Air destratifier SDS 6 with thermostat - SEET

Air Destratifier SDS 6 with SEET Destratification Thermostat

This pack combines the SDS 6 air destratifier with a destratification thermostat to optimize thermal distribution in medium to high ceiling spaces. Ceiling-mounted, this equipment eliminates stratification phenomena that create discomfort at ground level and generate excessive energy consumption.

Performance and operating range

The SDS 6 covers various professional spaces thanks to its air flow rate of 5,500 m³/h. Compatible with installation heights up to 7 meters, it is perfectly suited to workshops, warehouses, office buildings and industrial facilities.

Controlled diffusion and intelligent regulation

The adjustable swirling jet air diffuser ensures homogeneous air mixing without unpleasant drafts. The integrated destratification thermostat automatically activates air circulation when the temperature difference between floor and ceiling requires it, guaranteeing optimized and economical operation.

Robust and discreet design

The RAL 9003 white body blends harmoniously into all environments. Four fixing points facilitate installation and ensure lasting stability. Maintenance remains simple for intensive professional use.

Simplification of heating installations

Better heat distribution allows reducing the number of heating appliances needed for equivalent power. Air distribution duct networks often become unnecessary, thus freeing up space and improving the aesthetics of premises.

Installation advantages:

Fewer heating appliances required

Savings on equipment

Time savings during installation

Optimization of available space

Elimination of duct networks

More discreet visual integration

Eligibility for energy assistance

The SDS 6 air destratifier is eligible for Energy Savings Certificates (CEE) according to the following sheets:

IND-BA110 for industrial applications

BAT-TH142 for tertiary buildings

This solution constitutes an effective lever for improving thermal comfort while sustainably reducing energy consumption in heated volumes.