Envistar Flex Plate Heat Exchanger EcoCooler

Air flow ranges for Envistar Flex

m³/hm³/s


	EcoDesign air flow Technical max air flow	Plate heat exchanger w/ cooling unit	Plate heat exchanger	Counter-flow exchanger	Counter-flow exchanger w/ cooling unit	Rotor	Rotor w/ cooling unit	Reversible heat pump	Coil heat exchanger double-stacked	Coil heat exchanger
1280
1080
980
850
740
600
480
400
360
300
240
190
150
100
	m³/s 0.0 2.0 4.0 6.0 8.0 10.0 12.0

Filter within Envistar Flex

m³/hm³/s

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Envistar Flex with rotary heat exchanger

Air flow

Min:0.11m³/s

Max:15.46m³/s

Envistar Flex with rotary heat exchanger and EcoCooler

Air flow

Min:0.22m³/s

Max:11.46m³/s

Envistar Flex with rotary heat exchanger and ThermoCooler HP

Air flow

Min:0.25m³/s

Max:11.46m³/s

Envistar Flex with counter-flow heat exchanger

Air flow

Min:0.13m³/s

Max:8.5m³/s

Envistar Flex with counter-flow heat exchanger and EcoCooler

Air flow

Min:0.22m³/s

Max:8.06m³/s

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Envistar Flex med plate heat exchanger

Air flow

Min:0.33m³/s

Max:14m³/s

Envistar Flex with plate heat exchanger and EcoCooler

Air flow

Min:0.33m³/s

Max:11.46m³/s

Envistar Flex with coil recovery

Air flow

Min:0.11m³/s

Max:14.1m³/s

Envistar Flex with coil recovery and EcoCooler

Air flow

Min:0.22m³/s

Max:11.46m³/s

Envistar Flex in single-stacked configuration

Air flow

Min:0.11m³/s

Max:11.2m³/s

Envistar Flex in Single-stacked configuration with coil recovery

Air flow

Min:0.11m³/s

Max:9.5m³/s

Envistar Flex Supply Air Unit

Air flow

Min:0.11m³/s

Max:11.2m³/s

Envistar Flex Extract air unit

Air flow

Min:0.11m³/s

Max:11.2m³/s

Technical dataforEnvistar Flex with plate heat exchanger and EcoCooler

Here you will find dimensions and weights as well as power and performance information about Envistar Flex with plate heat exchanger and EcoCooler .

