Enervent > Optimizer

Optimizer

Design software Energy Optimizer

Reset

Step 2: Design values

Supply
Extract
m³/h
m³/h
Pa
Pa

Winter

°C
%RH
°C
%RH

Heating

°C

Summer

°C
%RH
°C
%RH

Cooling

°C
°C
°C

Step 3: Results

LTR-5 Z eWind E-CG

Supply
Extract
66 %
69 %
464 m³/h
489 m³/h
50 Pa
50 Pa
64 W
61 W
0.92 kW/(m³/s)
687 m³/h
709 m³/h
110 Pa
105 Pa
48 %
45 %

Sounds

Lw
LwA
56.7 dB
47.0 dB(A)
43.0 dB(A)
40.0 dB(A)
76.9 dB
69.6 dB(A)
70.6 dB
55.1 dB(A)
67.2 dB
53.0 dB(A)
79.3 dB
70.1 dB(A)

Unit information

Ø 200 mm
1160 mm
528 mm
523 mm
68 kg
Supply: F7, ePM1 55 %, cassette
Extract: M5, ePM10 60 %, cassette
Right
P19 301 0003
230 V/50 Hz, 1~, 1B16A
Unit: 1/4” (internal thread)
Coil: G1/2” (external thread)
2674 W

DWG

Enervent_all_units.dwg

Documents

Declaration of conformity
Enervent_EU_Declaration_of_Conformity_LTR-5_eWind_en.pdf
Modbus
Enervent-modbus-register-lists.zip

Winter

Heat Exchanger

Standard
0 °C / 90 %RH
18.0 °C / 27 %RH
87.0 %
EN13141-7

Electric heater E

2000 W internal
18.0 °C / 27 %RH

Fluid coil CG

7/12 °C
duct Ø250
18.0 °C / 27 %RH

Annual

Camborne,
Great Britain
84.7 %
12 732 kWh
0 kWh

Ecodesign

656 W/(m³/s)
LTR5Z_F7M5_EcoDesign_product_information_multilingual.pdf
Eco_design_LTR5_F7M5.pdf

Summer

Heat Exchanger

Standard
26 °C / 50 %RH
23.4 °C / 58 %RH
87.0 %
EN13141-7

Electric heater E

2000 W internal
23.4 °C / 58 %RH

Fluid coil CG

7/12 °C
duct Ø250
15.0 °C / 89 %RH
0.063 l/s / 3.1 kPa
5  / 10 °C
Water
R313, kvs 4.00
DN15, TR24-SR
1.33 kW / 1.76 kW
1.23 kW
0.59 l/h
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