Procom ECON-A-4C User manual

OPERATING INSTRUCTIONS
ECON-A-4C/A/S/M

INDEX
1.0 Introduction
2.0 Salient features, Protection & Supervision
3.0 Display/ Front Panel
4.0 Switches Description
5.0 LED Annunciations Description
6.0 Lamp Test
7.0 Digital Input
8.0 Analog Input
9.0 Digital Output
10.0 Modes of Operation
10.1 AMF Mode (ECON-A & ECON -A-4C)
10.1.1 Auto Mode
10.1.2 Semi Auto Mode
10.1.3 Manual Mode
10.2 Auto Stop Mode ( ECON-A & ECON - A-4C or ECON-S)
10.3 Manual Controller ( All models)
11.0 Setting Procedure
12.0 Parameter Mode
12.1 System Parameter
12.2 Generator Parameter
12.3 AMF Parameter
12.4 Protection Parameter
12.5 RS 485 parameters
12.6 Reset Service Alarm
12.7 Adjust Clock
12.8 Reset Password
13.0 Model Selection Chart
14.0 Load Management
15.0 Event Recording
16.0 Faults
16.1 Internal Faults
16.2 External Faults
16.3 Fault Reset
17.0 Communication
18.0 MODBUS Specifications.
19.0 Terminal description
20.0 Specifications
21.0 Dimension
Operating Instructions Page - 1

• 1.0 Introduction
Microprocessor based controller for DG Set which can be configured as both
automatic or manual controller.
ECON comes in various models to cater for varieties of requirements:
• ECON-A-4C
• ECON-A
• ECON-S
• ECON-M
• ECON-A-4C: It is a AMF controller with 4 channel of analog measurement
and can be site configured as ECON-A or ECON-S or ECON-M.
• ECON-A: It is a AMF controller with 3 Analog channels and is site
configurable to ECON-S or ECON-M
• ECON-S: It is a manual controller with Shunt trip contact for MCCB. This is to
avoid shutting down the engine on load in manual operation. After the shunt
trip is initiated the generator stops after re-cooling time. ECON-M is sub set of
this model
• ECON-M: This is a pure manual controller for manual operation only.
All these models can be ordered with optional features such as RS485
communication,3 Extra digital inputs of Canopy fan current protection. This
manual has to be read along with the controller selected and all the features
may not be available in all the models.
• Display: 128*64 pixel graphial backlit LCD for ease of readout and symbolic
representation.
• Cyclic Timer based Engine Operation. Maximum engine on time as well as
rest time are programmable
• Fan Current monitoring for canopy fan (Optional)
• Menu driven MM1 for easy in field configuration without PC or any
customized equipment.
• Load Management . Load Dependent start/stop of 2nd DG in case of two DG
application.
• Periodic Automatic Start of engine if not used for a predefined time to charge
the battery as well as maintenance.
• ECON reminds user for timely service by indicating service due alarm.
• True RMS measurement of all measured parameters with 1% accuracy of
measured value.
• Plug in connectors for error free replacement.
• Programmable DG on delay, DG continuous on time, DG Rest Time, warm-up
time along with 33 other times.
• Automatic real time based DG Start and Stop(Manual Control Configuration.).
• Dimensions 167 х 129 х 41.8 mm.
Operating Instructions Page - 2

• 2.0 Salient Features, Protection and Supervision
• Mains Measurements
◦ 1 Phase/ 3 Phase Voltage
◦ 1 Phase/ 3 Phase Current
◦ Frequency
◦ PF, KW, KVA,
• Generator Measurements
◦ 1 Phase / 3 Phase Voltage
◦ 1 Phase / 3 Phase Current
◦ Frequency
◦ PF, KW, KVA, KWH .
◦ Battery Voltage
◦ Water Temperature
◦ Oil Pressure
◦ Fuel Level
◦ RPM
◦ Run Hour
◦ Service Due Hour
• Protection / Supervision Mains
◦ Under/Over Voltage
◦ Under/Over Frequency
◦ Phase Sequence
◦ Voltage Unbalance
◦ Overload
• Protection / Supervision DG
◦ Under/Over Voltage
◦ Under/Over Frequency
◦ Current Unbalance
◦ Over Speed
◦ RWL
◦ LLOP
◦ HWT
◦ LFL
◦ Charging Alternator/V-belt
◦ Emergency off
◦ Service Due
◦ Fail To Start
◦ Fail To Stop
• Digital Input : 10 digital [3 fixed, 4 programmable, 3 programmable (optional)]
• Output: 9 digital
Operating Instructions Page - 3

