IBC Heating jacket - 2x1000W (0-90°C)

This 2x1000 Watts IBC heating jacket allows you to heat or maintain an appropriated temperature in your  IBC, thanks to 2 integrated thermostats (from 0°C to 90 °C). This 2x1000 Watts IBC heating jacket is suitable for IBCs (from 660 L to 1500 L).

This heater jacket has quick release adjustable buckles for ease of installation and removal and is designed with upper and lower heat zones, each with separate thermostatic control. This allows for the upper heating zone to be switched off once the content level has fallen below half way. Unlike expensive conventional ovens, the heater jacket allows the IBC to be heated at its point of use. Once heated the IBC can be moved with the jacket in position and still maintain the temperature for longer thanks to the high efficiency thermal insulation. With 1000 watts per zone and an optional insulation lid the heater jacket offers a cost effective way of heating IBC’s.

Technical data :

• Jacket material : Heated face : Polyester base fabric, Teflon coated. Outer face : 100 deitex texturised nylon polyurethane coated
• Insulation : Glass filament blanket
• Element : Silicone insulated spiral wound resistance element
• Control : 2 adjustable thermostats from 0°C to 90°C (230 Volts)
• Power cable : H07RN-F, 5 meters of braided power cable
• Fixing : Nylon webbing with quick release adjustable buckles
• Protection : IP40

Health and safety :

• This heater jacket is manufactured to conform to the EEC low voltage and EMC directives and is CE marked accordingly.
• It is advised that power to the heater jacket be disconnected when the container is either empty or being filled, or upon installation or removal of the heater itself.
• It is recommended that the unit be operated in a dry environment with the container vented to avoid build up of internal pressure.

Heating performance :
The graphic below illustrates the rise of temperature of 070506 heating jacket with 1000l ibc tank full of water. We remind you that almost all industrial fluids heat quicker than water.