janitza UMG505, Operating Instructions Manual

Page: 71 / 112

71 = Key1 = Key 2 = Key 3 = Max. value or consumption = Min. value or supply
Set pulse valence
To the pulses of UMG 505, energy can be assigned.
The energy per pulse is called pulse valence Iw in
Wh/pulse.
Iw = energy/pulse
The pulse valence may not be confused with the
meter constant. The meter constant is given in rota-
tion per kWh.
The correlation between pulse valence and meter
constant is:
Meter constant = 1/pulse valence
Pulse valence = 1/meter constant
M Wh
kWh
Wh
L1
L2
L3
T
Wh
L1
L2
L3
EDIT CONF
T
Energy meter
Changeable
Real energy
without rev. run. stop
T50 T51 T52 T53 T54
Consumption T00 T01 T02 T03 T04
Supply T30 T31 T32 T33 T34
Reactive energy
without rev. run. stop
T40 T41 T42 T43 T44
inductive T10 T11 T12 T13 T14
capacitive T20 T21 T22 T23 T24
Diagr. Overview of the energy meters.
Energy meter
In the following programming example, the
consumed real energy is assigned to „
digital
output 3 “.
In menu CONF scroll
to the digital outputs
using
key 3.
Scroll to the desired
output number with
key 2.
Confirm selection
with
key 1.
The text EDIT ap-
pears.
The actual data
source is flashing.
Change data source
with
key 2.
Select data source
with the
keys 2 and 3.
Confirm selection
with
key 1.
The symbol EDIT
appears.
The first number of
the pulse valence is
flashing.
Select the digit to be
changed with
key 1
and change with key
3.
Press key 1. Consumed real power was assigned to
digital output 3. The text EDIT disappears.
Scroll through configuration menu with key 3.
CONF
CONF
EDIT
Example 1.: The pulse frequency for a total power
of 500kW should be calculated, when the pulse
valence should be 250Wh/pulse.
Ptot [kW]
Pulse-Freq. [Hz] = ----------------------------------
Pulse valence [Wh] • 3,6
500 kW
Pulse-Freq. = ------------------- = 0,55 Hz
250 Wh • 3,6
Example 2.: The pulse valence for a total power of
100kW should be calculated, if the pulse frequency
should be 2Hz.
Ptot [kW]
Pulse valence [Wh] = -----------------------------
Pulse-Freq. [Hz] • 3,6
100 kW
Pulse valence = -------------- = 13,88 Wh
2 Hz • 3,6