m³/hm³/s

Size	Air flow (m³/s)				Dimension (mm)					Control unit location	Weight (kg)	Refrigerant amount (kg)						Effect and fuse
Size	Min	SFP_v1,6	Ecodesign	Max	Width	Height	Length	Width duct connection	Height duct connection	Control unit location	Weight (kg)	R454B Circuit 1	R454B Circuit 2	R454B Circuit 3	tonne CO2e (R454B) Circuit 1	tonne CO2e (R454B) Circuit 2	tonne CO2e (R454B) Circuit 3	Cooling effect (kW)	System voltage
100-2V	0.33	0.7	0.45	1	1020	1090	3250	700	300	On unit roof	650	1.8	-	-	0.84	-	-	15	400VAC
150-2V	0.43	1.15	0.9	1.63	1120	1470	3770	800	500	On unit roof	950	2.9	-	-	1.35	-	-	23.7	400VAC
190-2V	0.55	1.5	1.15	2.09	1400	1470	3770	1000	500	On unit roof	1100	3.7	-	-	1.72	-	-	30.6	400VAC
240-2V	0.74	1.8	1.9	2.44	1400	1686	4290	1000	600	On unit end	1300	4.1	-	-	1.91	-	-	32.1	400VAC
300-2V	0.86	2.15	2.2	2.87	1616	1686	4290	1200	600	On unit end	1400	5.1	-	-	2.38	-	-	16.7	400VAC
360-1V	1.19	2.58	2.6	3.71	1616	2060	4690	1200	800	On unit end	1750	6	-	-	2.8	-	-	51.1	400VAC
360-2V	1.19	2.58	2.6	3.71	1616	2060	4690	1200	800	On unit end	1750	6	-	-	2.8	-	-	55.1	400VAC
400-1V	0.95	2.64	2.7	3.65	1880	1900	4390	1400	700	On unit end	1700	7	-	-	3.26	-	-	52.3	400VAC
400-2V	0.95	2.64	2.7	3.65	1880	1900	4390	1400	700	On unit end	1700	7	-	-	3.26	-	-	59.1	400VAC
480-0V	1.53	3.3	3.3	4.66	1990	2060	4690	1400	800	On unit end	2000	8.1	-	-	3.77	-	-	54.9	400VAC
480-1V	1.53	3.3	3.3	4.66	1990	2060	4690	1400	800	On unit end	2000	8.7	-	-	4.05	-	-	62.7	400VAC
480-2V	1.53	3.3	3.3	4.66	1990	2060	4690	1400	800	On unit end	2000	8.7	-	-	4.05	-	-	75.7	400VAC
600-1V	1.7	3.75	3.6	5.78	2200	2270	4690	1600	800	On unit end	2500	8.2	-	-	3.82	-	-	63.1	400VAC
600-2V	1.7	3.75	3.6	5.78	2200	2270	4690	1600	800	On unit end	2500	8.2	-	-	3.82	-	-	76.7	400VAC
600-3V	1.7	3.75	3.6	5.78	2200	2270	4690	1600	800	On unit end	2500	6.2	3.6	-	2.89	1.68	-	90.5	400VAC
740-2V	2.3	5	5.05	7.08	2480	2480	5730	2000	900	In unit next to fan	3250	10.1	-	-	4.71	-	-	81.9	400VAC
740-3V	2.3	5	5.05	7.08	2480	2480	5730	2000	900	In unit next to fan	3250	9.3	4.1	-	4.33	1.91	-	111.6	400VAC
850-1V	2.85	6.5	6.1	8.06	2560	2740	6000	2200	1000	In unit next to fan	3750	11.5	-	-	5.36	-	-	85.5	400VAC
850-2V	2.85	6.5	6.1	8.06	2560	2740	6000	2200	1000	In unit next to fan	3750	9.3	5.8	-	4.33	2.7	-	101.7	400VAC
850-3V	2.85	6.5	6.1	8.06	2560	2740	6000	2200	1000	In unit next to fan	3750	9.3	5.8	-	4.33	2.7	-	127.3	400VAC
980-1V	3.5	8.3	6.9	9.77	2890	3085	6000	2400	1100	In unit next to fan	4250	14.6	-	-	6.8	-	-	89.9	400VAC
980-2V	3.5	8.3	6.9	9.77	2890	3085	6000	2400	1100	In unit next to fan	4250	10.4	7.4	-	4.85	3.45	-	139.7	400VAC
1080-1V	3.66	8	7.1	10.14	3000	3195	6140	2400	1100	In unit next to fan	5300	11.3	7.1	-	5.27	3.31	-	108	400VAC
1080-2V	3.66	8	7.1	10.14	3000	3195	6140	2400	1100	In unit next to fan	5300	11.3	7.1	-	5.27	3.31	-	131.7	400VAC
1080-3V	3.66	8	7.1	10.14	3000	3195	6140	2400	1100	In unit next to fan	5300	7.1	5.8	5.8	3.31	2.7	2.7	158.6	400VAC
1280-1V	4.56	9.4	9.4	11.46	3180	3375	6470	2600	1200	In unit next to fan	6000	12.9	9	-	6.01	4.19	-	119.7	400VAC
1280-2V	4.56	9.4	9.4	11.46	3180	3375	6470	2600	1200	In unit next to fan	6000	12.9	9	-	6.01	4.19	-	145.9	400VAC
1280-3V	4.56	9.4	9.4	11.46	3180	3375	6470	2600	1200	In unit next to fan	6000	9.5	6.7	6.7	4.43	3.12	3.12	185.8	400VAC

Technical data for related products

Documentation forEnvistar Flex Plate Heat Exchanger EcoCooler

Here you will find general documentation for this product series. Download the latest versions of product brochures, instruction manuals, certificates, and other documents.

