Smartgen HPM6 User manual

HPM6
POWER MANAGEMENT CONTROLLER
USER MANUAL
SMARTGEN (ZHENGZHOU) TECHNOLOGY CO., LTD.

HPM6 Power Management Controller User Manual Page 2 of 146
Chinese trademark
English trademark
Smartgen —make your generator smart
Smartgen Technology Co., Ltd.
No.28 Jinsuo Road, Zhengzhou, Henan Province, China
Tel: [phone]
[phone](overseas)
Fax: [phone]
Email: [e-mail]
Web: www.smartgen.com.cn
www.smartgen.cn
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 –Version History
Date
Version
Contents
2021-11-26
1.0
Original release.

HPM6 Power Management Controller User Manual Page 3 of 146
This manual is suitable for HPM6 power management controller only.
Table 2 –Notation Clarification
Sign
Instruction
NOTE
Highlights an essential element of a procedure to ensure correctness.
CAUTION!
Indicates a procedure or practice, which, if not strictly observed, could result in
damage or destruction of equipment.
WARNING!
Indicates a procedure or practice, which could result in injury to personnel or loss
of life if not followed correctly.
Х
Indicates the controller without this function.
√
Indicates the controller with this function.

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CONTENTS
1. OVERVIEW..................................................................................................................................................7
2. MODEL CONFIGURATION .........................................................................................................................7
3. PERFORMANCE AND CHARACTERISTICS...............................................................................................7
4. FUNCTION DESCRIPTION .........................................................................................................................9
4.1 HPM6-DG FUNCTION DESCRIPTION ............................................................................................. 9
4.1.1 FUNCTION................................................................................................................................... 9
4.1.2 PROTECTION .............................................................................................................................. 9
4.1.3 DISPLAY PANEL.......................................................................................................................... 9
4.1.4 POWER MANAGEMENT ........................................................................................................... 10
4.2 HPM6-SG FUNCTION DESCRIPTION ........................................................................................... 10
4.2.1 OPERATION............................................................................................................................... 10
4.2.2 PROTECTION ............................................................................................................................ 10
4.2.3 DISPLAY PANEL........................................................................................................................ 11
4.2.4 POWER MANAGEMENT ........................................................................................................... 11
5. SPECIFICATION ...................................................................................................................................... 12
6. OPERATION............................................................................................................................................. 15
6.1 PANEL DISPLAY ............................................................................................................................ 15
6.2 KEY FUNCTION DESCRIPTION ..................................................................................................... 17
6.3 PARAMETERS SETTING ............................................................................................................... 18
7. DG SYSTEM MODE DESCRIPTION......................................................................................................... 20
7.1 SYSTEM MODE.............................................................................................................................. 20
7.1.1 MANUAL MODE ........................................................................................................................ 20
7.1.2 SEMI-AUTO MODE .................................................................................................................... 20
7.1.3 AUTO MODE.............................................................................................................................. 21
7.2 START MODE DESCRIPTION ........................................................................................................ 23
7.3 SCHEDULED MODE DESCRIPTION .............................................................................................. 24
8. SG SYSTEM MODE DESCRIPTION......................................................................................................... 25
8.1 SG SYSTEM MODE ........................................................................................................................ 25
8.1.1 MANUAL MODE ........................................................................................................................ 25
8.1.2 SEMI-AUTO MODE .................................................................................................................... 25
8.1.3 AUTO MODE.............................................................................................................................. 26
8.2 WORKING MODE DESCRIPTION................................................................................................... 27
9. PROTECTION .......................................................................................................................................... 28
10. HARDWARE STRUCTURE....................................................................................................................... 40
10.1 STRUCTURE DESCRIPTION.......................................................................................................... 40
10.2 HPM6D TERMINAL DESCRIPTION............................................................................................... 40
10.2.1 tS #1 COMMUNICATION PORT ............................................................................................... 41
10.2.2 TS #2 RS485 COMMUNICATION, RELAY OUTPUT, POWER PORT ....................................... 41
10.3 HPM6M TERMINAL DESCRIPTION .............................................................................................. 42
10.3.1 TS #1 POWER AND RELAY OUTPUT PORT............................................................................. 42
10.3.2 TS #2 CANBus AND RS485 COMMUNICATION PORT........................................................... 43

