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For sharp-witted customers

Rittal – IT Cooling Solutions

2 Rittal IT Cooling Solutions

Rittal –IT Cooling Solutions:

3Rittal IT Cooling Solutions

● From entry-level to high-end solutions, all from a single source

● Comprehensive product solutions for– enclosure-based climate control solutions– room-based climate control solutions

● Infrastructure such as cold water production, distribution and treatment

● Fully planned and installed on request

Efficiency in al l fields!


All climate control solutions from a single source:

Rittal cold aisle containment

CRAC systems

LCP Standard/Plus/Modular

+ Water/water heat exchangers

IT chiller

Double pump unit

Heat recovery

Buffer store

Emergency water supply

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Comprehensive is better!

The Rittal brand is synonymous with system expertise. In addition to comprehensive advice and planning services, our flexible product spectrum offers tailor-made solutions for all your applications. It goes without saying that our comprehensive solutions include the complete infra-structure, backed up by reliable, global service.

Basic solutions

CRAC systems

with cold aisle containment

LCP Extend

LCP Inline

with cold aisle containment

LCP Standard/LCP Modular

LCP Plus

Low DensityYour entry into professional IT climate control

High DensityThe most powerful solutions for high-end data centres

Mid DensityThe tailor-made solutions for discerning data centres

Cooling requirements

Pro

duc

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IT chiller Piping system CRAC systems, LCP

IT chillers in conjunction with free cooling ensure efficient cooling and supply of the cooling medium. Safety-relevant options such as redundant pumps, emergency cooling or buffer stores ensure maximum operational reliability and fail-safeness. See page 16.

The Rittal piping system provides the link between the equipment and the refrigeration system. An optimum design and targeted media supply ensure efficient operation of all cooling components. See page 14.

Choose from a selection of perfect solutions for base load cooling and ambient air-neutral, high-performance cooling. Integral, scalable, and energy-efficient. See page 10/11.


Instead of flooding the data centre with cold air the cold aisle containment system from Rittal effectively traps

the cool air exactly where it is needed directly in front of the air intake of the servers. Cold air is directed

across the whole height of the enclosure ensuring that there are no hotspots and the hot air is exhausted out of

the system. Due to the cold aisle being contained there is no chance of the hot exhaust air mixing with the cold

inlet air, therefore there is an increase in system efficiency.

The special energy efficiency of the Rittal cold aisle concept has a simple and plausible explanation:

1. Cold and hot air cannot mix, warm air does not flow into the cold aisle.

2. The system can be operated with a much higher extracted air temperature.

3. Standard air circulation cooling units are operated at an optimum thermal efficiency level.

Nowadays, servers are increasingly positioned in rooms that were not designed as Data Centres.

If these rooms are fitted with a raised floor space for cable runs and air conditioning, the room height is correspondingly reduced.

Standard height server racks (2000/2200 mm) then extend into the hot air cushion present just beneath the ceiling.

In the uppermost rack slots this can lead to considerable thermal problems, because the cooling efficiency decreases from the bottom upwards. In particular, heat pockets in hotspot racks are not dissipated.

To overcome this problem in particular, Rittal developed a cold-aisle containment system, in which the generated cold air is not output all over the room but rather in a targeted manner to the space where cooling is most needed – the server.

The result: increased reliability as well as higher energy efficiency!

Standard market concepts

Hot air extraction using a duct system

● Complex and costly duct system.● Larger surface area and height

requirements. ● Limitation of the raised floor height.● As a result, no uniform cooling air

supply to the room area.● Cable management is made more

difficult.● Limited rack positioning flexibility due to

the air duct connection.

Hot aisle enclosure

● Standard air circulation cooling units cannot be used.

● Adequate air cooling only achievable with costly in-row chillers.

● These require additional expensive floor space in the rack suite.

● Poor working conditions for the operating personnel (high exit speed of the cold air and excessive noise caused by the fan).

● Hardware racks not connected to the warm aisle enclosure impair the cooling result because of their heat emissions.

Rittal cold aisle containment

● Use of standard inexpensive air circulation cooling units. Positioning outside the server area.

● Even with low room heights, maximisation of the raised floor height for cooling air supply without flow losses.

