Smartgen HATC60 User manual

SMARTGEN (ZHENGZHOU) TECHNOLOGY CO., LTD.
HATC60
DUAL POWER ATS CONTROLLER
USER MANUAL

Chinese trademark
English trademark
SmartGen —make your generator smart
SmartGen Technology Co., Ltd.
No.28 Jinsuo Road
Zhengzhou City
Henan Province
P. R. China
Tel: [phone]
0086-371-67991553/67992951
0086-371-67981000(overseas)
Fax: [phone]
Web: www.smartgen.com.cn
www.smartgen.cn
Email: [e-mail]
All rights reserved. No part of this publication may be reproduced in any material form (including
photocopying or storing in any medium by electronic means or other) without the written permission of
the copyright holder.
Applications for the copyright holder’s written permission to reproduce any part of this publication
should be addressed to SmartGen Technology at the address above.
Any reference to trademarked product names used within this publication is owned by their respective
companies.
SmartGen Technology reserves the right to change the contents of this document without prior notice.
Table 1 Software Version
Date
Version
Note
2019-01-19
1.0
Original release.
2019-06-13
1.1
Fixed overview contents and describe this device as dedication for
SocomecATS.
2019-09-03
1.2
Fixed a parameter in Switch Settings

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CONTENT
1 OVERVIEW ............................................................................................................................................. 4
2 PERFORMANCEAND CHARACTERISTICS ........................................................................................ 5
3 SPECIFICATION..................................................................................................................................... 6
4 MEASURE AND DISPLAY DATA............................................................................................................ 7
5 OPERATION............................................................................................................................................ 8
5.1 INDICATORS.................................................................................................................................... 8
5.2 KEY FUNCTION DESCRIPTION..................................................................................................... 9
6 LCD DISPLAY ....................................................................................................................................... 10
6.1 MAIN SCREEN............................................................................................................................... 10
6.2 STATUS DESCRIPTION .................................................................................................................11
6.3 MAIN MENU................................................................................................................................... 14
7 GENSET START/STOP OPERATION.................................................................................................. 14
7.1 MANUAL MACHINE TEST............................................................................................................. 14
7.2 AUTO MODE START/STOP........................................................................................................... 15
8 PARAMETER CONFIGURATION......................................................................................................... 17
8.1 ILLUSTRATION.............................................................................................................................. 17
8.2 PARAMETER CONFIGURATION TABLE...................................................................................... 18
8.3 DIGITAL INPUT/OUTPUT FUNCTION DESCRIPTION................................................................. 23
9 HISTORICAL RECORDS...................................................................................................................... 25
10 SWITCH OPERATION........................................................................................................................ 26
10.1 MANUAL OPERATION................................................................................................................. 26
10.2 AUTOMATIC OPERATION........................................................................................................... 26
11 ATS POWER SUPPLY......................................................................................................................... 27
12 COMMUNICATION CONFIGURATION AND CONNECTION............................................................ 28
13 TERMINAL DEFINITION..................................................................................................................... 29
14 TYPICALAPPLICATION DIAGRAM................................................................................................... 31
15 INSTALLATION ................................................................................................................................... 34
16 TROUBLE SHOOTING....................................................................................................................... 35

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1OVERVIEW
HATC60 dual power ATS controller is the intelligent dual-power switchover module with
configurable function, automatic measurement, LCD display, and digital communication. It combines
digitization, intelligence and networking together. Measurement and control process can be conducted
automatically, which reduces artificial operating mistakes, so that it is the ideal option for dual-power
switchover products.
HATC60 dual power ATS controller is composed by the powerful microprocessor in the core,
which can precisely measure the voltages (2-way 3-phase) and make accurate decision for abnormal
voltages (overvoltage, undervoltage, overfrequency, underfrequency, phase loss, reverse phase
sequence), and putout power-off control switch signal. This device is dedicated for Socomec ATS
switch. It has compact structure, advanced circuits, simple wiring and high reliability, and can be widely
used in electrical automatic control system of electric power, telecommunications, petroleum, coal,
metallurgy, railways, municipal administration, intelligent building and etc.

