UAP - RC Group Range 2013 - TrueLocalmedia.truelocal.com.au/4/4/4D1FBD9D-B88F-4D34-B60C... · 17 C_GNR_0113 RCGROUP SpA 19632013 fiftycoolyears NEXT nexT OVERexT OVER MAIN COMPONENTS

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RCGROUP SpA 19632013 fiftycoolyears

AIR CONDITIONERS

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19632013 fiftycoolyears RCGROUP SpA

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EXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXEXEXEXEXNEXNEXNEXNEXNEXNEXNEXNEX

A CUP

FLOWDOWNFLOWR410A

E C

6,4 ÷ 108 kW

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next UNDER

A CUP

FLOWDOWNFLOWR410A

E C

next UNDER

GENERAL FEATURES

The NEXT series air conditioners are the best answer to

the need of a precise control of the thermo-hygrometric

and air purity conditions in the modern and sophisticated

Hi-Tech installations granting the optimal environment for

electronic equipment to work in and operators wealth.

Computer rooms, telephone exchanges, internet hotels,

museums, shopping centres are just some of the typical

applications of NEXT units, whose efficiency, silentness

and versatility features are appreciated by the most

qualified users worldwide.

HIGH DENSITY

The layout optimization of components and accessories

makes NEXT air conditioners able to grant a high cooling

density for those situations where the space organization

is a key-factor.

VERSIONS:

DX (R410A) - Plug Fan

Direct expansion air conditioner in Under

and Over versions, for remote air cooled

condenser matching.

DW (R410A) - Plug Fan

Direct expansion air conditioner in Under

and Over versions, with built-in water cooled

condenser.

close control air conditioners with remote air cooled condenser or built-in water cooled condenser

NEXT is equipped with Plug-fan

Only cooling Scroll type compressor

R410A refrigerant chargePlug-fan with brushless type EC electric motor

Plug-fan with AC motor

Indoor installation

size H0÷H3size H4÷H7

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NEXT

nexT OVERexT OVER

MAIN COMPONENTS

profile frame and panels in galvanized steel

sheet externally coated with PVC film.

NEXT air conditioners are available in Over and Under

version.

Up-flow air delivery (Over)

The air distribution is from the top of the unit directly in to

the room.

The air flow in each area is predetermined during the

design stage and it is not dependent on the actual state

of the load to be dissipated. The system is normally

applied in Comfort plants and in those plants having a

defined low/medium room thermal loads density.

Down-flow air delivery (Under)

The air distribution is from the bottom by means of the

plenum between the building floor and the raised floor.

This solution is usually applied in Hi-Tech room air

conditioning and it is most favourable when load is

uniformly distributed in all areas of the room.

MAIN OPTIONAL ACCESSORIES

system


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NEXT

006 008 010 007 009 011 013 014 015 017 019 021 023 025 029 P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S H0 H0 H0 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H4 H4 6,4 7,4 8,8 7,1 8,2 9,7 10,8 11,7 14,0 16,4 17,4 19,0 21,7 24,5 27,7 1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 160 160 160 186 189 190 191 244 246 247 303 306 307 421 421 160 160 160 192 196 197 198 254 256 258 314 317 318 441 441 50,7 52,5 54,6 49,7 50,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58,1 60,7 50,7 50,7 50,7 40,4 42,6 42,6 43,1 47,1 47,1 47,6 48,0 49,0 48,2 51,6 53,3

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048 P1 S P1 S P1 S P1 S P1 S P2 DC P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H4 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H6 H6 H6 H6 32,8 34,5 37,1 40,9 47,4 22,9 29,7 32,9 32,3 38,2 37,6 40,5 39,8 44,8 45,9 7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 422 476 476 476 484 455 457 457 457 460 460 563 563 565 565 442 492 492 492 500 471 473 473 473 476 476 589 589 591 591 60,7 62,6 62,9 63,2 63,5 57,7 62,6 62,6 62,6 64,0 64,0 61,3 61,3 59,0 59,0 53,3 57,0 57,1 57,2 57,8 51,8 57,0 57,2 57,2 57,8 57,8 53,0 53,0 51,5 51,5

052 052 060 060 064 064 072 072 082 082 092 092 100 100 P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7 49,3 49,6 56,7 56,8 58,8 58,9 70,6 70,1 77,8 79,2 86,1 86,2 98,3 97,4 13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040 2 2 2 2 2 2 2 2 2 2 2 2 2 2 668 668 668 668 683 683 770 770 776 776 783 783 812 812 694 694 694 694 709 709 803 803 810 810 816 816 845 845 60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7 53,9 53,9 57,3 57,3 58,0 58,0 56,1 56,1 60,3 60,3 62,0 62,0 62,1 62,1

close control air conditioners with remote air cooled condenseror built-in water cooled condenser

TECHNICAL DATA AND NOMINAL PERFORMANCES

NEXT DX under/over - Plug fans

MODEL

SizeCooling capacity (1) kW Air flow m3/hCompressors n.Weight Over kgUnder kgSound pressure (2) Over dB(A)Under dB(A)

MODEL


Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 24°C with 50%RH and air to the condenser at 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

AIR COOLED CONDENSERThe DX series is planned for the matching to the TEAM MATE condenser series.

MODEL


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006 008 010 007 009 011 013 014 015 017 019 021 023 025 029 P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S H0 H0 H0 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H4 H4 6,9 8,2 9,9 7,6 9,0 10,6 12,0 13,1 15,8 18,4 18,4 20,1 22,4 26,1 29,3 1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 161 161 161 187 190 191 192 245 247 248 304 307 308 422 422 161 161 161 193 197 198 199 255 257 259 315 318 319 442 450 50,7 52,5 54,6 49,7 50,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58,1 60,7 50,7 50,7 50,7 40,4 42,6 42,6 43,1 47,1 47,1 47,6 48,0 49,0 48,2 51,6 53,3

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048 P1 S P1 S P1 S P1 S P1 S P2 DC P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H4 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H6 H6 H6 H6 34,0 37,7 41,4 45,1 52,5 25,7 32,7 35,7 35,7 41,6 41,7 44,7 44,9 50,0 50,2 7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 423 478 478 478 486 456 458 458 458 461 461 565 565 567 567 443 494 494 494 502 472 474 474 474 477 477 591 591 593 593 60,7 62,6 62,9 63,2 63,5 57,7 62,6 62,6 62,6 64,0 64,0 61,3 61,3 59,0 59,0 53,3 57,0 57,1 57,2 57,8 51,8 57,0 57,2 57,2 57,8 57,8 53,0 53,0 51,5 51,5

052 052 060 060 064 064 072 072 082 082 092 092 100 100 P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7 54,7 55,0 62,6 62,7 65,0 65,2 76,6 76,8 86,9 87,3 95,9 96,1 108,0 108,0 13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040 2 2 2 2 2 2 2 2 2 2 2 2 2 2 670 670 670 670 685 685 772 772 778 779 786 786 815 815 696 696 696 696 711 711 805 805 812 813 819 819 848 848 60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7 53,9 53,9 57,3 57,3 58,0 58,0 56,1 56,1 60,3 60,3 62,0 62,0 62,1 62,1

NEXT


NEXT DW under/over - Plug fans

MODEL


MODEL


Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 24°C with 50%RH and water to the condenser 30/36°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

MODEL



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a b

c

DIMENSIONS (mm)

Size a b c

H0 655 420 1.680

H1 650 650 1.925

H2 785 650 1.925

H3 1.085 750 1.925

H4 1.320 860 1.980

H5 1.620 860 1.980

H6 2.155 860 1.980

H6L 2.155 930 1.980

H7 2.690 860 1.980

H7L 2.690 930 1.980

H8 3.225 860 1.980

H8L 3.225 930 1.980


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EXTEXTEXTEXTEXTEXTEXTEXTEXTEXT EEXT EEXT EEXT EEXT EVEXT EVEXT EVEXT EVEXT EVEXT EVNEXT EVNEXT EVNEXT EVNEXNEXNEXNEXNEX7,3 ÷ 71,4 kW

INVERTERE C

UPFLOW

DOWNFLOWR410A

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NEXT EVO INV

next EVO INV UNDER

INVERTERE C

UPFLOW

DOWNFLOWR410A

and remote air cooled condenser

VERSIONS:

DX (R410A) - Plug Fan

Direct expansion air conditioner in Under and Over

versions, equipped with inverter driven compressors for

remote air cooled condenser matching.

