Boiler Master
Boiler Master
Boiler Master
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The <strong>Boiler</strong> <strong>Master</strong> measures Time, Load<br />
and Controls the water temperature.<br />
These measurements are used in a simple and intelligent way to<br />
calculate the optimum burning cycles at all times. This formula is<br />
the basis for the <strong>Boiler</strong> <strong>Master</strong> patent.<br />
The <strong>Boiler</strong> <strong>Master</strong> continuously monitors cooling and burning<br />
times. The length of the cooling period is changed depending on<br />
current load. Optimum burning cycles are achieved with longer<br />
cooling periods but more importantly a shorter total burning<br />
time ( e.g. per 24 hour period) – without affecting the heating or<br />
hot water requirements.<br />
What it does / How it works!<br />
Measures the Time Difference<br />
<strong>Boiler</strong> <strong>Master</strong> works with the boilers thermostat and measures<br />
the time it takes for the water temperature to fall from a high to<br />
a low level. (from + 176F down to +167F).<br />
Processes the Information<br />
The <strong>Boiler</strong> <strong>Master</strong> processes the information and changes the<br />
cooling period depending on:<br />
Time ( from high to low level water temp)<br />
Economy factor ( the % increase in the cooling period)<br />
Continuous adjustments<br />
The time is continuously adjusted in accordance with current<br />
heat requirements (load) Time - gets longer during the warm<br />
season (low load) and shorter during the colder season or if heat<br />
requirements suddenly increases - more hot water required<br />
(high load).<br />
The benefits are:<br />
We get a larger share of burning time during best<br />
conditions<br />
Each time the burner re-starts it takes about 60 – 90 seconds<br />
before burning conditions are ideal. With <strong>Boiler</strong> <strong>Master</strong> we have a<br />
greater share of burning time ( longer interconnected burning<br />
times) during ideal burning conditions and thereby higher<br />
average burning efficiency, i.e. better utilization of the fuel<br />
energy.<br />
Unnecessary re-starts<br />
For certain “ smaller” hot water requirements, the thermostat<br />
reacts and re-starts the burner for a short period, despite the fact<br />
that the heat was not really required. After a short while, the<br />
burner stops again. With <strong>Boiler</strong> <strong>Master</strong> these unnecessary<br />
re-starts are avoided.<br />
A sensor monitors the return hot water temperature – if this<br />
temperature drops to below a pre-set level (e.g.+ 140F) a signal is<br />
sent to the microprocessor to re-start the burner immediately.<br />
Fewer ignitions, reduced starting losses, etc.<br />
With <strong>Boiler</strong> <strong>Master</strong> the number of re-starts is significantly<br />
reduced. By having fewer re-starts, start up losses as well as soot<br />
formation is reduced. 1 millimetre of soot increases fuel<br />
consumption by 4 to 5 percent.<br />
Better use of stored energy<br />
When <strong>Boiler</strong> <strong>Master</strong> extends the cooling periods, a certain<br />
temperature reduction occurs in the boiler (often 36F to 41F) as<br />
we are utilising more of the boilers stored energy. There is a large<br />
amount of energy in the boiler and the system which can be<br />
used more efficiently.<br />
Better environment<br />
Improved burning efficiency gives less discharge into the<br />
atmosphere and creates a better environment, which is<br />
eco-friendly!<br />
Less wear and tear.<br />
Because there are fewer re-starts the wear and tear on the burner<br />
is reduced which in turn increases the life expectancy of the<br />
equipment.