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Adsorption Chiller Aggregates eCoo 2.0 ǀ eZea Energy efficient heating and cooling with Supro

Advantages at a glance

Up to 90% reduction in power requirements in comparison tot electrical chiller units.

Reliable dimensioning, simple assembly and flexible operation.

Variable control technology ensures maximum energy efficiency.

Idea usage in combination with CHPs industrial heat, solar thermal plants and district heating

Interconnection of several aggregates

Operation as heat pump to support heating activities.

Reduction of CO2 emission.

Clean technology, environmentally friendly substances such as silica gel and zeolite.

Water as the refrigerant

No refrigeration technician’s license required.

Key characteristics

Type / application range eCoo 2.0 eZea Hot water temperature (HT) 50 – 95 °C 75 – 95 °C

Recooling water temperature (MT) 22 – 40 °C 22 – 45 °C

Chilled water temperature (LT) 8 – 21 °C 8 – 21 °C

Dimensions W x D x H (mm) 800 x 620 x 1732 670 x 560 x 1652

Type / application range eCoo 2.0 eZea Refrigeration Power Up to 16 kW Up to 13 kW

Heating capacity Up to 50 kW Up to 40 kW

COP therm. Max. 0,65 Max. 0,53

Adsorption Chiller Aggregate eCoo 2.0 ǀ 10 IPS Energy efficient cooling and heating with Supro Cooling

Application & performance data eCoo 2.0 ǀ 10 IPS (KL10000009)

Weigh Empty weight Ca. 357 kg* *With pump group and casing

Hot water circuit (HT) Volume flow 1,6 – 2,5 m3/h

Pressure drop 120 – 280 mbar

Max. additional delivery height 725 – 464 mbar

Max. operating pressure 4 bar

Hydraulic connection – external thread 1¼ “ AG

Heat rejection circuit / Heating water circuit (MT) Volume flow 4,1 – 5,1 m3/h




Hydraulic connection – external thread 1½ “ AG

Chilled water circuit (LT) Volume flow 2,0 – 2,9 m3/h





Application range Hot water temperature (HT) 50 – 95 °C

Recooling water temperature (MT) 22 – 40 °C

Chille water temperatuur (LT) 8 – 21 °C

Hot water temperature (free heating) 25 – 70 °C

Free cooling Ø ∆T 3K

Basic performace data Refrigeration power Up to 16 kW

Heating power Up to 50 kW

COP therm. Max. 0,65

Dimensions W x D x H (mm) 800 x 620 x 1732

Floor space required 0,5 m2

Power drawn / power connection Power drawn without pump group 6 W (Ø)

At pressure loss eCoo 2.0 120 – 260 W

At claiming the max. delivery height 618 – 684 W

Power supply 230 V, 50/60 Hz

Cascading connections eCoo 2.0 – For more refrigeration power!

Energy efficient cooling and heating with Supro Cooling

Interconnection kit for the hydraulic connection of several eCoo 2.0 adsorption chiller aggregates tot

scale performace and tot simplify system integration.

Assembly consoles inclusive fittings to mount afdsorption chiller aggregates and tot attach connection

pipes.

Ready-made labeled and insolated flexible hoses tot attach the connetion pipes tot the adsorption chiller

aggregates eCoo 2.0.

Sumple connectivity of flexible hoses.

Includes safty groups and fill valves.

Start-up / cut-off via potential-free contact (e.g. in connetion with builing control system (GLT), external

controls, thermostat).

Various recooler solutions available

Customer specific design possible (e.g. speed-controlled pumps etc.).

Cascading connections with up to eight eCoo 2.0 aggregates

Adsorption Chiller Aggregate Cascading eCoo 2.0 ǀ 20 IPS Energy efficient cooling and heating with Supro Cooling






Hydraulic connection – external thread DN40



















Power drawn / power connection At pressure loss eCoo 2.0 240 – 520 W









Hydraulic connection – external thread DN40 rechte pijp


















































Adsorption Chiller Aggregate Cascading eCoo 2.0 ǀ 50 IPS

















































































































Adsorption Chiller Aggregate eZea ǀ 10 IPS Energy efficient cooling and heating with Supro Cooling

Application & performance data eZea ǀ 10 IPS (KL10000017)

Weigh Empty weight Ca. 234,5 kg* *With pump group and casing










Hydraulic connection – external thread 1½ “ AG
















Power drawn / power connection Power drawn without pump group 6 W (Ø)

At pressure loss eCoo 2.0 147 – 357 W



Cascading connections eZea – For more refrigeration power!


