Lo-Carbon Quadra SELV

Lo-Carbon Quadra SELV

Description

Features and Benefits of Lo-Carbon Quadra SELV

 
  • ​​Meets current Building Regulations Approved Document F & L for intermittent or continuous use
  •  
  • Recognised in SAP PCDB
  •  
  • IPX4 rated - IPX7 rated (SELV)
  •  
  • Low SFP on PCDB 0.38 W/l/s
  •  
  • Easy installation and replacement of any existing fan - flush or surface mount due to 100mm circular spigot
  •  
  • Maintenance free
  •  
  • Motor cassette cartridge for simple replacement
  •  
  • Filterless technology 
  •  
  • Lo-Carbon motors offering 90% energy savings and long life
  •  
  • Integral daylogger (option on SELV models)
  •  
  • Suitable for wall, ceiling and panel mounting
  •  
  • 5 Year Motor Guarantee
 

Ventilation for any room

 

​The Lo-Carbon Quadra is a single fan which is suitable for surface or flush mounting. The Lo-Carbon Quadra offers low speed selectable between 6, 9 and 12l/s and high between 15, 30 and 60l/s. All of this is offered with through the wall or two ducted selections to ensure installed performance is met.

 

Lo-Carbon Quadra SELV

 

​Where there is a need to fit in Zone 1 containing a fixed bath or shower according to IEE wiring regulations the Lo-Carbon Quadra SELV has been designed to meet building requirements. With the 24VDC Safety Isolating Power Supply situated away from the spray zone and out of reach of the person using the facility the Lo-Carbon Quadra SELV can be safely installed within the spray area.

 

Discrete

 

The Lo-Carbon Quadra SELV is one of the most unobtrusive centrifugal kitchen fans available. An accurately balanced impeller omits low noise levels and discrete aesthetics due to the front cover design providing no area for dirt to build up the Lo-Carbon Quadra SELV stays looking better for longer.​​​​

There are no softwares available for download for this particular product.

​Available Models

Lo-Carbon Quadra TP (Timer/Pullcord)

  • ​​Dual speed continuous running or intermittent to high speed.
  • High speed via pullcord (On/Off) or switch live (with overrun timer).

 

Lo-Carbon Quadra HTP (Humidistat/Timer/Pullcord)

  • Dual speed continuous running or intermittent to high speed.
  • High speed via integral pullcord (On/Off)
  • Integral adjustable humidity sensor or switch live (with overrun timer).

 

 

Lo-Carbon Quadra TM (Timer/PIR)

  • Dual speed: continuous running or intermittent to high speed.
  • High speed via integral PIR sensor or switch live (both with overrun timer).

 

Lo-Carbon Quadra TP Datalogger

  • ​Dual speed continuous running or intermittent to high speed.
  • High speed via pullcord (on/off) or switch live (with overrun timer).
  • Additional datalogger.

 

 

Lo-Carbon Quadra HTP Datalogger

  • ​Dual speed continuous running or intermittent to high speed.
  • High speed via integral pullcord (on/off).
  • Integral adjustable humidity sensor or switch live (with overrun timer).
  • Additional datalogger.

 

     

     

     

 

Lo-Carbon Quadra SVTP Timer/Pullcord

  • SELV Dual speed continuous running or intermittent to high speed.
  • High speed via pullcord (on/off) or switch live (with overrun timer).

 

Lo-Carbon Quadra SVTP Datalogger

  • ​​SELV Dual speed continuous running or intermittent to high speed.
  • High speed via pullcord (on/off) or switch live (with overrun timer).
  • Additional datalogger.

 

 

Lo-Carbon Quadra SVHTP

  • ​SELV Dual speed continuous running or intermittent.
  • Adjustable Humidity sensor will boost the fan to (approx.) 50% of the high-speed set at installation.
  • High speed is activated via the integral pullcord or switch live (with overrun timer).

     

 

Lo-Carbon Quadra SVHTP Datalogger

  • ​SELV Dual speed continuous running or intermittent to high speed.
  • High speed via integral pullcord (on/off).
  • Integral adjustable humidity sensor or switch live (with overrun timer).
  • Additional datalogger.

     

     

 

Lo-Carbon Quadra SVTM

  • ​SELV Dual speed continuous running or intermittent to high speed.
  • High speed via integral PIR sensor or switch live (both with overrun timer).