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2PERFORMANCE AND CHARACTERISTICS
—— System type can be set as Mains-Power Generation, Mains-Mains, Power
Generation-Power Generation etc.;
—— Suitable for multiple AC system types (3-phase 4-line, 3-phase 3-line, 1-phase 2-line,
2-phase 3-line methods);
—— Equipped with single color LCD screen with 132x64 pixel and bilingual display (Simplized
Chinese, English), and tuch-button operation;
—— Able to collect and display 2-way 3-phase voltage, frequency and phase sequence;
—— Equipped with overvoltage, Undervoltage, overfrequency, underfrequency, phase loss,
reverse phase sequence functions;
—— Equipped with display function of accumulated S1/S2 breaker-close times;
—— Equipped with display function of current lasting power supply time and accumulated S1/S2
power supply time;
—— Equipped with Auto/Manual status switchover function. Under manual status switch breaker
close and open can be controlled artificially;
—— All parameters can be configured on the spot. Password verification is employed in case of
wrong operation by non-professionals;
—— Artificial machine test is available on the spot for genset Start/Stop operation;
—— Equipped with switch breaker re-close function;
—— Breaker close output can be set as pulse or continuous output;
—— Equipped with separated 2-way N-wire design;
—— Equipped with real-time clock display function, and event log function which can record 200
items circularly;
—— Equipped with timing inspection Start/timing No-start function for genset, which can be set
for once running, monthly running, or weekly running and running with loading or not can be
set for all of them;
—— Able to control two generators, which realizes circular running, primary running, and
balanced time running;
—— Wide DC power supply range, which allows the controller bear instantaneous 80V DC input
at most;
—— Large space between AC input terminals which allows the controller to bear maximum 625V
input;
—— One RS485 isolated communication interface is designed. It applys ModBus-RTU
communication protocol and has remote control, remote communication, remote measuring,
remote regulating functions. It can remotely control genset Start, Stop, switch breaker close
and open functions;
—— Modular structure design, flame retarding ABS shell, pluggable connecting terminal, and
embedded installation method, with compact structure and convenient installation.

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3SPECIFICATION
Table 2 Performance Parameters
Items
Description
Operating Voltage
1. DC8.0V~48.0V continuous power supply;
2. AC power supply A1N1/A2N2, voltage range(90~305)V;
Power Consumption
<3.5W(Standby mode:≤2W)
AC Voltage Input
AC system
3P4W (L-L)
(80~530)V
3P3W (L-L)
(80~530)V (DC supply is needed.)
1P2W (L-N)
(50~305)V
2P3W (A-B)
(80~530)V
Rated Frequency
50/60Hz
Breaker-close Relay Output
Capacity
8A AC250V, AC output;
Breaker-open Relay Output
Capacity
8A AC250V, AC output;
Programmble Output 1
Relay Capacity
16A AC250V, Voltage free output;
Programmble Output 2
Relay Capacity
16A AC250V, Voltage free output;
Programmble Output 3
Relay Capacity
16A AC250V, Voltage free output;
Programmble Output 4
Relay Capacity
8A AC250V, Voltage free output;
Digital Input Port
Active when it is connected with input common terminal;
Communication Method
Isolated RS485 interface, MODBUS Protocol;
Case Dimensions
163mmx133mmx51mm
Panel Cutout
152mmx122mm
Working Conditions
Temperature: (-25~+70)°C; Relative Humidity: (20~93)%RH
Storage Condition
Temperature: (-30~+70)°C
Protection Level
IP65: when waterproof gasket is inserted between the controller and the
panel;
Insulation Strength
Apply AC1.5kV voltage between high voltage terminal and low voltage
terminal, and the leakage current shall be not more than 3mA within 1min;
Weight
0.54kg

