- Številka izdelka:
- DK 7999.009
- Product description
- The Micro Data Center Level E (MDC Level E) is a modular security safe with an operator door at the front and service door at the rear. The MDC Level E is supplied with one cable entry in each side element as standard and is available in a range of sizes.
- Benefits
- Suitable for installation at poorly accessible sites
- Expandability for graduated investment in line with IT growth.
- Prepared for the installation of various IT climate control solutions
- Systems may be dismantled and reassembled, for maximum investment security
- Applications
- A high level of protection against potential physical threats for IT
- Targeted configuration components transform the safe into a complete, compact data centre.
- Material
- Sheet steel, coated
- Colour
- Enclosure: RAL 7035
Service door: RAL 7035
Operator door: RAL 7035 - Supply includes
- Security safe with operator door and servicing door
Cable entry in both side elements
Both doors with key lock - Options
- Different lock variants
Different cable entry systems
Cable entry in the top and base unit
Twin-walled doors
Choice of door hinges
Supporting structure
Supporting structure with fire protection - Note
- The tests were performed as system tests and confirmed with test reports.
- Project planning on request
- Protection standards
- The safe was tested as a system.
- The single safe was tested as a system with one single-leaf door and one bifold door and mechanical lock
- Fire resistance class F 90 to DIN 4102 Part 2, compliance with limits ΔT < 50 K, rel. humidity < 85% over 30 minutes
- Smoke protection based on DIN 18095-2: 1991-03
- Burglar resistance RC 2, tool attack analogous to DIN EN 1630:2011-09
- Burglar resistance RC 3 tool attack analogous to DIN EN 1630: 2011-09 (restricted configuration options)
- Clearances
- Installation height for components: 47 U
- Standard protection from
- Fire
- Extinguishing water
- Corrosive gases
- Vandalism
- Unauthorised access
- Dust
- Theft/burglary
- IP protection category to IEC 60 529
- IP 56
- Packs of
- 1 pc(s).
- Net weight
- 700 kg
- Gross weight
- 750 kg
- EAN
- 4028177717084
- ETIM 9
- EC002499
- ECLASS 8.0
- 27180207
- Product description
- Micro Data Center Level E. The Micro Data Center Level E (MDC Level E) is a modular security safe with an operator door at the front and service door at the rear. The MDC Level E comes with one cable entry in each side element as standard.
Micro Data Center Level E
Item number: 7999.009
IT - SECURITY SAFE
Supply of a modular IT security safe.
Fire protection over 90 minutes, tested according to DIN 4102 / EN 13501
(ISO time-temperature curve) but 30 minutes within the limits of 50 K
temperature increase and 85% relative humidity. Furthermore, proof of
tested burglary protection RC 2, based on EN 1630, must be provided.
According to EN 60529, the protection class of the housing (in the
standard IP 56, fire protection flaps without connected cooling system
IP 55) must be fulfilled.
All tests must be carried out as system tests.
The values achieved must be verified with test certificates.
The IT security safe is to be implemented in a modular form in a
“steel-cassette-construction” for free-standing installation. A
demountable, as well as expandable construction must be proven.
Installation around existing, commissioned IT components must be
possible. Decommissioning of the IT components during installation is
not possible!
The IT security safe must have two security doors, one at the front and
one at the back. These security doors must be equipped with an
appropriate access control system.
The connections of the elements of the IT security safe are to be
designed using form-fit connection techniques that can be released at
any time.
The ingress of extinguishing water and moisture, as well as corrosive
fumes into the modular IT security safe, must be prevented by
constructive measures.
Technical features
The following features must be provided:
Housing dimensions outside:
Height: 2210 mm / 2410 mm
Width: 1100 mm (single safe, without attachments)
Width: 2200 mm (linkage of 2 safes, without attachments)
Width: 3300 mm (linkage of 3 safes, without attachments)
Width: 4400 mm (linkage of 4 safes, without attachments)
Depth: 1204 mm / 1404 mm (without attachments)
Housing dimensions inside:
Height: 2030 mm / 2230 mm (42 U / 47 U)
Width: 920 mm (single safe)
Width:1840 mm (linkage of 2 safes)
Width: 2760 mm (linkage of 3 safes)
Width: 3680 mm (linkage of 4 safes)
Depth: 1000 mm / 1200 mm
The IT security safe must have the possibility of linking together
multiple safes. The modules arranged in relation to each other must have
large inspection openings for the cabling of the network racks located
in the interior. Test certificates must be provided for the baying of
the security safes.
The IT security safe must be designed in such a way that it is also
possible to add further modules at a later date.
