iSMA iSMA-B-4I4O-H User Manual Download

Page: 53 / 73

MINI and MIX Series I/O modules/Modbus

version 1.3

www.gc5.pl

Page 53 / 73

List of all Modbus Registers

Below is a table with all the registers available for all types of modules. Please notice that
for some types of modules some of the registers are not available according to the physical
number and types of Inputs and Outputs.

Modbus

Addr

Dec

Addr

Hex

Addr

Access

Description

30001

0x00

VERSION AND MODULE
TYPE

Read Only

30002

0x01

MODULE ADDRESS (state
of switch)

Read Only

30003

0x02

BAUD RATE AND

PROTOCOL

(state of switch)

Read Only

30004

0x03

COUNTER OF RECEIVED
FRAMES (32 – bits)

Read Only

Default state is 0 Reset at the unit start
and change of transmission
parameters.

30006

0x05

COUNTER OF FRAMES
WITH ERROR (32 – bits)

Read Only

Default state is 0 Reset at the unit start
and change of transmission
parameters.

30008

0x07

COUNTER OF SENT
FRAMES

(32 – bits)

Read Only

Default state is 0 Reset at the unit start
and change of transmission
parameters.

30015

0xE

STATUS OF MANUAL
OPERATION

Read Only

Status of manual operation DO, TO and
AO for modules MINI series

30016

0x0F

STATE OF DIGITAL INPUTS

Read Only

30017

0x10

STATE OF UNIVERSAL

INPUTS

WORKING AS DIGITAL
INPUTS

Read Only

Status of Universal Inputs working as
digital inputs

40001

0x00

DEVICE ACTIONS

Read &
Write

Allows to enable 1 of 3 device actions

40018

0x11

STATE OF DIGITAL
OUTPUTS

Read &
Write

State of Digital Outputs

40019

0x12

STATE OF ANALOG

OUTUTS

WORKING AS DIGITAL
OUTPUTS

Read &
Write

State of Analog Outputs working as
Digital Outputs

40020

0x13

DIGITAL INPUTS
COMMAND REGISTER

Read &
Write

Digital Inputs command register

40021

0x14

DIGITAL INPUTS
BLOCKING

Read &
Write

Digital Inputs blocking register

40022

0x15

COUNTER RESET

Read &

Set bit in register to reset corresponding

Summary of Contents for iSMA-B-4I4O-H

Page 1: ...MINI and MIX Series I O modules User Manual Modbus Global Control 5 Sp z o o Warsaw Poland www gc5 pl Poland Warsaw www gc5 pl ...

Page 2: ...1 20 2 10 Device actions 40001 20 2 11 Baud rate 40136 20 2 12 Stop bits 40137 20 2 13 Data bits 40138 21 2 14 Parity bit 40139 21 2 15 Response delay time 40140 21 2 16 Watchdog time 40141 21 3 Local I O 23 3 1 Universal Inputs connections 23 Connection of Universal Input to measure voltage 0 10V 23 Connection of Universal Input to measure current 0 20 mA 23 Connection of Universal Input to measu...

Page 3: ...3 Default state of Digital Outputs 40143 33 Hand control status of Digital Outputs 30015 33 3 9 Triac Outputs Connections 34 Connecting the solenoid valve to the Triac Output 34 Connecting a resistive load to the Triac Output 34 3 10 Triac Outputs MODBUS Registers 35 State of Triac Outputs 40018 35 Default state of triac outputs 40143 35 Value of the Triac PWM outputs 1 4 40121 40124 35 Default st...

Page 4: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 4 73 5 2 Module as Modbus TCP IP Gateway to RS485 51 6 List of all Modbus Registers 53 7 List of supported temperature sensors 62 ...

Page 5: ... mode Now timer counts from falling edge before from rising edge New gateway functionality blocking Send Modbus Error Changed tables with PT1000 and NI1000 for more accurate because new FW measure resistance for this sensors with accuracy 0 1 Ω 1 2 2017 01 03 The reason for the creation of new version of the document New functions New HVAC functions Heating and Cooling in 4U4O based on output ther...

