technical catalogue cta refrigeracion 2016... 3 zeus index zeus 4 capacity range – r134a &...

R134aHFO

1234ze

EN

Technical Catalogue

Water Cooled Centrifugal ChillersNominal cooling capacity: 270-3900kW | 200-2340kW

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“Some things can’t bemass-produced.”

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ZEUS

Index

ZEUS 4

Capacity range – R134a & R513a Models 6

Capacity range – Hfo1234ze Models 12

Features & Benefits 15

Operating costs and technical solutions 16

Water temperature control and required water content 16

Main component 17

Unit’s frame 17

Compressors 18

Evaporator 19

Condenser 20

Economizer 21

Refrigerant equipment & instruments 22

Controls 24

Electrical equipment 26

Main options 27

Machine nomenclature 30

Machine selection & part load performances 31

Technical data - R134a 32

Technical data - Hfo1234ze 41

Operating limits 46

Drawings 47

Quotes – R134a 48

Quotes – Hfo1234ze 50

Standards 66

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ZEUSZEUS is a wide range of oil-free water cooled chillers equipped with centrifugal high-speed compressors with magnetic bearings.These chillers grant astonishing energy performances and extremely low maintenance costs.

Thanks to it, ZEUS chillers are an optimal solution for a wide range of applications, such as:• Comfort cooling: retail buildings, hotels, office buildings, hospitals, theatres, district cooling• Process cooling: industrial facilities• IT cooling: data centers

ZEUS chillers can be provided in heat pump version (reversibility on hydraulic circuit) for hot water production up to 52°C.In all cases, end users will easily appreciate the benefits of these machines in terms of operating costs and respect of the environment.

COMPRESSORS

1÷6 high speed centrifugal type, oil free (magnetic bearings).

CONTROLS

Two PLCs, one for generic chiller function, and a dedicated controller for compressor’s management. Integrated driver for electronic expansion valves.

CONDENSER

Shell & tubes, 2 or 4 passes.Marine version available on request.Max condenser water temperature: depending from models (see Technical Data).

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ZEUSZEUS units are available with two refrigerants:

• R134a, for a nominal capacity 270 ÷ 3900kW• HFO1234ze, 200-2340kW

R134a machines are available in two series:• BUSINESS version, optimized for comfort cooling applications• PREMIUM version, designed for process & IT cooling applications

Note:R134a can be replaced with lower GWP refrigerant R513A, with negligible differences in terms of capacity and efficiency.

No. OF CIRCUITS

1÷2 (depending on models).

Note: Double circuit version is always obtained by dividing evaporator and condenser shells in two portions of equal volumes. For this reason, double circuit is version is available only for units having even number of compressors.

EVAPORATOR

Flooded, 2 or 4 passes, with patented “spray” system for low refrigerant chargeWater leaving temperature: 4÷20°C.

ECONOMIZERS

High efficiency brazed plate heat exchangers (some models).

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Capacity rangeCapacity range - R134a & R513A - models 270÷1640

For each model: min capacity at min evaporator leaving temperature, and max capacity at max evaporator leaving temperature. For all models: condenser outlet water temperature assumed as 35°C.

Indicative capacity range [kW] for evaporator leaving temperature range 4÷10°C *

Models suitable for high condensing temperature

* For a precise estimation in accordance to design conditions, refer to Zeus Selection Software.

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Capacity rangeCapacity range - HFO1234ze - all models





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Features & Benefits

Fig. 1 Typical COP trend

Energy efficiencies are extremely high, especially at partial load, as shown in Fig. 1.

To evaluate energy efficiency levels at various operating conditions, refer to ZEUS Selection Software: performance tables generated by this tool accurately represent machine’s behavior at constant plant side temperature and variable source temperature.

ESEER (EN14511-3:2013): 8.10÷9.70IPLV (AHRI 550-590:2011): 9.65÷10.50

(see General Data for the exact values of each chiller model)

Overall energy efficiency can be emphasized by the adoption of variable flow (VPF): in addition to it, chiller controller is able to manage water flow autonomously, in order to optimize the potential savings connected to VPF systems and to simplify plant management.

Energy Efficiency Levels

Part Load 150RT turbo (1 compressor) 300RT turbo (two compressors) typical screw chiller (two compressors)

100% 5,58 5,63 5,4575% 7,97 8,05 6,7850% 11,77 11,88 5,8025% 11,73 13,56 5,60

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R513A

HFO1234ze

HFC134a

Operating costsand technical solutionsZEUS units are designed to offer great energy performances with lower maintenance costs.To achieve this target, all ZEUS units are equipped with DANFOSS TURBOCOR compressors, oil-free centrifugal twin stage compressors with magnetic bearings, and high performances shell & tubes exchangers.Frictionless high speed centrifugal compressors allow significant reduction in maintenance operations due to the total elimination of oil: with respect to standard chiller with screw compressors, maintenance costs are expected to be reduced by 80%.The combination of extremely low maintenance costs and outstanding levels of energy performances strongly reduces operating costs of ZEUS units: since operating costs represent the greatest portion of machine’s life cycle costs, ZEUS units usually grant interesting pay-back periods.

ZEUS machines are not only a good investment for the business, but also a great contribution to the respect of the environment: lowest indirect emissions associated to great COP levels are associated to lowest direct emissions obtained by the usage of poor refrigerant content and by the adoption of refrigerants with low GWP (in particular, HFO1234ze has a GWP100<1).

As a general rule, PREMIUM chillers are optimized for process cooling and IT cooling: heat exchangers are sized to cover all operating range of the machine with high performance levels. Higher initial costs can be usually recovered by energy savings in a short period.On the other hand, BUSINESS chillers are optimized for comfort cooling, and lower water temperature in general. These models usually offer the best solution in terms of Life Cycle Cost when operating hours per annum is below 2000.Anyway, the best choice for any specific application can be easily adopted starting from ZEUS Selection Software: this tool automatically selects the best heat exchanger configuration in terms of no. of passes in order to grant the max of benefits also in terms of water pumping costs.Performance tables cover all possible operating conditions, thus EER/COP values here reported can be used to estimate the overall energy costs for any building load profile.

EUROKLIMAT can provide customized machines: contact the factory for feasibility and quotation.

Water temperature control and required water content

Thanks to infinite modulation associated to full inverter equipment, ZEUS machines grant a very precise control temperature. Please refer to the following table to determine the minimum water content of the hydronic circuit in relationship to design capacity:

In VPF systems, water flow can be reduced with a maximum ratio of 15% each minute.

ApplicationMinimum water content [lt/kW]

Minimum water content [lt/kW] Unit with multiple compressors

Comfort cooling 3.2÷3.5 2.2÷2.5

Process cooling 5.6÷6.1 3.9÷4.4

Variable Primary Flow (VPF) 6.4÷7.0 4.4÷5.0

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1

4a

5

5

5

4b

4b

23

4a

3

Main componentUnit’s frame

Components

ZEUS chiller frame is consisting into five main elements:

1. Self-supporting evaporator (square plates with lifting holes)

2. Self-supporting condenser (square plates with lifting holes)

3. Coupling frames (bolded to heat exchangers square plates)

4. Welded shelves, fora. Compressorsb. Electrical panelsc. Filters (not visible)d. BPHE economizers (not visible)

5. Mounting brackets for isolators

For units having three compressors or more, an additional beam joins the two coupling frames, and it is used as main support for eventual BPHE economizers.

Evaporator is in upper position. Its placing optimizes the suction line and general layout of the piping, with a positive impact on refrigerant pressure drops and accessibility of all components.

Handling and lifting is possible by using dedicated lifting holes located on heat exchangers square plates; in some cases, wood base is available and useful to handle the unit by using a forklift.Always refer to Instruction & Operation Manual and general documentation of the unit for detailed handling & lifting procedures.

Machine’s foundation

ZEUS chiller can be supported by continuous elastomeric pads in correspondence to the frame base (these pads are NOT supplied with the unit).In some cases, dependent from building structure, it is recommended to use rubber-metal dampers to reduce the transmission into foundations of some vibration frequencies generated by frequency converter(s).Refer to Instruction & Operation Manual for more details and to general documentation of machine for operating weights and drawings.

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Compressors

Centrifugal (twin stage),high-speed direct drive compressor

Maximum pressure ratio depending on model. Inter-stage port available for economizer.Mounted on anti-vibration supports made of Neoprene Duro Meter 50. End bell insulated by polystyrene cap. Low noise component (Lw(A)<82dB(A)at 250kW of capacity). Soundproofing box available as option.

BearingsMagnetic type (two radials, one axial) for a total oil-free operation. Automatically driven by PWM driver acting at a frequency of 20kHz.

Motor starter Electronic Softstart (negligible inrush current, <5A per compressor).

Capacity modulation

Infinite variation, typically 25-100% per compressor (without the practice of hot-gas bypass). Multiple compressor configuration allows wider range of modulation, down to 5% of chiller’s nominal capacity.Methods of capacity modulation (in sequence): continuous variation of compressor speed, Inlet Guide Vanes opening, progressive activation/deactivation of compressors (for chillers with multiple compressors), Hot-gas bypass (on the last compressor running).

