CLIMATE EQUIPMENTair-ned.com/pdf/NED_booklet_2015_EN.pdf · * NED’s equipment (round channel,...

Climate equipment

NED is the Russia’s leading bRand of climate equipment

We aRe engaged in designing and pRoducing equipment. We also cReate integRal engineeRing solutions foR public and industRial buildings fRom hospitals and office centeRs to plant de-paRtments and atomic poWeR stations.

NEDnew engineering discoveries

www.air-ned.com

contents:

About thE CompANy EquipmENt

central air-conditioners 22

Round channel equipment 30

Rectangular channel equipment 34

fire-fighting ventilation equipment 44

automation and process control 50

cooling equipment 68

competitive advantages 6

company’s structure 8

production 9

our suppliers 16

our quality is certified 17

guarantee commitments 18

1 2

portfolio CoNtACts

industrial buildings. Warehouses 80

trade and amusement centers 82

medical buildings 88

Residential centers. hotels 92

office centers. administrative buildings 94

sport centers 100

special facilities 104

offices in moscow 112

Representations in Russia 112

distributors 113

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sAlEs GEoGrAphy

company’s geography 106

4

About thE CompANy

1

6

1 About the CompAny

competitive advantages

20years

the company ned has been designing, producing, and introducing the innovative climate equipment for more than 20 years.

nowadays ned is one of the leaders in the Russia’s climate-equipment market and continues expanding its engagement in Russian regions and neighboring foreign countries.

Our company is the leading technical expert in the spheres of designing, producing, mounting, and running the ventilation and air-conditioning systems. Synthesis of R&D potential and modern production facilities allows our company to maintain the leading positions in the climate solutions market for many years.

NED holding company comprises production, trade, and servicing units as well as in-house engineering elaborations center. The art of creating mighty technological solutions has always been one of the main competitive advantage of NED brand.

NED’s elaboration team comprises the leading engineers, researchers, and designers from Russia, Italy, Switzerland, Slovenia, Hungary, and Germany.

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NEDNew Engineering Discoveries

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Competitive Advantagesour basic advantages

№1 NED is Russia’s numbeR one tRademaRk in the heat insulation equipment maRket.

Vast range of climate equipment.

consistent improvement of equipment’s consumer properties.

designing of engineering systems, drawing of project documents, and technical audit of ready projects.

competitive prices and prompt deliveries due to the production localization in Russia and broad representation network.

OuR BaSIc aDvaNTaGES:

quality management system proven by iso 9001:2011 certificates.

guarantee and post-guarantee servicing plus contract supervision.

improvement of business processes and client servicing technologies.

in some segments of produced equipment (channel ventilation systems, condensing units, ready-made control boards), the company is steadily occupying the first position in the Russian market with respect to the sales volume.

ned is within the top three leaders in the sales of air-supply plants.

in 2013, the company NED became the first producer, which designed and launched the manufacturing of water chillers in the russian market.

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1 About the CompAny

company’s structure

VentmontaZhstRoYequipment deliveriesmountingservicing of indoor engineering systems in buildings and structuresinnovative engineering solutionsconsultation by specialists

ned tRade housesalesinformational support

TEcHNOGROuP PRODucTION cOMPaNY

elaborationproductionquality control

kin seRVice companY guarantee and other servicing

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production

ENTIRE clIMaTE EquIPMENT

NED equipment catalogue has all elements for creating a modern climate system.

nowadays more than 7,000 item names are produced under the ned trademark.It is more than any other European climate-equipment producer has.

NED company’s plant is located in the city of Dzerzhinsky, Moscow Region. Labs and test desks used for designing and testing of our equipment are also there.

centRal aiR-conditioneRs,

Ventilation equipment foR Round channels,

Ventilation equipment foR RectangulaR channels,

fiRe-fighting Ventilation equipment,

pRocess contRol, automation, and supeRVision sYstems,

RefRigeRating equipment.

vast range of NED’s equipment allows to solve any engineering task involving the creation of ventilation and cold-supply systems for premises:

Company’s structureproductionentire climate equipment

10

1 About the CompAny

We do not just produce andsell equipment, we create integrated engineering solutions.

INTEGRaTED ENGINEERING SOluTIONS

WE aRE alWaYS clOSE

All equipment produced by the company NED is designed and tested in the labs with the help of test desks located at our plant in the city of Dzerzhinsky, Moscow Region.

While manufacturing our equipment, we use component parts by the best russian and global manufacturers: Ziehl-Abegg AG, Klingenburg, tehnoklima, and siemens.

Such combination of R&D potential and production facilities allows us to reach the utmost perfect proportion between the modern state-of-the-art technologies used for creating our equipment and the price of the latter.

Employees of the company NED are ready to render assistance while selecting equipment and efficient engineering solutions at:

designing

equipment delivery

ventilation system mounting

air conditioning

cold supply

automation

and process control.

The company NED has the staff of first class engineers and managers at the production facilities, in the central office, and in subsidiaries and representations open in some Russia’s big cities and in the CIS countries.

Our company’s operation is based upon the integrated and careful approach to the wishes of our customers and non-stop engineering maintenance at all stages from equipment selection, delivery, and project-solution implementation to servicing.

NED possesses the entire range of equipment and services for supporting any climate solutions.

ned’s best specialists will provide consultations at the creation, selection, feasibility studies, installation, and running of the equipment.

standard commercial offers will be prepared in response to your request within 24 hours.

guarantee servicing periods for ned equipment are the longest in the industry.

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NED’s sales system is built in a way that both managers and engineers take part in choosing the equipment for any client. As a result, clients receive not only the optimum price offer but professionally substantiated resolution of the set engineering tasks.

Our sales method is based on the integrated and attentive approach to the client’s wishes at all project stages: equipment selection, delivery, project-solution implementation, equipment operation. Consultations by the NED’s best specialists are available to the clients at each of those stages. Company’s engineers are ready to render assistance in equipment selection, feasibility studies preparation, installation, and servicing of any climate equipment.

first class engineers and managers work at subsidiaries and representations open in russia’s big cities and the Cis countries. After addressing any NED unit, our client will receive a standard commercial offer within 24 hours.

WEll DEvElOPED SalES SYSTEM

Our company has created an efficient system of sales and technical support.

24hours

eighty percent of product positions are always at the warehouses and may be shipped within 24 hours.

big plants are assembled within four weeks.

all equipment is delivered at the shortest notice. for big size deliveries, our company elaborates special logistic schemes.

NED’s clients may count upon the utmost prompt servicing:

ned servicing center carries out technical and guarantee servicing within the shortest period of time.

productionintegrated engineering solutionsWe are always closeWell developed sales system

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1 About the CompAny

TERRITORY Of INNOvaTIONS

trumpf, Germany

Eckold, Germany

fanuc, Japan

Nitto KohKi Co, Japan

tecna, italy

oXyWElD sNC, italy

shutung machinery, taiwan

Cpiro iNtErNAtioNAl sA, sweden

Corelocker Combite, switzerland

smA mAChiNEs, spain

MacHINE TOOlS aND PRODucTION lINES

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productionterritory of innovationsmachine tools and production lines

NED is an example of newly created successful modern high technology production in Russia.

We constantly invest in the development of in-house research department and consistently improve our equipment and production processes.

Due to the territorial localization of our production, we may offer the most competitive prices to our clients.

INNOvaTIONS IS OuR TOP PRIORITY

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1 About the CompAny

qualITY SYSTEM

Innovative project solutions based on the global experience and international standards.

automated design process with the use of 3-D models.

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Highest class supplies and component parts.

Precision automatic metal working lines.

Impeccable production culture and the newest precision equipment.

quality control at all production stages.

quality management system confirmed by GOST R ISO 9001:2011 certificates.

productionquality system

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1 About the CompAny

ouR supplieRs

the use of supplies and component parts by well-known Russian and global producers is an important factor providing for the high quality of ned’s equipment

< SIEMENS controllers

< caREl controllers, steam generators

< ZIEHl-aBEGG aG GERMaNY motors and impellers

< DaNfOSS frequency transducers

< vIlMaNN gauges, electric motors, servo drives

< aROSIO aluminum shapes

< TEHNOKlIMa heat exchangers

< IRca heating coils

< DaB pumps

< ESBE servo drives and three way valves

< KlINGENBuRG regenerators

< PaNaSONIc compressors

< lG compressors

< aBB automatic equipment

< ScHNEIDER ElEcTRIc automatic equipment

< ElcO EP logic devices

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NED equipment has CE labeling, which proves its conformity to the European standards including 2004/108/EC, 2006/95/EC, and 2006/42/EC directives related to electromagnetic compatibility; electric safety; and safety while producing, assembling, installing, and outer supervising.

In Russia, equipment with NED trademark has special certificates for installation in medical institutions, at atomic energy enterprises, and oil-and-gas facilities (Gazprom certificate).

our quality is certified

The quality-management system is certified in accordance with GOST R ISO 9001:2011.

our suppliersour quality is CertifiedGuarantee Commitments

guarantee commitments

Guarantee commitments are met in the following cases:

all products under the NED trademark are subject to the following guarantee commitments:

STaNDaRD GuaRaNTEE cOMMITMENTS: 3 yEars uPON SalE;

ExPaNDED GuaRaNTEE cOMMITMENTS: 5 yEars uPON SalE.

defects of material;

functional defects;

defects originated at production.

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1 About the CompAny

To apply the expanded guarantee commitments, one should first need to observe the conditions within the framework of standard guarantee commitments.

Additional condition is the regular technical inspection of equipment. Such inspection should be performed twice a year: in spring (April – May) and fall (September – October).

Technical inspection may only be performed by special technicians with required skill level. They may include manufacturer’s specialists or foreign technicians who have undergone training at the manufacturer’s and are authorized for performing the technical inspection by the manufacturer.

Technical inspection results should be registered in the product passport filled in by an authorized technician. Such passport should be kept within the entire period of guarantee commitments.

5years

GuArANtEE

cONDITIONS fOR MEETING THE ExPaNDED GuaRaNTEE cOMMITMENTS (5 yEars)

Lack of equipment’s outer damage (dents, cracks or other damages from outside).

Observance of all recommendations and instructions by the manufacturer related to the installation, hook-up, application or operation.

All works involving assembly, hook-up, start and adjustment should be carried out by persons with needed skill and respective permission for performing such works.

Only elements and components recommended by the manufacturer should be used at the installation, hook-up, adjustment, and operation.

Lack of alteration or change of equipment design not allowed by the manufacturer.

3years

GuArANtEE

cONDITIONS fOR MEETING THE STaNDaRD GuaRaNTEE cOMMITMENTS (3 yEars)

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You may receive more information about ensuring the guarantee commitments by calling the following hot line phone number:

Guarantee commitments do not encompass the following expendable materials subject to replacement due to the regular wear and tear:

filtering insertions;

filtering fabric.

Guarantee does not cover any defects originated through buyer’s fault.

Manufacturer fails to perform the regular technical inspection at its own expense or pay for inspection performed by foreign specialists.

8 (495) 748-04-16* NED’s equipment (round channel, rectangular channel, noise insulated plants,

control units and boards, fire-fighting and smoke-removal valves, chillers of NBA and NBE series, condensing units of NSA series, detachable condensers of NNC series, and detachable water duties of NST series) is covered by:

the standard guarantee (3 years upon sale); the expanded guarantee (5 years, possible if special conditions are observed).

Guarantee period for other equipment is 12 months.

Guarantee commitments

EquipmEnt

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Broad family of functional units allows to create any possible air processing schemes for resolving the ventilation and air conditioning tasks.

Sectional design of the plant on the basis of separate units allows the designer to quickly and easily select any required configuration.

Plant may be manufactured in indoor, outdoor, northern or medical versions.

Central Air Conditioners

Our plants comprise 25 mm thick light sandwich panels of foamed polyurethane, which efficiently reduce noise and heat loss and attach more durability and rigidity to the body.

Well considered and practical design of our plants ensures easy and comfortable installation and servicing, universal package of sections along the servicing side, possibility to remove all sections, mounting both in floor-standing and suspended versions through the transformations of legs into cantilevers for suspending without application of additional parts.

Easy connection with the air-duct system is performed with the help of butt panels installed on any end blocks of the system.

Automatics kit (control units, gauges, valves, drives, etc.) is offered for any plant. It provides for reliable protection, precise operation, and flexible control.

Quick standard size selection

Air-supply plants with cooling, with heat recovery

Air-supply plants with heating

Exhaust plants

100-50

90-50

80-50

70-40

60-35

60-30

50-30

50-25

1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000

LITENED Central Air Conditioners

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Central air Conditioners


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Plants with heat recuperation (efficiency factor up to 85%).

Detachable panel is anchored on the body with the help of special aluminum shape.

25 mm

25 mm thick sandwich panels consist of two galvanized steel sheets with light foamed polyurethane filler. Efficient noise and heat-loss reduction plus increased durability and rigidity of the sections’ body.

Mounting is possible both in floor-standing and suspended position due to the universal design of the anchorage.

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AIRNED M-45

AIRNED M-40

AIRNED M-35

AIRNED M-30

AIRNED M-25

AIRNED M-20

AIRNED M-12

AIRNED M-8

AIRNED M-7

AIRNED M-6

20000 40000 60000 80000 100000 120000 140000

Broad family of functional units allows to create any possible air-processing schemes for resolving the ventilation and air conditioning tasks.

Sectional design of the plant allows the designer to quickly and easily select any required configuration.

Plant may be manufactured in indoor, outdoor or medical versions.

Plant may be built both of singular and mono-block combined sections, which reduces the price, size, and weight of the plant and simplifies its mounting.

