manualshive.com logo in svg

Ebyte 66060-ETH Series, User Manual, Page: 22 / 37

Share
Download
Ebyte 66060-ETH Series User Manual Download Page 22

Chengdu Ebyte Electronic Technology Co., Ltd.

E831-RTU(6060-ETH)

User manual

Copyright ©2012–2019, Chengdu Ebyte Electronic Technology Co.,Ltd

21

Transmission

identifier

Protocol

identifier

length

Unit

identificatio

n

Function

code

Switch quantity

address

Write value

Function code 0x0F writes DO2, DO3 switch quantity output, making NC2, COM2 disconnected, NO2, COM2

closed; NC3, COM3 disconnected, NO3, COM3 closed. Write value should be 0x03, corresponding to binary bit 0000
0011

Modbus RTU protocol write switch quantity output:

Send

01

0F

00 11

00 02

01

03

62 95

Device ModBus

address

Function

code

Switch

quantity

address

Write switch

quantity number

byte

count

Write

value

CRC check

code

Receive

01

0F

00 11

00 02

84 0F

Device ModBus

address

Function

code

Switch quantity

address

Write value

CRC check code

Modbus TCP protocol write switch quantity output:

Send

00 01

00 00

00 08

01

0F

00 11

00 02

01

03

Transmiss

ion

identifier

Protocol

identificat

ion

length

Unit

identificat

ion

Functio

n code

Switch

quantity

address

Write switch

quantity

number

byte

count

Write

value

Receive

00 01

00 00

00 06

01

0F

00 11

00 02

Transmissi

on

identifier

Protocol

identificatio

n

length

Unit

identificati

on

Function

code

Switch

quantity

address

Write switch quantity

number

4.2.2 Read switch quantity DI input

Function code: 02, read (switch quantity ) input state
Address range: 10017(0x0010)~10022(0x0015)
Note: the device default dry contact input, DI and COM short, read value should be 1; When DI and COM are not

short, the read value should be 0.

Example:
Read the input value of 6 switch quantity, DI input terminal DI1, COM1 short, DI2, COM2 short, DI3, COM3 short,

DI4, COM4 short, DI5, COM5 short, DI6, COM6 short. The input value of the read switch value is 0x05, corresponding
to binary bit 0000 0101. The lower six bits represent the input value of the switch quantity , which is DI6, DI5, DI4, DI3,
DI2 and DI1.

Modbus RTU protocol Read Switch quantity Input

：

Summary of Contents for 66060-ETH Series

Page 1: ...Chengdu Ebyte Electronic Technology Co Ltd E831 RTU 6060 ETH User manual Copyright 2012 2019 成都亿佰特电子科技有限公司 ...

Page 2: ...2 2 Size Interface description 10 2 3 Reload touch button description 13 3 Modbus 14 3 1 Register address table 14 3 2 Modbus Address table 16 3 3 RS485 Serial port baud rate code value table 16 3 4 RS485 Serial check digit code value table 16 3 5 Configuration parameters through the master computer 16 4 Product Features 18 4 1 Operating mode 18 4 1 1 Slave mode 18 4 1 2 Master mode 18 4 2 IO Basi...

Page 3: ...te cloud command control Support two working modes host mode slave mode slave can cascade multiple devices through RS485 Support Reload touch button long press 5s Modbus device address RS485 serial baud rate and check digit to restore factory settings Hardware watchdog with high reliability Multiple indicators indicate the working status The power supply has good functions such as overcurrent over...

Page 4: ...6060 ETH series It is recommended that the user system read this chapter and follow the instructions It will have a systematic understanding of the module products Users can also choose the ones you are interested in according to your needs Chapter reading For specific details and instructions please refer to the following sections 1 1 Port connection 1 1 1 RS485 connection 1 1 2 Digital input con...

Page 5: ...nnection 1 2 Simple use Wiring The computer connects to the E831 RTU 6060 ETH via USB to RS485 the computer is connected to the E831 RTU 6060 ETH via a network cable Power supply E831 RTU 6060 ETH working voltage is DC 8 28V 1 2 1 RS485 bus control Select the appropriate port and click Search to search for the device After searching for the device click Stop ...

