kW,
taking into account n+1 redundancy over the total
number of CRAC systems. The intake temperature for
cooling is 20°C, observing temperature limit values
according to ASHRAE 2008 (max. 27°C) within the cold
aisle.

The cooled intake air is blown into the cold aisle by
EC fans under the floor gratings.

The intake temperature and speed of the EC fans are
regulated by a controller in the standard data centre,
which communicates with the controller of a chiller
station via a system bus for purposes of energy
efficiency optimisation The controller is not
accommodated in the IT racks and thus does not occupy
rack installation space.

The standard data centre is equipped ready for use
with a cold piping system comprising polypropylene
piping; the individual heat exchangers are connected
by way of high-pressure hoses.


Required chiller set provided by the customer:
The standard data centre must be equipped with a
straight ball valve to regulate the air intake
temperature to the target value, a flowmeter and two
temperature sensors to measure the coolant flow volume
and the feed and return temperatures, as well as to
calculate the heat output.

Required chiller set must be supplied:
The standard data centre must be supplied without ball
valve and sensors for the coolant.
The volume of the medium is regulated by the
variable-speed pump of the chiller station of the
standard data centre, and the sensors are fitted in
the chiller station.
,,,,,,,,,,
The standard data centre incorporates switchgear with
fused feeders for the rack suite. The switchgear
spreads the feeders over two panels to establish an
A/B power supply.

From the switchgear, the distribution busbars of the
individual racks are wired ready for use and comprise
Power Distribution Units with 24 C13 and 6 C19
sockets. Each rack is provided with two PDUs to
establish an A/B power supply.

The power supply is routed above the racks. The data
cables are routed to the IT racks separately from the
power supply cables. The installation of the data
cables is to be performed by the site
operator/customer.

Lighting and service socket are protected by way of an
RCCB. Emergency lighting is installed.

The standard data centre is equipped with an early
fire detection system. To this end, air is drawn from
the raised floor of the hot aisle via a perforated
plastic pipe. The alarm is given by a monitoring
system with Web access and SNMP interface.

The scope of supply includes delivery and installation
of the cable and piping bulkhead to bring the data,
control and supply cables into the IT container
(without IT cabling; connection to the chiller and
mains power supply are to be ordered separately).

Standard data centre version 8+1 racks in container
,,

Outside dimensions,,Inside dimensions,,
Length:,,7250 mm,,Length:,,7000 mm,,
Width:,,3000 mm,,Width:,,2750 mm,,
Height:,,3000 mm,,Height:,,2685 mm,,
,,,,

,,