Power System Controller User Guide
Enclosure 6130, Enclosure 6140
User Guide
13/1553-LZA 701 6011/1 Uen G
Copyright
© Ericsson AB 2017. All rights reserved. No part of this document may be
reproduced in any form without the written permission of the copyright owner.
Disclaimer
The contents of this document are subject to revision without notice due to
continued progress in methodology, design and manufacturing. Ericsson shall
have no liability for any error or damage of any kind resulting from the use of
this document.
Trademark List
All trademarks mentioned herein are the property of their respective owners.
These are shown in the document Trademark Information.
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Contents
Contents
1
Introduction
1
2
Main Functions
2
2.1
Measurement Function
2
2.2
Display Function
3
2.3
Control Function
3
2.4
Communication Function
4
2.5
Alarm Function
4
2.6
Battery Management Function
4
2.7
Low Voltage Disconnect Function
10
2.8
Energy-saving Management Function
11
2.9
Dry Contact Output Function
12
3
Hardware Overview
13
3.1
Operation Panel
13
3.2
Function Buttons
14
3.3
Optical Indicators
14
4
Set Power System Parameters through Operation Panel
16
4.1
Enter "Settings" submenu
17
4.2
Alarm Threshold
18
4.3
Set the Alarm Level of Every Alarm
22
4.4
Change four dry contact outputs to "Normally Open" (NO)
26
4.5
26
4.6
Change digital input alarm for DC distribution unit (DCDU) to
NO
Set Battery Parameters
4.7
Set Low Voltage Disconnect (LVD)
28
4.8
Set Battery Test
29
4.9
Enable/Disable Energy Saving
30
4.10
Set Temperature Sensor Parameters
30
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Power System Controller User Guide
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Introduction
1
Introduction
This document is a user guide of the power system controller (M1800D V2.00)
for Enclosure 6130 and Enclosure 6140.
The controller is a DC power control unit. It communicates with the other units
of the power supply system and manages alarm handling, data processing,
voltage control, etc.
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1
Power System Controller User Guide
2
Main Functions
This section describes main functions of the controller.
2.1
Measurement Function
The controller provides analog measurements and binary alarm inputs.
•
Analog measurements
–
Battery current
–
Load current
–
DC System voltage
–
Battery 1 temperature
–
Battery 2 temperature
–
Battery 3 temperature
–
AC voltage
Note:
Current measurement tolerance are described in Table 1
Table 1
Current Measurement Tolerance
Current
Measurement
Current Range
Tolerance
Battery current
measurement
0-30 A
< +/- 3%
30-200 A
< +/- 3%
0-30 A
< +/- 3%
30-200 A
< +/- 1%
Load current
measurement
•
Binary alarm inputs
The controller has six binary alarm inputs. The alarm inputs are dry
contact signal.
2
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Main Functions
2.2
Display Function
With a 128 × 32 LCD screen and three optical indicators, the user interface
can display operating parameters, operating status, alarm status, setup
parameters, system configuration data, and control parameters.
2.3
Control Function
The controller sends corresponding commands to the monitored object
according to the system status. Commands include:
•
Switch on/off rectifier
•
Switch between battery boost charge and float charge
•
Change rectifier current limit
•
Adjust rectifier voltage
•
Disconnect load
•
Protect battery
The controller supports automatic and manual system control modes. Users
can switch between automatic and manual mode in the Sys.Control submenu,
see menu structure in Figure 4.
•
Automatic Mode
Automatically manages battery with all functions.
•
Manual Mode
Manually use all battery management functions, except time protection of
battery boost charge and capacity calculation. Users can choose manual
mode when they need to change default battery parameter settings.
Warning!
Manual Mode should only be used by professional service staff.
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Power System Controller User Guide
2.4
Communication Function
The controller can communicate with Ericsson Site Controller (ESC) on a
RS485 bus .
2.5
Alarm Function
The controller can provide optical indicators for system faults. Different optical
indicators indicate alarms of different severity levels.
There are two severity levels of alarms:
•
MAJOR alarm
•
OBSERVATION alarm
Users are allowed to set the severity level of each alarm and corresponding
relay output according to desired configuration.
Users have access to history alarm logs and current alarm logs. History alarm
logs include alarm type, start time and end time. Current alarm logs display
only alarm type and start time in chronological order.
Active alarm and history alarm logs can be viewed in the Sys.Status submenu,
see menu structure in Figure 4.