Page 6: ...TU 6060 ETH User manual Copyright 2012 2019 Chengdu Ebyte Electronic Technology Co Ltd 5 At this time you can see the device address of the current device check the automatic refresh to control the output of the switch and read the input of the switch ...

Page 7: ...t Control At this point the device address is 1 in slave mode local IP 192 168 4 101 subnet mask 255 255 255 0 TCP server port number is 8666 Right click Local Connection Settings PC IP 192 168 4 10 Subnet Mask 255 255 255 0 Open the network port PC set the port number and other parameters click on the connection you can find the device LINK lights on ...

Page 8: ...ectronic Technology Co Ltd E831 RTU 6060 ETH User manual Copyright 2012 2019 Chengdu Ebyte Electronic Technology Co Ltd 7 Controls DO1 DO2 DO3 DO4 DO5 DO6 are closed by the Modbus command 01 0F 00 10 00 06 01 3F 1E 85 ...

Page 9: ...Chengdu Ebyte Electronic Technology Co Ltd E831 RTU 6060 ETH User manual Copyright 2012 2019 Chengdu Ebyte Electronic Technology Co Ltd 8 ...

Page 10: ...e control based on ethernet 2 1 Basic parameters project index Network parameters Network port specifications RJ45 10 100Mbps Network protocol IP TCP UDP ARP ICMP IPV4 IP acquisition method Static IP DHCP Domain name resolution Support Hardware parameters Size H W D 172 107 29mm Weight 473 1 5g working temperature 20 70 Storage temperature 40 85 Working humidity 5 95 Storage humidity 1 95 Operatin...

Page 11: ...Chengdu Ebyte Electronic Technology Co Ltd E831 RTU 6060 ETH User manual Copyright 2012 2019 Chengdu Ebyte Electronic Technology Co Ltd 10 2 2 Size Interface description ...

Page 12: ... 8V 28V recommended 12V 500mA 24V 250mA 7 Ground screw Connected to the earth Connected to the earth 8 Reload Reset button Long press 5s to work 9 Ethernet Network port Connect to the host computer computer Signal interface 1 NO 5 Relay 5 normally open pin Cooperate with Relay 5 Common Terminal 2 COM 5 Relay 5 common Use in conjunction with relay 5 normally open pin normally closed pin 3 NC 5 Rela...

Page 13: ...relay 1 common 20 COM 1 Relay 1 common end Used in conjunction with relay 1 normally open pin normally closed pin 21 NO 1 Relay 1 normally open pin Cooperate with common end of relay 1 22 NC 2 Relay 2 normally closed pin Cooperate with Relay 2 Common Terminal 23 COM 2 Relay 2 common end Use in conjunction with Relay 2 Normally Open Normally Closed Pins 24 NO 2 Relay 2 normally open pin Cooperate w...

Page 14: ... shorted up 9 DO 1 Relay 1 output indication Green LED NO 1 and COM 1 are on and off 10 DO 2 Relay 2 output indication Green LED NO 2 COM 2 is on and off 11 DO 3 Relay 3 output indication Green LED NO 3 COM 3 are closed 12 DO 4 Relay 4 output indication Green LED NO 4 COM 4 are closed 13 NET Network indication Yellow LED long after entering the network 14 DATA Serial data indication Yellow LED RS4...

Page 15: ... 1 DO6 switching output Read write Reserved 10017 0x0010 1 DI1 digital input Read only 0 1 0x02 10018 0x0011 1 DI2 digital input Read only 10019 0x0012 1 DI3 digital input Read only 10020 0x0013 1 DI4 digital input Read only 10021 0x0014 1 DI5 digital input Read only 10022 0x0015 1 DI6 digital input Read only Reserved 40049 0x0030 1 DI1 pulse count value Read only 0 65535 0x03 40050 0x0031 1 DI2 p...

Page 16: ... 1 40130 0x0081 8 Set network protocol parameters Read write TCPS 192 168 4 10 8886 40146 0x0091 2 Set the registration package mode Read write 0 4 Close the registration package 0x00 40150 0x0095 42 Set the contents of the registration package Read write regist msg 40234 0x00E9 42 Set heartbeat package content Read write heartbeat msg 40318 0x013D 2 Set heartbeat packet mode Read write 0 1 Networ...