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10.3.3 TS #3 ANALOG OUTPUT PORT ............................................................................................... 43
10.3.4 TS #4 TRIODE OUTPUT PORT ................................................................................................. 44
10.3.5 TS #5 ANALOG INPUT PORT ................................................................................................... 44
10.3.6 TS #6, TS #7 DIGITAL INPUT PORT ........................................................................................ 45
10.3.7 TS #8, TS #9, TS #10 GEN/BUS VOLTAGE, GEN/EARTH CURRENT INPUT PORT .............. 46
10.3.8 COMMUNICATION PORT ......................................................................................................... 46
10.4 WIRE CONNECTION ...................................................................................................................... 47
10.4.1 TYPICAL APPLICATION DIAGRAM.......................................................................................... 47
10.4.2 AC WIRE CONNECTION (3 PHASE 4 WIRE) ............................................................................ 47
10.4.3 AC WIRE CONNECTION (SINGLE PHASE) .............................................................................. 48
10.4.4 AC WIRE CONNECTION (2 PHASE 3 WIRE) ............................................................................ 48
10.4.5 ANALOG INPUT PORT.............................................................................................................. 49
10.4.6 MSC NETWORK COMMUNICATION PORT ............................................................................. 49
10.4.7 MSC APPLICATION DIAGRAM................................................................................................. 50
11. POWER MANAGEMENT AND WORKFLOW CHART.............................................................................. 52
11.1 EQUAL LOAD SHARING................................................................................................................. 52
11.2 FIXED POWER OUTPUT................................................................................................................. 52
11.3 SYNCHRONIZATION ..................................................................................................................... 53
11.4 HEAVY CONSUMER INQUIRY ....................................................................................................... 53
11.4.1 HEAVY CONSUMER REQUEST................................................................................................. 54
11.4.2 HEAVY CONSUMER RESPONSE.............................................................................................. 54
11.4.3 HEAVY CONSUMER PERMISSION........................................................................................... 54
11.4.4 HEAVY CONSUMER FEEDBACK .............................................................................................. 54
11.5 NON ESSENTIAL LOAD (NEL) TRIP.............................................................................................. 57
11.6 WORKFLOW CHART...................................................................................................................... 58
11.6.1 START........................................................................................................................................ 58
11.6.2 STOP.......................................................................................................................................... 59
11.6.3 CLOSE BREAKER....................................................................................................................... 60
11.6.4 OPEN BREAKER ........................................................................................................................ 61
11.6.5 HEAVY CONSUMER.................................................................................................................. 62
11.6.6 LIGHT CONSUMER ................................................................................................................... 63
12. PARAMETER SETTINGS......................................................................................................................... 64
12.1 MODULE SETTING ........................................................................................................................ 64
12.2 BUS SETTING ................................................................................................................................ 68
12.3 GENERATOR SETTING.................................................................................................................. 73
12.4 GENERATOR LOAD SETTING ....................................................................................................... 82
12.5 TIMER SETTING ............................................................................................................................ 95
12.6 ANALOG INPUT PORTS SETTING ................................................................................................ 96
12.7 DIGITAL INPUT PORTS SETTING ............................................................................................... 100
12.8 DIGITAL OUTPUT PORTS SETTING............................................................................................ 109
12.9 ANALOG OUTPUT PORTS SETTING........................................................................................... 125
12.10 GB SETTING................................................................................................................................. 127
12.11 SYNCHRONIZATION SETTING................................................................................................... 128
12.12 SYNCHRONOUS CALIBRATION.................................................................................................. 132

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12.13 ENGINE SETTING ........................................................................................................................ 135
12.14 DISPLAY SETTING....................................................................................................................... 136
12.15 USER-DEFINED PROTOCOL FORM SETTING............................................................................. 137
12.16 DIN16 SETTING........................................................................................................................... 138
12.17 DOUT16 SETTING ....................................................................................................................... 140
12.18 USER-DEFINED PROTOCAL SETTING ........................................................................................ 142
13. COMMISSIONING ................................................................................................................................. 143
13.1 STEP 1: SINGLE UNIT DEBUGGING ............................................................................................ 143
13.2 STEP 2: SEMI-AUTO PARALLEL OPERATION OFF-LOAD.......................................................... 143
13.3 STEP 3: SEMI-AUTO PARALLEL OPERATION ON-LOAD ........................................................... 143
13.4 STEP 4: AUTOMATIC PARALLEL OPERATION .......................................................................... 143
14. INSTALLATION ..................................................................................................................................... 144
15. FAULT FINDING .................................................................................................................................... 146