2.6
Battery Management Function
The controller is designed with automatic battery management to efficiently
prolong battery life.
2.6.1
Automatic Boost Charge and Float Charge
The purpose of float charge is to keep the batteries charged during normal
operation.
The purpose of boost charge is to top up the batteries after a deep discharge
and to make sure that undercharged cells are fully charged. Boost charge
voltage is higher than float charge voltage.
Automatic boost charge happens when:
4
•
Charge current is higher than Float to Boost limit and lasts for more than 3
minutes; Or
•
Battery state of charge is lower than Float to Boost Capacity
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Main Functions
Boost charge is disabled when any of the following circumstances appears:
•
AC power supply is off or has low voltage
•
Main loads or priority loads disconnect
•
Batteries fuse is tripped
•
Rectifier communication fails
•
At least one battery has extreme high or low temperature
•
Auto boost charge is disabled
Periodic boost charge happens when AC power is stable and battery has been
in float charge status for a long time.
Table 2 shows battery charge parameters.
Table 2
Battery charge parameters
Parameter
Setting range
Default
Description
Float Volts
42 V-58 V
54.5 V
Output voltage of all
rectifiers, when using float
charge
Boost Volts
42 V-58 V
56 V
Output voltage of all
rectifiers, when using boost
charge
Bat.Current
Limit
0.1 C10-0.5 C10
0.1 C10
Maximum charging current.
C10 is the battery rated
capacity. Set 0.1 C10 for
stable grid, and 0.3 C10 for
unstable grid.
Auto Boost
Enable, Disable Enable
Enable: switch to boost
charge automatically when
boost conditions are met.
Disable: switch to boost
charge is not allowed.
Float to
Boost Curr
0.040 C100.080 C10
0.06 C10
Float to
Boost
Capacity
10%-99%
80%
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The controller will control
the system to enter boost
charge when either the
charge current reaches the
Float to Boost Current or
the battery capacity
decreases to the Float to
Boost Capacity. The
charge voltage will be
Boost Volts.
5
Power System Controller User Guide
2.6.2
Parameter
Setting range
Default
Description
Boost to
Float Current
0.002 C10-0.02
C10
0.01 C10
In boost charge status, if
the charge current is lower
than "Boost to Float
Current", the system will
switch to float charge.
Periodic
Boost
Enable, Disable Enable
Enables/Disables Periodic
boost charge.
Per.Boost
Interval
48-8760 H
2400 H
The interval time between
two Periodic boost
charges.
Per.Boost
Duration
30-2880 min
240 min
The duration of one
Periodic boost charge.
Boost Time
Uplimit
60-2880 min
1080 min
The maximum boost
charge time. To protect the
system, the power
controller will force the
system to transfer from
boost charge to float
charge when this time limit
is reached.
Const Boost
Time
5-1440 min
180 min
Charge duration of Const
Boost
Temperature compensation
To prolong battery's service life, the controller will adjust charging voltage
according to battery temperature.
•
Compensation condition: Float Charge
•
Temperature compensation range: -10 °C to 55 °C
•
Compensation voltage range: +/- 2 V in float charge
Compensation voltage=(Battery Temperature- 25 °C)*Compensation
Coefficient
Figure 1 describes the equation. The default compensation coefficient is
-0.096 V/deg C. The maximum compensation voltage is 2 V. When battery
temperature was not set, controller won't take temperature compensation
method to battery float charge voltage.
Note:
6
Compensation voltage is 0 V when communication failure in rectifiers,
DC overvoltage or undervoltage, high or low temperature in battery
occurs.
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Main Functions
U
Compensation Coefficient
Max
Nom U
Max
-10 C
25 C
55 C
T
Max = 2V for 48V system
Ge613080
Figure 1
Temperature Dependent Voltage
Table 3 shows temperature compensation parameters.
Table 3
Temperature compensation parameters
Parameter
Setting range
Default
Description
Temp.Comp
Enable, Disable
Enable
Enable: can use temperature
compensation function
Disable: can not use
temperature compensation
function
Temp.
Comp.Slope
2.6.3
0-500 mV/°C
96
mV/°C
It is used to calculate the
compensation voltage.
Battery Test
The controller has stable test and short test function for battery.
•
When a Stable battery test starts, the controller will adjust rectifier limit
current value, and battery begins to discharge according to "Stable Test
Curr".
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Power System Controller User Guide
•
When a Short battery test starts, the controller will adjust rectifier output
voltage to "End Test Voltage", forcing the battery to begin to discharge.
