Page 19 - MITSUBISHIELECTRIC - VENTILAZIONE

RESIDENZIALE / VL-CZPVU-E

Modello Filtro Class. Class. N° filtri Modello VL Posizione del filtro Manutenzione Vita filtro*
EN779:2012 ISO16890:2016 per set compatibile
P-250F-E G3 Coarse 55% 1 VL-250CZPVU-L/R-E RA, OA Filtro lavabile
(ogni 6 mesi)
Sostituzione filtro dopo 4 lavaggi
P-350F-E G3 Coarse 55% 1 VL-350CZPVU-L/R-E RA, OA Filtro lavabile oppure se danneggiato
(ogni 6 mesi)

P-500F-E G3 Coarse 55% 1 VL-500CZPVU-L/R-E RA, OA Filtro lavabile
(ogni 6 mesi)

P-250PF-E M6 ePM2.5 50% 1 VL-250CZPVU-L/R-E RA, OA, SA Filtro usa e getta non lavabile

Approssimativamente 1 anno
se usato in SA.
P-350PF-E M6 ePM2.5 50% 1 VL-350CZPVU-L/R-E RA, OA, SA Filtro usa e getta non lavabile Approssimativamente 6 mesi
se usato su RA, OA

P-500PF-E M6 ePM2.5 50% 1 VL-500CZPVU-L/R-E RA, OA, SA Filtro usa e getta non lavabile
Required information for RVU in
Filtro NOx - Efficienza rimozione del 90%
COMMISSION REGULATION (EU) No. 1254/2014 ANNEX
SA
P-250NF-E per NO2 1 VL-250CZPVU-L/R-E MITSUBISHI ELECTRIC Filtro usa e getta non lavabile
(a) Supplier's name
(b) Model name VL-500CZPVU-L-E
Cold region : -81.1
Filtro NOx - Efficienza rimozione del 90%
(c) E S per NO2 ) ) a . 2 Average region : -42.1
k ( C
W
m
( / h
SA-17.1
Required information for RVU in
Required information for RVU in P-350NF-E 1 VL-350CZPVU-L/R-E Warm region : Filtro usa e getta non lavabile Approssimativamente 6 mesi
COMMISSION REGULATION (EU) No. 1254/2014 ANNEX (d) Declared typology RVU,BVU
COMMISSION REGULATION (EU) No. 1254/2014 ANNEX
MITSUBISHI ELECTRIC
(a) Supplier's name (a) Supplier's name (e) Type of drive MITSUBISHI ELECTRIC VARIABLE_SPEED_DRIVE
VL-250CZPVU-L-E
(b) Model name (b) Model name Filtro NOx - Efficienza rimozione del 90% VL-350CZPVU-L-E Recuperative
Type of HRS
(f)
per NO2 -81.4
Cold region :
1
P-500NF-E (g) Thermal efficiency (%) Cold region : -81.1 VL-500CZPVU-L/R-E 87.6 SA Filtro usa e getta non lavabile
Average r
egion : -42.5
(c) E S k ( C W ( / h m ) ) a . 2 (c) E S k ( C W ( / h m ) ) a . 2 (h) Maximum flow rate (m3/h) Average region : -42.1 580
Warm region : -17.6 Warm region : -17.2
(i) Electric power input (W) 300
RVU,BVU
(d) Declared typology (d) Declared typology Casing sound power level (dB) RVU,BVU 50
(e) Type of drive (e) Type of drive (j) VARIABLE_SPEED_DRIVE VARIABLE_SPEED_DRIVE
0.11
Reference flow rate (m3/s)
(k)
Recuperative
Type of HRS
Recuperative
(f) Type of HRS Classe energetica A+ in tutte le taglie Modulazione della portata aria
(f)
87
(g) Thermal efficiency (%) (g) Thermal efficiency (%) (l) Reference pressure difference (Pa) 87 50
285
(h) Maximum flow rate (m3/h) (h) Maximum flow rate (m3/h) (m) SPI (W/(m3/h)) 380 0.30
180
120
Electric power input (W)
(i)
(i) Electric power input (W) Tutte le taglie raggiungono la classe più elevata di efficienza energetica. Il motore inverter dei ventilatori, progettato e prodotto da Mitsubishi
0.65, Local demand control
Control factor and typology
(n)
45