Page 6: ...rect wiring of this product can damage it and lead to other hazards Make sure the product has been correctly wired before turning the power ON Before wiring or removing mounting the product be sure to turn the power OFF Failure to do so might cause an electric shock Do not touch electrically charged parts such as the power terminals Doing so might cause an electric shock Do not disassemble the pro...

Page 7: ...VA MIX18 IP 4 4 W 6 6 VA MIX38 5 0 W 7 5 VA MIX38 IP 7 4 W 11 1 VA Universal Inputs Temperature input Measurement with attached RTDs accuracy 0 1 C For sensor Pt1000 and Ni1000 use 16 bit resolution Voltage input Voltage measurement from 0 10 V Input impedance 100 kΩ Measurement accuracy 0 1 Measurement resolution 3 mV 12 bit and 1 mV 16 bit Current input Current measurement 0 20 mA Required exter...

Page 8: ... 75 W CFL Compact fluorescent lamp Digital Outputs relays 4O H and 4O H IP Contact material AgSnO2 Resistive load AC1 8 A 230 VAC or 8 A 30 VDC Inductive load AC3 360 VA 230 VAC or 90 W 30 VDC Capacitive load 120 W LED PS 230 VAC 240 W fluorescent lamps with electronic ballast 180 W CFL Compact fluorescent lamp Triac Outputs Continuous load per channel 0 5 A 20 VAC up to max 250 VAC Peak load per ...

Page 9: ...e Maximum cable size 2 5 mm2 Dimension MIX18 MIX18 IP Width 110 mm Length 88 mm Height 62 mm MIX38 MIX38 IP Width 110 mm Length 160 mm Height 62 mm MINI Series Width 110 mm Length 37 mm Height 62 mm Table 2 Technical specification 1 4 Summary table for all modules Module type UI DI AO DO TO Modbu s RS485 Modbus TCP IP BACnet MSTP BA Cn et IP 4I4O H 4 4 4I4O H IP 4 4 4O H 4 NC NO 8A 4O H IP 4 NC NO...

Page 10: ...I O modules Modbus version 1 3 www gc5 pl Page 10 73 4TO H 4 4TO H IP 4 MIX18 5 5 4 4 MIX18 IP 5 5 4 4 MIX38 8 12 6 12 MIX38 IP 8 12 6 12 RTU ASCII Modbus Gateway IP RS485 Master Slave Table 3 Summary table for all modules ...

Page 11: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 11 73 1 5 Dimension Figure 1 MINI series dimension Figure 2 MIX18 and MIX18 IP dimension Figure 3 MIX38 and MIX38 IP dimension ...

Page 12: ...ersion 1 3 www gc5 pl Page 12 73 1 6 Power supply connection DC power connection Figure 4 DC power supply connection AC power connection Figure 5 AC power supply connection 1 7 Connecting the communication bus RS485 Figure 6 RS485 connection ...

Page 13: ...panel MIX18 IP Figure 8 Top panel MIX38 IP Figure 9 Top panel 8I and 8I IP Figure 10 Top panel 8U and 8U IP Figure 11 Top panel 4I4O H and 4I4O H IP Figure 12 Top panel 4U4O H and 4U4O H IP Figure 13 Top panel 4U4A H and 4U4A H IP Figure 14 Top panel 4O H and 4O H IP Figure 15 Top panel 4TO H and 4TO H IP ...

Page 14: ...ation Relays contactors transformers motor invertors etc are the examples of these devices This electromagnetic radiation can induce electrical noise into both power and signal lines as well as direct radiation into the module causing negative effects on the system Appropriate grounding shielding and other protective steps should be taken at the installation stage to prevent these effects These pr...

Page 15: ...0 S1 Where S1 and S2 are values of switches The example Figure 16 Sample of setting address Switches set as in figure above will set the module address to 11 1 12 Baud rate selection Transmission baud rate is determined by S3 switch sections 1 2 and 3 in accordance with the following table 1 2 3 Baud rate OFF 0 OFF 0 OFF 0 Defined by the user in the registry OFF 0 OFF 0 ON 1 76800 OFF 0 ON 1 OFF 0...