Note:
More than one battery shunt are needed for Short Battery Test to
work, so it is not applicable for Enclosure 6130 or 6140.
A battery test is ended when End Test Voltage, End Test Time, or End Test
Capacity is reached. Rectifier output voltage will then return to normal float
charge voltage. The system will charge the batteries and enable battery auto
management.
If End Test Capacity or End Test Time is reached during stable battery test, the
battery test passes. If End Test Voltage is reached is reached during stable
battery test, the battery test result fails, and the "Batt Test Fail" alarm will be
raised.
Unom
Test Pass
Uend
Test Fail
Test Time
or
Time (hours)
Test Capacity
Capacity (Ah)
Ge6140115
Figure 2
Stable Battery Test Result
If abnormal situation appears in system during battery test, the controller will
stop battery test. Table 4 shows battery test parameters.
Table 4
8
Battery test parameters
Parameter
Setting range
Default
Description
End Test Voltage
43.1 V- 57.9 V
45.2 V
End Test Time
5-1440 min
300 min
End Test Cap
1%-95%
70%
The monitor stops the
test and transfers the
system to float charge,
when battery voltage
reaches 'End Test
Voltage', the discharge
time reaches 'End Test
Time', or battery
capacity reaches 'End
Test Cap'.
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Main Functions
Parameter
Setting range
Default
(1)
Description
Short Test
Enable, Disable
Disable
Enables/Disables
Short battery test.
Short Test Period
24-8760 H
720 H
Time interval between
two Short battery tests.
Short Test Time
1-60 min
5 min
Duration of the Short
battery test.
If there is only one
battery current in the
power system, short
test function is invalid.
If there are two battery
current in the power
system, short test
function is valid.
Stable Test
Enable, Disable
Disable
Enables/Disables
Stable battery test
Stable Test Curr
0.1 C10-0.9 C10
0.2 C10
Stable test means test
battery according to
constant discharge
current. Set current
value according to
"Stable Test Curr".
Stable test mode is
recommended in only
one battery current
system if users want to
test battery.
Stable Test
Period
24-8760 H
4320 H
Time interval between
two Stable battery
tests.
(1) More than one battery shunt are needed for Short Battery Test to work, so it is not applicable
for Enclosure 6130 or 6140, and this parameter should be kept disabled.
2.6.4
Battery protection
Battery protection refers to when AC power is lost and the Enclosure is
running on batteries, the power system automatically disconnects the batteries
to protect batteries from excessive discharge that would shorten the batteries
service life.
Battery protection appears, when:
•
System output voltage is lower than Batt LVD Disc value. For parameter
settings, see Table 5.
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Power System Controller User Guide
2.7
•
Temperature of any battery group is lower than Battery.T.L (-40 °C by
default).
•
Temperature of any battery group is higher than Battery.T.H (55 °C by
default), and rectifiers output voltage is adjusted as 52 V.
•
Temperature of any battery group is higher than Battery.T.H+ (60 °C by
default).
Low Voltage Disconnect Function
The controller can disconnect the load or battery in case of under voltage.
Load Low Voltage Disconnect (LLVD)
LLVD or load protection refers to when AC Power is off and the system is
supplied by batteries, power system automatically disconnects the Main Load
(ML) to prolong the operational time for the Priority Load (PL).
Battery Low Voltage Disconnect (BLVD)
BLVD or battery protection refers to when AC Power is off and the system is
supplied by batteries, power system automatically disconnects the batteries to
protect batteries from shortened service life due to excessive discharge.
Table 5
Low voltage disconnect parameter settings
Parameter
Setting range
Default
Description
LLVD
Enable, Disable
Enable
Enable: Can use load
disconnect function
Disable: Can’t use
load disconnect
function
LLVD voltage
35 V-56 V
44 V
When battery voltage
decreases to this
setting voltage, Main
Load is disconnected.
Recovery voltage 37 V-58 V
of LLVD
49 V
When battery voltage
increases to this
setting voltage, Main
Load is reconnected.
BLVD
Enable
Enable: Can use
battery protection
function
Enable, Disable
Disable: Can’t use
battery protection
function
10
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Main Functions
Parameter
Setting range
Default
Description
BLVD voltage
35 V-58 V
43.5 V
When battery voltage
decreases to the
configured BLVD
voltage, battery
protection is triggered
and the batteries are
disconnected.
49V
When battery voltage
increases to the
configured Recovery
voltage of BLVD, the
batteries are
reconnected.