Motor and frequency driveSynchronous permanent magnets motor, driven by IGBT inverter. Automatic switch into generator mode to stop the shaft in a safely manner in case of power outage.Motor and power electronics cooled by refrigerant.

Controls

Compressor CPU transfers all information about compressor’s operating condition to a dedicated controller, totally focused on compressors management. This concept allows the widest exploitation of compressor’s operating range, and the achievement of the best performances in terms of energy savings and reliability.

Maintenance

Compressor is virtually maintenance-free, thanks to its frictionless, oil-free operation.Compressor is a hot-spare component: suction shut-off butterfly valve and check valve allows to replace compressors even with unit in function.Compressor weight is depending from model (always less than 150kg).As option, standard discharge check valve can be replaced with a stop & check valve.

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Evaporator

Type and performances

Flooded, with patented “spray” system conceived to distribute small size drops of liquid refrigerant over the tubes, thus allowing a significant reduction of the refrigerant charge. A further step in the respect of the environment, in addition to the usage of low GWP refrigerants and the great efficiency levels.A design approach of 1K (or even less for some models) is used to ensure the best overall efficiency of the chiller. Approach trend at partial loads is similar to the one of conventional flooded evaporator.

No. of passesTwo as standard. Four passes are automatically selected by ZEUS Selection Software in case of higher design water delta-temperature or in case of lower nominal water flow (close to laminar flow or not compatible with the required level of water flow modulation).

Shell (refrigerant side) Carbon steel

Water tubes (water side)High efficiency copper tubes, size ¾” or 1” depending on models. Two types of tubes (GEWA B6 or GEWA B4-HSL) are used for different models depending on nominal water flow, design efficiency and water velocity at full load.Water filter are mandatory (NOT supplied with the unit and NOT included into accessories): refer to Instruction and Operation Manual for details.

Water box available as option

Design pressure (water side): 10 barg as standard (16 or 25 available upon request)

Min / Max water flowdepending on model and application (see Technical Data Sheet provided by ZEUS Selection Software)

Water flow rate of change max 15% each minute

Insulation Embossed PEN/PEAL 19mm (λ ≤ 0.038W/m/K)

Flooded evaporator is protectedfrom the risk of freezing inmultiple ways:• water temperature• refrigerant pressure• DP switchas standard, and• mechanical flow switch• electric heatersas option.

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Condenser

Type and performances

Shell & tubes, with integrated subcooler. High efficiency, with a design approach of around 1.5K (or even less for some models).Marine version is available upon request, based on: CuNi 9010 tubes, tube sheets and water box coated with BELZONA® 1331, sacrificial anodes.

No. of passesTwo as standard. Four passes are automatically selected by ZEUS Selection Software in case of higher design water delta-temperature.

Shell (refrigerant side) Carbon steel

Water tubes (water side)

High efficiency copper tubes, size ¾” or 1” depending on models.Standard tubes type: C5Other tube types available on request for specific applications (contact the factory)

Water box available as option

Design pressure (water side): 10 bar as standard (16 or 25 available upon request)

Min / Max water flowdepending on model and application (see Technical Data Sheet provided by ZEUS Selection Software)

Insulation (heat pump version only)

Embossed PEN/PEAL 19mm (λ ≤ 0.038W/m/K)

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Economizer

Economizers are available for various models (see general data). They are of closed circuit type, consisting in high efficiency BPHE with low pressure drop.

BPHE economizer increases the cooling capacity by reducing the liquid temperature: quality of refrigerant at EXV inlet is modified and the delta-enthalpy available for evaporating process is raised-up.

Even if the advantages granted from economizers in terms of COP are higher when the pressure ratio increases, the usage of BPHE are justified also for water cooled machines: in facts, an overall improvement of 5÷8% of EER is obtainable in standard operating conditions.

With the scope to maximize the potential advantages of BPHE economizer, refrigerant flow is controlled through an electronic expansion valve, with a superheat setpoint compensated with the actual pressure ratio.

In ZEUS chillers, compressors and economizers are coupled in a 1-to-1 configuration, for an optimized combination of compressor and BPHE sized, to get always the maximum of performance.

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Refrigerant equipment& instrumentsDetail of refrigerant and water circuits

All units have a single refrigerant circuit as standard. For units with even number of compressors, double circuit version is available as option.Each refrigerant circuit includes:

• Electronic expansion valve(s)• Capacitive sensor mounted on condenser side for liquid level control• Drier filter(s)• Pressure switch with manual reset on HP side• Pressure gauges on LP / HP sides• 4-20mA pressure transducer• Refrigerant liquid temperature at condenser outlet (for measurement of subcooling)• Single or double relief valve on LP/HP side with protected seal shut-off valve (optional changeover switch)

Water circuit have:

• DP pressure switch on evaporator• Evaporator inlet & outlet temperature probes (NTC 10kOhm at 25°C)• Condenser inlet & outlet temperature probes (NTC 10kOhm at 25°C)

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Refrigerant equipment& instruments

01 Flooded evaporator 21 Two passes shell & tubes condenser 43 Compressor cooling liquid drier filter

02 Evaporator vent valve 22 Condenser vent valve 44 Compr. cooling sight glass

03 Evaporator drain valve 23 Cond. drain valve 45 Compr. cooling liquid service valve

04 Chilled water inlet temp. probe 24 Cond. inlet temp. probe 54 Liquid line service valve - upstream

05 Chilled water outlet temp. probe 25 Cond. outlet temp. probe 55 Drier filter

06 Evaporator diff. pressure switch 27 Pressure relief valve - HP side 56 Sight glass

07 Pressure relief valve - LP side 28 High pressure transducer 57 Refrigerant liquid temp. probe

08 Low pressure transducer 29 High pressure gauge 60 Economizer BPHE

09 Low pressure gauge 30 High pressure switch 61 EXV - economizer

10 Centrifugal compressor 31 Cond. liquid level canister 62 Pressure transducer - economizer

11 Suction service valve 32 Cond. liquid level transducer 63 Temperature probe - economizer

12 Discharge stop & check valve 33 Cond. liquid level service valves 64 Main EXV

13 Compr. hot gas bypass 41 Compr. cooling liquid collector 65 Liquid line service valve

16 Compressor econ. service valve 42 Compr. cooling liquid service valve 70 Refrigerant charge connection

71 Pressure test point

Sample of P&ID for chiller with single circuit and two compressor

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Controls

Hardware Based on c.pCO CAREL controllers. System is composed by:• Main controller: for generic chiller function and control of ancillary devices (pumps, valves,

dry/hybrid coolers, cooling towers)• Additional controller: dedicated to compressors interface and management• Integrated driver(s) for electronic expansion valves: perform PID algorithms for liquid flow

control, switching from transient to steady operation phases according to main controller signals

Software Proprietary software, conceived to integrate generic chiller functions with specific features of centrifugal oil-free compressors

Cycle time <500ms

UPS standard (power supply of controllers and auxiliaries)

Human Machine Interface touch screen display 7” (additional remote display available as option)

Datalogger integrated

Password levels 3

Control system layout

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ControlsOpto-isolated boards for BMS interface

as option, according to user’s selected protocol.Available standards: Modbus RTU RS485, BACnet MS/TP, BACnet TCP/IP, LonWorks

Remote control (via web): optional, see Main Option

Fast restart function available as standard (<3’ to recover the full cooling capacity)

Software main functions • Temperature control selectable on evaporator inlet or outlet• Same options for condenser temperature in case of heat pump version• Self-adjusting condensing control loop• Compressor hot-gas bypass for temperature control at extremely low loads• Water set point compensation based on external analog signal or external air temperature• Real-time energy performance measurement (option)• Refrigerant flow control based on liquid level measured on condenser with a backup

control based on refrigerant subcooling. Set points compensated on the basis of actual capacity.

• Advanced management of transient situations (unit’s start, staging of subsequent com-pressor, compressor shutdown at high pressure ratio)

• Self-adjusting procedures for start of machine under harsh conditions• Self-adjusting economizer control based on actual pressure ratio and no. of compressors

in operation• High & Low pressure prevent automatic procedures• Redundant evaporator anti-freeze protection• Demand limit based on max no. of compressors or actual reading of electrical power input

(option)• Refrigerant leakage detection (option)• Advanced menu for periodic and predictive maintenance• Multi-machine control (for multiple units in parallel)• Management of external devices, such as: o Fixed speed or VFD pumps (with various options for management of variable water

flow) • Two pumps on evaporator side • Two pumps on condenser side o Dedicated signals for condensing control devices, such as fixed speed or VFD pumps,

motorized valves, dry/hybrid coolers, cooling towers.

