Data Centre Solutions

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 Mellino Managing Director

SERVER RACKS

4

Corporate Racks 4

High Performance Cooling Racks 5

Rack Acessories 6

POWER DISTRIBUTION/

POWER BACKUP

10

Ri4Power 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

36

High 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

CMC 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

65

IT 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

74

Data Centre Construction & IT Infrastructures 76

SERVICE & SUPPORT

78

Engineering & Design 78

Rittal Global Service 79

NOTES 80

REFERENCES Back

cover

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

 Monitoring  Security solutions  Engineering & design  Service & support

NETWORK ENCLOSURES/ SERVER RACKS

POWER DISTRIBUTION/ POWER BACKUP

Corporate Racks

Corporate Rack – With Side Panels

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Corporate Rack – Without Side Panels

Corporate Racks - TS8

The 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 steel

Surface fi nish: Enclosure frame: Dipcoat – primed, powder-coated Enclosure panels: Dipcoat – primed, powder-coated

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.

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Side panel, screw-fastened, IP 55 8100235 POMZ 8108235 8100235 POMZ Depth-variable slide rail, 1 U, length 590 – 930 mm, 80 kg, static, 7063883 7063883 7063882 7063883 7063883

packs of 2

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

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"MMTJ[FTBre nominal dimensions. For absolute dimensions, please refer to the detailed drawing on the Internet. %FMJWFSZUJNFTBWBJMBCMFPOrequest.

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/ 1RU 19" Blank Panel 1RU

/ 2RU 19" Blank Panel 2RU

/ 5RU 19" Blank Panel 5RU

/ 9RU 19" Blank Panel 9RU

19” Blanking Panels

Features: Complete with mounting hardware Colour: RAL7035 (Grey)

Fixed Shelf

Application: 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)

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/ 19" x 450mm 600 Deep – 800 Deep

/ 19" x 600mm 800 Deep – 1000 Deep

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

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/ 1RU 180mm Deep RAL 9005 (Black)

/ 2RU 260mm Deep RAL 9005 (Black)

Sliding Shelf

Application: Can be used with all 19" cabinets Features:

 Adjustable mounting position

 Includes mounting hardware and bracketry  30kg rating

Finish: RAL7035 (Grey)

Cantilever Shelf

Rack Accessories

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RAL 9005 10

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/ 6RU Modular Tooless Blanking Panel Black Modular Tooless Blanking Panel Grey

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1RU & 2RU Cable Management - Ring Panel

 Rings can be reorientated  All metal construction

Cable Shunting Rings

Application:

 Cable routing

 Can be mounted to mounting rails, puched sections and cabinet frames.

Modular Tooless Blanking Panel

Features:

 6RU sheet

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

Rack Accessories

1RU Tool-less Blanking Panels

Supply includes:

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/&1.,7 Fastener Kit x 4 (set)

/&1.,7 Fastener Kit x 50 (set)

Cable Tray

Material:

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

Finish: RAL7035 (Grey)

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/&7 24 100 Cable Tray 24RU x 100 wide

/&7 42 100 Cable Tray 42RU x 100 wide

/&7 42 300 Cable Tray 42RU x 300 wide

/&7 47 100 Cable Tray 47RU x 100 wide

/&7 47 300 Cable Tray 47RU x 300 wide

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Rack Accessories

Cage Nuts

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

 Available in black

Baying Kit

Used for the fi xing together of two frames without side panels  All fasteners provided

 Installation and instruction sheets provided

Complete Earthing Kit

To DIN EN 60 950/VDE 0805, Ø 4 mm2_{, I}

max. 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.

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Rack Accessories

Overhead Cable Trough

 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 Trough

For 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

3

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

 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 800 PMC 200 PMC 120 NX PMC 40 PMC 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.

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UPS Batteries –

Useful Information

UPS Battery Concepts

In 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 Batteries

In 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.

Double conversion technology VFI-SS-111, output range (scalable) kW 1 40 100 200 300 PMC 12 PMC 40 PMC 40 type 5 PMC 120 PMC 200

The Rittal UPS Family

Power 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. –

2 kVA 7 min. 17 min. 29 min. –

3 kVA 5 min. 12 min. 20 min. –

4.5 kVA – 9 min. 23 min. 39 min.

6 kVA – 8 min. 20 min. 33 min.

UPS PMC 12

Single-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, 7857432

Single-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, 7857.434

Single-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

19 ˝ 18 HE 19_˝ 26 HE 19_˝ 11 HE 19 ˝ 15 HE

Type 1 Type 2 Type 3 Type 4

UPS PMC 40

3-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 0 2 4 7 5 8 7 1 d r a c g n i r o t i n o m P M N S / g n i r o t i n o m S P U 5 0 6 1 0 6 8 t e s 1 h g i h m m 0 0 1 , 5 3 0 7 L A R , r a e r d n a t n o r f , s t n e n o p m o c h t n il p / e s a B 5 8 0 1 0 6 8 t e s 1 h g i h m m 0 0 1 / p e e d m m 0 0 8 , 5 3 0 7 L A R , s e d i s , s t n e n o p m o c h t n il p / e s a B 5 1 0 1 0 6 8 t e s 1 h g i h m m 0 0 1 / p e e d m m 0 0 0 1 , 5 3 0 7 L A R , s e d i s , s t n e n o p m o c h t n il p / e s a B

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

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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 (conmguration and shutdown) 1/1

Fault signal contacts (noating) 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

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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

UPS PMC 200

3-phase, output range scalable 8-800kW

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. 3DUW1R 30&3K836 PMC200 PMC200 Module 10kVA / 8kW PMC200 Module 15kVA / 12kW PMC200 Module 20kVA / 16kW PMC200 Module 25kVA / 20kW PMC200 Module 30kVA / 24kW PMC200 Module 40kVA / 32kW PMC200 Module 45kVA / 40kW

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

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.