Plant’s unique code yielded automatically in the process of software analysis allows to explicitly identify an itemized configuration of the plant.

Our plants comprise 45 mm thick light foamed polyurethane sandwich panels, which efficiently reduce noise and heat losses and attach more durability and rigidity to the body.

Easy and simple servicing is ensured due to detachable service panels furnished with handles and anchored on the body by clips.

Automatics kit (control units, gauges, valves, drives, etc.) is offered for any plant. It provides for reliable protection, precise operation, and flexible control.

AIRNED-M Central Air Conditioners


Air-supply plants with cooling

Air-supply plants with heating, with heat recovery

Exhaust plants

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Design rigidity is ensured due to the durable aluminum shape connected by plastic angle elements.

45 mm thick sandwich panels consist of two galvanized steel sheets with light foamed polyurethane filler. Efficient noise and heat loss reduction plus increased durability and rigidity of the sections’ body.

Carriage frame has special orifices for transportation and easy mounting.

Detachable service panels are furnished with plastic handles.

Plants with heat recuperation (efficiency factor up to 85%).

45 mm

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Central air conditioners of medical version are applied when there are special requirements to the air purification quality in medical institutions, pharmaceutical factories, and other facilities.

Such conditioners are represented by 8 standard sizes in MED (LITENED) version and 10 standard sizes, in MED (AIRNED) version, with capacity from 500 m3/hour to 150,000 m3/hour.

Such conditioners are manufactured in two modifications:

with inner elements of galvanized steel,

with inner elements of stainless steel.

Fans’ sections are furnished with polycarbonate inspection windows and backlights.

To ensure the non-stop operation of ventilation plant, it is possible to manufacture LITENED and AIRNED ventilation sections with stand-by motors.

Basic operational motor is connected through the V-belt drive with the stand-by motor on the shaft of which an impeller is installed. In case of belt rupture or basic motor’s failure, the automatic system – with the help of differential-pressure transducer – will switch the feeding from the basic motor to the stand-by one.

In most of cases, the compact allocation of stand-by motor allows not to increase the sizes of the fan section and, consequently, the plant as a whole.

Original design allows to replace the failed motor within the shortest possible time.

Medical Version of Central Air Conditioners

Fan Sections with Stand-By Motors

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It is possible to manufacture any LITENED and AIRNED plants configurations in outdoor version.

For protection from atmospheric precipitations, the plant has a roof of galvanized steel sheet.

Air intake screen furnished with steel grid is installed from environmental air side.

In LITENED plants of outdoor version, the vent with drive is located in the air-intake section.

In AIRNED plants of outdoor version, the drive of air vent is closed with the help of casing made of galvanized steel sheet.

Outdoor Version of Central Air Conditioners

Plants of northern version are furnished with heat insulated air vents.

Heat insulated vents may be installed on AIRNED plants of all standard sizes and on LITENED plants of 50-30 standard size and higher.

Vent body is made of galvanized steel sheet and rotary blades, of aluminum shape.

Tubular heating coils are located in the places of blades attachment and rule out the possibility of their freezing to the vent’s body or to each other.

Connecting terminals of heating coils are withdrawn to the junction box, which is located on the side surface of the vent’s body. Protection degree of the junction box is IP54.

Northern Version of Central Air Conditioners

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Air capacity from 1,000 to 200,000 m3/hour.

Resolution of any non-standard tasks in the spheres of ventilation and air conditioning.

Load-carrying frame comprises the shapes of stainless aluminum alloy. Sandwich panels may have the outside layers of galvanized steel, plasticized galvanized sheet steel, Peraluman alloy, stainless steel. Foamed polyurethane or mineral wool may be used as filler.

To connect panels in the frame, we use specially patented locking system, which provides for high durability (up to 2,500 Pa) of 25, 50 or 60 mm thick three-layer sandwich panels due to the pressure uniformity along the entire perimeter.

Carriage frame is made of galvanized rolled-formed sections assembled with the help of bolts or welded in accordance with the unit configuration. Frame’s design allows to lay water and draining pipes. Upon request, the basements and supporting structures may have different shape and size or may be made of different materials.

Air conditioner sections, which require regular inspection and servicing (filters, fans, etc.) are furnished with comfortable doors with additional options: safety grid, embedded limit switch of fan sections, twin-chamber inspection windows, backlight, switchboard, etc.

Broad family of filters: coal, rotary (drum), electrostatic precipitators, absolute (up to H14), bactericide lamps, metal filters for air with oil-vapor admixtures. Furnished with moisture separator and drain pan in special cases.

Rotary filtration system allows to maintain the constant air volume in the operating plant irrespective of filtering material pollution.

Highly efficient copper-aluminum tubular heat exchangers with the number of rows from 1 to 12 allow to easily choose a heating or cooling section with required thermal capacity. Design versions: with steel or stainless steel pipes destined for hot water; vapor heat exchangers with ribbing of painted aluminum, copper, tin, stainless steel.

Twin channel multi-zonal sections are furnished with both heater and cooler, which allows two separate air ducts to convey warm and cold air simultaneously in adequate volume and at required temperature.

Moistening by compressed air or water under pressure ensures high adiabatic efficiency (up to 98%) and reduces operation costs. All sectional components (body, pan, cantilevers, moisture separator) are made of stainless steel with prefabricated and ready-for-use self-cleaning nozzles.

Ultrasonic moistening sections disperse the surface waves of treated water in the form of fine foggy particles due to the cavitation effect. Such air moistening scheme allows to save electricity, reduces the hook-up cost, and extends the service life of equipment.

Fan sections of centrifugal type with double-side intake in the body of galvanized steel (minimum operating time is 20 000 hours). Statically and dynamically balanced impeller may have blades bent both forward or backward.

Produced in Italy.

POWERNED Central Air Conditioners

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16243648647686

108130150180230260320

360400430500560600800

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15Air consumption 103 m3 /hour

Air consumption 103 m3 /hour



10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48

30 34 38 42 46 50 54 58 62 66 70 74 78 82 86 90 94 98

Standard size 16 24 36 48 64 76 86 108 130 150 180

Width, mm 864 864 1114 1364 1364 1364 1364 1614 1614 1864 2114

Height, mm 614 864 864 864 994 1114 1364 1364 1614 1614 1614

Frame height, mm 100 100 100 100 100 100 100 100 100 100 100

Standard size 230 260 320 360 400 430 500 560 600 800

Width, mm 2114 2364 2364 2614 2864 3114 2114 3364 3614 3864

Height, mm 1864 1864 2114 2114 2114 2114 2364 2364 2364 2614

Frame height, mm 100 150 150 150 150 150 200 200 200 200

10 20 30 40 50 60 70 80 90 100

3500

3000

2500

2000

1500

1000

500

0

Tota

l pre

ssur

e, P

a

Application sphere

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Compact design, low acoustic characteristics, and esthetic appearance allow to mount the equipment both in special concealed recessions and inside the serviced premises.

Sectional design of the plant allows the designer to quickly and easily select the required configuration.

Round Channel Equipment

All elements are easily embedded in the round-shape air duct system and require no additional room for allocation.

No special joint pressurization arrangements are needed while connecting the majority of elements to round air ducts, because our equipment has been preliminarily furnished with nipple gasket rings.

Equipment for Round Channels Automatics kit providing for reliable protection, precise operation, and flexible control is offered for any plant (control units, gauges, valves, drives, etc.)

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Round Channel equipment


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Air-supply plants with water heating

Air-supply plants with electric heating

Exhaust plants


315

250

200

160

125

100

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700

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TYPE

KEA 100/0,5 KEA 160/3 KEA 250/12

KEA 100/2 KEA 160/4,5 KEA 250/15

KEA 100/1,5 KEA 160/6 KEA 315/6

KEA 100/2,5 KEA 200/3 KEA 315/9

KEA 125/1,5 KEA 200/6 KEA 315/12

KEA 125/2 KEA 200/9 KEA 315/15

KEA 125/2,5 KEA 200/12 KEA 315/18

KEA 125/3 KEA 250/6

KEA 160/2 KEA 250/9

TYPE

KWH 160/2

KWH 200/2

KWH 250/2

KWH 315/2

Body and switch box of galvanized steel sheet. Heating coils of stainless steel. Body and air are protected from overheating with two thermostats and heat contacts circuit. Operating range of passing air temperatures is from – 40 to + 40°C.

Body of durable light high quality plastic. Motor-in-wheel with blades bent backwards. Single-phase asynchronous motors are protected from overheating by heat contacts with automatic restart. Endurance of 40 000 hours.

Destined for handy and easy mounting of big ventilation system’s elements and for preventing the conveyance of vibration from fan to air duct. Made of galvanized steel sheet with insulating filler layer. Tied with two bolts.

KVR centrifugal fans

HTK quick-split clamps

Two-line design. Body of galvanized steel sheet. Heat exchange surface of aluminum plates and copper tubes passing through them. Maximum temperature of heat-transfer agent is + 170°C. Maximum operating pressure is 1.5 MPa.

Wall-mounted or ceiling-mounted anchorage of KVR fans. Made of galvanized steel sheet.

KWH water heaters

KKV fan anchoring cantilevers

KEA electric heaters

TYPE

KKV 100

KKV 125

KKV 160

KKV 200

KKV 250

KKV 315

TYPE

KVR 100/1

KVR 125/1

KVR 160/1

KVR 200/1

KVR 250/1

KVR 315/1

TYPE

HTK 100

HTK 125

HTK 160

HTK 200

HTK 250

HTK 315

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Round Channel equipment


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TYPE

KFC 100

KFC 125

KFC 160

KFC 200

KFC 250

KFC 315

TYPE

KVC 100

KVC 125

KVC 160

KVC 200

KVC 250

KVC 315

TYPE

КОN 100

КОN 125

КОN 160

КОN 200

КОN 250

КОN 315

TYPE

KCH 100

KCH 125

KCH 160

KCH 200

KCH 250

KCH 315

PP pad under drive

TYPE

KNK 100/6 KNK 200/6

KNK 100/9 KNK 200/9

KNK 125/6 KNK 250/6

KNK 125/9 KNK 250/9

KNK 160/6 KNK 315/9

KNK 160/9 KNK 315/6

Filter body and cover of galvanized steel sheet. Special anchorage on removable cover for easy replacement and dismantling of filtering insertion. Destined for operation with KVC filtering insertions.

Body and rotary plate of galvanized steel sheet. Pressurizing rubber gasket on the rim of rotary plate. Complete set comprises square pivoting rod with side of 8 mm and manual drive with locker of opening angle.

Body and inner perforated cylinder of galvanized steel sheet. Noise attenuating material – mineral wool. Two types differing by the length of noise attenuating section: 600 mm and 900 mm.

Designed for KFC cartridge filters. Filtering material – synthetic fiber of EU3 purification category.

Body of galvanized steel sheet. Two one-side spring-assisted blades of aluminum sheet are embedded inside the valve.

KFC cartridge filters

KCH control valves

KNK mufflers

KVC cartridge insertions

KON check valves

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Rectangular Channel Equipment

Broad variety of air processing schemes allows to solve any tasks involving ventilation and air conditioning.

Sectional design of the plants allows the designer to quickly and easily select any required configuration.

All elements are easily embedded in the rectangular air-duct system and require no additional room for allocation.

Automatics kit providing for reliable protection and control is offered for any plant (control units, gauges, valves, drives, etc.)

Endurance over 40 000 hours.

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RectangulaR channel equipment

NEDnew engineering Discoveries

www.air-ned.com

Air-supply plants with coolingAir-supply plants with water heatingAir-supply plants with electric heatingExhaust plants

100-50

90-50

80-50

70-40

60-35

60-30

50-30

50-25

40-20

1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 12000 13000


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TYPE

VR 40-20/20-4D VR 60-35/31-6D

VR 40-20/20-4E VR 70-40/35-4D

VR 50-25/22-4D VR 70-40/35-6D

VR 50-25/22-4E VR 70-40/35-8D

VR 50-25/22-6D VR 80-50/40-4D

VR 50-30/25-4D VR 80-50/40-6D

VR 50-30/25-4E VR 80-50/40-8D

VR 50-30/25-6D VR 90-50/45-4D

VR 60-30/28-4D VR 90-50/45-6D

VR 60-30/28-4E VR 90-50/45-8D

VR 60-30/28-6D VR 100-50/63-4D

VR 60-35/31-4D

TYPE

EA 30-15/3 EA 60-35/30

EA 30-15/4,5 EA 70-40/15

EA 40-20/6 EA 70-40/30

EA 40-20/12 EA 70-40/45

EA 50-25/7,5 EA 70-40/60

EA 50-25/15 EA 80-50/15

EA 50-25/22,5 EA 80-50/30

EA 50-30/7,5 EA 80-50/45

EA 50-30/15 EA 80-50/60

EA 50-30/22,5 EA 90-50/30

EA 60-30/15 EA 90-50/45

EA 60-30/22,5 EA 90-50/60

EA 60-30/30 EA 100-50/45

EA 60-35/15 EA 100-50/60

EA 60-35/22,5

Fan’s body and impeller are made of galvanized steel sheet. Motor-in-wheel with blades bent forward (standard sizes from 40-20 to 90-50) or “free” impeller with blades bent backward (standard size 100-50). Single-phase and three-phase asynchronous electric motors are protected from overheating with the help of embedded heat contacts with remote circuit terminals. Over 40 000 hours of endurance.

Body and switch box of galvanized steel sheet. Heating coils of stainless steel. Body and air are protected from overheating with the help of two thermostats and heat contacts circuit. Operating range of passing air temperatures is from – 40 to + 40°C.