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4MEASURE AND DISPLAY DATA
Table 3 Display Parameters
No.
Measuring & Display Data Items
1
S1/S2 Power Phase Voltage
2
S1/S2 Power Line Voltage
3
S1/S2 Power Voltage Phase
4
S1/S2 Power Frequency
5
S1/S2 Present Power Status
6
Continuous Power Supply Time (Current)
7
Continuous Power Supply Time (Last Time)
8
S1 Accumulated Power Supply Time
9
S2 Accumulated Power Supply Time
10
QS1 Total Close Times
11
QS2 Total Close Times
12
S1/S2 Loading Status
13
Generator Start Status
14
Real Time Clock
15
Alarm Information
16
Event Log

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5OPERATION
Fig.1 Penal Indication Drawing
5.1 INDICATORS
Table 4 Indicators Description
Indicator Name
Color
Description
S1 Power Indicator
Green
S1 power is normal, it is always bright; When abnormal, it flashes; When
S1 power is shutdown, it is dark;
S2 Power Indicator
Green
S2 power is normal, it is always bright; When abnormal, it flashes; When
S2 power is shutdown, it is dark;
Auto Mode Indicator
Green
When current mode isAuto, it is illuminated;
S1 Close Indicator
Green
It is illuminated when S1 is loading;
Breaker Open
Indicator
Green
It is illuminated when the loading is disconnected;
S2 Close Indicator
Green
It is illuminated when S2 is loading;
Alarm Indicator
Red
Slow flashing when warning alarms occur (once every 1s); fast flashing
when breakdown alarms occur (five times every 1s).

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5.2 KEY FUNCTION DESCRIPTION
Table 5 Button Function Description
Key Name
Function Description
Set/Confirm/Alarm Reset
Press it in main interface, menu page appears;
Entering menu page, confirm key can move the cursor and confirm the
setting information; press it for longer time, current operation exits and
returns back to the main interface;
Press it for 3s, it can remove the breakdown alarms when breakdown
alarms occur;
Up Key
Press it in main interface, scroll up display appears;
Entering the menu page, it can move up the cursor and add the
number of position where the cursor is;
Down Key
Press it in main interface, scroll down display appears;
Entering the menu page, it can move down the cursor and reduce the
number of position where the cursor is;
Press for 3s, and LCD backlight flashes once and enters light always
mode; press it for 3 second again, and LCD backlight goes dark, and
recovers normal display mode;
Manual/Auto Key
Switchover between manual mode and auto mode;
S1 Close Key
Active under manual mode;
Press this key and Power S1 is connected to load;
Breaker Open Key
Active under manual mode;
Press this key and Power S1 is disconnected;
S2 Close Key
Active under manual mode;
Press this key and Power S2 is connected to load.
In the main interface, press Set/Confirm and Down Key simultaneously and lamp test shall be
conducted. At this time LCD backlight is illuminated, LCD displays full dark and all indicators on the
panel are illuminated.

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6LCD DISPLAY
6.1 MAIN SCREEN
Table 6 Screen Display
Items
Display Contents
S1
S2
Uab: 380V
Uab: 380V
F: 50.0 Hz
F: 50.0 Hz
Power Normal
Power Normal
This page displays: loading status of I and II, wire
voltage (Uab), frequency, and power status;
U1 L-L 380 380 380 V
U2 L-L 380 380 380 V
Auto Trans./Rev.
S1 Master
This page displays: loading status of I and II, wire
voltage (Uab, Ubc, Uca), transforming status, master
setting informations etc.;
U1L-N 220 220 220 V
U2L-N 220 220 220 V
S1 0˚120˚240˚
S2 0˚120˚240˚
This page displays: loading status of I and II, wire
voltage (Ua, Ub, Uc), phase;
2019-01-19(6) 15:52:58
QS1 Closing 4s
Genset Standby
Manual Mode
Bat 27.6V
This page displays: date and time, Start signal status,
current working status, other status information,
battery voltage;
Alarm 2/2
FaultAlarm
QS1 Failed to Close
Warn Alarm
Battery Over Volt
This page displays: alarm information.