● Undisturbed and uniform air flow distribution of cooling air in the cold aisle guarantees high efficiency.

● Favourable working conditions in the cold aisle due to low temperature, flow and noise load conditions.

● Hardware racks not connected to the enclosure do not impair the cooling efficiency of the cold aisle.

Rittal

Increase server performance by implementing cold aisle containment


Representation of the air flows with cold aisle containment

Supply of cooled air via the raised floor. The recirculation cooling units can be installed in an air conditioning strip or an external technical building.

Air supply to the cold aisle via air outlet grilles in the floor void. The feed air quantity is calculated and regulated based on the cold load to be removed.

A cold air pool forms in the sealed cold aisle according to the fresh air princi-ple. The hardware components draw the required cooling air quantity from this source.

The extracted warm air which is dis-charged to the surroundings and may be further extracted rises to the ceiling.

A warm air cushion forms above the ceiling of the cold aisle containment. The warm air cushion cannot extend into the cold aisle due to the roof panels.

The separation enables high exhaust air temperatures, therefore the overall equipment efficiency of the cooling units is maximised.

The temperature neutrality of server racks fitted with LCP climate compo-nents allows them to be positioned in the room for expansion or extension purposes.

Optimised use of the server room area by use of sliding doors to further isolate the cold aisle.

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The advantages at a glance:

● Cooled and heated air do not mix.● Warm air does not flow into the

cold aisle. ● The system can be operated with

a much higher exhaust air tempera-ture.

● Air circulation cooling units are operated at an optimum thermal efficiency level.

● Simple cooling air ducting direct to the servers.

● Shielding of the hardware sound emissions.

● Pleasant temperature in the cold room.

● Human-friendly climate rather than a wind tunnel.

● Use of conventional air circulation cooling units.

● Can be used in conjunction with liquid cooling systems.

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Application example:Rittal cold aisle containment with CRAC systems

● High energy efficiency● Increased cooling output per server enclosure● Easily retro-fitted to existing systems● Protection of your existing infrastructure

Rittal cold aisle containment,see page 6

CRAC systems,see page 10

Water/water heat exchanger, see page 16

IT chiller, see page 16

Temperature-neutral expansion, e.g. with LCP Modular,see page 13.

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By using Rittal cold aisle containment, climate control of the room (in conjunction with the Rittal CRAC system) may be optimised in terms of energy efficiency and cooling output.

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Application example:Rittal cold aisle containment with LCP Inline

● A raised floor is not required for climate control ● To accommodate higher heat loads per server enclosure● Redundancies easily achieved● Direct supply of cold air to your server and network

components

In conjunction with the new LCP Inline, cold aisle containment is a further option for the efficient dissipation of high heat loads from server enclosures.

Rittal cold aisle containment,see page 6

LCP Inline, see page 11

Water/water heat exchanger, see page 16

IT chiller, see page 16

Temperature-neutral expansion, e.g. with LCP Extend,see page 13.

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How the system works


● Enlarged heat exchanger surface area● No losses from flow diversion inside the

enclosure

● Direct mounting and air expulsion in the raised floor

● Speed control● Energy-efficient EC fan system● Height adjustable

● High level of stability, thanks to firmly linked frame section

● Based on the design of the familiar TS 8 system

A Water variant● The extracted ambient air is cooled in an air/water heat

exchanger● The cooling medium (cold water) is supplied by an

external IT chiller system● Must be connected to a water-carrying pipeline system

B Coolant variant● The extracted ambient air is cooled in a direct evaporator

(air/coolant heat exchanger)● Integration of the coolant compressor inside the unit, for

internal generation of the cooling output● Heat is dissipated from the cooling process via a

condenser sited outdoors● Must be connected to a pipeline system filled with coolant

Rittal CRAC systems



Applications: Combination of LCP Inline and cold aisle containment

LCP Inline,see page 20.

Cold aisle containment,see page 20.

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● Touchscreen display as standard, for monitoring and settings

Front cover The optional front cover, together with the built-in filter fleece, ensures an even air outlet at the sides as well, reduces the air outlet speed, and therefore minimises draught effects.