Page 16: ... 1 OFF 0 BACnet Master ON 1 ON 1 BACnet Slave Table 5 Protocol selection 1 14 Restoring the default settings To restore the default configuration of all registers follow the steps below 1 Turn off power supply 2 Set section 6 of S3 switch to ON 3 Turn on power supply power LED blinking 4 Switch section 6 of S3 switch to OFF to restore the default settings To cancel the reset turn off the power and...

Page 17: ...sabled STATE OF THE DIGITAL OUTPUTS AFTER START 0 STATE OF THE ANALOG OUTPUTS DIGITAL AFTER START 0 STATE OF THE ANALOG OUTPUTS AFTER START 0 UNIVERSAL INPUT CONFIGURATION 1 INPUT FILTER TIME CONSTANT 2 UNIVERSAL INPUT RESOLUTION 0 ANALOG OUTPUT CONFIGURATION 0 Only for modules with IP USERNAME platform PASSWORD 1000 IP ADDRESS 192 168 1 123 MASK 255 255 255 0 GATEWAY 192 168 1 1 HTTP PORT 80 MODB...

Page 18: ...410 0x5E16 8U IP 8310 0x5316 4I4O H 9310 0x5D16 4I4O H IP 8510 0x5516 4U4O H 9510 0x5F16 4U4O H IP 8610 0x5616 4U4A H 9610 0x6016 4U4A H IP 8210 0x5216 4O H 9210 0x5C16 4O H IP 8710 0x5716 4TO H 9710 0x6116 4TO H IP 5010 0x3216 MIX18 5110 0x3316 MIX38 5210 0x3416 MIX18 IP 5310 0x3516 MIX38 IP Table 7 Firmware version and module type High byte contains the module firmware version multiplied by 10 T...

Page 19: ...ster with the number of valid Modbus received messages by the module from last powered up The value is reset after power cycle or after changing transmission parameters speed stop bits parity etc 2 5 Counter of error messages 30006 32 bit register with the number of error Modbus received messages by the module from last powered up The value is reset after power cycle or after changing transmission...

Page 20: ... baud rate is determined in accordance with this register Baud rate is determined by the following formula Baud rate Register value 10 2 12 Stop bits 40137 Number of stop bits is determined on the basis of this register in accordance with the following table Value No of stop bits 1 default 1 2 2 256 RS485 biasing Table 10 Stop bits Bit no 8 activates RS485 biasing resistors in order to pull up vol...

Page 21: ... parity bit 0 default none 1 Odd number of all ones in a byte is odd 2 Even number of all ones in a byte is even 3 Always 1 4 Always 0 Table 12 Parity bit 2 15 Response delay time 40140 The value of this 16 bits register determines the number of milliseconds to wait before the unit answers the question This time is used to extend the interval between question and answer The default value of 0 mean...

Page 22: ...ption in data transmission and for security reasons output states must be set to the appropriate state endanger the safety of persons or property The default value is 0 seconds which means the watchdog function is disabled When the watchdog is triggered the Power LED blinks with the specified sequence 3 blinks with 20Hz frequency and 1 second pause ...

Page 23: ...rrent measurement is realized by voltage measurement and 200 Ω resistance According to the Ohm s law the current is directly proportional to the voltage and the resistance as the constant of proportionality 𝑰 𝑼 𝑹 According to the Ohm s low equation for 20 mA current with 200 Ω resistance the output voltage is 4 V It means that the voltage 4 V on the Universal Input corresponds to 20 mA current The...

Page 24: ... Page 24 73 Connection of Universal Input to measure temperature Figure 20 Connection of UI to measure temperature for MIX18 and MIX18 IP Connection of Universal Input as a Digital Input Dry Contact Figure 21 Connection of UI to work as DI for MIX38 and MIX38 IP ...

Page 25: ...s of measuring the voltage for each input The result is expressed in millivolts Measuring the current for each input results are stored in the same registers In that case the current value has to be calculated according to the equation 𝐼 𝑟𝑒𝑔𝑖𝑠𝑡𝑒𝑟 𝑣𝑎𝑙𝑢𝑒 200 mA Universal Input measure temperature 1 8 30072 30074 30076 30078 30080 30095 30097 30099 n these 16 bit registers The result is expressed in ...