Your air handling unit

If you are looking for information about your AHU, search using the order number.

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Document	Document type	Language	Version
Brochure EcoCooler	Brochure	English	1	2024-04
Brochure Envistar	Brochure	English	3	2024-09
Operation and maintenance Envistar Flex	Operation and maintenance	English	00	2024-09
Connection instructions	Connection instructions	English	05	2025-05
Assembly Instructions Envistar Flex	Assembly instruction	English	06	2024-10
Assembly Instructions Envistar Flex Size 060-1580	Assembly instruction	English	01	2026
Dokument under framtagning lyftinstruktion	Assembly instruction	English	00	2025-11
Immersion detector	Assembly instruction	Swedish/English	-	-
lyftinstruktioner	Assembly instruction	English	-	-
BACnet addresses for Counter flow, Plate and Run around coil heat exchangers, examples	Configuration and settings	English	-	-
BACnet Addresses for EcoCooler and ZON, examples	Configuration and settings	English	-	-
BACnet IP communication, object addresses for AHU V1 en	Configuration and settings	English	-	-
Example AHU BACnet BYP	Configuration and settings	English	-	-
Example AHU Modbus	Configuration and settings	English	-	-
Example AHU Modbus BYP	Configuration and settings	English	-	-
Example AHU Modbus ODS	Configuration and settings	English	-	-
Examples of useful Modbus addresses	Configuration and settings	English	-	-
Modbus addresses for Counter flow, Plate and Run around coil heat exchangers, examples	Configuration and settings	English	-	-
Modbus Zone 1	Configuration and settings	English	-	-
Modbus Zone 2	Configuration and settings	English	-	-
Modbus Zone 3	Configuration and settings	English	-	-
Modbus Zone 4	Configuration and settings	English	-	-
Modbus Zone 5	Configuration and settings	English	-	-
BACnet conformance certificate en	Certificates and declarations	English	-	-
Climatix Touch screen manual en	-	English	-	-
EPD Environmental Product Declaration – Envistar Flex	Certificates and declarations	Swedish/English/German/Norwegian/Danish	-	2025

Document	Document type	Language	Version		Download/Share
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Control equipment with proprietary software

The entire range has integrated control equipment with software developed by us. We use Siemens Climatix hardware. The control equipment offers over 100 standard features to choose from so that you can optimise according to your needs. Air flow rates and temperatures can be optimised easily. The units can be connected to the web, IV Produkt Cloud or a parent system (BMS) via multiple communication protocols.

Project-specific electrical and control diagrams are included in the delivery. The unit has been function-tested and is ready for commissioning.

Major energy savings by replacing older air handling units

The Palladium in Cologne, Germany, hosts concerts, galas, corporate events, trade fairs, and conferences for up to 4,000 guests. To improve comfort, the owner replaced the old ventilation units without heat recovery and added cooling and heat pumps for a better indoor climate.

Reference

Improve energy efficiency class by replacing older air handling units

To meet future demands, Skandia Fastigheter is investing in new ventilation at the Nova Lund shopping center – with the goal of moving from energy class D to A.

Reference

Smart solution simplified the transport into an older building

In central Oslo, the street Karl Johans gate runs through the city. At Karl Johans gate 2, four Envistar Flex size 300 were installed with the integrated cooling unit EcoCooler. Thanks to the Easy Access concept, the site transport went very smoothly.

Reference

Fitting air handling units – when every centimetre counts

Every centimetre counts when fitting energy-efficient air handling units in one of Bristol's largest office buildings, the EQ Building.

Reference

Payback in 5 years when replacing 90s air handling unit

By replacing an old air handling unit, the property owner lowered energy use by 85,000 kWh/year – a saving equal to 50 kWh/m2/year. In this article, you will learn more about how it happened.

Reference

Energy efficiency and improved indoor climate in a historic building

Energy efficiency and improved indoor climate with combined heating and cooling in an older building.

Reference

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Air handling unit with rotary heat exchanger

Airflow

18 sizes

IV Produkt Cloud

Cost-effective