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User Manual

 

R-GWR SERIES 

 

 

ALL RIGHTS RESERVED. NO PART OF THIS PUBLICATION MAY 

BE REPRODUCED WITHOUT PRIOR PERMISSION.

 

www.seneca.it

 

Doc: MI00568-1-EN

 

Page 19 

 

 

 

MODBUS REGISTER TABLE 

8.

 
The following abbreviations are used in the register tables: 
 
MS = More significant 
LS = Less significant 
MSW = 16 most significant bits 
LSW = 16 least significant bits 
RO = Register in read-only 
RW = Read/write register 
RW * = Register in reading and writing contained in flash memory, writable a maximum of 10000 times. 
Unsigned 16 bit = unsigned integer register, can take values from 0 to 65535 
Signed 16 bit = signed integer register can take values from -32768 to +32767 
Float 32 bits = Single-precision floating point register with 32 bits (IEEE 754) 

https://en.wikipedia.org/wiki/IEEE_754 

BIT = Boolean registry, can be 0 (false) or 1 (true) 
 

 

R-GWR: MODBUS 4X HOLDING REGISTERS TABLE (FUNCTION CODE 3) 

8.1.
 

ADDRESS 

(4x) 

OFFSET 

ADDRESS 

(4x) 

REGISTER 

SENSOR 

DESCRIPTION 

W/R 

TYPE 

40001 

MACHINE ID 

Device ID 

RO 

UNSIGNED 

16 BIT 

40002 

FW REVISION 

FW revision 

RO 

UNSIGNED 

16 BIT 

40003 

HW REVISION 

HW revision 

RO 

UNSIGNED 

16 BIT 

40004 

RESERVED 

RO 

UNSIGNED 

16 BIT 

40005 

RESERVED 

RW 

UNSIGNED 

16 BIT 

40006 

RESERVED 

RW 

UNSIGNED 

16 BIT 

40007 

RESERVED 

RW 

UNSIGNED 

16 BIT 

40008 

RESERVED 

RW 

UNSIGNED 

16 BIT 

40009 

RESERVED 

  

RW 

UNSIGNED 

16 BIT 

40010 

RESERVED 

  

RW 

UNSIGNED 

16 BIT 

Summary of Contents for R-GWR

Page 1: ...ORIGINAL INSTRUCTIONS USER MANUAL R GWR INDUSTRIAL ETHERNET RADIO GATEWAY SENECA S r l Via Austria 26 35127 Z I PADOVA PD ITALY Tel 39 049 8705355 8705355 Fax 39 049 8706287 www seneca it...

Page 2: ...ect installation and the user must follow all the operations described in the installation manual carefully Seneca is not responsible for failures breakages and accidents caused by ignorance or failur...

Page 3: ...BLICATION MAY BE REPRODUCED WITHOUT PRIOR PERMISSION www seneca it Doc MI00568 1 EN Page 3 Document revisions DATE REVISION NOTES AUTHOR 24 02 2021 0 First revision MM 24 03 2021 1 Removed Easy Setup2...

Page 4: ...ILABLE MEASUREMENTS 9 3 3 WEB SERVER OF THE GATEWAY DEVICE 9 4 ACCESS TO THE WEB SERVER 9 4 1 DEVICE CONFIGURATION 10 4 2 SETUP SECTION 10 4 2 1 STATUS SECTION 12 4 2 2 4 2 2 1 PAIRING A NEW SENSOR 13...

Page 5: ...negligence or bad improper management of the device even if SENECA is well aware of these possible damages SENECA its subsidiaries affiliates group companies suppliers and distributors do not guarante...

Page 6: ...68 1 EN Page 6 COMMUNICATION PORT SPECIFICATIONS 1 2 ETHERNET COMMUNICATION PORTS Number 1 Type 100 Mbits RS232 RS485 COMMUNICATION PORT Number 1 Baudrate From 1200 to 115200 bit s configurable Parity...

Page 7: ...le devices on the same network you need to change the IP address configuration via the web server ATTENTION DO NOT CONNECT 2 OR MORE FACTORY CONFIGURED DEVICES ON THE SAME NETWORK OR THE ETHERNET INTE...

Page 8: ...hen the gateway receives a packet from an associated sensor it responds with an acknowledge packet If the acknowledge packet is not received the sensor adds a random time from 1 to 8 seconds to the ne...