NEXT EVO INV air conditioners are available in

Over and Under version.


The air distribution is from the top of the unit

directly in to the room.

Down-flow air delivery (Under)

The air distribution is from the bottom by means

of the plenum between the building floor and the

raised floor.


Compressor electric motor driven by inverterR410A refrigerant charge

Plug-fan with brushless type EC electric motor

Indoor installation

INTRODUCTIONThe NEXT EVO INV air conditioners form a range of machines

featuring advanced hi-tech characteristics, designed for a

variety of applications, subject to strict requirements in terms

of control of internal environmental conditions, continuous

operation, reliability and energy saving.

The fields of application of the NEXT EVO INV air conditioners

are especially suited for the following applications:

transformer rooms etc.

meteorology labs, libraries, museums and museum

archives where perishable media is stored or controlled

contamination rooms in general

and negligible or absent latent loads (low occupancy

computer rooms), TV and photographic studios, specialist

therapeutic treatment or analysis centres in the healthcare

sector (TAC, nuclear medicine, X-rays etc.)

shopping centres, post offices, bank branches, show

rooms etc.

NEXT EVO INV UNDER

7 unit size

9 models

40,5 dB(A) 1 meter far (ISO 3744)

NEXT EVO INV OVER

7 unit size

9 models


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nexT EVO INV OVERnexT EVO INV OVER


INVERTER SYSTEM

The compressor driven by an inverter varies the load continuously and the

regulation of the refrigerant circuit can be easily adapted, without oscillations and

transients, to the operating conditions required.

The system is highly efficient since it is supplying the energy necessary to satisfy

the required thermal load only; furthermore it is possible to supply thermal or

cooling energy even in case of overload conditions of the system. The working

range of NEXT EVO INV, in comparison to the nominal values of cooling and

thermal capacity output, varies on average from 35% to 120%.

DIRECT FREE-COOLING SYSTEM

The direct free-cooling system is an important

accessory that allows you to maximize energy

savings of air conditioning plant.

According to the set-point and to the energy-

saving logic of the software, the microprocessor

activates the free-cooling system with direct

introduction into the room of ambient air.

AN EFFICIENT ENERGY USE

One of the most important characteristics of NEXT EVO INV machines is their

high energy efficiency, both at design and at the various operating conditions

experienced during the year.

The machine are equipped with inverter driven Scroll

compressors allowing proportional control of the

cooling capacity, while the fans electric motors are

brushless type with built-in electronic commutation

system (EC).

These electric motors are ensuring high performances,

minimum energy consumption and total absence of

electromagnetic noise.

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NEXT EVO INVand remote air cooled condenser

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NEXT EVO INV


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NEXT EVO INV

nexT EVO INV OVER

nexT EVO INV under



MAIN COMPONENTS

steel RAL 9005

7016

system.

to on/off type compressor in unit with multiple

compressors.

safety

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MICROPROCESSOR CONTROL SYSTEM

Microprocessor control system for the management

and monitoring of the working and alarm statuses. The

system includes:

maintenance intervention.

and alarms recording.

lack of power supply.

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NEXT EVO INV

007 010 016 020 028 E0 E1 E2 E3 E4 Min Nom Max Min Nom Max Min Nom Max Min Nom Max Min Nom Max 7,3 8,5 9,5 8,7 11,6 17,3 13,5 18,0 21,3 15,2 22,5 31,0 16,7 28,1 37,0 1800 1800 1800 2700 2700 2700 4000 4475 4475 5500 6000 6600 7500 9500 12200 1 1 1 1 1 -- -- -- -- -- 1 1 1 1 1 3,69 3,17 2,75 4,00 3,36 2,16 3,68 3,00 2,54 4,19 3,34 2,43 4,32 3,44 2,69 170 230 270 310 420 180 240 280 330 430 45,1 45,1 45,1 47,3 47,3 47,3 49,5 51,1 51,1 49,5 50,8 52,3 48,5 51,7 56,2 45,1 45,1 45,1 40,5 40,5 40,5 42,9 45,1 45,1 43,0 44,8 46,7 40,3 44,9 50,2

034 040 053 057 E4 E5 E5 E6 Min Nom Max Min Nom Max Min Nom Max Min Nom Max 16,9 35,0 50,2 16,8 40,8 52,9 17,0 54,2 69,1 17,7 60,6 71,4 7500 11000 12200 6500 12500 15500 6500 12500 15500 8000 18000 18000 1 1 1 1 1 1 2 2 1 1 1 1 4,19 3,51 2,57 4,53 3,42 2,62 4,12 3,40 2,83 4,19 3,30 2,86 460 540 590 630 470 550 600 640 49,6 54,5 56,3 47,8 53,7 57,6 48,7 57,7 57,7 48,5 55,3 55,3 40,7 48,0 50,2 37,2 48,1 52,6 37,7 52,6 52,6 37,0 49,9 49,9


MODEL

Size

Cooling capacity (1) kW Air flow m3/hCompressors INVERTER n.Compressors On/Off n.Refrigerant circuits n.EER (1)Weight Over kgUnder kgSound pressure (2) Over dB(A)Under dB(A)

MODEL

Size

Cooling capacity (1) kW Air flow m3/hCompressors INVERTER n.Compressors On/Off n.Refrigerant circuits n.EER (1)Weight Over kgUnder kgSound pressure (2) Over dB(A)Under dB(A)

DIMENSIONS (mm)


AIR COOLED CONDENSERThe DX series is planned for the matching

to the TEAM MATE condenser series.

NEXT EVO INV under/over - Plug fans

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50%RH and air to the condenser at 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N

Size a b c

E0 655 445 1.680

E1 650 675 1.925

E2 785 675 1.925

E3 1.085 775 1.925

E4 1.305 930 1.980

E5 1.630 930 1.980

E6 1.875 930 1.980

The machine are available also with built-in water cooled condensing system

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EXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXT EEXT EEXT EEXT EEXT EVEXT EVEXT EVEXT EVEXT EVEXT EVNEXT EVNEXT EVNEXT EVNEXNEXNEXNEX6,2 ÷ 248 kW

E CCHILLEDWATER

UPFLOW

DOWNFLOW

CC

WITH UPFLOW OR DOWNFLOW AIR DELIVERY

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next evo cw

NEXT EVO CW plus

NEXT EVO CW

NEXT EVO CW plus

E CCHILLEDWATER

UPFLOW

DOWNFLOW

CC

INTRODUCTIONThe NEXT EVO CW series air conditioners are the

best answer to the need of a precise control of the

thermo-hygrometric and air purity conditions in the

modern and sophisticated Hi-Tech installations,

granting the optimal environment for electronic

equipment to work in and operators wealth.

