3
MULTIMETER
EPM-04 / 04C / 04CS
Enter the new password by scrolling
UP/DOWN/SET buttons.
Enter the new password again by
scrolling UP/DOWN/SET buttons.
Press ESC button one by one until SAU E SEt yES is displayed.
Press SET button. When SAU E SEt yES is displayed (If you press
ESC button or choose no option instead of yES then new data will
be cancelled and previous value will be activated).
SET
SET
SET
ESC
SET
Enter the old password by scrolling
UP/DOWN/SET buttons.
SET
Output menu :
In this menu, using of
oUt PUt
function is explained with details below.
Out Relay function:
In this menu high-low or voltage-current monitoring is
determined for Out1 and Out2
outputs
.
Note: When U-I (voltage-current) is selected; Out2 is
monitoring according to high or low voltage, frequency
values and phase sequence, Out1 is monitoring according
to high or low-current value.
When H-L (high-low) is selected; Out2 is monitoring
according to high values for voltage, frequency and low-
current, Out1 is monitoring according to low values for
voltage or current.
Please refer to page 8 for a summary of the contact
operations.
SET
ESC
SET
Press SET button, oUt rEL AY is displayed.
(Data is entered but is not
activated yet. Activating
the new data, please
follow the below steps)
Press ESC button one by
one until SAU E SEt
yES is displayed.
Press SET button. When SAU E SEt yES is displayed (If you press
ESC button or choose no option instead of yES then new data will be
cancelled and previous value will be activated).
Press SET button for 3 secs. (trA Fo menu is displayed).
Find oUt PUt menu by scrolling UP-DOWN buttons.
Press SET button oUt rEL AY / oUt LAt CH / oUT ýnU ErS
are displayed.
Press SET button, U-I blinks in 4th display. (oFF blinks for oUt LAt CH
and oUT ýnU ErS)
Select U-I or H-L by scrolling UP/DOWN buttons. (Select on or oFF for
oUt LAt CH and oUT ýnU ErS)
SET
SET
SET
Out Latch function:
If the Latch function is turned on;
OUT1-OUT2 outputs, which are released when a failure has
occured, keep remained at its position even if the failure is
over. Press button in order to triggering the relay when
the failure situation is removed.
If the Latch function is turned off;
Released outputs triggered at the end of delay off time when
the failure situation is removed.
ESC
Out inverse function:
If oUt ýnU ErS function is selected off;
Device is started with closed output contacts (out1, out2) in
the normal network conditions according to settings.
Otherwise devices started with open position of the contacts.
Default setting is off.
In this menu, max. current value for
IL1 is
programmed.
The current value can be programmed
between;
0,001....5,000 A (Ctr = 1);
000,1....120,0 A (for CT-25 adapted device trn=1).
If the value is set to zero (0), the high current warning
is disabled (
I-H L-2 and I-H L-3 are programmed
similarly).
Refer
SP Cur Hý for details.
In this menu, min. current value for
IL1 is
programmed.
The current value can be programmed
between;
0,001....5,000 A (Ctr = 1);
000,1....120,0 A (for CT-25 adapted device trn=1).
If the value is set to zero (0), the low current warning
is disabled (
I-L L-2 and I-L L-3 are programmed
similarly).
Refer
SP Cur Lo for details.
Note: Low Current values are programmed for
IL1, IL2, IL3
and IN
separately but I-L HyS (hysteresis), I-L ond (delay on
time) and I-L oFd (delay off time) values are common and they
have same valuesfor
IL1, IL2, IL3 and IN
.
Delay time for activating the output for high current
warning. It is common for all currents (
IL1, IL2, IL3
and IN
)
The value can be programmed between 000,0 and
999,9 in terms of seconds.
(
Refer
SP Cur Hý for details.)
In this menu, required hysteresis current for high
current warning is programmed.
(same for IL1, IL2,
IL3 and IN.)
The current value can be programmed between;
0,001....2,500 A (Ctr = 1)
000,1....60,00 A (for CT-25 adapted device trn=1)
Refer
SP Cur Hý for details.
In this menu, required hysteresis current for low
current warning is programmed.
(same for IL1, IL2,
IL3 and IN.)
The current value can be programmed between;
0,001....2,500 A (Ctr = 1)
000,1....60,00 A (for CT-25 adapted device trn=1)
Refer
SP Cur Lo for details.
Press SET button, Pýn CHA n9E is displayed.