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6.2 STATUS DESCRIPTION
Table 7 S1 Voltage Status
No.
Status Name
Description
1
S1 Available
S1 Normal Delay;
2
S1 Unavailable
S1 Abnormal Delay;
3
S1 Available
Power supply voltage is within the setting range;
4
S1 Blackout
Voltage is 0;
5
S1 Over Volt
Voltage is higher than the set upper limit value;
6
S1 Under Volt
Voltage has fallen below the set low limit value;
7
S1 Over Freq
Frequency is higher than the set upper limit value;
8
S1 Under Freq
Frequency has fallen below the set low limit value;
9
S1 Loss of Phase
Loss of one or two phases ofA, B and C;
10
S1 Phase Sequence
Wrong
A-B-C phase sequence is wrong.
Table 8 S2 Voltage Status
No.
Status Name
Description
1
S2 Available
S2 Normal Delay;
2
S2 Unavailable
S2 Abnormal Delay;
3
S2 Available
Power supply voltage is within the setting range;
4
S2 Blackout
Voltage is 0;
5
S2 Over Volt
Voltage is higher than the set upper limit value;
6
S2 Under Volt
Voltage has fallen below the set low limit value;
7
S2 Over Freq
Frequency is higher than the set upper limit value;
8
S2 Under Freq
Frequency has fallen below the set low limit value;
9
S2 Loss of Phase
Loss of one or two phases ofA, B and C;
10
S2 Phase Seq
Wrong
A-B-C phase sequence is wrong.

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Table 9 Genset Status
No.
Status Name
Description
1
Genset Start Delay
The delay time before genset starts;
2
Genset Return
Delay
The delay time before genset stops;
3
Schedule Not Work
When it is active, the lasting time of scheduled not-working displays;
4
Schedule Work
When it is active, the lasting time of scheduled working displays;
5
Gen1 Cycle Run
When it is active, countdown of S1 circular starting running;
6
Gen2 Cycle Run
When it is active, countdown of S2 circular starting running;
7
S1 Genset Working
It is active if there are only two generators in the system types and S1
is generating;
8
S2 Genset Working
It is active if there are only two generators in the system types and S1
is generating;
9
Genset Working
Genset starting signal outputs;
10
Genset Standby
Non-genset starting signal outputs.
Table 10 Switch Status
No.
Status Name
Description
1
Ready to Transfer
Switch transfer begins;
2
QS1 Closing
QS1 closing delay is in progress;
3
QS1 Opening
QS1 opening delay is in progress;
4
QS2 Closing
QS2 closing delay is in progress;
5
QS2 Opening
QS2 opening delay is in progress;
6
Transfer Rest
Interval time between switch transfer;
7
Closing QS1 Again
It is the second closing time when the first QS1 opening is not
successful, with the condition that the second closing delay setting is
not 0;
8
Opening QS1 Again
It is the second opening time when the first QS1 closing is not
successful, with the condition that the second opening delay setting is
not 0;
9
Closing QS2 Again
It is the second closing time when the first QS2 opening is not
successful, with the condition that the second closing delay setting is
not 0;
10
Closing QS2 Again
It is the second opening time when the first QS2 closing is not
successful, with the condition that the second opening delay setting is
not 0;
11
S1 On Load
QS1 was already closed and S1 is taking load1;
12
S2 On Load
QS2 was already closed and S2 is taking load2;
13
Offload
Switch was already opened and load is disconnected.
Warning alarms are active when controller detects the alarm signals, and alarm indicator will flash
slowly (1time per sec). When alarm is reset, indicator is extinguished, which means warn alarms are
not latched.