Data centres, telephone exchanges, internet

hotels, museums are just some of the typical

applications of NEXT EVO CW units, whose

efficiency, silentness and versatility features are

appreciated by the most qualified users worldwide.

NEXT EVO CW OVER

10 unit size

28 models


NEXT EVO CW UNDER

10 unit size

28 models


NEXT EVO CW PLUS

4 unit size

12 models


Only cooling Chilled water feeding

Plug-fan with brushless type EC electric motorUpflow air delivery

Downflow air delivery Indoor installation

NEXT EVO CW PLUS with Plug-Fans

Chilled water feeding air conditioner in two sections

with down-flow air delivery.

NEXT EVO CW UNDER with Plug-Fans

Chilled water feeding air conditioner with down-flow

air delivery.

NEXT EVO CW OVER with Plug-Fans

Chilled water feeding air conditioner with up-flow air

delivery.

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next evo cw

unico turbo fl


One of the most important characteristics of NEXT EVO CW machines is

their high energy efficiency, both at design and at the various operating

conditions experienced during the year.

The fans electric motors are the brushless type with built-in electronic

commutation system (EC) which yield high energy savings during

operation in reduced air flow.

These electric motors are ensuring high performances, minimum energy

consumption and total absence of electromagnetic noise

FREE-COOLING

The free-cooling system is an

important accessory that allows you

to maximize energy savings of air

conditioning plant

The microprocessor controls a dual

source free-cooling system: direct

free-cooling with direct introduction

into the room of ambient air, or water

indirect free-cooling with a dedicated

heat exchanger.

According to the set-point and the

energy saving logic the controller

activates the free-cooling system

more affordable.

THE RC GROUP TECHNICAL SYNERGY IN ENERGY CLASS “A”

RC Group proposes itself as the sole supplier of

offering both the air conditioning units and the

liquid chillers.

The synergy includes the air conditioners NEXT

EVO CW and the air-cooled liquid chillers series

UNICO TURBO FL.

These liquid chillers are equipped with oil-free

two stage centrifugal compressors with magnetic

levitation bearings, flooded shall and tube

evaporator and micro-channel type condensing

coil.

The 17 proposed models cover cooling capacities

from 280 to 1500 kW, all in energy class “A” with a value of 5.76 ESEER

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next evo cw

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next evo cw

next evo cw PLUS

HIGH COOLING

DENSITY

up to 72,0 kW/m2

The layout optimization of

components and accessories

makes the NEXT EVO CW PLUS air

conditioners able to grant a high

cooling density for those situations

where the space organization is a key-

factor.

The machine is divided in two

sections:

the upper part (“A” in the picture)

includes the high efficiency air filters

and the air handling section with a

cooling coil available in 3 versions:

with 4, 6 or 8 rows.

The lower part (“B” in the picture) can

be placed in the compartment formed

by the raised floor and includes the

plug-fans.

The lower part is also provided with

height-adjustable feet to allow the

adaptation of the frame to the height

of the raised floor.

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next evo cw


Microprocessor control system for the management and monitoring of the working and alarm statuses. The system

includes:

MAIN COMPONENTS

steel RAL 9005

system.

manual control.

safety


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next evo cw

006 015 015 015 023 023 023 033 033 033 060 060 060 082 082 082 E0 E1 E1 E1 E2 E2 E2 E3 E3 E3 E4 E4 E4 E5 E5 E5 4R 4R 6R 8R 4R 6R 8R 4R 6R 8R 4R 6R 8R 4R 6R 8R 6,2 11,8 15,2 -- 19,1 23,3 -- 27,8 34,1 -- 49,3 60,9 -- 67,5 82,8 -- 4,1 8,1 9,8 10,5 13,1 15,7 16,8 19,2 22,9 25,2 34,5 41,5 44,2 45,9 55,1 60,7 1800 2700 2700 2700 4475 4475 4475 6600 6600 6600 12200 12200 11700 15500 15500 15500

39,8 44,9 45,7 45,6 50,8 51,7 52,5 51,4 51,9 52,5 54,7 54,9 54,3 57,2 57,5 57,8 32,9 40,1 40,9 40,8 45,9 46,7 47,6 46,6 47,1 47,7 50,1 50,2 49,6 52,5 52,7 53,1

098 098 098 116 116 116 128 128 128 148 148 148 E6 E6 E6 E7 E7 E7 E8 E8 E8 E9 E9 E9 4R 6R 8R 4R 6R 8R 4R 6R 8R 4R 6R 8R 73,7 98,9 -- 89,3 110,0 -- 106,0 130,0 -- 123,0 151,0 -- 51,4 65,0 71,6 61,4 73,9 81,4 71,9 86,4 95,1 84,1 101,0 108,0 18000 18000 18000 21100 21100 21100 24200 24200 24200 28680 28680 28680 59,4 59,9 60,5 54,8 55,3 55,9 59,8 60,0 60,3 62,2 62,7 63,2 54,6 55,1 55,7 50,1 50,5 51,0 55,1 55,3 55,5 57,5 57,9 58,4


DIMENSIONS (mm)

Size a b c

E0 655 445 1.680

E1 650 675 1.925

E2 785 675 1.925

E3 1.085 775 1.925

E4 1.305 930 1.980

E5 1.630 930 1.980

E6 1.875 930 1.980

E7 2.175 930 1.980

E8 2.499 930 1.980

E9 2.899 930 1.980

MODELSizeVersionCooling capacity (1) kW Cooling capacity (2) kW Air flow m3/hSound pressure (3) Over dB(A)Under dB(A)

MODELSizeVersionCooling capacity (1) kW Cooling capacity (2) kW Air flow m3/hSound pressure (3) Over dB(A)Under dB(A)

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50%RH and chilled water temperature 7/12°C(2) Gross value - Referred to entering air at 24°C with 50%RH and chilled water temperature 10/15°C(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400.3.50+N


NEXT EVO CW under/over - Plug Fans

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140 140 140 160 160 160 190 190 190 240 240 240 E7 E7 E7 E8 E8 E8 E9 E9 E9 E10 E10 E10 PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS 4R 6R 8R 4R 6R 8R 4R 6R 8R 4R 6R 8R 114,0 141,0 -- 136,0 167,0 -- 157,0 193,0 -- 202,0 248,0 -- 78,6 94,6 104,0 92,0 111,0 122,0 108,0 129,0 139,0 136,0 164,0 180,0 27000 27000 27000 30950 30950 30950 36700 36700 35600 45500 45500 45500 57,4 57,5 57,7 58,9 59,2 59,6 54,9 55,0 54,6 54,6 54,8 55,2


NEXT EVO CW PLUS under - Plug Fans

MODELSize

VersionCooling capacity (1) kW Cooling capacity (2) kW Air flow m3/hSound pressure (3) dB(A)

DIMENSIONS (mm)

Size a b c1 c2

E7 PLUS 2.175 930 1.980 600

E8 PLUS 2.499 930 1.980 600

E9 PLUS 2.899 930 1.980 600

E10 PLUS 3.510 930 1.980 600

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50%RH and chilled water temperature 7/12°C(2) Gross value - Referred to entering air at 24°C with 50%RH and chilled water temperature 10/15°C(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400.3.50+N

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EXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXT MEXT MEXT MEXT MEXT MEXT MEXT MEXT MEXT MNEXT MNEXT MNEXT MNEXNEXNEXNEXNEX TTTTTTTT6,6 ÷ 15,4 kW

E CUP

FLOWR407c

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NEXT MTR

next mtr

E CUP

FLOWR407c

GENERAL FEATURES

The NEXT MTR air conditioners form a range of machines

featuring advanced Hi-Tech characteristics, designed for

a variety of applications, subject to strict requirements

in terms of control of internal environmental conditions,

continuous operation, reliability and energy saving.