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1. OVERVIEW
HPM6 power management controller is a special power management system for marine
applications. The system carries out genset control, protection, power detection functions. The system
is a true multi-master system whose power management function is realized by calculating all
generator control units. One of the control units is internally defined as the “command unit”. This unit is
the one where start priority and other power management-related functions are calculated.
HPM6 can realize up to 20 gensets automatic synchronization and load sharing. Should the
command unit fail, the power management calculations will automatically be transferred to the next
available control unit. Each control unit is connected via network bus, which has device level ring
redundancy function.
2. MODEL CONFIGURATION
According to the functions, it is divided into HPM6-DG diesel genset power management controller
and HPM6-SG genset power management controller. All controllers share one set of hardware (master
control module + display module).
3. PERFORMANCE AND CHARACTERISTICS
HPM6 power management controller adopts split-type design, which is composed of display
module HPM6D and master control module HPM6M.
─4.3-inch LCD, 480x272 resolution with backlight, Chinese, English and other languages display
interface;
─Suitable for 3-phase 4-wire, 3-phase 3-wire, 2-phase 3-wire and single phase systems with
frequency 50/60Hz;
─PLC function enables user to define control logic;
─User-defined system SLD function;
─3-level password protection, two password permissions can customize user configuration items,
i.e. configuration items that user can modify can be customized;
─3 accumulated data, two user accumulated data (user A and user B), user can clear accumulated
data. 3 accumulated data are simultaneously and synchronously calculated, but user A and user B
data can be cleared at any time;
─Parameter setting: parameters can be modified, most of them can be configured from front panel
of the controller and all of them can be configured using PC via USB, RS485 or RJ45 ports;
─Alarm log, which cannot be lost even in case of power outage, maximum 500 pieces can be
recorded;
─Event log, which cannot be lost even in case of power outage, maximum 500 pieces can be
recorded;
─User-defined protocol content function;
─User-defined bus data function, can read other genset controller data from one controller;
─Harmonic analysis and generator voltage, current waveform display function;
─Monitor data curve at real time;

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─Black box function, record data before and after alarm, do data analysis and find problem via PC
software;
─Master control module can record USB, open USB record via PC software can do data analysis;
─Display module can open USB, save configuration files.

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4. FUNCTION DESCRIPTION
4.1 HPM6-DG FUNCTION DESCRIPTION
4.1.1 FUNCTION
●Support up to 16 master diesel gensets
●Load distribution (load sharing, fixed power output) between diesel gensets
●4 heavy consumer inquiry for each controller
●Safe mode (reserve an additional unit running)
●Reserved power (reserve appropriate power for bus running)
●Drop power (run at the set percentage of rated power)
●Start/stop control
●Synchronous close
●Soft loading/unloading
●Engine speed adjusting control: relay output, analog voltage output, analog current output
●Genset voltage adjusting control: relay output, analog voltage output, analog current output
4.1.2 PROTECTION
●Over current, 6-level
●Reverse power, 2-level
●Over power, 2-level
●Over voltage, 3-level
●Under voltage, 3-level
●Over frequency, 3-level
●Under frequency, 3-level
●Unbalanced voltage, 2-level
●Unbalanced current, 2-level
●ROCOF, 2-level
●Vector shift, 2-level
●Loss of excitation, 2-level
●Power factor low, 2-level
●Voltage single and total harmonics, 2-level
●Current single and total harmonics, 2-level
●Earth fault, 2-level
●Unbalanced active power distribution, 2-level
●Unbalanced reactive power distribution, 2-level
●Loss of phase and reverse phase sequence
●Close/open failure
●Digital inputs
4.1.3 DISPLAY PANEL
●Genset start/stop key
●Auto/semi-auto mode transfer key
●Breaker close/open key

