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DKM-430 User Manual Rev_02                                                              Firmware V-1.8                     

 

 

 

 

 

 

DKM-430  

MULTIPLE NETWORK 

ANALYSER  

 

 

DATAKOM DKM-430

 is a precision instrument 

allowing the measurement, recording and remote 
monitoring of 10 3-phased or 30 single-phased feeders 
(or any combination of these two). The number and 
flexibility of current inputs allow the unit to be used in a 
variety of applications like power distribution network 
monitoring, ISO50001 energy efficiency or home and 
factory automation. 

The unit can be mounted on a DIN rail or backplane. It 
can be easily adapted to existing panels. 

Current inputs of the unit are designed for 0.1A output 
current transformers (CTs). Different 0.1A rated CTs 
are available at Datakom for sales. 

Each CT can be assigned to any phase voltage and 
any virtual analyzer. Inputs can be moved between 
analyzers without modifying connections. 

Independently adjustable current limits for each phase 
provide pre-alarms and help to reduce energy failures. 

All measurement values and program parameters may 
be displayed on the graphic LCD screen. 

The unit logs all fault conditions together with date and 
time information. The internal real time clock is capable 
of running 10 years without energy. 

The astronomical relay function calculates sunrise and 
sunset times precisely for daylight based applications. 

Any fault or warning signal can be connected to digital 
inputs of the unit. Input functions are selected from list. 

Any function can be assigned to relay outputs of the 
unit. Relays may be remotely operated through the 
central monitoring program. 

The isolated RS-485 MODBUS RTU data port is 
unaffected by ground potential differences and allows 
safe transmission of information to monitoring and 
automation systems. 

The optional internal GPRS modem allows remote 
monitoring and control of the distribution panel without 
the use of any additional module. 

Parameter setting of the unit is made either manually or 
through the USB port using the free PC program. 

The unit records electrical parameters in its 1MB 
internal memory with programmed period. Records are 
read through Modbus.

 

 

 

Equivalent to 10 3-phase analyzers 

True RMS measurements 

0.5% measurement precision 

Internal record memory: 1MB  

Internal battery backed-up real time clock 

Astronomical relay function 

Isolated RS-485 serial port 

MODBUS-RTU communication 

Internal GPRS modem (optional) 

2 programmable relay outputs 

2 optically isolated programmable inputs 

Active-reactive energy counters 

USB port for programming 

Free programming software 

Graphic LCD, 128x64 pixels 

Wide supply range:85-305VAC / 88-450VDC 

DC supply version available 

Wide operating temperature range 

 

VOLTAGE INPUTS: 

 P-N and P-P voltages: V1-V2-V3-U12-U23-U31  

 Harmonics: Voltage inputs, 2-17 harmonics 

EACH CT INPUT: 

 Current: In 

 Active/reactive/apparent powers: Pn-Qn-Sn 

 Power factor: COSn 

 Current harmonics 2-17 

EACH VIRTUAL ANALYSER: 

 Total active/reactive/apparent power: 

∑P-∑Q-∑S 

 Total power factor: 

∑cos 

 Active and reactive counters: Pn-Qn 

 

                                                                                                           

FEATURES 

MEASUREMENTS 

DESCRIPTION 

Summary of Contents for DKM-430

Page 1: ...elected from list Any function can be assigned to relay outputs of the unit Relays may be remotely operated through the central monitoring program The isolated RS 485 MODBUS RTU data port is unaffecte...

Page 2: ...is required please contact the manufacturer directly at below e mail address datakom datakom com tr Please provide following information in order to get answers to any question Device model name see t...

Page 3: ...k of malfunction or material damage ATTENTION Useful hints for the understanding of device operation The D 500 family units are available in various options and peripheral features Please use below in...

Page 4: ...power before working on equipment When the unit is connected to the network do not touch terminals Short circuit terminals of unused current transformers Any electrical parameter applied to the device...

Page 5: ...S 485 PORT 3 7 USB DEVICE PORT 3 8 GSM MODEM OPTIONAL 4 CONNECTION DIAGRAM 5 TECHNICAL SPECIFICATIONS 6 DESCRIPTION OF CONTROLS 6 1 FRONT PANEL FUNCTIONALITY 6 2 PUSHBUTTON FUNCTIONS 6 3 LED FUNCTIONS...

Page 6: ...N TO FACTORY SETTINGS 11 14 LOCATION SETUP 12 INTERNAL RECORD MEMORY 13 CENTRAL MONITORING OF UNITS 14 E MAIL SENDING 15 SMS COMMANDS 16 MODBUS COMMUNICATIONS 16 1 PARAMETERS REQUIRED FOR RS 485 MODBU...

