Products
IGUICOO industrialis 800m3/h-6000m3/h aer recuperator hrv calor recuperatio evacuatione cum BLDC
Product Introduction
• Tectum genus institutionis, aream terram non tenet.
AC • MOTOREM .
• Energy recuperatio evacuationis (ERV).
• Calor recuperandi efficientiam usque ad 80%.
• Multiplices electiones magnarum aeris volubilis, frequentioribus densioribus apta spatiis.
• Intelligens imperium, RS485 communicatio interfaciei ad libitum.
• ambientium temperatura operans: -5℃~45℃(vexillum);-15℃~45℃(Conformatio provecta).
Application missiones
Factory
Officium
Schola
Stash
Structures
Product Parameter
| Exemplar | Rated Airflow（m³/h） | Ratum ESP（Pa） | Temp.Eff.(%) | VoxdB(A)) | Volt.(V/Hz) | Virtus initus (W) | NW (Kg) | Magnitudo (mm) | Connect Size |
| TDKC-080(A1-1A2） | 800 | 200 | 76-82 | 42 | 210-240/50 | 260 | 58 | 1150*860*390 | φ250 |
| TDKC-100(A1-1A2） | 1000 | 180 | 76-82 | 43 | 210-240/50 | 320 | 58 | 1150*860*390 | φ250 |
| TDKC-125(A1-1A2） | 1250 | 170 | 76-81 | 43 | 210-240/50 | 394 | 71 | 1200*1000* 450 | φ300 |
| TDKC-150(A1-1A2） | 1500 | 150 | 76-80 | 50 | 210-240/50 | 690 | 71 | 1200*1000* 450 | φ300 |
| TDKC-200(A1-1A2） | 2000 | 200 | 76-82 | 51.5 | 380-400/50 | 320*2 | 170 | 1400* 1200*525 | φ300 |
| TDKC-250(A1-1A2） | 2500 | 200 | 74-82 | 55 | 380-400/50 | 450*2 | 175 | 1400* 1200*525 | φ300 |
| TDKC-300(A1-1A2） | 3000 | 200 | 73-81 | 56 | 380-400/50 | 550*2 | 180 | 1500*1200*580 | φ300 |
| TDKC-400(A1-1A2） | 4000 | 250 | 73-81 | 59 | 380-400/50 | 150*2 | 210 | 1700* 1400*650 | φ385 |
| TDKC-D(A1-1A2） | 5000 | 250 | 73-81 | 68 | 380-400/50 | 1100*2 | 300 | 1800* 1500*430 | φ385 |
| TDKC-600(A1-1A2） | 6000 | 300 | 73-81 | 68 | 380-400/50 | 1500*2 | 385 | 2150*1700*906 | φ435 |
Product Details
•Princeps Efficiency Enthalpy Exchanger
• High efficientiam Energy / calor recuperatio VENTILATIO technology
In calido tempore, ratio precools et dehumidat novum aerem, humidificat et preheat in tempore frigoris.
• Duplex purgatio praesidium
Filtrum primarium + altum efficientiae sparguntur particulas 0.3μm spargere possunt, et efficientia liquaminis aeque alta est quam 99,9%.
• Purificationis praesidium
Electio aeris fluxus
Electio aeris fluxus
Primum omnium lectio voluminis aeris ad usum situm, incolarum, densitatem, structuram aedificii, etc.
| Genus locus | Ordinarium residentiale | Princeps density scaena | ||||
| GYM | Officium | Schola | Occurrens locus / vir Theatrum | Supermarket | ||
| Airflow opus (per singulos homines) V) | 30m/h* | 37~40m³/h | 30m/h* | 22~28m/h | 11~14m³/h | 15~19m³/h |
| Air mutationes per hora (T) | 0.45~1.0 | 5.35~ 12.9 | 1.5~3.5 | 3.6~8 | 1.87~3.83 | 2.64 |
Exempli gratia: Area residentialis Ordinarii 90㎡（S=90 est), rete altitudinis 3m(H=3), et in eo sunt 5 personae.Si computatur secundum "Airflow opus(per persona)", atque id: V=30, eventum est V1=N*V=5*30=150m³/h.
Si computatur secundum "Aer mutationes per horam", atque id :T=0.7, evenit V2=T*S*H=0.7*90*3=189m³/h.Cum V2＞V1，V2 melior est unitas ad eligendum.
Cum selectis instrumentis, lacus volumen instrumenti et ductus aeris adiciendum est, et 5%-10% ad aeriem copiae adiciendae et systematis exhauriendi sunt.
Itaque, optimalis aeris volubilis lectio debet esse V3=V2*1.1=208m³/h.
In volumine aere delectu aedificiorum residentialium, Sina nunc eligit numerum mutationum aeris per unitatem temporis sicut vexillum relativum.
Quoad industriam specialem qualem valetudinarium (chirurgiae et specialis locus nutricationis), labri, officinae, caeli fluxus requiruntur, secundum normas, quarum interest.