VR fans

EA electric heaters

TYPE

VRN 40-20/18.2D VRN 70-40/31.2DM

VRN 50-25/22.2D VRN 70-40/31.2D

VRN 50-25/20.2D VRN 80-50/35.2D

VRN 50-30/25.2D VRN 80-50/40.4D

VRN 50-30/22.2D VRN 90-50/40.2D

VRN 60-30/28.2D VRN 90-50/35.2D

VRN 60-30/25.2D VRN 90-50/40.4D

VRN 60-35/31.2D VRN 100-50/40.2D

VRN 60-35/28.2D VRN 100-50/45.4D

VRN 70-40/35.2D

Fan’s body is made of galvanized steel sheet and has removable service cover. Durable and light “free” impeller with backward bent blades of polyamide reinforced with glass fiber is installed directly on electric motor’s shaft. Three-phase asynchronous electric motors are protected from overheating with the help of embedded heat contacts with remote circuit terminals. Insulation category is IP 54.

VRN fans

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TYPE

WH 30-15/2 WH 60-35/2

WH 30-15/3 WH 60-35/3

WH 40-20/2 WH 70-40/2

WH 40-20/3 WH 70-40/3

WH 50-25/2 WH 80-50/2

WH 50-25/3 WH 80-50/3

WH 50-30/2 WH 90-50/2

WH 50-30/3 WH 90-50/3

WH 60-30/2 WH 100-50/2

WH 60-30/3 WH 100-50/3

TYPE

RW 40-20 RW 70-40

RW 50-25 RW 80-50

RW 50-30 RW 90-50

RW 60-30 RW 100-50

RW 60-35

TYPE

RF 40-20 RF 70-40

RF 50-25 RF 80-50

RF 50-30 RF 90-50

RF 60-30 RF 100-50

RF 60-35

Two-line and three-line design. Body of galvanized steel sheet. Heat exchange surface of aluminum plates and copper tubes passing through them. Maximum temperature of heat-transfer agent is + 170°C. Maximum operating pressure is 1.5 MPa.

Three-line design. Body of galvanized steel sheet. Heat exchange surface of aluminum plates and copper tubes passing through them. Standard complete set comprises shaped plastic drop catcher and pan with flange for collecting and draining the condensate. Maximum operating pressure of refrigerant is 1.5 MPa.

Three-line single-loop design. Body of galvanized steel sheet. Heat exchange surface of aluminum plates and copper tubes passing through them. Standard complete set comprises shaped plastic drop catcher and pan with flange for collecting and draining the condensate. As necessary, complete set may additionally comprise the capillary thermostat engaged in anti-freezing protection.

WH water heaters

RW water coolers

RF Freon coolers

250

200

150

100

50

0

Aerodynamic characteristics of heat exchangers

RW

RF

I WH/2II WH/3 (КрОме 100-50)III WH 100-50/3

Поте

ря д

авле

ния,

Па

Air flow velocity, m/sec 0 1 2 3 4 5 6

II

III

I

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TYPE

FRC 30-15 FRC 60-35

FRC 40-20 FRC 70-40

FRC 50-25 FRC 80-50

FRC 50-30 FRC 90-50

FRC 60-30 FRC 100-50

Filter body and cover of galvanized steel sheet. Special anchorage on removable cover for easy replacement and dismantling of filtering insertion. Designed for the operation with DFC filtering insertions. DFC filtering insertions are not included in the complete set.

FRC cartridge filters

Aerodynamic characteristics of FRC cartridge filters

Поте

ря д

авле

ния,

Па 350

300

250

200

150

100

50

0

0 1 2 3 4 5 6Air flow velocity, m/sec

I 30-15, 40-20II 50-25, 50-30, 60-30, 60-35III 70-40, 80-50, 90-50,100-50

I

II

III

TYPE

DFC 30-15 DFC 60-35

DFC 40-20 DFC 70-40

DFC 50-25 DFC 80-50

DFC 50-30 DFC 90-50

DFC 60-30 DFC 100-50

Designed for FRC cartridge filters. Body of galvanized steel sheet. Filtering material of synthetic fiber with EU3 purification category is fixed on the galvanized steel grid.

DFC filtering insertions

TYPE

FRP 30-15 FRP 60-35

FRP 40-20 FRP 70-40

FRP 50-25 FRP 80-50

FRP 50-30 FRP 90-50

FRP 60-30 FRP 100-50

Filter’s body and cover of galvanized steel sheet. Special anchorage on removable cover for easy replacement and dismantling of filtering insertion. Designed for operation with DFP filtering insertions. DFP filtering insertions are not included in the complete set.

FRP pocket filters

Aerodynamic characteristics of FRP pocket filters

I FRP (EU 7)II FRP (EU 5)III FRP (EU 3)

II

III

500

400

300

200

100

0

Поте

ря д

авле

ния,

Па


I

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TYPE

DFP 30-15 G3 DFP 50-30 F5 DFP 70-40 F7

DFP 30-15 F5 DFP 50-30 F7 DFP 80-50 G3

DFP 30-15 F7 DFP 60-30 G3 DFP 80-50 F5

DFP 40-20 G3 DFP 60-30 F5 DFP 80-50 F7

DFP 40-20 F5 DFP 60-30 F7 DFP 90-50 G3

DFP 40-20 F7 DFP 60-35 G3 DFP 90-50 F5

DFP 50-25 G3 DFP 60-35 F5 DFP 90-50 F7

DFP 50-25 F5 DFP 60-35 F7 DFP 100-50 G3

DFP 50-25 F7 DFP 70-40 G3 DFP 100-50 F5

DFP 50-30 G3 DFP 70-40 F5 DFP 100-50 F7

Designed for FRP pocket filters. Filtering material of synthetic fiber with EU3÷EU9 purification category is fixed on the steel frame in the form of pockets.

DFP pocket filtering insertions

TYPE

FRU 30-15 FRU 60-35

FRU 40-20 FRU 70-40

FRU 50-25 FRU 80-50

FRU 50-30 FRU 90-50

FRU 60-30 FRU 100-50

Filter body and cover of galvanized steel sheet. Special anchorage on removable cover for easy replacement and dismantling of filtering insertion. Designed for the operation with DFU filtering insertions. DFU filtering insertions are not included in the complete set.

FRU shortcut pocket filters

TYPE

DFU 30-15 G3 DFU 60-35 G3

DFU 40-20 G3 DFU 70-40 G3

DFU 50-25 G3 DFU 80-50 G3

DFU 50-30 G3 DFU 90-50 G3

DFU 60-30 G3 DFU 100-50 G3

Designed for FRU pocket filters. Filtering material of synthetic fiber with EU3 purification category is fixed on the steel frame in the form of pockets.

DFU shortcut filtering insertions

Aerodynamic characteristics of FRU pocket filters

I FRU (30-15, 40-20)II FRU (50-25, 50-30, 60-30, 60-35, 70-40, 80-50, 90-50, 100-50)

180

150

120

90

60

30

0

Поте

ря д

авле

ния,

Па


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Aerodynamic characteristics of NK mufflers

160

140

120

100

80

60

40

20

0

Поте

ря д

авле

ния,

Па


I 30-15, 50-25, 50-30II 70-40, 90-50III 40-20, 60-30, 60-35, 80-50, 100-50

I

II

III

TYPE

NK 30-15 NK 60-35

NK 40-20 NK 70-40

NK 50-25 NK 80-50

NK 50-30 NK 90-50

NK 60-30 NK 100-50

Body of galvanized steel sheet. Noise-absorbing plates of noncombustible basalt fiber mineral wool upholstered with felt for preventing the particles blowing.

NK mufflers

TYPE

REC 40-20 REC 70-40

REC 50-25 REC 80-50

REC 50-30 REC 90-50

REC 60-30 REC 100-50

REC 60-35

Efficiency of exhaust air thermal energy utilization is up to 70%. Body of galvanized steel sheet. Heat exchange surface is a pack of 0.2 mm thick specially shaped aluminum plates. Complete set comprises pan and nozzle with fastening nut for condensate draining.

REC lamellar recuperators

TYPE

LB 40-20/143 LB 60-30/190 LB 80-50/302

LB 40-20/95 LB 60-30/127 LB 80-50/206

LB 40-20/63 LB 60-30/79 LB 80-50/127

LB 40-20/32 LB 60-30/47 LB 80-50/79

LB 50-25/159 LB 60-35/222 LB 90-50/365

LB 50-25/111 LB 60-35/143 LB 90-50/238

LB 50-25/63 LB 60-35/95 LB 90-50/159

LB 50-25/32 LB 60-35/63 LB 90-50/95

LB 50-30/174 LB 70-40/270 LB 100-50/397

LB 50-30/111 LB 70-40/174 LB 100-50/270

LB 50-30/79 LB 70-40/111 LB 100-50/190

LB 50-30/47 LB 70-40/63 LB 100-50/111

Air disinfection with ultraviolet bactericide irradiation. Body of galvanized steel sheet. Complete set comprises low-pressure mercury bactericide lamps with power of 75 W and voltage of 230 V.

LB bactericide sections

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TYPE

VRK 30/22-2E VRK 63/50-4D

VRK 40/31-4D VRK 63/50-6D

VRK 40/32-4D VRK 90/56-4D

VRK 56/35-4D VRK 90/56-6D

VRK 56/35-4E VRK 90/63-6D

VRK 56/40-4D VRK 94/56-4D

VRK 56/40-4E VRK 94/63-4D

VRK 63/45-4D VRK 94/63-6D

VRK 63/45-4E VRK 100/71-6D

TYPE

FE031-4DF.0C.V7 FE050-VDF.4I.V7

FE031-4EF.0C.V7 FE056-6EF.4I.V7

FE035-4DF.0C.V7 FE056-SDF.4F.V7

FE035-4EF.0F.V7 FE056-VDF.4M.V7

FE040-4EF.2F.V7 FE063-6EF.4M.V7

FE040-VDF.2C.V7 FE063-SDF.4I.V7

FE045-4EF.4I.V7 FE063-VDF.6N.V7

FE045-VDF.4F.V7 FE071-ADF.6F.V7

FE050-4EF.4I.V7 FE071-SDF.6F.V7

FE050-6EF.4F.V7 FE080-SDF.6N.V7

FE050-SDF.4F.V7

Fan body and impeller of galvanized steel sheet. Motor-in-wheel with blades bent backwards. Single-phase and three-phase asynchronous electric motors are protected from overheating with the help of embedded heat contacts with remote circuit terminals. Over 50 000 hours of endurance. Mounted horizontally on flat-deck or slanting roofs.

Body and channel shell of galvanized steel sheet. Crescent blades of aluminum alloy produced by Ziehl-Abegg AG, Germany. Single-phase and three-phase asynchronous electric motors are protected from overheating with the help of embedded heat contacts with remote circuit terminals.

VRK roof-mounted fans

FE…F axial channel fans

TYPE

FE031-4DQ.0C.A7 FE050-6EQ.4F.A7

FE031-4EQ.0C.A7 FE050-SDQ.4F.A7

FE035-4DQ.0C.А7 FE050-VDQ.4I.A7

FE035-4EQ.0F.A7 FE056-6EQ.4I.А7

FE040-4EQ.2F.A7 FE056-SDQ.4F.A7

FE040-VDQ.2C.A7 FE056-VDQ.4M.A7

FE045-4EQ.4I.A7 FE063-6EQ.4M.A7

FE045-VDQ.4F.А7 FE063-SDQ.4I.A7

FE050-4EQ.4I.A7

Body and square wall panel of galvanized steel sheet. Crescent blades of aluminum alloy produced by Ziehl-Abegg AG, Germany. Single-phase and three-phase asynchronous electric motors are protected from overheating with the help of embedded heat contacts with remote circuit terminals.

FE…Q axial wall-mounted fans

TYPE

CHR 30-15 CHR 60-35

CHR 40-20 CHR 70-40

CHR 50-25 CHR 80-50

CHR 50-30 CHR 90-50

CHR 60-30 CHR 100-50

Body of galvanized steel sheet. Rotary plates of aluminum shape. Pressurizing rubber gasket on the rim of rotary plate. Complete set comprises square pivoting rod with side of 10 mm.

CHR control valves

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Prevent vibration conveyance from the fan to the air-duct grid and compensate the thermal expansion. Two flanges of galvanized sheet with vinyl tape.

FH flexible insertions

TYPE

CAP-N 60-30 H/2 CAP-N 70-40 H/2

CAP-N 60-30 H/2,5 CAP-N 70-40 H/2,5

CAP-N 60-30 H/3 CAP-N 70-40 H/3

CAP-N 60-30 H/3,5 CAP-N 70-40 H/3,5

CAP-N 60-30 H/4 CAP-N 70-40 H/4

CAP-N 60-30 H/4,5 CAP-N 70-40 H/4,5

CAP-N 60-30 H/5 CAP-N 70-40 H/5

CAP-N 60-35 H/2 CAP-N 80-50 H/2

CAP-N 60-35 H/2,5 CAP-N 80-50 H/2,5

CAP-N 60-35 H/3 CAP-N 80-50 H/3

CAP-N 60-35 H/3,5 CAP-N 80-50 H/3,5

CAP-N 60-35 H/4 CAP-N 80-50 H/4

CAP-N 60-35 H/4,5 CAP-N 80-50 H/4,5

CAP-N 60-35 H/5 CAP-N 80-50 H/5

CAP-N 70-40 H/2DM CAP-N 90-50 H/2

CAP-N 70-40 H/2,5DM CAP-N 90-50 H/2,5

CAP-N 70-40 H/3DM CAP-N 90-50 H/3

CAP-N 70-40 H/3,5DM CAP-N 90-50 H/3,5

CAP-N 70-40 H/4DM CAP-N 90-50 H/4

CAP-N 70-40 H/4,5DM CAP-N 90-50 H/4,5

CAP-N 70-40 H/5DM CAP-N 90-50 H/5

Universal prefabricated structure comprises intake grid, VRN fan, and set of slotted sections with total length from 2 to 5 m. Delivered in disassembled condition. Complete set comprises the bottom plug. May be mounted both in horizontal and upright position.