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Table 11 Warning Alarms
No.
Status Name
Description
1
Forced Open Warn
It alarms when the forced open (Non-firefighting cutoff input) action is
Warning, and the forced open input is active;
2
Battery Under Volt
Battery voltage is lower than the set limit value;
3
Battery Over Volt
Battery voltage is higher than the set limit value.
Fault alarms are active when controller detects the alarm signals. Alarm indicator will flash rapidly
(5 times per sec) and the alarm will last until it was removed manually. Fault alarms are latched.
Table 12 Fault Aalrms
No.
Status Name
Description
1
QS1 Failed to Close
QS1 fail to close;
2
QS1 Failed to Open
QS1 fail to open;
3
QS2 Failed to Close
QS2 fail to close;
4
QS2 Failed to Open
QS2 fail to open;
5
Forced Open Fault
It alarms when the forced open (Non-firefighting cutoff input) action is
Fault, and the forced open input is active;
6
S1 Genset Fault
It is active if there are only two generators in the system types, S1 is
generating and S1 cannot start normally;
7
S2 Genset Fault
It is active if there are only two generators in the system types, S2 is
generating and S2 cannot start normally;
8
Switch Trip Alarm
It will initiate a fault alarm, when the input is active.
The indication information will continuously display for 2s after it is active.
Table 13 Indication Information
No.
Status Name
Description
1
ExistAlarm!
The indication information for switching to Auto mode manually before
alarm is removed when there is fault alarm;
2
QS1 Already Close
The indication information for pressing QS2 close key when switch
type has breaking separations and QS1 has been closed;
3
QS2 Already Close
The indication information for pressing QS1 close key when switch
type has breaking separations and QS2 has been closed;
4
Already Open
The indication information for pressing open key when the breaker has
been opened.
Table 14 Other Status Information
No.
Status Name
Description
1
Start Inhibit
It displays when the genset starting inhibition input is active;
2
Remote Gen On Load
It displays when the remote starting with load input is active;
3
Remote Gen Off Load
It displays when the remote starting without load input is active;
4
Gen Start Mains NG
It displays when genset is starting and the Mains is abnormal;
5
Auto Mode
Current mode isAuto mode;
6
Manual Mode
Current mode is Manual mode.

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6.3 MAIN MENU
In main screen, press Set/Confirm key and it shall enter the menu interface.
1. Exit
2. Parameters Set
3. History Record
4. Auto Trans./Restore
5. Test Genset
6. Date & Time Set
7. Language
8. Total Information
9. Information
Press Up/Down key to choose parameters (the current line was
highlighted with black) and then press Confirm key to enter into the
corresponding display screen.
NOTE：Password is needed to enter the parameter setting menu and the default password is 01234. Users can
change the password in case that others change the controller configuration randomly. After changing please remember
it carefully. If you forget it, please contact with our company service personel.
7GENSET START/STOP OPERATION
7.1 Manual Machine Test
7.1.1 Start/Stop On the Panel
In the main interface, press Set/Confirm key and it shall enter the main menu screen. Choose “5.
Test Genset”, and it shall enter manually starting operation screen.
Test Genset
Press Up/Down key to choose parameters (the current line was
highlighted with black) and then press Confirm key to confirm.
Return
Genset Stop
Genset Start
Genset Stop: disconnect the outputted genset starting signal and it can control the genset stop.
Genset Start: Output genset starting signal and it can control the genset start.
When the system type is “S1 Gen S2 Gen”, manual Start/Stop menu interface is as follows:
Test Genset
Press Up/Down key to choose parameters (the current line was
highlighted with black) and then press Confirm key to confirm.
Return
S1 Genset Stop
S1 Genset Start
S2 Genset Stop
S2 Genset Start
S1 Genset Stop: disconnect the outputted S1 genset starting signal and it can control the genset
stop.
S1 Genset Start: Output S1 genset starting signal and it can control the genset start.
S2 Genset Stop: disconnect the outputted S2 genset starting signal and it can control the genset
stop.
S2 Genset Start: Output S2 genset starting signal and it can control the genset start.
7.1.2 Remote Communication Start/Stop Control
Remote control Start/Stop orders can be sent by using MODBUS protocol and through RS485