● How it works –> Warm air is drawn in from the room● In conjunction with cold aisle containment –> Boosts

efficiency● Flexible, thanks to individual scalability and simple

emulation of redundancies

Rittal LCP Inline

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Features: ● 30 kW cooling output● Toolless fan replacement● Condensate management● Touchscreen● Network connection



Functional principle: Air/water heat exchanger, bayable with server racks based on TS 8 (H x D 2000 x 1000/1200 mm). Complete unit with 30 kW useful cooling output.

The separation of cooling and rack prevents the ingress of water into the server rack, making it easy to assemble and very service-friendly.

LCPs are easy to handle (max. 2 m) and may be transported in lifts and through doors. The low weight means a minimal load area.

Technical specifications: ● Up to 30 kW useful cooling

output● Max. air volume 5000 m3/h

Approvals:TÜV GS, UL/CUL, DIN 3168

Rittal LCP Plus

Functional principle:Air/water heat exchanger, bayable with server racks based on TS 8 (H x D 2000 x 1000/1200 mm).

The useful cooling output of max. 20 kW can be achieved by installing additional modules.

The separation of cooling and rack prevents the ingress of water into the server rack, making it easy to assemble and very service-friendly.

LCPs are easy to handle (max. 2 m) and may be transported in lifts and through doors. The low weight means a minimal load area.

Technical specifications:● Up to 20 kW useful cooling


Approvals:TÜV GS, UL/CUL, DIN 3168

Rittal LCP Standard



Functional principle: LCP Modular draws air in at the sides of the server enclosure rear, cools it using high-perfor-mance compact registers, and blasts the cooled air back into the sides of the server enclo-sure front.

The device has a modular structure, so that the useful cooling output may be adapted to your requirements in three stages. The cooling modules

may be installed and removed with the system operational.

Differences compared with the LCP Standard: ● Fans may be individually

exchanged with the system operational, self-contacting.

● Basic CMC as standard. ● Touchscreen display may be

retrofitted.

● Shorter service times. ● Extended functionality of the

monitoring and control technology/software.

● Optimum adaptability, thanks to dynamic, continuous control of the cold water volumetric flow.


output ● Max. air volume 3000 m3/h

Rittal LCP Modular

Functional principle:Air/water heat exchanger for retrofitting to racks while operational.

The stand-alone unit replaces the rear door (other brands on request).

Mounted on the rear of the server enclosure and eases the pressure on the room air-conditioning system.



Rittal LCP Extend


How the system worksPiping systems in the data centre

Efficient cooling solutions rely on an excellent infra-

structure. The Rittal piping system provides the link

between the equipment and the refrigeration system.

An optimum design and targeted media supply ensure

efficient operation of all cooling components. This also

includes safety-relevant options such as redundant

pumps, emergency cooling or buffer stores.

Speed-controlled pumps are used to convey the coolant. The pumped volume may be varied by using state-of-the-art EC motors.

Your practical benefit: Lower energy consumption thanks to “cold water on demand”. Only the volume of water that is actually needed for cooling is moved through the system.

The standard hydraulic layout includes the use of a hydraulic separating filter.Different volumes of water on the producer side and equipment side for process cooling do not adversely affect the function of the cooling systems.

Your practical benefit: Less energy consumption thanks to the use of free-cooling heat exchangers including redundancy.Chiller pumps may be switched on and off as required.

Use of compact distributors to distribute the cooling medium among different pieces of equipment.

Your practical benefit: Redundancies in the supply lines to the equipment may be designed as required. For example, a layout can be designed to facilitate the automatic shutoff of sub-trains in the event of pipe leaks.


Piping systems in the data centre


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● Pipeline systems are part of a turnkey solution for the targeted cooling of IT operating environments

● Media network for the connection of refrigerators (IT chillers) and cooling equipment (liquid cooling package and CRAC systems)

● Free scalability of chiller and equipment output via the hydraulic separation of the producer and equipment sides

● Use of a hydraulic separating filter with dual function as a buffer store

● Maximum energy efficiency thanks to the use of polypropylene piping with exceptionally low pipe friction losses

● Systems are suitable for the use of cold water and water/antifreeze mixtures (glycosols)

● Media pumping redundancy by fitting every chiller with its own primary pump and via the use of redundant main pumps on the equipment side

Direct cooling systems (e. g. LCP)

CRAC systems

IT chiller

Buffer store

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Dirt collector station with maintenance bypass

Main pump (redundant)

Compact distributor with lockable outlets

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The innovative polypropylene piping is distinguished by minimal pipe friction resistance.