Page 7: ...beyond specified range Voltage applied to digital inputs over specified range Current at measuring terminals beyond specified range Overload or short circuit at relay outputs Connecting or removing da...

Page 8: ...e voltage inputs in close proximity of the unit Fuses must be of fast type FF with a maximum rating of 6A Use cables of appropriate temperature range Use adequate cable section at least 0 75mm2 AWG18...

Page 9: ...0VAC all features active digital outputs open 60mA 110VDC all features active digital outputs open Measurement method True RMS Sampling rate 2048 Hz Harmonic analysis up to 17th harmonic Input voltage...

Page 10: ...nimum Input impedance 1 ohm Burden 10 mW Maximum continuous current 500mA Measurement range 0 5 to 120mAA Display resolution 0 1A Accuracy 0 5 1 digit 100mA SELECTING THE CT ACCURACY CLASS The CT accu...

Page 11: ...onnections are possible so check both order of CTs and their polarity Reactive power measurement is affected by incorrect CTs connection in similar way as active power measurement CORRECT CT CONNECTIO...

Page 12: ...L1 100 0 0 0 100 1 00 Phase L2 100 0 0 0 100 1 00 Phase L3 100 0 0 0 100 1 00 Total 100 0 0 0 300 0 33 EFFECT OF PHASE SWAPPING The network is still loaded with 100 kW on each phase The load Power Fac...

Page 13: ...olated Connection 3 wires A B GND Half duplex Baud rate 2400 115200 bauds selectable Data type 8 bit data no parity 1 bit stop Termination External 120 ohms required Common mode voltage 0 5 VDC to 7VD...

Page 14: ...ftware programming control of the genset and monitoring of measured parameters are achieved The RainbowPlus software can be downloaded from www datakom com tr website The connector on the module is of...

Page 15: ...only type SIM cards will usually not function properly Please refer to GSM Modem Configuration Guide for more details Description Quad band GSM GPRS 850 900 1800 1900MHz module GPRS multi slot class 1...

Page 16: ...DKM 430 User Manual Rev_02 Firmware V 1 8 K92D01 EN 16 4 CONNECTION DIAGRAM...

Page 17: ...Loading Voltage Input 0 02VA per phase Current Input 0 02VA per phase Relay Outputs 5A 250V AC Digital Inputs Active level 85 305VAC Min pulse 250ms Isolation 1000V AC 1 minute Serial Port Signal type...

Page 18: ...oup Selects next display screen in the same display group When held pressed for 5 seconds enters PROGRAMMING mode 6 2 PUSHBUTTON FUNCTIONS 6 1 FRONT PANEL FUNCTIONALITY 6 DESCRIPTION OF CONTROLS Energ...

Page 19: ...n the same group After the first display the last display comes again The list of parameter groups are below Channel Measurement Screens Voltage current kW kVA kVAr pf and reactive ratio of each input...

Page 20: ...100 samples length and 13 bit resolution with a sampling rate of 2048 s s Thus one cycle of a a 50Hz signal is represented with 41 points The vertical scale is automatically adjusted in order to avoid...

Page 21: ...024 samples length and 13 bits resolution with a sampling rate of 2048 s s The unit is able to analyze up to 900Hz and up to 17th harmonic whichever is smaller Alphanumeric Harmonics Table All harmoni...

Page 22: ...ding on sunrise and sunset Astronomical relay display screen Astronomical relay parameter setting is performed through LOCATION SETUP group of the programming menu The date time information is picked...

Page 23: ...occurring basis If an alarm is present following alarms will not be accepted Alarms may be of LATCHING type following programming For latching alarms even if the alarm condition is removed the alarms...

Page 24: ...When the program mode is entered below password entry screen will be displayed A 4 digit password must be entered using buttons The buttons modify the value of the current digit The buttons navigate...

Page 25: ...available parameters will be displayed Selected parameter is shown in reverse video black on white In order display change the value of this parameter please press button Parameter value may be incre...

Page 26: ...lection keys If no button is pressed during 2 minutes the program mode will be cancelled automatically 10 3 MODIFYING PARAMETER VALUE 10 4 PROGRAMMING MODE EXIT Decrease parameter value Increase param...

Page 27: ...is unlimited RS 485 Enable 0 1 1 0 RS 485 port disabled 1 RS 485 port enabled Modbus Address 0 240 1 This is the modbus controller identity used in Modbus communication RS 485 Baud Rate bps 2400 1152...

Page 28: ...s not controlled Voltage Fail Timer sec 0 255 1 If the voltage goes outside limits during this timer a voltage alarm will occur Voltage Alarm Lock Enable 0 1 1 0 alarm non latching 1 latching alarm Fr...