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●Top priority key
●ACK alarm key
●Status, alarm and information text messages
4.1.4 POWER MANAGEMENT
●Blackout handling
●Load-dependent start/stop
●Auto start mode selection
►Linear start
►Duty time start
●Auto scheduled start mode selection
►Active power percentage
►Left active power
►Apparent power percentage
►Left apparent power
●NEL priority trip (3-way for single unit)
●Light consumer active, genset will not stop when load is lower than stop load
●Reserved running gensets, minimum load running gensets on the bus
●Safety stop, safety trip
●Limited on-grid gensets
●Bus breaking handling
●Shore power handling
4.2 HPM6-SG FUNCTION DESCRIPTION
4.2.1 OPERATION
●Support up to 4 shaft gensets
●Load distribution (load sharing, fixed power output) between shaft gensets and diesel gensets
●4 heavy consumer inquiry for each controller
●Drop power (run at the set percentage of rated power)
●Start/stop control
●Synchronous close
●Soft loading/unloading
●SG/DG load transfer
●Engine speed adjusting control: relay output, analog voltage output, analog current output
●Genset voltage adjusting control: relay output, analog voltage output, analog current output
4.2.2 PROTECTION
●Over current, 6-level
●Reverse power, 2-level
●Over power, 2-level
●Over voltage, 3-level
●Under voltage, 3-level
●Over frequency, 3-level

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●Under frequency, 3-level
●Unbalanced voltage, 2-level
●Unbalanced current, 2-level
●ROCOF, 2-level
●Vector shift, 2-level
●Loss of excitation, 2-level
●Power factor low, 2-level
●Voltage single and total harmonics, 2-level
●Current single and total harmonics, 2-level
●Earth fault, 2-level
●Unbalanced active power distribution, 2-level
●Unbalanced reactive power distribution, 2-level
●Loss of phase and reverse phase sequence
●Close/open failure
●Digital inputs
●DG insufficient capacity
●SG insufficient capacity
●SG and DG paralleled number over
●SG and DG grid-connection timeout
4.2.3 DISPLAY PANEL
●SG genset start/stop key
●Auto/semi-auto mode transfer key
●Breaker close/open key
●Top priority key
●ACK alarm key
●Status, alarm and information text messages
4.2.4 POWER MANAGEMENT
●Blackout handling
●Load-dependent start/stop
●Work mode selection
►Load takeover mode
►Fixed power mode
►Load sharing mode
●NEL priority trip (3-way for single unit)
●Reserved power
●Safety stop, safety trip
●Limited on-grid gensets
●Bus breaking handling
●Shore power handling

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5. SPECIFICATION
Table 3 –Specification Parameters
Item
Content
Working Voltage
Range: DC8V - DC35V continuous power supply, DC reverse connection
protection
Resolution: 0.1V
Accuracy: 1%
Overall Consumption
Display: <4W (standby: ≤2.5W)
Master control: <8W (standby: ≤5W)
AC Voltage
Phase Voltage
Range: AC15V - AC520V (ph-N)
Resolution: 0.1V
Accuracy: 0.5%
Line Voltage
Range: AC30V - AC900V (ph-ph)
Resolution: 0.1V
Accuracy: 0.5%
AC Frequency
Range: 5Hz - 75Hz
Resolution: 0.01Hz
Accuracy: 0.1Hz
AC Current
Rated: 5A
Range: 0A - 15A
Resolution: 0.1A
Accuracy: 0.5%
Analog Inputs
Resistance Input
Range: (0 - 6000)Ω
Resolution: 0.1
Accuracy: 1Ω (below 300Ω)
Voltage Input
Range: (0 - 5)V
Resolution: 0.001V
Accuracy: 0.5%
Current Input
Range: (0 - 20)mA
Resolution: 0.001mA
Accuracy: 0.5%
Analog Outputs
Current Output
Range: (-20 - 20)mA
Resolution: 0.001mA
Accuracy: 0.5%
Digital Output Port 1-2
8A DC30V Volt-free (relay output)
Digital Output Port 3-4
8A DC30V Active (relay output)