Your practical benefit: Less energy consumption for conveying the cooling medium, thanks to lower flow resistance. The material is corrosion-resistant and may be machined without residues.



Application: Especially for cooling IT applica-tions, such as LCP or air/water heat exchangers. Safety-rele-vant features such as redun-dant speed-controlled pumps, compressors or buffer stores are the distinguishing features of these atmospherically sealed systems.

Technical design: ● Compact design with control

components in the front and air intake via both side panels, air outlet upwards.

● Pressure-sealed system. ● Digital thermostat for

temperature control with setpoint and actual value display.

● Monitoring interface with Rittal CMC-TC supported.

● Integral automatic bypass valve.

● Flow monitor. ● Spray finished in RAL 7035.

Options: ● Free cooling ● Buffer store for separate siting ● Redundant standard pump ● Control unit for redundancy

operation ● Emergency cooling with

mains water infeed

IT chiller

Water/water heat exchanger

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Rittal IT chiller

Water/water heat exchangers

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Application: Water/water heat exchangers are used to create a defined secondary water circuit. This achieves physical and hydraulic separation from the primary water circuit, thereby protecting the equipment from inferior water quality and pressure fluctuations etc.

Technical design: ● Compact construction

mounted in a tubular frame● Integrated into a TS 8

enclosure● Digital controller ● Floating contact for collective

fault signal● Flow rate display and

monitoring● Water connections in base● Double pump unit fitted with

linear speed controller● Linear controlled 3-way valve

(4 – 20 mA)

IT chiller

Water/water heat exchanger

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Roof-mounted cooling unit

Rack-mounted cooling unit 482.6 mm/19˝

Air/water heat exchanger

Fan roofs

Roof-mounted fan

Fan cross-member

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Climate solutions for basic applications

Vertical ventilation Ventilation plinth, roof ventilation and slotted component shelves ensure heat dissipation, see Cat. 32, page 892, 701, 1013.

Fan roofs Various designs and outputs, extendible with fan kits. Fast assembly tailored to racks, see page 23.

Roof-mounted cooling unit (office application) Useful cooling output 1100 W at an extremely low noise level, see page 23.

Air/water heat exchangers These prevent the installation room from heating up. A link to a recooling system as cold water supply is essential, see Cat. 32, from page 676.

Air baffle system Cool air from the hollow base is routed over the base/plinth and selectively distributed via the door, see page 23.

Roof-mounted fan Quiet performance (1500 m3/h) for office applications. Centrifugal fan/rack-mounted fan, see page 23.

Fan cross member For the perforated door of TS 8 server racks. Air throughput of up to 1200 m3/h,see Cat. 32, page 706.

Rack-mounted cooling units 482.6 mm (19˝) Useful cooling output 1000 W, simple installation in the 482.6 mm (19˝) level, see Cat. 32, page 698.

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Passive cooling Active cooling

IT coolingPre- and after-sales services


R

Analysis and planning of data centresWhether you require analysis of an existing data centre or are planning a new one, in Rittal you can be sure of a reliable partner from the outset.

CFD (Computational Fluid Dynamics)A 3D computer simulation is used to visualise the thermodynamic response of the planned data centre with server racks and climate control sys-tem. Predicting the temperature, speed, pressure and hence flow conditions in the data centre facili-tates fast response times.

Load test482.6 mm (19˝) slide-in equipment which simu-lates the thermodynamic response of servers allows you to determine in advance whether your cooling system is adequate for any planned extensions. Furthermore, after installing the LCP family, the cooling response can be tested directly, without the presence of servers.

Load tests as the optimum basis for planning.

General contractorsWe take care of all aspects of building a data cen-tre, from the initial construction work and interior installation of the supply systems, through to the fitting of safety equipment. In this way, we are able to supply genuine turnkey solutions.