Page 29: ...tive Alarm 0 000 1 000 0 000 If the power factor of any channel is inductive and goes below this limit this will cause an alarm If this limit is 0 then the alarm is not controlled Power Factor Alarm D...

Page 30: ...1 1 0 alarm non latching 1 latching alarm Voltage Unbalance Alarm 0 100 0 If the Voltage Unbalance goes above this limit this will cause an alarm If this limit is 0 then the alarm is not controlled V...

Page 31: ...web page headers for the identification of the genset sending the message Any 20 character long string may be entered Serial Number The engine serial number string is designed to identify the current...

Page 32: ...APN User Name The APN access point name username may be required by the GSM operator However some GSM operators may allow access without username The exact information should be obtained from the GSM...

Page 33: ...functions Selected input name is displayed in the line below If this parameter is set to 0 then the input name string can be freely entered 0 User function 1 1 User function 2 2 Alarm Mute 3 High Temp...

Page 34: ...gh kW alarm 19 kW alarm 20 kVAr Capacitive alarm 21 kVAr inductive alarm 22 kVAr alarm 23 Pf capacitive alarm 24 Pf inductive alarm 25 Pf alarm 26 High current alarm 27 THD V alarm 28 THD I alarm 29 T...

Page 35: ...s 1 Please select character size with and buttons then press 2 Please select the value to display through SELECT AN ITEM menu then press For the next item to display the menu returns to the character...

Page 36: ...o save the new calibration and return to PROGRAMMING section These parameters allow adjusting the battery backup real time clock of the module Once set the clock will continue to run even if supply po...

Page 37: ...66N 41 000N This parameter defines the latitude as degrees NOTE Sunrise and sunset cannot be calculated for latitudes beyon polar circles LONGITUDE degrees 180W 180E 36 444E This parameter defines th...

Page 38: ...RS 1 Activates the GPRS connection GPRS 0 Stops the GPRS connection RESET ALARMS Clears alarms of the controller The operating mode is not modified REBOOT Performs a hard reset on the controller no an...

Page 39: ...k must use the same Baud Rate Selecting a higher baud rate will allow faster communication but will reduce the communication distance Selecting a lower baud rate will increase the communication distan...

Page 40: ...Year 0 4095 8193 R W 32bit Month 1 12 8194 R W 32bit Date 1 31 8195 R W 32bit Day of Week 0 6 8196 R W 32bit Hours 0 23 8197 R W 32bit Minutes 0 59 8198 R W 32bit Seconds 0 59 ADDRESS decimal R W DAT...

Page 41: ...12410 R W 32bit 1 Demand period 12416 R W 32bit 10 Input 01 current demand 12418 R W 32bit 10 Input 02 current demand R W 32bit 10 R W 32bit 10 12474 R W 32bit 10 Input 30 current demand 12476 R W 32...

Page 42: ...e power kW 20612 R 32bit x100 Input 01 reactive power kVAr 20614 R 32bit x100 Input 02 reactive power kVAr R 32bit x100 R 32bit x100 20670 R 32bit x100 Input 30 reactive power kVAr 20672 R 32bit x100...

Page 43: ...ent A 20875 R 16bit x1000 Analyzer 03 total reactive power ratio 20876 R 32bit x10 Analyzer 04 I1 current A 20891 R 16bit x1000 Analyzer 04 total reactive power ratio 20892 R 32bit x10 Analyzer 05 I1...

Page 44: ...t x100 Harmonic 04 percentage 03 R 16bit x100 Harmonic 05 percentage 04 R 16bit x100 Harmonic 06 percentage 05 R 16bit x100 Harmonic 07 percentage 06 R 16bit x100 Harmonic 08 percentage 07 R 16bit x10...

Page 45: ...0x0430 21831 R 16 bit Firmware version ADDRESS decimal R W DATA SIZE COEFF DESCRIPTION 22351 R 32 bit Bit_00 high voltage alarm Bit_01 low voltage alarm Bit_02 high frequency alarm Bit_03 low frequenc...

Page 46: ...ive power alarm Bit_30 31 22361 R 32 bit Bit_00 Input 01 inductive cos alarm Bit_01 Input 02 inductive cos alarm Bit_02 Bit_03 Bit_29 Input 30 inductive cos alarm Bit_30 31 22363 R 32 bit Bit_00 Input...

Page 47: ...lectronic equipment WEEE this unit should be stored and disposed separately from the usual waste The european ROHS directive restricts and prohibits the use of some chemical materials in electronic de...

Page 48: ...eview chapter AC CURRENT INPUTS The unit is inoperative Measure the supply voltage between supply terminals Check that the unit s supply voltage is adequate to operating conditions If OK turn all fuse...

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