Data Centre Solutionsrittaldatacentre.com.au/PDF/Brochures/Data Centre...modular designs maximise internal space and load bearing capacity while making the addition of new active devices

RACKS POWER COOLING MONITORING SECURITY SERVICE & SUPPORT

Data Centre Solutions

Issue 4.1

RACKS POWER COOLING

The simple route to the perfect data centre

Data centres are complex systems. Software, hardware and IT infrastructure must work together seemlessly to supply the user with energy and cost effi cient, reliable IT services. The IT infrastructure alone demands a wide variety of specialists from each fi eld including: climate control, power ditribution and security.

“Rittal - The System”, minimises complexity and reduces interfaces through a complete, integrated solution. Superior IT performance is achieved through perfect coordination of the Rittal IT System modules: Racks, Power, Cooling, Security, Monitoring & Remote Management, all complimented by a comprehensive range of software and services.

Data Centre Solutions presents you with a complete overview of the Rittal IT System.

Peter MellinoManaging DirectorRittal Australia and New Zealand

RACKS POWER COOLING

1800 350 665 | rittaldatacentre.com.au

Contents

NETWORK ENCLOSURES & SERVER RACKS 4Corporate Racks 4

High Performance Cooling Racks 5

Rack Acessories 6

POWER DISTRIBUTION/ POWER BACKUP 10Ri4Power System Solutions 12

UPS Technology 13

UPS Batteries 14

UPS Monitoring 15

The Rittal UPS Family 16

UPS PMC 12 18

UPS PMC 40 19

UPS Power Module Concept 20

UPS PMC 200 23

UPS PMC 800 24

UPS Acessories 25

Power Distribution Rack (PDR) 26

Horizontal & Vertical Power Rails 27

Monitored & Controlled Power Rails 28

Power System Module (PSM) 30

Battery Monitoring 34

CLIMATE CONTROL 36High End Solutions 36

Rittal Liquid Cooling Package (LCP) 38

Rack Climate Control 40

Row Based Cooling 41

Liquid Cooling Packages (LCP) 42

Aisle Containment 46

CRAC Systems 47

IT Chillers 48

Alternative Cooling 49

MONITORING 50CMC III Monitoring Systems 52

CMC III Processing Unit/Compact 54

CMC III Accessories 55

CMC III Processing Unit/Compact - System Overview 56

CMC III Processing Unit - System Overview 57

CMC III Sensors/Accessories 58

Dynamic Rack Control 59

RiZone 62

SECURITY SOLUTIONS 65IT Security Solutions 65

IT Security Rooms 66

IT Security Safes 69

Modular Safe Extend 70

Modular Safe Light & Basic Safe Compact 71

Fire Alarm & Extinguisher Systems 72

DATA CENTRE CONTAINERS 74Data Centre Construction & IT Infrastructures 76

SERVICE & SUPPORT 78Engineering & Design 78

Rittal Global Service 79

NOTES 80

REFERENCES Back cover

MONITORING SECURITY SERVICE & SUPPORT 1

rittaldatacentre.co.nz | 04 566 7630

Data centres that are perfect in every detail!

A perfect IT environment provides the basis for perfect business. Rittal plans, builds and optimises data centres on your behalf, thereby making an effective and effi cient contribution to your corporate success. We will advise, design and develop solutions that fi t your business perfectly.

The benefi ts to you: You benefi t from the opportunities offered by a complete

supplier. From the initial draft, through to the implementation

phase and commissioning, you only deal with one point of contact.

You have structure and clarity in your data centre project. All participants and all components are precisely

coordinated with one another. Every detail contributes to ensure optimum overall

performance capability of the system.

“Rittal – The System. Faster – better – worldwide.” We accompany you every step of the way, from analysis, to planning and implementation, through to safeguarding your requirements with our global service.

All services from a single source Network enclosures and server racks Power distribution and backup Climate control Monitoring Security solutions Engineering & design Service & support

NETWORK ENCLOSURES/SERVER RACKS

POWER DISTRIBUTION/POWER BACKUP

CLIMATE CONTROL

RACKS POWER COOLING2


SECURITY MONITORING SERVICE & SUPPORT



Corporate Racks

Corporate Rack – With Side Panels

600 1200 1000 24

600 2000 1000 42

800 2000 1000 42

600 2200 1000 47

800 2200 1000 47

600 2000 1200 42

800 2000 1200 42

600 2200 1200 47

800 2200 1200 47

600 2000 1000 42

800 2000 1000 42

600 2200 1000 47

800 2200 1000 47

600 2000 1200 42

800 2000 1200 42

600 2200 1200 47

800 2200 1200 47

Corporate Rack – Without Side Panels

Corporate Racks - TS8The long term performance of an IT infrastructure is dependent on the coordinated interaction of individual components. With Rittal IT System server enclosures, integration of climate control, power and security solutions is simple. Innovative, modular designs maximise internal space and load bearing capacity while making the addition of new active devices and additional enclosures simple and cost effective.

Designed specifi cally for the data centre, the TS8 is a modern enclosure offering strength and stability for virtually any server environment. Its patented 16 fold continuously welded frame delivers 30% more dimensional stability, high load carrying and maximised internal volume.

Design Features

Robust welded frame structure Front and rear door fully vented; vented surface area > 82% Tool-less adjustment of mounting angles reduces equipment deployment time Vendor neutrality, thanks to infi nite adjustment of mounting angles (L-shaped,

front and rear) Cable entry via the roof and base 2-piece side panels Static load capacity of up to 1200 kg Castors and levelling feet on each model

Supply Includes

130° tooless quick release type hinges Rear door split type Screen printed RU markings Comfort handles with security lock 3524 E with push button control

Material: Mild steelSurface fi nish: Enclosure frame: Dipcoat – primed, powder-coatedEnclosure panels: Dipcoat – primed, powder-coatedColour: RAL 9005 (Black or RAL 7035 (Grey)



NETWORK ENCLOSURES & SERVER RACKS

High Performance Cooling Racks

High Performance Cooling Systems HPC:Material: Mild steel

Surface fi nish: Dipcoat-primed, panels additionally powdercoated, RAL 7035 (Grey). Gland plates and 482.6 mm (19˝) mounting frame zinc-plated, passivated

Supply includes: Enclosure frame with doors and rear panel, roof plate, gland plate, 482.6 mm (19˝) interior installation, earthing of all panels, levelling feet, fi tted.

Model No.Width

mm

Height

mm

Depth

mmRU

side panels

With

side panels

7831810 - 600 2000 1000 42

7831812 7831813 600 2000 1200 42

78318302 - 800 2000 800 42

7831800 - 800 2000 1000 42

7831802 7831803 800 2000 1200 42

Aluminium glazed front door, sheet steel rear door

Roof plate for cable entry, two-piece

Levelling feet

Base frame with multi-piece gland plate

ront and rear

L-shaped mounting angles – – – – –

Mounting angles attached to depth stays – – – – –

ront and rear

Side panel, screw-fastened, IP 55 8100235 8108235 8100235

Depth-variable slide rail, 1 U, length 590 – 930 mm, 80 kg, static, 7063883 7063883 7063882 7063883 7063883packs of 2

7063897 7063897 7063895 7063897 7063897

Installation kit for heavy-duty component shelf, depth-variable 706890 7063890 7063860 7063890 7063890

re nominal dimensions. For absolute dimensions, please refer to the detailed drawing on the Internet. request.




1RU 19" Blank Panel 1RU




19” Blanking PanelsFeatures: Complete with mounting hardware

Colour: RAL7035 (Grey)

Fixed ShelfApplication: Can be used with all 19" cabinets

Features: Unique minimised hardware fi xing system Adjustable mounting position Includes mounting hardware and bracketry

Finish: RAL7035 (Grey)

19" x 450mm 600 Deep – 800 Deep

19" x 600mm 800 Deep – 1000 Deep

19" x 740mm 800 Deep – 1000 Deep – 1200 Deep

19" x 450mm 600 Deep – 800 Deep

19" x 600mm 800 Deep – 1000 Deep

19" x 700mm 800 Deep – 1000 Deep – 1200 Deep

1RU 180mm Deep RAL 9005 (Black)

2RU 260mm Deep RAL 9005 (Black)

Sliding ShelfApplication: Can be used with all 19" cabinets

Features: Adjustable mounting position Includes mounting hardware and bracketry 30kg rating


Cantilever Shelf

Rack Accessories




RAL 7035 10

RAL 9005 10

6RU Modular Tooless Blanking Panel Black

Modular Tooless Blanking Panel Grey6RU

100mm x 37mm1 RU

120mm x 80mm2 RU

120mm x 80mm

80mm x 37mm

1RU & 2RU Cable Management - Ring Panel Can be used with all 19: cabinets Rings can be reorientated All metal construction

Cable Shunting RingsApplication:

Cable routing Can be mounted to mounting rails, puched sections and

cabinet frames.

Modular Tooless Blanking PanelFeatures:

6RU sheet Snap off feature allows 1 to 6 RU’s Tooless

Rack Accessories

1RU Tool-less Blanking PanelsSupply includes:

10 blanking panels with integral quick-fastening




Fastener Kit x 4 (set)

Fastener Kit x 50 (set)

Cable TrayMaterial:

1.2 steel construction with vertical slots ideal for hook and clasp cable ties


24 100 Cable Tray 24RU x 100 wide





1 set

Rack Accessories

Cage NutsFeatures:

Each fastener kit consists of a M6 cage nut, screw and nylon washer

Available in black

Baying KitUsed for the fi xing together of two frames without side panels

All fasteners provided Installation and instruction sheets provided

Complete Earthing KitTo DIN EN 60 950/VDE 0805, Ø 4 mm2, Imax. 40 A. For system-compatible earthing of all enclosure parts on the enclosure frame according to VDE. The earth conductors are pre-assembled ready for connection with connectors and cut to the right length.




95 235 24 1

95 235 42 1

4

Rack Accessories

Overhead Cable Trough Large capacity cable trough Integrated grounding provisions Unique design allows for power and data cables in one trough with the use of

cable claws Cable pass-through provisions Accommodates ladder rack installations in parallel and perpendicular

confi gurations Tool-less installation

Overhead Cable TroughFor laying cable in particularly high packaging densities (high density network nodes), in the fi eld of optical fi bre or copper cabling.

Large capacity. A wide range of cable routing, cable clamping, channelling and cross-cabling options creates the requirements for maximum port density in the minimum possible space. The individual U-related cable routing makes it possible to dispense with additional cable routing via patch panels within the distributor level, thereby equipping every U with connection points. This increases port density by up to 50%. The removable duct cover, hinged on both sides, facilitates user-friendly access at any time. The cable sections are held back by removable crossbars to protect them against falling out. Mounting is either on mounting rails at the sides, or on mounting angles and mounting frames in the 482.6 mm (19˝) distributor level.

Two ducts may also be secured back-to-back. There is a second, smaller variant available for intensive partial installation.

Material: Cable duct: Sheet steel, spray-fi nished Cable routing components: Plastic Front trim panel: Aluminium, spray-fi nished

Colour: RAL 7035

Supply includes: Hinged front trim panel.

Accessories: Cable ties for spare cables

Note:

When using the duct in conjunction with 482.6 mm (19˝) mounting frames and TS 8, the inner mounting level in the vicinity of the cable duct is not available.

Within the duct, additional cable holders may be attached to accommodate spare cables and for system-compatible cable defl ection.




Rittal Energy Management – Systematic, Holistic Concepts

You benefi t from our ideas and innovations. Our complete system offers comprehensive, complete solutions for power distribution and backup. All components are coordinated for maximum benefi ts. The Rittal PSM power distribution system can be adjusted with the system operational. New servers may be installed with little effort (amendments to the infrastructure, coordination of servicing windows or supply of specialist personnel).

From the outset, we ensure supply reliability from low-voltage main distributor or the integration of load transfer switches (with up to several hundred KW of output) for connecting mains backup systems such as diesel generators. Our UPS systems are based on double conversion technology, with outstanding effi ciencies of 95%. The Rittal PSM systems save you valuable energy, time and costs.

1 Power Modular Concept PMC 200

2 Power Distribution Rack PDR

3 Power Distribution Module PDM

4 Power System Module PSM

5 Power distribution

1

5




2

3

4



Ri4Power System Solutions – A New Dimension In Intelligent Power Distribution

Rittal offers the entire product spectrum of innovative power distributors up to 5,500 A, from the industrial infeed via IT power distributors, through to the socket in the server rack.

The structured Rittal system solution Ri4Power achieves fast, secure and cost-optimised assembly of low-voltage switchgear and IT power distributors in your data centre. The system is based on the broad Rittal product portfolio which provides all the components necessary for highly effi cient, intelligent power distribution.

By developing the Ri4Power concept, we have broken new ground to achieve even greater fl exibility with extensive modularity.

Within the control and distribution technology for data centres, the innovative Rittal busbar system up to 1,600 A is central to Rittal’s low-voltage solutions.

With numerous measurement points, Ri4Power records all key data centre performance parameters and makes them available to the network via an integral web server. In this way, the effectiveness of the data centre or PUE (Power Usage Effectiveness) and the effi ciency of individual systems or EER (Energy Effi ciency Ratio) such as refrigeration may be intelligently and selectively optimised. Confi guration of the system and measurement points is automatic thanks to the “autodetect” feature of the controller. Via SNMP communication, RiZone may be functionally extended to include intelligent power distribution. It is also possible to connect a network-compatible display on site.

Ri4Power System Solutions A system based on decades of Rittal experience in

the development of power distribution products

With innovative busbar technology for maximum modularity and fl exibility of the overall system

Outstanding technology combined with state-of-the-art design

Compliance with the internationally recognised standards and safety standards goes without saying

Rittal has integrated innovative high-current measurement systems into the low-voltage main distributor for intelligent monitoring of data

centres to optimise energy demand (energy balance PUE).




UPS Technology –The Ultimate In Availability With Rittal

Rittal develops individual UPS concepts on your behalf for the reliable backup of corporate processes where availability is crucial. We will precisely analyse your IT systems to determine which systems are best to support the critical load in a worst-case scenario. Our aim is to ensure maximum availability of the connected infrastructure, maximum energy effi ciency, and exceptional protection for your investment.

The particular benefi t of Rittal UPS technologies lies in the high operating ratio of the systems. This is synonymous with effi ciency, which in turn is refl ected in the operating costs. After all, with a service life of around 15 years, the energy costs are far more important than the initial investment.

With an effi ciency of around 95%, Rittal keeps power loss extremely low, which in itself saves a large amount of energy. Additionally, the low heat loss also means less heat loss inside the enclosure, which in turn saves on energy costs associated with additional climate control. In this way, Rittal UPS systems save twice over with their high effi ciency.