CAP-N…H air curtains without heating

TYPE

FH 40-20

FH 50-25

FH 50-30

FH 60-30

FH 60-35

FH 70-40

FH 80-50

FH 90-50

FH 100-50

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TYPE

CAP-N 60-30 W2/2 CAP-N 70-40 W2/2

CAP-N 60-30 W2/2,5 CAP-N 70-40 W2/2,5

CAP-N 60-30 W2/3 CAP-N 70-40 W2/3

CAP-N 60-30 W2/3,5 CAP-N 70-40 W2/3,5

CAP-N 60-30 W2/4 CAP-N 70-40 W2/4

CAP-N 60-30 W2/4,5 CAP-N 70-40 W2/4,5

CAP-N 60-30 W2/5 CAP-N 70-40 W2/5

CAP-N 60-35 W2/2 CAP-N 80-50 W2/2

CAP-N 60-35 W2/2,5 CAP-N 80-50 W2/2,5

CAP-N 60-35 W2/3 CAP-N 80-50 W2/3

CAP-N 60-35 W2/3,5 CAP-N 80-50 W2/3,5

CAP-N 60-35 W2/4 CAP-N 80-50 W2/4

CAP-N 60-35 W2/4,5 CAP-N 80-50 W2/4,5

CAP-N 60-35 W2/5 CAP-N 80-50 W2/5

CAP-N 70-40 W2/2DM CAP-N 90-50 W2/2

CAP-N 70-40 W2/2,5DM CAP-N 90-50 W2/2,5

CAP-N 70-40 W2/3DM CAP-N 90-50 W2/3

CAP-N 70-40 W2/3,5DM CAP-N 90-50 W2/3,5

CAP-N 70-40 W2/4DM CAP-N 90-50 W2/4

CAP-N 70-40 W2/4,5DM CAP-N 90-50 W2/4,5

CAP-N 70-40 W2/5DM CAP-N 90-50 W2/5

TYPE

CAP-N 60-30 E/2 CAP-N 70-40 E/2

CAP-N 60-30 E/2,5 CAP-N 70-40 E/2,5

CAP-N 60-30 E/3 CAP-N 70-40 E/3

CAP-N 60-30 E/3,5 CAP-N 70-40 E/3,5

CAP-N 60-30 E/4 CAP-N 70-40 E/4

CAP-N 60-30 E/4,5 CAP-N 70-40 E/4,5

CAP-N 60-30 E/5 CAP-N 70-40 E/5

CAP-N 60-35 E/2 CAP-N 80-50 E/2

CAP-N 60-35 E/2,5 CAP-N 80-50 E/2,5

CAP-N 60-35 E/3 CAP-N 80-50 E/3

CAP-N 60-35 E/3,5 CAP-N 80-50 E/3,5

CAP-N 60-35 E/4 CAP-N 80-50 E/4

CAP-N 60-35 E/4,5 CAP-N 80-50 E/4,5

CAP-N 60-35 E/5 CAP-N 80-50 E/5

CAP-N 70-40 E/2DM CAP-N 90-50 E/2

CAP-N 70-40 E/2,5DM CAP-N 90-50 E/2,5

CAP-N 70-40 E/3DM CAP-N 90-50 E/3

CAP-N 70-40 E/3,5DM CAP-N 90-50 E/3,5

CAP-N 70-40 E/4DM CAP-N 90-50 E/4

CAP-N 70-40 E/4,5DM CAP-N 90-50 E/4,5

CAP-N 70-40 E/5DM CAP-N 90-50 E/5

Universal prefabricated structure comprises intake grid, FRC cartridge fan with EU3 insertion, WH two-line water heater, VRN fan, and set of slotted sections with total length from 2 to 5 m. Delivered in disassembled condition. Complete set comprises the bottom plug. May be mounted both in horizontal and upright position.

Universal prefabricated structure comprises intake grid, FRC cartridge fan with EU3 insertion, EA electric heater, VRN fan, and set of slotted sections with total length from 2 to 5 m. Delivered in disassembled condition. Complete set comprises the bottom plug. May be mounted both in horizontal and upright position.

CAP-N…W2 air curtains with water heating

CAP-N…E air curtains with electric heating

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EquipmEnt2

Fire-Fighting Ventilation Equipment

Prevent the propagation of fire and combustion products along air ducts, shafts, ventilation and air conditioning channels. Also used in the air-supply and exhaust anti-smoke ventilation systems.

Certified with respect to the compliance with the requirements set forth by the Federal Law # 123-FZ of June 22, 2008 “Technical Regulations Involving Fire Safety Requirements.” Equipment application should also conform to the requirements set forth by SP7,13130.2013 and SP60.13130.2012.

Fire-Fighting Valves Equipment is not subject to installation in premises of A and B blast-and-fire safety categories, in the places engaged in sucking off the explosive and fire hazardous media and systems involving the ventilation thereof.

Environmental design and allocation category: UZ according to GOST 15150-69 (environmental air temperature from – 30 to + 40°C, direct impact of atmospheric precipitations is not allowed).

Valve body is made of galvanized steel sheet. Noncombustible material is used in rotary blades of PPK-1 and PPK-1K valves. Blade of PPK-1D valve is made of galvanized steel sheet.

In PPK-1 and PPK-1K valves, the thermosetting gasket is applied along the perimeter of rotary blade. It expands at high temperatures, thus ensuring the high pressurization of closed valve.

May be mounted in any position along with allowing the free access to the drive and servicing hatches. Servicing hatches are missing at smoke-removal valves.

In some cases, it is needed to provide the air-duct direct sections upstream and downstream the valve with length no less than the blades’ span beyond the body’s limit.

45

Fire-Fighting Ventilation equipment


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Reference designation of the valve; Fire-resistance limit in minutes (60, 90, 120 minutes); Rated size of valve cross-section, mm (diameter for PPK-1K); Functional destination (O – normally open, Z – normally closed); Drive type (M – electromagnetic, S – electromechanical); Drive’s feeding voltage (220 – 220 V, 24 – 24 V); Availability of thermal sensor (TD) with electromagnetic drive

or electromechanical drive (T – available, X – missing); Type of valve connection (F – flange type, N – nipple type)

ppK-1K 250 O 22090 t Fm- - --- -

PPK-1K fire-fighting valves for round channels

PPK-1 fire-fighting valves for rectangular channels

Reference designation of the valve; Fire-resistance limit in minutes (60, 90, 120, 180 minutes); Rated size of valve cross-section, mm (width and height for PPK-1K); Functional destination (O – normally open, Z – normally closed); Drive type (M – electromagnetic, S – electromechanical); Drive’s feeding voltage (220 – 220 V, 24 – 24 V); Availability of thermal sensor (TD) with electromagnetic drive

or electromechanical drive (T – available, X – missing).

ppK-1 600x300 O 22090 tm- --- -

Reference designation of the valve; Rated size of valve cross-section (width and height respectively), mm; Drive type (M – electromagnetic, S – electromechanical); Drive’s feeding voltage (220 – 220 V, 24 – 24 V); Valve allocation (V – inner, N – external); Design version (S – wall-mounted, K – channel)

Smoke-removal valves

ppK-1D 600x400 S220 Vm- - --

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p DESign

VDKV Du

VODKV Du

VDKV2X Du

VOD Du

D DESign F DESign

VDKN DU, VDKN F DU roof-mounted smoke-removal fans with air flaring

VDKV DU, VDKV2 x DU roof-mounted smoke-removal twin fans

VODK DU roof-mounted smoke-removal axial fans

VDKV DU and VDKV2 x DU roof-mounted fans are designed for moving the air flue gas blends with temperature 400°C or 600°C during fire throughout 2 hours.

Each type is manufactured in 11 standard sizes with capacity from 3,000 m3/hour to 90,000 m3/hour and static pressure up to 2,100 Pa.

VOD DU axial fans and VODK DU roof-mounted axial fans are designed for moving the air flue gas blends with temperature 400°C or 600°C during fire throughout 2 hours.

Each type is manufactured in 7 standard sizes with capacity from 500 m3/hour to 120,000 m3/hour and static pressure up to 610 Pa.

Smoke-Removal Fans

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Roof-mounted fans with flaring and sideway ejection are designed for moving the air flue gas blends with temperature 400°C or 600°C during fire throughout 2 hours.

Each type is manufactured in 14 standard sizes with capacity from 2,300 m3/hour to 140,000 m3/hour and static pressure up to 2,100 Pa.

Fan type Aerodynamic power index (A, B, C) Casing design (PD). (F) – upward flaring Impeller’s diameter, dm Design version (explosion-protected) Destination (smoke removal) Maximum temperature of transported medium Modification’s sequence number Environmental design Y1

VDKn 3.15 Y1400 01DuVpA ---

Fan type Impeller’s diameter, dm Design version (explosion-protected) Destination (smoke removal) Maximum temperature of transported medium Modification’s sequence number Environmental design Y1

VDKV 3,15 Y1400 01DuV --

Fan type Characteristics of aerodynamic scheme Design index (roof-mounted) Impeller’s modification (A – 4 blades, B – 6 blades) Impeller’s diameter, dm Destination (smoke removal) Maximum temperature of transported medium Number of electric motor’s terminals Environmental design Y1

VOD 21-210 Y1400 4Du6,3АК ---

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VDS DU wall fans are designed for moving the air flue gas blends with temperature 400°C or 600°C during fire throughout 2 hours.

Manufactured in 9 standard sizes with capacity from 1,000 m3/hour to 49,000 m3/hour and static pressure up to 1,600 Pa.

VDS DU wall smoke-removal fans

VRD 80-70 DU and VRD 280-46 DU centrifugal smoke-removal fans

VPO axial backing fansVPOK roof-mounted axial backing fans

Smoke-Removal Fans

VRD 80-70 Du VRD 280-46 DuVRD DU wall fans are designed for moving the air flue gas blends with temperature 400°C or 600°C during fire throughout 2 hours.

VRD 80-70 DU are manufactured in 8 standard sizes with capacity from 500 m3/hour to 65,000 m3/hour and static pressure up to 1,600 Pa. VRD 280-46 DU are manufactured in 6 standard sizes with capacity from 2,000 m3/hour to 42,000 m3/hour and static pressure up to 3,000 Pa.

VpO VpOKVPO axial backing fans and VPOK roof-mounted axial backing fans are designed both for backing air in the fire-safety systems and fresh air conveyance during fire and for the operation in the general ventilation systems with short air-duct grid and without such.

Manufactured in 5 standard sizes with capacity from 3,000 m3/hour to 130,000 m3/hour and static pressure up to 1,350 Pa.

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Fan type Power index (A, B) Impeller’s diameter, dm Design version (explosion-protected) Destination (smoke removal) Maximum temperature of transported medium Modification’s number (01 – inlet fitting + heat insulated casing, 02 - heat insulated casing, 03 – inlet fitting) Position of inlet fitting in relation to outlet fitting (N – opposite, R – to the right, L – to the left) Number of electric motor’s terminals Environmental design Y1

VDKn 3.15 Y1400 01 4nDuVA - ---

VRD 6.3 Y2400 01 90RDuV80-70 - ; ;--

Fan type Characteristics of aerodynamic scheme Impeller’s diameter, dm Design version (explosion-protected) Destination (smoke removal) Maximum temperature of transported medium Modification’s number Rotation direction (R – right, L – left) Casing’s position (0°, 45°, 90°, 135°, 270°, 315°) Environmental design Y2

Fan type VPO or VPOK Input confusor Output diffusor Impeller’s modification (A, B, C, D, E, F, G) Diameter of fan’s flow area, dm Number of electric motor’s terminals Environmental design Y1 or Y2

VpO Y125D AK -- --

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Automatics and Process Control

Control of any ventilation and climate equipment.

Broad variety of control units and boards using component parts by leading global manufacturers (Carel, Siemens, ABB, Moeller, etc.) ensures high regulation accuracy, stability, dependability, and safety of equipment application.

Elaborated design of control units allows to allocate automatics and power elements in one and the same body.

AutomaticsBroad range of automatics elements is offered for all plants. Automatics elements are as follows: units controlling plants of different types;

control and protection devices (safety relays, smooth start devices, control boards for fans, control boards for air curtains with water and electric heating, remote control devices);

rpm governors (electronic, transformer type, frequency transducers);

Process Control Systems

temperature gauges, pressure gauges, thermostats, hydrostats, air quality gauge;

air vents drives;

mixing units;

three-way valves and drives of three-way valves;

circulating pumps.

Warehouse stock is maintained for all automatics elements, which allows to immediately complete and ship equipment.

The company NED is an official representative of Siemens in Russia. We offer the entire family of products for the systems involving the management and process control of engineering equipment in buildings.

Possibilities Integrated set of indoor engineering systems involving control of ventilation, cold supply, and heat supply; supervision of illumination switch on and switch off as well as heat and electricity supply; and fire alarm system.

Centralized power-consumption control.

Multiuser system controlling parameters inside each premises individually.

