Vėdinimo rekuperatorius CWK 600/200 ECO, 600 m³/h, EPP plastikas

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Prekė: Vėdinimo rekuperatorius CWK 600/200 ECO, 600 m³/h, EPP plastikas. Kategorija: Rekuperacinės vėdinimo sistemos.

• Gamintojas: ECS
• Modelis: 5902838338414

Ventilation unit recuperator + controller

CWK 600/200 ECO ION16

The headquarters meets the requirements of WFOŚiGW regarding the Clean Air program.

PROFESSIONAL EXECUTION

THE CONTROL PANEL CONTAINS

• FAN "EC" WITH MAX CAPACITY UP TO 900m3/h GERMAN COMPANY
• BUILT-IN IONIZER
• DIAMETER OF THE STUB 200 mm
• RPM MAX 2400 rpm
• CLASS G4 FILTERS
• COUNTERCURRENT RECUPERATOR PULL-OUT EASY TO WASH
• RECUPERATOR EFFICIENCY FROM 65% to 92% (parameter depends on the difference in flow rate)
• POWER OF THE DEVICE FROM 30 TO 200W
• BUILT-IN AIR PURIFIER SYSTEM (MICRO PARTICLES)
• ANTI-ELECTROSTATIC SYSTEM
• HOUSING MADE OF EPP (foamed polypropylene)
• SOUND INSULATION
• DRAINAGE OF LIQUEFIED WATER
• VERY GOOD VALUE FOR MONEY
• SPEED CONTROLLER
• OPERATING TEMPERATURE -25 to 50°C
• VERY GOOD VALUE FOR MONEY
• TOUCH PANEL CONTROLLER
• HUMIDITY SENSOR
• FIREPLACE OPERATION MODE
• AUTOMATIC TEMPORARY DEHUMIDIFICATION OF THE EXCHANGER
• INTEGRATION WITH THE CONTROL PANEL AND AUTOMATION SYSTEMS
• PROGRAMMABLE CLOCK ZONES
• BY-MECHANICAL BELT 100%
• CHANNEL AIR CONDITIONING CONTROL

WE ADD A CONTROLLER TO EACH CONTROL PANEL

POLISH PRODUCT

Filter- cartridge made as G4 class nonwoven fabric You do not have to buy expensive filters!!! . You can combine several filters eg G4+F9+H14 ps smog will be reduced in 80-90%

The housing is made of EPP (foamed polypropylene) the whole is reinforced by elements of thin galvanized sheets, which are specially shaped on numerical machine tools and mounted to EPP creating a rigid self-supporting structure. The galvanized material provides excellent mechanical protection for the housing surface. The plastic housing has very good acoustic and thermal properties.

The task of the ionizer is to naturally clean the air of impurities, such as: , mites, anaerobic bacteria, cigarette smoke dust, pollen, etc.

The ventilation system with recuperation allows up to 8 times reduction of ventilation heat losses.

Negative ions help:

• Kill bacteria, viruses and fungi
• Facilitate breathing
• Clean and refresh the air
• Accelerate rest
• Increases concentration
• Helps in learning
• Improves fitness

Filter:

• Nonwoven fabric G4 (exhaust and supply)
• Very cheap filter, possibility of replacing only the non-woven fabric, cost 2-4 PLN
• Possibility to configure any filter from G1 to U15 (filters used in the operating room)
• Possibility to combine several filters at the same time
• Industrial work

Humidity sensor:

Allows you to adjust the operation of the control panel depending on the air humidity

Specification:

• capacity 600m3/h depending on the filter used
• capacity of the control panel 600 m3/h
• power min 30W max 340W
• pressure up to 600Pa
• efficiency of fans "EC" 2x1200m3/h
• Voltage 230 V 50 Hz
• heat recovery efficiency from 65% to 92%
• engine speed 2400 rpm
• noise level db/(A)3m 24-40
• maximum operating speed up to 45C
• G4 air supply filter
• filter extractor G4
• diameter of the stubs 200 mm
• recuperator efficiency up to max 95%
• COUNTERCURRENT recuperator
• recuperator PLASTIC
• anti-freeze system
• weight about 50 kg QUALITY MUST WEIGH COMPARE WITH OTHER PRODUCTS OF THIS CLASS
• dimensions 500x750x1100 mm
• TOUCH PANEL

The controller allows:

• temperature measurement
• regulation of the supply force
• by-pass control
• setting a schedule
• heater control
• GWC control switching
• Configuration of secondary radiator control
• switching on the preheater
• choice of background color
• indication of soiled filter
• control of heater, freon radiator - possibility of connecting air conditioning
• etc...