Interconnection kit for the hydraulic connection of several eZea adsorption chiller aggregates tot scale

performace and tot simplify system integration.

Assembly consoles inclusive fittings to mount afdsorption chiller aggregates and tot attach connection

pipes.

Ready-made labeled and insolated flexible hoses tot attach the connetion pipes tot the adsorption chiller

aggregates eZea.

Sumple connectivity of flexible hoses.

Includes safty groups and fill valves.

Start-up / cut-off via potential-free contact (e.g. in connetion with builing control system (GLT), external

controls, thermostat).

Various recooler solutions available

Customer specific design possible (e.g. speed-controlled pumps etc.).

Cascading connections with up to eight eZea aggregates

Adsorption Chiller Aggregate Cascading eZea ǀ 20 IPS Energy efficient cooling and heating with Supro Cooling

























Power drawn / power connection At pressure loss eZea 294 – 714 W











































































































































































Adsorption Chiller Aggregate Cascading eCoo Industry Energy efficient cooling and heating with Supro Cooling

More eCoo for higher performance

Flexible

Compact

Various heat sources: The new eCoo Industry is perfectly adapted to the needs of the industry. Whether CHP heat, process heat (e.g. from air compressors of servers), solar thermal energy of district hetating – eCoo Industry can be configured individually with almost any type of heat source SIEMENS control technology: The modern control technology from Simens considerably simplifies the operation of the refrigeration system since it can be combined easily with all interfaces in the facility management.

All in one housing: For the first time, sevaral adsorption chillers were installed in one houding. This not only creates a space saving of 50%, but also simplifies the installation considerably furthermore. Higher protection class: The new housing ensures the realization fo the higher protection class IP 54 Integrated system separation: The integrated system saparation is an additional advantage thus eliminating installation and piping work with the installation of the chillers

Robust

Ideal for the industry: Through the entegration of all system components in one housing, eCoo Industry is adapted to the specific requirements of the industrial environments.

Proven components: Furthermore, for years alle components used were installed in Supro adsorption chillers and continuously optimised. This makes eCoo Industry an especially durable, low-mantenance refrigeration plant.

Adsorption Chiller Aggregate Cascading eCoo Industry Energy efficient cooling and heating with Supro Cooling

Application & performance data eCoo Industry

Weigh Empty weight Ca. 1330 kg* *With pump group, system separation and casing




Hydraulic connection – external thread G 2” IG




Hydraulic connection – external thread G 2”IG




Hydraulic connection – external thread G 2” IG














Cooling with adsorption and compression

Always operating at the right capacity – Always at the right time

The HybridChiller provides the

right refrigeration alt all times

for all load scenarios. According

tot the cooling requirements and

available heat, the intelligent

control system decides whether

to use compression and

adsorption in monovalent ofr

bivalent mode depending on the

situation. So even the effect of

peak loads can be cushioned

with extreme precision and

without delay. The control

system ensures the unit

operates at maximum efficiency

at all times.

EFFICIENT

EASY EXACT

Even the HybridChiller uses excess heat as a drive source. This makes our cooling more cost efficient than other cooling technologies. In addition, the combination of compression and adsorption is 5.5 times more efficient than the sole cooling with compression.

The HybridChiller, combines all mentioned advantages in just one machine, and is particularly quick to install. In addition, the HybridChiller manifests itself through a low-maintenance and flexibly useable technology.

By balancing the compression refrigeration, fluctuating ambient and load temperatures can be compensated. This ensures a particularly exact cooling temperature.

Adsorption HybridChiller Energy efficient cooling with Supro Cooling

Technische specificaties HybridChiller (KL10000008)

Cold water circuit (LT) Temperature range 8 – 21 °C

Max. Refrigeration power 49,6 kW

Volume flow 7,4 m3/h

Available delivery height 717 mbar

Connections inlet / outlet 1½ “ Rp

Hot water circuit (HT) Temperature range 50 – 95 °C

Max. thermal output 32,3 kW

Volume flow 2,5 m3/h


Connections inlet / outlet 1¼ “ Rp

Re-cooling circuit (MT) water / glykol Temperature range 22 – 40 °C

Volumestroom 5,1 m3/h


Connections inlet / outlet 1½ “ Rp

Basic date Dimensions W x D x H (mm) 874 x 1505 x 2004

Transport dimensions W x D x H (mm)