Page 26: ...lter time constant of the Universal Input 1 8 40159 40166 These 16 bit registers consist a time constant low pass filter The value is expressed in seconds Valid values must be between 0 and 60 seconds The default filter value is 2 seconds Setting value 0 will disable the filter In the case of UI shortcut or open loop the filter is reset and UI value filtering stopped Resolution of the universal in...

Page 27: ...in the register in accordance with the table below No of bit in register No of Digital Input 0 1 1 2 10 11 11 12 Table 16 Status of DI for MIX38 and MIX38 IP Counter 1 12 40023 40024 40045 40046 The modules have 32 bit counters one for each Digital Input In the register with lower number is stored lower byte of the counter and in the register with higher number is stored higher byte of the counter...

Page 28: ... in register No of Digital Input 0 1 1 2 10 11 11 12 Table 17 Resetting counters for MIX38 and MIX38 IP Setting true value of particular bit of the register causes continuously reset of the counter Setting the bit to 0 restores normal operation 3 5 Analog Outputs Connections Connection of Analog Output 0 10 V Figure 23 Connection of AO for MIX38 and MIX38 IP Connecting relay to Analog Output Figur...

Page 29: ...g to 0 corresponding register with Analog Output value 40121 40126 Bits of register correspond to the following Analog Outputs No of bit in register No of Analog Output 0 1 1 2 2 3 3 4 4 5 5 6 Table 18 AO working as DO for MIX38 and MIX38 IP Value of the analog outputs 1 6 40121 40126 In these 16 bit registers are stored value in mV of voltage that appears at the Analog Output Default state of the...

Page 30: ...nalog Outputs after power on or watchdog reset Configuration mode of Analog Output 1 6 40168 40173 These 16 bit registers contain information about the mode of the Analog Outputs according to following table Register value Description 0 default Voltage output 0 10V 1 PWM 1Hz 2 PWM 10Hz 3 PWM 100Hz 4 PWM 0 1Hz 5 PWM 0 01Hz Table 20 AO type settings Hand control status of analog outputs 30015 This r...

Page 31: ... status bits Value of Hand status Status Description 0 AUTO 1 HAND CONTROL Table 22 AO Hand status value The current value of output in the hand mode determines register 30125 to 30128 Hand control value of Analog Outputs 1 4 30125 20128 The registers contain a percentage value of manual control for outputs from 1 to 4 ...

Page 32: ...oid valve to the Digital Output Figure 26 Connection of solenoid valve to DO for MIX38 and MIX38 IP Connecting a resistive load to the Digital Output Figure 27Connection of resistive load to DO for MIX38 and MIX38 IP Connecting a inductive load to the Digital Output Figure 28 Connection of inductive load to DO for MIX38 and MIX38 IP ...

Page 33: ...fault state of Digital Outputs 40143 This 16 bit register contains the default state of the Digital Output device after the start or watchdog reset Register bits correspond to the Digital Outputs according to the following table No of bit in register No of Digital Output 0 1 1 2 2 3 3 4 4 5 5 6 Table 24 Default status of DO for MIX38 and MIX38 IP Hand control status of Digital Outputs 30015 This r...

Page 34: ... 2 HAND OUT 0 3 HAND OUT 1 Table 26 DO Hand status value 3 9 Triac Outputs Connections Connecting the solenoid valve to the Triac Output Figure 28 Connection of solenoid valve to TO for 4TO H and 4TO H IP Connecting a resistive load to the Triac Output Figure 29 Connection of resistive load to TO for 4TO H and 4TO H IP ...

Page 35: ...dog reset The register bits correspond to the Triac Outputs according to the following table No of bit in register No of Digital Output 0 1 1 2 2 3 3 4 Table 28 Default status of TO for 4TO H and 4TO H IP Value of the Triac PWM outputs 1 4 40121 40124 In these 16 bit registers are stored value in percent s of duty that appears on the PWM output Output working mode is defined by CONFIGURATION mode ...

Page 36: ...tings Hand control status of Triac Outputs 30015 This register is available only for the modules with manual control of outputs No of bit in register Description 0 1 Hand status of outputs 1 2 3 Hand status of outputs 2 4 5 Hand status of outputs 3 6 7 Hand status of outputs 4 Table 30 TO Hand status bits Value of Hand status Status Description 0 AUTO 2 HAND OUT 0 3 HAND OUT 1 Table 31 TO Hand sta...

