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Eastron SDM530Y User Manual Download Page 9

EASTRON SDM530Y User Manual 

06-2018 V1.0 

8 

2018 EASTRON All Rights Reserved. 

www.eastroneurope.com

 

 

 

used emergency amount will be deducted first, and the remaining 
electricity charge will be charged to the meter. 
Turn off this function when the emergency amount is set to 0. 

3.2.1

 

Electricity Purchase

：

 

The user goes to the administrative department of selling electricity to deal with the electricity 

purchase business. 

3.2.2

 

Electricity Use

：

 

When the remaining amount of the meter is less than the first alarm value, the buzzer is on and the 

alarm indicator starts flashing. If the user presses any button, the buzzer is turned off, but the alarm 
indicator remains flashing. If the user does not press any button, the buzzer alarm will automatically shut 
down after 10 minutes. The function reminds users that the amount is insufficient and needs to be topped 
up. 

If the value is not charged at this time, when the remaining amount of the meter is less than the 

second-level alarm value, the relay will open and the buzzer will be turned on at the same time. In the 
mean while, the alarm indicator light becomes normally on; If the user presses any button, the relay is 
switched on and the buzzer is turned off. The alarm indicator remains on. If the user does not press any 
key, the buzzer alarm will automatically shut down after 10 minutes, but the relay clock will remain open 
until the user presses any key. This function alerts the user that need to recharge immediately. 

3.2.3

 

Meet an Emergency

：

 

When the remaining amount of the meter goes to 0, the relay will be automatically disconnected and 

cut off. If the emergency amount function is not turned on, the relay is always disconnected. If the 
emergency amount function is turned on, the meter will be automatically connected to the relay after the 
user presses any key, and the relay will be automatically disconnected after the user has consumed the 
emergency amount. 

3.3

 

Measurement Parameters 

It can be viewed by pressing thebutton

：

  

 

Balance

 

Accumulated Used Amount 

 

Accumulated Used Electricity 

 

Total  Active  Power 

 

recharge amount 

 

Communication Address 

 

Communication Baud Rate 

 

Communication Parity 

Bit 

 

Pulse Constant 

 

Software Version 

 

Page 

Display 

Description 

1 

 

 

Balance 
Example:60.00$ 

2 

 

 

Accumulated Used Amount 
Example: 80.00$ 

Summary of Contents for SDM530Y

Page 1: ...Three Phase Multifunction Din Rail Meter SDM530Y User Manual V1 1 Eastron Europe Limited ...

Page 2: ...paragraphs or chapters in this manual can be extracted copied or reproduced in any form Otherwise the violator shall bear all consequences The company reserves all legal rights The company reserves the right to amend the product specifications in this manual without prior notice Before placing an order please contact our company or local agent to get the latest specifications ...

Page 3: ...tion 4 2 4 Performance Standard 5 2 5 Outline and Dimension 5 2 6 Wiring Diagram 6 Chapter Three Operating instructions 3 1 Panel Instructions and KeyOperation Instructions 7 3 1 1 Panel Instructions 7 3 1 2 key Definitions 7 3 2 Prepaid Function Description 7 3 2 1 Electricity Purchase 8 3 2 2 Electricity Use 8 3 2 3 Meet an Emergency 8 3 3 Measurement Parameters 8 3 4 Basic Setting 10 Chapter Fo...

Page 4: ...mport energy export energy power factor frequency and time ect The reactive power apparent power can be read by Modbus SDM530Y is easy to install with nice appearance small and light With battery installed inside the meter the value on the meter still can be read when grid power off SDM530Y is suitable for real time power monitoring system and has the characteristics of multi function multi purpos...

Page 5: ... Withstand 6kV 1 2µS waveform Power Consumption 2W Pulse Port Can be Set See Operating Instructions for Details Pulse Output Rate 1000imp kWh Default Display LCD with White Backlit Max reading 999999 99 kWh 2 2 Measurement Accuracy Voltage 0 5 Current 0 5 Frequency 0 1 PowerFactor 0 01 ActivePower 0 5 ReactivePower 1 Apparent power 0 5 Active Energy Class 0 5s Reactive Energy Class 2 2 3 RS485 Com...