Comprehensive maintenance solutions with scalable safety packs Reachability Response time Availability of

spare parts Maintenance Garanteeextension

BASIC Business hours Next working day Standard 1 x/year No

COMFORT Business hours Next day Standard 2 x/year No

ADVANCED 24 hours/365 days/year Next day 24 hours 2 x/year Yes

FULL 24 hours/365 days/year 8 hours Individual concept (at least 2 x/year) Yes

CUSTOMIZED

Product overview


2) Approvals at the time of going to press. Other approvals are currently under preparation. For an up-to-date approval list, please see www.rittal.com.

LCP PlusUseful cooling

output

Dimensions W x H x D

mm

Voltage V, Hz Model No. SK

Approvals2) Cat. 32, pageUL CUL GS

Up to 30 kW 300 x 2000 x 1200 230, 50/60 3301.4801) � � � 728

Up to 40 kW 300 x 2400 x 1200 230, 50/60 on request 728 1) Delivery times available on request.

LCP StandardUseful cooling

output


mm



Up to 20 kW 300 x 2000 x 1000 230, 50/60 3301.230 � � � 728

Up to 20 kW 300 x 2000 x 1000 115, 50/60 3301.210 � � � 728

Up to 20 kW 300 x 2000 x 1200 230, 50/60 3301.420 728

Additional module1)

max. 6.6 kW To fitLCP Standard 230, 50/60 3301.250 728

1) To fit SK 3301.230/.210/.420

LCP ModularUseful cooling

output


mm

Voltage V, Hz

Model No. SK

Approvals2) IT News, page UL CUL GS

Up to 20 kW 300 x 2000 x 1000 200 – 230 V, 1~, 50/60 Hz 400 V, 3~, 50/60 Hz 3301.460 22

Additional module2)

6,6 kW To fitLCP Modular

200 – 230 V, 1~, 50/60 Hz 400 V, 3~, 50/60 Hz 3301.290 22

LCP ExtendUseful cooling

output


mm



12 kW 520 x 1910 x 160 230, 50/60 3301.4901) � 728 1) Delivery times available on request.

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Product overview


2) Approvals at the time of going to press. Other approvals are currently under preparation. For an up-to-date approval list, please see www.rittal.com.

CRAC systems

Useful cooling output


mm

Voltage V, Hz

Model No. SKIT News,

page Without heater

With heater

With dampening

With heater and

dampening

23 kW1100 1950 650

400/50 3301.620 3301.630 3301.640 3301.650 19

39 kW1100 1950 850

400/50 3301.660 3301.670 3301.680 3301.690 19

78 kW1800 1950850

400/50 3301.830 3301.840 3301.850 3301.860 19

118 kW2600 1950 850

400/50 3301.870 3301.880 3301.890 3301.990 19

18 kW11001950850

400/50 3300.510 3300.520 3300.530 3300.540 19

30 kW11001950850

400/50 3300.560 3300.570 3300.580 3300.590 19

43 kW14001950850

400/50 3300.710 3300.720 3300.730 3300.740 19

54 kW18001950850

400/50 3300.760 3300.770 3300.780 3300.790 19

LCP InlineUseful cooling

output


mm


Approvals2) IT News, page UL CUL DIN GS

Up to 30 kW 300 x 2000 x 1200 230 V, 1~, 50/60 Hz400 V, 3~, 50/60 Hz 3301.470 21

Cold aisle containment Model No. SK IT News,

page

Roof element 3300.170 3300.180 – 20

Door element – – 3300.160 20

Width of element (identical to enclosure width), mm 600 800 –

Width of cold aisle mm 1200 1200 1200

Height of cold aisle mm – – 2000

Product overview


Water/water heat exchangerin the TS 8 Top enclosure system

Cooling outputDimensions incl. base/plinth

W x H x D mm

Voltage V, Hz Model No. SK Cat. 32,

page

25000 W 1200 x 1900 x 800 400, 3~, 50 3232.900 685

50000 W 1200 x 1900 x 800 400, 3~, 50 3232.910 685

75000 W 1200 x 1900 x 800 400, 3~, 50 3232.920 685

100000 W 1600 x 1900 x 800 400, 3~, 50 3232.930 685

150000 W 1600 x 1900 x 800 400, 3~, 50 3232.940 685

200000 W 2000 x 1900 x 800 400, 3~, 50 3232.950 685

250000 W 2000 x 1900 x 800 400, 3~, 50 3232.960 685

Delivery times available on request.