◦ AMF Operation: 9 outputs (five fixed and three programmable) and one for
charging Alternator
• Fault Data Recording: Last 64 fault with date and time stamping
• Event Recording: Last 64 event with date and time stamping
• Start Stop Recording: Last 100 records with date and time stamping
• Password Protection: Three digit password protection for system settings.
• Real Time Clock (RTC)
• Communication: RS232, USB, Fully Isolated RS485(Optional)
• Provision for switching ON or OFF the measurement for individual sensors.
• Option of warning or tripping when open sensor is detected
• Programmable crank cut off method based on either voltage built up, or oil
pressure build up & voltage built up
• 3.0 Display / Front Panel
• 128x64 pixels Graphical LCD Display for ease of readout. Parameters are
displayed in English along with symbolic representation. Normally the display
auto scrolls and displays a parameter for 10 seconds, but any time the Next key
( ) can be pressed to select the next parameter window.
• 4.0 Switches Description
ECON has 7 switches provided on its front panel. The table below describes
the operation of these.
Start
Switch MCB Switch
Reset
Switch
Mode
Indication
LEDs
Next
Switch
GCB
Switch Stop Switch
Mode
selection
switch
Mains & DG
Contactor
Indicator
Operating Instructions Page - 4

Switch
Symbol
Switch
Function
Description
Next
Normal operation mode: In this mode, it is
used to change the parameters being
displayed on LCD.
Programming Mode: Next key is used to
select the next parameter to be programmed.
Increment
/Start
This key has dual function
Programming Mode: It is used to increment
the value of the parameters under
programming.
Manual mode: it is used to issue the crank/
start command to DG
Decrement
/Stop
This key has dual function
Programming mode: It is used to decrement
the value of the parameter under
programming.
Manual mode: It is used to issue the stop
command to DG
Reset
Reset key resets the Hooter and Fault signals.
The first press shall reset the hooter and next
shall reset the faults. A long press of 1 Sec
shall reset both.
Programming
/History
Fault Mode
Entry
If both the keys are pressed simultaneously
the unit will enter in Programming Mode
History Fault/Service Hours
MCB
In Manual Mode this toggles the mains
contactor, On/Off
GCB
In Manual Mode this toggles the generator
contactor, On/Off
MODE
Toggle between Auto, Manual & Test Mode
• 5.0 LED Annunciations Description: ECON has nine annunciations on its
front panel. These either announce the faults or indicate status of the
system.
Nomenclature
Symbol
Description
Auto
Led lights up when ECON is in Auto mode
Manual Mode
Led lights up when ECON is in manual mode
Operating Instructions Page - 5

Nomenclature
Symbol
Description
Semi Auto
Led lights up when ECON is in Semi Auto
Mains Voltage
This symbol lights up continuously if Main is
healthy else starts blinking.
MCB
LED turns on in case the mains breaker is
switched on or else turned off
GCB
LED turns on in case the DG breaker is switched
on or else turned off
DG Voltage
This indication glows continuously when the
generator is running.
Warning
This LED blinks in case of a warning.
Fault
This LED blinks in case of a fault
• 6.0 Lamp Test:
If the ECON is switched on while the reset switch is pressed, all the LEDs
start blinking till reset switch is kept pressed.. This state shall persist till the
switch is kept pressed and on release of the switch ECON shall start
functioning normally
• 7.0 Digital Input:
ECON has 10 digital input as below
• Fixed Inputs
◦ Remote Start,
◦ Remote Stop / Semi Auto
◦ Emergency
• Programmable 4 inputs each can be programmed as one of the
following inputs.
◦ RWL Switch ◦ LLOP Switch
◦ Fuel Switch ◦ HWT Switch
◦ Oil Level Switch ◦ Canopy Temperature Switch
◦ Oil Temperature Switch
• Optional programmable 3 inputs each can be programmed as one of the
following inputs.
◦ Earth Fault ◦ Oil Level Switch
◦ Canopy Temperature Switch ◦ Oil Temperature Switch
Operating Instructions Page - 6