Displaying parameters at the united control room and controlling them there (operator’s automated work station).

Modular structure (full operation capacity of each controller in the automatic mode).

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Expansion (scalability) of systems as necessary.

Compatibility and interaction of different typologies and systems of earlier year of production protect the investment.

Easy studying of operation with dispatcher’s stations.

Customization of control units in accordance with customer’s individual requirements.

Power consumption and operation costs reduction due to the optimization of equipment operation.

Flexible remote control.

Control of several remote facilities from united control room.

Remote diagnostics, identification, and processing of alarm signals.

Transmission of alarm signals, which depends on time, system, and priority. Transfer of such signals to various computerized control stations.

Reception and transmission of only those data and work reports, which are required by the user.

Automatic message transmission from lower-level systems to the computerized control station.

Possibility to transmit data to cell phone, pager, fax machine or email.

Possibility to create archives.

Visualization of plants’ functional schemes with the possibility to control and supervise the real or preset parameters.

Plotting the equipment operation.

Possibility to connect the central computerized global-control station with two and more facilities at a time.

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New solution for designing the systems involving process control of big facilities

Process-control systems have been greatly developed lately. Automatics systems by various manufacturers are presented in the market. One of the most reputed and reliable manufacturers is the company “Carel.” Its products are offered by the company NED.

Functional objectives executed by Plant Visor system:

Collecting information on the state of engineering equipment from controllers installed at the local automatics boards.

Storage and display of information on equipment’s behavior over the entire period of its operation.

Informing the servicing personnel on events requiring attention via email or SMS messages.

Access to control and supervision of equipment via the Internet and local facility’s intranet, etc.

Way of operation used by Carel’s process-control system is as follows:

Control boards with controllers are installed in places where equipment is allocated. Such boards receive the information from gauges and actuators. On the basis of said information and the algorithm preset in the operation system, controller carries out the management of ventilation system or cooling machine for instance.

Controller may operate in the autonomic mode or exchange information with the Plant Visor system. The latter is a computer with special preset software.

To execute such information exchange, an additional card should be installed in the controller.

Abilities of Plant Visor system

Plant Visor Process Control Server

Depending on the set objectives, Plant Visor is delivered in two versions: with embedded sensor screen or without such. To run a device without screen, it should be connected with monitor, keyboard, and mouse.

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There are two modifications designed for the operation with different number of controllers:

StAnDARD – possibility to hook up and control up to 90 external devices, 1,400 variables.

HYpER – possibility to hook up and control up to 300 external devices, 3,500 variables.

the device has: RS485 embedded adapters.

Support of CAREL and Modbus protocols.

Remote access via HTTPS protocol. Inbuilt Firewall, support of VPN connections, access segregation.

Automatic identification of plugged-in devices (for Carel protocol).

plots visualization Translation of configuration parameters between similar devices.

Backup copying and data export.

Import of new standard and nonstandard devices.

Embedded tools for elaborating the user’s interface.

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Supply-and-exhaust plant with lamellar recuperator, water heating, and water cooling

Used for controlling the air-supply or supply-and-exhaust plants with water or electric heating, water or Freon cooling.

Designed for the operation with heat sensors having NTC 10 K characteristics.

CAREL Control Units

Supply-and-exhaust plant with electric heating, and water cooling

Type of control unit (ACW – water heating, ACE – electric heating) Type of applied controller (pCOxc2AO) Overall power of electric heaters (9, 15, 22, 30, 45, 60, 75, 90, 120, 150, 180, 240) Connection of the first fan / external control device

(1 – single-phase, 3 – three-phase) Control of first fan’s external device (may be missing) Connection of the second fan / external control device

(1 – single-phase, 3 – three-phase, 0 – missing) Control of second fan’s external device (may be missing) Control unit enhancement – weekly timer (may be missing)

ACE CR1 t1R360 R 1 -- --

Feeding of fan or frequency transducer (R)

AiR SupplY EXHAuSt lAbEling

3~380В - 30

1~220В - 10

3~380В 3~380В 33

1~220В 1~220В 11

3~380В 1~220В 31

1~220В - 1R0

1~220В 1~220В 1R1

1~220В 1~220В 1R1R

1~220В 3~380В 1R3

3~380В - 3R0

3~380В 1~220В 3R1

3~380В 1~220В 3R1R

3~380В 3~380В 3R3

3~380В 3~380В 3R3R

Premises

Premises

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ACE CR2 t1R3 R 1 ---

Supply-and-exhaust plant with lamellar recuperator, smooth recirculation, water heating, and water cooling

Used for controlling the air-supply or supply-and-exhaust plants with water heating, water or Freon cooling.

Designed for the operation with heat sensors having NTC 10 K characteristics.

CAREL Control Units

Supply-and-exhaust plant with rotor recuperator, water heating, and Freon cooling

Type of control unit (ACW – water heating) Type of applied controller (pCOxc2AO with expansion module) Connection of the first fan / external control device





3~380В - 30

1~220В - 10

3~380В 3~380В 33

1~220В 1~220В 11

3~380В 1~220В 31

1~220В - 1R0

1~220В 1~220В 1R1

1~220В 1~220В 1R1R

1~220В 3~380В 1R3

3~380В - 3R0

3~380В 1~220В 3R1

3~380В 1~220В 3R1R

3~380В 3~380В 3R3

3~380В 3~380В 3R3R

Premises

Premises

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3~380В - 30

1~220В - 10

3~380В 3~380В 33

1~220В 1~220В 11

3~380В 1~220В 31

1~220В - 1R0

1~220В 1~220В 1R1

1~220В 1~220В 1R1R

1~220В 3~380В 1R3

3~380В - 3R0

3~380В 1~220В 3R1

3~380В 1~220В 3R1R

3~380В 3~380В 3R3

3~380В 3~380В 3R3R

Type of control unit Overall power of electric heaters (3, 9, 15, 22, 30, 45, 60, 75, 90, 120, 150, 180, 240) Connection of the first fan / external control device



ACET Control Units

Air-supply plant with electric heating

Supply-and-exhaust plant with electric heating and recirculation on/off

ACEt 22 t1R3 R 1 ---

Used for controlling the air-supply or supply-and-exhaust plants with electric heating. Regulating functions are ensured by the application of TER-9 programmed thermostat operating in the mode of two-position governor.

Designed for the operation with heat sensors having NTC 12 kOm characteristics.

Premises

Premises

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3~380В - 30

1~220В - 10

3~380В 3~380В 33

1~220В 1~220В 11

3~380В 1~220В 31

1~220В - 1R0

1~220В 1~220В 1R1

1~220В 1~220В 1R1R

1~220В 3~380В 1R3

3~380В - 3R0

3~380В 1~220В 3R1

3~380В 1~220В 3R1R

3~380В 3~380В 3R3

3~380В 3~380В 3R3R

Supply-and-exhaust plant with water heating

Type of control unit Type of applied controller – RLU 220 Connection of the first fan / external control device



ACW 220 Control Units

Used for controlling the air-supply or supply-and-exhaust plants with water heating and water cooling of air (or Freon cooling when F enhancement is used).

Designed for the operation with heat sensors having Ni 1000 TK5000 characteristics.

Supply-and-exhaust plant with rotor recuperator and water heating

ACW 220 tR3 R 1 ---

Premises

Premises

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ACW(E) 222 Control Units

Type of control unit (ACW – water heating, ACE – electric heating) Type of applied controller – RLU 222 Overall power of electric heaters (9, 15, 22, 30, 45, 60, 75, 90, 120, 150, 180, 240) Connection of the first fan / external control device



Used for controlling the air-supply and supply-and-exhaust plants with water or electric heating and water cooling of air (or Freon cooling when F enhancement is used).


Supply-and-exhaust plant with electric heating and water cooling

Supply-and-exhaust plant with lamellar recuperator, water heating, and water cooling

ACE 222 tR360 R 1 -- --



3~380В - 30

1~220В - 10

3~380В 3~380В 33

1~220В 1~220В 11

3~380В 1~220В 31

1~220В - 1R0

1~220В 1~220В 1R1

1~220В 1~220В 1R1R

1~220В 3~380В 1R3

3~380В - 3R0

3~380В 1~220В 3R1

3~380В 1~220В 3R1R

3~380В 3~380В 3R3

3~380В 3~380В 3R3R

Premises

Premises

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ACE 236 tR360 R 1 -- --



3~380В - 30

1~220В - 10

3~380В 3~380В 33

1~220В 1~220В 11

3~380В 1~220В 31

1~220В - 1R0

1~220В 1~220В 1R1

1~220В 1~220В 1R1R

1~220В 3~380В 1R3

3~380В - 3R0

3~380В 1~220В 3R1

3~380В 1~220В 3R1R

3~380В 3~380В 3R3

3~380В 3~380В 3R3R

Supply-and-exhaust plant with rotor recuperator, water heating, and Freon cooling

Type of control unit (ACW – water heating, ACE – electric heating) Type of applied controller – RLU 236 Overall power of electric heaters (9, 15, 22, 30, 45, 60, 75, 90, 120, 150, 180, 240) Connection of the first fan / external control device



ACW(E) 236 Control Units

Used for controlling the air-supply or supply-and-exhaust plants with water or electric heating and water or Freon cooling of air. It is possible to smoothly adjust the temperature while using electric heaters due to sectional connections (up to 6 stages).


Supply-and-exhaust plant with lamellar recuperator, smooth recirculation, water heating, and water cooling

Premises

Premises

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Comment: Digit indicating the type of fan requiring an enhancement is put before “A,” “B,” “C,” and “H”: 1 – air supply, 2 – exhaust, 3 – additional. For instance, 1A20 enhancement is related to air-supply fan and fan’s maximum current should be from 17 to 20 A.

DESIGNATION FUNCTIONS

1 Additional connection of third single-phase fan

3 Additional connection of third three-phase fan

А 0,63

Fans hook-up without heat contacts

А 1; 1,6; 2,5; 4; 6,3

А 10

А 17

А 20

А 25

B14 Connection of fans furnished with heat contacts with current from 9 to 14 A

B25 Connection of fans furnished with heat contacts with current from 15 to 25 A

C Protection of motor with thermistors

D Connection of three-phase circulating pump

F Control of twin-loop condensing unit

G Connection of single-phase circulating pump with remote heat contacts

H 25 Connection of fans’ external devices with current from 9 A to 25 A



JE Switching off the supply fan at recuperator’s freezing (electric heating)

JW Switching off the supply fan at recuperator’s freezing (water heating)

K1F14 Hook-up of heat insulated air valve with single-phase feeding and power up to 3 kW (current of 14A)

K3F15 Hook-up of heat insulated air valve with three-phase feeding and power up to 7.5 kW (current of 15A)

K3F25 Hook-up of heat insulated air valve with three-phase feeding and power up to 11 kW (current of 25A)

K3F32 Hook-up of heat insulated air valve with three-phase feeding and power up to 15 kW (current of 32A)

L Electronic rpm governor of SI-RS11 type

NA4, NA6

Connection of three-phase pump of recuperator’s glycol loop without heat contactsNA10

NA17

ND Connection of three-phase pump of recuperator’s glycol loop with remote heat contacts

RU Device controlling standby fan

S Remote alarm system involving switching on and failures

S1 Plugging in the RTF remote control unit

T Embedded weekly timer

V Connection of regenerator

Z Three-position control of heating water valve (only for ACW 222 units)

Enhancements to Control Units

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Applied in the units controlling the ventilation and air conditioning systems. Two series for heating and two series, for cooling. Operation in P-, PI-, and PID-regulation modes or as a differential controller. Control of the following parameters: temperature, relative/absolute humidity, pressure/pressure drop, air flow, air quality in premises, enthalpy.

Controllers

Digital Thermostat

Applied in the units controlling the ventilation systems with electric heaters. Two microprocessors, two temperature inputs, and two outputs with switching contacts. Setting parameters and measured values are displayed on LCD monitor.

Start and protection of three-phase and single-phase motors with embedded heat contacts. Thermal and electromagnetic protection from short circuit. Hook-up of several fans on one relay (series connection) provided the fans’ overall current does not exceed the relay’s rated current.

Safety RelaysTYPE

STDT 16

SET-10B

TYPE

RLU 220

RLU 222

RLU 236

Controller RLU 220 RLU 222 RLU 236

Universal inputs 4 4 5

Digital inputs 1 1 2

Analog outputs 2 2 3

Relay outputs 0 2 6

Number of regulation circuits 1 1 2

TYPE

TER-9 digital thermostat

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TYPE

ACV-V3 ACV-V18,5-UPP

ACV-V4-UPP ACV-V22-UPP

ACV-V7,5-UPP ACV-V30-UPP

ACV-V11-UPP ACV-V37-UPP

ACV-V15-UPP

Smooth start and protection of three-phase fans with power from 3 to 37 kW not furnished with heat contacts or thermistors (UPP embedded device). Protection from overcharge with the help of current-limiting automats.

Integrated control of industrial air-and-heat curtains. Controlling and protective components of power unit and logic scheme are allocated in one and the same body:

ACC-W – for curtains with water heater ACC-E – for curtains with electric heater.

Joint operation with ACE and ACW control units. Embedded temperature gauge for premises (Ni 1000 TK 5000).

Functions: ventilation plant’s remote switching on/off, indication of plant’s operation mode, temperature remote alteration within the range from + 5°C to + 35° (excluding ACET units), alteration of fan motor’s rotational frequency.

Fans Control Boards

Air Curtains Control Boards

Remote Control Device

Smooth start of three-phase motors with power from 4 to 37 kW. Switching the motor feeding scheme from spider to delta for reducing the inrush current. Operation only with motors of 380/660 V or 400/690 V.

