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Bahama Single - Low Glare Infrared Heater

Stylish ultra low glare quartz infrared heater adding elegance to its surroundings

Tansun Bahama Single Low Glare Infrared Quartz Heater
Tansun Bahama Single Low Glare Infrared Quartz Heater
Tansun Bahama Single Low Glare Infrared Quartz Heater
  • Description

    Premium Infrared Heater

    "Unique Dual Low Glare Technology"

    The Bahama Single infrared heater is part of the range of innovative, market leading, infrared heat lamps that use a technology called ‘dual low glare’.

    This top of the range ultra low glare 1.5kW infrared heater is designed to fit discreetly into many environments. The Bahama Single comes as standard with a central swivel bracket, allowing versatile direction of the heat. The Bahama's flexibility, means it can also be used with a range of bracketry, specifically designed by Tansun to allow the unproblematic fitting, onto awnings and parasols.

    The Bahama Single infrared heater can be used in a multitude of commercial and domestic heating applications. The smooth parabolic finish, combined with Tansun's unique glare-reducing gold, creates the most efficient, glare reducing technology available on the market.

  • Technical


    All technical information and product data is supplied as a guide only and subject to change without prior notice.

    Model Voltage Total Power (Watts) Total Power (kW) Minimum Mounting Floor Height (m) Minimum Distance From Ceiling (m) Minimum Distance From Side Wall (m) Weight Dimensions (W x H x D) (mm)
    BAH 215 230V 1 x 1500 1.5 2.0 0.3 1.0 2.8kg 560 x 110 x 89
  • Accessories


    Ultimate Energy Savings

    Tansun offer a wide selection of switches and heater controls that are suited to almost any situation and need. Where energy and cost savings matter, we don’t believe in heating an empty space or having more heat than is required. When combined with a presence detector (PIR) and/or a remote control, our ambient range can easily be adjusted in heat output and energy consumption, ensuring maximum user comfort and energy savings.