Operating Instructions Page - 7
• 8.0 Analog Input: ECON has 4 Analog Input
◦ Low Lube Oil Pressure Sensor
◦ High Water Temperature Sensor
◦ Low Fuel Level Sensor
◦ OIL Temperature (ECON-A-4C only )
• 9.0 Digital Output: ECON has 9 digital outputs :
• Programmable output
Three digital outputs can independently be configured for the any functions
from the list below.
◦ Unit Healthy ◦ Load Warning
◦ Fuel Pump ◦ Heater/Choke
◦ Pull Solenoid ◦ None
• Fixed output: The remaining 6 digital outputs are fixed:
◦ Charging Alt( Battery Voltage) ◦ Crank
◦ Solenoid ◦ Hooter
◦ Mains Contactor ◦ Generator Contactor
• 10.0 Modes of Operation
10.1 AMF Mode (ECON-A & ECON -A-4C)
• 10.1.1 Auto Mode
ECON monitors the Mains supply, if Mains supply varies beyond set limit of
under/over voltage or under/over frequency or voltage unbalance for more
than their individual programmed supervision time, ECON releases the MCB
contactor (to protect the contactor from failure because of low input voltage)
and attempts to starts the generator after the following conditions are meet:
1. If engine start delay is enabled than the engine will wait for the programmed
delay before cranking the engine
2. In case the mains voltage returns to normal before cranking the engine the
engine shall not be cranked.
Heater/Fuel Pump contact are switched on depending upon their settings.
Heater/choke/glow plug is first switched followed by fuel pump. Next ECON
cranks the engine. Crank command is withdrawn once the engine start which
is detected, either by LLOP pressure or by build-up of generator voltage, as
per the setting by the user. Max duration of crank command is user settable.
In case of non-start of the engine ECON re-cranks it till it starts or user
programmed crank attempts are exhausted. If generator fails to start after the
maximum programmed crank attempts, Fail to Start LED starts blinking,
indicating start failure and the hooter is switched on.
After successful start of the generator, it is allowed to warm up for a user
programmed time before the load is transferred to generator.
While the generator is running ECON monitors it for external fault (Digital

Inputs: Emergency, V-Belt, RWL,, LLOP Switch etc) and internal faults
(Measured Values faults: LLOP, HWT, Fuel, Over Load, voltage and
frequency).
On persistence of any fault for more than the programmed supervision
delay,for that fault, generator is stopped, corresponding fault is announced &
hooter is switched on. On restoration of healthy mains supply, continuously,
for the programme duration the load is transferred to the mains and generator
is stopped after expiry of re-cooling time. In case mains again become
unhealthy during the re-cooling period the load is switched to generator.
After successful stopping of the generator either normally or on fault the Fuel
Pump Contact is removed. In case of fail to stop, the Fuel Pump Contact is
not removed to avoid air locking.
Cyclic Operation: ECON can be programmed to automatically shut down
the engine, for a predefined duration, after a predefined duration of
operation, even if the mains is unhealthy. In case the mains continue to be
unhealthy this cyclic operation will continue till the mains is restored.
• 10.1.2 Semi Auto Mode
Semi Auto Mode is sub set of Auto mode. This mode can be selected by
pulling the pin 28(Semi/Auto) low and selecting auto mode from the front
panel. The Auto LED will blink indicating that the unit is in Semi-Auto Mode.
In this mode the unit does not automatically starts the engine after the mains
has failed and mains supervision timer has expired but waits for an external
start signal pin 29(Remote Start/Stop). Once the start signal is given the unit
now functions like auto mode with 3 crank attempts. The unit can be stopped
by pulling low Pin 29(Remote Stop). Both Remote start and remote stop are
one touch and hence should not be continuously activated. These pins shall
only function during semi auto mode.
• 10.1.3 Manual Mode
ECON-A, in this mode is under the manual control of the operator for starting
and stopping of the generator. Engine has to be started manually by manually
pressing “Start” switch. The “Start” switch shall not operate if GCB contact is
closed, to provide protection to generator. Once the generator is started the
load can be switched to generator by pressing “GCB” switch or to mains by
pressing MCB switch. At any given time, either of GCB or MCB can be
operational. Attempt to switch on GCB while MCB is on will be ignored and
vice versa. Both MCB and GCB key have dual function of either switching
ON or OFF the respective contactor. A press shall toggle the state.
Continuously pressing these keys shall keep toggling the status. To stop the
generator, switch off the GCB contactor and press “STOP” key. Any attempt
to stop the generator, while the GCB contact is engaged, shall be ignored.
While the generator is running ECON-A protects the generator by monitoring
all internal and external faults.
Operating Instructions Page - 8

