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Voltage value 1 H1 (5953), Voltage value 2 H1 (5955) ,
Function value 1 H1 (5954) and Function value 2 H1 (5956)
The linear sensor curve is defined over two fixed points. The setting is
made with two parameter pairs for Funktionswert and Spannungswert
(F1 / U1 and F2 / U2).
The function value is specified to a factor of 10, i.e. if you require 100°C,
you should select "1000".
Example: Consumer request VK1 10V
0 V = 0 °C
10 V = 100 °C
Tr
Set point temperature
Hx
Input value to Hx
U1
Input value 1
F1
Function value 1
U2
Input value 2
F2
Function value 2
The controller receives a voltage signal (DC 0...10 V) as a signal for the
consumer request. The corresponding target value is calculated via the
linear curve, which is defined via two fixed points (input value 1 = 0 v /
function value 1 = 0 and input value 2 = 10 V / function value 2 = 1000). If
the input signal does not reach the limit value of 0.15 V, the heat request
becomes invalid and, therefore, ineffective.
Frequency value 1 H4 (5973), Function value 1 H4 (5974),
Frequency value 2 H4 (5975) and Function value 2 H4 (5976)
l/min Flow rate in litres/minute
Hx Input value to Hx
E1 Input value 1 [Hz]
F1 Function value 1
E2 Input value 2[Hz]
F2 Function value 2
The linear sensor curve is defined over two fixed points. The setting is
made with two parameter pairs for function value and frequency value. A
frequency value is used in place of the voltage values when setting the
Flow measurement Hz. The controller receives a signal for the measured
flow rate. The corresponding flow rate is calculated via the linear curve,
which is defined via two fixed points (input value 1/function value 1 and
input value 2/function value 2).
Function output P1 (6085)
A speed signal can be output at output P1 for the following pumps:
None | Boiler pump Q1 | DHW pump Q3 | DHW interm circ pump Q33 |
Heat circuit pump HC1 Q2 | Heat circuit pump HC2 Q6 | Heat circuit pump
HC3 Q20 | Collector pump Q5 | Solar pump ext exch K9 | Solar pump
buffer K8 | Solar pump swi pool K18
Signal logic output P1 (6086)
The PWM output P1 can be output inverted using signal logic output P1.
Sensor type collector (6097)
Selection of used sensor types for measurement of the collector
temperature.
Readjustm collector sensor (6098)
Setting a correction value for collector sensor 1.
Readjustm outside sensor (6100)
Setting a correction value for outside sensor.
Fig.32
Voltage_value/Function_value
U2=10 V
U1=0V
F1=0
F2=100
0,15V
Tr [°C]
Hx [V]
RA-0000925
Fig.33
Example for two different sensor
curves
E2
F1
F2
E1
l/min
Hx [Hz]
RA-0000926
9 Settings
120
Paramount five 30 – 115
7703046 - 01 - 23072018
Содержание Paramount five 115
Страница 55: ...For more information see Technical data page 15 7 Commissioning 7703046 01 23072018 Paramount five 30 115 55 ...
Страница 138: ...For more information see Status page 132 State page 132 9 Settings 138 Paramount five 30 115 7703046 01 23072018 ...
Страница 150: ...Gas pressure not stable 11 Troubleshooting 150 Paramount five 30 115 7703046 01 23072018 ...