Improve Indoor Air Quality with Lossnay Energy Recovery Systems

Poor indoor air quality can lead to "sick building syndrome," and given that HVAC systems consume up to 45% of a commercial building's energy, increasing fresh air supply can be costly.

The updated H1/VM3 regulations now mandate that most commercial fresh air systems include an effective energy recovery component, enhancing operational efficiency and reducing costs. This is a critical consideration for architects and specifiers aiming to design healthier, more energy-efficient buildings.

Mitsubishi Electric Lossnay Fresh Air Heat Recovery Ventilation systems are small, quiet and recover up to 93%* of heat energy, exceeding H1/VM3 requirements whilst improving indoor air quality for occupants. And, with the added option of Wi-Fi Control, building managers can now monitor and adjust in real-time how the Lossnay system pre-cools or pre-heats incoming fresh air to reduce the load on air conditioning systems while making the building healthier.

*LGH-50RVS at the lowest fan speed.

The competition has now closed. For more information on Lossnay, contact Mistubishi Electric.

LGH-RVS Lossnay Heat Recovery Ventilation for Wet Areas — Residential & Commercial

Mitsubishi Electric

View Product

The in-ceiling LGH-RVS Lossnay Sensible Heat Recovery Ventilation range brings fresh, filtered air in and draws stale air out from high-humidity areas such as bathrooms, kitchens and laundries.

Suitable to provide balanced heat recovery ventilation for commercial applications with an additional advantage of being able to extract moisture laden air from wet areas such as bathrooms, kitchens and laundries.

Mounted horizontally in the ceiling
Exchangeable Spigot connections to suit complex site installs
Multidirectional single drain connection
Available in three sizes 139 l/s, 222 l/s and 278 l/s (on highest fan speed)

Typical applications include but are not limited to:

Hospitals and age care facilities
Educational facilities
Student accommodation
Commercial spaces such as office, library and community halls
Hotels and motels
Recreation facilities such as gyms

Meets H1/VM3 ventilation system control requirements and exceeds the condition of minimum sensible heat transfer effectiveness of 60%
Units are designed to meet and comply ISO 16494 for thermal efficiency performance standard.
All Lossnay units hold an ESS supplier declaration of compliance, in accordance with regulation 101A of the electricity regulations 1997
Models are designed to meet and comply with G4 regulation and AS NZS 4303:1990*
*Please note the appropriate model needs to be sized and selected by the Architect, Engineering Consultant or Designer of specific projects to further ensure it complies with relevant standards

LGH-RVX Lossnay Fresh Air Energy Recovery Ventilation — Residential & Commercial

Mitsubishi Electric

View Product

The Lossnay in-ceiling LGH-RVX range of balanced pressure energy recovery ventilation units draw fresh, filtered air in and draw stale air from internal spaces while retaining healthy indoor humidity levels.

A wide range of models allows makes the Lossnay LGH-RVX suitable for both residential and commercial applications.

Available in 9 sizes 42 l/s, 69 l/s, 97 l/s, 139 l/s, 181 l/s, 222 l/s, 278 l/s, 417 l/s & 556 l/s (on highest fan speed)

Typical applications include but are not limited to:

Hospitals & age care facilities
Educational facilities
Commercial spaces such as office, library and community halls
Residential sector which includes retirement homes, B&B, and private properties

Meets H1/VM3 ventilation system control requirements and exceeds the condition of minimum sensible heat transfer effectiveness of 60%
Units are designed to meet and comply with JIS B 8628 for thermal efficiency performance standard.
All Lossnay units hold an ESS supplier declaration of compliance, in accordance with regulation 101A of the electricity regulations 1997
Models are designed to meet and comply with G4 regulation and AS NZS 4303:1990*
*Please note the appropriate model needs to be sized and selected by the Architect, Engineering Consultant or Designer of specific projects to further ensure it complies with relevant standards.

Vertical Lossnay Fresh Air Heat Recovery Ventilation for Below-Ceiling Installation

Mitsubishi Electric

View Product

The slimline, Vertical Lossnay Fresh Air Heat Recovery Ventilation range is a balanced pressure mechanical ventilation system that extracts stale air and replaces this with fresh, filtered air from outside.

Suitable to provide balanced heat recovery ventilation to applications such as:

Residential homes
Commercial offices
Aged care facilities
Multi-story buildings where ceiling voids are limited

In addition extraction from wet areas is possible, for example; bathrooms, kitchens and laundries.

Advanced Lossnay Wi-Fi Control comes as standard with the Vertical Lossnay Range.

All Lossnay units hold an ESS supplier declaration of compliance, in accordance with regulation 101A of the electricity regulations 1997
Models are designed to meet and comply with G4 regulation & AS NZS 4303:1990*
Exceeds H1/VM3 efficiency requirements in commercial buildings
Mitsubishi Electric measures figures in a specification chart according to EN13141-7:2010, and characteristic curves are measured by chamber method
The sound power level measurement is performed according to ISO3744 with a hemi anechoic chamber
Advanced Wi-Fi Control comes as standard to control the unit remotely and make heat recovery visible

*Appropriate model needs to be sized and selected by the Architect, Engineering Consultant or Designer to further ensure it complies to meet the standard Project specific.

Categories

Popular Products

Popular Brands

Features

Sections

This Month

Caesarstone: Redefining Surface Excellence with Crystalline Silica Free Formulations

NZ's Largest Mass Timber Office Building: The Sustainable Timber Engineering Behind 90 Devonport Rd

Terra Lana Insulation for a World-Leading Hospital Targeting Zero Carbon Certification

SECTIONS

Exploring Options for Self-certification of Building Work

Complaints Not Upheld

From Windows to Warm Roofs: How Can We Make the New Insulation Standards Work?