Standard user’s hard-wired interface

INPUT• Remote START/STOP• Remote serious alarm (for unit STOP)• Chilled water interlock signal (for external flow switch)• Condenser flow switch interlock (standard only for heat pump version, optional for chillers)• Set point change• Winter/summer selector (heat pump only)• Remote 0-10V signal for set point compensation• Water pumps thermal protection (on request)OUTPUT• Major fault (volt-free contact & lamp)• Generic fault (volt free contact & lamp)• Machine’s run indicator (lamp)• Power supply alarm (lamp)• Single or double condensing control signal (0-10V)• Water pumps start/stop signals (on request)• VPF pumps speed signal (0-10V, on request)

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Electrical equipment

Electrical cabinet is divided in three sections:

1 Power section2 Control section3 Line reactor panels

A fourth section is provided in case of Active Harmonic Filters.Electrical cabinets degree of protection: IP54.Max ambient temperature: 45°C (for higher ambient temperature, contact the factory).Control section is completely separated from power section.Main switch: manual switch disconnector (max cable section indicated in technical data sheet).

Compressor devices:

• protecting device: switch disconnector with fast-acting fuses NH for busbar assembly• contactor: provided (AC-1 rating)• line reactor: 5% (insulation class: F – 155°C, EN IEC 60076-6)• EMI filter: class B (DIN EN 61000-6-3)

Standard power supply: 400-3-50 (other voltage levels available – see Machine nomenclature and Main Options).Auxiliary voltage levels: 230Vac (internal trafo) – 24Vdc (with backup batteries).Max operating current: model dependent (see Technical Data).Starting current: negligible (less than 5A per compressor), thanks to electronic softstart installed on each compressor.For electric accessories, see Main Options.

SAMPLE OF ELECTRICAL COMPRESSOR DEVICES

Switch disconnector with fast-acting fuses

Line contactor (AC-1 rating)

EMI filter class B

Ferrite

Line reactor 5%

Shielded power cable

Compressor motor

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Main options

Heat exchanger options

Electric heaters (evaporator only)Electric heaters can be selected as additional direct protection against the risk of freezing of evaporator, in addition to the compressor shutdown and to the activation of water pump(s), on the basis of refrigerant pressure and/or water temperature.Design pressureStandard water side design pressure is 10barg. Other design pressure levels are available upon request.Contact the factory for quotation.

Water boxWater box can be selected for both heat exchangers as well as individually.The installation of water box impacts on the length and on the operating weight of the machine, as indicated in the general documentation of each unit.

Water connectionsStandard water connections depend on the shell diameter, as indicated in the Technical Data machine by machine. Standard connections are female thread (for shell diameter up to 559mm) and VICTAULIC (for diameter above 559mm).Flanged connections (with PN depending on the required design vessel pressure) can be selected as option.VICTAULIC can be required as well for smaller diameter.Standard orientation of water connection is on the right side of the machine (front side being defined by the positioning of electrical panel) for both heat exchangers. Different orientation is possible upon request: contact the factory for this purpose.

Mechanical flow switchAs standard, unit is provided with a differential pressure switch on evaporator for chillers.Mechanical flow switch is part of standard equipment only for unit in heat pump version.

Condenser marine versionMarine version of condenser is based on:• Water tubes CuNi 9010• Tube sheets and water box coated with BELZONA 1331 or equivalent coating• Sacrificial anodeContact the factory for other configurations, to be evaluated case by case as special versions

Mechanical options

Soundproofing compressor boxZEUS chillers have low noise levels in their standard configuration. For a further reduction of noise impact, especially at high frequencies (indicatively above 2.5kHz), soundproofing compressor boxes are available. Refer to technical datasheet of each single unit to estimate the benefit of this option.

Anti-vibration mountsZEUS chiller can be supported by continuous elastomeric pads in correspondence to the frame base (NOT part of chiller’s supply).

Rubber metal dampersIn some cases, dependent from building structure, it is recommended to use neoprene isolators to reduce the transmission into foundations of some vibration frequencies generated by frequency converter(s).

Anti-vibration seismic mountsAlternatively, mounts with anti-seismic structure are available as option.

Note• Refer to general documentation and machine’s drawing for details about quantity, models, positioning and static deflection of any

type of isolators.• Both types of isolators are mounted on lateral mounting brackets, to minimize the impact on the chiller’s height.

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Main optionsRefrigerant circuit

Compressor discharge shut-off valveCompressor is normally equipped with low pressure drop check valve. Combined stop & check valve is available as option.

Leakage detection systemTwo versions of leak detectors are available for units with R134a or R513A:1. Semiconductor sensor with two alarm relays2. Infrared version with analog signal (two alarms threshold configurable by software)Infrared type is standard for unit with HFO1234ze.

Relief valve with changeoverStandard equipment entails one or two relief valves, each one with shut-off valve with security seal. Double valves with changeover switch can be selected as option for both exchangers.

Pump on compressor cooling circuit (Low Lift Kit)Pump on compressor cooling circuit is mandatory in case of continuous operation at low lift (pressure ratio below 1.5), favored by the availability of low condenser inlet temperatures (example: ground water). Water pump management can be easily configured by software in combination to an automatic adjustment of condensing pressure control signal curve.

Electrical options

Power supplySome voltage levels are available, as shown in the tables below. Refer to Technical Data to determine the compressor model for each machine’s size.

Stainless steel electrical panelMade of AISI 316L.

SPD Surge Protection DeviceOptional SPD are of Class II, DIN-rail mounted, with zinc oxide varistors.In/Imax (8/20 μs): 15/40kA; Up≤1.5kVFor Class I version, contact the factory for quotation.

Ground Fault RelayEarth fault definite time residual current relay with single operation threshold. DIN-rail mounted.

3-Phase monitoring relayMonitoring relay with functions: under-voltage, over-voltage, phase loss, phase sequence. Din-rail mounted. Single SPDT.

Power Network AnalyzerDIN-rail mounted version of optional Power Network Analyzer is connected in Modbus to main controller. Controller provides the following information (on display and to the supervision):• Power Factor• 3-phase current• Voltage• Active Power• THDiPower Network Analyzer is part of the real-time energy efficiency measurement kit and it is required to implement demand limit function based on direct reading of electric power input.

Voltage level [V-ph-Hz] Tag

380-3-50 E380-3-60 D400-3-50 H400-3-60 J460-3-60 G575-3-60 F

Compressor models Available voltage levels

TT300-TT400-TG230-TG390 E D H J G F (all voltage levels of previous table)TT350-TT700-TG310-TG520 E D H J G (all but 575-3-60)

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Main optionsElectrical options

AHF Active Harmonic FiltersActive Harmonic Filters are of wall-mounted type, installed in dedicated cabinets without any impact on the overall dimensions of the machine. Provided with touch screen display.AHF limit Total Harmonic Distortion THDi to 5%, for a full compliance with IEEE 519.With AHF, Power Factor is above 0.98 in all operating conditions.

Automatic Transfer Switch (dual power supply)ATS is available only in free standing version (external cabinet). UPS for electronic (standard equipment) perfectly matches with ATS, thus providing a perfect solution for critical applications.

Controls

Opto-isolated BMS cardAvailable protocols: Modbus RTU RS485, BACnet MS/TP, BACnet TCP/IP, LonWorks

Remote displayTouch screen display 7”, duplicates the one mounted on the electrical panel of the machine.

Remote control (via web)Based on CAREL Thera solution, provides a full remote control of the unit via web. All anomalies and alarms are recorded; trends of selected variables and occurrences of specific situations can be easily configured in customized webpages for a comprehensive remote control of the unit.

Analogue flow meterPressure differential transmitter 4-20mA with square root extraction. To be mounted across a calibrated orifice (not part of the supply).Analogue flow meter is part of the real-time energy efficiency measurement.Flow meter allows to:• measure unit capacity in real time• protect heat exchanger against excessive water flow

Real-time energy efficiency measurement kitThis kit includes:• Power Network Analyzer, for a direct measure of electric power input• Analogue flow meter, for a real-time estimation of machine’s capacityMachine controller, on the basis of the reading of the two instruments above, calculates the energy efficiency and provides a real-time calculation of unit’s EER (Energy Efficiency Ratio) or COP (Coefficient Of Performances).A monthly report is also calculated, in order to allow the easiest control of performances and the correct evaluation of pay-back period of such machines.

Set point compensationAvailable in two versions:1. based on external analog signal 0-10V2. based on external air temperatureIn both cases, user can easily define the magnitude of the compensation in correspondence to the desired interval of input signal: outside this interval, set point is limited to its min or max value.

Demand limitUser can limit the power absorption of the unit in defined periods of time (function is activated through a volt-free contact).Limitation can be roughly implemented by limiting the max number of compressors in operation (only for units with multiple compressors, without any specific option), or by a direct comparison of the power input and the actual threshold: in this second case, Power Network Analyzer is necessary.