Page 37: ...O H 4U4O H IP can be set to work in different modes There are dedicated registers for operation mode 40176 40180 40184 40188 time parameters 40177 40181 40185 40189 setpoints for heating cooling modes 40178 40182 40186 40190 4U4O H and 4U4O H IP only and for differential value in heating cooling modes 40179 40183 40187 40191 4U4O H and 4U4O H IP only Register Description 40176 DI1 OPERATION MODE 4...

Page 38: ...rating mode can be changed by writing right value in the Operation Mode register Special modes are initialized after 3 seconds from power up or restart of the module the time value needed to stabilize the analog transmitter working Each Input mode change sets assigned Output to default state and reset the timer used in Time based modes When the new selected operating mode is running output is cont...

Page 39: ...ed in milliseconds counting from the last rising edge of digital input The action of time relay can be executed remotely by changing state from false to true in relevant COMMAND register 40020 Outputs can be also overwritten by module DIGITAL OUTPUT register 40018 which allows to remote control from BMS 3 11 1 6 Time Relay NO s In this mode when the output value is false rising edge on digital inp...

Page 40: ... parameter defined in Differential register The output signal works in 2 states low and high When Control value is lower or equal the difference of Setpoint register and differential register the output is in low state When Control value is higher or equal the sum of Setpoint register and differential register the output is in high state Output in low state Control value Setpoint Differential Outp...

Page 41: ...t is in low state When Control value is higher or equal the sum of Setpoint register and Differential register the output is in high state Output in low state Control value Setpoint Differential Output in high state Control value Setpoint Differential The cooling mode algorithm is shown in chart below Figure 31 Cooling mode algorithm functioning WARNING In the case when temperature sensor is faile...

Page 42: ...cuted Setting false value restores normal operation The block input function does not work when the heating cooling input mode is set No of bit in register 40021 Block input number 0 1 1 2 2 3 3 4 Table 35 Block inputs register Setpoint registers 40178 40182 40186 40190 The SETPOINT registers contain values which are used in heating cooling modes 4U4O H and 4U4O H IP only as the setpoints for heat...

Page 43: ...iguration To access web server open browser and entre IP address of the module default address for new module default IP address is 192 168 1 123 Please use the following credentials Username platform Password 1000 by default 4 2 Device page This page contains information and technical specification of the device The Basic Information section includes information about module type firmware version...

Page 44: ...ors Universal Input table has the following fields Sensor type Read Write allows to set different type of sensor Resolution Read Write resolution measurement 12bits 16bits for PT1000 and Ni1000 sensors please use 16bits UI Flag Read Only status of UI as DI Disable Voltage Measurement Read Write disable voltage measuring for resistance measurement only L P Filter Constant Read Write parameter time ...

Page 45: ...puts from submenu Figure 35 Universal Inputs page of 4U4O IP Figure 36 Special application modes Special Modes Configuration table has the following fields Block Input Read Write allows to block particular input except heating cooling modes Input Mode Read Write allows to select the Special Application Mode for particular input Ordinary IO in default Command Read Write execution of the Special App...

Page 46: ...nputs from submenu Figure 37 Digital Inputs page of MIX38 IP Digital Input table has the following fields State Read Only actual input state Reset Flag Read Write reset of pulses value leaving reset active will case resetting pulses value Counter State Read Only actual value of pulses save in EEPROM Counter State To Set Read Write allows to set value of counter WARNING To save changes please use S...

Page 47: ...ter configuration parameters and shows actual value of Analog Outputs To open this page please navigate to Local IO tab and choose Analog Outputs from submenu Figure 39 Analog Outputs page of 4U4A H IP Analog Outputs table has the following fields Value Read Write actual value of analog output in millivolts mV Type Read Write analog output working mode voltage PWM Default Value Read Write default ...