Smooth Start DevicesTYPE

UPP-7,5

UPP-11

UPP-15

UPP-22

UPP-30

UPP-37

TYPE

ACC-W

ACC-E

TYPE

RTF remote control device

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TYPE

ACV-DU-V3 ACV-DU-V22-UPP



ACV-DU-V7,5 ACV-DU-V45-UPP


ACV-DU-V15-UPP ACV-DU-V60-UPP

ACV-DU-V18,5-UPP ACV-DU-V75-UPP

Used to actuate three-phase smoke-removal fans. Protection from short circuit is provided and ensured. Control board comprises smooth start device with power from 15 to 75 kW (UPP- type, spider – delta switching). Conforms to GOST 53325-2009 “Fire Safety Equipment. Technical Tools of Fire Safety Automatics. General Technical Requirements.”

Controlling capacity of single-phase fans through fixed voltage change (5 degrees). Manual switching with the help of relay. Hook-up of several fans on one rpm governor (series connection) provided the fans’ overall current does not exceed the governor’s rated current.

Transformer Type RPM GovernorTYPE

RE 2 G

RE 6 G

RE 7,5 G

RET 2 KTG

RET 6 KTG

RET 7,5 KTG

Governing the rotation of single-phase fans furnished with heat contacts with automatic restart through smooth alteration of voltage. Wall or concealed mounting.

Electronic RPM GovernorTYPE

RTY-1,5

RTY-2,5

Boards Controlling ACV-DU Smoke Removal Fans

Control board is designed for manual or automatic opening and closing of fire retarding valves with electromechanical drive and 220 V AC feeding and for the indication of the state of such valves.

TYPE

ACW-PPK-4

ACW-PPK-8

ACW-PPK-12

ACW-PPK-18

ACW-PPK-27

Boards Controlling ACW-PPK Fire Retarding Valves

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TEMPERATURE GAUGES

STK-1 channel gauge

STK-1M channel gauge

STK-2 channel gauge


STK-3 channel gauge


STP indoor temperature gauge

STP-3 indoor temperature gauge

STN outdoor temperature gauge

STN-3 outdoor temperature gauge

VSP immersion temperature gauge

VSP-3 immersion temperature gauge

VSN superimposed temperature gauge

VSN-3 superimposed temperature gauge

TYPE

FC-051P1K75 LCP control panel

FC-051P1K5 NEMA1-M1 kit






FC-051P11K FC-101 control panel

FC-051P15K

FC-051P18K

FC-051P22K

FC-101P30K

FC-101P37K

FC-101P45K

Protection and control of three-phase fans’ capacity through smooth alternation of feed current frequency in electric motor. FC frequency transducers are furnished with detachable control panel and NEMA kit (protective plastic casing closing the terminal connections). Operation on the basis of PID-regulation.

Measuring the temperature of air (STK, STP, STN) or heat-transfer agent (VSP, VSN) in the systems of ventilation, air conditioning, and heating. STK-2 and STK-2M gauges have characteristics NTC 12 kOm; STK-3, STK-3M, STP-3, STN-3, VSP-3, and VSN-3, NTC 10k; and other gauges, Ni 1000 TK 5000.

Frequency RPM Governors

Temperature Gauges

Control of excessive pressure, pressure difference, and air dispersion in the systems of ventilation and air conditioning.

Differential Pressure SwitchTYPE

DPD-2

DPD-5

DPD-10

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TYPE

GSD 121.1E GBB 331.1E

GSD 321.1E GIB 131.1E

GDB 131.1E GIB 161.1E

GDB 161.1E GIB 331.1E

GDB 331.1E/KF GQD 121.1E

GLB 131.1E GQD 321.1E

GLB 161.1E GMA 121.1E

GLB 331.1E GMA 161.1E

GEB 131.1E GMA 321.1E

GEB 161.1E GCA 121.1E

GEB 331.1E GCA 161.1E

GBB 131.1E GCA 321.1E

GBB 161.1E

Supervision of heat-transfer agent’s temperature in the pipeline. Visual display of values.

Hydrostat is designed for adjusting and controlling the air relative humidity in offices and residential premises.

Analysis and supervision of air quality in premises plus quantitative assessment of air saturation degree by polluting gases.

Control of air vents in the systems of ventilation and air conditioning.

Superimposed Thermostat

Indoor Hydrostat

Air Quality Gauge

Air Vents Drives

TYPE

RAK-TW

TYPE

QFA 1000

TYPE

QPA 2002

Supervision of heat exchangers’ temperature for protecting them from freezing. Complete set comprises shackles for fixing the capillary tube on the section.

Capillary ThermostatsTYPE

AZT-0,6

AZT-3

AZT-6

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TYPE

VRG131 15-0,63 VRG131 40-25

VRG131 15-1,0 VRG131 50-40

VRG131 15-1,63 3F 50

VRG131 15-2,5 3F 65

VRG131 20-4,0 3F 80

VRG131 20-6,3 3F 100

VRG131 25-10 3F 125

VRG131 32-16

TYPE

SME 40-1,0 SMEХ 40-1,0

SME 40-1,6 SMEХ 40-1,6

SME 40-2,5 SMEX 40-2,5

SME 40-4,0 SMEX 40-4,0

SME 60-4,0 SMEХ 60-4,0

SME 60-6,3 SMEХ 60-6,3

SME 80-6,3 SMEX 80-6,3

SME 80-10,0 SMEX 80-10,0

SME 80-16,0 SMEX 80-16,0

SME 110-16,0 SMEX 110-16,0

Adjusting the capacity of water heat exchangers through modifying the temperature of conveyed heat-transfer agent with constant consumption of the latter. Component parts: three-way valve, drive of three-way valve, circulating pump, locking ball-plug valves, heating water filter, bypass with check valve and control valve, flexible connection tubes of stainless steel. Direct and inverse configuration.

Mixing Units

Used as mixing or segregating valves for heat exchangers installed in small systems of ventilation and air conditioning. External thread. Rod stroke 5.5 mm. Complete set does not comprise connecting pieces.

Applied as connecting pieces for three-way globe valves of VXP series.

Used as mixing or segregating valves for heat exchangers installed in systems of ventilation and air conditioning. Valves of rotary type with thread connection (VRG 131 series) or flanged connection (3F series).

Three-Way Globe Valves

Connecting Kits

Three-Way Rotary Valves

TYPE

VXP 45.10-0,25

VXP 45.10-0,4

TYPE

ALG 133 kit

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PUMP NAME CONNECTION TYPE CONNECTION KIT

VA 35/130 Thread DAB 1" nut kit

VA 65/130 Thread КDAB 1" nut kit

A 50/180 M Thread DAB 1" nut kit

A 56/180 M Thread КDAB 1" nut kit

A 80/180 M Thread DAB 1" nut kit

A 110/180 XM Thread DAB 11/4" nut kit

ВрН 120/250.40M Flange DN 40 flange kit

ВрН 60/280.50M Flange DN 50 flange kit

ВрН 120/280.50м Flange DN 50 flange kit

ВрН 150/280.50Т Flange DN 50 flange kit


ВрН 60/340.65м Flange DN 65 flange kit






Control of rotary valves: drives of ARA type are designed for the operation with valves of VRG 131 series and drives of ESBE 92 type, with valves of 3F series.

Control of globe valves of VXP series.

Designed for moving water and nonfreezing blends with temperature from -10°C to +110°C. Maximum admissible operation pressure of heat carrying agent is 1 MPa. Motor shaft should be located strictly horizontally while mounting.

Servo Drives for Rotary Valves

Servo Drives for Globe Valves

Circulating Pumps

TYPE

ARA663 servo drive

ARA659 servo drive

ESBE 92 servo drive

ESBE 92 P servo drive

TYPE

SSB 61

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Refrigerating Equipment

COn

DEn

Sin

g

un

it m

OD

El

Refr

iger

atin

g

capa

city*

Pow

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onsu

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th

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ass

kW kW mm mm mm kg

5 5,9 1,33

855 404 727

92

7 7,3 1,7 112

8 8,8 2 116

10 11,5 2,7

980 420

1377127

12 14 3,2 136

15 17,3 4,2

1540

155

18 20,8 4,9 162

20 23,1 5,3 163

24 27,9 6,45

1655 930 1125

240

28 27,6 7,3 260

30 31,4 8 263

35 41,2 9,55 283

40 45,8 10,6 300

45 51 12,6 1655 930 2015 461

55 62 16,381425

1150

2000

471

60 68 17,81 474

71D 81 21,521800

562

80D 92 24,06 597

90D 101 27,97 2000

2005

730

108D 122 32,83

2700

935

121D 136 35,35 950

139D 159 43,15 1025

156D 178 49,36 1255

177D 201 53,86 2780 1320

206D 228 62,81 3105 1340

NSA 5-206D Condensing Units

Condensing units are designed for the preparation of Freon refrigerant conveyed to the heat exchanger of inner unit or to the section of direct evaporation in the air conditioning system. Non-reversing singe-loop and twin-loop condensing units of NSA type with axial fans and scroll compressors in 25 standard sizes with capacity from 5.9 to 228 kW. Outdoor design version of units. Applied refrigerant: R407C. Units are controlled with the help of “dry contacts.”Standard complete set comprises: isolation pads, phase-control switch, relay adjusting condensation pressure through altering the fans’ rotation speed, service Schrader valves, and shutoff valves at the output of condensing unit. Condensing units filled with inert gas are delivered in dried form.

* Average evaporation temperature 5°, environmental temperature 32°C.

TYPE

FV685 oil (1 liter)Destined for filling the refrigerating loop.

Polyvinyl Essence

69

RefRigeRating equipment


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Mono-Block Chillers of NBA Series and Modular Chillers of NBA X Series

nbA

X

StAn

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Num

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iller

Ove

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pow

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cons

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kW kW kW

2Х096 204 2 2х33,9

2Х107 228 2 2х39,2

2Х128 268 2 2х44,4

2Х145 294 2 2х52,25

2Х163 344 2 2х58,65

2Х190 376 2 2х64,55

3Х128 402 3 3х44,4

3Х145 441 3 3х52,25

3Х163 516 3 3х58,65

3Х190 564 3 3х64,55

4Х145 588 4 4х52,25

4Х163 688 4 4х58,65

4Х190 752 4 4х64,55

5Х163 860 5 5х58,65

5Х190 940 5 5х64,55

6Х190 1128 6 6х64,55

nbA

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)

kW kW % DU R mm mm mm dB(A) kg

39 45 15,46

0-33-66-100

50 2

2200

1150 2005

64 728,4

48 52 18,16 50 2 64 742,65

54 59 20,06 50 2 64 747,9

64 70 24,30-25-50-75-100

50 2 71 797

72 80 26,1 65 2,5 71 905

79 90 29,1

0-33-50-67-84-100

65 2,5 71 1044,5

96 102 33,9 65 2,5

3100

71 1065,5

107 114 39,2 65 2,5 71981

128 134 44,4 0-25-50-75-100 80 3 71

145 147 52,25

0-33-50-67-84-100

80 3 76 1311

163 172 58,65 80 3 76 1345,5

190 188 64,55 80 3 76 1361,5

DescriptionMono-block chillers in 12 standard sizes and modular chillers, in 16 standard sizes. Outdoor design versions with axial fans with refrigerating capacity from 45 to 1,128 kW. Design type: cooling only. Refrigerant: R407C Freon. Range of environmental air operating temperatures from + 5 to + 44°C. Maximum possible content of glycol in refrigerant blend: up to 40% (for design versions with embedded pump).Design philosophySmooth governing of fans’ rotation speed. No need to install a storage tank due to multiple adjustment degrees. Possibility to select an operation mode by inlet or outlet heat-transfer agent’s temperature. Sustainable operation of refrigerating loop components in all operation modes. Uniformly elapsed operating time of compressors and pumps. Possibility to be connected with BMS flow-control system for buildings: Ethernet, BACnet/IP, LonWorks, RS 485 (Modbus).Optional Accessoriesu1 – control of one pump (installed outside of the chiller)u2 – control of two pumps (installed outside of the chiller,

rotation according to operating time)mb – RS485 (Modbus) card of serial interface

* Conditions: cooled water temperature from 12 to 7°C, environmental air temperature 35°C** Installed in chillers with embedded pumps, primary pressure in expansion tank 1.5 atm.*** Noise pressure level is measured in the free sound field at the distance of 1m of the unit (from the intake side) and 1.5 m of supporting surface according to DIN 45635.(1) Unit without pumps.

Pump stations are designed for pumping liquids (water, inhibited water solutions of ethylene glycol or propylene glycol with low viscosity, etc.) and may be used in the air conditioning systems and various technological processes. 24 possible configurations with available static pressure up to 400 kPa. Complete set comprises expansion tanks for different overall capacities: from 35 to 150 l.

NST Remote Pump Stations for NBA Modular Chillers’ Kits

possible design versions:1A – one embedded low-pressure pump1b – one embedded medium-pressure

pump1C – one embedded high-pressure pump2A – two embedded low-pressure pumps

(rotation according to operating time)2b – two embedded medium-pressure

pumps (rotation according to operating time)

2C – two embedded high-pressure pumps (rotation according to operating time)

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EquipmEnt2

Chillers for Operation with NBE 039-190 Remote Condensers

* Conditions: cooled water temperature from 12 to 7°C, environmental air temperature 35°C** Installed in chillers with embedded pumps, primary pressure in expansion tank 1.5 atm.*** Noise pressure level is measured in the free sound field at the distance of 1m of the unit (from the intake side) and 1.5 m of supporting surface according to DIN 45635.(1) Unit without pumps.