Rittal PMC UPS Systems For Data Centres Flexibly extendible, rack-mounted modular UPS

Choice of redundancy concepts

High energy and cost effi ciency, thanks to a high level of effi ciency and maximum supply reliability with double conversion technology

Transformerless design, compact systems, high performance density

Maximum availability of the entire system

No system disturbance in case of unbalanced load (PMC 40/200/800)

Various UPS climate control concepts plus network-based UPS and battery monitoring

Comprehensive service and maintenance concepts

Effi ciency

Particularly in the lower load range, a high effi ciency really comes into its own, and also ensures signifi cantly lower heat loss dissipation.

Category UPS classifi cation to EN 620 40-3 Rittal UPS

1 VFI: UPS output independent of mains, voltage and frequency variations within the limits to IEC 61 000-2-2 (voltage and frequency independent)

PMC 800PMC 200PMC 120 NXPMC 40PMC 12

2 VI: UPS output frequency dependent on mains frequency, voltage stabilised (electronic/passive) within the limits for normal operation (voltage independent)

3 VFD: UPS output dependent on mains voltage and frequency variations (voltage and frequency dependent)

Capacitive load

The capacitive load is increasing in the IT environment. The UPS must be designed accordingly. The PMC 200 can emit constant and full power from 0.9 kW capacitive to 0.8 kW inductive.

25 50 75 100

97

96

95

94

93

92

91

90

94

95

95.5

96

-0.80 -0.90

-0.90 1.00 0.80

1.00 0.90 0.80 0.70

100

75

50

25

0




UPS Batteries –Useful Information

UPS Battery ConceptsIn order to ensure effi cient, maximum availability, we rely on optimised battery concepts. We precisely tailor the required output to the essential bridging times (autonomy/backup time).

Our systems use standardised valve-regulated lead acid (VRLA) batteries, which means that spares can be purchased inexpensively worldwide.

The batteries are compliant with the EUROBAT 5 standard, and upon request with the EUROBAT 10 standard (service life up to 10 years).

Single-phase UPS systems (such as the Rittal PMC 12) generally have integral battery packs that guarantee a bridging time of at least 5 minutes at full load. Optional standardised battery packs may additionally be connected.

Important Information For Climate Control Of A UPS Dissipation of heat loss

Constant low temperature of the battery packs

Battery gas release

Application of various climate control scenarios depending on the installation site

In a climate controlled environment (temperatures predominantly up to 25 °C), vented front and rear doors are suffi cient for outputs of up to 120 kW

Use of wall-mounted cooling unit or air/water heat exchanger (such as LCP Smart) with central gas release

Service Life Of UPS BatteriesIn order to achieve a normal service life, batteries need the right ambient conditions. With VRLA batteries, the service life will be signifi cantly reduced with high operating temperatures over long periods. This is due to technological factors, and can only be prevented with sensible climate control. In permanent operation, the operating temperature of the battery packs should not exceed 25 °C.

Other damage may arise as a result of overloading and short-circuits. Despite the gas-sealed design, dangerous gases may still escape. For this reason, when handling UPS batteries, it is essential to observe the provisions of EN 50272-2.

To protect our environment, we will take back batteries sold by us free of charge at the end of their useful life. Rittal guarantees that they will be professionally disposed of in an environmentally friendly manner.

20° 25° 30° 35° 40°

6

5

4

3

2

1

0




UPS Monitoring – Reliable Protection Of Your UPS Systems

There are various options for monitoring Rittal UPS systems. The available fl oating contacts may be used with the PMC. There is optionally a relay card for the PMC 12 which may be inserted into the extension slot and which transmits fault messages for forwarding to the building control system.

Detailed information on the operating status of the UPS system, including the charging status of the battery, is sent to a website via a network monitoring card (SNMP card). In the event of an alarm, it is also possible to send a warning e-mail. Via this network card, servers may also be shut down individually or in groups according to predefi ned rules before the battery capacity is exhausted.

In order for the server to be able to respond to commands from the UPS, a small software tool is required for each server which receives the commands from the UPS and forwards them to the respective operating system. To this end, Rittal uses special shut-down software (RCCMD client software) which may be used for all UPS systems sold by Rittal.

Rittal UPS Monitoring Monitoring via the use of the fl oating contacts

provided (PMC 40/PMS 120 NX/PMC 200/PMC 800) or an optional relay card (PMC 12)

Or via a network monitoring card (SNMP card)

Additional automatic shutdown of servers if necessary via special RCCMD client software.

UPS web interface




Double conversion technology VFI-SS-111, output range (scalable) kW

1 40 100 200 300PMC 12

PMC 40PMC 40 type 5

PMC 120PMC 200



The Rittal UPS FamilyPower Module Concept


PMC 12 A compact single-phase UPS

with scaleable autonomy up to 55 minutes at 100% load produces a broad application spectrum

Modules with 1/2/3/6 and 10 kVA, single-phase

Redundancy n+1 Installation in 482.6 mm (19”), 2 U

or fl oor-standing enclosure Batteries “hot-swap” compatible,

may be exchanged from the front Scalable to 30kVA

PMC 40 Installation in racks with two 482.6 mm

(19”) levels from a depth of 800 mm. Modules with 10 and 20 kW, 3-phase Redundancy n+1 “Safe swap” capability with

redundancy: Safe module exchange with the system operational, no need to switch to bypass mode

PMC 40 (Type 5) TS 8 rack with max. 3 UPS

modules and battery pack Compact size, only 800 mm

enclosure depth 10/20 kW UPS output modules

(3-phase) Up to 40 kW n+1 redundant (max.

60 kW) High operating ratio of 95%, even in

part-load operation Expansion/maintenance/module

exchange while operational (“safe swap”

Additional battery rack possible to increase autonomy

Double conversion technology VFI-SS-111, output range (scalable) kW

400 500 600 700 800 1000

PMC 800




PMC 120 TS 8 rack with max. 6 UPS

modules in one compact enclosure Compact size, only 800 mm

enclosure depth 10/20 kW UPS output modules

(3-phase) Up to 100 kW n+1 redundant UPS

output (max. 120 kW) High operating ratio of 95%, even in

part-load operation Expansion/maintenance/module

exchange while operational (“safe swap”

Batteries in external battery racks support long autonomies

PMC 200 Maximum availability, modularity

and compact design ensure fl exible, almost unlimited scalability and redundancy

The benefi ts to you: Less capital tie-up, inexpensive expansion, and minimal space requirements

Modules with 8/12/16/20/24/32/40 kW, 3-phase

Redundancy n+1 Installation: Intergrated into the rack Scalability up to 20 modules. This

facilitates a maximum output of up to 800 kW or 760 kW n+1

Modular expansion of output and autonomy with the system operational

PMC 800 Maximum availability and

performance in a modular design The separation of the modules into

one power module and one control module is exemplary for this output class. This ensures a high level of service-friendliness and allows precise planning of maintenance work

Modules with 64 and 80 kW, 3-phase Redundancy n+1 Installation: Intergrated into the rack Scalability up to 12 modules. This

facilitates a maximum output of up to 960 kW or 880 kW n+1

The “safe swap” technology allows UPS modules (in inverter mode) to be replaced or the UPS extended with the system operational

Autonomy (min.) at 100% load:

UPS type In supplied state

Battery packs

1 2 3

1 kVA 7 min. 28 min. 55 min. –



4.5 kVA – 9 min. 23 min. 39 min.

6 kVA – 8 min. 20 min. 33 min.

UPS PMC 12Single-phase, output range 1-12 kVA n+1

The UPS is distinguished by the use of double-conversion technology.

Double-conversion technology provides the basis for an optimum supply voltage to all connected loads. This makes the Rittal PMC 12 UPS ideally suited for all applications in the IT environment and for other requirements such as automation technology, system control etc. A scalable autonomy of up to 55 minutes at 100% load produces a broad application spectrum.

Supply includes:7857430, 7857431, 7857432Single-phase UPS systems with internal “hot-swap compatible” batteries, assembly parts, operating manual, software on CD-ROM, USB, RS232 cable and earthing-pin connection cable.

Supply includes:7857.433, 7857.434Single-phase UPS systems with assembly parts, operating manual, software on CD-ROM, RS232 cable and connection cable with open cable ends.

Also required: Country-specifi c connection cables and slide rails are requierd to operate the UPS systens.




19˝

18 H

E

19˝

26 H

E

19˝

11 H

E

19˝

15 H

E

Type 1 Type 2 Type 3 Type 4

UPS PMC 403-phase, output range scalable 10-40 kW

PMC 40 - compact, rack-independant UPS system (up to 40 kW, 3-phase)This uses “double conversion” UPS technology according to the highest classifi cation VFI-SS-111, which provides a constant output irrespective of the incoming voltage, coupled with a high overall operating ratio and minimal space requirements.The PMC 40 may be confi gured as a redundant system. As a general principle, it is important to ensure adequate climate control

of the rack where the PMC 40 is installed. For installation purposes, the rack must have two 482.6 mm (19˝) mounting levels and a minimum depth of 800 mm. Depending on the confi guration, mixed population (e.g. with servers) in the same rack is also supported.The PMC 40 (redundant design) has “safe swap” capabilities. This allows easy, safe module exchange while the system is operational, without having to switch the UPS to bypass mode.

Supply includes:A PMC 40 UPS system is comprised of a basic unit for 482.6 mm (19˝) installation. 1 – 2 UPS modules and, depending on the version, a maximum of two battery packs per UPS module may be integrated into this basic module. The confi gured complete system comes with basic unit and UPS module(s). Battery packs are supplied separately.




Dimensions (UPS rack, without base/plinth) width x height x depth mm Packs of 600 x 2000 x 800 600 x 2000 x 1000

Model No. UPS basic rack 7040065 7040060

Maximum no. of UPS modules 3

Maximum no. of battery packs 4

Maximum UPS output (with 10 kW/20 kW modules) 30/60 kW

UPS output with n+1 redundancy (with 10 kW/20 kW modules) 20/40 kW

RS232 (D-Sub 9) and USB interface (configuration and shutdown) 1/1

Fault signal contacts (floating) 5

Clamping strip input/output (3L+N+PE) max. conductor cross-section 35/50 mm2

Weight (approximate, incl. batteries and 3 UPS modules) 740 kg

Protection category of UPS system IP 20

Operating temperature range (UPS with batteries, recommended) 20 – 25°C

Accessibility only required to front (for servicing, maintenance) 900 mm

Distance from wall at rear (due to fan cooling) 200 mm

Model No. PMC 40 10 kW module (order quantity acc. to output) 1 7040110

Model No. PMC 40 20 kW module (order quantity acc. to output) 1 7040120

Model No. PMC 40 battery pack 1 x 4 x 10 batteries, when using 10 kW modules(12 V/7 Ah) prewired (service life 5 years under EUROBAT) Order volume n = 2.3 x 40 7040311

Model No. PMC 40 battery pack 1 x 5 x 10 batteries, when using 20 kW modules(12 V/7 Ah) prewired (service life 5 years under EUROBAT) Order volume n = 3.4 x 50 7040315

Model No. PMC 40 battery preparation n x 4 x 10 (for export or air freight) Drawers and battery cabling (n = 3.4 without batteries), cable set of 40 1 set 7040301

Model No. PMC 40 battery preparation n x 5 x 10 (for export or air freight) Drawers and battery cabling (n = 3.4 without batteries), cable set of 50 1 set 7040305

Accessories

0247587 1 drac gnirotinom PMNS/gnirotinom SPU

5061068 tes 1 hgih mm 001 ,5307 LAR ,raer dna tnorf ,stnenopmoc htnilp/esaB

5801068 tes 1 hgih mm 001/peed mm 008 ,5307 LAR ,sedis ,stnenopmoc htnilp/esaB


UPS Power Module Concept


Thanks to the double conversion technology (VFI-SS-111)the output voltage is independent from the input voltage and frequency

Effi cient IGBT power transistor technology achieves a high operating ratio of 95% even in part-load operation

“Safe swap” compatibility with a redundant design, i.e. the module may be exchanged while operational

Every UPS module includes power electronics as well as the control unit including display

Installation, commissioning and servicing to be carried out by authorised experts only

Supply includes: UPS system in the TS 8 rack Vented front and rear door Fitted with UPS power modules (depending on

confi guration) and batteries The batteries must only be installed at the point of

assembly and are delivered separately

Note:Only UPS modules with an identical output may be combined.Technical information/ battery confi gurations: Available on the Internet.

PMC 40 (type 5), 3-phase, output range scalable 10-40 kW, redundant

UPS Rack With Integral Power Modules And Batteries



UPS Power Module Concept


UPS power modules operate according to the double conversion principle (classifi cation to VFI-SS-111) and have a transformerless design thanks to the high intermediate circuit voltage

Effi cient IGBT power transistor technology achieves a high operating ratio of 95% even in part-load operation

“Safe swap” compatibility with a redundant design, i.e. the module may be exchanged while operational

Every UPS module includes power electronics as well as the control unit including display

Installation, commissioning and servicing to be carried out by authorised experts only

Supply includes: UPS system in the TS 8 rack Vented front and rear door Fitted with UPS power modules (depending on

confi guration) and batteries

Note:Only UPS modules with an identical output may be combined.

Battery confi gurations:Available on the Internet.

PMC 120, 3-phase, output range scalable 10-120 kW

Modular UPS System (up to 120 kW)

Dimensions (UPS rack, without base/plinth) width x height x depth mm Packs of 600 x 2000 x 800 600 x 2000 x 1000

Maximum no. of UPS modules 6

Maximum UPS output (with 10 kW/20 kW modules) 60/120 kW

UPS output with n+1 redundancy (with 10 kW/20 kW modules) 50/100 kW

No. of batteries (12 V/28 Ah) per module/battery bank (per 10 kW/20 kW) 40/50

No. of battery banks per battery rack1), max. 3

No. of batteries (12 V/28 Ah) per battery rack1), max. 150

Operating ratio (from 50% load) 95%

Operating ratio in eco-mode (100% load) 98%

RS232 (D-Sub 9) and USB interface (con guration and shutdown) 1/1

Fault signal contacts ( oating) 5

Input (3L+N+PE) conductor cross-section 70/95 mm2

Output (3L+N+PE) conductor cross-section 70/95 mm2

Battery connection (3 x M10, joint batteries) conductor cross-section 150 mm2

Weight (approx., UPS rack with 6 UPS modules) 285 kg

Protection category of UPS system IP 20

Operating temperature range (UPS with batteries, recommended) 20 – 25°C

Accessibility only required to front (for servicing, maintenance) 900 mm

Distance from wall at rear (due to fan cooling) 200 mm

1

1

1

5061068 tes 1 hgih mm 001/ediw mm 006 ,5307 LAR ,raer dna tnorf ,stnenopmoc htnilp/esaB


5101068 tes 1 hgih mm 001/peed mm 0001 ,5307 LAR ,sedis ,stnenopmoc htnilp/esaB1) Batteries not included with the supply of the battery rack.