Page 17: ...485 Serial port baud rate code value table Serial port baud rate code value table 0 1200 1 2400 2 4800 3 default 9600 4 19200 5 38400 6 57600 7 115200 3 4 RS485 Serial check digit code value table Check digit code value table 0 default No parity 1 Even parity 2 Odd parity 3 5 Configuration parameters through the master computer Select the Parameter Setting column to read the parameters write the p...

Page 18: ...Chengdu Ebyte Electronic Technology Co Ltd E831 RTU 6060 ETH User manual Copyright 2012 2019 Chengdu Ebyte Electronic Technology Co Ltd 17 See the product function description below ...

Page 19: ...TCP protocol or the Modbus RTU or Modbus TCP protocol is met but the data address is not the device address the data of the sender will be discarded In the slave mode the device can directly connect to the device in the host mode through the 485 bus When the slave is not connected to the network the network can also access the data of the slave through the host 4 1 2 Master mode In master mode reg...

Page 20: ...t and COM port are usually closed NO port and COM port are often open with a value of 0 when coil is energized the phenomenon is opposite relay NC port and COM port are disconnected NO port and COM port are closed with a value of 1 Query relay status by instruction Example Read the output state of six switches assuming that the return value is 03 corresponding to the binary bit 0000 0011 low six b...

Page 21: ...y of the equipment relay the coil is not energized the NC port of the relay is closed with the COM port the NO port is disconnected from the COM port the coil is energized the NC port of the relay is disconnected from the COM port and the NO port and the COM port are closed The relay status is controlled by commands example Function code 0x05 write DO2 switch quantity output make NC2 COM2 open NO2...

Page 22: ... 00 00 00 08 01 0F 00 11 00 02 01 03 Transmiss ion identifier Protocol identificat ion length Unit identificat ion Functio n code Switch quantity address Write switch quantity number byte count Write value Receive 00 01 00 00 00 06 01 0F 00 11 00 02 Transmissi on identifier Protocol identificatio n length Unit identificati on Function code Switch quantity address Write switch quantity number 4 2 2...

Page 23: ...identificatio n Function code Number of bytes returned Switch quantity input value 4 3 IO Special function 4 3 1 Pulse counting and counting zero The pulse counting will not be saved after power off The maintenance time of the pulse level must be longer than 10ms before it is valid Switch input changes from open state to closed state and maintains a close time of more than 10 ms then to open state...

Page 24: ...register value of six bits lower represents the counting of DI6 DI5 DI4 DI3 DI2 and DI1 respectively Example Clear the values of DI2 and DI4 pulse meter and keep the values of DI1 DI3 D5 and D6 pulse meter The write value should be 0x0a and the corresponding binary value should be 0000 1010 Modbus RTU Protocol clear pulse count value Send 01 06 00 40 00 0a 08 19 Device ModBus address Function code...

Page 25: ...ings for Switch quantity Output The setting of switch quantity output time is to set the switch quantity output time relay NO COM closing time The corresponding Modbus register is 40083 0x0052 Its value range is 300 65535 Ms If the value is less than 300 ms the default switch quantity output is closed to hold state that is the switch quantity output is kept after closing If it is set to 300 ms or ...

Page 26: ... Transmissio n identifier Protocol identificatio n length Unit identificatio n Function code address Write value Receive 00 01 00 00 00 09 01 03 06 1A 00 1C C0 BB FF Transmissi on identifier Protocol identification length Unit identification Function code byte count Write value Description 1A001C 0BB FF is the MAC address of the device The device has a unique MAC address which is different from ot...

Page 27: ...ess Read value CRC check code Modbus TCP protocol write register Send 00 01 00 00 00 06 01 06 00 67 00 01 Transmissio n identifier Protocol identification length Unit identification Function code address Write value Receive 00 01 00 00 00 06 01 06 00 67 00 01 Transmissi on identifier Protocol identification length Unit identification Function code address Write value Special note The Ethernet comp...