Page 6: ...Storage Humidity 95 Operating Temperature 25 55 Storage Temperature 40 70 International Standard GB T 17215 IEC62053 22 EN50470 1 3 Accuracy Class Class 0 5S Installation Category CATII Protection against Penetration of Dust and Water IP51 Indoor Insulating Encased Meter of Protective Class II Altitude 2000m 2 5 Dimensions Height 76 5 mm Width 96 5 mm Length 125 5mm ...

Page 7: ...EASTRON SDM530Y User Manual 06 2018 V1 0 6 2018 EASTRON All Rights Reserved www eastroneurope com 2 6 Wiring diagram ...

Page 8: ...ess enter the setting mode Setting mode short press move the cursor the cursor is flashing digital bit Long press menu item selection confirmation and parametermodification confirmation 3 2 Prepaid Function Description This function needs to be used in conjunction with the company s prepaid management system software see the detailed software operation instructions of the prepaid management system...

Page 9: ...n at the same time In the mean while the alarm indicator light becomes normally on If the user presses any button the relay is switched on and the buzzer is turned off The alarm indicator remains on If the user does not press any key the buzzer alarm will automatically shut down after 10 minutes but the relay clock will remain open until the user presses any key This function alerts the user that ...

Page 10: ...sed Electricity Example 120 00kWh 4 Total Active Power Example 120 00kWh 5 recharge amount Example 120 00 6 Communication Address Example 001 7 Communication Baud Rate Example 9600 8 Communication Parity Bit Example None Explanation Parity Bit N stands none E stands even O stands odd 9 Pulse Constant Example 1000 ...

Page 11: ... three seconds to enter the setting mode It will exit the setting interface if there is no operation in the next minute andreturn the remaining amount interface Page Display Description 1 Set successful display good 2 Setting failed display err 3 Password Enter password into the Settings screen Default password 1000 Press select number press select shift Then long press to enter the setup system ...

Page 12: ...ddress Finally long press to confirm Settings 5 Baud Rate Default baud rate 9600bps Baud rate range 1200 2400 4800 9600 5 1 Long press enter baud rate setting interface the current character flashing T n press select the new baud rate Finally long press confirm Settings 6 Parity Bit Default None Optional None Even Odd 6 1 Long press enter the parity bit setting interface the current character flas...

Page 13: ...h is fixed at 35ms 8 1 Long press enter pulse width setting interface the current character flashing Then press select the new pulse width Finally long press confirm Settings 9 The time of scrolling display Default 0s no scrolling display The time range of scrolling display 0 30s 9 1 Long press enter auto scrolling display time setting interface the current character flashing Then press select the...

Page 14: ...w user password Finally long press confirm Settings Chapter Four Communication Introduction 4 1 Input Register Function Code Hex 04 Register Serial Number Enter Register Parameters Register start address Hex Parameter Definition Data length bytes Data Format Unit High Byte Low Byte 30343 Total Active Power 4 Float kWh 01 56 33841 Accumulated Used Electricity 4 Float kWh 0F 00 33851 Balance of the ...

Page 15: ... Float Read Write 40021 Modbus address 00 14 Set range 1 247 Default 1 Data length 4 byte Data type Float Read Write 40023 Pulse 1 pulse constant 00 16 Set range 0 3 Default 0 0 Stands for 1000 imp kWh 1 Stands for 100 imp kWh 2 Stands for 10 imp kWh 3 Stands for 1 imp kWh Note if the pulse constant of pulse 1 1000imp kWh it is automatically fixed to 35ms cannot be set Data length 4 byte Data type...

Page 16: ...a format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41301 The last two recharge information 05 14 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Min...

Page 17: ... 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41341 The last six recharge information 05 3C 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 Stands...

Page 18: ...0 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41381 The last ten recharge information 05 64 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 Stand...