• 10.2 MCCB Shunt trip or Auto Stop Mode (ECON-A , ECON -A-4C or
ECON-S)
This mode is a mix of Manual and Auto mode. In this mode the engine is
manually started but its shut down on the restoration of the mains. To make
sure that the engine is not shut down on load and also to recool the engine
before shutting it down it has provision to activate the shunt trip coil of MMCB
before shutting it down it has provision to activate the shunt trip coil of MMCB
and isolate the generator from load and engine is stopped after running it for
the predefined recooling time.
Engine can be started or stopped either the front keys or remotely by use of
Remote start/stop keys. ECON will monitor the engine and alternator for any
fault and take corrective action
• 10.3 Manual Controller ( All models)
This mode is a pure manual operation mode. The engine has to be manually
started and stopped. The responsibility of disengaging the load from
generator and allowing the engine to cool before stopping has to be
performed by the operator. The engine and Alternators are protected while
the engine is running.
*RTC Based operation :
In ECON-M/ECON-S and other models when used as manual controller the
RTC based start stop can be activated. If activated the engine can be made
to automatically start at a given time of the day and stop at a predefined time.
• 11.0 Setting Procedure: How to Enter in Parameter Mode
Press Next & Reset switches simultaneously. The LCD shall display, “System
Parameter”
To enter System Parameter setting mode, press Next Switch, the LCD
shall display, “Enter Password” and default password is 123 then press
Next Switch. For any change in value, press Start switch and Stop
switch. For next parameter, press Next Switch.
To go to next menu press Start Switch the LCD shall display “Generator
Parameter” To enter Generator Parameter setting mode press Next Switch.
For any change in value, press Start switch and Stop switch. For next
parameter, press Next Switch.
To go to next menu press Start Switch the LCD shall display “AMF
Parameter” To enter AMF Parameter setting mode press Next Switch. For
any change in value, press Start switch and Stop switch. For next
parameter, press Next Switch.
Operating Instructions Page - 9

Operating Instructions Page - 10
To go to next menu press Start Switch the LCD shall display “Protection
Parameter” To enter Protection Parameter setting mode press Next Switch.
For any change in value, press Start switch and Stop switch. For next
parameter, press Next Switch.
To go to next menu press Start Switch the LCD shall display “Comm Rs485
Parameter”To enter Comm RS-485 Parameter setting mode press Next
Switch. For any change in value, press Start switch and Stop switch.
For next parameter, press Next Switch.
To go to next menu press Start Switch the LCD shall display
“Display History” To View Display History mode press Next Switch.
To go to next menu press Start Switch the LCD shall display “Display Event”
To View Display Event mode press Next Switch.
To go to next menu press Start Switch the LCD shall display “Display
Start/Stop” To View Display Start/Stop mode press Next Switch.
To go to next menu press Start Switch the LCD shall display
“Reset Service Alarm”
To enter Reset Service Alarm mode press Next Switch. The LCD shall display
“Press START to Reset
Press STOP to ESC”
The unit shall ask for confirmation to reset the service hours pressing desired
Switch.
To go to next menu press Start Key the LCD shall display “Adjust Clock” To
enter Adjust Clock setting mode press Next Key. For setting up of the time,
press Start switch and Stop switch.
Press Next Key the LCD shall display DD/MM/YYYY. For setting up of the
date, press Start switch and Stop switch
To go to next menu press Start Key the LCD shall display “Reset Password”
To enter Reset Password setting mode
Press “Enter Password” then Press “Change Password” the LCD
shall display “ Press START to Change
Press STOP to ESC”

• 12.0 Parameter Mode:
The following tables give the detailed descriptions. Please note that 20sec of
inactivity will take the unit back in normal mode and all the changes done
shall be cancelled.
• 12.1 System Parameter
Parameter
Name on
LCD & Icon
Explanation of Parameter
Factory
Setting
Setting Range
Enter
Password
Systems setting are password
protected. Password is a three digit
number
123
0-999
System
Config
ECON provides complete flexibility in
system designing; it is possible to
select auto and manual operation for
any combination of mains and DG
phases. E.g. mains 3 phase and DG
single phase or vice versa, or three
phase mains and DG, or single
phase mains and DG.
M:3P/G:1P
AMF M:3P/G:1P
AMF M:3P/G:3P
AMF M:1P/G:1P
MANUAL1P
MANUAL 3P
AUTO STOP 1P
AUTO STOP 3P
Solenoid
Type
Pull To Start
In this mode fuel solenoid contact
changes from Open to Close at the
time of cranking and remains close
till the genset is running. For stopping
the generator this contact opens.
Pull To Stop
In this mode fuel solenoid contact
remains open at the time of cranking
and till the genset is running. For
stopping the generator this contact
closes for a user programmed time.
Pull to
Stop
Pull to Stop
Pull to Start
LLOP
Sensor
Type
Select the installed sensor for LLOP
Type A
Type A
Type B,
M&M,
MNEPL,
VE, TMTL,
HUAFANG,
TATA,
GC(VDO), GC
(MURPHY),
Disabled *
A/M
Operating Instructions Page - 11