924 x 1555 x 2154

Weight 840 kg

Sound pressure level in 5 m (50/60 Hz)

59/62 dB(A)

Elektrische Connection Supply voltage 230 V, 50/60 Hz

Max. power consumption 15,76 kW

Max. current 30 A

Compression cooling Compressor Scroll / 1 x

Refrigeration power 32 kW

At a temperature of +35°C

Refrigerant R407C or R134A & R718 (H2O)

Seasonal performance data

ESEER (total) 19,64

ESEER (Partial load 100%)** 4,31 with power consumption of 6,04 kW

ESEER (Partial load 75%) 6,52 with power consumption of 2,99 kW



*ESEER with input temperatures: 85 °C hot water temp. & 19 °C cold water temp. **100% corresponds to 26 kW cooling capacity

Supro Recoolers Integrated electricity-saving EC technology & system for temperature-controlled and infinitely variable control of

the fan speed

For optimal effeciency of the Supro adsorption chillers a recooler is required. For optimal operation of the total

adsorption cooling system, Supro selected a line of very quiet and energy efficient eRec and eRis Recoolers.

System integration of the recooler is very simple with a prefabricated system separation.

Recooler eRec ǀ efficiency Recooler

Supro Recooler with spray system

Recooler eRis ǀ efficiency Recooler internationaal systeem

Supro Recooler

Recooler Optimised for type eCoo 2.0 & eZea ǀ 10 – 80 IPS

Horizontal installation with fork or lift

High efficiency Recooler

By coating aluminium fins there is no upgrade possible with a spray system

Recooler with spray system Optimised for type eCoo 2.0 & eZea ǀ 10 – 40 IPS koelmachines

Vertical installation with fork of lift

Spray medium water

Spray system include: spray lance, pressure reducer, solenoid valve and drain valve

Temporary spray of the vins via spray lance to cover preak loads

Recooler Optimised for type eCoo 2.0 & eZea ǀ 10 – 80 IPS

Horizontal installation with fork or lift

By coating aluminium fins there is no upgrade possible with a spray system

Recooler with spray system Optimised for type eCoo 2.0 & eZea ǀ 10 – 40 IPS koelmachines

Vertical installation with fork of lift

Spray medium water

Spray system include: spray lance, pressure reducer, solenoid valve and drain valve

Temporary spray of the vins via spray lance to cover preak loads

Recooler eRec ǀ A++ * Optimised for the eCoo 2.0 & eZea ǀ 10 IPS adsorption Chiller

Technical data eRec 10 ǀ 29 (KL10000025) Technical data eRec 10 ǀ 40 (KL10000026)

Individual selection of the Recooling system or help with system integration is possible on request.

* Energy efficiency class, calculated on the basis of the Eurovent standards

Performacen data Recooler capacity Up to 29 kW

Recooling medium Water / glycol 34 %

Water temperature inlet / outlet 29,6 / 25 °C

Nominal volume flow 5,9 m3/h

Max. operation pressure 4 bar

Temperature air inlet / outlet 22,7 / 26,4 °C

Air flow 24000 m3/h

Pressure loss at nominal volume flow 290 mbar

Ventilators Ventilators 2 x EC ventilatoren

Sound pressure level in 10 m 34 dB(A)

Weight Unladen weight Ca. 438 kg

Tubing content 46,1 l



Power drawn / power connection Power drawn 0,54 kW


Performacen data Recooler capacity Tot 40 kW






Air flow 36000 m3/h


Ventilators Ventilators EC ventilatoren /

3 stuks



Tubing content




Power supply 230 V, 50 Hz

Recooler eRec ǀ A++ * Optimised for the eCoo 2.0 & eZea ǀ 20 IPS Chiller cascade










Air flow 47000 m3/h
















Air flow 47000 m3/h










Recooler eRec ǀ A+ * Optimised for the eCoo 2.0 & eZea ǀ 30 IPS Chiller cascade










Air flow 78000 m3/h
















Air flow 86000 m3/h









Power supply 400V, 50 Hz




*Energie efficiëntie klasse, berekend op basis van de Eurovent normering







Air flow 89000 m3/h
















Air flow 110000 m3/h


























































































































































Recooler eRec ǀ A++ * with spray system Optimised for the eCoo 2.0 & eZea ǀ 10 IPS Chiller

Technical data eRec 10 ǀ 29 wet Technical data eRec 10 ǀ 40 wet

(KL10000041) (KL10000042)