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Item
Content
Digital Output Port 5
8A DC30V Volt-free (relay output)
Digital Output Port 6-7
7A DC30V Volt-free (relay output)
Digital Output Port 8-20
1A DC30V DC (transistor output)
Digital Input Port 1-20
Low on threshold voltage 4.6V, max. input voltage 60V
RS485 Port
Isolated, half-duplex, 9600bps, max. communication distance 1000m
Ethernet
Self-adaption, 10/100Mbit
MSC CAN Port
Isolated, max. communication distance 250m, use Belden 9841 cable or
equivalence
CE-EMC Certificate
EN 55032, EN 55024
Vibration
5Hz~8Hz: displacement=±7.5mm
8Hz~500Hz: a=±2g
IEC 60068-2-6
Shock
50g, 11ms, half-sine, three consecutive shocks are applied in each of the
three mutually perpendicular directions, i.e., a total of 18 times.
IEC 60068-2-27
Bump
25g, 16ms, half-sine
IEC 60255-21-2
Safety Requirements
According to EN 61010-1 installation category (over voltage category) III,
300V, pollution class 2, altitude 3000m
Case Dimensions
HPM6D: 220mm x 130mm x 52mm
HPM6M: 250mm x 165mm x 83mm
Panel Cutout
HPM6D: 201mm x 111mm, embedded panel installation
HPM6M: aperture φ5.5 x 4, hole distance 237.5mm x 152.5mm, screw
fixed installation
Working Temperature
(-25~+70)°C
Work Humidity
(20~93)%RH
Storage Temperature
(-30~+80)°C
Protection Level
HPM6D display module: front panel IP65, back panel IP20 when
waterproof rubber ring is added between controller and control panel.
HPM6M master control module: IP20
Insulation Intensity
Apply AC2.2kV voltage between high voltage terminal and low voltage
terminal, leakage current is less than 3mA within 1min.
Product Standard
GB/T 2820.4-2009 Reciprocating internal combustion engine driven
alternating current generating sets - Part 4: Controlgear and switchgear
GB/T 10250-2007 Electrical and electronic installations in ships –
Electromagnetic compatibility
GD 22-2015 Guidelines for type approval test of electric and electronic
products
E-14-2015 Generator protection gear, power station automatic control
gear
Rules for classification of sea-going steel ships 2015, Volume 4, Part 7:
Automatic system

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Item
Content
Rules for classification of sea-going steel ships 2015, Volume 4, Part 4:
Electric device, chapter 2, section 5 System protection
Weight
HPM6D display module 0.57kg;
HPM6M master control module 1.31kg.

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6. OPERATION
6.1 PANEL DISPLAY
HPM6D display module TFT LCD is 4.3 inches with 480x272 resolutions, as follows:
Fig.1 –HPM6 Display Panel
Table 4 –Alarm Indicator Introduction
Alarm Type
Indicator Color
Indicator Status
Indication Alarm
Green
Slowly flash (once per second)
Warning Alarm
Yellow
Slowly flash (once per second)
Block Alarm
Yellow
Slowly flash (once per second)
Safety Trip Alarm
Red
Fast flash (twice per second)
Safety Trip and Stop Alarm
Red
Fast flash (twice per second)
Trip Alarm
Red
Fast flash (twice per second)
Trip and Stop Alarm
Red
Fast flash (twice per second)
NOTE1: Alarm Indicator (red, green, yellow): flashes when alarm is not acknowledged, always illuminates when alarm is
acknowledged but not disappear, extinguishes when the alarm is disappeared;
NOTE2: Power Indicator (green): green light always illuminates when the power is normal;
NOTE3: Running Indicator (red and green, yellow represents green and red lights are illuminated simultaneously):
Green light always illuminates: genset is normally running;
Red light always illuminates: ready to start signal abnormal or genset in start inhibit status;
Yellow light always illuminates: genset normal running, but standby engine starts signal abnormal or genset in
start inhibit status;
Light off: genset standby and normal running;
NOTE4: Self-check Indicator (green): green light illuminates when self-check is normal;
NOTE5: Gen Normal Indicator (green): it always illuminates when generating is normal, flashes when generating is
abnormal, extinguishes when there is no generating;
NOTE6: Bus Normal Indicator (green): it always illuminates when bus is normal, extinguishes when bus is abnormal or
bus voltage blackout;
NOTE7: Top Priority Indicator (green): When the top priority is enabled, press current controller “Top Priority Key”, system
will sort all gensets priority and set the current genset as the first (priority value is smallest), controller indicator always
illuminates (on-grid genset in non-auto mode is prior to genset in auto mode), otherwise it will extinguish. When the top
priority is disabled, press current controller “Top Priority Key”, indicator illuminates, representing current genset is master,

