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Technical specifications

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Volume flow ^d)	40 - 125 m³/h at 100 Pa
Heat supply level according to EN 13141-7 ^e)	75 m³/h: 92 % 100 m³/h: 87 % 125 m³/h: 85 %
Heat supply level according to PHI ^f)	83 %
device sound at 100 m3/h 100 Pa ^g)	45 dB
Specific power consumption (SPI) at 50 Pa ^{3) e)}	0.3 W/(m³/h)
Max. Power consumption at 125 m³/h,100 Pa ^{3) d)}	52 W
Mains voltage	100 - 240 V \| 50/60 Hz
External and internal leakage	class A1
Dimensions (H x W x D)	805 x 555 x 190 mm
Energy efficiency class	A
Installation options	New construction and renovation ceiling- and wall mounting 4 x DN 125 mm outlets

(1-9, a-g) For further information on the technical data specifications click here.

The LUNOMAT: The central unit with heat recovery

Central unit

The LUNOMAT is a central ventilation unit for the aeration and deaeration of living spaces and facilities similar to living spaces, such as medical practices, schools and office spaces.

Special features

Equipped with two efficient ec centrifugal fans, extract and supply air can be delivered simultaneously with a constant volume flow of up to 125 m³/h at a pressure difference of up to 100 Pa.

The highly efficient enthalpy heat exchanger has an average heat recovery efficiency of 84% and can provide a pleasantly comfortable room climate due to its re-humidification property.

Installation

The ventilation unit can be mounted vertically on a wall or horizontally under a ceiling.

Approval

The LUNOMAT has the General Building Approval from the DIBt and has been certified by the Passive House Institute as a highly efficient ventilation unit with heat recovery.

Art.-no. 40149

Information on the technical data

Show technical data

1) Silvento V are fan inserts that still require a flush-mounted or surface-mounted housing.

2) Silvento KL are complete single-pipe fans that are clamped into pre-wall constructions. Silvento KL single-pipe fans fit into the flush-mounted housings of the LUNOS Skalar series.

3) The specified values are achieved at 20°C, 1013hPa and 1.2kg/m3 ambient air density and (unless otherwise specified) are achievable between free-blowing condition and 60 Pa disturbance pressure in accordance with DIN18017-3.

4) When designing the volume flows, please observe the pressure-volume flow characteristics provided by LUNOS and the specifications of the abZ (DIBt approval)

5) Sound power level: The sound power level indicates how "loud" a device is. The value is independent of the distance.

6) Volume flow rate of the ALD-SV with a straight arrangement of the sound attenuation elements.

7) Max. achievable WBG according to EN13141-8 with reference volume flow rate.

8) At 70 % of the maximum volume flow rate, in accordance with ErP Directive, EU Regulation 1254/2014.

9) According to LÜA (test specification) of the DIBt and EN13141-8 max. achievable exhaust air volume flow free-blowing at 20°C and 1013hPa ambient conditions and 1.2kg/m3 ambient air density.

a) According to LÜA (test specification) of the DIBt, see also proof of usability (abZ), when using the wall-mounted housing 9/MRD as insulation, without 9/MRD 2% deduction.

b) According to LÜA (test specification) of the DIBt, max. achievable value.

c) According to EN 13141-8 with reference volume flow, see also certificate of usability (abZ) of the DIBt.

d) According to LÜA (test specification) of the DIBt and EN13141-7 max. achievable exhaust air volume flow free-blowing at 20°C and 1013hPa ambient conditions and 1.2kg/m3 ambient air density.

e) According to EN 13141-7 at reference volume flow rate, see also proof of usability (abZ) of the DIBt.

f) Determined by the Passive House Institute (PHI), see PHI certificate.

g) Sound pressure level at 1m distance, single-point measurement. All figures are mathematically rounded.

All figures are mathematically rounded.

For the informal ventilation concept!