(Data is entered but is not activated yet. For activating the new data
please follow the below steps)
(Refer to Page-5 for Setting instructions)
MULTIMETER
EPM-04 / 04C / 04CS
In this menu, values of min., max., max. demand are erased. It
saves the instantaneously measured min. and max. values of the
device into its memory. Please kindly look at to the section of
FUNCTIONS OF BUTTONS for min. and max. values.
Note:
Measured electrical parameters which are saved to the
memory are not affected from the electric interruptions.
In the rES Et HL or rES Et dE menu; when you choose yES and
quit from all menus, if you confirm the changes, min., max. and
max. demand values of all parameters are erased at the same
time.
Press SET button for 3
sec. (trA Fo menu is
displayed.)
Find
rES Et
menu by
scrolling UP-DOWN
buttons.
Press SET button
(rES Et HL menu is displayed.)
Press SET button, rES Et dE / rES Et HL is displayed.
(Data is entered
but is not activated yet. Activating the new data, please
follow the below steps)
By using the UP-DOWN buttons, other
parameters can be selected. If you want to delete the value, choose yES,
if not choose no.
SET
SET
SET
Find
rES Et dE / rES Et HL
menu by
scrolling UP-DOWN buttons.
Press SET button (rES Et dE no
/ rES Et HL no is displayed.)
SET
Press ESC button one by one until SAU E SEt yES is displayed.
Press SET button. When SAU E SEt yES is displayed (If you press
ESC button or choose no option instead of yES then new data will
be cancelled and previous value will be activated).
SET
Max. Demand time can be defined between 01-60 minute in this
menu.
Press SET button for 3 sec.
(trA Fo menu is displayed.)
Find
dE tý
menu by scrolling UP-DOWN
buttons.
Press SET button. Blinking the first digit of
displayed value appears.
SET
ESC
SET
6
Setpoints for Frequency :
In this menu, Frequency range can be defiend
according to High and Low values of Frequency
measurement.
If the frequency of the system decreases the Frq Hý
value; output is switched on and LED is turned on.
(Refer to Output menu) and H LED for frequency is
turned off.
If the frequency of the system exceeds the high set
value, H LED relating to frequency blinks, output
switched off at the end of defined time (Frq Ond),
LED turned off (Refer to Output menu) and H LED for
frequency is turned on continuously.
If the frequency of system are under the high set value
(Frq Hý) as a hysteresis (F-H HyS), output is turned
on at the end of defined time (Frq oFd), LED is turned
on and H LED is turned off. at the end of the adjusted
time (Frq Ofd), output1 LED turns on and Hi LEDs
turn off.
If the frequency of the system is over the low set value
(Frq Lo), output is turned on, LED is turned on L LED
is turned off.
If the frequency of the system decreases the low set
value (Frq Lo), L LED blinks; output is turned off at
the end of defined time (Frq ond), LED is turned off
and L LED is turned on continuously.
If the frequency of the system is over the low set value
(F-L HyS) as a hysteresis (Frq Hys), output is turned
on at the end of defined time (Frq Ofd), LED is turned
on and L LED is turned off.
Note: System frequency is measured for L1.
There are 6 submenus.
Frq Hý, Frq Lo, F-H HyS, F-L HyS, Frq Ond, Frq oFd.
Max. value for system frequency, this value
can be defined between 0...70.00 Hz.
If the value is set to zero (0), the high
frequency warning is disabled.
Min. value for system frequency, this value
can be defined between 0...70.00 Hz.
If the value is set to zero (0), the low
frequency warning is disabled.
Note: Attention for common using of output
and relay LED for voltage.
In this menu, required hysteresis value can
be defined between 0...20.00 Hz. in order
to switching off the high frequency
warning.
Delay-on time for activation of alarm for high
and low frequency value.
This value can be defined between
000.0..999.9 in term of second..
Phase sequence can be turned on/off in this menu.
Inversed phase voltage which is applied to the
measurement inputs (L1-L2-L3), can be monitored.
Default setting is off. In order to let the device to warn
user in case of inversed phase situation please change
the off position as on in UoL PHS SEq menu. Phase
sequence function is disabled if the selection is
selected off.
L1, L2 and L3 LEDs blink and output output released
immediately when UoL PHS SEq is turned on and
phase sequence is inverted with any reason.
Note: Output 2 is used if U-I is selected and Output1
is used if H-L is selected in Output menu for the
Phase Sequence monitoring.
Press SET button. Blinking
the first digit of displayed
value appears.
Press ESC button one by one until SAU
E SEt yES is displayed.
Press SET button. When SAU E SEt yES is displayed (If you press
ESC button or choose no option instead of yES then new data will
be cancelled and previous value will be activated).
