EBARA E-SPD MT 2200, Instruction And Maintenance Manual

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EN
29
EN
14 - LIST OF PARAMETERS
1.1
2.01
2.04
2.05
2.06
2.07
2.08
2.13
2.09
2.14
2.10
2.15
2.11
2.16
2.12
2.17
1.2
2.02
2.03
1.3
1.4
1.5
1.6
1.7
1.8
A
B
C D
E
MODE
CONSTANT PRESSURE
DIFFERENTIAL PRESSURE
FIXED SPEED CONSTANT TEMPERATURE
DIFFERENTIAL TEMPERATURE
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Bar
ºC
V
kohm
Hours
Hours
W
W
Wizard 0,5 FS
Hz
mA
mA
Wizard 10 65
ºC Wizard
ºC Wizard 0,1 100
X
X
X X
X Amp Wizard 0,1
11 (MT 2200)
11 (TT 4000)
30 (TT 11000)
X X X X
X 0 1 X X X X
X Hz Wizard 0,1 99,9
X Bar 0,5 0,3 3
X
Pressure you wish to maintain in the system.
This indicates the temperature the electronic module of the inverter.
This indicates the value of the 0-10V signal if it is enabled in one of the inputs.
This indicates the value of the NTC/PTC signal if it is enabled on settings.
This indicates the total number of hours the inverter has been connected to an electricity grid.
This indicates the total number of hours worked (providing an output voltage) of the inverter.
This indicates the total number of start-ups from zero that the unit has made.
This indicates whether the relay 1 output is ON or OFF.
This indicates whether digital input 1 is ON or OFF.
This indicates whether the relay 2 output is ON or OFF.
This indicates whether digital input 2 is ON or OFF.
Version of the unit software.
This indicates whether digital input 3 is ON or OFF.
Instantaneous power consumed in output terminals toward pump.
This indicates whether digital input 4 is ON or OFF.
Power consumed instantaneously by all of the pumps.
Speed you wish to maintain in the system.
This indicates the value in mA of the pressure transducer 1.
This data will be 4 mA for 0 Bar and 20 mA for the upper limit of the transducer connected.
This indicates the value in mA of the pressure transducer 2.
This data will be 4 mA for 0 Bar and 20 mA for the upper limit of the transducer connected.
Temperature you wish to maintain in the system.
Current of the motor in amperes. Taking into account
whether your motor is wired as three phase 230V or three
phase 400V. Insert nominal value.
You can change the rotation direction of the motor by
modifying this parameter from 0 to 1 or vice versa.
This is the offset temperature for the temperature
setpoint.
The system will stop when the Inverter has been working
for a certain time (see parameter 5.12) under this
frequency.
This is the differential that enables you to reduce the
pressure to start the pump using the value entered in
parameter 1.1.
PRESSURE SETPOINT
MODULE TEMPERATURE
0-10V INPUT
MOTOR THERMISTOR
VOLTAGE HOURS
HOURS WORKED
START-UP NUMBER
RELAY 1 OUTPUT
DIGITAL INPUT 1
RELAY 2 OUTPUT
DIGITAL INPUT 2
SOFTWARE VERSION
DIGITAL INPUT 3
CONS. POWER OF PUMP
DIGITAL INPUT 4
CONS. POWER OF GROUP
SPEED SETPOINT
ANALOGUE SIGNAL 1
ANALOGUE SIGNAL 2
TEMPERATURE SETPOINT
MOTOR CURRENT
ROTATION DIRECTION
STOP FREQUENCY
START-UP DIFFERENTIAL
STOP TEMPERATURE
OFFSET
E
E
D
D
C
C
B
B
A
A
1. PARAMETERS
2. DISPLAY
Max. Min. Default
Units
Units
Description
Description
Par.
Par.
Programming Application
Application
Notes
Notes
Wizard: This parameter is the one entered or calculated in the start-up wizard.
FS: Full-scale value of the transducer (entered in the start-up wizard).