UPS Power Modular Concept

Rittal PMC 200 ensures optimum availability for critical applications by combining modularity (fl exible, unlimited scalability and redundancy, whereby up to 20 modules may be switched in parallel) with decentralised parallel architecture or DPA (redundant protection without a “single point of failure”). The UPS modules are transformerless, genuine online, double-conversion UPSs with static bypass and classifi cation code VFI-SS-111.

This modular concept keeps the purchasing and operating costs of redundant solutions exceptionally low. As your performance requirements grow, the UPS grows with you, thanks to its fl exible scalability – even in the most confi ned spaces, and with the system operational.

The benefi ts to you:

Pay as you grow approach, minimising CAPEX whilst retaining fl exibility for the future

Highest levels of availability thanks to short MTTR and long MTBF

Rightsizing of UPS provides better effi ciencies for redundancy

Safe swap technology enables modules to be removed or added without any downtime

High effi ciency even at low loads

No single point of failure in overall architecture

No de-rating of UPS with leading power factors up to 0.9




UPS PMC 2003-phase, output range scalable 8-800kW

A Safe Investment – Almost Unlimited ScalabilityUp to 20 PMC modules may be gradually switched in parallel e.g. in order to supply 800 kW without redundancy or 760 kW n+1 (with 40 kW modules) uninterrupted. May be upgraded with the system operational; no need to switch over to an unprotected network.

PMC200

PMC200 Module 10kVA / 8kW







Trays and Links for PMC60

Trays and Links for PMC120

Battery Rack (800x2000x1000) max.150 Batt. - common

Battery Rack (600x2000x1000) max.120 Batt. - common

Battery Rack (600x2000x1000) max.120 Batt. - separate

Battery Rack (800x2000x1000) max.150 Batt. - separate

Trays for Battery Rack 120 - 7857590 / 7857396

Links (Cables) for Battery Rack 120 - 7857590 / 7857396

Trays for Battery Rack 150 - 7857364 / 7857398

Links (Cables) for Battery Rack 150 - 7857364 / 7857398

Battery string 7Ah (10 Batteries)

Battery string 28Ah (10 Batteries)

Parallel cable kit for linking 2 PMC200 racks

Sub-distributor with 12 3-ph outlets - 16A

SNMP Card

RCCMD License (Win-NT, UNIX, Novell) - 25 users




Modular UPS system, three-phase, up to 240 kW per rack. Scalable thanks to parallel switching of several UPS systems (max. 20 modules) up to a total output of 800 kW (760 kW n+1 redundant).

Scalability of up to 12 modules, which allows a maximum output of up to 960 kW or 880 kW n+1, higher outputs available on request.

The transformerless double conversion architecture ensures a high level of effi ciency.

The decentralised parallel architecture (DPA) ensures that no single point of failure infl uences availability of the UPS.

The modular architecture allows energy-effi cient confi guration, precisely tailored to requirements.

The Safe Swap technology means that the UPS can be replaced (in inverter mode) or extended with the system operational. With a redundant confi guration of the UPS, the load continues to be supplied with current while a module is being replaced.

Every UPS module has a separate static bypass and a display, together with the control electronics and a processor.

3-phase, output range scalable 8 – 800 kW

Minimum fl oor space is required by a rack with three modules (2+1 redundancy) and batteries with autonomy integrated into a single rack.

The Rittal PMC 200 allows the integration of up to 5 modules (4+1 redundancy) in one rack. For this confi guration, an additional battery rack is

required. The autonomy may be fl exibly adapted to suit your requirements.

A safe investment – almost unlimited scalability

Up to 20 PMC modules may be gradually switched in parallel e.g. in order to supply 800 kW without redundancy or 760 kW n+1 (with 40 kW modules) uninterrupted. May be upgraded with the system operational; no need to switch over to an unprotected network.

20

20

20

UPS PMC 800




UPS Acessories

SNMP card, budget version

SNMP car

1

1

Parallel hot swap chassis for 2 UPS systems 1

Parallel hot swap chassis for for 3 UPS systems 1

Single licence

Licence bundle (5 servers)

Licence bundle (25 servers)

1

Mechanical Maintenance Bypass, 2 U for PMC 12Facilitates uninterrupted removal/maintenance of the UPS. Various designs are required depending on the UPS output category. Connection of the bypass for 1 – 3 kVA UPS models is via a connector (Plug & Play), while the 4.5 and 6 kVA UPS variant must be installed by a qualifi ed electrician. It is important to ensure the correct prefuse of the UPS bypass depending on the UPS output used.

UPS External Wrap Around By-Pass Switches

Sub-distribution482.6 mm (19˝) sub-distribution for PMC 12

Outlets 4 x C19 and 2 x 32 A CEE-conforming Single-phase, individually fused. Allows the direct connection of up to 6 pieces of equipment. A qualifi ed electrician must carry out the installation.

PMC 12 Plug & PlaySub-distribution for PMC 12, 4.5 and 6 kVA

This sub-distribution facilitates simple installation and commissioning of the PMC 12 UPS, 4.5 and 6 kVA. All that is needed is a single-phase 32 A connection to DIN/EN 60 309.

Sub-distributionSub-distribution for PMC 40

Allows the direct, fused connection of single- and 3-phase equipment. In this way, up to 4 PSM busbars may be connected directly to the PMC 40 UPS via the relevant connection cables.

1 – 3 kVA (incl. UPS fuse 16 A)

4.5 – 6 kVA (incl. UPS fuse 32 A)

1

1

1

External wrap around Bypass Switches to suit 10 to 200kVA 3-Phase in / 3-Phase out UPS c/w key interlock and 3kVA to 10kVA 1 Phase in / 1 Phase out c/w key interlock. Switches are base mounted in powder coated metal enclosures and are operated via handle mounted on cubicle door. Switch positions are labelled “NORMAL - BYPASS & TEST - BYPASS & ISOLATE”. Switches are fi tted with a key interlock c/w 1 n/o & 1 n/c auxiliary contacts.

Cabling from switch to feed through terminals are provided for both MV & LV system. This alleviates the need for contractors to cable directly to switch termination points. Neutral link & earth terminals are provided, as only active conductors are switched. Labelling of terminals is supplied to installing contractor. Custom switches for any application can be made, please call Rittal to discuss your requirements.




Power Distribution Rack (PDR) – Intelligent Power For Your Data Centre

PDR Modular

Based on the Rittal TS 8 enclosure platform, the PDR modular IT power distributor supplies up to four IT racks with 3 x 16 A (11 kW) for each Power Distribution Module (PDM) that is inserted. Additional PDMs are easily inserted by trained staff with the system operational.

Standardised connection cables permit fast incorporation of new racks into the power supply, without any expert knowledge and no need for any operational interruptions. Customised PDMs, which may be fi tted for example with integrated output and differential current measurement or a single-/3-phase 32 A output circuit, provide fl exibility. The compact design with an enclosure depth of just 500 mm allows easy integration of the system into the data centre.

PDR FlexThe Rittal IT current distributor PDR Flex is specifi cally designed for use in data centres with a high power density. The system is available as a free-standing or wall-mounted distributor, and in both versions is prepared to accommodate installed equipment. All devices in the ABB smissline range (conduction current and residual-current circuit breaker, surge voltage protector etc.) may be used. The ABB smissline locations are wired to the outlet terminals with individual 6 mm² wires to facilitate the use of 32 A circuit-breakers.

The straightforward handling means that long interruptions to operation during removal and conversion are now a thing of the past. A 200 mm wide cable chamber behind a vertically hinged trim panel, for example, facilitates easy cable entry from above or below. The system solution PDR Flex is consistently designed for future extendibility.

Upon request, it is also possible to integrate an output measurement or network analysis system.




Horizontal & Vertical Power Rails

Part No. Outlets Type 1 OrientationDimensions mm

L x RU X D

Plug

Type

Special

NotesMounting

LPQ06AEEBK 6 X 10 Amp GPO Horizontal 420 x 44.45 x 44.5 10 Amp GPO captive

10 Amp thermal overload 19”

LPQ12AEEBK 12 X 10 Amp GPO Horizontal 420 x 88.9 x 44.5 10 Amp GPO captive


LPQ12AEEBKV 12 X 10 Amp GPO Vertical 756 x 44.45 x 44.5 10 Amp GPO captive

10 Amp thermal overload

Sliding bracket system

LPQ21AEEBK 21 X 10 Amp GPO Vertical 1260 x 44.45 x 44.5 10 Amp GPO captive



LPQ06EFEBK 6 X 15 Amp GPO Horizontal 420 x 44.45 x 44.5 15 Amp GPO captive


LPQ12EFEBK 12 X 15 Amp GPO Horizontal 420 x 88.9 x 44.5 15 Amp GPO captive


LPQ12EFEBKV 12 X 15 Amp GPO Vertical 756 x 44.45 x 44.5 15 Amp GPO captive



LPQ21EFEBK 21 X 15 Amp GPO Vertical 1260 x 44.45 x 44.5 15 Amp GPO captive



Part No. Outlets Type 1 Outlets Type 2 OrientationDimensions mm

L x RU X D

Plug

Type

Special

NotesMounting

LPRHYBRID00312 X 10 Amp

C13 IEC4 X 16 Amp

C19 IEC Vertical 1260 x 44.45 x 60 15 Amp GPO captive LED indicator

Side or top bottom

from buttons


C13 IEC4 X 16 Amp


Side or top bottom

from buttons


C13 IEC4 X 16 Amp


Side or top bottom

from buttons

Hybrid IEC Power Rails

Features: 10 Amp / 15 Amp All fi xing hardware included Includes 3m lead 20 Amp versions available on request IEC plugs also available on request

Colour: RAL 9005 Black

Horizontal Features: Mounts to 19” mounting Rails

Vertical Features: Mounts to all frame elements




Cabinet PDUs ExplainedThese Rails provide AC and DC Cabinet Power Distribution Units as well as a full line of Fail Safe Transfer Switches. These devices manage everything from basic power distribution and load current monitoring to secure remote access, management and control of the power and network devices within a data centre equipment cabinet Features of these product include LED digital display indicator, IP based remote power management, ability to view power, temperature and humidity levels & receive SNMP-based alarms when conditions exceed defi ned thresholds

Product offers ranging fromCombine Power Distribution with the ability to monitor network equipment power draws. Each Metered Cabinet Power Distribution Unit’s (PDUs) LED digital display indicator provides an accurate, real-time reading of the aggregate power load in amps on each power circuit in the rack. (Metered) Control network access to remote sites and data centre equipment with IP-based remote power management (switched). Data centre managers need solutions such as Sentry Switch POPS (Outlet Power Sensing) units that monitor, track and manage servers and IT equipment and the equipment cabinet infrastructure that houses them. (pops) Use the network interface via Web browser, or receive SNMP-based alarms when conditions exceed defi ned thresholds. (Smart)

Smart CDUThe Smart Cabinet Distribution Unit (CDU) provides reliable power distribution combined with local and networked power monitoring and environmental montoring* via IP. Use the network interface to view power, temperature and humity levels via Web browser, or receive SNMP based alarms and email alerts when conditions exceed defi ned thresholds.

Switched® CDUThe Switched Cabinet Distribution Units (CDU) family combines network confi guration and management with power distribution, power and environmental monitoring. Reboot a single or dual power server with one command and receive SNMP or email based alerts when power or environmental conditions exceed thresholds. Assign users specifi c access rights to designated outlets or groups.

Sentry: POPS Switched® CDUCabinet Power Distribution Unit with Per Outlet Power Sensing Sentry POPS (Per Outlet Power Sensing) combines all the features and functions of a Switched CDU with the ability to provide power monitoring per an individual outlet/device includes current, voltage, power (kW) apparent power, crest factor and power factor. Using our grouping technology, power information is available per device, groups of devices (application), individual CDU or cabinet.

Sentry Power Manager - Manage multiple CDU’s across multiple locations

Do you have multiple Sentry™ CDU’s in one or more locations that you would like to access from one central point? Would you like one central location where all alarms can be viewed and logged for reporting, email or SNMP trap notifi cations?

No problem! Our Sentry Power Manager (SPM) product is capable of monitoring and managing mutiple Sentry devices in IP based enterprise networks. SPM provides a global view of all Sentry CDU’s with the ability to view devices based on their temperature, humidity, current and device status. Besides managing and monitoring all alarm conditions, this information can also be used to provide reporting and trending information for display within SPM or integrated with your existing Building Management System (BMS).

Monitored and Controlled Power Rails




Smart

Part No.

Web addressable monitoring, local current meter, Branch Circuit Protection on various models,

temperature/humidity support

CS-16VE-P32MSmart CDU, 0U, 16 x IEC C13 Outlets, LED amp meter, 230V 32A input w/ IEC 60309 32A connector & cord, 10 ft (3m) w/ 2 x Temp/Humid Capable, with retractable fuses

CS-24VE-P32MASmart CDU, 0U, 18 x IEC C13 Outlets, 6 x IEC C19 Outlets, 3 x LED amp meters, 230V input w/ IEC 60309 32A connector and cord 10ft (3m), 2 x Temp/Humid Capable, with retractable fuses

CL-16VE-P32MSmart CDU (Expansion Unit), 0U, 16 x IEC C13 Outlets, LED amp meter, 230V 32A input w/ IEC 60309 32A connector & cord, 10’ (3m), with retractable fuses

CL-24VE-P32MASmart CDU (Expansion Unit), 0U, 18 x IEC C13 Outlets, 6 x IEC C19 Outlets, 3 x LED amp meters, 230V input w/ IEC 60309 32A connector and cord 10ft (3m), with retractable fuses

Switched Part No.