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ZEUS W-P-820-C-1C-2BE-22-H

Machinenomenclature

Heat sourceW: water cooled machine

Unit series B: Business P: Premium S: Special unit

Unit sizeNominal capacity [kW]

Refrigerant C: R134a F: HFO1234ze G: R513A

Voltage levelsE: 380-3-50D: 380-3-60H: 400-3-50J: 400-3-60G: 460-3-60F: 575-3-60

Unit ConfigurationNo. of circuits

(1 or 2)Version:C: chiller

H: heat pump

Compressors equipmentNo. of compressorsCompressor model:

A: TT300B: TT350C: TT400D: TT700H: TG230I: TG310J: TG390K: TG520

BPHE economizer(1 per compressor)

Heat exchangers configurationEvaporator no. of passesCondenser no. of passes

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Machine selection& part load performances

A dedicated software tool

ZEUS Selection Software is available to select the unit that better fits any specific application.

Technical data reported in the homonym section of this document are referred only to standard conditions (Evaporator: water, 12/7°C, FF=0.018m2K/kW. Condenser: water, 30/35°C, FF=0. 043m2K/kW): for any other design conditions, refer to ZEUS Selection Software or contact the Sales representative.

The tool is designed for accurate predictions of unit performances in terms of power consumption and pressure drops: EUROKLIMAT always maintains this software to ensure the best accuracy, thus technical data are subject to change without prior notice.

Software version is always reported in technical data sheet.ZEUS Selection Software provides:• unit performances at design conditions (gross and net capacities, according to EN14511-3:2013)• automatic selection of evaporator and condenser configuration (best no. of passes)• compressor envelope with three main operating points: 1. design conditions 2. minimum capacity at minimum condenser inlet temperature 3. maximum capacity at maximum condenser inlet temperature• compressor map showing capacity range at various source temperature and fixed plant side temperature (evaporator side for chillers and condenser side for heat pumps)• NPLV according to AHRI 551-591:2011 (if applicable)• EUROVENT ESEER according to EN 14511-3:2013• IPLV according to AHRI 550-590:2011• Part load performance table (with heat source temperature variable within operating limits)• Unit description with dimensions and weight• Noise levels• Refrigerant content• Electrical data• Detail and summary of selected accessories• Applicable standards

Sample of compressor’s envelope and compressor map available in technical data sheet generated by ZEUS Selection Software. Both graphs represent compressor operating point at design conditions with a green dot.

Chiller: modulation of compressor evaporator capacity at fixed evaporating temperature and variable condensing temperature

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ZEUS410270

ZEUS 270 270 310 310 380 380 410 410

P B P B P B P B

[kW] 270.0 270.0 310.0 310.0 380.0 380.0 410.0 410.0

[kW] 269.4 269.3 309.3 309.1 379.4 379.2 409.2 409.0

[kW] 50.0 52.0 56.7 59.1 69.2 71.8 71.1 73.7

[kW] 73.7 76.6 83.5 87.0 101.9 105.8 104.7 108.6

[m3/h] 46.4 46.4 53.3 53.3 65.3 65.3 70.5 70.5

[kPa] 17 23 23 30 15 23 18 26

[dm3] 58 49 58 49 87 66 87 66

[m3/h] 55.0 55.4 63.1 63.5 77.2 77.7 82.7 83.2

[kPa] 15 27 20 36 16 26 19 30

[dm3] 56 41 56 41 77 59 77 59

5.27 5.03 5.32 5.06 5.37 5.15 5.63 5.39

7.07 6.71 7.23 6.93 8.28 7.90 8.45 8.03

9.32 9.16 9.59 9.43 9.81 9.57 10.03 9.77

9.29 9.29 9.67 9.65 9.55 9.32 9.82 9.56

1 1 1 1 1 1 1 1

TT300 TT300 TT300 TT300 TT350 TT350 TT350 TT350

n.a. n.a. BPHE BPHE n.a. n.a. BPHE BPHE

R134a R134a R134a R134a R134a R134a R134a R134a

1 1 1 1 1 1 1 1

[kg] 44 112 46 114 68 94 72 98

[A] 137 137 137 137 212 212 212 212

[dB(A)] 87.5 87.5 87.5 87.5 88.0 88.0 88.0 88.0

[dB(A)] 70.1 70.1 70.1 70.1 70.3 70.6 70.3 70.6

[mm] 2543 2493 2543 2493 2595 2543 2595 2543

[mm] 1197 1197 1197 1197 1342 1197 1342 1197

[mm] 1710 1710 1710 1710 1910 1710 1910 1710

[kg] 1834 1614 1850 1630 2035 1869 2056 1889

[DN] 125 125 125 125 150 125 150 125

[DN] 125 100 125 100 150 125 150 125

R134a

Series (P=Premium, B=business)

Gross cooling nominal capacity (1)

Net cooling capacity (EN14511)

Unit engaged power input

Unit engaged current

Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume

Energy efficiency indexes

EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits

No.of circuits / Charge

Electrical data [400-3-50]

Unit max operating current

Sound levels (2)

Sound power Lw(A)

Sound pressure Lp(A) at 1m

Dimensions

Length

Width

Height

Weight - operating

Water connections (3)

Evaporator

Condenser

Technical data R134a

Note:(1) Std conditions: evap. water 12/7*C, FF=0. 018m2K/kW, cond. water 30/35°C FF=0.043m2K/kW(2) Average sound pressure for unit in free field on a reflective surface. Non binding values calculated from sound power level.(3) For standard evaporator and condenser with two passes

33www.euroklimat.it

ZEUS590460

ZEUS 460 460 510 510 540 540 590 590

P B P B P B P B

[kW] 460.0 460.0 510.0 510.0 540.0 540.0 590.0 590.0

[kW] 459.2 459.0 509.0 508.7 539.1 539.0 589.1 588.7

[kW] 82.1 86.1 87.6 91.9 100.0 103.2 105.7 106.3

[kW] 120.9 126.8 129.0 135.4 147.3 152.0 155.6 156.5

[m3/h] 79.1 79.1 87.7 87.7 92.9 92.9 101.5 101.5

[kPa] 18 24 22 29 18 22 16 26

[dm3] 97 81 97 81 118 96 130 96

[m3/h] 93.2 93.9 102.8 103.5 110.1 110.6 119.6 119.7

[kPa] 15 31 19 37 14 24 17 25

[dm3] 93 66 93 66 113 90 113 94

5.48 5.19 5.68 5.36 5.29 5.11 5.47 5.40

7.96 7.70 8.34 7.93 8.72 8.36 8.15 7.83

10.28 9.94 10.48 10.11 10.11 9.89 10.00 9.86

10.01 9.69 10.24 9.89 9.90 9.69 9.73 9.59

1 1 1 1 2 2 1 1


n.a. n.a. BPHE BPHE n.a. n.a. n.a. n.a.


