Our Spirax EasiHeatTM HTG incorporating SIMS technology is a complete, compact and ready-to-use steam to water heat transfer
solution that delivers superior energy efficient performance. For applications with stable load conditions such as closed circuit heating
applications. Spirax EasiHeatTM HTG can help you lower costs, tackle waste and mitigate your environmental impact by reducing your
CO2 emissions and carbon footprint, making a positive change towards a more sustainable future.
Compact heat transfer solution incorporating SIMS technology.
Energy monitoring, CO2 emission, Communications, Remote monitoring, and, SMS or E-mail of system alarms.
Produces hot water for heating and process.
Designed for sub-cooling condensate to provide high efficiency.
Maintains a stable temperature.
Guaranteed performance.
Fully assembled and tested ready to install.
Options to suit all applications.
Local regulations may restrict the use of this product to below the conditions quoted.
In the interests of development and improvement of the product, we reserve the right to change the specification without notice.
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CH Issue 2
One of the components that guarantees system performance is the heat
exchanger, which is precisely engineered to match the specific duty
requirements.
With a high efficiency and low volume to pressure ratio. The plate and
frame heat exchanger ensures reduced inspection requirements whilst
being fully maintainable and expandable.
The Spirax EasiHeatTM HTG now features our new
innovative control system incorporating SIMS technology,
delivering increased monitoring and communications.
A colour touch screen provides ease of use and clear
visual access to all system parameters and access to
energy data.
The TVA flowmeter has been
specifically designed for
large turndown on steam
applications and is a key
component of the Spirax
EasiHeatTM HTG guaranteeing
accurate measurement of
energy usage.
One of the components that
guarantees system performance
is the correctly selected control
valve with either electric or
pneumatic actuation, and ensures
all of the useful energy in the
steam is used within the unit,
there’s less waste than other
available alternatives which, in
turn, reduces both fuel demand
and your CO2 emissions.
Steam and condensate pipework
Steam control valve
Secondary pipework
Pipework design condition
Maximum saturated steam
supply pressure to heat exchanger
Maximum secondary pressure
Maximum secondary temperature
Maximum gasket temperature
PN16
Carbon steel
Cast iron
Carbon steel
4 bar a
10 bar a
105°C
180°C
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