Recovery voltage 35 V-58 V
of BLVD
2.8
Energy-saving Management Function
The controller is designed with Energy-saving management function. In
energy-saving mode, the controller control some rectifiers to sleeping mode
and operate the remaining rectifiers in optimal efficiency to lower power
consumption. The system will automatically shift the rectifiers in cycles
between in work and in sleep. When battery current and load current change,
the controller will disable or enable some rectifiers according to actual status.
The "Save Power" alarm is raised when the system is in energy-saving mode,
and at least one rectifier is in sleeping mode.
Table 6 shows energy-saving parameter settings.
Table 6
Energy-saving Parameter Settings
Parameter
Setting Range
Default
Description
Sleep
Enable, Disable
Enable
Enable: Can use
sleep mode function.
Disable: Can not use
sleep mode function
Period Time
1-8760 H
168 H
Maximum time
interval a rectifier
may remain in Sleep
mode.
Dry time
10-240 min
120 min
How long a rectifier
must be out of Sleep
mode before it is
allowed to enter
Sleep Mode again.
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Power System Controller User Guide
2.9
Parameter
Setting Range
Default
Description
Rect Save Start
30%-90%
60%
Defines at what
power load the
Energy-Saving
function should start.
It can preferably be
set to the load
percentage where the
rectifiers have their
highest efficiency.
Rect Save Stop
30%-100%
90%
Defines at what
power load the
Energy-Saving
function should stop.
Min.WorkRect
Num
1 to 12
2
The minimum
number of rectifiers in
work
Dry Contact Output Function
The controller has four dry contact outputs which can be correlated with
different alarm signals. In case of a system alarm, the monitoring unit outputs
alarm signal through configured dry contact. Each dry contact has Normally
Open (NO) and Normally Close (NC) connections. NO is set by default. NO is
of high resistance, and NC is of low resistance.
12
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Hardware Overview
3
Hardware Overview
This section describes the hardware units of the controller.
3.1
Operation Panel
Figure 3 shows the operation panel, and Table 7 describes each interface.
B
A
ENT
UP
C
DN
D
RS485
F
COM
ESC
E
Ge613012
Figure 3
MC 1800D Front Panel
Table 7
Front Panel Description
Position
A
B
Interface
Description
Optical indicators
Indicate normal or abnormal
status. See "Optical
Indicators".
LCD screen
A 128 × 32 LCD screen with
backlight. Chinese and
English supported.
Function buttons
Used to move through the
display menus, enter or exit
menu, and change
parameters. See "Function
Buttons".
Handle with latch
Used to fixate the controller
to the enclosure
COM interface
Used to connect to dry
contact
RS485 interface
Used to connect to ESC
C
D
E
F
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Power System Controller User Guide
RELATED INFORMATION
3.2 Function Buttons on page 14
3.3 Optical Indicators on page 14
3.2
Function Buttons
The buttons are used to move through the display menus.
Table 8
Function Buttons
Key
ENT
Name of Key
Function
Enter Key
Press this key to go to the next menu
or validate the change made to a
parameter setting.
UP
UP
Press UP or DN to scroll through the
menus.
DN
Down
Press UP or DN to change the value
of each character in a parameter
ESC
Return Key
Press this key to return to the upper
level menu.
RELATED INFORMATION
3.1 Operation Panel on page 13
3.3
Optical Indicators
Table 9 describes each indicator.
Table 9
Optical Indicators
Optical Indicator Normal Status
14
Abnormal
Status
Cause
Flash (1 Hz)
OFF
No power supply
to the power
controller.
OFF
ON
Observation
alarm present.
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Hardware Overview
Optical Indicator Normal Status
OFF
Abnormal
Status
Cause
ON
Major alarm
present.
RELATED INFORMATION
3.1 Operation Panel on page 13
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Power System Controller User Guide
4
Set Power System Parameters through
Operation Panel
This section describes how to set power system parameters through operation
panel. The main menu is the top menu. All statuses, controls and settings of
rectifier module information and alarm information are achieved through the
submenus under the main menu, as shown in Figure 4.
