p. 6/37
The unit is equipped with
•
adjustable thermal capacity operating module, which controls the
functions of the unit and is adjustable to the specific needs of a heating system;
•
electric heaters, which work in parallel. The number of the attached
electric heaters is determined by the thermal capacity of the boiler;
•
manual thermal capacity switching, which allows optimal operation;
•
interface panel, equipped with control and light indicators;
•
three speeds circulating pump, which makes forced circulation of the
fluid;
•
closed expansion vessel – option, only for “ELTHERM MM”;
Advantages of the hot water electric boiler
•
the electric hot water boiler can operate in any type of heating system of
central or local heating, i.e. in direct, hybrid or accumulating type;
•
the boiler can be attached in parallel of any type of hot water boiler (i.e. gas,
oil or solid fuel boiler) and can be used as back-up heating unit in case of
malfunctioning of the primary hot water boiler;
•
the boiler transforms the electrical energy into heat energy, with practically
no loses, no local pollutant emissions;
•
the boiler is installed in order to apply the so called “fuel switch process” for
appliances, utilizing other energy sources – diesel, natural gas, LPG, coal, or
could be installed as back-up heat source;
•
the boiler’s design allows easy installation. The heating system and the
boiler/equipment however need minor redesign and reconstruction in order
to allow such process;
•
the boiler operates automatically and achieves operation comfort, delivered
by operating of other energy sources, it also permits remote control by
programmable room thermostat;
•
the design of the boiler is quite compact, which allows installation in narrow
rooms and high flexibility at installation and operation;
•
automatic operation of the boiler allows variable thermal load adjustment
and economic operation of the heating system, which guarantees optimal
thermal comfort and reduced energy consumption;
•
simplified installation procedure and initial adjustment, which guarantees
faster assembly and unified approach;
•
high efficiency;
•
high safety operation due to installed sensors for faulty regimes;
•
no local pollutant emissions;
•
simplified maintenance and service;