Web addressable monitoring and control, individual outlet reboot, local current meter and Branch Circuit

Protection on various models, temperature/humidity support

CW-16VE-P32MSwitched CDU, 0U, 16 x IEC C13 Outlets, LED amp meter, 230V 32A input w/ IEC 60309 connector & cord, 10ft (3m), 2 x Temp/Humid Capable, with retractable fuses

CW-24VEK311A1Switched CDU, 0U, 18 x IEC C13 Outlets and 6 x IEC C19 Outlets, 3 x LED Amp Meters, 230V 32A Input w/ IEC 60309 Connector, Bottom/Front Cord Entry, 3m (10_x0019_) Cord, 2 x Temp/Humid Capable, with Retractable Fuses

CX-16VE-P32MSwitched CDU (Expansion Unit), 0U, 16 x IEC C13 Outlets, LED amp meter, 230V 32A input w/ IEC 60309 connector & cord, 10ft (3m), with retractable fuses

CX-24VEK311A1Switched CDU (Expansion Unit), 0U, 18 x IEC C13 Outlets and 6 x IEC C19 Outlets, 3 x LED Amp Meters, 230V 32A Input w/ IEC 60309 Connector, Bottom/Front Cord Entry, 3m (10’) Cord, with Retractable Fuses

Switched POPS Part No.

Switched POPS (Per Outlet Power Sensing) provide power monitoring at the outlet level, Web addressable

monitoring and control, individual outlet reboot, local current meter and Branch Circuit Protection on various

models, temperature/humidity support

CWG-24VEK311A1Switched POPS CDU, Per Outlet Power Sensing, 0U, 18 x IEC C13, 6 x IEC C19, 3 x LED Amp Meters, 230V 32A w/ IEC 60309 Connector and Cord, Bottom/Front Entry, 3m (10ft) Cord, 2 x Temp/Humid Capable, w/ Retractable Fuses

CXG-24VEK311A1Switched POPS CDU (Expansion Unit), Per Outlet Power Sensing, 0U, 18 x IEC C13, 6 x IEC C19, 3 x LED Amp Meters, 230V 32A w/ IEC 60309 Connector and Cord, Bottom/Front Entry, 3m (10ft) Cord, w/ Retractable Fuses

Sentry Power Manager (SPM)

Part No.Monitor and manage multiple CDUs in one or multiple locations

SPM-APP Sentry Power Manager - Hardware appliance. Required for SPM node license(s). Hardware includes 2-year warranty.

SPM-25 Sentry Power Manager - 25 node license, requires support contract



SPM1-25 Sentry Power Manager 25 Node - 1 year service contract, S/W updates



Environmental Monitors Part No.

EMTH-1-1 Combination Temperature & Humidity Probe, 10 ft (3 m)

EMWS-1-1 Water Sense Probe - 15 feet (4.5 m)

Monitored and Controlled Power Rails




Power System Module (PSM) – Power Distribution Directly In The IT Rack

Modern, powerful servers such as blade server systems have an increasingly high energy demand. This necessitates corresponding power distribution components directly in the IT rack. To this end, Rittal has developed the intelligent Power System Module (PSM) which intelligently meets current demands for power management and performance data logging at server level. Requirements such as operational reliability, redundancy and extendibility with the system operational have been consistently implemented.

As a bar system for IT racks, our PSM has complete contact hazard protection. The outputs are designed as plug-in modules available for the various pin patterns and application scenarios. The bar system with three-phase circuits has a redundant design.

This means that outputs of up to 22 kW (2 x 3 x 16 A) can be distributed across up to seven module slots via the PSM bar. There are also variants with 3 x 32 A or 1 x 32 A infeed. Special versions (PSM+) have four three-phase infeeds which doubles the output. Upon request, several PSM bars may be integrated into one IT rack, facilitating the physical separation of A and B supplies in the rack.

Other application options include – the deactivation of individual racks or components in the event of alarm messages – this may be utilised via the active Rittal PSMs with switching function and current measurement at server level.

The Rittal Power System Module A wide range of PSM bars with complete

contact hazard protection in a compact, patented design

Flexibly extendible with the system operational

MID-conforming for consumption calculations, and with a VDE-tested design

Repurchase guarantee for standard systems

Also with switching function for the outputs, current and output measurement or optical load display




Power System Module (PSM)

Model NumberFor enclosure

height mmPower Supply Maximum No. of modules

7856043 2000 1 x 32A 6

Model Number Plug-in module Number of sockets

7859095 EC 60 320 C13 8 x 13C

Model Number Plug-in module Number of slots

7859222 IEC 60 320 C13 8

7859232 IEC 60 320 C19 41

Plug-modules active PSM with individual current measurement (IP-compatible in conjunction with CMC-TC)

Module with 8/41) slots, individually switchable or logging of individual currents per outgoing slot (C13/C19) via the Rittal CMC-TC. These active, switchable modules each occupy 2 slots in the PSM bar, and therefore up to 3 x 2 IEC320 C13 outlet modules may be installed in a PSM busbar for 2000 mm (1200 mm) high racks. Combined population of different modules is also supported. A maximum of 16 modules may be administered via one IP address.

Material: Aluminium section with black plastic cover

Supply includes: PSM plug-in module, instructions, bus cable.

Note: Operating the module without CMC-TC (local current display in the rack) For operation of the socket strip, power pack DK 7201210 and a mains cable (country-specifi c) is required. Up to 4 modules may be operated with one power pack. However, confi guration of the individual limits is only possible via the CMC-TC. A PSM busbar is required to operate.

1) There are additionally 2 x IEC 60 320 C13 slots (IEC 320 connection) available.

PSM busbar With Fixed Infeed/RCDBusbar with Residual Current protective Device (RCD). The busbar is protected against inadmissibly high touch voltages by two RCDs with a rated differential current of 30 mA.

One RCD protects 3 slots on the bar. Additionally, there are two 16 A miniature circuit-breakers integrated into the bar. Infeed is via a 32 A CE connector.

Supply includes: Busbar with 3 m fi xed connection cable, instructions, assembly parts.

Also required: Plug-in module PSM,

PSM Plug-in Module With Integral RCDPSM module with integral RCD. The rated differential current of the RCD is 30 mA. The module occupies 2 module slots on the PSM bar.




Model Number Plug-in module Number of slots

7859225 IEC 60 320 C13 8

7859235 IEC 60 320 C19 41


PSM/PCU modules in conjunction with the CMC-TC

Common features: 2-digit local LED 7-segment current display. Individual current measurement per slot with limit confi guration via CMC-TC web interface. LED colour code for fast load assessment per module, and (new): per slot. SNMP switching option via the network. Up to 16 modules via a joint web interface under one IP address

(up to 4 modules of the same type per port). Measuring and monitoring of the current per module and outgoing slot. Limits (range limits, signalling via coloured LED) may be freely confi gured. The 8/41) individual slots of the module may be switched separately in conjunction

with the CMC-TC. May also be linked to other CMC-TC alarm messages. Alarm messages are additionally indicated byfl ashing LEDs. Up to 16 modules may be administered with one CMC-TC system via a shared IP address.

Also required: CMC-TC Processing Unit II, DK 7320100 wide-range power pack

(sec. 24 V DC), DK 7320425 1 U mounting unit, DK 7320440 Connection cable (Cat 5), DK 7320472 CMC-TC programming cable, DK 7320221 Connection cable (DE) 230 V AC, DK 7320210

1) There are additionally 2 x IEC 60 320 C13 slots (IEC 320 connection) available per module.

Rittal Power Control Unit with individual current measurement

(PCU, IP-compatible in conjunction with CMC-TC)

Module with 8/41 slots, individually switchable or logging of individual currents per outgoing slot (C13/C19) via the Rittal CMC-TC. This module may be mounted both within the 482.6 mm (19˝) level and on the enclosure frame (zero-U).

Material: Aluminium section with black plastic cover

Supply includes: PCU 482.6 mm (19˝) module, bus cable, instructions, assembly parts for 482.6 mm (19˝) installation, connector.

Note: Operating the PCU without CMC-TC (local current display in the rack) For operation of the socket strip, power pack DK 7201.210 and a mains cable (country-specifi c) are required. Up to 4 modules may be operated with one power pack. However, confi guration of the individual limits is only possible via the CMC-TC.

1) There are additionally 2 x IEC 60 320 C13 slots (IEC 320 connection) available per module.





PSM Busbar With Fixed Infeed, 3-phaseBusbar with fi xed connection cable for strain relief. The existing DIN screw fastening prevents the cable from being pulled out accidentally. Connection is made using a 3 m connection cable with open cable ends.

Supply includes: Busbar with fi xed connection cable, assembly instructions, assembly parts.

Also required: PSM plug-in modules, see IT Catalogue, page 100 – 102.

PSM Busbar For 47 U rack, 3-phasePSM busbar in special versions for 47 U racks. The 2100 mm high busbar offers 8 slots for PSM modules.

Technical specifi cations: 3-phase infeed construction with a maximum current of 3 x 16 A A redundant three-phase infeed with 3 x 16 A may also be added The redundant circuit is completely separate from the 3 phases of the support rail

Supply includes:Busbar, assembly instructions, assembly parts. Without cable.

Also required:Connection cable, PSM plug-in modules, see IT Catalogue, page 100 – 102.

PSM Busbar With Measurement Single-phase, 32 ABusbar with integral output measurement to display and monitor the entire connected current of the PSM bar. The display is local. The bar is remotely administerable and confi gurable in conjunction with the CMC-TC system.

The following active functions are provided: Local display Measurement and monitoring of the current and voltage. Adjustable limits. Measurement range 0 – 16 A/0 – 250 V Alarm notifi cations via a fl ashing display Remote administration of the bar supported (in conjunction with the CMC-TC)

Supply includes: Busbar with fi xed connection cable,with CE connector (32 A), instructions, assembly parts.

Note: In stand-alone mode without CMC-TC, a separate power pack DK 7201.210 with connection cables is required.

Also required:PSM plug-in modules, see IT Catalogue, page 100 – 102, CMC-TC system, see IT Catalogue, from page 153.


height mmPower Supply Maximum no. of modules

7856005 2000 3 x 16A 7

7856006 2000 2 x 3 x 16A 7



7856008 2200 2 x 3 x 16A 8



7856003 2000 1 x 32A 6




Battery Monitoring

If you’re operating mission critical systems and relying on the protection of a UPS and battery bank, then it makes sense to have battery monitoring. It’s about peace of mind – knowing that the batteries are healthy and being constantly monitored. Knowing that everything has been done, that can be done, to protect your enterprise from the consequences of a power failure.

Rittal Battery Monitoring Features 24/7 alarm notifi cation.

Automatic capture and recording of data during fl oat, charge, discharge & idle.

Compatible with fl oat & intermittent charging

Rapid voltage sampling - all batteries simultaneously every 4 seconds.

Built in intelligence - battery state recognition & self calibration for reliable impedance

User defi ned alarm limits

On-board memory

Sealed, vented, Ni-Cd batteries

Flexible to suit battery model & application

Designed to allow IEEE/IEC best practice

Data Presentation Is The Key For Effi cient ManagementA single Rittal system can monitor up to 1,280 batteries. Connecting multiple systems via Rittal Link battery management software gives visibility to an unlimited number of batteries from a single desk. Rittal offers:

WAN/LAN integration for remote monitoring via Link software

RS 232 connection for local battery service & diagnosis

SNMP or Modbus interface to Building Management Systems

Dry contacts for alarm output

Ensure that you can see and understand what is happening in your battery room.

Link Battery Management Software Proactive management tool

Permanent connection to multiple sites

Real time battery status

Alarm & activity log with on-screen pop-ups and email alerts

Live discharge display

Automated data management with RDBMS storage

Battery history database for life trending

Point & click report generation






1 Rittal aisle containment

2 CRAC systems

3 LCP Plus/Smart

4 IT chillers

5 Free cooling

6 Pipework

7 Raised fl oor for cold air supply

High-End Solutions For The Lowest Energy Costs

On average, 50% of the energy costs in data centres are attributable to the infrastructure. For this reason, Rittal focuses particular attention on energy-effi cient cooling components and cross-system control concepts.

10% power distribution and backup

3% lighting etc.50% servers

37% cooling

6

5

5

4

4



CLIMATE CONTROL

1

2

2

6

6

3

3

7



1

2

3



Rittal Liquid Cooling Package LCP

CLIMATE CONTROL

Climate control of your data centre is becoming ever more important in terms of availability and energy costs. The Rittal Liquid Cooling concepts ensure precise, problem free heat loss dissipation of up to 60 kW per rack.

1 Rack climate control CW via chiller

2 Rack climate control CW via external condenser

3 Bayed climate control CW via chiller

4 Bayed climate control CW via external condenser

CW = Chilled Water

DX = Direct Expansion

4



CLIMATE CONTROL

The LCP for rack climate control is designed for siting within a bayed enclosure suite. The cold air is expelled sideways on the front of the servers, and warm air is drawn back in at the rear. The LCP for rack climate control is ideal for maximum cooling performance and maximum fail-safeness, thanks to redundancy of all key components.

A large-scale high-capacity air/water heat exchanger, designed as the rear door of the server enclosure, ensures that heated waste air from the servers is cooled down to server intake air level. This is achieved extremely energy-efficiently, because no electrical power is required for fans. High inlet temperatures above the dew point improve energy efficiency still further.

Technology CW = Chilled WaterDX = Direct ExpansionT3+ = for Tier 3 and 4

CW CWT3 DX CW

Output kW 10, 20, 30, 40, 50, 60 25 10 20

Cooling medium Water Water Coolant Water

Auto-load balancing – – –

Auto-recovery – – –

Best Performance In All Categories

CLIMATE CONTROL

Rack Climate Control



The LCP for bayed climate control is designed for siting within a bayed enclosure suite. The hot air is drawn in from the room or hot aisle at the rear of the device and expelled at the front into the cold aisle after cooling. The LCP for inline bayed climate control achieves maximum performance and efficiency in conjunction with Rittal cold aisle containment.

Technology CW = Chilled WaterDX = Direct ExpansionT3+ = for Tier 3 and 4

CW DX

Output kW 10, 20, 30, 40, 50, 60 10

Cooling medium Water Coolant

Auto-load balancing – –

Auto-recovery – –

CLIMATE CONTROL

Row Based Cooling

The Benefi ts To You: Maximum energy effi ciency by

positioning the EC fan technology in the cold air zone with a considerably extended service life

Minimal pressure loss at the air end, which in turn minimises the power consumption of the fans

Optimum adaptability thanks to dynamic, continuous control of the cold water volume fl ow.

By using high water inlet temperatures, the proportion of indirect free cooling is increased, which in turn reduces operating costs.