Chiller for IT cooling

Cooling outputDimensions W x H x D

mm

Voltage V, Hz Model No. SK IT News,

page

4000 W 670 x 1220 x 720 400, 3~, 50 3300.900 6671)

8000 W 750 x 1600 x 880 400, 3~, 50 3300.901 6671)

12000 W 750 x 1600 x 880 400, 3~, 50 3300.902 6671)

15000 W 810 x 1400 x 1560 400, 3~, 50 3232.700 23

23700 W 715 x 1400 x 1560 400, 3~, 50 3232.710 23

24000 W 900 x 1970 x 1450 400, 3~, 50 3300.905 6671)

35500 W 815 x 1400 x 1560 400, 3~, 50 3232.720 23

36000 W 900 x 1970 x 1450 400, 3~, 50 3300.910 6671)

48000 W 900 x 2000 x 2400 400, 3~, 50 3300.912 6681)

48500 W 1000 x 2180 x 2000 400, 3~, 50 3232.730 23

60000 W 900 x 2000 x 2400 400, 3~, 50 3300.915 6681)

61000 W 1100 x 1606 x 2450 400, 3~, 50 3232.740 23

72000 W 1100 x 1606 x 2450 400, 3~, 50 3232.750 23

82000 W 1100 x 1606 x 2450 400, 3~, 50 3232.760 23

84000 W 900 x 2000 x 2800 400, 3~, 50 3300.920 6681)

92000 W 1100 x 1606 x 2950 400, 3~, 50 3232.770 23

113000 W 1100 x 1875 x 2950 400, 3~, 50 3232.780 23

120000 W 1000 x 2400 x 3300 400, 3~, 50 3300.925 6681)

123000 W 1100 x 1875 x 2950 400, 3~, 50 3232.790 23

145000 W 1100 x 1875 x 2950 400, 3~, 50 3232.800 24

150000 W 1000 x 2400 x 3300 400, 3~, 50 3300.930 6681)

161000 W 1100 x 1875 x 2950 400, 3~, 50 3232.810 24

193000 W 1100 x 1875 x 3950 400, 3~, 50 3232.820 24

248000 W 2200 x 2450 x 3400 400, 3~, 50 3232.830 24

280000 W 2200 x 2450 x 3400 400, 3~, 50 3232.840 24

312000 W 2200 x 2450 x 3400 400, 3~, 50 3232.850 24

372000 W 2200 x 2450 x 4250 400, 3~, 50 3232.860 24

415000 W 2200 x 2450 x 4250 400, 3~, 50 3232.870 24

462000 W 2200 x 2450 x 4250 400, 3~, 50 3232.880 24 1) Cat. 32Delivery times available on request.

Product overview


Rack-mounted fan Air throughput

unimpeded air flow

No. of fans

Distance between axes

mm

Voltage V, Hz

Model No. SK

Approvals Cat. 32, pageUL CUL VDE

250 m3/h 3 85 36 (DC) – 72 (DC) 9769.0021) 699

320 m3/h

2 85 24 (DC) 3340.0241) � � � 699

2 85 115 (AC), 50/60 3340.1151) � � � 699

2 85 230 (AC), 50/60 3340.230 � � � 699

480 m3/h

3 85 24 (DC) 3341.0241) � � � 699

3 105 24 (DC) 3342.024 � � � 699

3 85 115 (AC), 50/60 3341.115 � � � 699

3 105 115 (AC), 50/60 3342.1151) � � � 699

3 85 230 (AC), 50/60 3341.230 � � � 699

3 105 230 (AC), 50/60 3342.230 � � � 699

3 105 24 (DC) 115 – 230 (AC), 50/60 3342.500 � � � 699

1) Delivery times available on request.

