Key Features
- 45-degree angle warm air release
- Chamfered profile
- Variable speed control
- Compatibility: Most types of wet central heating systems
- Reversible air flow
- Casing: zinc-coated steel (1.2 mm) and polyester powder coated white (RAL 9010)
- Optional antibacterial paint
- Complies with low-voltage directive 2014/35/EU
What's Included
- Smith's Caspian TT 90 EC fan convector heater
- Low temperature cut-out thermostat
- Variable heat output controller
Smith's Caspian TT 90 EC Fan Convector Heater Overview
The Smith's Caspian TT 90 EC fan convector heater discharges warm air from the upper surface to avoid causing discomfort for anyone sitting adjacent to the appliance. This electric heater is a practical and energy-efficient heating solution for commercial settings or for renters searching for an easy installation to keep warm.
There are many benefits to using a fan converter heater, such as a cool-to-touch exterior, which keeps safety in mind. They also require virtually no installation, with a plug-and-go design, making them an excellent solution for renters or if you don't want to deal with installation.
Chamfered Profile
This electric heater features a chamfered profile to avoid sharp corners, helping to prevent accidents if you plan to use it around children while also providing an aesthetic feel.
Compatibility
Use the Smith's Caspian SL 90 electric fan converter heater with most types of wet central heating systems, functioning with conventional boilers or ground- or air-source heat pumps.
Reversible Air Flow
You can reverse the air flow so that warm air is discharged from the lower vent, instead of from the upper vent, allowing you to adapt this electric heater to your surroundings and preferences.
Antibacterial Paint — Optional
The Smith's Caspian SL 90 EC fan convector heater comes with an optional coating of an antibacterial paint, using BioCote® antimicrobial technology to provide a layer of protection against antimicrobial growth on the surface, prevent odours and prevent odours, stains and material deterioration.