1 1 1 1 1 1 1 1

[kg] 65 63 70 68 91 65 87 65

[A] 172 172 172 172 272 272 198 198

[dB(A)] 89.0 89.0 89.0 89.0 90.5 90.5 90.0 90.0

[dB(A)] 71.3 71.3 71.3 71.3 72.6 72.8 72.1 72.3

[mm] 2595 2583 2595 2583 2540 2585 2540 2595

[mm] 1342 1289 1342 1289 1456 1456 1456 1342

[mm] 1910 1860 1910 1860 1938 1938 1934 1910

[kg] 2118 1973 2160 2016 2647 2321 2467 2122

[DN] 150 150 150 150 200 150 200 150

[DN] 150 125 150 125 150 150 150 150

R134a






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



www.euroklimat.it34

ZEUS820620

ZEUS 620 620 650 650 760 760 820 820

P B P B P B P B

[kW] 620.0 620.0 650.0 650.0 760.0 760.0 820.0 820.0

[kW] 618.7 618.5 648.9 648.3 758.3 758.5 818.0 818.1

[kW] 113.3 117.2 112.4 112.8 139.8 144.7 143.7 148.5

[kW] 166.9 172.7 165.5 166.1 205.9 213.1 211.6 218.8

[m3/h] 106.6 106.6 111.8 111.8 130.7 130.7 141.0 141.0

[kPa] 24 29 20 32 27 25 32 29

[dm3] 118 96 130 96 130 128 130 128

[m3/h] 126.1 126.8 131.1 131.2 154.7 155.6 165.7 166.6

[kPa] 19 31 21 30 17 29 20 33

[dm3] 113 90 113 94 147 113 147 113

5.34 5.13 5.65 5.58 5.31 5.12 5.55 5.35

8.73 7.68 8.30 7.92 8.50 8.21 8.60 8.29

10.20 9.96 10.24 10.09 9.96 9.73 10.16 9.92

10.01 9.77 9.97 9.82 9.73 9.52 9.95 9.72

2 2 1 1 2 2 2 2


BPHE BPHE BPHE BPHE n.a. n.a. BPHE BPHE


1 1 1 1 1 1 1 1

[kg] 96 70 93 71 91 87 98 93

[A] 272 272 198 198 422 422 422 422

[dB(A)] 90.5 90.5 90.0 90.0 91.0 91.0 91.0 91.0

[dB(A)] 72.6 72.8 72.1 72.3 73.1 73.1 73.1 73.1

[mm] 2540 2585 2540 2595 2100 2540 2408 2540

[mm] 1456 1456 1456 1342 1540 1456 1540 1456

[mm] 1938 1938 1934 1910 1938 1938 1938 1938

[kg] 2679 2353 2514 2169 2882 2675 2924 2716

[DN] 200 150 200 150 200 200 200 200

[DN] 150 150 150 150 150 150 150 150

R134a






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



35www.euroklimat.it

ZEUS1140920

ZEUS 920 920 1020 1020 1080 1080 1140 1140

P B P B P B P B

[kW] 920.0 920.0 1020.0 1020.0 1080.0 1080.0 1140.0 1140.0

[kW] 918.7 917.3 1018.3 1016.5 1077.0 1077.1 1138.3 1137.0

[kW] 164.2 170.1 175.2 182.1 199.0 201.9 208.0 214.2

[kW] 241.8 250.6 258.0 268.2 293.1 297.3 306.3 315.5

[m3/h] 158.2 158.2 175.4 175.4 185.7 185.7 196.0 196.0

[kPa] 17 40 21 49 38 37 19 37

[dm3] 194 130 194 130 264 264 280 198

[m3/h] 186.4 187.5 205.5 206.7 220.0 220.4 231.8 232.9

[kPa] 15 25 19 30 51 68 18 29

[dm3] 185 146 185 146 262 224 301 241

5.50 5.24 5.70 5.40 5.22 5.12 5.38 5.16

9.03 8.38 9.14 8.38 7.32 7.15 8.63 8.11

10.48 10.24 10.69 10.41 9.66 9.58 9.94 9.74

10.23 10.00 10.45 10.18 9.87 9.76 9.72 9.52

2 2 2 2 4 4 3 3


n.a. n.a. BPHE BPHE n.a. n.a. n.a. n.a.