16
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Set Power System Parameters through Operation Panel
Sys.Status
Sys.Control
Menu
Settings
Active Alarm
History Alarm
AC Status
DC Status
Rect Status
Inver Status
Sys.Mode (Auto / Manual)
Alarm.Level (Set the alarm level of every alarm)
Relay Output 1
Out.Do.Config (Set the alarms associated with dry contact output)
Relay Output 2
Relay Output (Set 4 dry contact outputs to normally open or closed)
Relay Output 3
Climate Alarm
Relay Output 4
Door Alarm
Digital 3 Alarm
Digital 4 Alarm
Digital Input
Digital 5 Alarm
Bat.Capacity
Digital 6 Alarm
Alarm Thresholds
Float.Volts
SPD Alarm
Boost.Volts
Temp.Comp (Yes / No)
Bat.Current.Limit
Temp.Comp
Temp.Comp.Slope
Auto Boost
Float.To.Boost.Curr
Charge Setting
Float.To.Boost.Cap
Boost.To.Float.Curr
Periodic.Boost (Enable/Disable)
Load.LVD (Enable/Disable)
Per.Boost.Interval
Load.LVD.Disc
Per.Boost.Duration
Load.LVD.Rec
Low.Volts.Disc
Boost.Time.Uplimit Const. Boost. Time
Batt.LVD (Enable/Disable)
End.Test.Voltage
Batt.LVD.Disc
End.Test.Time
Batt.LVD.Rec
End.Test.Cap
Short.Test (Enable/Disable)
Battery.Test
Short.Test.Period
Short.Test.Time
Stable.Test (Enable/Disable)
Stable.Test.Curr
Stable.Test.Period
Language(English/Chinese)
Sleep (Enable/Disable)
Sys.Address
Period.Time
BaudRate
Dry.Time
Save.Power
Buzzer
Rect.Save.Start
Rect.Save.Stop
Batt.1.Sensor(YES/NO)
Min.WorkRec.Num
Batt.2.Sensor(YES/NO)
Batt.3.Sensor(YES/NO)
Batt.Shunt(ON/OFF)
Batt.Shunt.Coeff – Current
Batt.Shunt.Coeff – Voltage
System.Setting
System.type(24V/48V)
System.Rect.Num
Reset.Default
Clear.History Alarm
Software.Update
System InverNum
AC PH Ctrl
Rect Type
Batt Contactor
Load OverCurr
Adjust Coeff (Users should not change the settings)
Figure 4
4.1
G109128A
Main Menu Tree
Enter "Settings" submenu
The Settings screen is a level 1 submenu screen under the main menu. Under
the Setting screen, there are also several submenu screens for setting all
parameters of the power system.
To enter the Settings submenu:
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Power System Controller User Guide
Steps
1. Press ENT.
2. Press DN to find Settings.
3. Press ENT to enter Settings.
After the entering Settings menu, users can press UP and DN to choose
parameter settings and press ENT to enter.
RELATED INFORMATION
4.3 Set the Alarm Level of Every Alarm on page 22
4.4 Change four dry contact outputs to "Normally Open" (NO) on page 26
4.5 Change digital input alarm for DC distribution unit (DCDU) to NO on
page 26
4.6 Set Battery Parameters on page 27
4.7 Set Low Voltage Disconnect (LVD) on page 28
4.8 Set Battery Test on page 29
4.9 Enable/Disable Energy Saving on page 30
4.10 Set Temperature Sensor Parameters on page 30
4.2
Alarm Threshold
Alarm Threshold is a submenu of the settings menu, used for setting alarm
level of every alarm. Alarm thresholds and their default settings are described
in Table 10.
Table 10
18
Alarm Threshold Parameter Setting
Parameter
Setting Range
Default Value
Description
AC PH
Single / Three
Three
Set according to
system actual
configuration,
choose single
phase or three
phase.
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Set Power System Parameters through Operation Panel
Parameter
Setting Range
Default Value
Description
AC OverVolt
50 V~500 V
280 V
If AC input
voltage is higher
than setting
value, AC x
Vol.High alarm
appears.
AC LowVolt
50 V~300 V
180 V
If AC input
voltage is lower
than setting
value, AC x
Vol.Low alarm
appears.
AC LostVolt
50 V~300 V
80 V
If AC input phase
voltage lower
than 'AC x PH
Fail' setting
value, AC x PH
Fail alarm
appears.
DC OverVolt
40 V~60 V
57.6 V
If system DC
voltage is higher
than setting
value, Sys.Volts
High alarm
appears.
DC LowVolt
40 V~60 V
47.0 V
If system DC
voltage is lower
than setting
value, Sys.Volts
Low alarm
appears. Must be
lower than over
voltage value.
Bat.1.T.H+
10°C~100°C
60°C
When battery 1
temperature is
higher than
setting value,
Batt 1 Temp.High
+ alarm appears.