ZONE CONTROL

The primary objective of zone control in recuperation is to ensure an optimal level of air exchange in each zone of the room according to its individual requirements. Zone control allows for more accurate adjustment of air flow in the right quantities and times.

The basic elements of zone control in recuperation are:

• Humidity sensors: Mounted in rooms that require more ventilation due to higher humidity (e.g. bathrooms and kitchens). These sensors monitor air humidity and inform a recuperation system that can adjust the level of air flow in these zones.
• CO2 sensors: They measure the level of carbon dioxide (CO2) in the air, which is an indicator of indoor air quality and pollution levels. High CO2 levels indicate the need for more air exchange, so the recuperator can adjust the flow in zones with more people (e.g. living room or office).
• Temperature sensors: These sensors monitor the temperature in different areas of the room. Thanks to this, the recuperation system can adjust the temperature of the air supplied to individual zones, ensuring thermal comfort in each of them.
• Air quality sensors: Sensors can measure levels of small and larger particles suspended in the air that can affect air quality and zdrowie.Na the basis of these measurements recuperation system that can trigger airing in these zones.

Thanks to zone control in recuperation, it is possible to achieve better energy efficiency, comfort of residents and ensure healthy and clean indoor air. Optimization of air exchange in individual zones also allows you to save energy and reduce the operating costs of the building.

• See how to do zone control: ▶ https://youtu.be/g5A183CAPSE
• Zone control, distribution of anemostats: ▶ https://youtu.be/BmXcdaO-NqI
• Connecting sensors: ▶ https://youtu.be/g5A183CAPSE

Note channel air conditioning lowers the temperature in summer. in rooms with 4-7c In winter, it heats rooms to temp, 20-22c if outside temp. will not fall below 2, -2c and is well done. So objects with duct air conditioning require alternative heating, but it is profitable to install it because

-assembly costs are much lower than GWC,

-Efficiency is several times higher than GWC

-operation and cleaning is very easy, compared to GWC

-very low heating costs of the facility, return on investment 2-3 seasons

-low operating costs

-no indoor air conditioning units in the facility

-very simple installation (external unit + freon cooler)

-etc...

▶ see video presenting canal air conditioning mounted on the construction site

https://youtu.be/Q7dLoz2SoaM

AIR CONDITIONING CONTROL SYSTEM POSSIBLE WITH THE CWK 600/200 CONTROL PANEL

SEE HOW TO CONNECT THE CONTROL PANEL https://youtu.be/8N0D9xDEyQs

SEE VIDEO PRESENTATION OF CWK cf CONTROL PANEL: https://youtu.be/iYwzvr_gPno

See the presentation of the MAX-VENT gen2 system, you can install it very easily, and from the channel on youtube Piotr Paruszewski you will learn how to do recuperation, how to mount devices, how to choose, how to design ventilation with recuperation and channel air conditioning--- ps it is not difficult, see and see for yourself

• System presentation: ▶ https://youtu.be/zwnY-pdrwj8
• Presentation of the entire GWC duct air conditioning: ▶ https://youtu.be/m8BvSsrRX5w
• Durability of our products: ▶ https://youtu.be/ZMhyH29QXEY
• How to choose an exchanger for the air handling unit: ▶ https://youtu.be/PQYRlMa0cU4
• How to select and make intakes and launchers: ▶ https://youtu.be/JaYdZvX_Jl0
• How to choose a recuperator, ventilation units: ▶ https://youtu.be/T4-kbpZCiRg
• Great anemostat theory for ventilation recuperation: ▶ https://youtu.be/hmj_Zri58Wo
• Linear diffuser mezzanine how to do: ▶ https://youtu.be/zW6ewKM40F4
• Great theory of ventilation recuperation: ▶ https://youtu.be/TUGCt0jLmsk
• Theory of anemostat distribution: ▶ https://youtu.be/2DrL7inP8xA
• Anemostat distributions according to PN-83: ▶ https://youtu.be/tT88G79NqjE
• Connecting distribution boxes: ▶ https://youtu.be/Uq1FjNinR7U
• Anemostat placements according to FASHION FACEBOOK: ▶ https://youtu.be/qKcPhyyynKM
• Distribution of anemostats Paruszewski's ideas: ▶ https://youtu.be/TzhaNNL84hU

See the source of knowledge Learn a new profession, there are dozens of videos on the channel, hundreds of tips from a person with 20 years of experience, you will find a compendium of knowledge about ventilation, recuperation, etc...

Specifications