The extreme precision of the MP.COM control system

allows maintaining temperature and humidity

conditions with a tolerance of ± 0.3°C and ± 3%rH.

NEXT MTR is particularly suitable for installation in

metrology labs, conservation labs and still in all those

applications that require continuous and precise control of

temperature and humidity.

VERSIONS:

DX (R407C) - Plug Fan

Direct expansion air conditioner in Over versions,

for remote air cooled condenser matching.

DW (R407C) - Plug Fan

Direct expansion air conditioner in Over versions,

with built-in water cooled condenser.

close control air conditioners for metrology labs with remote air cooled condenser or built-in water cooled condenser

NEXT MTR air conditioners are available in Over version.



the room.


design stage and it is not dependent on the actual state of

the load to be dissipated.


R407c refrigerant chargePlug-fan with brushless type EC electric motor

Upflow air deliveryIndoor installation

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NEXT MTR

MAIN COMPONENTS





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NEXT MTR

007 009 011 013 015 Z1 S Z1 S Z1 S Z1 S Z1 S H2 H2 H2 H3 H3 6,6 8,7 9,9 11,5 14,6 2300 3000 3300 4000 5500 1 1 1 1 1 235 238 244 295 305 54,4 54,8 55,1 55,9 57,1

007 009 011 013 015 Z1 S Z1 S Z1 S Z1 S Z1 S H2 H2 H2 H3 H3 7,0 9,0 10,3 12,4 15,4 2300 3000 3300 4000 5500 1 1 1 1 1 239 242 249 300 312 54,4 54,8 55,1 55,9 57,1

a b

c


NEXT MTR DX over - Plug fan

NEXT MTR DW over - Plug fan

MODEL

SizeCooling capacity (1) kW Air flow m3/hCompressors n.Weight kgSound pressure (3) dB(A)

MODEL


Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50% RH and outdoor air temperature at 35°C.(2) Gross value - Referred to entering air at 24°C with 50% RH and water inlet to the condenser 30/36°C.(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N

DIMENSIONS (mm)

Size a b c

H2 785 650 1.925

H3 1.085 750 1.925

AIR COOLED CONDENSER

The DX series is planned for the matching to the TEAM MATE condenser series.


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HEATHEATHEAT HEAT HEAT HEAT HEAT EAT HEAT HEAT HEAT HEAT HUHEAT HUHEAT HUHEAT HUHEAT HUHEAT HUHEAT HUHEAT HUHEHEHEHEHEHEHEHE

7,4 ÷ 70,0 kW

CHILLEDWATER

DISPLACEMENTR410A

INVERTER

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HEAT HUNTER

heat hunter

CHILLEDWATER

DISPLACEMENTR410A

INVERTER

GENERAL FEATURES

The HEAT HUNTER air conditioners, with displacement

air distribution, are the air conditioning spearhead solution

for telephone exchanges, internet hotels applications

and electronic appliances high concentration rooms, for

the electric consumption optimization in these specific

ambient.

Neither ductworks nor raised floor are necessary for the

air distribution.

HEAT HUNTER, in combination with RC Group Free-

Cooling chillers, forms the SOLUTION® patented system,

for energy saving optimization in presence of Hi-Tech

plants with variable flow.

Displacement air delivery (DL)

The air-conditioning system with displacement air delivery

is based on the principle that the air is distributed at a very

low speed, while enabling a cooling effect by convection.

The displacement system creates a cushion of cold air

at the floor level, thanks to proprietary COLDLAYER

technology, which is available for all the equipment

installed in the room, and can reach also the equipment

located in critical positions, thanks to patented AIR-RAIL®

injectors.

Every electronic equipment will “absorb” the amount of

cold required to maintain a correct temperature level

inside, through a natural convection effect.

VERSIONS :

DX (R410A)

Direct expansion air conditioner, for remote air cooled

condenser matching.

DW (R410A)

Direct expansion air conditioner, with built-in water

cooled condenser.

CW

Chilled water feeding air conditioner.

built-in water cooled condenser or chilled water feeding


Chilled water feedingR410A refrigerant charge

Centrifugal fan with inverter driven electric motorDisplacement air delivery

Indoor installation

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HEAT HUNTER

HEAT HUNTER is equipped with centrifugal fan

MAIN COMPONENTS

profile frame and panels in galvanized steel sheet

externally coated with PVC film.

and controlled by inverter.

manual control (CW)


system

AIR-RAIL® System

System patented by RC, consisting of a series of

the actual conditions of installation and positioning.

MISTRAL® control logic

The real displacement motor is the difference in air

the system operates correctly, this difference must remain

constant under all operating conditions.

The MISTRAL® (Modulating control of Indoor

makes it possible to reach this objective.

This is achieved by precisely timed integrated control of

power of the heat exchange unit are varied.

The MISTRAL® control logic, wholly developed at RC

by international patent.


The typical “honey comb” grille of the HEAT HUNTER series, optimised to grant wide air surface and low crossing speed

The greater the load inside the electronic equipment, the

greater this effect.

Therefore, every electronic equipment uses only the

amount required to dissipate its own thermal load, which

is generated by maximising the result and the energy

efficiency of the system.

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a b

c

HEAT HUNTER

008 009 010 013 015 017 021 023 027 030 038 045 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 HH0 HH0 HH0 HH1 HH1 HH1 HH2 HH2 HH2 HH2 HH3 HH3 7,4 8,4 9,8 13,1 15,4 17,2 20,4 22,8 26,7 29,4 37,7 44,1 2200 2200 2200 3300 3300 3300 6600 6600 6600 6600 10000 10000 1 1 1 1 1 1 1 1 1 1 1 1 205 205 205 310 320 320 390 390 425 440 530 540 51,5 51,5 51,5 59,1 59,1 59,1 62,2 62,2 62,2 62,2 64,2 64,2

008 009 010 013 015 017 021 023 027 030 038 045 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 HH0 HH0 HH0 HH1 HH1 HH1 HH2 HH2 HH2 HH2 HH3 HH3 7,8 8,8 10,4 14,1 16,7 18,2 22,1 24,2 27,9 31,7 39,8 48,6 2200 2200 2200 3300 3300 3300 6600 6600 6600 6600 10000 10000 1 1 1 1 1 1 1 1 1 1 1 1 215 215 215 320 340 340 405 405 440 455 550 565 51,5 51,5 51,5 59,1 59,1 59,1 62,2 62,2 62,2 62,2 64,2 64,2

14 21 25 44 66 HH0 HH1 HH1 HH2 HH3 15,9 24,2 33,9 51,1 70,0 2200 3330 5500 6660 10000 165 270 290 355 435 50,6 54,1 55,1 57,1 58,6

HEAT HUNTER DX

HEAT HUNTER DW

HEAT HUNTER CW

MODEL



MODEL


MODEL

SizeCooling capacity (3) kW Air flow m3/hWeight kgSound pressure (4) dB(A)

DIMENSIONS (mm) Size a b c

HH0 785 600 1.980

HH1 1.470 600 1.980

HH2 2.005 600 1.980

HH3 2.540 600 1.980

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 30°C with 35% RH and outdoor air temperature at 35°C.(2) Gross value - Referred to entering air at 30°C with 35% RH and water inlet to the condenser 30/36°C.(3) Gross value - Referred to entering air at 30°C with 35% RH and chilled water temperature 7/12,5°C.(4) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N




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EXTEXTEXTEXTEXTEXTEXTEXTEXTEXTEXT DEXT DEXT DEXT DEXT DLEXT DLEXT DLEXT DLEXT DLNEXT DLNEXT DLNEXT DLNEXNEXNEXNEXNEX7,7 ÷ 49,2 kW

E CCHILLEDWATER

DISPLACEMENT

CCR410A

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next dl

next dl

E CCHILLEDWATER

DISPLACEMENT

CCR410A

VERSIONS :

DX (R410A) Plug fan

Direct expansion air conditioner, for remote air cooled

condenser matching.