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UPS Acessories

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Mechanical Maintenance Bypass, 2 U for PMC 12

Facilitates 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-distribution

482.6 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 & Play

Sub-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-distribution

Sub-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.

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1 – 3 kVA (incl. UPS fuse 16 A)

4.5 – 6 kVA (incl. UPS fuse 32 A)

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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 Flex

The 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 Orientation Dimensions mm

L x RU X D

Plug Type

Special

Notes Mounting

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

10 Amp thermal

overload 19”

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 10 Amp thermal overload Sliding bracket system

LPQ06EFEBK 6 X 15 Amp GPO Horizontal 420 x 44.45 x 44.5 15 Amp GPO _captive 15 Amp thermal _overload 19”

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

15 Amp thermal

overload 19”

LPQ12EFEBKV 12 X 15 Amp GPO Vertical 756 x 44.45 x 44.5 15 Amp GPO captive 15 Amp thermal overload Sliding bracket system

LPQ21EFEBK 21 X 15 Amp GPO Vertical 1260 x 44.45 x 44.5 15 Amp GPO captive 15 Amp thermal overload Sliding bracket system

Part No. Outlets Type 1 Outlets Type 2 Orientation Dimensions mm L x RU X D Plug Type Special Notes Mounting LPRHYBRID003 12 X 10 Amp C13 IEC 4 X 16 Amp C19 IEC Vertical 1260 x 44.45 x 60 15 Amp GPO

captive LED indicator

Side or top bottom

from buttons LPRHYBRID006 20 X 10 Amp C13 IEC 4 X 16 Amp C19 IEC Vertical 1260 x 44.45 x 60 15 Amp GPO

captive LED indicator

Side or top bottom

from buttons

LPRHYBRID004 20 X 10 Amp _{C13 IEC} 4 X 16 Amp _{C19 IEC} Vertical 1260 x 44.45 x 60 20 Amp GPO _captive LED indicator

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 Explained

These 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 from

Combine 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 CDU

The 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

CDU

The 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

CDU

Cabinet 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).

Smart Part No.

Web addressable monitoring, local current meter, Branch Circuit Protection on various models, temperature/humidity support

CS-16VE-P32M Smart 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-P32MA Smart 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-P32M Smart 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-P32MA Smart 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-P32M Switched 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-24VEK311A1 Switched 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-P32M Switched 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-24VEK311A1 Switched 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-24VEK311A1 Switched 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-24VEK311A1 Switched 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

SPM-50 Sentry Power Manager - 50 node license, requires support contract SPM-100 Sentry Power Manager - 100 node license, requires support contract SPM1-25 Sentry Power Manager 25 Node - 1 year service contract, S/W updates SPM1-50 Sentry Power Manager 50 Node - 1 year service contract, S/W updates SPM1-100 Sentry Power Manager 100 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)

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

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 Number For enclosure height mm Power 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

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/RCD

Busbar 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 RCD

PSM 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

Power System Module (PSM)

PSM/PCU modules

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

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.

Power System Module (PSM)

PSM Busbar With Fixed Infeed, 3-phase

Busbar 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-phase

PSM 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 A

Busbar 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.

Model Number For enclosure

height mm Power Supply Maximum no. of modules

7856005 2000 3 x 16A 7

7856006 2000 2 x 3 x 16A 7

Model Number For enclosure

height mm Power Supply Maximum no. of modules

7856008 2200 2 x 3 x 16A 8

Model Number For enclosure

height mm Power Supply Maximum no. of modules

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

 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

Management

A 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

 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

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

1 2 2 6 6 7

1

2

3

Rittal Liquid Cooling Package LCP

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

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 Water DX = Direct Expansion T3+ = 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

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 Water DX = Direct Expansion T3+ = 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 – –

Row Based Cooling

The Benefi ts To You:

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

% 0 0 1 e l c y c y t u D e l b a c n o i t c e n n o C n o i t c e n n o c l a c i r t c e l E

Temperature control Linear fan control

– e v l a v l o r t n o c y a w -o w T Fans may be exchanged with the system operational

EC fan Accessories Packs of 0 1 3 1 1 3 3 – – – 1 t i n u r e s n e d n o C 0 1 0 1 1 3 3 0 1 0 1 1 3 3 0 1 0 1 1 3 3 0 1 0 1 1 3 3 1 e l u d o m n a F 0 3 0 1 1 3 3 0 3 0 1 1 3 3 0 3 0 1 1 3 3 0 3 0 1 1 3 3 1 d e r u o l o c , y a l p s i d n e e r c s h c u o T 0 4 0 1 1 3 3 0 4 0 1 1 3 3 0 4 0 1 1 3 3 0 4 0 1 1 3 3 1 p o t , e s o h n o i t c e n n o C 0 5 0 1 1 3 3 0 5 0 1 1 3 3 0 5 0 1 1 3 3 0 5 0 1 1 3 3 1 m o t t o b , e s o h n o i t c e n n o C

Liquid Cooling Packages

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 mea