SET
SET
ESC
SET
SET
Press SET button, [(U-H ond / U-H oFd /
U-L ond / U-L oFd) / (I-H ond / I-H oFd /
I-L ond / I-L oFd)] are displayed.
(Data is
entered but is not activated yet. For activating
the new data please follow the below steps)
Enter the blinking digit value by scrolling UP/DOWN buttons. Switch
to the other digits by using SET button, use ESC button to go to
previous digit. After you entered the last digit press SET button, dE
tý is displayed.
(Data is entered but is not activated yet. For activating
the new data please follow the below steps).
SET
In this menu, high set points for current values are programmed.
Hý values for
IL1, IL2, IL3 and IN
can be entered one by one.
If all the current values are under the Hý value; Out1 output is
switched on, LED of Output1 turned on and LED of H turned
off.
If any current (
IL1, IL2, IL3 and IN)
exceeds the high set value,
H LED blinks. Output 1 output switches off at the end of the
defined time (
I-H ond
), Output 1 LED turned off and H LED
turned on continuously.
If all currents (
IL1, IL2, IL3 and IN)
are below the high set value
(Hi) as a hysteresis current (
I-H HyS
), output 1 output switches on
at the end of the defined time (I-H Ofd), output 1 LED turned on
and H LED turned off.
This menu has 7 sub menus.
I-H L-1, I-H L-2, I-H L-3, I-H L-n, I-H HyS, I-H ond, I-H oFd
Note: High Current values are programmed for
IL1, IL2, IL3
and IN
separately but I-H HyS (hysteresis), I-H ond (delay on
time) and I-H oFd (delay off time) values are common and they
have same valuesfor
IL1, IL2, IL3 and IN
.
In this menu, low set points for current values are programmed.
Lo values for
IL1, IL2, IL3 and IN
can be entered one by one.
If all the current values are over the Lo value; Out1 output is
switched on, LED of Output1 turned on and LED of L turned
off.
If any current (
IL1, IL2, IL3 and IN)
exceeds the low set value,
L LED blinks and Output 1 output switches off at the end of the
defined time (
I-L ond
), Output 1 LED turned off and L LED
turned on continuously.
If all currents (
IL1, IL2, IL3 and IN)
are over the low set value (Lo)
as a hysteresis current (
I-L HyS
), output 1 output switches on at
the end of the defined time (I-L Ofd), output 1 LED turned on and
L LED turned off.
This menu has 7 sub menus.
I-L L-1, I-L L-2, I-L L-3, I-L L-n, I-L HyS, I-L ond, I-L oFd
Delay time for activating the output for low current
warning. It is common for all currents (
IL1, IL2, IL3
and IN
)
The value can be programmed between 000,0 and
999,9 in terms of seconds.
(
Refer
SP Cur Lo for details.)
Delay time for releasing the output for high current
warning. It is common for all currents (
IL1, IL2, IL3
and IN
)
The value can be programmed between 000,0 and
999,9 in terms of seconds.
(
Refer
SP Cur Hý for details.)
Delay time for releasing the output for low current
warning. It is common for all currents (
IL1, IL2, IL3
and IN
)
The value can be programmed between 000,0 and
999,9 in terms of seconds.
(
Refer
SP Cur Lo for details.)
Enter the value by scrolling
UP/DOWN buttons and
confirm it by SET button. Press ESC
button for switching the previous menu.
In this menu, required hysteresis value can
be defined between 0...20.00 Hz. in order
to switching off the low frequency warning.
Delay-off time for disactivation of alarm for
high and low frequency value.
This value can be defined between
000.0..999.9 in term of second..
Reset function.
Demand Time.
In case of using the device for measuring the current values
of motors etc., start delay (AUto rSt) function can be used for
preventing the equipment against the improper tripping, which
is because of the demurrage current. If the system current
decreases 50mAxCtr then start-up delay is resetted and related
output detect the system automatically. This feature must be
observed in case of using this function.
Programming SP CUr rnt :
Using purposes of submenus of SP CUr rnt explained below
with details.
Instant Tripping Function.
At position ON, if any VL-L / VL-N values exceeds 1.5
times of high voltages
(UoL Hý L-1/L-2/L-3)
values;
the voltage output switches OFF instantly, output
LED turned OFF and H LED, for related voltage, is
turned ON . (Please refer to Output.)
If any phase voltage decrease 0.5 times low voltages
(UoL L-1/L-2/L-3)
; the voltage output switches OFF
instantly, output LED turned OFF and Lo LED, for
related voltage, is turned ON .
(Refer to Page-4 for CUr ýnS trP, AUt o rSt and
UoL ýnS trP)