Fuel Sensor
Select the installed sensor for Fuel
Type A
Type A,
Sam-0,
Sam-1,
Electronics,
Linear,
0-5V(0-100%),
Disabled*
HWT
Sensor
Select the installed sensor for HWT
Type A
Type A,
Type B,M&M,
MNEPL,VE,
TMTL AIR 1C,
TMTL AIR 3C,
TMTL WATER
HUAFANG,
TATA,
GC(VDO),
GC(MURPHY),
Disabled *
Oil Temp.
Sensor
Select the installed sensor for Oil
Temp.
Type A
Type A,
Type B,M&M,
MNEPL,VE,
TMTL AIR 1C,
TMTL AIR 3C,
TMTL WATER
HUAFANG,
TATA,
GC(VDO),
GC(MURPHY),
Disabled *
Sensor
Open
User can select the action to be
taken in case of sensor open, it can
be configured as a fault, or as
warning or no action to be taken i.e.
disable.
Disabled
Disabled *
Fault
Warning
CT Ratio
Current Transformer ratio
1
1-9999
Gen. RPM
Engine RPM Type
1500RPM
1500RPM
3000RPM
OPEN
CTR
Operating Instructions Page - 12

KW
Contact ON
Pin 32,31,30
These are three programmable
output which can be configured for
any one function from the list
None
None Unit
Healthy Load
Warning Fuel
Pump Heater /
Choke Pull
Solenoid
Over
Load KW
The Power(KW) above which the
over load fault monitoring will start.
The timer for it is as described in 13.
This fault is only enabled while the
generator is running. On expiry of the
timer the generator is stopped
40
1-9999
Over
Current
The current above which the over
current fault monitoring will start. The
timer for it is as described in 13. This
fault is only enabled while the
generator is running. On expiry of the
timer the generator is stopped
50
1-9999
Over Load
Delay
This is the timer for the over load
condition either due to over KW or
over current. On expiry of this timer
the engine shall be stopped
5 Sec
1-999 Sec
Digital Input
1
This can be configured for one out
the listed below Parameters.
RWL
Oil Level
Oil Temperature
Canopy Temperature
RWL
RWL
Oil Level
Oil
Temperature
Canopy
Temperature
Digital Input
2
This can be configured for one out
the listed below Parameters.
LLOP
Oil Level
Oil Temperature
Canopy Temperature
LLOP
LLOP
Oil Level
Oil
Temperature
Canopy
Temperature
Digital Input
3
This can be configured for one out
the listed below Parameters.
FUEL
Oil Level,
Oil Temperature
Canopy Temperature
FUEL
FUEL
Oil Level
Oil
Temperature,
Canopy
Temperature
CTR
Operating Instructions Page - 13

Digital Input
4
This can be configured for one out
the listed below Parameters.
HET
Oil Level
Oil Temperature
Canopy Temperature
HWT
HWT
Oil Level
Oil
Temperature,
Canopy
Temperature
Digital Input
5#
This can be configured for one out
the listed below Parameters.
Canopy door open
Oil Level
Oil Temperature
Canopy Temperature
Oil Temp.
Oil Level
Oil Temp.,
Canopy Temp.
Digital Input
6#
This can be configured for one out
the listed below Parameters.
Fire
Oil Level
Oil Temperature
Canopy Temperature
Oil Level
Oil Level
Oil
Temperature
Canopy
Temperature
Digital Input
7#
This can be configured for one out
the listed below Parameters.
Fuel Warning
Oil Level
Oil Temperature
Canopy Temperature
Earth
Fault
Earth Fault
Oil
Temperature
Oil Level
Digital input
1 polarity
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open
Digital input
2 polarity
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open
Digital input
3 polarity
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open
Operating Instructions Page - 14

Operating Instructions Page - 15
Fan High
Current
Maximum limit for fan current
2.0
0-3.5
Fan Low
Current
Minimum limit for fan current
0.2
0-3.5
Fan Current
Delay
This is the timer for fan current trip.
5
1-100
>
>
Digital input
4 polarity
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open
Digital input
5 polarity #
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open
Digital input
6 polarity #
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open
Digital input
7 polarity #
Normally open: Open contact is
healthy.
Normally close: Close contact is
healthy.
Normally
open
Normally
closed
Normally open