Design CW CW CW DX

Cooling medium Water (for specifications see Internet) Refrigerant R410A

Model No. SK 3311130 3311230 3311260 3311110

Rated operating voltage V, Hz 230, 1~, 50/60 400, 3~, 50/60

230, 1~, 50/60 400, 3~, 50/60

230, 1~, 50/60 400, 3~, 50/60

230, 1~, 50/60 400, 3~, 50/60

Dimensions mm W x H x D 300 x 2000 x 1000 300 x 2000 x 1200 300 x 2000 x 1200 300 x 2000 x 1000

Usable U 42 42 42 42

Useful cooling output Up to 30 kW Up to 30 kW Up to 60 kW Up to 10 kW

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Temperature controlLinear fan control

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Fans may be exchanged with the system operational

EC fan

Accessories Packs of

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Liquid Cooling Packages

CLIMATE CONTROL

Benefi ts: Maximum energy effi ciency thanks to EC fan technology

and IT-based control Minimal pressure loss at the air end, which in turn

minimises the power consumption of the fans Optimum adaptability thanks to dynamic, continuous

control of the cold water volume fl ow By using high water inlet temperatures, the proportion of indirect

free cooling is increased, which in turn reduces operating costs Thanks to six modular, box-type plug-in fan units, the

cooling output can be adapted to actual requirements The box-type plug-in fan units are confi gurable as n+1

redundancy Standard 3-phase connection for electrical redundancy With redundant temperature sensor integrated at the air

end as standard The separation of cooling and rack prevents water from

penetrating the server enclosure. Up to 60 kW cooling output on a footprint of just 0.36 m² The low weight means a minimal load area Touchscreen display may be retrofi tted

Monitoring:Monitoring of all system-relevant parameters such as:

Server air intake temperature Server waste air temperature Water inlet/return temperature Water fl ow Cooling output Fan speed Leakage Optional sensors Direct connection of the unit via SNMP/Ethernet Integration into RiZone

Application and mode of operation:The LCP draws in the air at the sides at the rear of the server enclosures, cools it using highperformance compact impellers and blows the cooled air back into the front part of the server enclosure at the sides.

Colour: RAL 7035 (Grey)

Protection category: IP 40 to EN 60 529

TopTherm LCP Rack CW And DX



Power LCP T3+ Cooling

Redundant power supply

A A

B B

Redundant cooling medium supply

Cooling medium Water (for specifications see Internet)

Model No. SK 3311400


Dimensions mm W x H x D 300 x 2000 x 1200

Usable U 42

Useful cooling output, redundant Up to 25 kW

Duty cycle 100%

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Two-way control valve


EC fan

Auto-load balancing

Auto-recovery

Accessories Packs of

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CLIMATE CONTROL

Benefi ts: Error-tolerant, effi cient cooling of server racks with high

thermal loads Fully redundant – Two active cooling circuits and two

switchable power circuits ensure optimum fail-safeness The built-in controllers are capable of adapting all device

parameters automatically to preserve the required climate conditions

A separate decentralised intelligence which automatically recognises emergency situations and responds appropriately with the “autoload balancing” and “auto-recovery” functions

Interfaces which facilitate user-friendly operation and monitoring via the network or BSM systems

Optional: Fully integrated fi re detection and extinguisher system Automatic server enclosure door opening Various sensors

Application and mode of operation:The LCP draws in the air at the sides at the rear of the server enclosures, cools it using high performance compact impellers,and blows the cooled air back into the front part of the server enclosures at the sides.

Colour:RAL 7035 (Grey)

Protection category:IP 40 to EN 60 529

TopTherm LCP T3 + CW



Design CW CW DX

Water (for speci cations see Internet) Refrigerant R410A


230, 1~, 50/60 400, 3~, 50/60

230, 1~, 50/60 400, 3~, 50/60

Dimensions mm W x H x D 300 x 2000 x 1200 300 x 2000 x 1200 300 x 2000 x 1200

Usable U 42 42 42

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EC fan

Packs of

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Liquid Cooling Packages

CLIMATE CONTROL

Benefi ts: Maximum energy effi ciency thanks to EC fan technology

and IT-based control Minimal pressure loss at the air end, which in turn

minimises the power consumption of the fans Optimum adaptability thanks to dynamic, continuous

control of the cold water volume fl ow By using high water inlet temperatures, the proportion of

indirect free cooling is increased, which in turn reduces operating costs.

Thanks to six modular, box-type plug-in fan units, the cooling output can be adapted to actual requirements

The box-type plug-in fan units are confi gurable as n+1 redundancy

Standard 3-phase connection for electrical redundancy With redundant temperature sensor integrated at the air

end as standard The separation of cooling and rack prevents water from

penetrating the server enclosure Up to 60 kW cooling output on a footprint of just 0.36 m² The low weight means a minimal load area Touchscreen display may be retrofi tted

Monitoring:Monitoring of all system-relevant parameters such as:

Server air intake temperature Server waste air temperature Water inlet/return temperature Water fl ow Cooling output Fan speed Leakage Optional sensors Direct connection of the unit via SNMP/Ethernet Integration into RiZone

Application and mode of operation:The LCP is designed for siting within a bayed enclosure suite. The hot air is drawn in from the room or hot aisle at the rear of the device and expelled at the front into the cold aisle after cooling.The LCP achieves maximum performance and effi ciency in conjunction with Rittal cold aisle containment. With this product, a raised fl oor is not necessary.



TopTherm LCP Inline CW And DX



Model No. SK 3311600

Dimensions mm W x H x D 600 x 2000 x 170

Usable U 42

Useful cooling output Up to 20 kW

CLIMATE CONTROL

Benefi ts: High cooling output of 20 kW in a minimal space Easily exchanged for the standard rear door of the server

enclosure Easy retrofi tting A door opening angle of 120° allows rear access to the

server enclosure and makes assembly and confi guration inside the enclosure easier

The LCP does not require its own fan, and therefore does not need an integrated control

Maximum energy effi ciency, as there is no electrical power consumption whatsoever

TopTherm LCP Passive CW

Application and mode of operation:Air/water heat exchanger mechanically integrated into a rear door for server enclosures. The 482.6 mm (19˝) equipment built into the server enclosure must have suitable airfl ow capabilities in order to route the heated waste air through the heat exchanger rear door. The waste air is cooled down to room temperature. The heat energy absorbed by the water is transported to the external cold water supply, where it is cooled back down to the required inlet temperature.


Approvals: Available on the Internet.



Aisle Containment – Cold Air PreciselyWhere It Is Needed

In server rooms that have not been designed as data centres, the permanent mixing of cooled and heated air often leads to cooling defi cits. Hot spots make the IT equipment’s work more diffi cult.

In order to effi ciently ensure the necessary cooling here, Rittal has developed three cooling variants for aisle containment. Two solutions use containment of the cold aisle. The LCP Inline guides the cooled air directly to the cold aisle at the front, and the CRAC system to the raised fl oor, so that the cooled air is fed to the cold aisle via perforated raised fl oor plates. The third solution operates according to the principle of enclosing the hot aisle. The LCP Inline extracts the hot air directly at the point where it is created. The cooling performance of the cooling units is utilised to optimum effect, and the overall effi ciency of the system increases signifi cantly.

Rittal Aisle Containment Intake air (cold) and waste air (hot) are unable to mix.

It is possible to operate at a higher temperature level throughout the entire system.

The CRAC units operate at maximum effi ciency, thanks to the greater temperature difference between the cold and hot air.

Modular, scalable and upgradable.

Simple arrangement.

An inexpensive solution for the optimum cooling of existing data centres.

Rittal Aisle Containment (Cold Aisle)With raised fl oor Use of inexpensive standard CRAC cooling units sited

outside of the server area Even with low room heights, the raised fl oor height is

maximised for cooling air supply without fl ow losses Undisturbed and uniform air fl ow distribution of cooling

air in the cold aisle guarantees high effi ciency Favourable working conditions in the cold aisle due to

low temperature, fl ow and noise load conditions Hardware racks not connected to the enclosure do not

impair the cooling effi ciency of the cold aisle

Rittal Aisle Containment (Cold Aisle) Without raised fl oor Direct connection of the liquid cooling packages to an

external cold water supply Simple laying of pipework in the rack base/plinth Homogeneous distribution of cooling air in the cold aisle

guarantees a high level of effi ciency Favourable working conditions in the cold aisle due to

low temperature, fl ow and noise load conditions Hardware racks not connected to the containment

system do not impair cooling effi ciency via the cold aisle Room heights play only a minimal role

Rittal Aisle Containment (Hot Aisle)Without raised fl oor Simple assembly using the existing components of

Rittal aisle containment Direct connection of the Liquid Cooling Packages (LCP

Inline) to an external cold water supply Simple laying of pipework in the rack base/plinth Suitable for use with high heat losses Room-neutral dissipation of the heat loss



CLIMATE CONTROL

Model No. Width Height DepthUseful Cooling

Output 1 kW

Operating Voltage

V/HzCooling Medium

Volumetric Airflow at an

External Pressure Loss

of 20Pa m3/h

3301620 1100 1950 650 23 400/500 water 2 6000

3301660 1100 1950 850 39 400/500 water 2 11000

3301830 1800 1950 850 78 400/500 water 2 22000

3301870 2600 1950 850 118 400/500 water 2 33000

3300510 1100 1950 850 18 400/500 Refrigerant R407c 2 6000

3300560 1100 1950 850 30 400/500 Refrigerant R407c 2 8500

3300710 1400 1950 850 43 400/500 Refrigerant R407c 2 12500

3300760 1800 1950 850 54 400/500 Refrigerant R407c 2 16000

Fresh power for data centres and server rooms. Modern IT climate control technology ensures optimum thermal conditions in rooms exposed to high loads, such as data centres and server rooms. The main aim here is to ensure constant temperatures and precise humidity levels.

Continuous-operation designs and redundant systems ensure that all key functions are maintained.

Rittal CRAC systems dissipate waste heat from the IT equipment on demand, ensuring that the overall system operates in the most energy-saving way possible.

The fan is positioned inside the raised fl oor. This provides for optimal air distribution in the raised fl oor and also reduces energy consumption by minimising pressure defl ection losses.

The integration of a heat exchanger with a larger surface area also enables potential savings in chilled water generation by utilising higher water inlet temperatures.

1) Output fi gures less heat from the fans. CW: 26°C/45% air inlet and 10°C/15°C water temperatures DX: 26°C/45% air inlet and 50°C condensation temperature2) Other media available on request. Other options available on request. We reserve the right to make technical modifi cations.

CRAC Systems

Benefi ts: The unit is available in a broad

output range, and for a variety of cooling media.

The unit supports optimum integration of both hardware and software.

Optimum energy and space effi ciency thanks to intelligent design features, such as the slanted heat exchanger and base integrated fan.

Frame based on the popular TS 8 system.

Functional principle:The CRAC system draws warm waste air from the top of your data centre, cools it with either water or refrigerant in a closed heat exchanger, and blows the cooled, fi ltered supply air into the unit’s fl oor with overpressure.

Equipment:User-friendly, high-quality control with an extensive range of functions and connectivity. Space-saving, readily accessible, high-effi ciency fan. Flow and energy-optimised special heat

exchanger with a generous safety factor.

The standard scope of the system includes the enclosure and the supporting structure for integration into a raised fl oor, as well as an autonomous controller with graphic display and the integrated fi lters.

Pre-defi ned component lists permit the project-specifi c integration of additional options such as a humidifi er, an electric heater, diverse interfaces (BACnet, RS485) etc.



CLIMATE CONTROL

IT Chillers – Exceptionally Effi cient IT Cooling

The Rittal IT chiller in conjunction with indirect free cooling supplies media for exceptionally energy and cost-effi cient IT cooling. The system is specially designed for supplying critical IT applications cooled via LCP, air/water heat exchangers or CRAC systems.

In this atmospherically sealed system, security options such as redundant, speed-regulated pumps, compressors, emergency cooling or buffer stores ensure optimum operational reliability and fail-safeness.

Alongside optional heat recovery from the system, the connection to the Rittal free cooling recooling systems ensures exceptionally energy-effi cient operation. Free cooling uses cold ambient air for cooling, reduces operating costs by up to 80%, extends the service life of components, and increases operational reliability. If the free cooling performance is insuffi cient, the IT chiller will cut in.

IT Chiller Redundant pumps, speed-regulated

Redundant scroll compactor

Intelligent control concept

Interfaces: SNMP, BACnet

Integral or separate free coolers (optional)

Integral automatic bypass valve

Flow monitor

Minimisation of operating costs thanks to high water inlet temperatures for LCP and CRAC operation

High COP (coeffi cient of performance)

Integration into RiZone

15-480 kW units



CLIMATE CONTROL

Alternative Cooling – New Forms Of IT Cooling

Rittal is consistently seeking new technological approaches to make data centre operation even more effi cient and eco-friendly. We are intensively involved in the new forms of IT cooling, and we monitor trends, and evaluate new technologies. Anything which is eco-friendly and helps to cut energy costs is incorporated into our product development.

Direct Free Cooling (DFC)Rittal climate control systems with DFC cool directly with cold external air at low external temperatures. An air valve system regulates the various airfl ows and adds waste air from the data centre to achieve the required inlet temperature.

Kyoto Cooling (KC)KC refers to the indirect cooling of a data centre with external air. At its heart is a rotary heat exchanger which connects the external and internal air zones energetically but physically separates the airfl ows.

Goethermal EnergyWith geothermal energy, the cooling medium heated in the data centre is conducted into the earth via probes and cooled so that it can be reused directly for cooling purposes.

Absorption CoolingWith this technology, the waste heat e.g. from solar thermal energy plants or combined heat and power (CHP) units is used to generate cooling.

Effi cient Control ConceptsT control, P controlThe Rittal control concept ensures the cost-effective operation of the EC fans used in the cooling units.

By variably adapting the volume of air required depending on the servers, the fans operate at maximum effectiveness and effi ciency.

Kyoto cooling Direct free cooling



CLIMATE CONTROL

CMC III Monitoring System -A Solution For Every Task

MONITORING



MONITORING

IT security is now inextricably linked with the Computer Multi Control (CMC) monitoring system – it has become fi rmly established as a permanent feature of physical IT security, allowing modern IT infrastructures to be operated securely, while at the same time ensuring optimum performance.

The CMC III monitoring system sets new standards with regard to simple assembly and confi guration, reduced system complexity, and cost-effectiveness.

In order to be able to cover the wide range of potential applications in IT and industry, the CMC III monitoring system is available in two variants:

CMC III Processing Unit CompactThe compact monitoring solution for applications in industry and building monitoring or for smaller IT projects with up to four additional CAN-Bus monitoring components.

CMC III Processing UnitThe powerful, modularly extendible monitoring solution for demanding IT and industrial environments with the option of connecting up to 32 additional monitoring components.

The benefi ts to you with both variants:

Minimal cabling work thanks to bus technology

Temperature and access sensor, digital inputs and relay output already integrated into the base unit

Sensors may be connected directly

Power supply either redundant via two PSUs, directly via 24 V DC with industrial applications, or with Power over Ethernet (PoE)

Integral OPC server allows direct communication with the control room (BMS or SCADA system)

Fail-safeness, thanks to CAN-Bus technology. Even if the processing unit should fail, the sensors can still communicate with one another autonomously.