It must be ensured that the existing network or server rack does not
have to be relocated as part of the expansion, unless the conditions on
site require this.
The expandability of the existing system must be guaranteed for at least
5 years.
The IT security safe must have a cable entry system at several positions
of the safe. The cable duct systems must be designed in an "open
construction", suitable for installation with already installed IT
components. The cable duct systems have to be fireproof, waterproof and
gas-resistant for the introduction of data, control and supply cables
into the modular IT security safe.
A duct material that allows later retrofitting to data and supply lines
is to be used as sealing material.
Cable entry
Standard (this version is already included)
Cable entry arranged in the rear area of the side elements, designed as
soft duct.
Variant 1
Cable entry arranged in the rear area of the side elements, designed as
hard duct.
Variant 2a
Cable entry arranged in the head element, designed as a hard duct (in
addition to the standard)
Variant 2b
Cable entry arranged in the bottom element, designed as a hard duct (in
addition to the standard).
Variant 3a
Cable entry arranged in the rear area of the side panels, designed as a
cable box with two assignable fields. The cable box must be suitable for
the insertion of flexible chilled water hoses.
Variant 3b
Two diagonally positioned cable boxes for ventilation through the use of
valves with a breathable membrane, which allows up to 80 lead gel
batteries of 9 Ah to be accommodated in the IT security safe.
The unoccupied fields of the cable box must be suitable for cable entry.
Variant 4
Cable entry arranged in the rear area of the side panels, as a fire
protection sleeve for subsequent insertion of cables by the user.
Protection class IP 54.
Cooling
To provide an adapted process climate on the inside of the IT security
safe, a cooling unit is to be provided.
Standard a
A solution with cold water cooling must be provided for an already
existing chilled water system.
Standard b
A solution with cold water cooling as well as a suitable cold water
generation (Chiller) must be provided.
Variant 1a
Cooling via an on-site air conditioning / ventilation ductwork system.
The IT security safe must have fire protection flaps that close it in
the event of a fire. The fire protection flaps must be tested for use in
the safe wall.. The existing ductwork system is to be connected to the
fire protection flaps which need to have nominal diameter of 250 mm.
Variant 1b
Cooling by an air conditioning system mounted on the side wall with the
option of free cooling operation at suitable ambient temperatures. The
IT security safe must have fire protection flaps that close it in the
event of a fire. The fire protection flaps must be tested for use in the
safe wall.
Variant 1c
Cooling by enclosures with filter fans attached to the side wall. The IT
security safe must have fire protection flaps that close it in the event
of a fire. The fire protection flaps must be tested for use in the safe
wall.
Closure version
Standard (This version is already included)
The locking mechanism is designed as a safety lock with 2 keys each. The
locks of the operator and service door are not same-locking.
Variant 1
The locking mechanism (operator and/or service door) is designed as an
electronic key combination lock with mechanical revision opening by
means of an emergency key.
Variant 2
The locking mechanism (operator and/or service door) is designed as an
electronic lock which must be controlled by means of an access control
system provided by the customer.
Operator and service door version
Standard (This design is already included in item 1.1)
Door in single-leaf design.
Variant 1
Door in double-leaf design
Burglary protection
Modular security safe with tested burglary protection in accordance with
EN 1627. A system test must be verified.
Standard (This version is already included)
Burglary protection RC 2 in accordance with EN 1630
Optional
Burglary protection RC 3 following EN 1630 (reduced configuration)
Errors and technical modifications excepted.
Item number: 7999.009
IT - SECURITY SAFE
Supply of a modular IT security safe.
Fire protection over 90 minutes, tested according to DIN 4102 / EN 13501
(ISO time-temperature curve) but 30 minutes within the limits of 50 K
temperature increase and 85% relative humidity. Furthermore, proof of
tested burglary protection RC 2, based on EN 1630, must be provided.
According to EN 60529, the protection class of the housing (in the
standard IP 56, fire protection flaps without connected cooling system
IP 55) must be fulfilled.
All tests must be carried out as system tests.
The values achieved must be verified with test certificates.
The IT security safe is to be implemented in a modular form in a
“steel-cassette-construction” for free-standing installation. A
demountable, as well as expandable construction must be proven.
Installation around existing, commissioned IT components must be
possible. Decommissioning of the IT components during installation is
not possible!
The IT security safe must have two security doors, one at the front and
one at the back. These security doors must be equipped with an
appropriate access control system.
The connections of the elements of the IT security safe are to be
designed using form-fit connection techniques that can be released at
any time.