Page 48: ...e from 2400 up to 115200 Modbus Config Read Only Modbus Protocol Type RTU or ASCII Stop Bits Read Write number of stop bits 1 or 2 Data Bits Read Write number of data bits transmitted in a single byte 7 or 8 Parity Bits Read Write transmission protection as a parity bit added before stop bit bits RS485 Biasing Resistors biasing resistors activation only for MINI modules with a hardware version 2 0...

Page 49: ... Type Read Only Dip Switch protocol selection Modbus TCP Port Read Write Modbus TCP port number default 502 Modbus Address Read Only Modbus device address set by rotary switches Modbus TCP Communication Timeout Read Write timeout for TCP IP messages RS485 Timeout Read Write timeout for Modbus RTU ASCII messages Send Modbus Errors Read Only Enable Disable sending Modbus error messages BACnet ID Rea...

Page 50: ...ld Current Device Password b enter new device password in field New Device Password c enter again new device password in field Confirm New Device Password d to confirm password change please click Submit button e please Logout and Login again using new password WARNING To reset password to default refer to Restoring default settings 4 7 Contact This page displays information about Manufacture web ...

Page 51: ... RS485 All IP version modules have built in Modbus TCP IP to RS485 gateway which allows to connects using RS485 an additional I O modules or 3rd party Modbus devices In order to ensure proper operation of Modbus Gateway please make sure that all parameters of RS485 Baud Rate Stop Bits ect of all the devices connected to RS485 Gateway and an addition I O modules devices are same Operation of gatewa...

Page 52: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 52 73 Figure 44 Modbus TCP IP to RS485 Gateway an example ...

Page 53: ...tart and change of transmission parameters 30008 7 0x07 COUNTER OF SENT FRAMES 32 bits Read Only Default state is 0 Reset at the unit start and change of transmission parameters 30015 14 0xE STATUS OF MANUAL OPERATION Read Only Status of manual operation DO TO and AO for modules MINI series 30016 15 0x0F STATE OF DIGITAL INPUTS Read Only 30017 16 0x10 STATE OF UNIVERSAL INPUTS WORKING AS DIGITAL I...

Page 54: ... 5 LSB Read Write Memory 40032 31 0x1F COUNTER 5 MSB 40033 32 0x20 COUNTER 6 LSB Read Write Memory 40034 33 0x21 COUNTER 6 MSB 40035 34 0x22 COUNTER 7 LSB Read Write Memory 40036 35 0x23 COUNTER 7 MSB 40037 36 0x24 COUNTER 8 LSB Read Write Memory 40038 37 0x25 COUNTER 8 MSB 40039 38 0x26 COUNTER 9 LSB Read Write Memory 40040 39 0x27 COUNTER 9 MSB 40041 40 0x28 COUNTER 10 LSB Read Write Memory 4004...

Page 55: ...RE 3 Read Only 30077 76 0x4C UIVERSAL INPUT VOLTAGE 4 Read Only 30078 77 0x4D UIVERSAL INPUT TEMPERATURE 4 Read Only 30079 78 0x4E UIVERSAL INPUT VOLTAGE 5 Read Only 30080 79 0x4F UIVERSAL INPUT TEMPERATURE 5 Read Only 30081 80 0x50 UIVERSAL INPUT VOLTAGE 6 Read Only 30082 81 0x51 UIVERSAL INPUT TEMPERATURE 6 Read Only 30083 82 0x52 UIVERSAL INPUT VOLTAGE 7 Read Only 30084 83 0x53 UIVERSAL INPUT T...

Page 56: ...nce measurement result expressed in Ω 30104 103 0x67 RESISTIVE INPUT 1 MSB Read Only 30105 104 0x68 RESISTIVE INPUT 2 LSB Read Only 30106 105 0x69 RESISTIVE INPUT 2 MSB Read Only 30107 106 0x6A RESISTIVE INPUT 3 LSB Read Only 30108 107 0x6B RESISTIVE INPUT 3 MSB Read Only 30109 108 0x6C RESISTIVE INPUT 4 LSB Read Only 30110 109 0x6D RESISTIVE INPUT 4 MSB Read Only 30111 110 0x6E RESISTIVE INPUT 5 ...

