Induction Base Drum Heater

Induction Base Heaters can be used in conjunction with the induction steel drum heater to reduce the heating time required to melt product when connected to a 240V outlet to produce a max. temp. of 253° F.* It is important to note that the induction base heater makes contact with the container placed on it and its painted metal heating plate gets hot.

Price Includes Freight & Pallet. Can take 4-6 weeks for delivery.

The induction base heater may also be used independently with any size steel, plastic, stainless steel, or cardboard container up to 24" diameter, but lower temperatures are necessary for heating plastic or cardboard and the induction base heater must be wired for 120 volt to produce a maximum temperature of 127° F.

It can also be used as a stand alone item, or with one of our insulation only jackets.

The base heater is also certified to operate safely with HDPE plastic drums and smaller containers can be placed onto its hot plate if required.

Designed for use with or without an induction drum heater, and it has an integrated digital temperature indicating controller.

Power consumption is 7A/500W at 240V. Two wire leads, No plug.

Safety

The complete absence of hot elements in our Induction Heaters, plus the encapsulation of all electrical components enables unattended use, overnight if required. Can be used in hazardous areas Zones 1 and 2, as the heaters possess both ATEX and IECEx certification from SIRA. Uniform heating without hot spots reduces the risk of product degradation. Accidental spillage does not present a fire hazard and personnel can work comfortably in close proximity. Together, these features allow material to be heated at point of use, eliminating the transport of hot drums.

Efficiency

The low system temperature and lack of unwanted heat transfer contribute to the high efficiency of the induction heater. Power usage is extremely low at only 2.25kW. The heaters have won several awards for efficiency and productivity. Independent figures show energy savings of over 50% compared with conventional radiant drum heaters, and more than 90% in comparison with drum ovens.

Speed

By using the entire drum wall to input energy, the fastest practical heating rate can be achieved without product degradation. Heating times will depend on the contents of the drum, but to give a rough idea, the rate of temperature rise of a typical viscous organic liquid will be about 15 ºC per hour. The speed is further improved by the instant initial response of induction heating. Typically, Thermosafe has proved to be 2 to 4 times faster than ovens.

Cleanliness

With ingress protection to IP66, simple smooth surfaces and no moving parts, the induction heaters are ideal for use in clean environments. They can even be hosed down during use.

Flexibility    

Single or Multi-drum "Oven" Applications

In addition to being operated at point of use and integrated into the process, the heaters are used extensively as replacements for, and alternatives to, drum ovens. A key point to note is that far fewer individual heaters are required than the drum capacity of an oven. For example, one particular award winning installation of 3 Thermosafe units heats 20 drums per day. The ease at which capacity can be adjusted, to meet varying heating requirements of different materials, is in stark contrast to the fixed facility of an oven.

Multi-Purpose

The induction heater's unique features enable the same piece of equipment to be used in a wide range of applications to heat drums and a variety of other metal items, including gas bottles, small-scale reactors and process vessels. 

Complete access to the drum while heating enables pumps and stirrers to be employed. The drum and heater can be integrated into the system, often eliminating the first process vessel, and continuous feeding of material, at regulated temperatures and flow rates, can easily be achieved.

Re-working and sampling of solidified or suspect material, even if heat sensitive, is a common task for Thermosafe. The lack of contact with the drum surface makes this possible even when the material is in its final packing.

Uniform heating and instant response makes the heater ideal for removing residues from drums, significantly reducing wastage. With full drums, these same features enable very rapid removal of solid drum contents by melting the outer layer of material. 

Maintenance

With no heating elements and no moving parts, the units have virtually unlimited life, and no maintenance is required.