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interface.
Remote Communication Stop Control: disconnect the outputted genset starting signal and it
can control the genset stop.
Remote Communication Start Control: Output genset starting signal and it can control the
genset start.
7.2 Auto Mode Start/Stop
7.2.1 Start Conditions
7.2.1.1 Input Port Start
Set “Remote Gen On Load”and “Remote Gen Off Load”in the programmable input port setting,
and it shall not be set at the same time.
Remote Start with Loading: genset starting outputs, and when the generating is normal, close
the generating breaker; when the output is inactive, disconnect the genset starting output signal.
Remote Start without Loading: genset starting outputs, and when the mains is normal, close the
mains breaker; when the mains is abnormal and the generating is normal, close the generating
breaker; when the output is inactive, disconnect the genset starting output signal.
7.2.1.2 Genset Start with Abnormal Mains
When the mains is abnormal, genset starting outputs; when the generating is normal, closing the
generating breaker.
7.2.2 Start/Stop Of Two Gensets
When the system type is “S1 Gen S2 Gen”, the start condition is that the input port is active: set
“Remote Gen On Load”and “Remote Gen Off Load”in the programmable input port setting.
Remote Start with Loading: estimate S1 or S2 starting output according to starting ways, and
when the generating is normal, close the generating breaker.
Remote Start without Loading: estimate S1 or S2 starting output according to starting ways, and
after the genset starts, both S1 and S2 breakers shall not be closed.
Starting ways for two groups of gensets: circular starting, master and spare starting, balanced
running time starting, none.
Circular Starting
If remote start is active, S1 and S2 shall start the engine based on circular running time. For the
first time users shall choose S1 or S2 according to the switchover priority, for example: if S1 is prior to
S2, then S1 shall first start; then countdown works according to the set S1 circular running time, and
meanwhile countdown for genset fault check starts; afterwards before the fault check countdown ends
S1 generating is normal; after that make S1 work with loading; When S1 circular running countdown is
over, S2 starts and countdown for S2 circular running starts; at the same time countdown for genset
fault check begins and before the fault check countdown ends S2 generation is normal; afterwards
make S2 works with loading; then S1 stops; In this way make it circularly working until remote start is
inactive.
If during the starting process genset fault (fault check is overtime or input port of genset fault is
active), breaker-close failure, loading prohibition occurs, immediately stop the current working genset
and start another genset.
During the circular running process, if it is switched over to Manual Mode it shall remain current
status, and suspend the circular running time.

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Master and Spare Starting
When remote start is active, switch over to the genset with high starting priority to start. During the
starting process current genset fault (genset power supply delay is overtime or input port of genset
fault is active), breaker-close failure occurs, immediately stop the current working genset and start
another genset, otherwise genset with high switchover priority keeps on starting until remote start is
inactive.
Balanced Running Time Starting
When remote start is active, the genset with shortest accumulated running time starts. During the
starting process current genset fault (genset power supply delay is overtime or input port of genset
fault is active), breaker-close failure occurs, immediately stop the current working genset and start
another genset, otherwise current genset keeps on starting until remote start is inactive.
If it is demanded to do Start/Stop operation on two groups of gensets, the following conditions are
to be satisfied.
1) It shall be active underAuto Mode;
2) Set system type “S1 Gen S2 Gen”;
3) It is needed to set “S1 Genset Start”and “S2 Genset Start”in the output port;
4) It is needed to set “S1 Genset Fault Input”, “S2 Genset Fault Input”and “Remote Start On
Load”or “Remote Start Off Load”in the input port;
5) It is needed to set “Gen-Gen Start Mode”;
6) “Genset Available Time”shall be configured; if start mode is circular starting, it is also needed
to set “S1 Cycle Work Time”and “S2 Cycle Work Time”;
“S1 Genset Fault Input”and “S2 Genset Fault Input”in the input ports are optional settings.
Genset fault can also be checked from “Genset Available Time”, and it is needless to input genset fault
status by input port.
If the starting mode of the two groups of gensets is set “None”, then genset starting signal shall
not be putoutted.
For example: Table 15 Start Example Description
Starting Mode
Starting Conditions
First Starting Result
Circular Starting
Input port is active (remote start with loading/remote
start without loading).
S1 Genset Starting is
outputted.
Priority level: S1 switchover first.
7.2.3 Scheduled Genset Start
When scheduled genset start function is enabled, users can set scheduled starting time. When
the scheduled time is up, the controller shall send out starting signal. When the lasting time for
scheduled starting time is over then the starting signal is disconnected. Scheduled Genset Start can be
with loading or without loading.
Scheduled Genset Start with loading: genset start outputs, and when the generating is normal,
the generating breaker is closed;
Scheduled Genset Start without loading: genset start outputs, and when the mains is normal,
the mains breaker is closed.
The circular time for scheduled start can be set by month, week and day.
Start by month: it can be set to start in any month and the start date and time can also be set.
Start by week: it can be set to start at the same time for several days in one week; for example:
set start at 08:00 from Monday to Friday for lasting 10 hours everyday.