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controller priority shows -1 simultaneously, press the key again, indicator extinguishes and priority shows normally. When
the top priority key more than two gensets is pressed, indicators will illuminate simultaneously, representing they are all
in master status, priority refers to number, smaller the number, higher the priority.
Table 5 –Switch Status Indicator Introduction
Alarm Type
Alarm Indicator Status
Opened
All lights between gen indicator and bus indicator (except for gen c/o
indicator) illuminate according to gen and bus status.
Closed
All lights between gen indicator and bus indicator always illuminate.
Synchronous Closing
All lights between gen indicator and bus indicator cycle illuminate from
left to right.
Soft-loading
All lights between gen indicator and bus indicator cycle illuminate from
left to right.
Soft Unloading Opening
All lights between gen indicator and bus indicator cycle illuminate from
right to left.
Close Failure
All lights between gen indicator and bus indicator flash.
Open Failure
All lights between gen indicator and bus indicator flash.
Close Feedback Failure
All lights between gen indicator and bus indicator always illuminate, but
gen c/o indicator flashes.
Open Feedback Failure
All lights between gen indicator and bus indicator always illuminate, but
gen c/o indicator flashes.
Fig.2 –HPM6 Master Control Panel
NOTE1: Power Indicator (red, green, yellow): green light always illuminates when power is normal, yellow light always
illuminates when power is abnormal;
NOTE2: Running Indicator (red and green, yellow represents green and red light simultaneously): refer to display module
indicator description;
NOTE3: Self-check Indicator (green): green light illuminates when self-checking is normal;

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NOTE4: Alarm Indicator (red, green, yellow): refer to display module indicator description;
NOTE5: CAN Communication Indicator (green): flashes in communication, extinguishes in other periods;
NOTE6: RS485 Communication Indicator (green): flashes in communication, extinguishes in other periods.
6.2 KEY FUNCTION DESCRIPTION
Table 6 –Key Description
Icon
Key
Description
Stop
Open and stop the parallel running genset in Semi-auto mode.
Lamp test (press at least 3s).
Start
Start the standby genset in Semi-auto mode.
Semi-auto
Press this key and controller enters Semi-auto mode.
Auto
Press this key and controller enters Auto mode.
Top Priority
Place current genset at the highest priority by pressing the key.
Start current genset first under corresponding running mode.
Details refer to top priority indicator description.
ACK
Press it to fast switch to alarm interface, press it in alarm interface
to acknowledge all alarms, alarm indicator changes from flash to
flat.
Close
Control breaker synchronous close in Semi-auto mode.
Open
Control breaker unloading open in Semi-auto mode.
Up/Increase
1. Screen scroll;
2. Up cursor and increase value in setting menu.
Down/Decrease
1. Screen scroll;
2. Down cursor and decrease value in setting menu.
Left
1. Page scroll;
2. Left move cursor in setting menu.
Right
1. Page scroll;
2. Right move cursor in setting menu.
Set/Confirm
1. Press it more than 3s and enter parameter setting menu;
2. In setting menu, confirm the set value;
3. Alarm interface can acknowledge and unlock alarms.
Exit
1. Return to first interface;
2. Return to previous menu in setting menu.
NOTE: Press any key in the main interface can mute sound.

