Plum ecoMAX 200 W, Operation And Maintenance Manual

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8 Technical data
Feed 230V~; 50Hz;
Current consumed by regulator
I = 0,02 A
2
Maximum rated current 3(3) A
Regulator protection rating IP40, IP00
3
Ambient temperature 0...50  C
Storage temperature -15...60  C
Relative humidity
5 - 85% without
condensation of
vapour
Temperature measurement
range 0...100  C
Combustion temperature
measurement range
50...450  C
Temperature measurement
accuracy
2  C
Combustion temperature
measurement accuracy
5  C
Terminals
Screw terminal on
the mains voltage
side 2,5mm
2
Screw terminals on
the control side
1,5mm
2
Display Backlit LCD
External dimensions
Control panel:
160x90x80 mm
Total weight 0,5 kg
Norms
PN-EN 60730-2-9
PN-EN 60730-1
Software class A
Protection class
To be built into
class I devices
Tabela 1 Technical data
The set includes:
- regulator ecoMAX 200
- boiler temperature sensor
1 piece
1 piece
- panel hole plugs
- manual
- warranty 4 pieces
1 piece
1 piece
2 This is the current consumed by the regulator itself.
The total power consumption depends on the devices
connected to the regulator.
3
IP40 –from the face side after enclosing, IP00 – from
the terminal side, detailed information in point 11.2
9 Hydraulic diagram
Drawing 6. Hydraulic diagram supported by the
regulator, where: 1 – ecoMAX 200 regulator, 2 –central
heating pump, 3 – hot utility water pump, 4 – fan, 5 –
room thermostat 6 – hot utility water tank, 7 – central
heating system, 8 – chimney duct, 9 –boiler, T1 – boiler
temperature sensor, T2 – hot utility water temperature
sensor, T3 – emission temperature sensor (optional, not
required for normal operation).
The presented hydraulic diagram
does not replace the central
heating system design and it can
be used for reference purposes
only.
Brief description of the system functioning:
after firing the boiler up, the central heating
pump is activated after the boiler exceeds
the
central heating pump activation
temperature (service parameter n0, by
default n0 = 40°C). The hot utility water
pump
is activated when the tank
temperature (6) drops below the preset
value. If at this time the preset boiler
temperature is lower than the preset hot
utility water temperature, the regulator
increases the preset boiler temperature in
order to fill the hot utility water tank. After
filling the hot utility water tank, the hot
utility water pump can continue work for a
preset time, in order to collect heat from the
boiler. After the room thermostat (5)
operates, the regulator decreases the preset
boiler
temperature and/or temporarily
disables the central heating pump (2). Fitting
an emission temperature sensor (8) in the
boiler flue enables very fast detection of fuel