Salicru EMi3 User Manual - page 36
36
SALICRU
Screen 2.4
With Manual selection, the screen 2.3, supplies voltage to the
motor in clock or counter clock wise in order to increase or de-
crease the voltage by means of « » or « » keys respectively.
In three phase equipments with independent phase regulation,
it is used for phase R and in stabilizers with common regulation,
the regulation is applied to the three phases.
Screen 2.5
In three phase equipments with independent phase regulation
and Manual selection in the screen 2.3, it supplies voltage
to the motor of phase S in order to increase or decrease the
output voltage with « » or « » keys respectively.
Screen 2.6
In three phase equipments with independent phase regulation
and Manual selection in the screen 2.3, it supplies voltage
to the motor of phase T in order to increase or decrease the
output voltage with « » or « » keys respectively.
Screen 2.7
The preventive maintenance timer is reset..
7.3.4. «Alarm» menu.
To access from main screen press three times the upward «
» key. By means of the « » key there is access to any screen
of the submenus, being able to move freely from one to another
with the « » or « » keys
Screen 3.1
It is the gateway to the Alarm menu.
Table 9 shows the different available alarms in a EMi3 stabi-
lizer, they will be displayed in chronological activation order.
Pay attention, if the equipment is single or three phase, be-
cause the number of alarms is higher in the second one be-
cause there more lines.
Keep in mind that some alarms are only available when the
equipment includes the option.
7.3.5. «Parameter selection» menu.
To access from main screen press four times the upward « »
key. By means of the « » key there is access to any screen of
the submenus, being able to move freely from one to another
with the « » or « » keys.
Screen 4.1
It is the gateway to the Parameter menu.
Screen alarm
Description
Enabling
level
ALARM INPUT
VOLTAGE HIGH
Input voltage higher than the
nominal + the high range.
In single phase
equipment.
ALARM INPUT
VOLTAGE HIGH R
Phase R input voltage higher
than the nominal + the high
range.
In three phase
equipment
ALARM INPUT
VOLTAGE HIGH S
Phase S input voltage higher
than the nominal + the high
range.
In three phase
equipment
ALARM INPUT
VOLTAGE HIGH T
Phase T input voltage higher
than the nominal + the high
range
In three phase
equipment
ALARM INPUT
VOLTAGE LOW
Input voltage lower than nominal
– the low range.
In single phase
equipment.
ALARM INPUT
VOLTAGE LOW R
Phase R input voltage lower than
the nominal – the low range.
In three phase
equipment
ALARM INPUT
VOLTAGE LOW S
Phase S input voltage lower than
the nominal – the low range.
In three phase
equipment
ALARM INPUT
VOLTAGE LOW T
Phase T input voltage lower than
the nominal – the low range.
In three phase
equipment
ALARM OVERLOAD
Load connected at the output
higher than 100 %. Single phase
equipment only
In single phase
equipment
+ (3)
ALARM
OVERLOAD R
Load connected at the output of
phase R higher than 100 %.
In three phase
equipment
+ (3)
ALARM
OVERLOAD S
Load connected at the output of
phase S higher than 100 %.
In three phase
equipment
+ (3)
ALARM
OVERLOAD T
Load connected at the output of
phase T higher than 100 %.
In three phase
equipment
+ (3)
ALARM OUTPUT
VOLTAGE HIGH
Output voltage higher than
nominal + high accuracy.
In single phase
equipment
ALARM OUTPUT
VOLTAGE HIGH R
Phase R output voltage higher
than nominal + high accuracy.
In three phase
equipment
ALARM OUTPUT
VOLTAGE HIGH S
Phase S output voltage higher
than nominal + high accuracy.
In three phase
equipment
ALARM OUTPUT
VOLTAGE HIGH T
Phase T output voltage higher
than nominal + high accuracy.
In three phase
equipment
ALARM OUTPUT
VOLTAGE LOW
Output voltage lower than
nominal – low accuracy.
In single phase
equipment
ALARM OUTPUT
VOLTAGE LOW R
Phase R output voltage lower
than nominal – low accuracy.
In three phase
equipment
AALARM OUTPUT
VOLTAGE LOWA S
Phase S output voltage lower
than nominal – low accuracy.
In three phase
equipment
ALARM OUTPUT
VOLTAGE LOW T
Phase T output voltage lower
than nominal – low accuracy.
In three phase
equipment
ALARM
FAIL MOTOR
The stabilizer is not at the limit
and it can't stabilize.
In single phase
equipment
ALARM
FAIL MOTOR R
The stabilizer is not at the
limit and it can't stabilizer the
phase R or the three phases for
common regulation three phase
equipments.
In three phase
equipment
ALARM
FAIL MOTOR S
The stabilizer is not at the limit
and it can't stabilizer the phase
S in an independent phase
regulation equipment.
In three phase
equipment
ALARM
FAIL MOTOR T
The stabilizer is not at the limit
and it can't stabilizer the phase
T in an independent phase
regulation equipment.
In three phase
equipment