We use cookies to enhance your browsing experience, analyse site traffic, and provide personalised content.
You can choose which types of cookies to allow.
Learn more about our Privacy Policy
Cookie Preferences
Manage your cookie preferences below. You can enable or disable different types of cookies.
Necessary Cookies
Always On
These cookies are essential for the website to function properly.
They enable core functionality such as security, network management, and accessibility.
Analytics Cookies
These cookies help us understand how visitors interact with our website by collecting and reporting information anonymously.
This helps us improve our site and services.
Marketing Cookies
These cookies are used to deliver advertisements more relevant to you and your interests.
They also help measure the effectiveness of advertising campaigns.
The P-133DUE-E bypass damper is available as an optional part. The optional damper allows a bypass of the heat exchanger, should temperature conditions reach set levels. This can be used for free cooling during the summer months.
The VL220 Ventilation system is supplied with 2 standard (G3) filters [1 supply, 1 exhaust] that can be washed up to 4 times. The supply filter can be upgraded to the P-220SHF-E option, a non-washable high efficiency filter (M6 grade).
The award winning Wi-Fi Control Interface connects discreetly to your units control board and should only be installed by an authorised installer. The MAC-588IF-E Wi-Fi Interface is available with compatible Mitsubishi Electric High Wall, Floor Mounted, and Ducted Heat Pumps and Lossnay Ventilation Systems. Built-in as standard in many systems, the Wi-Fi interface can also be purchased as an optional upgrade at time of purchase, or retrofitted to an existing compatible Mitsubishi Electric model
The PZ-70CSW-E CO2 Sensor is an optional Wall Mounted CO2 Sensor. Powered directly from the Lossnay unit, the CO2 sensor is simple to install and ensures that the indoor air quality of a room is kept safe and fresh by regularly measuring the CO2 levels and adjusting airflows to remove stale air and bring in fresh air, in an energy efficient manner.