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Start by day: it can be set to start at the same time everyday.
7.2.4 Scheduled Genset Non-Start
When scheduled genset non-start function is enabled, users can set scheduled non-start time.
When the scheduled time is up, controller starting signal is disconnected. Before the scheduled
non-start lasting time is over starting signal is prohibited.
Scheduled Non-start circular time can be set by month, week and day.
Scheduled Non-start by month: which month to not start and the non-start date and time can be
set.
Scheduled Non-start by week: it can be set to not start at the same time for several days in one
week; for example: set non-start at 19:00 from Monday to Friday for lasting 12 hours everyday.
Scheduled Non-start by day: it can be set to not start at the same time everyday;
Note2:Scheduled non-start operation is prior to scheduled start operation.
8PARAMETER CONFIGURATION
8.1 ILLUSTRATION
In the main interface, press Set/Confirm key and enter menu page, choose Configuration and
press Set/Confirm again to enter password confirmation interface. Input the correct password, and
enter parameter setting interface. Input wrong password and it shall exit to main interface directly.
Factory default password is 01234. In parameter configuration interface, press Set/Confirm key
longer it shall exit and return to the main interface.

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8.2 PARAMETER CONFIGURATION TABLE
Table 16 Parameter Configuration Item Form
No.
Item
Range
Default
Description
AC Settings
1
S1 Available Delay
(0-3600) s
10
The check time for S1 from abnormal to
normal;
2
S1 Unavailable Delay
(0-3600)s
5
The check time for S1 from normal to
abnormal;
3
S2 Available Delay
(0-3600)s
10
The check time for S2 from abnormal to
normal;
4
S2 Unavailable Delay
(0-3600)s
5
The check time for S2 from normal to
abnormal;
5
Set Master
(0~1)
0
0: S1 Master S2 Spare
1: S2 Master S1 Spare
6
System Type Set
(0~3)
0
0: S1 Mains S2 Gen
1: S1 Gen S2 Mains
2: S1 Mains S2 Mains
3: S1 Gen S2 Gen
7
AC Sysem
(0-3)
0
0: 3-phase 4-wire
1: 3-phase 3-wire
2: 2-phase 3-wire
3: 1-phase 2-wire
8
Rated Voltage
(0-30000)V
220
Rated voltage of AC system
9
Over Volt Enable
(0~1)
1
0: Disable 1: Enable
10
Over Volt Threshold
(0-200)%
120
Upper limit value of voltage; it is abnormal
if the value has exceeded the set value.
11
Over Volt Return
Threshold
(0-200)%
115
Upper limit return value of voltage; it is
normal only when the value has fallen
below the set value.
12
Under Volt Enable
(0~1)
1
0: Disable 1: Enable
13
Under Volt Threshold
(0-200)%
80
Lower limit value of voltage; it is abnormal
if the value has fallen below the set value.
14
Under Volt Return
Threshold
(0-200)%
85
Lower limit return value of voltage; it is
normal only when the value has exceeded
the set value.
15
Rated Frequency
(10.0-75.0)Hz
50.0
Rated frequency of AC system
16
Over Frequency
Enable
(0-1)
1
0: Disable ; 1: Enable
17
Set Value
(0-200)%
110
Upper limit value of frequency; it is
abnormal if the value has exceeded the
set value.
18
Return Value
(0- 200)%
104
Upper limit return value of frequency; it is
normal only when the value has fallen