Page 19: ...18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41421 The last fourteen recharge information 05 8C 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 St...

Page 20: ... 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41461 The last eighteen recharge information 05 B4 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 S...

Page 21: ... 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41501 The last twenty two recharge information 05 DC 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 St...

Page 22: ... 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41541 The last twenty six recharge information 06 04 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00...

Page 23: ...00 00 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41581 The last thirty recharge information 06 2C 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 0...

Page 24: ...18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41621 The last thirty three recharge information 06 54 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 0...

Page 25: ...18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41661 The last thirty eight recharge information 06 7C 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 0...

Page 26: ... 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41701 The last forty two recharge information 06 A4 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 Sta...

Page 27: ... 18 07 16 13 12 20 42 C8 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41741 The last forty six recharge information 06 CC 1 Recharge amount length 4byte data format Float 2 The time rechargeoccurs length 6byte data format BCD Year Month Date Hour Minute Second For example Hex 42 C8 00 00 18 07 16 13 12 20 42 C8 00 00 ...

Page 28: ... 00 00 Stands for recharge amount 100 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 10 byte Only read 41793 Current relay control record 07 00 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12...

Page 29: ... Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41825 The last four relay control record 07 20 1 R...

Page 30: ...Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41849 The last seven relay control record 07 38 1 R...

Page 31: ...1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41873 The last ten relay control record 07 50 1 R...

Page 32: ... Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41897 The last thirteen relay control record 07 68...

Page 33: ... 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41921 The last sixteen relay control record 07 8...

Page 34: ... 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41945 The last nineteen relay control record 07 ...

Page 35: ...1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41969 The last twenty two relay control record 07...

Page 36: ...C0 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 41993 The last twenty five relay control recor...

Page 37: ... 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42017 The last twenty eight relay control record...

Page 38: ...1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42041 The last thirty one relay control record 07...

Page 39: ...8 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42065 The last thirty four relay control record...

Page 40: ... 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42089 The last thirty seven relay control record...

Page 41: ...8 38 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42113 The last forty relay control record 08...

Page 42: ... 1 Relayactionrecord length 2byte dataformat Hex FF 00 Stands for relay off 00 00 Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42137 The last forty three relay control record ...

Page 43: ... 68 1 Relayactionrecord length 2byte dataformat Hex FF 00Stands for relay off 00 00Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date Hour Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42161 The last forty six relay control record 0...

Page 44: ...our Minute Second For example Hex FF 00 18 07 16 13 12 20 FF 00 Stands for relay off 18 07 16 Stands for 2018 7 16 13 12 20 Stands for 13 12 20 Data length 8 byte Only read 42185 The last forty nine relay control record 08 88 1 Relayactionrecord length 2byte dataformat Hex FF 00Stands for relay off 00 00Stands for relay open 2 The time of relayoperation length 6byte data format BCD Year Month Date...

Page 45: ...01 04 01 56 00 02 90 27 01 The modbus address of meter 04 Function code 01 High byte of register start address 56 Low byte of register start address 00 High bytes of register number 02 Low bytes of register number 90 CRC Low byte of the parity code 27 CRC High byte of the parity code Back 01 04 04 43 66 33 34 1B 38 01 The modbus address of meter 04 Function code 04 The number of return data bytes ...

Page 46: ... pulse 1 100 imp kWh Send 01 10 00 16 00 02 04 3F 80 00 00 7F 75 01 The modbus address of meter 10 Function code 00 High byte of register start address 16 Low byte of register start address 00 High bytes of register number 02 Low bytes of registernumber 04 The number of bytes written to data 3F Data high byte of highword 80 Data low bytes of high word 00 Data high bytes of low word 00 Data low byt...

Page 47: ...ll Rights Reserved www eastroneurope com IF you have any question please feel free to contact our sales team Eastron Europe Limited 12 Brunel Road Manor Trading Estate Benfleet SS7 4PS UK Tel 44 0203 758 3494 Email sales eastroneurope com www eastroneurope com ...

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