Water consumption Max. 6 m3 per jaar


Air flow 24000 m3/h

















Air flow 37000 m3/h










Recooler eRec ǀ A++ * with spray system Optimised for the eCoo 2.0 & eZea ǀ 20 IPS Chiller cascade


(KL10000043) (KL10000044)










Air flow 48000 m3/h








Power drawn / power connection

Power drawn 1,08 kW









Air flow 48000 m3/h









Power drawn 1,04 kW




(KL10000045) (KL10000046)










Air flow 80000 m3/h

















Air flow 89000 m3/h


Ventilators Ventilators 6 x EC ventilatorens










(KL10000047) (KL10000048)










Air flow 88000 m3/h



























Recooler eRis ǀ 10 IPS Optimised for the eCoo 2.0 & eZea ǀ 10 IPS Chiller

Technical data eRis 10 ǀ 29 (KL10000049) Technical data eRis 10 ǀ 40 (KL10000050)

eRis 10 ǀ 29

eRis 10 ǀ 40








Air flow 14000 m3/h
















Air flow 22000 m3/h










Recooler eRis ǀ 20 IPS Optimised for the eCoo 2.0 & eZea ǀ 20 IPS Chiller cascade


eRis 20 ǀ 58

eRis 20 ǀ 80








Air flow 33000 m3/h
















Air flow 44000 m3/h












eRis 30 ǀ 87

eRis 30 ǀ 120








Air flow 58000 m3/h









Power drawn 2,36 kW








Air flow 64000 m3/h









Power drawn 2,08 kW




eRis 40 ǀ 116

eRis 40 ǀ 160








Air flow 65000 m3/h
















Air flow 96000 m3/h












eRis 50 ǀ 145

eRis 50 ǀ 200








Air flow 82000 m3/h









Power drawn 3,66 kW

















Power drawn 4,32 kW




eRis 60 ǀ 174

eRis 60 ǀ 240


































Recooler eRis ǀ 70 IPS Optimised for the 2.0 & eZea ǀ 70 IPS Chiller cascade


eRis 70 ǀ 203

eRis 70 ǀ 280




































eRis 80 ǀ 232

eRis 80 ǀ 320

















Power drawn 5,70 kW

















Power drawn 6,96 kW


Recooler eRis with spray system Optimised for the eCoo 2.0 & eZea ǀ 10 IPS Chiller

Technical data eRis 10 ǀ 29 wet Technical data eRis 10 ǀ 40 wet

(KL10000065) (KL10000066)

eRis 10 ǀ 29 wet

eRis 10 ǀ 40 wet









Air flow 17000 m3/h

















Air flow 26000 m3/h










Recooler eRis with spray system Optimised for the eCoo 2.0 & eZea ǀ 20 IPS Chiller cascade


(KL10000067) (KL10000068)

eRis 20 ǀ 58 wet

eRis 20 ǀ 80 wet









Air flow 35000 m3/h

















Air flow 44000 m3/h










Recooler eRis with spray system Optimised for the eCoo 2.0 & eZea ǀ 30 IPS koelmachines


(KL10000069) (KL10000070)

eRis 30 ǀ 87 wet

eRis 30 ǀ 120 wet









Air flow 67000 m3/h






Dimensions W x D x H (mm) 5030 x 1050 x2380











Air flow 74000 m3/h










Recooler eRis with spray system Optimised for the eCoo 2.0 & eZea ǀ 40 IPS Chiller cascade


(KL10000071) (KL10000072)

eRis 40 ǀ 116 wet

eRis 40 ǀ 160 wet









Air flow 63000 m3/h






Dimensions W x D x H (mm) 5030 x 1050 x2380











Air flow 88000 m3/h










Supro system separation More than a plate heat exchanger.

For a simple hydraulic connection of an eCoo 2.0 or eZea chiller (cascade) with existing of newly pland recooling

system, drycooler, coolingtouwer or an other recooling systems ( for example, a swimming pool), there are

several system separations available. This makes system integration simple and rapid installation possible.

System separation ST-G-X*0 System separation ST-O-X*0 Systeem separation ST-B-X*0

System separation for a closed recooler / heat sink circuit (e.g. glycol operated closed recooler).

System separation for an open recooler / heat sink circuit (e.g. operation in combination with wet cooling tower).

System separation for an individual recooler / heat sink circuit (e.g. when uning a water/glycol mixture).