1 1 1 1 1 1 1 1

[kg] 117 91 128 102 202 171 176 149

[A] 342 342 342 342 542 542 632 632

[dB(A)] 92.0 92.0 92.0 92.0 93.5 93.5 93.0 93.0

[dB(A)] 73.8 74.1 73.8 74.1 74.3 74.4 74.2 74.4

[mm] 2437 2408 2437 2408 4508 4640 3447 3418

[mm] 1715 1540 1715 1540 1540 1456 1715 1540

[mm] 2054 1938 2054 1938 2005 1933 2054 2005

[kg] 3611 2883 3697 2969 4485 4073 4440 3772

[DN] 200 200 200 200 200 200 200 200

[DN] 200 150 200 150 200 150 200 200

R134a






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



www.euroklimat.it36

ZEUS13001180

ZEUS 1180 1180 1230 1230 1240 1240 1300 1300

P B P B P B P B

[kW] 1180.0 1180.0 1230.0 1230.0 1240.0 1240.0 1300.0 1300.0

[kW] 1178.2 1176.7 1227.9 1226.3 1235.7 1235.8 1297.6 1295.7

[kW] 204.6 211.0 213.8 220.2 226.1 229.3 216.9 224.3

[kW] 301.3 310.8 314.8 324.3 333.1 337.8 319.4 330.3

[m3/h] 202.9 202.9 211.5 211.5 213.2 213.2 223.6 223.6

[kPa] 20 40 22 43 50 49 24 48

[dm3] 280 198 280 198 264 264 280 198

[m3/h] 238.1 239.2 248.3 249.4 252.1 252.7 260.9 262.1

[kPa] 18 27 21 34 67 89 21 32

[dm3] 313 258 301 241 262 224 313 258

5.65 5.42 5.63 5.39 5.22 5.11 5.85 5.58

8.82 8.23 8.76 8.16 7.36 7.14 8.94 8.26

10.54 10.29 10.16 9.93 9.87 9.79 10.81 10.52

10.26 10.02 9.94 9.72 9.99 9.88 10.54 10.25

2 2 3 3 4 4 2 2


n.a. n.a. BPHE BPHE BPHE BPHE BPHE BPHE


1 1 1 1 1 1 1 1

[kg] 176 149 186 159 212 180 188 161

[A] 394 394 632 632 542 542 394 394

[dB(A)] 93.0 93.0 93.0 93.0 93.5 93.5 93.0 93.0

[dB(A)] 74.2 74.4 74.2 74.4 74.3 74.4 74.2 74.4

[mm] 3447 3418 3447 3418 4508 4640 3447 3418

[mm] 1715 1540 1715 1540 1540 1456 1715 1540

[mm] 2054 2005 2054 2005 2005 1933 2054 2005

[kg] 4265 3610 4503 3835 4549 4138 4359 3704

[DN] 200 200 200 200 200 200 200 200

[DN] 200 200 200 200 200 150 200 200

R134a






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



37www.euroklimat.it

ZEUS

ZEUS 1350 1380 1380 1520 1520 1530 1530 1640 1640

P P B P B P B P B

[kW] 1350.0 1380.0 1380.0 1520.0 1520.0 1530.0 1530.0 1640.0 1640.0

[kW] 1345.9 1378.1 1376.2 1515.5 1515.6 1527.5 1525.1 1634.6 1634.7

[kW] 254.0 246.2 254.1 276.2 280.7 262.8 271.9 284.4 288.7

[kW] 374.1 362.6 374.3 406.8 413.4 387.0 400.4 418.9 425.2

[m3/h] 232.2 237.3 237.3 261.4 261.4 263.1 263.1 282.0 282.0

[kPa] 44 18 39 43 42 22 48 50 49

[dm3] 308 346 236 348 349 346 236 348 349

[m3/h] 275.8 279.7 281.0 308.9 309.7 308.3 309.9 330.9 331.7

[kPa] 66 19 27 58 77 23 33 66 88

[dm3] 262 375 298 343 293 375 298 343 293

5.08 5.50 5.27 5.27 5.16 5.69 5.43 5.49 5.37

7.12 8.94 8.38 7.88 7.64 9.04 8.37 7.92 7.65

9.56 10.41 10.19 9.96 9.85 10.63 10.37 10.13 10.01

9.72 10.17 9.95 9.75 9.64 10.40 10.14 9.92 9.81

5 3 3 4 4 3 3 4 4

TT300 TT400 TT400 TT350 TT350 TT400 TT400 TT350 TT350

n.a. n.a. n.a. n.a. n.a. BPHE BPHE BPHE BPHE

R134a R134a R134a R134a R134a R134a R134a R134a R134a

1 1 1 1 1 1 1 1 1

[kg] 263 229 192 249 226 245 208 262 239

[A] 677 512 512 842 842 512 512 842 842

[dB(A)] 94.0 94.0 94.0 94.0 94.0 94.0 94.0 94.0 94.0

[dB(A)] 74.6 75.0 75.2 74.6 74.7 75.0 75.2 74.6 74.7

[mm] 4537 3488 3447 4537 4537 3488 3447 4537 4537

[mm] 1715 1862 1715 1715 1656 1862 1715 1715 1656

[mm] 2054 2172 2054 2054 2054 2172 2054 2054 2054

[kg] 5177 5245 4332 5281 4950 5374 4460 5364 5034

[DN] 200 250 200 200 200 250 200 200 200

[DN] 200 200 200 200 150 200 200 200 150

R134a

16401350






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



www.euroklimat.it38

ZEUS

ZEUS 1770 1770 1840 1840 1860 1900 1950 1950

P B P B P P P B

[kW] 1770.0 1770.0 1840.0 1840.0 1860.0 1900.0 1950.0 1950.0

[kW] 1765.9 1762.2 1835.0 1835.1 1853.6 1894.8 1944.7 1939.9

[kW] 304.7 314.5 327.4 332.8 340.7 345.2 323.3 335.1

[kW] 448.7 463.2 482.2 490.1 501.8 508.5 476.2 493.5

[m3/h] 304.4 304.4 316.4 316.4 319.9 326.7 335.3 335.3

[kPa] 34 70 41 40 53 41 41 85

[dm3] 462 314 434 436 374 446 462 314

[m3/h] 356.8 358.5 372.7 373.7 378.5 386.1 390.9 393.0

[kPa] 53 73 54 72 67 57 64 87

[dm3] 407 353 423 366 388 427 407 353

5.59 5.31 5.40 5.28 5.20 5.29 5.76 5.43

8.29 7.58 8.21 7.96 7.37 7.92 8.28 7.48

10.50 10.24 10.39 10.27 9.85 9.97 10.73 10.43

10.26 10.02 10.14 10.03 9.93 9.76 10.46 10.15

3 3 4 4 6 5 3 3


n.a. n.a. n.a. n.a. BPHE n.a. BPHE BPHE


1 1 1 1 1 1 1 1

[kg] 306 267 316 304 260 311 324 285

[A] 590 590 682 682 812 1052 590 590

[dB(A)] 95.0 95.0 95.0 95.0 95.0 94.5 95.0 95.0

[dB(A)] 75.4 75.6 75.4 75.5 75.6 74.9 75.4 75.6

[mm] 4578 4537 4578 4578 4537 4578 4578 4537

[mm] 1832 1715 1832 1803 1715 1832 1832 1715

[mm] 2172 2054 2172 2172 2054 2172 2172 2054

[kg] 5851 5019 6040 5776 6027 6297 5992 5160

[DN] 250 200 250 250 200 250 250 200

[DN] 200 200 200 150 200 200 200 200

R134a

19501770






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



39www.euroklimat.it

ZEUS

ZEUS 2040 2040 2050 2280 2300 2360 2360 2460

P B P P P P B P

[kW] 2040.0 2040.0 2050.0 2280.0 2300.0 2360.0 2360.0 2460.0

[kW] 2033.4 2033.5 2043.6 2271.7 2293.1 2353.8 2352.5 2449.8

[kW] 350.3 355.9 355.5 402.5 410.7 407.6 416.7 414.8

[kW] 516.0 524.2 523.6 592.8 605.0 600.3 613.7 610.9

[m3/h] 350.8 350.8 352.5 392.1 395.5 405.8 405.8 423.0

[kPa] 50 49 48 58 47 40 50 68

[dm3] 434 436 446 640 495 556 491 640

[m3/h] 411.1 412.0 413.7 461.3 466.2 475.9 477.5 494.4

[kPa] 66 88 65 86 53 53 73 99

[dm3] 423 366 427 605 535 545 465 605

5.55 5.43 5.50 5.35 5.38 5.57 5.39 5.55

8.17 7.89 7.97 7.61 8.17 8.16 7.76 7.61

10.59 10.46 10.15 10.16 10.36 10.53 10.36 10.35

10.36 10.23 9.94 9.94 10.13 10.28 10.11 10.14

4 4 5 6 5 4 4 6


BPHE BPHE BPHE n.a. n.a. n.a. n.a. BPHE


1 1 1 1 1 1 1 1

[kg] 337 325 328 387 305 387 295 406

[A] 682 682 1052 1262 852 786 786 1262

[dB(A)] 95.0 95.0 94.5 95.5 95.5 96.0 96.0 95.5

[dB(A)] 75.4 75.5 74.9 75.3 75.9 76.2 76.4 75.3

[mm] 4578 4578 4578 5878 4578 4620 4578 5878

[mm] 1832 1803 1832 1832 1862 1978 1832 1832

[mm] 2172 2172 2172 2172 2172 2288 2172 2172

[kg] 6212 5948 6402 7919 6922 7238 6331 8045

[DN] 250 250 250 250 250 300 250 250

[DN] 200 150 200 200 200 200 200 200

R134a

24602040






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



www.euroklimat.it40

ZEUS R134a

39002550

ZEUS 2550 2600 2600 2760 2950 3060 3250 3540 3900

P P B P P P P P P

[kW] 2550.0 2600.0 2600.0 2760.0 2950.0 3060.0 3250.0 3540.0 3900.0

[kW] 2540.9 2592.0 2590.3 2749.8 2942.3 3046.6 3240.1 3525.4 3881.1

[kW] 439.9 432.8 443.2 476.4 510.4 510.3 542.1 591.8 628.2

[kW] 647.9 637.5 652.8 701.7 751.7 751.5 798.4 871.6 925.2

[m3/h] 438.5 447.1 447.1 474.6 507.3 526.2 558.9 608.8 670.7

[kPa] 58 49 61 61 41 75 50 71 86

[dm3] 495 556 491 759 693 759 693 894 894

[m3/h] 514.2 521.6 523.3 556.6 595.1 614.0 652.1 710.5 778.7

[kPa] 64 63 87 85 54 103 64 71 86

[dm3] 535 545 465 734 673 734 673 1038 1038

5.52 5.73 5.53 5.47 5.56 5.60 5.72 5.66 5.81

8.12 8.17 7.72 7.62 8.11 7.77 8.12 7.83 7.78

10.54 10.69 10.50 10.59 10.50 10.79 10.69 10.72 10.95

10.31 10.45 10.26 10.35 10.23 10.54 10.43 10.45 10.70

5 4 4 6 5 6 5 6 6

TT400 TT700 TT700 TT400 TT700 TT400 TT700 TT700 TT700

BPHE BPHE BPHE n.a. n.a. BPHE BPHE n.a. BPHE

R134a R134a R134a R134a R134a R134a R134a R134a R134a

1 1 1 1 1 1 1 1 1

[kg] 332 412 319 514 478 546 508 670 706

[A] 852 786 786 1022 982 1022 982 1178 1178

[dB(A)] 95.5 96.0 96.0 96.5 96.5 96.5 96.5 97.5 97.5

[dB(A)] 75.9 76.2 76.4 76.1 76.5 76.1 76.5 76.9 76.9

[mm] 4578 4620 4578 5920 4649 5920 4649 5949 5949

[mm] 1862 1978 1832 1978 2125 1978 2125 2184 2184

[mm] 2172 2288 2172 2288 2405 2288 2405 2405 2405

[kg] 7137 7426 6519 9200 8827 9457 9062 11480 11762

[DN] 250 300 250 300 300 300 300 300 300

[DN] 200 200 200 200 200 200 200 250 250







Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser


41www.euroklimat.it

ZEUS

ZEUS 200 230 270 310 350 390 400 430

P P P P P P P P

[kW] 200.0 230.0 270.0 310.0 350.0 390.0 400.0 430.0

[kW] 199.6 229.4 269.4 309.3 349.4 389.2 399.3 429.2