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6.3 PARAMETERS SETTING
Press key for more than 3s to enter into user menu.
★Parameter setting
After entering the correct password, you can enter parameter settings interface.
Password can be divided into 3 levels: one highest level (engineer, default is 00318) and two
user-defined levels (technician, default is 00317; operator, default is 00316). After entering highest level
password, all configuration items can be set; after entering user-defined level password, users can only
configure parameters within the permission field.
Parameter setting includes the following contents:
★Module setting
★Bus setting
★Generator setting
★Generator load setting
★Timers setting
★Analog inputs setting
★Digital inputs setting
★Digital outputs setting
★Analog outputs setting
★Breaker setting
★Synchronization setting
★Synchronous calibration
★SLD setting (only configure via upper computer)
★Engine setting
★1# DIN16 setting
★2# DIN16 setting
★1# DOUT16 setting
★2# DOUT16 setting
Example:
Return
>Start delay
>Stop delay
>Start output time
>Stop output time
>Wait for start time
>Wait for stop time
>Load stable time
>Transient fault delay
>Alarm start delay
>Trigger start delay
>Alarm stop delay
Interface 1:
Use to change setting contents,
to enter settings (interface 2), to exit
settings menu.
Module setting
Bus setting
Generator setting
Generator load setting
Timers setting >
Analog inputs setting
Digital inputs setting
Digital outputs setting
Analog outputs setting
Breaker setting

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Return
>Start delay
Interface 2:
Use to change setting contents,
to enter settings (interface 3), to
return to previous menu. (interface 1)
Module setting
Bus setting
Generator setting
Generator load setting
>Stop delay
>Start output time
>Stop output time
>Wait for start time
>Wait for stop time
>Load stable time
>Transient fault delay
>Alarm start delay
>Trigger start delay
>Alarm stop delay
Timers setting >
Analog inputs setting
Digital inputs setting
Digital outputs setting
Analog outputs setting
Breaker setting
Return
>Start delay
Interface 3:
Use to change setting contents,
to confirm settings (interface 4), to
return to previous menu. (interface 1).
Module setting
>Stop delay
Bus setting
>Start output time
>Stop output time
>Wait for start time
>Wait for stop time
>Load stable time
>Transient fault delay
>Alarm start delay
>Trigger start delay
>Alarm stop delay
Generator setting
Generator load setting
Timers setting >
Analog inputs setting
Digital inputs setting
Digital outputs setting
Analog outputs setting
Breaker setting
>Start delay
00005
Interface 4:
Press to enter settings (interface 5),
to return to previous menu. (interface 3).
>Stop delay
>Start output time
>Stop output time
>Wait for start time
>Wait for stop time
>Load stable time
>Transient fault delay
>Alarm start delay
>Trigger start delay
>Alarm stop delay

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>Start delay
00005
Interface 5:
Press to change cursor position,
are used for changing cursor value,
to confirm setting and the setting will be
stored in internal memory automatically; to
exit setting.
>Stop delay
>Start output time
>Stop output time
>Wait for start time
>Wait for stop time
>Load stable time
>Transient fault delay
>Alarm start delay
>Trigger start delay
>Alarm stop delay
7. DG SYSTEM MODE DESCRIPTION
7.1 SYSTEM MODE
7.1.1 MANUAL MODE
When manual mode signal is active, the system will enter manual mode. In this mode, HPM6
controller can only monitor data and issue alarms but cannot control switch or genset. In addition, GOV
and AVR do not work but the manual GOV IN, manual GOV OUT, manual AVR IN and manual AVR OUT
do work in this mode.
7.1.2 SEMI-AUTO MODE
Semi-auto mode is activated by pressing key; Semi-auto means that the unit will not initiate
any sequences automatically. It will only initiate sequences if external signal is given and alarm
protection function is always active.
The external signal may be given in three ways:
1. Using display panel keys
2. Using digital inputs
3. Using Modbus command
In semi-auto mode, all available diesel gensets start/stop/synchronizing closed/unloaded open
can be controlled by front panel keys.
The system monitors that if gensets are overloaded. Should that be the case, the Non Essential
Load (NEL) trip will activate to maintain power supply to bus.
If a heavy consumer is requested, the system will calculate the power needed. If the available
power is insufficient, the heavy consumer connection will not be allowed.
Semi-auto Start:
a) Start command will be initiated by HPM6 after pressing key. The system enters into “Start
Output Delay”while the start relay will activate;
b) When “Start Output Delay”is over, “Wait for Start Delay”will be initiated. “Fail to Start”block alarm
will be initiated if measured generator voltage and frequency do not reach the set value after start
wait delay is over;