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Manual WS.502 v1.5
2-Wire Energy Monitor
17
D_Output is
the digital output: this output, itwill
become active if the set thresholdof 5000 (e.g. Watt)
is exceeded.
The A_Output
is the analog addition of the connected
inputs.
SUB:
calculation between 2 analogue inputs. The analogue
end result can be both positive and
become negative.
In the right example, the digital output will be active
(1) if the difference between input1 and
Entrance 2 is smaller than -200 (vb Watt).
Pay
attention to your knowledge mathematics
: smaller
than a negative numberis
a greater value! (e.g. as a result = -210 the output will
be active)
TIMER:
the result of a digital output can be delayed and/or
extended by minutes as a unit via this timer.
As an example, the output will become active if the
input is active for MORE than 10 minutes.
Once the output is active, it will remain active for 5
minutes after the entrance turns 0.
CLOCK:
this module allows you to perform certain conditions
only on the desired days and times. Active days can be
indicated by filling in '0' (inactive) or '1' (active).
If the 'Start time' input is connected, and this input is
greater than zero, the output will become active if the
start time AND
the day of the week is valid.
On the other hand, if the entrance 'End time' is
connected, and this input is larger than zero, the exit
will
if the end time is reached on a valid day.
If the Starttime or Endtime input is zero, the relevant
start or end time will not run.
If both inputand zero are,the clock is switched off,
and the output is always off.
example: If 'Start time' and 'End time' are active, the
output will become active if it is later than 8:00 am,
but NOT on Thursday, Saturday and Sunday. The exit
will be turned off when the time is later than 10:30
p.m., but NOT on thunderday, zaterday, Sunday.
•
If you only want to use the start time, the 'End
time' entrance must be zero.
•
If you only want to use the stop time, the
'Start time' input must be zero.
•
The inputs can be connected to an adjustable
state (0 or > 0), via a fictitious dimmer module
(see further SWITCH INPUT)
Example: