Change In Lossnay Core Over Time - Mitsubishi Electric Lossnay LGH-100RX3-CAN Technical Manual

CHAPTER 3 General Technical Considerations

8. Change in Lossnay Core Over Time

The following details show an example of a building that has installed the Lossnay units, from which it is possible to assess the
change in the units over time.
8.1 Outline of building where Lossnay is installed
(1) Building name
(2) No. of floors
(3) Total floor space
(4) Reference floor space
8.2 Outline of installed ventilation equipment
(1) Air handling method
Chilling unit
Gas direct heating/cooling boiler : 340 kT, heating 1630 kW
(2) Ventilation method
(3) Lossnay outline diagram
Lossnay duct system diagram
Exhaust air
RA side
by-pass damper
RA fan
(for
exhaust)
34
: Meiji Seimei, Nagoya Office/shop building
1-1 Shinsakae-machi Naka-ku, Nagoya
: 16 above ground, 2-storey penthouse, 4 basement floors
2
: 38,893 m
2
: 1,388 m
: 4 fan coil units (perimeter zone) per floor
: Absorption-type 250 kT × 1 unit, turbo 250 kT × 2 units
: Air - air total heat recovery unit "Lossnay"
LS-200 × 18 units installed in penthouse.
Outdoor air treatment volume 46,231 CMH,
Exhaust air treatment volume 54,335 CMH.
: LS-200 (with four Lossnay Cores)
OA side by-pass damper
Outdoor
Lossnay
air
OA fan
(for intake)
AC
AC
AC
General diagram of penthouse Lossnay chamber
Unit (mm)