DW (R410A) Plug fan

Direct expansion air conditioner, with built-in water

cooled condenser.

CW Plug fan

Chilled water feeding air conditioner.GENERAL FEATURES

The NEXT DL air conditioners, with displacement air

distribution, are the air conditioning spearhead solution

for telephone exchanges, internet hotels applications

and electronic appliances high concentration rooms, for

the electric consumption optimization in these specific

ambient.

Neither ductworks nor raised floor are necessary for the

air distribution.

NEXT DL, in combination with RC Group Free-Cooling

chillers, forms the SOLUTION® patented system, for

energy saving optimization in presence of Hi-Tech plants

with variable flow.

NEXT DL is equipped with Plug fan


R410A refrigerant chargeChilled water feeding

Plug-fan with brushless type EC electric motor Displacement air delivery

Indoor installation


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next dl

Displacement air delivery (DL)

The air-conditioning system with

displacement air delivery is based on the

principle that the air is distributed at a very

low speed, while enabling a cooling effect by

convection.

Every electronic equipment will “absorb” the

amount of cold required to maintain a correct

temperature level inside, through a natural

convection effect. The greater the load inside

the electronic equipment, the greater this

effect.

Therefore, every electronic equipment

uses only the amount required to dissipate

its own thermal load, which is generated

by maximising the result and the energy

efficiency of the system.

MAIN COMPONENTS

profile frame and panels in galvanized steel sheet

externally coated with PVC film.

manual control (CW)


system


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next dl

a b

c

008 009 011 012 016 018 020 021 023 026 029 034 037 043 046 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H3 H3S H3S H3L H3L 7,7 8,9 10,5 11,5 15,4 17,0 19,2 21,2 23,2 25,2 28,3 34,4 37,0 40,8 43,8 2150 2500 2500 2500 3700 3700 3700 5100 5100 5100 5100 7000 7000 9500 9500 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 187 191 192 193 246 248 252 302 303 307 311 364 364 440 445 54,0 58,0 58,0 58,0 60,0 60,0 60,0 60,0 60,0 60,0 60,0 62,0 62,0 62,0 62,0

008 009 011 012 016 018 020 021 023 026 029 034 037 043 046 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H3 H3S H3S H3L H3L 8,3 9,7 11,4 12,9 16,6 17,0 20,3 21,7 23,0 26,8 29,1 39,7 41,2 44,5 48,9 2150 2500 2500 2500 3700 3700 3700 5100 5100 5100 5100 7000 7000 9500 9500 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 206 211 213 216 261 265 272 324 324 333 337 396 396 480 485 54,0 58,0 58,0 58,0 60,0 60,0 60,0 60,0 60,0 60,0 60,0 62,0 62,0 62,0 62,0

014 020 028 036 049 H1 H2 H3 H3S H3L 14,1 19,9 29,2 36,8 49,2 2500 3700 5100 7000 9500 166 204 257 295 360 55,0 57,0 57,7 59,4 63,0

MODEL



MODEL


MODEL

SizeCooling capacity (3) kW Air flow m3/hWeight kgSound pressure (4) dB(A)

DIMENSIONS (mm) Size a b c

H1 650 650 1.925

H2 785 650 1.925

H3 1.085 750 1.925

H3S 1.295 750 1.925

H3L 1.620 750 1.925

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 30°C with 35% RH and outdoor air temperature at 35°C.(2) Gross value - Referred to entering air at 30°C with 35% RH and water inlet to the condenser 30/36°C.(3) Gross value - Referred to entering air at 30°C with 35% RH and chilled water temperature 7/12,5°C.(4) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N



NEXT DL DX Plug fan

NEXT DL DW Plug fan

NEXT DL CW Plug fan

or built-in water cooled condenser or chilled water feeding

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COOLCOOLCOOLCOOLSCOOLSCOOLSCOOLSCOOLSCOOLSCOOLSICOOLSIDCOOLSIDCOOLSIDCOOLSIDCOOLSIDCOOLSIDCOOLSIDCOOLSIDCOCOCOCOCOCOCOCOCO4,5 ÷ 53,1 kW

INVERTERE C

CHILLEDWATER

FRONTFLOW

CCWR410A

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COOLSIDE evo

coolside evo b3

coolside evo b3l

INVERTERE C

CHILLEDWATER

FRONTFLOW

CCWR410A

GENERAL CHARACTERISTICSCOOLSIDE EVO is a precision cooling system, in split-

system type, for application in modern IT infrastructure as

telephone exchange, data bank, internet hotel and server

rooms, all characterized by high thermal loads.

COOLSIDE EVO is able to cope the high density of

thermal load in a small space, up to 24.9 kW on 0.3 m2

of floor space.

The modularity of the system together with the adaptive

logic of microprocessor control make COOLSIDE

EVO the best solution for cooling racks and the latest

generation equipment.

For installation are not required underfloor plenum, ducts

or false-ceilings; the installation foresee the insertion of

COOLSIDE EVO within the rows of racks to cool.

This allows to contrast the localized heat sources (hot

spot) tailoring the installation to the actual situation of the

plant.

Another big advantage is the modularity and scalability of

the system, characteristics that allow for quick adjustment

and economic development of plant layout, according to

the changing needs of the infrastructure.

THE SYSTEM:

COOLSIDE EVO DX (R410A)

÷

÷

÷

Indoor direct expansion evaporating unit.

MCAI (R410A) Air cooled motocondensing unit

MCWI (R410A) Water cooled motocondensing unit

MCAI M10:

Motocondensing unit equipped with Twin Rotary

type compressor, connected to one indoor

evaporating unit

MCAI / MCWI T20:

Motocondensing unit equipped with Scroll type

compressor, connected to one or two indoor

evaporating unit

MCAI / MCWI T40:

Motocondensing unit equipped with Scroll type

compressor, connected to one, two or three indoor

evaporating unit

COOLSIDE EVO CW

Chilled water fed terminal unit/s, to be matched to

a liquid chiller.

Only coolingTwin Rotary compressor Scroll type compressor

Compressor electric motor driven by inverterR410A refrigerant charge

Chilled water feedingPlug-fan with brushless type EC electric motor

Frontal air deliveryIndoor installation

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COOLSIDE evo

MCAI t20/T40

MCAI M10

t //T

I

MCwI t20/T40

MAIN COMPONENTS COOLSIDE EVO DX / CW - indoor unit

the bottom

presence alarm

access


MAIN COMPONENTSMCAI / MCWI motocondensing unit

motor controlled by inverter.

motor controlled by inverter.