Vario rack-mounted fanAir throughput

unimpeded air flow

No. of fans

Distance between axes

mm

Voltage V, Hz

Model No. SK

Approvals Cat. 32, pageUL CUL VDE

320 m3/h

2 85 24 (DC) 3350.0241) � � � 699

2 85 115 (AC), 50/60 3350.1151) � � � 699

2 85 230 (AC), 50/60 3350.230 � � � 699

480 m3/h

3 85 24 (DC) 3351.0241) � � � 699

3 105 24 (DC) 3352.0241) � � � 699

3 85 115 (AC), 50/60 3351.1151) � � � 699

3 105 115 (AC), 50/60 3352.1151) � � � 699

3 85 230 (AC), 50/60 3351.230 � � � 699

3 105 230 (AC), 50/60 3352.230 � � � 699

3 105 24 (DC) 115 – 230 (AC), 50/60 3352.5001) � � � 699

1) Delivery times available on request.

Centrifugal fanAir throughput

unimpeded air flow


mm

Voltage V, Hz Model No. SK Cat. 32,

page

320 m3/h 482.6 x 87.2 x 158115, 50/60 3145.000 700

230, 50/60 3144.000 700

Product overview


Roof-mounted fan and vent attachment for TS 8

Air throughput unimpeded air flow

Voltage V, Hz

Required mounting cut-out

W x D mm

Model No. SK

Cat. 32, page

400 m3/h

115, 50/60 475 x 260 3149.410 701

230, 50/60 475 x 260 3149.420 701

400, 3~, 50/60 460, 3~, 60 475 x 260 3149.440 701

800 m3/h

115, 50/60 475 x 260 3149.810 701

230, 50/60 475 x 260 3149.820 701

400, 3~, 50/60 460, 3~, 60 475 x 260 3149.840 701

Without motor 490 x 390 8801.380 701

Roof-mounted fan Air throughput

unimpeded air flowVoltage V, Hz

Required mounting cut-out

W x D mmModel No. SK Cat. 32,

page

360 m3/h230, 50/60 345 x 265 3149.007 701

115, 50/60 345 x 265 3169.007 701

Without fan motor 345 x 265 3148.007 701

for TS/FR(i) for the office sector

Air throughput unimpeded

air flow

Voltage V, Hz

Version Dimensions W x H x D

mm

Model No. SK

Cat. 32, pagewith

roof platewithout

roof plate

1,500 m3/h115, 50/60 � 800 x 240 x 800 3164.610 702

230, 50/60 � 800 x 240 x 800 3164.620 702

1,500 m3/h115, 50/60 � 800 x 240 x 900 3164.810 702

230, 50/60 � 800 x 240 x 900 3164.820 702

1,500 m3/h115, 50/60 � 511 x 227 x 511 3164.115 702

230, 50/60 � 511 x 227 x 511 3164.230 702

TS 8 air baffle system The system has an air inlet in the base frame. In this way, cold air may be drawn in from below. The air is then routed into the twin-walled door. The cold air may be distributed inside the rack with special covers. 15 covers are supplied with every door.

Colour:RAL 7035

Packs of

Model No. DK

Cat. 32, page

TS 8 sheet steel door, twin-walled W 600 x H 2000 mm

1 7766.520 702

TS 8 sheet steel door, twin-walled W 600 x H 2,200 mm

1 7766.522 702

Air inlet nozzle W 600 mm 1 7766.500 702

Delivery times available on request.

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Rittal GmbH & Co. KG � Postfach 1662 � D-35726 HerbornTelephone: +49(0)2772 505-0 � Telefax: +49(0)2772 505-2319 � eMail: [email protected] � www.rittal.com

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Turnkey philosophyRittal recommends its turnkey philosophy for cooling IT operating environments.

This refers to a complete cooling solution, from the IT chiller through to energy-efficient refrigeration with free cooling concepts, including the entire Rittal piping system with hydraulic separating filter and redundant media pumping. The range also includes customised cooling units for direct cooling of hardware or for conventional cooling using a raised floor for air distribution.

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We will be happy to send you further information or advise you in person.

Please send me the following brochure(s):

❑ IT Catalogue

❑ IT News 2008

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