Page 28: ...ou nt Write value Recei ve 00 01 00 00 00 15 01 10 00 6B 00 07 Transmission identifier Protocol identificati on length Unit identificati on Function code address Register length Note 00 00 indicates static mode If 00 01 indicates dynamic mode C0 A8 04 65 192 168 4 101 indicates the IP address FF FF FF 00 255 255 255 0 Subnet mask C0 A8 04 01 192 168 4 1 Gateway address When set to dynamic mode the...

Page 29: ... address C0 A8 04 02 indicates the alternate DNS server address 4 4 6 Set network protocol parameters Modbus RTU protocol write DNS register Send 01 10 00 81 00 04 08 00 00 C0 A8 04 0A 22 B6 81 3B Device ModBus address Functio n code addre ss Register length byte count Write value CRC check code Receiv e 01 10 00 81 00 04 91 E2 Device ModBus address Function code address Register length CRC check ...

Page 30: ...ion code address Write value Receive 00 01 00 00 00 06 01 06 00 91 00 00 Transmission identifier Protocol identification length Unit identification Function code address Write value Description 00 00 means to disable the registration package mechanism the value can be 00 01 means that only one user defined registration package is sent when the first link to the server 00 02 means that only a 6 byt...

Page 31: ...dress Register length Description 00 means HEX 01 means ASCII 28 indicates the content length of the registration package 41 42 43 68 23 67 AA 00 2A 00 30 00 00 00 00 00 00 00 00 00 00 00 00 00 11 00 22 00 33 00 44 00 12 33 23 11 10 1D 1C BB AA indicates the contents of the registration package For example send the registration package content ebyte write value is 01 05 65 62 79 74 65 00 00 00 00 ...

Page 32: ...giste r length byte coun t Write value CRC check code Receiv e 01 10 00 E9 00 15 D0 32 Device ModBus address Function code address Register length CRC check code Modbus TCP protocol write register Se nd 00 01 00 00 00 31 01 10 00 E9 00 15 2A 00 28 41 42 43 68 23 67 AA 00 2A 00 30 00 00 00 00 00 00 00 00 00 00 00 00 11 00 22 00 33 00 44 00 12 33 23 11 10 1D 1C 1B 1A Trans missio n identif ier Proto...

Page 33: ...Function code address Write value CRC check code Modbus TCP protocol write register Send 00 01 00 00 00 06 01 06 01 41 01 AA Transmissio n identifier Protocol identificat ion length Unit identificat ion Functio n code address Write value Receive 00 01 00 00 00 06 01 06 01 41 01 AA Transmissi on identifier Protocol identificati on length Unit identificat ion Functio n code address Write value Descr...

Page 34: ...ta of the SOCKET A1 link is cleared but the serial cache data is not cleared 4 4 13 Set keep alive parameters Modbus RTU protocol write register Send 01 10 01 4F 00 03 06 02 D1 02 D1 00 31 BD 3D Device ModBus address Functi on code addr ess Register length byte count Write value CRC check code Receiv e 01 10 01 4F 00 03 B0 23 Device ModBus address Function code address Register length CRC check co...

Page 35: ...value CRC check code Receive 01 06 01 5D 11 A1 D4 0C Device ModBus address Function code address Write value CRC check code Modbus TCP protocol write register Send 00 01 00 00 00 06 01 06 01 5D 11 A1 Transmissio n identifier Protocol identificat ion length Unit identificat ion Functio n code address Write value Receive 00 01 00 00 00 06 01 06 01 5D 11 A1 Transmissi on identifier Protocol identific...

Page 36: ...start time Modbus RTU protocol write register Send 01 06 01 63 FF A0 39 A0 Device ModBus address Function code address Write value CRC check code Receive 01 06 01 63 FF A0 39 A0 Device ModBus address Function code address Write value CRC check code Modbus TCP protocol write register Send 00 01 00 00 00 06 01 06 01 63 FF A0 Transmissio n identifier Protocol identificat ion length Unit identificat i...

Page 37: ...ual only provides electronic documents if necessary please go to our official website to download in addition if the user does not require special when the user orders in bulk We only provide product specifications according to a certain percentage of the order quantity Not every digital radio station is equipped with one by one please understand Revision history Version Date Description Issued by...

Reviews:

No comments