(MCAI)

T20 / T40: 400/3/50+N

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COOLSIDE evo

The COOLSIDE EVO system is designed to serve two main “server room” architectures currently in use:

- cooling system for rows of racks (hot/cold aisle) with units size B3 / B6.

- direct cooling of the rack (closed loop) with units size B3L / B6L.

All COOLSIDE EVO units can be equipped on request with dual power supply system (network + UPS) to ensure continuity

of service even during periods of blackouts.

COOLSIDE EVO is available in direct expansion (DX) version, to be coupled to a remote air cooled (MCAI) or water cooled

(MCWI) motocondensing unit, or for supply with chilled water (CW) produced by a liquid chiller.

The direct expansion version is equipped with an inverter controlled hermetic twin-rotary or scroll compressors, which

reduces power consumption in real time adjusting to the real plant thermal load.

The maintenance of the machines is as simple as possible thanks to the completely removable panels and complete access

to the front.


One of the most important characteristics of COOLSIDE EVO units is their high energy

efficiency, both at design and at the various operating conditions experienced during

the year.

The motocondensing units are equipped with inverter driven

compressor allowing proportional control of the cooling capacity,

while the axial fans electric motors are brushless type with built-

in electronic commutation system (EC). Moreover the condensing

section is equipped with a “microchannel” type heat exchanger

coil totally made in aluminium.

The evaporating units are equipped with plug-fan directly

coupled to brushless type electric motor with built-in electronic

commutation system (EC).

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COOLSIDE evo

INVERTER SYSTEM

The compressor driven by an inverter varies the load continuously and

the regulation of the refrigerant circuit can be easily adapted, without

oscillations and transients, the operating conditions

required.

The system is highly efficient since it is supplying the

energy necessary to satisfy the required thermal load

only; furthermore it is possible to supply thermal or

cooling energy even in case of overload conditions of

the system. The working range of COOLSIDE EVO,

in comparison to the nominal values of cooling and

thermal capacity output, varies on average from 35% to 120%.

coil and refrigerant connections.

Eng

aged

pow

er

Motor rotation speed

PLUG FAN WITH EC ELECTRIC MOTOR

The fans electric motors are the brushless type with built-

in electronic commutation system (EC) which yield high

energy savings during operation in reduced air flow.

These electric motors are ensuring high performances,



ADVANTAGES OF THE “MICROCHANNEL TECHNOLOGY”

The micro-channel condensing coils are the ideal choice for operation with refrigerant pressures up-to 45 bar and they

are optimise on the motocondensing MCAI series with R410A refrigerant charge.

The micro-channel condensing coils are in aluminium and they are perfectly suitable for the civil and industrial

applications cooling, while the protection function of the oxide layer allows an optimum resistance to corrosion also in

case of aggressive ambient conditions.

The optional version with special protective surface treatment - acrylic painting TK Pro -

allows to obtain a high resistance to salt spray while maintaining

the same conditions of heat exchange capacity.

The use of aluminium for the micro-channel condensers

manufacture is able to offer the possibility for very light machinery:

the coil weight is only 50% compared to traditional copper pipes

and aluminium fins of the same capacity.

. The reduced air resistance of the micro-channel coils allows to

drastically reduce the fans motors electric energy consumption.

At the same performances conditions, the micro-channels

condensers require up-to less than 75% refrigerant when

compared to the traditional heat exchangers.

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COOLSIDE evo

MONO SPLIT MONO SPLITMONO SPLIT

MCAI M10 MCAI T20 MCAI T40

MCAI T20 MCAI T40

MCAI T40 MCAI T40

DX 010 DX 020 DX 040

2 x DX 010 2 x DX 020

3 x DX 020 3 x DX 010

MULTI SPLIT MULTI SPLIT

MULTI SPLIT MULTI SPLIT

POSSIBLE CONFIGURATIONS

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COOLSIDE evo

MCAI M10 MCAI T20 MCAI T40 MCWI T20 MCWI T40 10,0 20,0 40,0 21,6 42,4 1 1 1 1 1 30 ÷ 100 30 ÷ 100 30 ÷ 100 30 ÷ 100 30 ÷ 100 108 200 280 180 195 71,8 73,4 71,8 50,0 50,0


COOLSIDEEVO DX direct expansion

MODELSIZE

Cooling capacity (1) kW Air flow m3/hWeight kgNoise pressure (3) dB(A)

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 35°C with 30% RH and outdoor air temperature at 35°C.(2) Gross value - Referred to entering air at 35°C with 30% RH and chilled water temperature 7/12°C.(3) Sound pressure 1m far in free field according to ISO3744 norm. POWER SUPPLY: MCAI M10: 230/1/50 MCAI T20 / T40: 400/3/50+N MCWI T20 / T40: 400/3/50+N COOLSIDE EVO: 230/1/50

MCAI air cooled

MODELMotocondensing unitCooling capacity (1) kW Compressors n.Capacity control %Weight kgNoise pressure (3) dB(A)

COOLSIDE CW terminal units for chilled water systems

MODELSIZE

Cooling capacity (2) kW Air flow m3/hWater flow n.Weight kgNoise pressure (3) dB(A)

010 020 040 B3 / B3L B3 / B3L B6 / B6L Nominal Reduced Medium Maximum Nominal Reduced Medium Maximum Nominal Reduced Medium Maximum 10,0 4,5 8,1 11,1 20,0 10,0 15,0 22,5 37,5 20,0 28,0 41,7 2800 1300 2100 2900 4700 2200 3500 4850 9400 4300 7000 9700 B3 = 110 / B3L = 122 B3 = 120 / B3L = 132 B6 = 225 / B6L = 241 67,6 51,0 61,2 68,3 69,8 53,3 63,4 70,4 72,3 55,4 65,9 72,9

020 040 B3 / B3L B6 / B6L Nominal Reduced Maximum Nominal Reduced Maximum 24,3 19,6 24,9 51,9 41,7 53,1 4700 3500 4850 9400 7000 9700 4,18 3,37 4,27 8,90 7,15 9,11 B3 = 135 / B3L = 151 B6 = 245 / B6L = 261 69,8 63,4 70,4 72,3 65,9 72,9

MCWI water cooled

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COOLSIDE evo

ab

c

ab

c

MCAI M10

MCAI T20/40

MCWI T20/40

DIMENSIONS (mm)

Size a b c

MCAI 10 1.050 450 900

MCAI 20 1.050 450 1.395

MCAI 40 1.550 450 1.400

Size a b c

MCWI 20 525 510 1.695

MCWI 40 525 510 1.695

Size a b c

COOLSIDE EVO 010/020 B3 300 1.000 2.000

COOLSIDE EVO 040 B6 600 1.000 2.000

Size a b c

COOLSIDE EVO 010/020 B3L 300 1.200 2.000

COOLSIDE EVO 040 B6L 600 1.200 2.000

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OOLOOLOOLOOLOOLOOLSOOLSOOLSOOLSOOLSOOLSOOLSIOOLSIDOOLSIDOOLSIDOOLSIDOOLSIDCOOLSIDCOOLSIDCOOLSIDCOOLSIDCOOCOOCOOCOOCOOCOO

INVERTERE C

R410A

4,5 ÷ 22,5 kW

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COOLSIDE box

SERVER-RACKCOOLSIDE

INVERTERE C

R410A

Front side

Direct cooling system

GENERAL FEATURES

COOLSIDE BOX is a split system consisting of an

outdoor motocondensing unit equipped with inverter

driven variable speed compressor and of an indoor

evaporating unit supplied together with the server-rack

designed to house electronic equipment.