In addition,
battery contactor
can be
disconnected if
this function is
enabled.
Bat.1.T.H
10°C~100°C
55°C
When battery 1
temperature is
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Power System Controller User Guide
20
Parameter
Setting Range
Default Value
Description
higher than
setting value,
Batt 1 Temp.High
alarm appears. In
addition, the
system voltage
from rectifier
goes down to 52
V.
Bat.1.T.L
-40°C~10°C
-40°C
When battery 1
temperature is
lower than this
setting value,
Batt 1 Temp.Low
alarm appears. In
addition, battery
contactor can be
disconnected if
this function is
enabled.
Bat.2.T.H+
10°C~100°C
60°C
When battery 2
temperature is
higher than
setting value,
Batt 2 Temp.High
+ alarm appears.
In addition,
battery contactor
can be
disconnected if
this function is
enabled.
Bat.2.T.H
10°C~100°C
55°C
When battery 2
temperature is
higher than
setting value,
Batt 2 Temp.High
alarm appears. In
addition, the
system voltage
from rectifier
goes down to 52
V.
Bat.2.T.L
-40°C~10°C
-40°C
When battery 2
temperature is
lower than this
setting value,
Batt 2 Temp.Low
alarm appears. In
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Set Power System Parameters through Operation Panel
Parameter
Setting Range
Default Value
Description
addition, battery
contactor can be
disconnected if
this function is
enabled.
Bat.3.T.H+
10°C~100°C
60°C
When battery 3
temperature is
higher than
setting value,
Batt 3 Temp.High
+ alarm appears.
In addition,
battery contactor
can be
disconnected if
this function is
enabled.
Bat.3.T.H
10°C~100°C
55°C
When battery 3
temperature is
higher than
setting value,
Batt 3 Temp.High
alarm appears. In
addition, the
system voltage
from rectifier
goes down to 52
V.
Bat.3.T.L
-40°C~10°C
-40°C
When battery 3
temperature is
lower than this
setting value,
Batt 3 Temp.Low
alarm appears. In
addition, battery
contactor can be
disconnected if
this function is
enabled.
BattFuse VTH
0.1 V~5 V
400 mV
Because electric
parameter of
battery switch or
fuse is different,
adjust Batt Fuse
Alarm to avoid
no-alarm or
wrong alarm.
Note:
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Power System Controller User Guide
Parameter
4.3
Setting Range
Default Value
Description
This parameter
shall normally not
be changed.
Set the Alarm Level of Every Alarm
Alarm Setting is a submenu of the settings menu, used for setting alarm level
of every alarm. Alarms in monitoring module and its default level setting are
described in Table 11. See Alarm.Level in menu structure in Figure 4.
Table 11
22
Alarm Name and Default Setting
Alarm Name
Alarm Description
Default Alarm Level
AC x PH Fail
System phase failure
Observation
AC x Vol.High
System phase input
voltage is too high.
Observation
AC x Vol.Low
System phase input
voltage is too low.
Observation
Batt 1 Temp.High
Battery 1 temperature is Observation
higher than high
temperature alarm
value (Default: 55 °C),
the system voltage will
go down to 52 V.
Batt 1 Temp.High+
Battery 1 temperature is Observation
higher than over
temperature alarm
value(Default: 60 °C),
battery contactor will be
disconnected. Default
setting: Enable.
Batt 1 Temp.Low
Battery 1 temperature is Observation
lower than low
temperature alarm
value(Default: -40 °C),
battery contactor will be
disconnected. Default
setting: Disable.
Batt 2 Temp.High
Battery 2 temperature is Observation
higher than high
temperature alarm
value(Default: 55 °C),
the system voltage will
go down to 52 V.
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Set Power System Parameters through Operation Panel
Alarm Name
Alarm Description
Batt 2 Temp.High+
Battery 2 temperature is Observation
higher than over
temperature alarm
value(Default: 60 °C),
battery contactor will be
disconnected. Default
setting: Enable.
Batt 2 Temp.Low
Battery 2 temperature is Observation
lower than low
temperature alarm
value(Default: -40 °C),
battery contactor will be
disconnected. Default
setting: Disable.
Batt 3 Temp.High
Battery 3 temperature is Observation
higher than high
temperature alarm
value(Default: 55 °C),
the system voltage will
go down to 52 V.
