Immersion heaters

Immersion heater ATEX II 2 G Ex d IIC T3 – T6 ATEX EN60079-0 und EN60079-1 The Exheat „RFA” range of flameproof rod-type immersion heaters is suitable for installation in process tanks, safety showers, engine sumps, pressure vessels and similar plant, located in zone 1 and 2 Hazardous Areas where flammable atmosphere is a group IIA, IIB or IIC gas. They are suitable for heating all process liquids or gases which are non-corrosive to the materials of construction.

Core Immersion heater ATEX II 2 G/D EEx d IIC T1 – T6 ATEX IECEx zertifiziert The EXHEAT® ‘FP-C’ Range of flameproof core immersion heaters offers a Hazardous Area heating solution for oil and similar applications where a low heat density is required. The special element/sheath arrangement allows the element cores to be withdrawn for inspection without system drain down. The standard heater consists of a number of element cores fitted into a mounting flange. A robust flameproof terminal enclosure protects the electrical connections. The number of element cores fitted depends upon the media to be heated and the kilowatt rating required.

Hazardous area „L" immersion heater ATEX EEx e + EEx d T1 – T6 The “ISES-L” and “FP/BFP-L” series of hazardous area immersion heaters are ideally suited for installation within process tanks, sited in zone 1 or 2 hazardous areas. The design of the heater provides horizontal mounting of the elements, beneficial for low liquid level applications but allowing vertical installation which facilitates withdrawal from the vessel top. This design of heater is particularly for heating for heating the contents of underground storage tanks.

Electrical flange type immersion heaters The series of electrical Flange Type FHK-L provides a solution for the heating of liquids / molten salts or similar applications in process tanks or underground tanks. It can also be tank filling levels with very low heat, since only the lower horizontal portion is heated. The flange heater consists of a number of heating elements, which are built into the process flange. The electrical wiring is done in a robust electrical terminal box.