StAnDARD SizE 039 048 054 064 072 079 096 107 128 145 163 190COOling

Refrigerating capacity* kW 45 52 59 70 80 90 102 114 134 147 172 188COmpRESSORS

Number pieces 3 3 3 4 4 6 6 6 4 6 6 6Power consumption* kW 14,2 16,8 18,8 21,7 23,5 26,5 31,3 36,6 41,8 47,9 54 60,2Maximum operating current А 31,2 36,9 40,8 49,2 54,4 62,4 73,8 81,6 94,4 105,6 115,6 141,6Maximum inrush current А 68,8 90,6 100,2 102,9 113,8 116,8 156,6 173,2 166,8 195,2 230,6 239,2Capacity stages % 0-33-66-100 0-25-50-75-100 0-33-50-67-84-100 0-25-50-75-100 0-33-50-67-84-100Power supply V/Hz/phase 400/50/3+N+PE

WAtER lOOpWater consumption l/sec 2,14 2,48 2,81 3,33 3,81 4,29 4,86 5,43 6,38 7 8,19 8,95Pressure loss in the heat exchanger kPa 29,26 33,71 29,86 42,19 38,87 30,84 34,85 30,62 40,19 38,89 41,05 44,01

Full thrust of 1A, 2A pump kPa 145 138 131 212 204 193 187 180 170 160 201 183Full thrust of 1B, 2B pump kPa 250 230 280 240 300 295 275 265 255 290 270 250Full thrust of 1C, 2C pump kPa 350 345 385 375 450 450 450 430 390 410 400 390Volume of expansion tank** l 8 8 8 12 12 12 12 12 12 18 18 18

COnnECtiOn OF FREOn lOOpGas line mm 18 22 22 2*22 2*22 2*28 2*28 2*28 2*28 2*35 2*35 2*35Liquid line mm 22 22 22 2*18 2*18 2*22 2*22 2*22 2*28 2*28 2*28 2*28

COnnECtiOn OF WAtER lOOpDiameter DU 50 50 50 50 65 65 65 65 80 80 80 80

Thread connection according to GOST 6211-81 R 2 2 2 2 2 1/2 2 1/2 2 1/2 2 1/2 3 3 3 3

ACOuStiC CHARACtERiStiCSNoise pressure level*** dB(A) 58 58 58 60 60 60 60 60 63 63 63 63

StAnDARD SizE AnD mASSLength mm 1800 1800 1800 1800 1800 2400 2400 2400 2400 2400 2400 2400Height mm 1750Width mm 770Transportation mass(1) kg 560 570 575 630 635 715 760 780 780 905 935 955

DescriptionDesign version: cooling only. Refrigerant: R407C Freon. 12 standard sizes with refrigerating capacity from 45 to 188 kW. Maximum possible content of glycol in refrigerant blend – up to 40%.Design philosophyNo need to install a storage tank due to multiple adjustment degrees. Possibility to select an operation mode by inlet or outlet heat-transfer agent’s temperature. Sustainable operation of refrigerating loop components in all operation modes. Uniform operating time of compressors and pumps. Possibility to be connected with BMS flow-control system for buildings: Ethernet, BACnet/IP, LonWorks, RS 485 (Modbus).possible design versions:1A – one embedded low-pressure pump1b – one embedded medium-pressure pump1C – one embedded high-pressure pump2A – two embedded low-pressure pumps (rotation according to operating time)2b – two embedded medium-pressure pumps (rotation according to operating time)2C – two embedded high-pressure pumps (rotation according to operating time)Optional Accessoriesu1 – control of one pump (installed outside of the chiller)u2 – control of two pumps (installed outside of the chiller,

rotation according to operating time)mb – RS485 (Modbus) card of serial interfacelW – card of serial interface within LonWorks platform

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nbE StAnDARD SizE 039 048 054 064 072 079 096 107 128 145 163 190

nnC StAnDARD SizE 039 048 054 064х2* 072х2* 079х2* 096х2* 107х2* 128х2* 145х2* 163х2* 190х2*

Heat exchanger’s inner volume l 23,8 27,1 27,1 17,9 23,4 23,8 27,1 27,1 36,5 48,3 48,3 48,3

FAnS

Number pieces 2 3 3 2 2 2 3 3 3 3 2 2

Fan’s diameter mm 630 630 630 630 630 630 630 630 630 630 710 710

Feeding V/Hz/phase 230 / 50 / 1+N+PE 380 / 50 / 3+N+PE

Power consumption kW 1,26 1,89 1,89 1,26 1,26 1,26 1,89 1,89 1,89 1,89 2,6 2,6

Maximum operating current А 5,8 8,7 8,7 5,8 5,8 5,8 8,7 8,7 8,7 8,7 5 5

COnnECting FlAngES OF FREOn lOOp

Injection linemm 18 22 22 2х 22 2х 22 2х 28 2х 28 2х 28 2х 28 2х 35 2х 35 2х 35

inch 3/4 7/8 7/8 2х 7/8 2х 7/8 2 х1 1/8 2 х1 1/8 2 х1 1/8 2 х1 1/8 2х 1 3/8 2х 1 3/8 2х 1 3/8

Intake linemm 22 22 22 2х 18 2х 18 2х 22 2х 22 2х 22 2х 28 2х 28 2х 28 2х 28

inch 7/8 7/8 7/8 2х 3/4 2х 3/4 2х 7/8 2х 7/8 2х 7/8 2 х1 1/8 2 х1 1/8 2 х1 1/8 2 х1 1/8

ACOuStiC CHARACtERiStiCS

Noise pressure level** dB(A) 64 64 64 64 64 64 64 64 64 64 71 71

SizES

Length (A) mm 2680 3880 3880 2680 2680 2680 3880 3880 2600 2600 2600 2600

Width (B) mm 700 700 700 700 700 700 700 700 1200 1200 1200 1200

Height (C) mm 1030 1030 1030 1030 1030 1030 1030 1030 1110 1110 1110 1110

mASS

Transportation mass kg 220 310 310 220 210 210 310 310 360 360 360 360

NNC Remote Condensers for Joint Operation with NBE 039-190 Chillers

Design version: Cooling only.Condenser type: With air horizontal discharge (flat) and air vertical discharge (V-shaped).Refrigerant: R407C Freon.

* important! set of 64x2…190x2 remote condensers consists of two similar condensers. The table indicates data with respect to one condenser only.** Noise pressure level is measured in the free sound field at the distance of 1m of the unit and 1.5 m of supporting surface according to DIN 45635.

Description12 models have been specially elaborated for joint operation with NBE chillers. NNC 039…054 remote condenser is required for NBE 039…054 chillers. Kit of NNC 064x2…190x2 remote condensers consisting of two similar condensers is required for NBE 064…190 chillers. Outdoor installation. Range of environmental air operating temperatures from -25°C to + 45°C.Design philosophySmooth adjustment of fans’ rotation speed. Cost-effective and efficient operation in different environmental conditions. Optimum solution with respect to noise level / capacity ratio. Low noise level during operation and reduced power consumption. Possibility to be mounted on wall (039-107 models) or horizontal surface. High durability of the structure and resistance to vibrations.

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EquipmEnt2

mODEl nDlC1200 ES nDlC1300 ES nDlC1400 ES nDlC1500 ES nDlC1600 ES

Refrigerating capacity kW 4220 4572 4922 5276 5627

EER 7,04 6,98 7,03 6,99 7,04

Power consumption kW 594 649 695 749 793

Power supply 10000 V – 3 phase – 50 Hz

Transportation mass kg 18790 19220 19710 20170 20450

Length m 5490 5490 5490 5490 5490

Width m 2800 2800 2800 2800 2800

Height m 2920 2920 2920 2920 2920

mODEl nDlC1700 ES nDlC1800 ES nDlC1900 ES nDlC2000 ES nDlC2100 ES nDlC2200 ES

Refrigerating capacity kW 5979 6330 6682 7034 7386 7737

EER 7,04 7,02 7,06 7 7,04 7,03

Power consumption kW 843 895 940 996 1040 1093

Power supply 10000 V – 3 phase – 50 Hz

Transportation mass kg 23370 23620 23850 24130 24130 24130

Length m 5790 5790 5790 5790 5790 5790

Width m 3150 3150 3150 3150 3150 3150

Height m 3180 3180 3180 3180 3180 3180

NDLC Chillers with Centrifugal Compressors

nDlC-m and nDlC-H are single-stage. Refrigerating capacity of 1,500 ÷ 3,800 kW.nDlC-ES are two-stage. Refrigerating capacity of 4200 ÷ 7,700 kW.nDlC-VSD are two-stage with VSD frequency inverter. Refrigerating capacity of 1,500 ÷ 4,200 kW.Applied refrigerant: R 134a.

NDLC chillers with centrifugal compressors are water cooling machines for OViK systems with high EER7 and IPLV11.6 power-efficiency coefficients, which are able to operate in “Free Cooling” mode. Chillers’ capacity may be smoothly adjusted within the range from 10% to 100% of rated refrigerating capacity. It is possible to use high voltage motor from 400 to 10,000 V.

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Chillers with Water Cooling of TURBOLINE Condenser with Compressors

gWH 351-3811: chillers with water cooling of TURBOLINE, TT/Y condenser with TURBOCOR compressors with refrigerating capacity 333 ÷ 3,696 kW.gWH 291-1581: chillers with water cooling of TURBOLINE, TT/Y condenser with TURBOCOR compressors with refrigerating capacity 280 ÷ 1,546 kW.Applied refrigerant: R134a.

TURBOLINE chillers with TURBOCOR compressors are designed for the operation as a part of highly efficient cooling systems involving central air conditioning systems.Design versions:gWH – cooling only, for operation with open water cooling tower.gWH/DR – cooling only, for operation with dry cooler.

GWH…TT/Y MODELS 351 411 541 701 871 1031 1201 1311 1391

Refrigerating capacity kW 333 396 523 682 840 999 1166 1265 1344

Power consumption kW 62 72 94 123 148 177 214 216 231

EER 5,37 5,5 5,56 5,54 5,68 5,64 5,45 5,86 5,82

Compressors n° 1 1 1 2 2 2 2 2 3

Loops n° 1 1 1 1 1 1 1 1 1

Length mm 3220 3220 3180 3260 3340 3340 3360 3360 4300

Width mm 2170 2170 2170 2400 2400 2400 2450 2450 2450

Height mm 980 980 1000 1120 1160 1160 1260 1260 1250

Mass kg 2690 2700 2720 3200 3500 3510 4020 4130 5260

GWH…TT/Y MODELS 1591 1851 2111 2431 2771 3121 3471 3811

Refrigerating capacity kW 1546 1792 2050 2352 2688 3024 3360 3696

Power consumption kW 268 316 355 429 470 539 596 647

EER 5,77 5,67 5,77 5,48 5,72 5,61 5,64 5,71

Compressors n° 3 3 4 4 5 5 6 6

Loops n° 1 1 1 1 1 1 1 1

Length mm 4400 4400 4370 4500 5620 5750 6040 6040

Width mm 2520 2520 2520 2660 2820 2800 3000 3000

Height mm 1420 1420 1470 1630 1510 1630 1800 1800

Mass kg 5820 5940 6250 8020 8170 10290 11900 11940

GWH/DR…TT/Y MODELS 291 341 461 611 781 971 1171 1371 1581

Refrigerating capacity kW 280 336 448 594 762 952 1142 1344 1546

Power consumption kW 66 83 107 142 173 230 260 311 350

EER 4,21 4,07 4,18 4,19 4,39 4,14 4,39 4,32 4,41

Compressors n° 1 1 2 2 2 3 3 4 4

Loops n° 1 1 1 1 1 1 1 1 1

Length mm 3220 3220 3200 3220 3340 4260 4270 4270 4370

Width mm 2170 2170 2170 2170 2400 2400 2450 2450 2520

Height mm 980 980 1000 1000 1150 1160 1250 1410 1470

Mass kg 2690 2690 2910 2920 3470 4600 5210 5480 6130

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EquipmEnt2

Chillers and Heat Pumps with Air Cooling of Condenser, Outdoor Version

Chillers with Air Cooling of Condenser, Indoor Version

Indoor Mounted Chillers with Remote Condensers

* Heating mode

nWA/Cl/Wp* 4 – 20 S/K/prefrigerating capacity 4.2 – 20.5 kW; nWA/Cl/Wp* 24 – 40 S/K/p

refrigerating capacity 24.8 – 178 kW.

NWA/CL/WP* 4 – 20 S/K/P chillers are manufactured in 10 standard sizes and NWA/CL/WP* 24 – 40 S/K/P chillers, in 14 standard sizes, with axial fans and scroll compressors.

nWR 4 – 34 S/K/p refrigerating capacity 4.2 – 33.4 kW; nWR 051 – 172 S/K/p

refrigerating capacity 47.6 – 178 kW.

NWR chillers are manufactured in 23 standard sizes with high-pressure fans and scroll compressors.

nEE 4 – 40 S/K/p refrigerating capacity 4 – 41.5 kW; nEE 051– 172 S/K/p

refrigerating capacity 50.8 – 176 kW; gEE 322 – 2582 V V / Y

refrigerating capacity 235– 2,168 kW.

NEE chillers are manufactured in 24 standard sizes with scroll compressors and operate on R407C Freon.GEE chillers are manufactured in 18 standard sizes with screw compressors and operate on R134A Freon.

