Masterpiece Infrarotheizstrahler Tansun Apollo 6 X 1,5 Kw Xl Übereinander Secure Checkout [HpF0LeRE]

Masterpiece Infrarotheizstrahler Tansun Apollo 6 X 1,5 Kw Xl Übereinander Secure Checkout [HpF0LeRE] - Experience ultimate heating efficiency and flexibility with the robust TANSUN Apollo infrared heaters. These heaters are designed for both wall and ceiling mounting, ensuring optimal heating performance in any setting. With their large reflector, they deliver precise and targeted heat distribution, making them perfect for large areas such as workshops, sports halls, and warehouses.

• Multi-functional design for wall and ceiling mounting
• Optimal heat distribution with large reflector
• High efficiency and energy-saving technology

Technical Specifications and Features

The TANSUN Apollo infrared heaters are built to last, with their durable construction and efficient heating technology. Each unit has a power output of 1,5 kW, and when connected to all six units, the total power output reaches 9,000 watts. The heaters are available in a sleek black finish (RAL 9005) and weigh 12 kg. They come with a 3-phase power connection and are designed for long-lasting operation, making them ideal for continuous use.

• 6 x 1,5 kW infrared heaters for a total power of 9,000 watts
• 3-phase power connection for stable operation
• Efficient and durable construction for long-term use

Applications and Benefits

The TANSUN Apollo infrared heaters are versatile and can be used in a variety of settings. Whether you need to heat up a specific area, such as a workplace near a loading dock or a workshop, or you require a whole-building heating solution, these heaters are up to the task. Their fast heating capabilities ensure that you'll feel warmth immediately, without waiting for the air to heat up first. This makes them particularly beneficial for environments with high ventilation requirements, such as warehouses or industrial buildings.

• Perfect for heating specific areas or whole buildings
• Fast heating for immediate comfort
• Energy-efficient and cost-effective solution