IBC heating jacket, food and pharmaceuticals, max. 90 °C, 2 x 1000 W, for 1000 l IBC. Supplied = assembled. Suitable for = 1000 l IBC/CTC. Purpose of use = heating. Height = 1000 mm. Width = 4400 mm. Depth = 100 mm. Control range = 90 °C. Power = 2x1000 watt. Nominal voltage = 230 V. Protection type = IP40. Test symbol = EU Directive (2006/42/EU) , (2014/35/EU) , (2014/30/EU) , (2015/863/EU) Fittings = 2 digital temperature controllers. Cable length = 3000 mm. Product type = heater jackets. Type of mounting = with restraint strap. Material = silicone fibreglass. Place of use = indoors/sheltered outdoor areas. Colour = white. Made from special silicone materials that are safe for use with foodstuffs. Includes two digital temperature controllers (0 - 90 °C) with timer function. Ready for immediate use - with 3 m mains cable and electric plug. In the food and pharmaceutical industries in particular, this drum heating jacket is the perfect solution when it comes to heating liquids and materials quickly and effectively, making it very easy to empty them without residue or keep them warm. What's more, the jacket provides reliable protection from UV radiation. Equipped with an easy to operate digital temperature controller , steplessly adjustable from 0 - 90 °C. Made of hardwearing, durable silicone material, approved by the FDA (USA) for use with food Quick and easy to fit to the tank container using restraint straps. The heating jacket is suitable for transporting 1000 l IBCs with a content that must maintain a specific temperature or viscosity. For an optimum heating effect, use in combination with an insulation cover is recommended (Accessory) To allow even faster heating, the heating jacket can be combined with a floor heating panel. Ideal for heating water, various oils, greases, waxes, resins as well as food and pharmaceuticals. Please note: Check/observe maximum temperature resistance of the containers (especially when made of plastic) The temperatures specified are only values to provide orientation. The temperatures that can be reached depend on many variables - for example, the ambient temperature, the supply voltage, the medium, the material that the container is made of, the container size, whether an agitator is used and many other factors.