Rekuperatorius su jonizatoriumi, 250 m³/h vėdinimo įrenginys

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Prekė: Rekuperatorius su jonizatoriumi, 250 m³/h vėdinimo įrenginys. Kategorija: Rekuperacinės vėdinimo sistemos.

• Gamintojas: ECS
• Modelis: CWP 250/160 (wiking)

Built-in negative ionizer

Negative ion helps:

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

Work - source of air processing

Contains:

• FAN WITH MAX CAPACITY UP TO 550m3/h GERMAN COMPANY
• BUILT-IN IONIZER
• DIAMETER OF THE STUB 160 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 120W
• BUILT-IN AIR PURIFIER SYSTEM (MICRO PARTICLES)
• ANTI-ELECTROSTATIC SYSTEM
• DIRTY FILTER INFORMATION SYSTEM
• BY-PASS ELECTRONIC
• HOUSING MADE OF SHEET METAL 0,7 mm ALUM-ZINC
• INSULATION THICKNESS 30 mm=3cm
• SOUND INSULATION
• FIREPLACE THERMAL INSULATION RESISTANT TO HIGH TEMPERATURES. WITH ALUMINIUM JACKET
• DRAINAGE OF LIQUEFIED WATER!!!
• VERY GOOD VALUE FOR MONEY
• SPEED CONTROLLER
• RODENT-RESISTANT HOUSING
• HOUSING DOES NOT AGE (AS MADE OF PLASTIC)

POLISH PRODUCT

ECS has over 14 years of experience in the production of equipment for industry, produces for the largest companies reputable, international.

Each model of the air handling unit is created on the basis of well-thought-out solutions and proven technology.

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%

Made in Germany fans were used

WITH A CAPACITY OF 550M3

The use of larger fans increases their service life, and soundproofs the ventilation system

Housing

The housing is made of thin alum zinc sheets galvanized on both sides, which are specially shaped on numerical machine tools and permanently mounted with galvanized rivets to create a rigid self-supporting structure. The alum zinc material provides excellent protection for surfaces that come into contact with ventilation air and seals all housing components. In terms of acoustic and thermal, the casing is protected with a 30 millimeter layer of wool

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.

Filter:

G4 Non-woven fabric (exhaust and supply)

• Very cheap filter, possibility to replace only the non-woven fabric for 2-4 PLN
• Possibility to configure any filter from G1 to U15 (filters used in operating rooms)
• Possibility to combine multiple filters simultaneously
• Industrial use

Control:

• Can be used with various speed controllers with an initial speed setting point, e.g., RS-1-400 - smooth speed control for asynchronous motors
• Can be coupled with all types of control systems
• Can be used with wireless control
• Can be controlled in buildings with smart installations
• Possibility to adjust optimal fan operating parameters

Specification:

• MAX CAPACITY 250m3/h depending on the filter used
• Power min 30W max 120W
• Pressure up to 200Pa
• FAN CAPACITY 2x550m3/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
• Housing material alumcynk sheet 0,7mm
• Wool 30mm
• Air supply filter G4
• Filter extractor G4
• Diameter of stubs 160 mm
• Recuperator efficiency up to max 92%
• Anti-CURRENT enthalpic recuperator
• Recuperator PLASTIC
• Filter soiled signalling system
• Anti-freeze system
• Weight about 40 kg QUALITY MUST WEIGH COMPARE WITH OTHER PRODUCTS OF THIS CLASS
• Dimensions 316x560x726 mm
• Rotational speed controller

See the presentation of the MAX-VENT gen2 system, you can mount 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