WATTrouter M - user manual
How to fit and setup the device
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</meas>
2.
GET /conf.xml
By sending this HTTP request you will obtain the current configuration stored in the controller (input and
output settings, etc.). Structure of returned data:
<!--Response headers-->
<!--one empty line-->
<conf>
<DE>My configuration</DE><!-- configuration/object name-->
<I1><!-- IL1 input configuration-->
<N>IL1</N><!-- input label, for ILx inputs cannot be changed-->
<F>0</F><!-- input function (0=power meas. to 1=impulse input), cannot be
changed -->
<Ph>0</Ph><!-- input phase (0=L1 to 2=L3)-->
<CD>0</CD><!-- current orientation (0=normal, 1=reversed)-->
<M>1</M><!-- conversion ratio of external CTs - multiplier-->
<D>1</D><!-- conversion ratio of external CTs - divider-->
<V>0</V><!-- voltage for calculation (0=measured at L1, 1=fixed)-->
..<O>0.00</O><!-- energy offset v kWh, only for FB inputs-->
..<Pu>1000</Pu><!-- number of impulses per kWh, only for FB inputs-->
</I1>
<!-- similarly for remaining inputs IL2(I2) to FB3(I6)-->
<O1><!-- SSR1 output configuration-->
<N>BOILER</N><!-- output label-->
<F>1</F><!-- output function (0=relay, 1=proportional, 2=PWM)-->
<Pr>1</Pr><!-- output priority (0=unused to 6=sixth)-->
<Ph>0</Ph><!-- output phase (0=L1 to 2=L3)-->
<M>0</M><!-- 3f mode (0=none to 3=max(L1,L2,L3))-->
<Po>2.00</Po><!-- connected output power in kW-->
<PM>2.00</PM><!-- maximum output power in kW-->
<PN>0.00</PN><!-- minimum output power in kW, only for PWM function-->
<PI>500</PI><!-- PWM-I value, only for PWM function-->
<PRB>0</PRB><!-- PWM range, minimum in %-->
<PRE>100</PRE><!-- PWM range, maximum in %-->
<TO>15</TO><!-- on-delay time in s, only for relay function-->
<TF>15</TF><!-- off-delay time in s, only for relay function-->
<Du>0</Du><!-- duplicate to (0=not used, 1=triac 1, etc.)-->
<Q>0</Q><!—measured by input (0=not used, 1=FB1, etc.)-->
<CE>0.50</CE><!-- energy limit for CombiWATT in kWh-->
<CF>0</CF><!-- full power for CombiWATT (0=no, 1=yes)-->
<PR>0</PR><!-- prepend before SSR (0=inactive to 5=max. output count)-->
<In>0</In><!-- inverted output (0=normal, 1=inverted)-->
<TS>0</TS><!-- number of displayed time schedules (0=none to 4=all)-->
</O1>
<!-- similarly for remaining outputs triac 2(O2) to SSR 2(O6)-->
<TS11><!-- 1st time schedule for 1st output (triac 1)-->
<M>2</M><!-- mode (0=unused, 1=restricted, 2=enforced) + NT, energy
flags, day of week flags, details upon request-->
<N>15:00</N><!-- time From-->
<F>19:00</F><!-- time To-->
<P>100</P><!-- power in percent, only for proportional outputs-->
..<Li>8.60</Li><!-- energy limit-->
</TS11>
<!-- similarly for remaining outputs and time schedules (a total of 24 time
schedules)-->
<RM>1</RM><!-- control mode (0=each phase independently, 1=sum of all
phases)-->
<PO>-0.10</PO><!-- power offset in kW-->