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No.
Item
Range
Default
Description
below the set value.
19
Under Frequency
Enable
(0-1)
1
0: Disable ; 1: Enable
20
Set Value
(0- 200)%
90
Lower limit value of frequency; it is
abnormal if the value has fallen below the
set value.
21
Return Value
(0- 200)%
96
Lower limit return value of frequency; it is
normal only when the value has exceeded
the set value.
22
Loss of Phase
Enable
(0-1)
1
0: Disable ; 1: Enable
23
Phase Sequence
Wrong
(0-1)
1
0: Disable ; 1: Enable
Switch Settings
1
Close Delay
(0.1-20.0)s
5.0
Outputted pulse time of close relay;
continuous output when it is 0;
2
Open Delay
(0.1-20.0)s
5.0
Outputted pulse time of open relay;
continuous output when it is 0;
3
Transfer Interval
(1-9999)s
1
Interval time from S1 switch open to S2
switch close; or from S2 switch open to S1
switch close;
4
Again Close Delay
(0-20.0)s
1.0
If the first switch open is not successful,
then the second close starts and again
close delay starts; when the delay is over,
then the second open starts; if the open
cannot be conducted, then open failure
alarm signal shall be sent out;
5
Again Open Delay
(0-20.0)s
1.0
If the first switch close is not successful,
then the second open starts and again
open delay starts; when the delay is over,
then the second close starts; if the close
cannot be conducted, then close failure
alarm signal shall be sent out;
6
Switch Type
(0~2)
1
0: Two Breakings
1: One Breaking
2: None Breaking
7
Forced Open Action
(0-1)
0
0: Warn Alarm 1: Fault Alarm
8
Auto Trans//Restore
(0-1)
1
0: Auto Trans/Non Res
1:Auto Trans/Res.
9
Open Input Enable
(0-1)
0
0:Disable 1:Enable
If open breaker position input is not
connected, please disable the setting;
10
NoOpen Transfer
Enable
(0-1)
1
0:Disable 1:Enable
When it is enabled, the controller shall

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No.
Item
Range
Default
Description
switch from circuit 1 to circuit 2 and there
is not breaker open control ouput in the
process.
Genset Settings
1
Genset Start Delay
(0~9999)s
1
When the genset prepares to start, the
delay starts, and when the delay is over,
genset starting signal is sent out;
2
Genset Stop Delay
(0~9999)s
5
When the genset prepares to stop, the
delay starts, and when the delay is over,
genset starting signal is disconnected;
3
Gen-Gen Start Mode
(0~3)
0
0:circular starting
1:master and spare starting
2:balanced running time starting
3:none
4
S1 Cycle Work Time
(0~9999)min
720
The running time of S1 in the mode of
circular starting;
5
S2 Cycle Work Time
(0~9999)min
720
The running time of S2 in the mode of
circular starting;
6
Genset Available
Time
(0~9999)s
120
The time from sending out genset
starting signal to normal generation
voltage; if the delay is over and the
generation voltage is still not normal,
then the genset fault alarm occurs;
7
Battery Volt Enable
(0~1)
0
0:Disable 1:Enable
8
Battery Low Volt
Warn Enable
(0~1)
0
0:Disable 1:Enable
9
Battery Low Volt
Warn
(0~100.0)V
10.0
It occurs when battery voltage is lower
than the set value;
10
Battery Low Volt
Return
(0~100.0)V
10.5
Battery Overvoltage Warning shall be
removed if battery voltage is higher than
the set return value;
11
Battery Over Volt
Warn Enable
(0~1)
0
0:Disable 1:Enable
12
Battery Over Volt
Warn
(0~100.0)V
30.0
It occurs when the battery voltage is
higher than the set value;
13
Battery Over Volt
Return
(0~100.0)V
29.5
It shall be removed if the battery voltage
is lower than the set value;
Scheduled Start/Stop Settings
1
Schedule Gen
Enable
(0~1)
0
0:Disable 1:Enable
2
Schedule Load
(0~1)
0
0:Off Load 1:Load
3
Schedule Period
Selection
(0~2)
0
0:Monthly 1:Weekly 2:Daily
4
Schedule Monthly
(1~4095)
4095
Bit0: January