PRO digital drum heating jacket, 200 - 220 l drums, 1100 W, nylon, max. 90 °C, IP44.

Estimated delivery: 41 days

PRO digital drum heating jacket, 200 - 220 l drums, 1100 W, nylon, max. 90 °C, IP44

• Supplied = assembled
• Suitable for = 200 - 220 l steel/plastic drums
• Purpose of use = heating
• For container circumference = 1800 mm
• Height = 850 mm
• Width = 1950 mm
• Depth = 100 mm
• Control range = 90 °C
• Power = 1100 watt
• Nominal voltage = 240 V
• Protection type = IP44
• Test symbol = EU Directive (2014/30/EU), (2014/35/EU), (2011/65/EU)
• Fittings = digital temperature controller
• Cable length = 5000 mm
• Type of mounting = with restraint strap
• Material = nylon
• Finish = glass silicon
• Place of use = indoor use
• Colour = grey
• Product type = heater jackets
• Customs tariff number = 85141100
• Country of origin = GBR
• Gross weight = 5.7 kg
• Weight = 5 kg
• Sustainability = CO 2 footprint calculated
• Heating jacket made of glass silicon with full-surface outer nylon fabric for rapid and safe heating of media
• Continuously adjustable thermostat from 0 - 90 °C using digital temperature controller with touch screen
• With 240 V earthed electrical connection and 5 metre connection cable for flexible positioning
• Water repellent and hardwearing surface certified in accordance with protection class IP44
• Medium output, digital heating jacket with touch screen
• For safe, fast heating or rewarming, or for maintaining a constant temperature for liquids
• Premium heating jacket in top quality including digital temperature controller with touch screen : - Easy setting of the required temperature from 0 - 90 °C - Continuous display and control of the current temperature (on the side of the drum/inside of the heating jacket) - High quality, hardwearing and water repellent coating - Heating coil insulated with silicone 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.