(j) Casing sound power level (dB) (j) Casing sound power level (dB) (o) Maximum leakage rate (%) 51 5%
0.06
0.08
(k) Reference flow rate (m3/s) Il cuore del nuovo modello della famiglia VL è rappresentato da uno Electric, garantisce la massima resa con il minimo consumo energetico e
Reference flow rate (m3/s)
(k)
-
Mixing rate of non-ducted
(p)
50
50
Reference pressure difference (Pa)
ErP A+
(l)
(l) Reference pressure difference (Pa) scambiatore di calore ad altissima efficienza in materiale plastico che permette di modulare dal 25% fino al 100% la velocità di ventilazione in
(m) SPI (W/(m3/h)) (m) SPI (W/(m3/h)) 0.26 0.28 Filter maintenance sign is displayed on
the dedicated remote controller.
Local demand control
Local demand control
(n)
(n) Control factor and typology permette di recuperare oltre il 90% del calore sensibile assicurando così immissione e in estrazione (incrementi/decrementi di +/- 1%) Quest’ampia
Control factor and typology
Visual filter warning
(q)
Refer to the Maintenance section in the
5%
(o) Maximum leakage rate (%) un consistente risparmio energetico ed economico. 5% fascia di modulazione garantisce una taratura semplificata dell’unità con
(o)
Maximum leakage rate (%)
instruction book.
(p) Mixing rate of non-ducted (p) Mixing rate of non-ducted - -
-
Refer to instruction book
Refer to instruction book
(q) Visual filter warning (q) Visual filter warning (r) Instructions to install regulated supply/exhaust grilles for unidirectional ventilation l’impianto di distribuzione.
-
Instructions to install regulated supply/exhaust grilles for unidirectional ventilation
(r)
(r) Instructions to install regulated supply/exhaust grilles for unidirectional ventilation (s) Internet address for disassembly instructions - http://erp.mitsubishielectric.eu
(s) Internet address for disassembly instructions (s) Internet address for disassembly instructions (t) http://erp.mitsubishielectric.eu http://erp.mitsubishielectric.eu -
Airflow sensitivity for non-ducted units
-
(t) Airflow sensitivity for non-ducted units (t) Airflow sensitivity for non-ducted units (u) air tightness for non-ducted units - -
(u) air tightness for non-ducted units (u) air tightness for non-ducted units - - Average region : 2.0
Average region : 1.8
ErP A+
(v) AEC (kWh/a) (v) AEC (kWh/a) (v) AEC (kWh/a) Average region : 1.9 Cold region : 90.8
Cold region : 90.6 Cold region : 90.6
W
k ( S
H
e y r a
m
i r p h
(w) A H k ( S W i r p h m e y r a n ) a / y g r e (w) A H k ( S W i r p h m e y r a n ) a / y g r e (w) A Average region : 46.3 r e n ) a / y g Average region : 46.3 Average region : 46.4
Warm region : 20.9 Warm region : 20.9 Warm region : 21.0
P (Static Pressure) 100% Rated
Pressure
25%
Q (Air ow)
N20SGGT0059 N20SGGT0061
N21SGGT0022
Fan Speed Velocità ventilazione
1 Normal 30% (impostaz. Fabbrica)
2 Medium 50% (impostaz. Fabbrica)
3 Boost 70% (impostaz. Fabbrica)
4 Purge 100% (impostaz. Fabbrica)
P (Static Pressure) 100% Rated 17
Pressure
25%
Q (Air ow)