CMC III Monitoring System

MONITORING

1 CMC III Processing Unit

2 Power supply

3 Redundant power supply

4 CMC III 1/0 Unit

5 CMC III Power Unit

6 CMC III CAN-Bus Unit

7 Up to 16 CAN-Bus systems may be connected

8 CMC III sensors for direct connection

9 CMC III CAN-Bus sensor for connection of CMC II sensors

10 CMC III CAN-Bus Access

11 Up to 16 CAN-Bus systems may be connected

12 CMC II Processing Unit Compact

13 Power supply

14 Redundant power supply

15 CMC III sensors for direct connection

16 CMC III CAN-Bus sensor for connection of CMC II sensors

17 CMC III CAN-Bus Access

18 Up to four CAN-Bus systems may be connected

1 CMC III Processing Unit2

7

8

9

4

3

10

11



MONITORING

5

6

12 CMC II Processing Unit Compact13

14

15

15

16

17

18



CMC III Processing Unit Compact CMC III Processing Unit

W x H x D mm 138 x 40 (1 U) x 120 + 12 (front assembly) 138 x 40 (1 U) x 120 + 12 (front assembly)

Temperature range 0°C to +55°C 0°C to +55°C

Operating humidity range 5% to 95% relative humidity, non-condensing

5% to 95% relative humidity, non-condensing

Sensors/CAN-Bus connection units max. 4 max. 32

Max. overall cable length for CAN-Bus 1 x 50 m 2 x 50 m

Model No. DK 7030010 7030000

Interfaces

Network interface (RJ 45) Ethernet to IEEE 802.3 via 10/100BaseT with PoE Ethernet to IEEE 802.3 via 10/100BaseT with PoE

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–ecafretni BSU raeR for USB stick for data recording and SW updates up to 32 G

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Rear serial RS232 (RJ 12) 1 x for connecting Display Unit DK 7320491 or GSM Unit DK 7320.820 or ISDN Unit DK 7320830

1 x for connecting Display Unit DK 7320491 or GSM Unit DK 7320.820 or ISDN Unit DK 7320830

Inputs and outputs

2 2)lanimret( stupni latigiD

Relay output (terminal) Change-over contact max. 24 V DC,1 A Change-over contact max. 24 V DC,1 A

CAN-Bus (RJ 45) 1 x for max. 4 sensors (quantity restriction, see page 47)

2 x for max. 16 sensors each = 32 sensors in total (quantity restriction, see page 47)

Operation/signals

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1 1 rotareneg langis ozeiP

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sutats krowten eht rof x1sutats krowten eht rof x1DEL raeR

Protocols EthernetTCP/IPv4, TCP/IPv6, SNMPv1, SNMPv3, Telnet, SSH,

FTP, SFTP, HTTP, HTTPS, NTP, DHCP, DNS server, SMTP, XML, Syslog, LDAP

TCP/IPv4, TCP/IPv6, SNMPv1, SNMPv3, Telnet, SSH, FTP, SFTP, HTTP, HTTPS, NTP, DHCP, DNS server,

SMTP, XML, Syslog, LDAP

Redundant power supply

Input 24 V DC (jack) 1 x for connecting CMC III power pack 1 x for connecting CMC III power pack

Input 24 V DC (terminals) 1 x for direct connection or for connecting CMC III power pack

1 x for direct connection or for connecting CMC III power pack

x 1x 1tenrehtE revo rewoP

Functions

Time function Real-time clock, energy-buffered (24 h) without battery/accumulator, with NTP

Real-time clock, energy-buffered (24 h) without battery/accumulator, with NTP

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Integral sensors

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CMC III Processing Unit/Compact

MONITORING

Benefi ts:

CMC III Processing Unit Compact: Industrial and enclosure monitoring Building monitoring Small monitoring applications in IT

CMC III Processing Unit: Larger monitoring applications in IT and industry

Material: Plastic

Surface fi nish: Front: Smooth Enclosure: Textured

Colour: Front: RAL 9005 (Black) Enclosure: RAL 7035 (Grey)


Supply includes: Basic system Quick-start instructions 4 mounting feet



CMC Power SupplyInput voltage 100 - 240 V 50/60 Hz,

output vaoltage 24 V DC, 2 A

1 Connection cable/extension required D/F/B: 230 V, Model No. DK 7200214, USA/CDN: 230/115 V, Model No. DK 7200214

C13/C14: 230/115 V, Model No. DK 7200215

CMC III programming cable USB

CMC III CAN-Bus connection cable RJ 45 0.5 1

1

1

1

1

CMC III CAN-Bus connection cable RJ 45 1

CMC III CAN-Bus connection cable RJ 45 1.5



CMC III CAN-Bus connection cable RJ 45 10 1

CMC III mounting unit, 1U 1

CMC III mounting unit for enclosure frame 1

CMC III Accessories

MONITORING

Power PackThe CMC III power pack may be integrated into the CMC III assembly unit.

Programming CableThe programming cable is required for commissioning of the Processing Unit (PU) or PU Compact.

CAN-Bus Connection CableThis can be used to connect the PU with the CAN-Bus sensors III, Units III, control units III as a bus. Also for cabling together.

CMC III Mounting Unit, 1 UTo accommodate PU, PU Compact, control units, CMC III CAN-Bus unit and CMC III power pack. The mounting unit can accommodate up to 3 units and is secured in the 482.6 mm (19˝) frame.

CMC III Mounting Unit For Enclosure FrameCan accommodate one unit and is mounted on the enclosure frame.



CMC III Processing Unit/Compact - System Overview

MONITORING

Up to 4 CAN-Buscomponents are supported. 1

Mini USB:The programming cable DK 7030080is required for programming.

CMC III sensors:for direct connection

CMC III CAN-Bus sensor

CMC III CAN-Bus access

CMC III Processing UnitCompact

CMC II sensors

Integral sensors:- Temperature sensor- Infrared access sensor

Voltage supply 24 V DC andredudant voltage supply 24 V DCPower packs/connection cables, see page 57

Alarm relay outputChangeover contactfor safety extra-low voltage

Ethernet 10/100 BaseT RJ 45 with PoE:Ethernet interface to IEEE 802.3Via 10/100 BaseT full-duplex 10/100 Mbit/s

Accessory modules RJ 12/RS232:Display Unit DK 7320491ISDN Unit DK 7320830GSM Unit DK 7320820

Interfaces unit forconnecting CMC IIaccessories

Connection forother products:see page 60

Contains 2 channels ofthe PU II Units systems:External 24 V DC supplysupported.

Two integral digital inputs

CMC III CAN-Bus Unit

1 Depending on thepower supply/connectioncombinations,see page 60

Model No. DK 7030030CMC III CAN-Bus Unit



CMC III Processing Unit - System Overview

MONITORING

Mini USB:The programming cable DK 7030080is required for programming.

CMC III sensors:for direct connection

CMC III CAN-Bus sensor

CMC III CAN-Bus access

CMC III Processing UnitCompact

CMC II sensors

Integral sensors:- Temperature sensor- Infrared access sensor

Voltage supply 24 V DC andredudant voltage supply 24 V DCPower packs/connection cables, see page 57

Alarm relay outputChangeover contactfor safety extra-low voltage

Ethernet 10/100 BaseT RJ 45 with PoE:Ethernet interface to IEEE 802.3Via 10/100 BaseT full-duplex 10/100 Mbit/s

Accessory modules RJ 12/RS232:Display Unit DK 7320490ISDN Unit DK 7320830GSM Unit DK 7320820

Two integral digital inputs

Control Units

CMC III 1/0 Unit

Contains8 digital inputsand 4 relay outputs

FunctionsSwitching andmeasurement of voltage,power, output and work.With two outputs.Also for the activation ofAC fans.

Interfaces unit forconnecting CMC IIaccessoriesConnection forother products,see page 60

CMC III Power Unit

CMC III CAN-Bus Unit

USB Master for data logging and update

Up to 16 CAN-Bussystems are supported. 1

Up to 16 CAN-Bussystems are supported. 1

1 Depending on thepower supply/connectioncombinations,see page 60

Model No. DK 7030040CMC III I/O Unit

Model No. DK 7030050CMC III Power Unit

Model No. DK 7030030CMC III CAN-Bus Unit



CMC III Sensors/Accessories

MONITORING

Model No. DK

PU Compact PU

Maximum quantity

CMC III I/O Unit, 8 di 0400307stuptuo yaler 4 + stupni latig 3 – 16

CMC III Power Unit, 1 input (C14) + 2 outputs (C13) 230 V, 50/60 Hz 7030050 3 – 16

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234 1110307rosnes ytidimuh/erutarepmeT

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Universal sensor (digital input or 4-20 mA or SoBus power meter or Wiegand interface) 7030190 4 32

CMC III CAN-Bus Unit for sensor 7030100 4 32

For connecting the following products:

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0650237 rotceted ekoms x 1

0750237rotceted noitom x 1

0260237CD V84 rotinom egatlov x 1 0360237rosnes egakael x 1

1360237m51 htgnel rosnes htiw ,rosnes egakael x 1

1/3 x fire detector and extinguisher system DET-AC Plus with 3 messages 7338120

0228337 segassem 3 htiw sulP CA-TED metsys rotceted erif ylrae x 3/1

0970237 slennahc erusolcne 2 htiw metsyS lortnoC rooD x 2/1

CMC III CAN-Bus Unit Access (with integral infrared access sensor and interface for one reader III) 7030200 2 161

For connecting the following products:

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1 x Comfort handle TS 8 (el. magn. TS 8 handle with master key function, with and without CCP) 7320721

0370237kcol lasrevinu x 1

0590237eldnah lasrevinu x 1

6120220307kcol dedoc III CMC x 1 1

612 0320307redaer rednopsnart III CMC x 1 1

CMC III CAN-Bus Unit for 2 unit channels 7030030 3 1 42

For connecting the following products (note: separate supply via power pack possible):

2 x Fan Control System FCS (DK 7320.812 fan 24 V DC for FCS) 7320810

2 x fan mounting plate DC (universal fan roof W x D 800 x 800 mm with FCS) 7858488

0050987CRD rellortnoC DIFR x 2

1000027yaw-8 )UCP( tinU lortnoC rewoP lattiR x 4 x 2

2 x 4 x Rittal Power Control Unit (PCU) C13/earthing pin LED 6-way 7859215

5229587yaw-8 DEL 31C )UCP( tinU lortnoC rewoP lattiR x 4 x 2

5329587yaw-6 DEL 91/31C )UCP( tinU lortnoC rewoP lattiR x 4 x 2

1026587yaw-8 31C MSP evitca eludom tekcos MSP x 4 x 2

2 x 4 x PSM socket module active PSM C13/earthing pin 6-way 7856203

4026587yaw-6 91/31C MSP evitca eludom tekcos MSP x 4 x 2

2 x 4 x PSM socket module active PSM C13/earthing pin LED 6-way 7859212

2229587yaw-8 DEL 31C MSP evitca eludom tekcos MSP x 4 x 2

2329587yaw-6 DEL 91/31C MSP evitca eludom tekcos MSP x 4 x 2

6106587A 61 tnemerusaem htiw rabsub MSP x 2

3006587A 23 tnemerusaem htiw rabsub MSP x 2

9106587 A 61 eludom tnemerusaem MSP x 21) Max. 5 hours and 2) max. 1 hour for power supply with PoE or 48 V power pack. 3) Optional attachment see page 47.



Dynamic Rack Control – All IT Components In View At All Times

Dynamic Rack Control brings genuine intelligence to the IT rack; after all, the control system “thinks” for itself. With its automatic inventory monitoring functionality, it is able to document the individual location assignments in the rack and thus the exact position of any given component in real-time. If hardware components change, this is auto matically detected and reported.

The objective of Dynamic Rack Control is to protect the IT infrastructure against losses of hardware and data. This is possible thanks to virtual allocation of the hardware built into the rack to infrastructure components such as climate control and power supply to the rack via external management systems. For example, if climate control problems arise in a given rack or suite of racks, it is possible to identify the affected server hardware at any time.

The ingeniously simple installation and straightforward handling of Dynamic Rack Control are the keys to effi cient cost reductions. Various data records are available on all RFID tags for inventorisation information and device-specifi c data records. To this end, every 482.6 mm (19˝ ) component is equipped with a self-adhesive RFID tag.

If a device is removed from a rack, the Dynamic Rack Control reports an alarm. When installing the device in a different rack (or U), the information about the original installation location is immediately available. This effectively prevents incorrect population of the rack, for example following maintenance work on a server.

MONITORING



Mounting Position Of Components In The IT RackCorrect hardware positions are confi rmed by LEDs on each U. Installation positions may also be visually marked for the service personnel. By combining with infrastructure information, each rack may be optimally confi gured with 482.6 mm (19˝ ) hardware. The overview of the IT infra structure is up-to-date at all times.

RFID ReaderThe integral RFID reader in the rack continuously supplies all important information. The hardware information (e.g. hardware manufacturer, type of component, date of installation, energy consumption, service appointments), which is stored on the RFID tags, is also permanently available. This constantly updated information makes the day-to-day operation of your data centre much easier.

Automated DocumentationIT infrastructures today are exposed to a powerful momentum but must always be up-to-date. This can only be achieved with automated solutions. To this end, Rittal offers innovated, automated documentation.

Your Rittal Benefi ts Automatic detection of the components in a rack

Independent server rack assignments

Real-time signalling of status changes

Precise position determination for each U in the rack

Integration into existing monitoring systems

Management of the electrical load and power losses of each component in the rack

Up-to-date information on cooling capacity and power supply reserves

Optional integration into the data centre management software RiZone

Interfaces: SNMP, XML

MONITORING

Dynamic Rack Control – All IT Components In View At All Times





KW MON TUE WED THU FRI SAT SUN

Sub-optimum cooling output Optimum cooling output Heat load (IT load)

RiZone – Perfect Data Centre Management

Effi ciency ExampleTo correspond to the power consumption of your data centre, the cooling output must be designed for maximum performance in unfavourable ambient temperatures. As this diagram of weekly operation shows, unless properly managed, a typical cooling system is oversized most of the time. Here, RiZone saves energy by intelligently adapting the cooling output to the power consumption, airfl ow and ambient temperature.

The Main Aim Is AvailabilityLinking the physical data centre infrastructure to server and application management achieves consistent monitoring of the IT services. The early detection of malfunctions allows prompt action to be taken, and ensures compliance with SLAs.

