diG out 2
PULSE ou.2
ton out.2
test Pu.2
P test 2
diG out 2
on AL 2
off AL 2
t del 2
out 2
Ene t.rES
End
-
General settings - SFA models
The available settings depend on the model and application set.
Page title
Sub-menu
Cng PASS
-
FiLtEr.S
-
FiLtEr.Co
-
AddrESS Serial address
AddrESS
bAudrAtE Baud rate
diG out 1
PULSE ou.1
ton out.1
test Pu.1
P test 1
diG out 1
on AL 1
off AL 1
t del 1
out 1
diG out 2
PULSE ou.2
ton out.2
test Pu.2
P test 2
diG out 2
on AL 2
off AL 2
t del 2
out 2
End
-
All manuals and user guides at all-guides.com
Function
Pulse weight
Pulse duration
Pulse test activation
Simulated power for pulse test
activation set point
deactivation set point
activation delay
normal status
Reset of all the total counters
Exit and save
Description
Change password
Interval of filter intervention with respect
to full scale (%)
Filter coefficient
Function
Pulse weight
Pulse duration
Pulse test activation
Simulated power for pulse test
activation set point
deactivation set point
activation delay
normal status
Function
Pulse weight
Pulse duration
Pulse test activation
Simulated power for pulse test
activation set point
deactivation set point
activation delay
normal status
Exit and save
kWh pulse, kvarh pulse and alarm variables
From 0.001 to 10.00
30 ms or 100 ms
no/yes
From 0 to 9999
From 0 to 70 000 000
From 0 to 70 000 000
From 0 to 255 s
nE (normally energized)
nd (normally denergized)
YES/no
-
Values
From 0 to 9999
From 0 to 100
From 1 to 32
From 1 to 247
4.800 or 9.600
kWh pulse and alarm variables
From 0.001 to 10.00
30 ms or 100 ms
no/yes
From 0 to 9999
From 0 to 70 000 000
From 0 to 70 000 000
From 0 to 255 s
nE (normally energized)
nd (normally denergized)
kWh pulse and alarm variables
From 0.001 to 10.00
30 ms or 100 ms
no/yes
From 0 to 9999
From 0 to 70 000 000
From 0 to 70 000 000
From 0 to 255 s
nE (normally energized)
nd (normally denergized)
-
EM24 IS - Instruction manual | CARLO GAVAZZI Controls SpA
Configure the system
kWh pulse
0.001
30 ms
no
1000
0
0
0
nd
no
-
Default value
0
2
2
1
9600
kWh pulse
0.001
30 ms
no
1000
0
0
0
nd
kWh pulse
0.001
30 ms
no
1000
0
0
0
nd
-
13