Operating Instructions Page - 16
• 12.2 Generator Parameter
Generator
O/V
Max. Permissible Generator voltage,
above this the Generator voltage is
treated unhealthy & the Generator is
stopped on voltage fault.
270V
50-300V
Generator
U/V
Min. permissible Generator voltage,
below this the Generator voltage is
treated unhealthy & the Generator is
stopped on voltage fault.
180V
50-300V
Gen Voltage
Delay
Duration for which generator
Over/Under voltage condition can be
tolerated before stopping the
Generator.
10 Sec
1-999 Sec
VOLT
Generator
O/F
Max. Permissible Generator freque-
ncy, above this the Generator freque-
ncy is treated unhealthy & the Gene-
rator is stopped on frequency fault.
65Hz
25-70Hz
Disable*
Generator
U/F
Min. permissible Generator
frequency, below this the Generator
frequency is treated unhealthy & the
Generator is stopped frequency fault.
45Hz
Disable*
25-70Hz
Gen Freq
Delay
Duration for which Generator Over
/Under frequency condition can be
tolerated before stopping the
Generator. This setting is not
available if (4)&(5) are disabled
5 Sec
1-999 Sec.
Current
Unbalance
IN
The maximum permissible current
unbalance in %. The unbalance
starts only after the system is loaded
to 25% of its capacity
Disable
5-100%
Disable
Current
Unbalance
Delay
Duration for which the current
unbalance can be tolerated before
triggering the fault
10 Sec
1-999Sec
Pickup
Voltage
This parameter specifies the
generator voltage at which it is
presumed to have started and crank
has to be terminated
100V
80-150V
Hz
Hz
Hz
A
A
UUU

Operating Instructions Page - 17
Service Due
Hr
Time, in hours, for next service due
warning.
250Hrs
10-999 Hrs
Crank Cut
Method
Auto disconnects the crank
command on detection of either
voltage buildup/ voltage or oil
pressure build up
Voltage
Only
Voltage only
Voltage or
LLOP
Pick Up
KVA
warning
If the current level crosses this limit
the contact is energized after the
programmed supervision time
8
1-9999
KVA
Reset KVA
warning
If the current level falls below this
limit the contact is de-energized after
the programmed supervision time.
8
1-9999
KVA
Warning
Delay
The supervision time for the above 2
parameters.
5
1-999Sec
Choke Pre
time
Keep the choke for this time before
the engine has started.
Disable
Disable*
1-999 Sec
Choke Post
time
Keep the choke for this time after the
engine has started.
Disable
Disable*
1-999 Sec
Pump Pre
Time
Activate the Pump by this time before
cranking
2
1-999Sec
Engine Off
Time
In manual mode, some time its
required to switch off/on the engine
at a predetermined time. This setting
set the time for automatic switch off
of the engine
Disable
00:01 to23.59
Disable *
KVA
KVA
E û

Operating Instructions Page - 18
Engine On
Time
In manual mode, some time its
required to switch off/on the engine
at a predetermined time. This setting
set the time for automatic switch ON
of the engine
Disable
00:01 to23.59
Disable*
Eü
Mains O/V
Max. Permissible Mains voltage,
above this the Mains voltage is
treated unhealthy & Generator is
started
270V
50-300V
Mains U/V
Min. permissible voltage, below this
the voltage is treated unhealthy &
Generator is started
180V
80-300V
12.3 AMF Parameter
Mains
Voltage
Delay
Duration for which Mains Over/Under
voltage condition can be tolerated
before starting the Generator.
10
1-999 Sec
Mains O/F
Max. Permissible Mains frequency,
above this frequency the Mains is
treated unhealthy & Generator is
started.
65Hz
40-70Hz
Disable*
Mains U/F
Min. permissible Mains frequency,
below this frequency the Mains is
treated unhealthy & Generator is
started.
45Hz
Disable*
40-70Hz
Mains Freq
Delay
Time for which the Mains frequency
has to be unhealthy (under or over
frequency as defined above in 4 & 5)
before starting the Generator.
5 Sec
1-999 Sec.
Voltage
Unbalance
Max. allowed voltage unbalance in
volt
Disable
10-100 Volt
Disable*
Voltage
Unbalance
Time
Duration for which unbalance can be
allowed before starting the
Generator. This parameter is not
available if above is set to disabled.
10
1-999Sec
VOLT
Hz
Hz
Hz
V
V