The ingress of extinguishing water and moisture, as well as corrosive
fumes into the modular IT security safe, must be prevented by
constructive measures.
Technical features
The following features must be provided:
Housing dimensions outside:
Height: 2210 mm / 2410 mm
Width: 1100 mm (single safe, without attachments)
Width: 2200 mm (linkage of 2 safes, without attachments)
Width: 3300 mm (linkage of 3 safes, without attachments)
Width: 4400 mm (linkage of 4 safes, without attachments)
Depth: 1204 mm / 1404 mm (without attachments)
Housing dimensions inside:
Height: 2030 mm / 2230 mm (42 U / 47 U)
Width: 920 mm (single safe)
Width:1840 mm (linkage of 2 safes)
Width: 2760 mm (linkage of 3 safes)
Width: 3680 mm (linkage of 4 safes)
Depth: 1000 mm / 1200 mm
The IT security safe must have the possibility of linking together
multiple safes. The modules arranged in relation to each other must have
large inspection openings for the cabling of the network racks located
in the interior. Test certificates must be provided for the baying of
the security safes.
The IT security safe must be designed in such a way that it is also
possible to add further modules at a later date.
It must be ensured that the existing network or server rack does not
have to be relocated as part of the expansion, unless the conditions on
site require this.
The expandability of the existing system must be guaranteed for at least
5 years.
The IT security safe must have a cable entry system at several positions
of the safe. The cable duct systems must be designed in an "open
construction", suitable for installation with already installed IT
components. The cable duct systems have to be fireproof, waterproof and
gas-resistant for the introduction of data, control and supply cables
into the modular IT security safe.
A duct material that allows later retrofitting to data and supply lines
is to be used as sealing material.
Cable entry
Standard (this version is already included)
Cable entry arranged in the rear area of the side elements, designed as
soft duct.
Variant 1
Cable entry arranged in the rear area of the side elements, designed as
hard duct.
Variant 2a
Cable entry arranged in the head element, designed as a hard duct (in
addition to the standard)
Variant 2b
Cable entry arranged in the bottom element, designed as a hard duct (in
addition to the standard).
Variant 3a
Cable entry arranged in the rear area of the side panels, designed as a
cable box with two assignable fields. The cable box must be suitable for
the insertion of flexible chilled water hoses.
Variant 3b
Two diagonally positioned cable boxes for ventilation through the use of
valves with a breathable membrane, which allows up to 80 lead gel
batteries of 9 Ah to be accommodated in the IT security safe.
The unoccupied fields of the cable box must be suitable for cable entry.
Variant 4
Cable entry arranged in the rear area of the side panels, as a fire
protection sleeve for subsequent insertion of cables by the user.
Protection class IP 54.
Cooling
To provide an adapted process climate on the inside of the IT security
safe, a cooling unit is to be provided.
Standard a
A solution with cold water cooling must be provided for an already
existing chilled water system.
Standard b
A solution with cold water cooling as well as a suitable cold water
generation (Chiller) must be provided.
Variant 1a
Cooling via an on-site air conditioning / ventilation ductwork system.
The IT security safe must have fire protection flaps that close it in
the event of a fire. The fire protection flaps must be tested for use in
the safe wall.. The existing ductwork system is to be connected to the
fire protection flaps which need to have nominal diameter of 250 mm.
Variant 1b
Cooling by an air conditioning system mounted on the side wall with the
option of free cooling operation at suitable ambient temperatures. The
IT security safe must have fire protection flaps that close it in the
event of a fire. The fire protection flaps must be tested for use in the
safe wall.
Variant 1c
Cooling by enclosures with filter fans attached to the side wall. The IT
security safe must have fire protection flaps that close it in the event
of a fire. The fire protection flaps must be tested for use in the safe
wall.
Closure version
Standard (This version is already included)
The locking mechanism is designed as a safety lock with 2 keys each. The
locks of the operator and service door are not same-locking.
Variant 1
The locking mechanism (operator and/or service door) is designed as an
electronic key combination lock with mechanical revision opening by
means of an emergency key.
Variant 2
The locking mechanism (operator and/or service door) is designed as an
electronic lock which must be controlled by means of an access control
system provided by the customer.
Operator and service door version
Standard (This design is already included in item 1.1)
Door in single-leaf design.
Variant 1
Door in double-leaf design
Burglary protection
Modular security safe with tested burglary protection in accordance with
EN 1627. A system test must be verified.
Standard (This version is already included)
Burglary protection RC 2 in accordance with EN 1630
Optional
Burglary protection RC 3 following EN 1630 (reduced configuration)
Errors and technical modifications excepted.