Batt 3 Temp.High+
Battery 3 temperature is Observation
higher than over
temperature alarm
value(Default: 60 °C),
battery contactor will be
disconnected. Default
setting: Enable.
Batt 3 Temp.Low
Battery 3 temperature is Observation
lower than low
temperature alarm
value(Default: -40 °C),
battery contactor will be
disconnected. Default
setting: Disable.
Batt Fuse Alarm
Battery fuse/ disconnect Observation
alarm
Batt LVD
Low voltage disconnect
contactor 2 is open due
to low battery voltage.
(BLVD)
Major
Batt Test Fail
Failure of the regular
battery discharge test
Observation
Curr Imbalance
No current sharing
Observation
Climate Alarm
Digital input 1 Alarm,
user programmable
Observation
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Default Alarm Level
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Power System Controller User Guide
24
Alarm Name
Alarm Description
Default Alarm Level
Door Alarm
Digital input 2 Alarm,
user programmable
Observation
Digital input 3 Alarm
Digital input 3 Alarm,
user programmable
Observation
Digital input 4 Alarm
Digital input 4 Alarm,
user programmable
Observation
Digital input 5 Alarm
Digital input 5 Alarm,
User programmable
Observation
Digital input 6 Alarm
Digital input 6 Alarm,
User programmable
Observation
Load Fuse Alarm
Load fuse/ disconnect
alarm
Observation
Load LVD
Low voltage disconnect
contactor 1 is open due
to low battery voltage.
(LLVD)
Major
MA Alarm
Controller all Major
alarm
None
Mains Failure
The AC input of a
rectifier is lower than 60
VAC
Major
Manual Mode
Control method was set
as’ Manual’.
Observation
MultiRect Alarm
More than 2 module
fails. The multi-module
reports serious alarm
Major
OB Alarm
Controller all
observation alarm
None
Rectxx AC Fail
Rectifier module AC
mains failure
Observation
Rectxx Close
Rectifier module OFF
None
Rectxx Comm Fail
Rectifier module
communication failure
Observation
Rectxx Derated
Rectxx Derated Alarm
None
Rectxx Fail
Rectifier module fault
Major
Rectxx Fan Fail
Rectifier module fan
fault
Observation
Rectxx Short Out
Rectifier module short
circuit protection
Observation
Rectxx Temp.High
Rectifier module over
temperature protection
Observation
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Set Power System Parameters through Operation Panel
Alarm Name
Alarm Description
Default Alarm Level
Rectxx Vol. Over
Rectifier module over
voltage protection
Observation
Save Power
System be in energysaving status.
Observation
SavePowerFault
System Energy-saving
fault
Observation
Sensor 1 Alarm
Batt.1 temp sensor lose
or fault
Major
Sensor 2 Alarm
Batt.2 temp sensor lose
or fault
Major
Sensor 3 Alarm
Batt.3 temp sensor lose
or fault
Major
SPD Alarm
SPD fault alarm
Major
Sys.Volts High
System output voltage
is higher than the
normal float level.
Major
Sys.Volts Low
System output voltage
is much lower than the
normal float level.
Major
To change the default alarm level:
Steps
1. Enter the Settings submenu.
2. Press ENT to enter alarm setting screen.
3. Press UP and DN to move the cursor to the alarm name that needs be
changed.
4. Press ENT to enter modification mode.
5. Press UP and DN to choose an alarm level.
6. Press ENT to confirm.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
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Power System Controller User Guide
4.4
Change four dry contact outputs to "Normally Open"
(NO)
The four dry contact outputs (DO alarms) are by default set to “Normally
Closed” (NC). They can be changed to “Normally Open” (NO) if required.
Steps
To change dry contact outputs (DO alarms) to "Normally Open" (NO):
1. Enter the Settings submenu.
2. Press DN twice to find Relay Output, and press ENT.
3. Find Relay output 1, default NC, and press ENT.
4. Press UP to change default NC to NO, and press ESC.
5. Repeat Step 3 to Step 4 to configure relay output 2, 3, and 4.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
4.5
Change digital input alarm for DC distribution unit
(DCDU) to NO
To change digital input alarm for DCDU to NO:
Steps
1. Enter the Settings submenu.
2. Press DN three times to find Digital Input, and press ENT.
3. Find Digital 3 Alarm, default NC, and press ENT.
4. Press UP to change default NC to NO, and press ENT to confirm.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
26
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Set Power System Parameters through Operation Panel
4.6
Set Battery Parameters
Charge Setting is a submenu under the Settings screen, mainly used for
setting battery charge parameters.