COOLSIDE BOX is a “close-loop” system (direct cooling

system) where the air conditioned directly flows into the

server-rack.

COOLSIDE BOX is able to dissipate thermal load

from 2 up to 22kW; the modularity of the system

together with the logic of adaptive microprocessor

control, make this new RCGroup system the best

solution for cooling electronic equipment of new

generation, characterized by high heat density.

These features, together with RCGroup quality

and reliability construction, make COOLSIDE BOX

the system ideal for conditioning of telephone

exchanges, data banks, internet hotels, server

farms and all electronic architectures with high heat

density.

Only cooling Twin Rotary type compressor

Scroll type compressorCompressor electric motor driven by inverter

R410A refrigerant chargePlug-fan with brushless type EC motor

Indoor installation

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COOLSIDE box


One of the most important characteristics of COOLSIDE BOX units is their

high energy efficiency, both at design and at the various operating conditions

experienced during the year.

The motocondensing units are equipped with inverter driven

compressor allowing proportional control of the cooling capacity, while

the axial fans electric motors are brushless type with built-in electronic

commutation system (EC).

The evaporating units are equipped with plug-fan directly coupled

to brushless type electric motor with built-in electronic commutation

system (EC).

These electric motors ensuring high performances,



Furthermore, the system “close-loop” that

characterizes this series of machines, ensures a drastic

reduction of energy losses typical of systems with cold and hot

aisle, as well as the expensive infrastructure investments to

achieve containment of the cold aisle.

COOLSIDE BOX (R410A)

÷

÷

Direct expansion split system with outdoor motocondensing unit coupled to indoor evaporating unit.

Model M10

Power supply 230/1/50

Motocondensing unit equipped with Twin Rotary

type compressor, connected to one indoor

evaporating unit

Model T20

Power supply 400/3/50+N

Motocondensing unit equipped with Scroll

compressor, connected to one or two indoor

evaporating unit

INVERTER SYSTEM

The compressor driven by an inverter varies the load continuously and the regulation of the refrigerant

circuit can be easily adapted, without oscillations and transients, the operating conditions required.

The system is highly efficient since it is supplying the energy necessary to satisfy the required thermal

load only; furthermore it is possible to supply thermal or cooling energy even in case of overload

conditions of the system. The working range of COOLSIDE BOX, in comparison to the nominal values

of cooling and thermal capacity output, varies on average from 35% to 120%.

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COOLSIDE box

COOLSIDE box MCAI t20MCAI M10 MCAI t20MCAI M10COOLSIDE box

Outdoor motocondensing unit.

THE COOLSIDE BOX SYSTEM

TOTAL FLEXIBILITY

The COOLSIDE BOX system is extremely modular and flexible and easily adapts to

any installation requirements.

The evaporating unit can be mounted either right or left of the server-rack or

centrally between two server-rack.

NO CONSTRAINTS OF INSTALLATION

The system COOLSIDE BOX can be installed in any

civil environment without the need for dedicated

infrastructure.

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COOLSIDE box

EASY AND SMART INSTALLATION

The air conditioning section is factory assembled, connected

and charged with refrigerant gas, lubricant oil and equipped with

control and protection devices.

The system needs only electric and refrigerant connections.

The server - rack is provided with power supply distribution

system with power cables and plugs.

THE SERVER RACK

The server-rack is made of painted steel sheet RAL 7015. The rack is a 19” standard type (482,6 mm) - 42U (1,75 inch =

44,45 mm).

The server - rack is in compliance with IEC 60 297-1/2 norms.

Maximum load capacity for internal installation 1000 kg.

The front door has a large opening angle of about 130 ° to allow easy access to internal components

The door is made of safety glass 3 mm thick and allows direct control of the internal equipment.

The back side door is made of painted steel sheet with a wide opening angle. The doors are equipped with handle with

security lock 3524 E.

The bus bar with maximum load of 96 A (7 modules 2 x 3 x 16A) and the power supply cord are offered as optionals.

ADVANTAGES OF THE “MICROCHANNEL TECHNOLOGY”

The micro-channel condensing coils are the ideal choice for operation

with refrigerant pressures up-to 45 bar and they are optimise on the

motocondensing MCAI series with R410A refrigerant

charge.

The micro-channel condensing coils are in aluminium

and they are perfectly suitable for the civil and industrial

applications cooling, while the protection function of the

oxide layer allows an optimum resistance to corrosion

also in case of aggressive ambient conditions.

The optional version with special protective surface

treatment - acrylic painting TK Pro - allows to obtain a

high resistance to salt spray while maintaining the same

conditions of heat exchange capacity.

The use of aluminium for the micro-channel condensers

manufacture is able to offer the possibility for very light

machinery: the coil weight is only 50% compared to

traditional copper pipes and aluminium fins of the

same capacity.

. The reduced air resistance of the micro-channel

coils allows to drastically reduce the fans motors

electric energy consumption.

At the same performances conditions, the micro-

channels condensers require up-to less than 75%

refrigerant when compared to the traditional heat

exchangers.

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COOLSIDE box

MAIN COMPONENTSIndoor unitSERVER RACK

19” (482,6 mm) standard rack - 42U

(1,75” = 44,45 mm).

conditioner.

EVAPORATING UNIT

MAIN OPTIONALS

temperature

MAIN COMPONENTSMCAI outdoor motocondensing unit

Twin Rotary compressor with EC

type brushless motor controlled by inverter with

dedicated driver. Prepared for connection to one

indoor evaporating unit.

Scrol l compressor with EC type

brushless motor control led by inverter with

dedicated driver. Prepared for connection to one

or two indoor evaporating units.

MCAI M10: 230/1/50

MCAI T20: 400/3/50+N

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COOLSIDE box

MONO SPLITMONO SPLIT

MCAI M10 MCAI T20

MCAI T20

DX 010 DX 020

2 x DX 010

MULTI SPLIT


Microprocessor control system for the management and monitoring of the working and alarm statuses. The system

includes:

intervention.

recording.

supply.

The monitoring, the programming procedure, the working status and parameter visualization, are made by the 6 keys display

placed on the indoor evaporating unit.

The outdoor motocondensing unit is not equipped with keyboard and display.