This system separation consists of: Mounting frame, one plate heat exchanger (tuned to the adsorption chiller (cascade), security groups, expansion tanks, one high effiency pump (glandless pump) that is optimised for the secundair recooling circuit.

This system separation consists of: Mounting frame, one plate heat exchanger (tuned to the adsorption chiller (cascade), one security groups, one expansion tanks, one high effiency pump (glandless pump) that is optimised for the secundair recooling circuit.

This system separation consists of: Mounting frame, one plate heat exchanger (tuned to the adsorption chiller (cascade), one security groups, one expansion tanks,

All system separations are tuned to the adsorption chiller or cascade. They profide an easy installation and connection of the recooling systemem.

*X = (1,2,3,4); 1 x system separation 10 corresponds to 1 x eCoo 2.0 10 IPS or 1 x eZea 10 IPS

Chose a left- or right-sided system deparation

For an effecient installation it is necessary to look carefully at the system integration and the placement of the

adsorption chiller (cascade), before selecting a left- or right-side system separation.

Afbeelding 1: left-side system separation ST-G-10 Afbeelding 2: right-side system separation ST-G-20


System separation for closed recooler / System separation for open recooler /

heat sink circuit ST-G-10 (KL10000073) heat sink circuit ST-O-10 (KL10000074)

Article number Left-side system separation KL10000074-L Richt-side system separation KL10000074-R

General key performacen Type of fitting 1½”

Fitting dimensions DN40


Key performance towerds the eCoo 2.0 of eZea Nominal volume flow rate 5,1 m3/h

Pressure loss 180 mbar

Key performance towerds the recooler

Nominal volume flow rate 5,1 m3/h

Max. delivery height 680 mbar


Weicht

Operational weight Ca. 150 kg

Demensions W x D x H (mm) 1138 x 749 x 1019

Oppervlakte opstelling 0,7 m2

Power drawn / Power connection Power drawn Max. 0,37 kW


Article number Left-side system separation KL1000007-L Richt-side system separation KL10000073-R

General key performance Type of fitting 1½”



Key performance towerds the eCoo 2.0 of eZea Nominal volume flow rate 5,1 m3/h Pressure loss 180 mbar


Nominal volume flow rate 5,1 m3/h Max. delivery height 600 mbar


Weicht


Demensions W x D x H (mm) 1138 x 749 x 1019 Oppervlakte opstelling 0,77 m2

Power drawn / Power connection Power drawn Max. 0,31 kW Power supply 230 V, 50 Hz

Supro system separation More than a plate heat exchanger



Article number Left-side system separation KL10000076-L

Richt-side system separation KL10000076-R

Algemeen / prestaties Hydraulische aansluiting 2”

Aansluit diameter DN50

Max. hydraulische druk 4 bar

Specificaties circuit eCoo 2.0 of eZea volumestroom 10,2 m3/h

Hydraulische drukval 140 mbar

Specificaties Re-cool circuit Volumestroom 10,2 m3/h

Max. beschikbare opvoerhoogte 560 mbar

Hydraulische drukval 190 mbar

Gewicht

Gewicht leeg Ca. 150 kg

Afmetingen B x D x H (mm) 1171 x 678 x 1014


Elektrische specificaties Elektrisch vermogen Max. 0,37 kW

Aansluitspanning 230 V, 50 Hz



General key performance Type of fitting 2”









Weicht











General key performance Type of fitting Flange connection (PN6)









Weicht








General key performance Type of fitting Flange conection (PN6)









Weicht




















Weicht




Power drawn / Power connection Power drawn Max. 3 kW







Key performance towerds the eCoo 2.0 of eZea Nominal volume flow rate 20,4 m3/h Pressure loss 159 mbar


Nominal volume flow rate 23,6 m3/h Max. delivery height 940 mbar


Weicht


Demensions W x D x H (mm) 1206 x 967 x 946 Oppervlakte opstelling 1,17 m2

Power drawn / Power connection Power drawn Max. 1,55 kW Power supply 230 V, 50 Hz

The specialist in the field of: “Cooling with Heat”

Parallelweg 10-31

7137 PE Lievelde

The Netherlands

Contact:

Dhr. N. Klein Gunnewiek, BEng

Telefoon: +31 (0) 6 8379 1555

Internet: www.supro-cooling.nl

E-mail: [email protected]

Supro Cooling is a part of Supro New Business B.V.

01-2017 ǀ All information are subject to change without prior notice. Technical modifications reserved.

SUPRO COOLING

http://www.supro-cooling.nl/

mailto:[email protected]