NOZ2 Air Heater

NOZ2 Heating

Biddle's NOZ2 heaters are designed to help large buildings with high ceilings maintain a comfortable temperature. They're able to capture warm air at ceiling height and redistribute it to floor level, reducing heat loss and improving comfort in spaces such as factories, warehouses, retail outlets, sports centres, and exhibition halls.

How it works:

Adjustable nozzles – Six nozzles can be positioned individually for optimal air distribution
Mixed flow fan – High-velocity airflow moves surrounding air to improve mixing and temperature consistency
Inductive effect – Transfers warm air from the ceiling to the floor for even heating
Intelligent controls – Automatically adjust fan speed and heat output to maintain a consistent climate

Features & Benefits

Minimal heat loss
Optional automatic control
High-performance stepless EC-fans
Easy to operate & maintain
Optimal air distribution: fewer devices required to heat or cool large areas
Adjustable discharge pattern
Reduced installation costs due to fewer units required
Efficient re-use of energy

CHIPS

Continuous optimal comfort
Maximal energy savings (up to 75%)
Self-regulating: always the correct setting
Touch screen and intelligent
Communication with GBS/Modbus possible

Induction

Fast and even air distribution across the room
Minimal heat loss through ceiling and walls
Low temperature gradient
Fewer units needed as large area is covered
15% reduction in required capacity

Induction Technology

Biddle’s innovative NOZ2 technology minimises temperature differences in the room and heat loss to the outside environment. Warm or cool air is forced downwards at speed, from ceiling height to floor level through six multi-directional nozzles.

The high velocity of the air leaving the unit circulates the warm air throughout the room. This is known as the inductive effect. The inductive effect allows for better air distribution, so fewer units are needed to heat or cool large spaces.

With an induction airflow rate of 10 times the primary air displacement, the NOZ2 temperature gradient is only 0.25°C per metre. This makes it far more efficient than conventional air movement products, delivering significant energy savings.