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Precision Conditioners

Precision conditioners are designed for accurate maintenance of air parameters in important premises equipped with servers, informational centers, and hardware implementing highly efficient technologies. There are design versions with air cooling of condensate and with heat exchanger cooled by water.

DE – with direct air cooling, WC – with direct water cooling, CW – heat exchanger with cooling water.

Standard size (S – small, M – middle, L – large) Exhaust side (T – exhausts upwards, B – exhaust downwards) 0 – cooling from chiller, 1 – one compressor, 2 – two compressors Standard size of conditioner C – cooling only

E – cooling and heating U – cooling and moistening D – cooling, heating, moistening, drying

DE 049m t 2 C

Chillers with Water Cooling of Condenser

nWH 4 – 40 S/K/prefrigerating capacity 4.6 – 49.2 kW; nWH 051 – 172 S/K/p

refrigerating capacity 55.4 – 195 kW; gWH 182 – 1602 V V / z

refrigerating capacity 185 – 1,602 kW.

NWH chillers are manufactured in 24 standard sizes with scroll compressors and operate on R410C Freon.GWH 182 – 1602 V V / Z chillers are manufactured in 20 standard sizes with screw compressors and operate on R407C Freon.

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EquipmEnt2

RM Remote Water Duties

NRC Remote Condensers

GRC Dry Coolers (Dry Cooling Towers)

Remote water duties for indoor and outdoor installation. Plants of two standard sizes with storage tank’s capacity of 1,500 and 2,500 l. Each standard size allows the complete set with one-pump or two-pumps group. Five models of pump stations with rated power consumption from 3 kW to 22 kW.

Remote condensers with air cooling for outdoor installation. Designed for connecting with NEE and GEE condenser-free chillers.

Dry coolers with axial fans for outdoor installation. Designed for connecting with NWH and GWH chillers with water cooling of condenser.

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Fan Coils with Centrifugal Fans and Inverter EC-Motor

Channel Fan Coils

ND Cartridge Fan Coils

NHW/EC Wall Mounted Fan Coils with Inverter EC-Motor

Represented in 14 standard sizes with overall refrigerating capacity from 1.31 kW to 7.26 kW. High quality operation parameters and utmost noiselessness. Minimum power consumption by models with inverter EC-motors. Vast variety of models and broad choice of accessories.

Available at warehouse.Produced in Italy.

Middle-pressure (up to 100 Pa) channel fan coils of L series are represented in 5 standard sizes and 2 modifications with overall refrigerating capacity from 3.77 kW to 17.79 kW. High-pressure (up to 120 Pa) channel fan coils of R series are represented in 6 standard sizes with overall refrigerating capacity from 5.86 kW to 39.13 kW. Two-pipe or four-pipe design versions.

Produced in Italy.

Represented in 9 standard sizes with overall refrigerating capacity from 1.8 kW to 12.6 kW. High quality operation parameters and utmost noiselessness. Vast variety of models and broad choice of accessories.

Available at warehouse.

Represented in 6 standard sizes with overall refrigerating capacity from 2.1 kW to 5.4 kW. Minimum power consumption and low noise level due to the application of inverter EC-motors. Infrared remote control unit is included in the standard complete set. Produced in Italy.

Portfolio

3

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3 Portfolio

DHL WareHouse Pushkino

Delivered equipment: aIrNeD central air conditioners, channel ventilation equipment

Facility’s area: 300,000 m2

ProDuctIoN ceNterMoscow




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IndustrIal BuIldIngs.Warehouse PremIses

recoNstructIoN of Ps-350 substatIoN, Heat-aND-PoWer PLaNt 5 “Nevsky” saint Petersburg

Delivered equipment: LIteNeD central air conditioners Facility’s area: 5,000 m2

“coNtINeNtaL” tIre ProDucINg PLaNtkaluga

Delivered equipment: chillersFacility’s area: 85,000 m2

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3 Portfolio

“Iceberg” traDe ceNter city of stary oskol

Delivered equipment: chillers, fan coils, steam humidifier Facility’s area: 10,000 m2

“festIvaL” traDe ceNter city of angarsk

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment, fire-fighting valves



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Trade and amusemenT CenTers

“aLexaNDrIa” traDe aND busINess ceNter sochi

Delivered equipment: channel ventilation equipment, chillers, fan coils


“oraNzHereya” traDe ceNter city of bataysk



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“goroD – Leroy-MerLIN” traDe ceNterMoscow

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment


“reD square” traDe ceNtercity of armavir

Delivered equipment: channel ventilation equipment, chillers



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“a2LogIstIc” LogIstIc ceNterkrasnodar

Delivered equipment: aIrNeD central air conditioners, channel ventilation equipment Facility’s area: 40,000 m2

“karnaval” trade centerkrasnodar

Delivered equipment: channel ventilation equipment, chiller Facility’s area: 17,000 m2

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“IyuN” traDe aND aMuseMeNt ceNtercity of Mytishchi



“MarMaLaDe” traDe ceNtercity of taganrog




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traDe aND aMuseMeNt ceNters “MIr reMoNta HDM-yug”rostov-on-Don

Delivered equipment: LIteNeD central air conditioners, channel ventilation equipmentFacility’s area: 24,000 m2

“uNIMaLL” traDe ceNterMoscow region



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N. I. PIrogov cIty cLINIcaL HosPItaL # 1Moscow

Delivered equipment: aIrNeD central air conditioners, channel ventilation equipment Facility’s area: 4,000 m2


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Medical Buildings

I. M. secHeNov MoscoW MeDIcaL acaDeMy, PHtHIsIoPuLMoNoLogy researcH INstItuteMoscow



kgbuz kray cLINIcaL HosPItaL city of barnaul

Delivered equipment: LIteNeD and aIrNeD central air conditioners, humidifier, control and measuring equip-ment and automatics, channel ventilation equipment, chiller


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MeDsI cHILDreN’s PoLycLINIc Moscow

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment Facility’s area: 5,000 m2


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Medical Buildings

tusHINo cHILDreN’s cLINIcaL HosPItaL Moscow



M. f. vLaDIMIrsky MoNIkI state INstItutIoNMoscow

Delivered equipment: LIteNeD and aIrNeD central air conditioners


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“aDMIraL” HoteLcity of saransk

Delivered equipment: LIteNeD central air conditioners, chiller Facility’s area: 1,500 m2

“vertoL-exPo” exHIbItIoN ceNter rostov-on-Don

Delivered equipment: LIteNeD and aIrNeD central air conditioners, chiller Facility’s area: 35,000 m2


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Residential CenteRs. Hotels

korstoN” traDe, aMuseMeNt, aND HoteL ceNter kazan

Delivered equipment: aIrNeD central air conditioners, smoke removal fans, fire-fighting valves


“Da vINcI” resIDeNtIaL ceNter Moscow

Delivered equipment: aIrNeD central air conditioners, smoke removal fans


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koreaN busINess ceNter Moscow

Delivered equipment: aIrNeD central air conditioners, fire-fighting valves, smoke removal systems Facility’s area: 50,000 m2


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Office centers. AdministrAtive Buildings

INfINItI auto saLes ceNter kazan



HoNDa DeaLer’s ceNter city of aksay

Delivered equipment: channel ventilation equipment, control and measuring equipment and automatics


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“scHooL # 35” eDucatIoNaL INstItutIoN kazan

Delivered equipment: aIrNeD central air conditioners, channel ventilation equipment, fire-fighting valves


kINDergarteN Moscow

Delivered equipment: ventilation equipment, smoke removal systems, air conditioning equipment



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cIty court buILDINg saint Petersburg

Delivered equipment: fan coils Facility’s area: 5,000 m2

acaDeMy of tHe feDeraL securIty servIce (fsb) Moscow

Delivered equipment: ventilation system equipment Facility’s area: 100,000 m2

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“NatIoNaL staNDarD” baNkMoscow

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment, system involving process control in buildings, chiller, fan coils, fire-fighting valves Facility’s area: 60,000 m2


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“vostok” toyota ceNter city of aksay

Delivered equipment: LIteNeD and aIrNeD central air conditioners


“rus-traDe” kIa MuLtIfuNctIoNaL ceNter city of Podolsk

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment, condensing units


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“sPortLIfe” sPorts cLubsaint Petersburg

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment Facility’s area: 5,050 m2


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Sport CenterS

“LocoMotIve” ceNtraL staDIuM Moscow

Delivered equipment: system involving process control in buildings Facility’s area: 12,000 m2

staDIuM of “sPartak” footbaLL cLub Moscow

Delivered equipment: LIteNeD central air conditioners Facility’s area: 10,000 m2

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“H20” aqua Parkrostov-on-Don

Delivered equipment: channel ventilation equipment, condensing units Facility’s area: 24,000 m2


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Sport CenterS

“coLIseuM” sPorts ceNter city of grozny

Delivered equipment: LIteNeD and aIrNeD central air conditioners, modular chillers, fan coils


“IzHorets” Water sPorts ceNter saint Petersburg

Delivered equipment: aIrNeD central air conditioners, condensing units


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a. N. raDIsHcHev saratov art MuseuM saratov

Delivered equipment: LIteNeD central air conditioners, channel ventilation equipment, systems involving process control in buildings Facility’s area: 1,700 m2

a. scHNIttke saratov regIoNaL PHILHarMoNIc socIety saratov

Delivered equipment: LIteNeD and aIrNeD central air conditioners, channel ventilation equipment, smoke removal systems Facility’s area: 5,000 m2


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Special FacilitieS

DHL WareHouse city of Pushkino



MuseuM of kazakHstaN’s fIrst PresIDeNt city of astana

Delivered equipment: aIrNeD central air conditioners, channel ventilation equipment, chiller


sAlEs GEoGrAphy

4

SaleS GeoGraphy

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4

YEREVAN

MINSK

MOSCOW

SAINT PETERSBURG

ROSTOV-ON-DON

KALININGRAD

VORONEZH

KRASNODARTOMSK

NOVOSIBIRSK

KRASNOYARSK

KHABAROVSKYEKATERINBURG

NABEREZHNYE CHELNY TYUMEN

CHELYABINSKUFA

KAZAN

SAMARA

NIZHNY NOVGOROD

ASTANA

YUZHNO-SAKHALINSK

TASHKENT

VOLGOGRAD

cITIES WHERE OuR EquIPMENT OPERaTES

NED climate systems are installed at dozens of thousands urban and industrial facilities all over Russia.

company’s geography

NED equipment has been designed and manufactured taking into account the climate peculiarities of our country. It is able to operate at utmost low temperatures and drastic seasonal weather fluctuations.

Dependability of our equipment has been proved by its multiyear operation in real conditions.

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YEREVAN

MINSK

MOSCOW

SAINT PETERSBURG

ROSTOV-ON-DON

KALININGRAD

VORONEZH

KRASNODARTOMSK

NOVOSIBIRSK

KRASNOYARSK

KHABAROVSKYEKATERINBURG

NABEREZHNYE CHELNY TYUMEN

CHELYABINSKUFA

KAZAN

SAMARA

NIZHNY NOVGOROD

ASTANA

YUZHNO-SAKHALINSK

TASHKENT

VOLGOGRAD

WaRehouse

CoNvENtioN:

office

seRVice centeR

rEprEsENtAtioNs:

Volgograd

Voronezh

Yekaterinburg

kazan

kaliningrad

krasnodar

krasnoyarsk

nizhny novgorod

novosibirsk

Rostov-on-don

samara

saint petersburg

tomsk

tyumen

ufa

khabarovsk

Yuzhno-sakhalinsk

Yerevan, armenia

astana, kazakhstan

tashkent, uzbekistan

Distributors:

naberezhnye chelny

chelyabinsk

moscow

minsk, belarus

CoNtACts

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5 ContaCts

contacts

Central office:address: 11/28 shchipok st., moscow 115054tel.: 8(800) 555 8448 (multichannel)e-mail: [email protected]

OffIcES IN MOScOW

REPRESENTaTIONS

Warehouse:address: 1 energetikov st., city of dzerzhinsky, moscow Region

Volgogradtel.: 8 (8442) 26-04-28/2910 Grushevskaya St., Volgograd 400074Email: [email protected]

Voronezhtel.: 8 (473) 220-50-0930 Volgogradskaya St., 1st floor, Voronezh 394028Email: [email protected]

Yekaterinburgtel.: 8 (343) 270-22-123 Generalskaya St., office 401, Yekaterinburg 620062Email: [email protected]

kazantel.: 8 (843) 524-70-5358 Ibragimova Av., office 506, Kazan, Republic of Tatarstan 420066 (“Na Ibragimova” Business Center)Email: [email protected]

kaliningradtel.: 8 (962) 254-22-92

8 (921) 260-87-584 Pobedy Sq. office 3, 3rd floor, Kaliningrad 236000

krasnodartel.: 8 (861) 211-20-92

8 (861) 211-20-36/373/5 Vishnyakovoy St., office 5, Krasnodar 350001Email: [email protected]

krasnoyarsktel.: 8 (391) 216-03-6065 Shakhtyorov St., office 15, 3rd floor, Krasnoyarsk 660020Email: [email protected]

nizhny novgorodtel.: 8 (831) 411-15-58

8 (831) 411-15-5931A Premudrova St., Nizhny Novgorod 603034Email: [email protected]

novosibirsktel.: 8 (383) 319-12-1326 Krylova St., office 515, Novosibirsk 630091Email: [email protected]

Rostov-on-dontel.: 8 (863) 203-72-70

8 (863) 203-72-711/52 Pyatidesyatiletiya Rostselmasha St., office 413, Rostov-on-Don 344065Email: [email protected]

samaratel.: 8 (846) 207-18-08

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