| Electric: |
240 or 208 volt single phase
208 volt
three phase |
| System: | Hot Water |
| Capacity: |
8 kw (27,301 Btuh)
to 20 kw (68,253 Btuh) |
North America’s Best Built Electric Boiler
The Slant/Fin Minitron electric boiler is the smart
choice as a heat source for virtually any hydronic
heating system when another fuel is not available,
or when a back-up for other heating equipment is desired.
Although rated in kilowatts, it is clearly identified
by BTU output. Minitron is particularly suited for
commercial and industrial facilities, or office buildings
which can’t risk down time with their existing
heating equipment. If oil or gas is temporarily unavailable,
the owner easily switches the heating system to the
electric boiler.
- 5 sizes - 8 to 20 KW
- One piece cast-iron heat exchanger
- Internal baffles improve heat transfer
- Compact, easy to install
- Minimal maintenance
- UL listed ASME certified
- EM-10 Electronic boiler control
The availability of electricity with the comfort
and performance of hydronic heating
Designed with features for dependable performance,
the Slant/Fin Minitron boiler combines the convenience
of electricity with the comfort of hydronics. Trouble
free operation and long life are ensured. The compact,
wall-hung Minitron electric boiler is easy to install
for primary or standby installations. A chimney is
not required. The boiler works with virtually any baseboard,
convector or radiant heating system, providing all
the comforts of modern hydronics.
Reliable cast-iron heat exchanger
Minitron is built with a high quality, one piece,
cast-iron heat exchanger. Internal baffles improve
heat transfer by directing water flow along the full
length of each heating element. A built-in air eliminator
improves performance. Minitron electric boilers are
so reliable, they are backed by a lifetime limited
warranty..
EM-10 electronic control saves energy, optimizes
comfort
Built-in circuit breakers permit the Minitron boiler
to be operated at incremental capacities to closely
match the boiler’s heat output to the building’s
need for heat.
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