Page 9: ...ton status Battery status R GWR IP 1 Yes Yes Can be configured as 0 30V analogue measuremen t or counter No No Yes Yes R GWR S 1 Yes Yes Can be configured as 0 30V analogue measuremen t or counter or...

Page 10: ...SET THE FACTORY SET CONFIGURATION SEE CHAPTER 6 DEVICE CONFIGURATION 4 2 To configure the device access the web server and select the section you are interested in After a modification to the configur...

Page 11: ...P IP Modbus server BAUDRATE MODBUS RTU SER default 38400 baud Sets the baud rate for the RS485 communication port DATA MODBUS RTU SER default 8 bit Sets the number of bits for the RS485 communication...

Page 12: ...tchover to winter summer time GMT Sets the time zone WEB SERVER USER NAME default admin Sets the user name to access the web server CONFIGURATION WEB SERVER PASSWORD default admin Sets the password to...

Page 13: ...s point 6 Once all the sensors have been paired press the STOP NEW SENSOR PAIRING button in the R GWR web server status section 7 The STS LED of the R GWR gateway stops flashing 4 2 2 2 MEANING OF THE...

Page 14: ...R GWR web server SEND TIME x 30s default 15 minutes Represents the time to send data to the gateway in quanta of 30 seconds INPUT 0 IN0 Configures the type of operation of input0 terminal input ALARM...

Page 15: ...nsmissions to be completed and therefore based on the sending time set it can last several minutes hours To speed up the procedure it is possible to force communication in the radio sensor by pressing...

Page 16: ...An event that occurs before the inhibition time has expired reloads the inhibition time For example if the inhibition time is 5 minutes and a new event occurs after 4 minutes the inhibition is reset...

Page 17: ...ED LIFE SENDING EVERY 60 MIN SENDING EVERY 30 MIN SENDING EVERY 15 MIN SENDING EVERY 10 MIN SENDING EVERY 1 MIN R GWR S 1 CR2 900 mAh Up to 680 days Up to 500 days Up to 320 days Up to 230 days Up to...

Page 18: ...85 RS232 port Modbus TCP IP Server from Ethernet port max 8 client For more information on these protocols see the website http www modbus org specs php SUPPORTED MODBUS FUNCTION CODES 7 1 The followi...

Page 19: ...ned 16 bit signed integer register can take values from 32768 to 32767 Float 32 bits Single precision floating point register with 32 bits IEEE 754 https en wikipedia org wiki IEEE_754 BIT Boolean reg...

Page 20: ...NAL LEVEL 2 Signal level 0 minimum 6 maximum RO UNSIGNED 16 BIT 40556 555 SENSOR SERIAL CODE 3 Sensor serial code MSW RO UNSIGNED 32 40557 556 Sensor serial code LSW RO 40558 557 SENSOR SIGNAL LEVEL 3...

Page 21: ...40572 571 Sensor serial code LSW RO 40573 572 SENSOR SIGNAL LEVEL 8 Signal level 0 minimum 6 maximum RO UNSIGNED 16 BIT 40574 573 SENSOR SERIAL CODE 9 Sensor serial code MSW RO UNSIGNED 32 40575 574...

Page 22: ...R SERIAL CODE 14 Sensor serial code MSW RO UNSIGNED 32 40590 589 Sensor serial code LSW RO 40591 590 SENSOR SIGNAL LEVEL 14 Signal level 0 minimum 6 maximum RO UNSIGNED 16 BIT 40592 591 SENSOR SERIAL...

Page 23: ...LEVEL 19 Signal level 0 minimum 6 maximum RO UNSIGNED 16 BIT 40607 606 SENSOR SERIAL CODE 20 Sensor serial code MSW RO UNSIGNED 32 40608 607 Sensor serial code LSW RO 40609 608 SENSOR SIGNAL LEVEL 20...

Page 24: ...2 40623 622 Sensor serial code LSW RO 40624 623 SENSOR SIGNAL LEVEL 25 Signal level 0 minimum 6 maximum RO UNSIGNED 16 BIT 40625 624 SENSOR SERIAL CODE 26 Sensor serial code MSW RO UNSIGNED 32 40626 6...

Page 25: ...l code MSW RO UNSIGNED 32 40641 640 Sensor serial code LSW RO 40642 641 SENSOR SIGNAL LEVEL 31 Signal level 0 minimum 6 maximum RO UNSIGNED 16 BIT 40643 642 SENSOR SERIAL CODE 32 Sensor serial code MS...