To set parameters:
Steps
1. Enter the Settings submenu.
2. Press UP or DN button to select the parameter to set by reference to
Figure 4 , and press ENT button to confirm.
3. Press UP or DN button again to select the parameter value, and press
ENT to confirm the value.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
4.6.1
Set Battery Capacity
This section describes how to set battery capacity C10.
Table 12
4.6.2
Battery Capacity Parameter
Parameter
Setting range
Default
Description
Bat Capacity
12-5000 Ah
100 Ah
Set according to
actual battery
configuration.
Set Battery Charge Current Limit
This section describes how to set battery charge current limit.
This is the maximum charging current that should be allowed for the battery at
any time.
Table 13
Battery Charge Current Limit Parameter
Parameter
Setting Range
Default
Description
Bat.Current.Limit
0.1 C10-0.5 C10
0.1 C10
Max. battery
charging current.
C10 is the rated
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Power System Controller User Guide
Parameter
4.6.3
Setting Range
Default
Description
battery capacity.
Current limit is
usually set to 0.1
C10 for stable
grid, and 0.3 C10
for unstable grid.
Enable/disable periodic boost charge
This section describes how to enable or disable periodic boost charge.
Users can press UP or DN to enable or disable periodic boost charge.
4.7
Set Low Voltage Disconnect (LVD)
Low Voltage Disconnect is a submenu of the Settings menu, mainly used for
battery disconnect protection and load disconnection protection.
To set LVD parameters:
Steps
1. Enter the Settings submenu.
2. Press UP or DN button to select the parameter to set by reference to
Figure 4 , and press ENT button to confirm.
3. Press UP or DN button again to select the parameter value, and press
ENT to confirm the value.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
4.7.1
Set LLVD voltage
Refer Table 14 to set LLVD voltage.
Table 14
28
LLVD Voltage Parameter
Parameter
Setting range
Default
Description
LLVD voltage
35 V-56 V
44 V
Main load
disconnects
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Set Power System Parameters through Operation Panel
Parameter
Setting range
Default
Description
when battery
voltage
decreases to
LLVD voltage.
LLVD voltage
should be higher
than BLVD
voltage.
4.7.2
Set BLVD voltage
Refer Table 15 to set BLVD voltage parameter.
Table 15
4.8
BLVD voltage parameter
Parameter
Setting range
Default
Description
BLVD voltage
35 V-58 V
43.5 V
Battery
disconnects
when battery
voltage
decreases to
BLVD voltage.
Set Battery Test
Battery Test is a submenu of the Settings menu, mainly used to set battery
test of system battery management.
To enable or disable Short or Stable battery test:
Steps
1. Enter the Settings submenu.
2. Press UP or DN button to select Short or Stable test by reference to
Figure 4 , and press ENT button to confirm.
3. Press UP or DN button again to enable or disable the function, and press
ENT to confirm the value.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
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Power System Controller User Guide
4.9
Enable/Disable Energy Saving
Energy-saving setting is a submenu of the Settings menu, mainly used for
setting system energy-saving parameter to save energy.
Energy-saving is set as Disable by default.
Note:
Energy-saving can be set as Enable, only when the system has
battery and no load current oscillation appears.
To enable or disable energy saving:
Steps
1. Enter the Settings submenu.
2. Press the UP or DN to find Sleep by reference to Figure 4, and press ENT.
3. Press the UP or DN to select enable or disable, and press ENT to confirm.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
4.10
Set Temperature Sensor Parameters
Temperature sensor parameters and its default settings are described in Table
16.
Table 16
30
Temperature Sensor Parameters and Default Settings
Parameter name
Setting
range
Default
value
Setting description
Batt.1 temperature
sensor
Yes, No
Yes
Set according to whether
temperature sensor is
installed in position 1 or
not.
Batt.2 temperature
sensor
Yes, No
No
Set according to whether
temperature sensor is
installed in position 2 or
not.
Batt.3 temperature
sensor
Yes, No
No
Set according to whether
temperature sensor is
installed in position 3 or
not.
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Set Power System Parameters through Operation Panel
To change the default settings of temperature sensor parameters:
Steps
1. Enter the Settings submenu.
2. Press the UP or DN to find the parameter name that needed to be
changed by reference to Figure 4, and press ENT.
3. Press the UP or DN to select Yes or No, and press ENT to confirm.
RELATED INFORMATION
4.1 Enter "Settings" submenu on page 17
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