[kW] 37.5 42.3 47.4 52.9 64.4 68.7 75.1 75.6

[kW] 55.3 62.3 69.8 77.9 94.9 101.1 110.5 111.3

[m3/h] 34.4 39.6 46.4 53.3 60.2 67.1 68.8 73.9

[kPa] 16 21 17 23 16 20 16 18

[dm3] 46 46 58 58 79 79 89 89

[m3/h] 40.8 46.8 54.6 62.4 71.3 78.9 81.7 86.9

[kPa] 11 14 11 14 11 14 10 11

[dm3] 50 50 66 66 86 86 102 102

5.21 5.29 5.57 5.71 5.33 5.55 5.23 5.58

7.26 7.63 8.38 8.57 8.59 8.78 8.73 8.92

9.54 9.98 9.94 10.25 10.19 10.45 10.06 10.30

9.72 9.90 9.71 10.04 9.97 10.23 9.85 10.10

1 1 1 1 1 1 2 2

TG230 TG230 TG310 TG310 TG390 TG390 TG230 TG230

n.a. BPHE n.a. BPHE n.a. BPHE n.a. BPHE

R1234ze R1234ze R1234ze R1234ze R1234ze R1234ze R1234ze R1234ze

1 1 1 1 1 1 1 1

[kg] 48 50 44 47 71 77 67 72

[A] 97 97 152 152 125 125 192 192

[dB(A)] 87.0 87.0 87.5 87.5 88.5 88.5 90.0 90.0

[dB(A)] 69.6 69.6 70.1 70.1 70.8 70.8 72.3 72.3

[mm] 2543 2543 2543 2543 2595 2595 2585 2585

[mm] 1197 1197 1197 1197 1342 1342 1456 1456

[mm] 1710 1710 1710 1710 1910 1910 1938 1938

[kg] 1783 1800 1864 1886 2046 2089 2345 2377

[DN] 125 125 125 125 150 150 150 150

[DN] 125 125 125 125 150 150 150 150

430200

HFO1234ze






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser

Technical data HFO1234ze


www.euroklimat.it42

ZEUS860460

HFO1234ze

ZEUS 460 540 620 700 780 800 810 860

P P P P P P P P

[kW] 460.0 540.0 620.0 700.0 780.0 800.0 810.0 860.0

[kW] 459.1 538.4 617.7 697.9 777.2 797.9 807.6 857.2

[kW] 84.7 93.8 105.0 127.4 136.2 148.7 140.7 140.0

[kW] 124.7 138.2 154.6 187.6 200.6 219.0 207.2 206.1

[m3/h] 79.1 92.9 106.6 120.4 134.1 137.6 139.3 147.9

[kPa] 21 37 49 40 49 33 39 44

[dm3] 89 126 126 159 159 212 183 183

[m3/h] 93.7 109.0 124.7 142.3 157.6 163.1 163.5 172.0

[kPa] 13 38 50 41 50 37 38 42

[dm3] 102 113 113 140 140 230 165 165

5.32 5.53 5.62 5.29 5.46 5.20 5.54 5.88

8.80 8.26 8.21 8.30 8.29 7.54 8.28 8.35

10.19 10.31 10.55 10.51 10.72 10.04 10.24 10.72

10.01 10.08 10.33 10.27 10.50 9.84 10.04 10.44

2 2 2 2 2 4 3 2


BPHE n.a. BPHE n.a. BPHE n.a. n.a. BPHE


1 1 1 1 1 1 1 1

[kg] 72 102 108 140 151 221 131 143

[A] 192 302 302 248 248 382 452 286

[dB(A)] 90.0 90.5 90.5 91.5 91.5 93.0 92.5 92.5

[dB(A)] 72.3 72.2 72.2 73.0 73.0 73.8 74.0 74.0

[mm] 2585 3595 3595 3550 3550 4508 3550 3550

[mm] 1456 1456 1456 1456 1456 1540 1456 1456

[mm] 1938 1938 1938 1938 1938 2005 1938 1938

[kg] 2378 2664 2708 3073 3160 4270 3433 3330

[DN] 150 150 150 200 200 200 200 200

[DN] 150 150 150 150 150 200 150 150








Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser

43www.euroklimat.it

ZEUS

ZEUS 920 930 1000 1050 1080 1170 1240 1290

P P P P P P P P

[kW] 920.0 930.0 1000.0 1050.0 1080.0 1170.0 1240.0 1290.0

[kW] 917.1 926.6 997.6 1047.2 1077.1 1166.3 1235.8 1285.3

[kW] 168.3 157.5 185.9 191.4 187.8 204.7 210.3 214.3

[kW] 247.9 232.0 273.8 281.9 276.5 301.5 309.7 315.6

[m3/h] 158.2 159.9 172.0 180.6 185.7 201.2 213.2 221.8

[kPa] 44 52 32 36 37 45 49 53

[dm3] 212 183 264 264 264 264 264 264

[m3/h] 187.2 187.0 203.9 213.5 218.0 236.4 249.4 258.7

[kPa] 49 50 37 41 38 50 50 54

[dm3] 230 165 285 285 301 285 301 301

5.24 5.63 5.21 5.30 5.55 5.47 5.63 5.73

7.66 8.18 7.58 8.34 8.30 8.36 8.25 8.08

10.19 10.47 10.02 10.43 10.26 10.66 10.41 10.59

10.00 10.26 9.82 10.20 10.04 10.44 10.20 10.35

4 3 5 3 4 3 4 3


BPHE BPHE n.a. n.a. n.a. BPHE BPHE BPHE


1 1 1 1 1 1 1 1

[kg] 231 141 202 202 202 218 215 220

[A] 382 452 477 371 602 371 602 428

[dB(A)] 93.0 92.5 93.5 93.5 93.5 93.5 93.5 94.5

[dB(A)] 73.8 74.0 74.3 74.3 74.3 74.3 74.3 75.3

[mm] 4508 3550 4508 4508 4508 4508 4508 4508

[mm] 1540 1456 1593 1540 1540 1540 1540 1540

[mm] 2005 1938 1938 2005 2005 2005 2005 2005

[kg] 4336 3499 4778 4330 4591 4460 4679 4534

[DN] 200 200 200 200 200 200 200 200

[DN] 200 150 200 200 200 200 200 200

1290920

HFO1234ze






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



www.euroklimat.it44

ZEUS16201350

HFO1234ze

ZEUS 1350 1380 1400 1550 1560 1620

P P P P P P

[kW] 1350.0 1380.0 1400.0 1550.0 1560.0 1620.0

[kW] 1346.8 1376.1 1396.5 1545.4 1555.3 1615.4

[kW] 234.8 252.5 255.2 262.8 273.0 282.1

[kW] 345.8 371.9 375.8 387.1 402.0 415.5

[m3/h] 232.2 237.3 240.8 266.6 268.3 278.6

[kPa] 33 41 36 44 44 41

[dm3] 353 328 353 353 353 374

[m3/h] 272.5 280.7 284.6 311.8 315.2 327.1

[kPa] 37 49 41 49 50 37

[dm3] 375 340 375 375 375 449

5.56 5.26 5.30 5.66 5.48 5.54

8.36 7.75 8.39 8.34 8.39 8.25

10.24 10.16 10.39 10.42 10.62 10.20

10.02 9.97 10.15 10.22 10.40 9.98

5 6 4 5 4 6

TG310 TG230 TG390 TG310 TG390 TG310

n.a. BPHE n.a. BPHE BPHE n.a.

R1234ze R1234ze R1234ze R1234ze R1234ze R1234ze

1 1 1 1 1 1

[kg] 253 276 253 269 275 246

[A] 752 572 494 752 494 902

[dB(A)] 94.0 94.5 94.5 94.0 94.5 95.0

[dB(A)] 74.6 75.1 75.1 74.6 75.1 75.6

[mm] 4537 4537 4537 4537 4537 4537

[mm] 1715 1715 1715 1715 1715 1715

[mm] 2054 2054 2054 2054 2054 2054

[kg] 5608 5794 5411 5718 5585 6100

[DN] 200 200 200 200 200 200

[DN] 200 200 200 200 200 200








Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser

45www.euroklimat.it

ZEUS

ZEUS 1720 1750 1860 1950 2100 2340

P P P P P P

[kW] 1720.0 1750.0 1860.0 1950.0 2100.0 2340.0

[kW] 1715.9 1745.7 1853.4 1944.3 2089.1 2325.5

[kW] 278.1 319.0 316.1 341.2 376.9 404.6

[kW] 409.6 469.8 465.6 502.5 555.1 596.0

[m3/h] 295.8 300.9 319.9 335.3 361.1 402.4

[kPa] 34 35 55 44 86 107

[dm3] 443 443 374 443 483 483

[m3/h] 343.6 355.8 374.2 394.0 426.0 472.0

[kPa] 37 40 48 49 79 97

[dm3] 472 472 449 472 584 584

5.98 5.31 5.63 5.49 5.23 5.35

8.58 8.41 8.22 8.43 7.59 7.47

10.80 10.36 10.39 10.59 10.46 10.67

10.55 10.14 10.19 10.37 10.24 10.45

4 5 6 5 6 6

TG520 TG390 TG310 TG390 TG390 TG390

BPHE n.a. BPHE BPHE n.a. BPHE

R1234ze R1234ze R1234ze R1234ze R1234ze R1234ze

1 1 1 1 1 1

[kg] 337 313 265 353 342 374

[A] 570 617 902 617 740 740

[dB(A)] 95.5 95.0 95.0 95.0 96.0 96.0

[dB(A)] 75.9 75.4 75.6 75.4 76.0 76.0

[mm] 4578 4578 4537 4578 5837 5837

[mm] 1832 1832 1715 1832 1715 1715

[mm] 2172 2172 2054 2172 2054 2054

[kg] 6421 6439 6231 6662 7158 7419

[DN] 250 250 200 250 200 200

[DN] 200 200 200 200 200 200

23401720

HFO1234ze






Evaporator (1)

Water flow

Pressure drop

Water volume

Condenser (1)

Water flow

Pressure drop

Water volume


EER

ESEER - EN 14511-3:2013

IPLV - AHRI 550-590:2011

NPLV - AHRI 551-591:2011

Compressors

Number

Model

Economizer(s)

Refrigerant

Type

No.of circuits




Sound levels (2)

Sound power Lw(A)


Dimensions

Length

Width

Height

Weight - operating


Evaporator

Condenser



www.euroklimat.it46

REGIONS

H High condensing temperature, restrictions in chilled water delivery conditions

N Standard operating zone

L Low Lift zone (requires Low Lift Kit), both for models suitable to high either low condensing temperature

LIMITS

α Max pressure ratio

β Min evap. pressure

γ Min pressure ratio

δ Max evaporating pressure

ε Max capacity, Max Electrical Power

ζ Max condensing pressure

Working limits water cooled chillers ZEUS-W

Operating limits

47www.euroklimat.it

Generic drawing of ZEUS units

General notes

Standard water connections are on the right side of the unit: for different orientation, consult the factory. In case of opposite connections for evaporator and condenser, lateral clearance must equal Lt on both sides.

Quotes Xg, Yg, Zg of center of gravity are provided with general documentation of unit.

For detailed handling and lifting procedures, refer to Installation and Operation Manual.

Quotes for all models are reported in form of tables in the following.

Detailed drawings are reported in the following pages (see Column “DWG” to identify the drawing for each model).

Construction drawing can be subjected to changes without prior notice. Always refer to single machine technical documentations for construction drawing.

Contact the factory for drawing not inserted in this catalogue and for versions with water boxes.