Page 26: ...UNSIGNED 16 BIT 41008 1007 TEMPERATURE Cx10 2 Temperature measurement in Cx10 Example 200 20 0 C RO SIGNED 16 BIT 41009 1008 HUMIDITY x10 2 Relative humidity measurement in x10 Example 500 50 0 RO UNS...

Page 27: ...SIGNED 16 BIT 41017 1016 HUMIDITY x10 4 Relative humidity measurement in x10 Example 500 50 0 RO UNSIGNED 16 BIT 41018 1017 DIGITAL INPUTS 4 Status of the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2...

Page 28: ...the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2 Bit 4 IN3 RO UNSIGNED 16 BIT 41027 1026 COUNTER ANALOG 7 Current counter value analogue input mV RO UNSIGNED 16 BIT 41028 1027 TEMPERATURE Cx10 7 Temp...

Page 29: ...9 Current counter value analogue input mV RO UNSIGNED 16 BIT 41036 1035 TEMPERATURE Cx10 9 Temperature measurement in Cx10 Example 200 20 0 C RO SIGNED 16 BIT 41037 1036 HUMIDITY x10 9 Relative humid...

Page 30: ...IGNED 16 BIT 41045 1044 HUMIDITY x10 11 Relative humidity measurement in x10 Example 500 50 0 RO UNSIGNED 16 BIT 41046 1045 DIGITAL INPUTS 11 Status of the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2...

Page 31: ...the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2 Bit 4 IN3 RO UNSIGNED 16 BIT 41055 1054 COUNTER ANALOG 14 Current counter value analogue input mV RO UNSIGNED 16 BIT 41056 1055 TEMPERATURE Cx10 14 Tem...

Page 32: ...16 Current counter value analogue input mV RO UNSIGNED 16 BIT 41064 1063 TEMPERATURE Cx10 16 Temperature measurement in Cx10 Example 200 20 0 C RO SIGNED 16 BIT 41065 1064 HUMIDITY x10 16 Relative hum...

Page 33: ...IGNED 16 BIT 41073 1072 HUMIDITY x10 18 Relative humidity measurement in x10 Example 500 50 0 RO UNSIGNED 16 BIT 41074 1073 DIGITAL INPUTS 18 Status of the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2...

Page 34: ...the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2 Bit 4 IN3 RO UNSIGNED 16 BIT 41083 1082 COUNTER ANALOG 21 Current counter value analogue input mV RO UNSIGNED 16 BIT 41084 1083 TEMPERATURE Cx10 21 Tem...

Page 35: ...23 Current counter value analogue input mV RO UNSIGNED 16 BIT 41092 1091 TEMPERATURE Cx10 23 Temperature measurement in Cx10 Example 200 20 0 C RO SIGNED 16 BIT 41093 1092 HUMIDITY x10 23 Relative hum...

Page 36: ...IGNED 16 BIT 41101 1100 HUMIDITY x10 25 Relative humidity measurement in x10 Example 500 50 0 RO UNSIGNED 16 BIT 41102 1101 DIGITAL INPUTS 25 Status of the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2...

Page 37: ...the digital inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2 Bit 4 IN3 RO UNSIGNED 16 BIT 41111 1110 COUNTER ANALOG 28 Current counter value analogue input mV RO UNSIGNED 16 BIT 41112 1111 TEMPERATURE Cx10 28 Tem...

Page 38: ...30 Current counter value analogue input mV RO UNSIGNED 16 BIT 41120 1119 TEMPERATURE Cx10 30 Temperature measurement in Cx10 Example 200 20 0 C RO SIGNED 16 BIT 41121 1120 HUMIDITY x10 30 Relative hum...

Page 39: ...inputs Bit 1 IN0 Bit 2 IN1 Bit 3 IN2 Bit 4 IN3 RO UNSIGNED 16 BIT 41127 1126 COUNTER ANALOG 32 Current counter value analogue input mV RO UNSIGNED 16 BIT 41128 1127 TEMPERATURE Cx10 32 Temperature me...

Page 40: ...STS LED is steady on in the R series device it is possible to obtain the IP address that has been set The software can be downloaded from https www seneca it en linee di prodotto software easy sdd Pr...

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