POSSIBLE CONFIGURATIONS

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MCAI M10 MCAI T20

MCAI M10 MCAI T20 10,0 20,0 1 1 30 ÷ 100 30 ÷ 100 108 200 71,8 73,4

Size a b c

COOLSIDE BOX B3 900 1.000 2.020

COOLSIDE BOX B3L 900 1.200 2.020

DIMENSIONS (mm)

Motocondensing a b c

MCAI M10 1.050 450 900

MCAI T20 1.050 450 1.395

TECHNICAL DATA AND PERFORMANCES

COOLSIDE BOX DX direct expansion

MODEL

Cooling capacity (1) kW Air flow m3/hWeight kgNoise pressure (2) dB(A)

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 35°C with 30% RH and outdoor air temperature at 35°C.(2) Sound pressure 1m far in free field according to ISO3744 norm. POWER SUPPLY: MCAI M10: 230/1/50 MCAI T20: 400/3/50+N COOLSIDE EVO: 230/1/50

MCAI air cooled

MODELMotocondensing unitCooling capacity (1) kW Compressors n.Capacity control %Weight kgNoise pressure (2) dB(A)

010 020 Nominal Reduced Medium Maximum Nominal Reduced Medium Maximum 10,0 4,5 8,1 11,1 20,0 10,0 15,0 22,5 2800 1300 2100 2900 4700 2200 3500 4850 210 230 60,9 44,3 54,4 61,6 63,1 46,6 56,7 63,7

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NEXTNEXT NEXT NEXT NEXT NEXT EXT EXT PEXT PEXT PEXT PEXT PNEXT PNEXT PNEXT PNEXT PNEXT PNEXT PNEXT PNEXNEXNEXNEXNEXNEXNEXNEX

A CUP

FLOWR410AE C

6,3 ÷ 113,0 kW COOLING

6,3 ÷ 101,0 kW HEATING

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nexT p

NEXT P

A CUP

FLOWR410AE C

NEXT P air conditioners are available in Over version.



the room.


design stage and it is not dependent on the actual state of

the load to be dissipated.

VERSIONS:

DX P (R410A) - Plug Fan

Heat pump air conditioner in Over versions for

remote air cooled condenser matching.

DW P (R410A) - Plug Fan

Heat pump air conditioner in Over versions with

built-in water cooled condenser.

heat pump air conditioners with remote air cooled condenser or built-in water cooled condenser for well water

GENERAL FEATURES

The NEXT P series air conditioners are suitable

for civil and industrial installations, where the

units compactness and their easy installation are

fundamental requirements.

Thanks to their design and to the choice of

materials and components, that reflect the policies

followed for the machines meant for critical

environments, where they are required to operate

24/365.

In this way, continuous and regular operation of the

machines is ensured under any load conditions.

CoolingHeating

Scroll type compressorR410A refrigerant charge

Plug-fan with brushless type EC electric motorPlug-fan with AC motor

Upflow air deliveryIndoor installation

size H0÷H3size H4÷H7

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NEXT P

MAIN COMPONENTS





NEXT P is equipped with Plug-fan

NEXT DW P air conditioners are water cooled heat

pump units and the gas/water heat exchanger works

as an evaporator or as a condenser.

When several NEXT DW P units are installed in a

building that require cooling in some areas and at the

same time, heating in other areas, is convenient to

connect the source side exchangers of all the units,

to a hydronic circuit loop in order to transfer the

condensation heat of the unit operating in cooling

mode, to the evaporator of the unit operating in

heating mode.

This solution allows operation of the machines with

very favourable ratios of benefit.

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NEXT P

006 008 010 007 009 011 013 014 015 017 019 021 023 025 029 P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S H0 H0 H0 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H4 H4 6,3 7,3 8,6 6,9 8,0 9,6 10,7 11,5 13,8 16,2 17,2 18,7 21,5 24,0 27,3 6,3 7,4 8,9 6,4 7,5 9,4 10,7 10,9 13,9 15,9 16,1 18,2 21,4 23,4 27,2 1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 165 165 165 191 194 195 196 252 254 255 313 316 317 433 433 50,7 52,5 54,6 49,7 50,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58,1 60,7

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048 P1 S P1 S P1 S P1 S P1 S P2 DC P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H4 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H6 H6 H6 H6 32,4 33,8 36,3 40,4 46,7 22,5 29,2 32,4 31,8 37,8 37,1 39,8 39,1 44,0 45,2 32,1 32,5 36,0 40,1 47,0 21,7 28,2 32,3 31,3 37,5 36,4 37,8 36,6 42,2 3,1 7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 434 490 490 490 498 469 471 467 471 470 474 581 585 583 587 60,7 62,6 62,9 63,2 63,5 57,7 62,6 62,6 62,6 64,0 64,0 61,3 61,3 59,0 59,0

052 052 060 060 064 064 072 072 082 082 092 092 100 100 P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7 48,2 48,7 55,7 55,8 57,6 57,7 69,2 68,7 76,3 77,7 84,2 84,6 96,7 95,6 46,8 46,8 54,4 54,5 54,7 54,8 65,3 65,1 72,7 73,7 81,2 80,7 95,1 94,4 13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040 2 2 2 2 2 2 2 2 2 2 2 2 2 2 686 694 686 694 701 709 792 802 798 808 805 815 834 844 60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7



NEXT DX P over - Plug fans

MODEL

SizeCooling capacity (1) kWHeating capacity (2) kW Air flow m3/hCompressors n.Weight kg Sound pressure (3) dB(A)

MODEL


Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 27°C with 47%RH and air to the condenser at 35°C(2) Gross value - Referred to entering air at 20°C with and outdoor air at 7°C(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

AIR COOLED CONDENSERThe DX series is planned for the matching to the TEAM MATE HP condenser series.

MODEL


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006 008 010 007 009 011 013 014 015 017 019 021 023 025 029 P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S H0 H0 H0 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H4 H4 7,2 8,5 10,2 8,0 9,4 11,2 12,6 13,8 16,7 19,2 19,4 21,5 23,8 27,8 31,1 7,3 8,6 10,7 7,5 8,9 11,0 12,6 12,9 16,0 18,9 18,8 21,5 24,2 28,3 32,2 1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 169 169 171 195 198 201 202 260 262 263 324 327 328 448 448 50,7 52,5 54,6 49,7 50,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58,1 60,7

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048 P1 S P1 S P1 S P1 S P1 S P2 DC P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H4 H5 H5 H5 H5 H5 H5 H5 H5 H5 H5 H6 H6 H6 H6 36,1 39,4 43,5 47,2 54,9 27,1 34,5 37,5 37,5 44,0 44,0 47,2 47,3 52,7 52,9 37,5 36,6 40,8 44,8 52,8 24,6 30,9 35,6 34,4 40,5 39,4 42,3 41,2 47,5 46,3 7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 449 515 515 515 528 492 494 488 494 491 497 606 614 608 616 60,7 62,6 62,9 63,2 63,5 57,7 62,6 62,6 62,6 64,0 64,0 61,3 61,3 59,0 59,0

052 052 060 060 064 064 072 072 082 082 092 092 100 100 P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7 57,9 58,1 65,7 65,8 68,3 68,4 80,3 80,4 91,3 91,9 101,1 101,0 113,0 113,0 51,8 50,5 60,1 58,3 60,7 58,8 70,4 68,1 80,2 79,6 90,7 87,6 104,0 101,0 13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040 2 2 2 2 2 2 2 2 2 2 2 2 2 2 711 723 716 726 731 741 822 834 833 854 849 861 878 890 60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7


NEXT DW P over - Plug fans

MODEL


MODEL


Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 27°C with 47%RH and water to the condenser 15-30°C(2) Gross value - Referred to entering air at 20°C and water to the condenser 15-7°C(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

MODEL



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a b

c

DIMENSIONS (mm)

Size a b c

H0 655 420 1.680

H1 650 650 1.925

H2 785 650 1.925

H3 1.085 750 1.925

H4 1.320 860 1.980

H5 1.620 860 1.980

H6 2.155 860 1.980

H7 2.690 860 1.980


UAP - RC Group Range 2013 - TrueLocalmedia.truelocal.com.au/4/4/4D1FBD9D-B88F-4D34-B60C... · 17 C_GNR_0113 RCGROUP SpA 19632013 fiftycoolyears NEXT nexT OVERexT OVER MAIN COMPONENTS

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