Live Representation Of The Rack StatusRittal RiZone supports live, clear representation of the current operating status of a rack. This facilitates reliable monitoring and administration, as well as a fast response in the event of malfunctions and deviations. All key parameters relating to the server rack are incorporated into monitoring; RiZone represents the operating status of the entire rack with the colours red, amber and green.

RiZone is the management platform for all components in the data centre infrastructure. The system enables the monitoring of redundant data centres (up to Tier IV). RiZone is quickly confi gured via the automatic recognition of all active Rittal system components, and thanks to a modular licence model is tailored precisely to the requirements of your IT applications.The administration of the physical infrastructure (from miniature data centres to large, high-MBTF data centres) is effi cient, highly fl exible and ensures high availability. RiZone can communicate with a server management system (e.g. System Center Operations Manager from Microsoft) and exert direct infl uence over the availability of individual applications. Only the consistent merging of information from the data centre will allow the availability status of the IT infrastructure to be accurately assessed. With this information, weaknesses can be automatically detected and eliminated.Rittal RiZone allows energy consumption in the data centre to be adjusted and optimised.

Your Rittal Benefi ts Optimised availability

Simplifi cation by reducing complexity

Enhanced effi ciency of the data centre

Individual representation of the entire IT infrastructure

Diagrammatic representation of history values

Calculation of variables such as PUE

Automatic generation of reports

Automatic detection of Rittal system components

Support of the SNMP protocol

Workfl ow editor for automated processes

High-MBTF application

Link to server management system

Selectable software or hardware appliance



MONITORING

Mindful of availability, rationalisation and future orientation, the physical infrastructure of the IT landscape must be viewed in context. RiZone creates this context! Key for security: Take preventive action! RiZone identifi es hot spots on servers or pending phase overloads early on, and responds immediately. This creates peace of mind. Key for resource planning: Identifying trends! Extensions to IT may be implemented transparently using RiZone.

Permanent monitoring supplies clear data on any trend developments, enabling the user to respond promptly to any bottlenecks, and reliably plan the expansion or improvement of the IT infrastructure.

Key for energy effi ciency: Optimise functions!

RiZone represents the energy consumption of individual racks and complete data centres, and supplies the PUE (Power Usage Effectiveness) of all components for energetic optimisation of the data centre.

RiZone – Simple, Comprehensive And Profi table For Users

All active Rittal data centre components are automatically detected and administered in the user interface.

Any components that support the SNMP protocol may be incorporated and are able to use all RiZone functions.

A workfl ow editor represents all mathematical operations and confi gures components comprehensively for optimum linking of all parameters, and therefore offers brand new opportunities for optimising the entire infrastructure.

Customer-focused licence model: All potential applications – from the server room to the data centre – may be represented.

Be it a “one-rack data centre” or a large “server farm”, protecting the availability of the IT infrastructure is unrelated to the size of the company; RiZone always offers full functionality for controlling and monitoring all IT components. RiZone can be adapted to the size of the company with a fl exible licence model.

RiZone – See Your IT In Context From Now On

MONITORING





IT Security Solutions – Targeted Physical Protection For Your IT

IT Security Rooms And SafesWith Rittal IT security rooms and security safes, we offer a broad spectrum of products for the physical protection of your IT, ranging from basic protection through to high-MTBF protection. The system-tested solutions protect against fi re, water, dust, fumes and external access. With the modular room-within-a-room solution, you invest and expand according to your individual requirements, while the option to dismantle and reassemble the system ensures fl exibility and protects your investment.

The Rittal complete security solution also includes climate control, power distribution, an uninterruptible power supply, monitoring, fi re detection and extinguishing.

The Benefi ts To You: Protection ranging from basic protection to high-MTBF

Simple, fl exible integration into existing building structures

Expandability and lasting cost-effectiveness

Optimum space utilisation, thanks to the fl exible modular system

Flexibility, by enclosing existing IT and infrastructure solutions

System-tested protection from potential physical threats

Room-within-a-room concept with the associated depreciation benefi ts

Compatibility with Rittal data centre solutions

High level of pre-manufacturing – fast assembly times

May be constructed and extended with the IT systems operational

Plus: The Data Centre Container as a temporary main or backup data centre for outdoor areas

Fire Alarm And Extinguisher SystemsAs well as protecting against potential threats from the environment, the various fi re alarm and extinguisher systems focus on identifying and extinguishing a fi re inside the data centre. Early fi re detection combined with an active extinguisher system prevents the destruction of your IT systems and associated data losses, and therefore safeguards your corporate processes.

LER Extend with Power Distribution / UPS

LSR18.6 E with 19” racks

LSR 18.6 E high security door system

Secure Airfl ow Ducts for Direct Free Cooling

SECURITY SOLUTIONS



IT Security Rooms – Reliable Protection, System-Tested

The Rittal security rooms LER Basic, LER Extend and LSR 18.6 E allow you to choose between basic protection, extended protection or high-MBTF protection for your data centre. Thanks to the modular layout of the rooms and the

1) System-tested products are tested as a complete construction. This comprises the cellular structure and installation modules such as doors, cable shields or ventilation units. By contrast, component testing only refers to individual parts.

2) The conventional design refers to room structures of plasterboard, concrete and other standard construction materials which do not offer suffi cient protection for data centre applications. Conventional designs are generally tested for use as fi re walls.

3) Tested to EN 60529, category 1 (underpressure).

Criterion Standards Conventional design2

LSR 18.6 E

LER Extend

LER Basic

System testing Testing of the following standards as complete system or structure1 X ✔ ✔ ✔

Fire protectionTesting at temperatures of up to more than 1,000 °C

ECB·S certifi cations to EN 1047-2, 50 K temperature increase and 85% rel. humidity up to 24 hours (reheating period), 60 minutes fl ame impingement time

X ✔ X X

50 K temperature rise and 85% rel. humidity over 30 minutes, without reheat period X ✔ ✔ X

F120 as system test to EN 1363 (DIN 4102), for the cellular structure and its built-in modules X ✔ X X

F90 as system test to EN 1363 (DIN 4102), for the cellular structure and its built-in modules X ✔ ✔ ✔

F180 only as component testing to EN 1363 (DIN 4102), wall system only X ✔ X X

F120 only as component testing to EN 1363 (DIN 4102), wall system only ✔ ✔ ✔ ✔

F90 only as component testing to EN 1363 (DIN 4102), wall system only ✔ ✔ ✔ ✔

Explosion Detonation test as system testing of 200 kg TNT from 40 m X ✔ X X

Water Standing water, 72 hours, 40 cm, maximum 20 drops X ✔ X X

Extinguisher water, IP x6 as system testing to EN 60529, for the cellular structure and its built-in modules X ✔ ✔ ✔

Relative humidity, 85%, over 24 hours (reheat period), 60 minutes fl ame impingement time, to EN 1047-2 X ✔ X X

Relative humidity, 85%, over 30 minutes X ✔ ✔ X

Dust-tightnessIP 5x as system test to EN 60529, for the cellular structure and its built-in modules X ✔

3✔ ✔

Corrosive fi re gases Acrid gas-tightness, based on EN 1634-3 (DIN 18095) X ✔ ✔ ✔

Unauthorised accessWK 3 as system test to EN 1627/1630, for the cellular structure and its built-in modules, such as doors X ✔ ✔ ✔

WK 2 as system test to EN 1627/1630, for the cellular structure and its built-in modules, such as doors X ✔ ✔ ✔

WK 4 only as component testing to EN 1627/DIN 1630, door system only X ✔ X X

Falling debrisShock test as system test, 3 shocks of 200 kg from 1.5 m after 45 minutes fl ame impingement time X ✔ X X

Shock test as system test, 1 shock of 200 kg from 1.5 m after 30 minutes fl ame impingement time X ✔ ✔ ✔

EMC protectionProtection against high-frequency irradiation and radiation, verifi ed by tests on comparable components by TU Aachen X ✔ ✔ ✔

EMC optional package Extended high-frequency shielding in accordance with BSI TL-03304 X ✔ X X

wide range of options available, we will provide you with precisely the protection services your IT needs. The table below provides an insight into the Rittal security room concept.

SECURITY SOLUTIONS



IT Security Rooms – From Basic Protection To High-MTBF

High-MTBF ProtectionAs a high-MTBF solution, the Rittal security room LSR 18.6 E offers maximum physical protection for data centres and IT system locations. The system was certifi ed by ESSA (European Security Systems Association) to ECB·S regulations. This certifi cation confi rms that the LSR 18.6 E meets the requirements of EN 1047-2 without restriction. Moreover, construction of the security room is subject to constant, independent quality monitoring.

LSR 18.6 E High-MTBF protection for data centres

High level of pre-production of elements, which reduces dust and noise during assembly

Fire protection to quality class R60D to EN 1047-2 (fi re resistance testing, shock testing, fl oor testing)

Protection against external access – Resistance category WK 3, optionally WK 4 based on EN 1627

Protection against standing water, 72 h, 40 cm, maximum 20 drops

Explosion testing to SEAP standard

Extended protection against falling debris

Dust and water tight to IP 56, category 1 (underpressure) to EN 60529

Optionally extendible EMC protection to BSI TL-03304

Benefi ts Of ECB·S Certifi cation Optimum quality protection thanks to

independent quality monitoring

Improvement in the rating situation for loan applications and residual risk insurance

Transparency for banks and insurance companies

Compliance with European standards on IT protection

Scalable Room Solutions From RittalRittal offers cost-effectively expandable designs and structures, with ecologically and economically optimised data centres offering a host of other benefi ts:

Turnkey handover of the data centre

Scalability – Selection of the most cost-effective solution

Investment protection thanks to modularity and expandability

Option of installation with the system operational

Fast availability

Standard protection from:

Fire Extinguishing water

Corrosive gases

Vandalism Unauthorised access

Electromgn.interference

Dust Explosion Falling debris Mechanical access

Shot-proofingTheft/burglary

LSR18.6 E for high security data centres



SECURITY SOLUTIONS

Extinguishing water Corrosive gases

Unauthorised access

Electromgn. interference

Vandalism

Dust Falling debris Theft/burglary

Fire


Basic Protection And Extended Basic ProtectionThe security rooms LER Basic and LER Extend offer high-quality, system-tested solutions for the basic protection range. As basic and extended solutions, LER Basic and LER Extend are optimum technical rooms for the protection of infrastructure components such as extinguisher systems, uninterrupted power supply etc.

LER Extend Extended basic protection for data centres based on the

LER Basic

Fire resistance testing over 90 minutes – F90, according to the limits of EN 1363 plus compliance with the limits of ECB·S requirements pursuant to EN 1047-2 over 30 minutes

LER Basic Basic protection for data centres or infrastructure solutions

Fire resistance over 90 minutes – F90 according to the limits of EN 1363

Dust and water tight to IP 56 to EN 60529

Protection against external access – Resistance category WK 2, optionally WK 3 based on EN 1627

EMC protection

Acrid gas-tightness based on EN 1634-3

Shock test with 3,000 Nm energy

IT Security Rooms – From Basic Protection To High-MTBF

Fully System-testedAll Rittal security systems are system-tested. System-tested products are tested as a complete structure, taking into account the interactions between all components. During testing, allowance is made for built-in modules such as doors, cable shielding systems and ventilation units. Benefi t from multifunctional risk coverage (fi re, water, burglary etc.) and compliance with the latest EN and DIN standards.

LER Extend for infrastructure areas



SECURITY SOLUTIONS

The Rittal product range offers the ideal solution for every level of business security. Like security rooms, security safes also provide optimum protection against potential physical threats to your IT applications. Particularly for small and medium-sized enterprises, the compact safes represent an optimum protection concept as a physical cover for individual server racks. Features such as modu larity and extendibility guarantee investment protection and fl exibility. Scalable protection levels allow you to select the solution best suited to your needs.

Rittal IT Security SafeAs well as a physical cover in the form of an IT security safe, the confi guration components listed below complement the Rittal safe and transform it into a fully fi tted compact data centre.

Energy-effi cient climate control in different variants

Modular power distribution

Fire alarm and extinguisher systems

Monitoring system

Server rack as 482.6 mm (19˝ ) supporting structure

IT Security Safes – A Complete Mini Data Centre, Flexible, Modular, Requirement Based Solutions



SECURITY SOLUTIONS

IT security = A combination of technical, logical and physical security. As the optimum solution for small and medium-sized enterprises, the Rittal Modular Safe Extend represents one of these pillars by protecting against potential physical threats. The system offers a complete range of security for one or more server racks. As well as facilitating installation in poorly accessible sites, the modular design also makes it possible to enclose existing IT structures. Extendibility, dismantling and re-assembly facilitate a targeted, future-safe investment. The security safe is prepared for the installation of a requirement-based climate control system. The optional confi guration components complete the modular safe and transform it into a complete compact data centre. As well as the side, top and base elements, the modular safe is also equipped with an operator door and a service door, to ensure optimum accessibility. There are cable entry systems in both side elements. The safe is available in different variants to match your requirements.

Modular Safe Extend – Maximum Security In A Minimal Space

Your Rittal Benefi ts With The Modular Safe Extend

Extended basic protection for compact data

centres

System-tested protection

Compatibility with other infrastructure elements

Systems may be dismantled and reassembled,

for maximum investment security

Targeted investment, thanks to extendibility

High level of pre-production of elements, which

reduces dust and noise during assembly

Flexibly by enclosing existing IT structures

High level of operational and service-friendliness

thanks to the two-door system

Numerous options available

Available in 42 U and 47 U

Available for 1,000 mm and 1,200 mm deep racks

The Protection Categories: Fire protection F90 (DIN 4102), compliance with limit

values 70°C and relative humidity < 85% for 30 minutes.

Burglary protection WK 2 (EN 1627)

Optional burglary protection WK 3 and WK 4 (EN 1627)

Protection against dust and water jets IP 56 (EN 60529)

Protection from acrid gases (DIN 18095)

Extinguishing water Corrosive gases

Unauthorised access

Vandalism

Dust Theft/burglary

Fire




SECURITY SOLUTIONS

Modular Safe LightThe Rittal Modular Safe Light is a basic protection solution for one or more server enclosures or compact data centres. Thanks to its reduced weight, the Modular Safe Light is also particularly suitable for locations with limited fl oor load-bearing capacity. As an optional single-door system the safe also offers a solution for confi ned spaces.

Modular Safe Light & Basic Safe Compact – Flexible Protection For Compact And Miniature Data Centres

Basic Safe CompactThe Rittal Basic Safe Compact offers solid basic protection for miniature data centres. The climate control is integrated into the system. The protection categories: Fire protection F90 (DIN 4102) with compliance with the limits 70°C and rel. humidity < 85% over 10 minutes, protection against dust and water jets IP55 (EN 60529) and burglary protection WK 2 (EN 1627). The system is assembled in the factory and delivered in an operational condition.

