Rinnai INF26N50 Natural Gas Continuous Flow Hot Water System

User Manual - Page 5

For INF26N50.

PDF File Manual, 36 pages, Read Online | Download pdf file

INF26N50 photo
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05
Range Overview Hot Water
Mains Pressure Electric Storage
Full range of capacities to suit all requirements
Flexibility of various element sizes with dual handed connections
making them ideal for replacing older systems
Choice of high quality long-life Stainless Steel or durable Vitreous
Enamel steel construction
Stainless Steel cylinders are Solar compatible - added exibility to
upgrade at a later stage
Flexibility - suitable for internal and external use
Thermostatically controlled with safety temperature shut o for added
safety and peace of mind
Gravity Feed Electric Storage
Low pressure gravity feed electric boosted systems
Designed to be concealed in roof spaces
Full copper cylinder with long life expectancy as unit not under
mains pressure
Suitable to be installed in conjunction with Solar Collectors to
economically pre-heat the water
Suitable for connection to a combustion stove pre-heat circulation
system in addition to solar – best of both!
Available in a model with a built-in heat exchanger coil for mains
pressure capability.
Commercial Hot Water Systems
Heavy Duty Continuous Flow units
– smaller Commercial applications
Manifold Packs – multiple units plumbed
together with a maximum ow rate sized
to suit a set number of outlets (ie shower
block with pre-set outlet temperature)
Demand Duo – single or multiple units
manifolded together in conjunction with
storage cylinders. Stored hot water assists
with ‘peak demand’ periods like mornings
in a hotel.
Warm Water Systems designed for ow
& return installations
Commercial Solar pre-heat systems
HANDY
HINT
Always err on the high side when sizing electric
systems. Under sizing can result in a lack of hot
water and very unhappy customers!
HANDY
HINT
Because the hot water is gravity fed, the piping
to the outlets & showers is usually run in ¾”
(20mm) to ensure adequate water ow!
Rinnai Demand Duo System
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