Drawings

www.euroklimat.it48

DWG H L W H1 H3 Hc He Hf Lt W1 W13 Wf

P-270 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

B-270 B 1710 2493 1197 284 718 150 221 574 2100 214 461 922

P-310 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

B-310 B 1710 2493 1197 284 718 150 221 574 2100 214 461 922

P-380 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

B-380 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

P-410 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

B-410 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

P-460 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

B-460 D 1860 2583 1289 338 741 200 250 652 2100 214 507 1014

P-510 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

B-510 D 1860 2583 1289 338 741 200 250 652 2100 214 507 1014

P-540 E 1938 2540 1456 363 739 252 292 839 2100 350 617 1317

B-540 F 1938 2585 1456 363 821 252 250 839 2100 350 617 1317

P-590 G 1934 2540 1456 363 739 252 292 839 2100 267 617 1234

B-590 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

P-620 E 1938 2540 1456 363 739 252 292 839 2100 350 617 1317

B-620 F 1938 2585 1456 363 821 252 250 839 2100 350 617 1317

P-650 G 1934 2540 1456 363 739 252 292 839 2100 267 617 1234

B-650 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

P-760 n.a. 1938 2100 1540 404 769 252 292 862 2100 321 646 1317

B-760 E 1938 2540 1456 363 739 252 292 839 2100 350 617 1317

P-820 n.a. 1938 2408 1540 404 769 252 292 862 2100 321 646 1317

B-820 E 1938 2540 1456 363 739 252 292 839 2100 350 617 1317

P-920 n.a. 2054 2437 1715 404 769 292 350 943 2100 380 764 1552

B-920 n.a. 1938 2408 1540 404 769 252 292 862 2100 321 646 1317

P-1020 n.a. 2054 2437 1715 404 769 292 350 943 2100 380 764 1552

B-1020 n.a. 1938 2408 1540 404 769 252 292 862 2100 321 646 1317

P-1080 H 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

B-1080 I 1933 4640 1456 393 739 252 292 869 4200 268 616 1234

P-1140 n.a. 2054 3447 1715 404 739 292 350 918 3110 353 764 1525

B-1140 J 2005 3418 1540 404 806 292 292 901 3110 348 703 1400

P-1180 n.a. 2054 3447 1715 404 739 292 350 918 3110 353 764 1525

B-1180 K 2005 3418 1540 404 806 292 292 901 3110 348 703 1400

P-1230 n.a. 2054 3447 1715 404 739 292 350 918 3110 353 764 1525

B-1230 J 2005 3418 1540 404 806 292 292 901 3110 348 703 1400

P-1240 H 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

QuotesQuotes R134a

Referred to picture at page 47. All quotes in [mm]. Detailed DWG in the following pages.

49www.euroklimat.it


B-1240 I 1933 4640 1456 393 739 252 292 869 4200 268 616 1234

P-1300 n.a. 2054 3447 1715 404 739 300 350 922 3110 353 764 1525

B-1300 K 2005 3418 1540 404 806 292 292 901 3110 348 703 1400

P-1350 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1380 n.a. 2172 3488 1862 404 739 325 400 965 3110 382 852 1701

B-1380 n.a. 2054 3447 1715 404 739 292 350 918 3110 353 764 1525

P-1520 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

B-1520 n.a. 2054 4537 1656 404 739 252 350 837 4200 294 705 1407

P-1530 n.a. 2172 3488 1862 404 739 325 400 965 3110 382 852 1701

B-1530 n.a. 2054 3447 1715 404 739 292 350 918 3110 353 764 1525

P-1640 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

B-1640 n.a. 2054 4537 1656 404 739 252 350 837 4200 294 705 1407

P-1770 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

B-1770 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1840 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

B-1840 n.a. 2172 4578 1803 404 739 292 400 887 4200 323 793 1583

P-1860 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1900 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-1950 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

B-1950 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-2040 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

B-2040 n.a. 2172 4578 1803 404 739 292 400 887 4200 323 793 1583

P-2050 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-2280 n.a. 2172 5878 1832 404 739 292 400 918 5500 353 823 1642

P-2300 n.a. 2172 4578 1862 404 739 325 400 965 4200 382 852 1701

P-2360 n.a. 2288 4620 1978 404 739 325 450 965 4200 382 911 1818

B-2360 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-2460 n.a. 2172 5878 1832 404 739 292 400 918 5500 353 823 1642

P-2550 n.a. 2172 4578 1862 404 739 325 400 965 4200 382 852 1701

P-2600 n.a. 2288 4620 1978 404 739 325 450 965 4200 382 911 1818

B-2600 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-2760 n.a. 2288 5920 1978 404 739 325 450 965 5500 382 911 1818

P-2950 n.a. 2405 4649 2125 404 739 350 500 1008 4200 411 999 1993

P-3060 n.a. 2288 5920 1978 404 739 325 450 965 5500 382 911 1818

P-3250 n.a. 2405 4649 2125 404 739 350 500 1008 4200 411 999 1993

P-3540 n.a. 2405 5949 2184 445 739 400 500 1136 5500 470 1058 2111

P-3900 n.a. 2405 5949 2184 445 739 400 500 1136 5500 470 1058 2111

Quotes Quotes R134a


www.euroklimat.it50


P-200 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

P-230 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

P-270 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

P-310 A 1710 2543 1197 300 718 200 221 615 2100 214 461 922

P-350 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

P-390 C 1910 2595 1342 363 791 252 250 814 2100 267 560 1120

P-400 F 1938 2585 1456 363 821 252 250 839 2100 350 617 1317

P-430 F 1938 2585 1456 363 821 252 250 839 2100 350 617 1317

P-460 F 1938 2585 1456 363 821 252 250 839 2100 350 617 1317

P-540 L 1938 3595 1456 393 821 252 250 869 3110 268 616 1234

P-620 L 1938 3595 1456 393 821 252 250 869 3110 268 616 1234

P-700 M 1938 3550 1456 393 739 252 292 869 3110 268 616 1234

P-780 M 1938 3550 1456 393 739 252 292 869 3110 268 616 1234

P-800 H 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-810 N 1938 3550 1456 393 739 252 292 869 3110 267 617 1234

P-860 M 1938 3550 1456 393 739 252 292 869 3110 268 616 1234

P-920 H 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-930 N 1938 3550 1456 393 739 252 292 869 3110 267 617 1234

P-1000 n.a. 1938 4508 1593 404 739 292 292 918 4200 353 700 1403

P-1050 O 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-1080 H 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-1170 O 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-1240 H 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-1290 O 2005 4508 1540 404 806 292 292 900 4200 350 700 1400

P-1350 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1380 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1400 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1550 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1560 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1620 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1720 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-1750 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-1860 n.a. 2054 4537 1715 404 739 292 350 918 4200 353 764 1525

P-1950 n.a. 2172 4578 1832 404 739 292 400 918 4200 353 823 1642

P-2100 n.a. 2054 5837 1715 404 739 292 350 918 5500 353 764 1525

P-2340 n.a. 2054 5837 1715 404 739 292 350 918 5500 353 764 1525

QuotesQuotes HFO1234ze


51www.euroklimat.it

Technical drawingDWG “A”

A Evaporator inlet Victaulic DN125 OD141.3

B Evaporator outlet Victaulic DN125 OD141.3

C Condenser inlet Victaulic DN125 OD141.3

D Condenser outlet Victaulic DN125 OD141.3

E Electrical power supply

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Technical drawingDWG “B”






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Technical drawingDWG “C”






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Technical drawingDWG “D”






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Technical drawingDWG “E”






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Technical drawingDWG “F”






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Technical drawingDWG “G”






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Technical drawingDWG “H”






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Technical drawingDWG “I”






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Technical drawingDWG “J”






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Technical drawingDWG “K”






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Technical drawingDWG “L”






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Technical drawingDWG “M”






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Technical drawingDWG “N”






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Technical drawingDWG “O”






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Unit

2006/42/CE Machinery DirectiveEN ISO 12100 Safety of machineryEN 378-1 Refrigerating systems and heat pumps. Safety and environmental requirements. Basic requirements, definitions, classification and selection criteria

Mechanical

2014/68/UE Pressure Equipment Directive

Electrical

2013/35/EU Low Voltage DirectiveEN 60204-1 Safety of machinery - Electrical equipment of machinesEN 61439-1 Low-voltage switchgear and controlgear assemblies. General rules

Electromagnetic Compatibility

2014/30/EU EMC DirectiveIEC 61000-6-1 Electromagnetic compatibility (EMC) - Immunity for residential, commercial and light industrial environmentsIEC 61000-6-2 Electromagnetic compatibility (EMC) - Immunity for industrial environmentsIEC 61000-6-3 Electromagnetic compatibility (EMC) – Emission Standard for residential, commercial and light industrial environmentsIEC 61000-6-4 Electromagnetic compatibility (EMC) – Emission Standard for industrial environments

Power Quality

EN 50160 Voltage Characteristics of Public Distribution Systems

Standards

67www.euroklimat.it

Notes

EUROKLIMAT SpA

Factory Italy

Via Liguria, 827010 Siziano (PV) Italy

T: +39 038 2610282E: [email protected]

www.euroklimat.it

Euroklimat Co., Ltd

Factory China

Euroklimat Industrial Park,Huangjiang, Dongguan, Guangdong, China

T +86 0769 8366 0888 ext. 8260E: [email protected]

www.euroklimat.com.cn

EUROKLIMAT FZCO

Office Dubai

High Bay Office 24, Dubai Silicon Oasis,UAEPO Box 28178, Dubai, UAE

T + 971 4 3423152E: [email protected]

www.euroklimatme.com

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technical catalogue cta refrigeracion 2016... 3 zeus index zeus 4 capacity range – r134a &...

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