Your Rittal Benefi ts With The Basic Safe Compact Basic protection for miniature data centres

Delivery of the complete system with built-in climate control

Compatibility with other infrastructure elements

High level of operational and service-friendliness thanks to the two-door system

Your Rittal Benefi ts With The Modular Safe Light(Product properties deviate from the Modular Safe Extend)

System testing for single safe with two-door system

Weight reduction

Available in 47 U and 33 U for 1,000 mm deep racks

Fire protection F30

Anti-theft protection WK 2



SECURITY SOLUTIONS

The Rittal fi re alarm and extinguisher system DET-AC XL is a standardised solution for extinguishing individual bayed suites of up to 24 enclosures or entire rooms.

All components of the system are built into a 300 or 600 mm wide TS 8 enclosure, facilitating optimum baying to a suite of server enclosures.

The integral early-warning fi re detection system with active smoke extraction detects fi re even at the pyrolysis phase and emits a pre-alarm. Extinguishing does not occur until the main alarm is triggered, to avoid accidental activation. NOVEC 1230 is used as the extinguisher gas.

Rittal DET-ACXL units are installed according to AS14520-2009 (Gas Suppression) and AS16070 Part 1, 2004 (Automatic Fire Dectection System).

Fire Alarm And Extinguisher System DET-AC XL –Fires Are Rapidly Detected And Reliably Extinguished

Your Rittal Benefi ts Automatic extinguishing with the extinguisher gas

NOVEC 1230, which is eco-friendly and harmless to humans and IT

Fire detection at a very early stage (pyrolysis phase)

Compact design, modular principle

As Room ApplicationThe DET-AC XL may be used as a room application for rooms up to a volume of 84 m³.

In addition to the early-warning fi re detector with active smoke extraction system, several smoke alarms are also positioned in the room. Extinguishing is activated via cross-zoning.

For The Detection And Extinguishing Of Rack SuitesUp to 24 server enclosures can be detected and extinguished with the DET-AC XL. The system may be installed at the end of a suite of racks, but also between two server enclosures. Piping for the smoke extraction system and extinguisher gas is laid in every enclosure.



SECURITY SOLUTIONS

Fire Alarm And Extinguisher System DET-AC Plus – Smoke Extraction And Active Extinguishing

Rittal DET-AC Plus is a compact fi re alarm and active extinguisher system with smoke extraction system in one unit. The 482.6 mm (19˝ ) rack mount only requires 1 U of space. With the extinguisher NOVEC 1230 integrated in a shallow tank, a volume of up to 3 m³ may be extinguished.

The integral smoke extractor system continuously extracts the air from the enclosure via a pipe, and passes it over two smoke detectors. The fi rst smoke detector is extremely sensitive and triggers a pre-alarm. The second smoke detector triggers the main alarm and hence extinguishing.

In conjunction with the DET-AC Plus slave system, up to fi ve bayed enclosures may be extinguished. For detection purposes, the pipework from the DET-AC Plus master system is laid in all enclosures.

A DET-AC Plus slave system is positioned in each additional bayed enclosure and contains the extinguisher medium for that enclosure. Detection and activation of extinguishing for all enclosures is handled by the DET-AC Plus master.

EFD Plus For pure fi re detection, the EFD (Early Fire Detection) Plus system is available. EFD Plus is a fast, effective and inexpensive option for safeguarding corporate processes and preventing physical damage.

The active smoke extraction system facilitates early detection. Two smoke sensors of differing sensitivity emit a pre-alarm and a main alarm.

Your Rittal Benefi ts Automatic extinguishing with the extinguisher gas

NOVEC 1230, which is eco-friendly and harmless to humans and IT

Minimal space requirements with just one U per enclosure

Active smoke extraction system and therefore early fi re detection

= DET-AC Plus

= DET-AC Plus Slave

= EFD Plus



SECURITY SOLUTIONS

Data Centre Container – Your Complete Data Centre In A Container

The Rittal Data Centre Container has been specifi cally designed for the mobile or temporary use of IT systems. Ideal for use during conversion and expansion work and when relocating your IT. The system can also be used as a permanent IT or server room or as a main or backup data centre.

The absolute highlight is the innovative, direct free cooling. It saves up to 40% of cooling costs, and also guarantees seamless integration of a UPS, fi re alarm/extinguisher system, power supply and distribution, raised fl oor, cold aisle containment, access control and monitoring functions.

Even the basic version of the container data centre is a fully functional system. Suitable option packages can be added to the basic model.

Be it linked containers, more than seven racks or higher cooling outputs, in addition to the standard model range of 12 preconfi gured data centre types, we are also happy to devise special solutions.



DATA CENTRE CONTAINER

Climate control technology

Power technology/UPS

Fire detection/fi re extinguishing

Base system

Data and net-work technology

Optical package

Solar protection

Project management

Power distribution

Monitoring

482.6 mm (19˝ ) rack system

Lighting systemService/maintenance

Access control Cable shielding system

Cold aisle containment

Technical Data For The Basic Model Basic container

Particularly generous dimensions: External (L x W x H) 6055 x 3000 x 3250 mm, internal (L x W x H) 5722 x 2664 x 2896 mm, useful area: 15.2 m2

Length variations 3 -12 m possible

Climate control – direct free cooling

Available as 7 and 10 kW unit.

Up to 6 units can be integrated.

Power distribution

Infeed: CEE wall unit connector 125 A, 3-phase/N/PE, 400 V/50 Hz

Enclosure dimensions (W x H x D): 600 x 2000 x 400 mm

Raised fl oor

Substructure type: Control room, heavy duty

Number of slotted plates dependent on number of racks

Total raised height: 300 mm

Bulkhead system

Type: Hard bulkhead DN200

Dimensions of packing space: 120 x 120 mm

Protection standards

Fire protection of internal panels to EN 1363/DIN 4102: F30, optionally F90, type-tested

Burglary protection, security door to EN-1627/EN-1630: Anti-theft protection WK 2, optionally WK 3

Your Rittal Benefi ts Simple planning – Fixed price for data centre

Mobile all-in-one concept – No external assemblies, short-term location changes are possible

High energy effi ciency thanks to innovative, direct free cooling, effi cient UPS with high effi ciency and PUE (Power Usage Effectiveness) of less than 1.2

With plenty of space for up to 329 U (7 racks) and max. 6 kW/rack

Extra-wide (3 m) and very robust outdoor container

Plug & play solution: Position – connect – and it’s ready to go! Available in next to no time

Confi guration to order

Protection properties: Resistance to wind, rain, heat and cold

Long autonomy in case of power failure, at least 15 minutes

Monitoring and management of data centres and infrastructure via CMC-TC and RiZone

The Packages:

Data Centre Container – Your Complete Data Centre In A Container




Rittal drafts, plans and implements high-MTBF data centres and IT environments that are super-effi cient in every respect.

Based on your requirements, our engineers and expert planners will devise optimised, perfectly functioning IT centres for every size of company. This means that you only have one project partner: Rittal.

As general contractors, site managers and your point of contact, we will coordinate the complex work operations on your behalf. With our supremely well-organised process and project management system, we will reduce interfaces, coordinate the various works, clarify your detailed questions on site, and strictly adhere to the agreed timetables. The fi nished outcome will be a perfect, turnkey data centre complete with all components: Server racks, network enclosures, power distribution, climate control, effi ciency management and the necessary monitoring and security components. Upon request we will also take care of your security and energy effi ciency certifi cations (e.g. TÜV-ITIER) and appropriate emergency planning concepts.

Data Centre Construction And IT Infrastructures – Perfectly Coordinated

Data Centre Construction Engineering & design to implement complete data

centres

Site management and execution as general contractors

Project and process management of the entire workfl ow

Handling of all licensing procedures (construction application, statics and other approvals)

Preparation of various certifi cations, including the relevant international certifi cates (safety, energy effi ciency, availability)

IT Infrastructures Standardised server racks and network enclosures

Scalable IT cooling concepts

Modular power distribution and backup

High-MTBF IT security rooms, including certifi cates

Complete system accessories for IT environments and data centres

Software-based IT and infrastructure management system

Only infrastructures with coordinated components will achieve full performance in the long term. Rittal incorporates this into the planning stage, and you will reap the benefi ts with regard to implementation and service. You will receive modular, scalable solutions from a single source – cooling, power, security room, monitoring, management and service. “Rittal – The System. Faster – better – worldwide.”

The components we have selected for you are tried and tested, thereby reducing any required adjustments between equipment and solutions from possible external suppliers to a bare minimum. As a complete supplier, we will also optimise the interactions between hardware and individual data centre software on your behalf in the following areas: Settings, monitoring, process optimisation, effi ciency control, emergency messages, maintenance etc. With our global, solid experience and broad product portfolio, we will create a secure, highly effi cient basis for your entire IT infrastructure. You will benefi t immediately from maximum performance capability, combined with permanent reliability, stability and availability.

Rittal endorses the European Code of Conduct and strives consistently to achieve its goals.






Engineering & Design – Concept-Based IT Power

“Rittal – The System. Faster – better – worldwide.” means innovative strength plus IT expertise plus decades of experience, all from a single source. Thanks to our intelligently compiled portfolio of solutions, we will continuously supply you with ideas, concepts, innovations and the exact IT solution you need for your company, right from day one. With Rittal, you can commit to high-end solutions: Engineering & consulting, data centre construction, IT infrastructures, and the international Rittal service. Utilise the knowledge, experience and products of a successful global player, for yourself and your IT.

Rittal develops and optimises individual ITC solutions on your behalf, from small IT units to complex data centres. Our specialists will precisely analyse the current status and future requirements, the structural and physical conditions, and the existing IT structures, and on this basis will tap into proven optimisation potential. This will facilitate the planning and implementation of IT systems with maximum effi ciency in terms of performance, costs, processes, energy input, compatibility, availability and security. Rittal’s technical and detailed planning teams will conduct all the necessary analyses and calculations, prepare all the drawings and documents, and select the optimum solutions and com ponents for your IT environment.

Engineering & Design Site evaluation and risk assessment

Design and planning of complete data centres

Optimisation of existing data centres with regard to energy, costs, processes, security, disaster recovery management and outsourcing

External assessment of data centre and infrastructure concepts

Effi ciency analyses of energy, climate, security and IT processes



SERVICE & SUPPORT

You decide for yourself the format and scale in which you use the Rittal Global Service. You can choose from four standardised service packages: Basic, Comfort, Advanced and Full. Above and beyond this, you can agree further special conditions via our individual service packages.

Rittal Global Service –Global Security And Availability

An Overview Of The Features Of The Various Rittal Service Packages: Service Contract Matrix

Reachability Response timeSpare parts availability Maintenance

Warranty extension

BASIC Business hours Next working day Standard 1 x per annum Optional

COMFORT Business hours Next day Standard 2 x per annum Optional

ADVANCED24 hours

365 days a yearNext day 24 hours 2 x per annum Yes

FULL24 hours

365 days a year8 hours Individual concept

Individual(at least 2 x/year)

Yes

CUSTOMISED Individual by arrangement

“Everything works perfectly. You needn’t worry about a thing.” Rittal Global Service ensures your satisfaction, peace of mind and availability, 24 hours a day, 7 days a week, 365 days a year. Wherever you use our products, Rittal Global Service is there for you!

We are on a worldwide mission to ensure that every aspect of “Rittal – The System.” is exactly as it should be: perfect.

Faster Short paths, fast communications:

With regional service support points

A perfect interplay between sales, project management and service

Better Individual service solutions from a single source

A global high standard of qualifi cations among Rittal service technicians

A uniform global service ticket system

Worldwide 5 service support points worldwide

More than 250 service partners and over 1,000 service technicians

Represented in over 60 subsidiaries with service

Service From A Single Partner 24/7 service reachability, 365 days a year

Highly qualifi ed service specialists

Service technicians on site within 8 hours

Automated incident and emergency management

Individual availability of spare parts

Global service ticket system



SERVICE & SUPPORT

Notes



Notes



Notes



Notes



Notes



MONITORING SECURITY SERVICE & SUPPORT

References

MICROSOFTENERGY EFFICIENT AND FLEXIBLEThe world’s leading software developer Microsoft has set up a special data centre at the corporate headquarters in Redmond to enable its customers to test new software ahead of productive deployment. In the Enterprise Engineering Centre, over 700 servers are used to simulate the IT environments of enterprise software customers, removing the risk of surprises when it comes to actual implementation of next generation products. Following expansion of the test laboratory in 2009, Microsoft can now depict the impacts of migration on energy consumption at an even fi ner resolution. To this end, Microsoft has chosen IT infrastructure from system supplier Rittal: The new data centre has been equipped with the energy-effi cient and scalable cooling system LCP Plus and high-load server enclosures from the TS 8 range.

Rittal is an offi cial Microsoft Gold Certifi ed Partner.

UNIVERSITY OF SOUTHERN QUEENSLANDMODULAR AND SCALABLESupporting three campuses, 2,000 staff and 25,000 students, requires secure, reliable and scalable IT infrastructure. With signifi cant growth in recent years USQ needed a new central data centre to centrally process information from three campuses.

To support a demanding 24/7 IT load the university commissioned Rittal to provide an effi ciency room. This facility protects critical IT assets and information against fi re, vandalism, water, debris and theft.

The Rittal Effi ciency Room was specifi cally chosen for its modularity and scalability; as USQ’s data processing requirements grow, so can their security room without the need for welding or grinding around sensitive IT systems.

Despite a budgeted build of fourteen days, Rittal’s certifi ed installation team was able to build the Rittal Effi ciency Room in just seven days. USQ experienced no down time or interruptions to their existing data centre operations as the old legacy infrastructure was decommissioned, and the Rittal solution was installed.

MONITORING SECURITY SERVICE & SUPPORT


RACKS POWER COOLING MONITORING SECURITY SERVICE & SUPPORT

HEAD OFFICE AUSTRALIA

130-140 Parraweena Road, Miranda NSW 2228 AustraliaT 1800 350 665E [email protected] rittaldatacentre.com.au rittal.com.au

HEAD OFFICE NEW ZEALAND

21 Bell Road South, Lower Hutt Wellington NZT 04 566 7630E [email protected] rittaldatacentre.co.nz rittal.co.nz

SYDNEY CANBERRA MELBOURNE BRISBANE ADELAIDE PERTH AUCKLAND WELLINGTON CHRISTCHURCH

Documents

Data Centre Solutionsrittaldatacentre.com.au/PDF/Brochures/Data Centre...modular designs maximise internal space and load bearing capacity while making the addition of new active devices