Page 57: ...RE_VERSION Read Only The current hardware version of a device 30131 130 0x82 MAC_ADDRESS 32 bits Read Only The MAC address of a device 40136 135 0x87 BAUD RATE Read Write Memory Transmission speed is defined by the user calculated using the formula 𝐵𝑎𝑢𝑑𝑟𝑎𝑡𝑒 𝑟𝑒𝑔𝑖𝑠𝑡𝑒𝑟𝑣𝑎𝑙𝑢𝑒 10 The value is considered only when sections 1 2 and 3 of S3 switch is in the OFF position The default value is 7680 76800 bps ...

Page 58: ...registers is stored value that appears at the Analog Output after power on or watchdog reset The default value is 0 40146 145 0x91 DEFAULT STATE OF ANALOG OUTPUT 2 Read Write Memory 40147 146 0x92 DEFAULT STATE OF ANALOG OUTPUT 3 Read Write Memory 40148 147 0x93 DEFAULT STATE OF ANALOG OUTPUT 4 Read Write Memory 40149 148 0x94 DEFAULT STATE OF ANALOG OUTPUT 5 Read Write Memory 40150 149 0x95 DEFAU...

Page 59: ...60 seconds A value of 0 disables the filter The default value is 2s 40160 159 0x9F FILTER TIME CONSTANT OF THE UNIVERSAL INPUT 2 Read Write Memory 40161 160 0xA0 FILTER TIME CONSTANT OF THE UNIVERSAL INPUT 3 Read Write Memory 40162 161 0xA1 FILTER TIME CONSTANT OF THE UNIVERSAL INPUT 4 Read Write Memory 40163 162 0xA2 FILTER TIME CONSTANT OF THE UNIVERSAL INPUT 5 Read Write Memory 40164 163 0xA3 F...

Page 60: ...NFIGURATION 5 Read Write Memory 40173 172 0xAC ANALOG OUTPUT CONFIGURATION 6 Read Write Memory 40176 175 0xAF DIGITAL INPUT 1 CONFIGURATIO MODE Read Write Memory DIGITAL INPUT CONFIGURATIO MODE table Value Description 0 Ordinary IO 1 Monostable Relay 2 Bistable Relay 3 Time Relay DIGITAL INPUT TIME VALUE in ms or in s depends on mode selection SETPOINT in o C multiplied by 10 Default value 0 40177...

Page 61: ...Default value 0 40185 184 0XB8 DIGITAL INPUT 3 TIME VALUE Read Write Memory 40186 185 0xB9 DIGITAL INPUT 3 SETPOINT Read Write Memory 40187 186 0xBA DIGITAL INPUT 3 DIFFERENTIAL Read Write Memory 40188 187 0xBB DIGITAL INPUT 4 CONFIGURATIO MODE Read Write Memory 40189 188 0xBC DIGITAL INPUT 4 TIME VALUE Read Write Memory 40190 189 0xBD DIGITAL INPUT 4 SETPOINT Read Write Memory 40191 190 0xBE DIGI...

Page 62: ...be York C Ω C Ω 50 667828 50 441667 45 491749 45 330749 40 335671 40 239831 35 241840 35 181532 30 176683 30 135233 25 131251 25 105081 20 96974 20 78930 15 72895 15 61030 10 55298 10 47549 5 42314 5 37316 0 32650 0 29490 5 25396 5 23462 10 19904 10 18787 15 15714 15 15136 20 12494 20 12268 25 10000 25 10000 30 8056 30 8197 35 6530 35 6754 40 5325 40 5594 45 4367 45 4656 50 3601 50 3893 55 2985 55...

Page 63: ...I and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 63 73 No 1 No 2 90 916 90 1084 95 787 95 939 100 678 100 817 105 587 105 713 110 510 110 624 115 444 115 547 120 388 120 482 125 340 125 426 ...

Page 64: ...00 25 300400 25 86430 20 220600 20 67770 15 163480 15 53410 10 122260 10 42470 5 92220 5 33900 0 70140 0 27280 5 53780 5 22050 10 41540 10 17960 15 32340 15 14690 20 25340 20 12090 25 20000 25 10000 30 15886 30 8313 35 12698 35 6940 40 10212 40 5827 45 8260 45 4912 50 6718 50 4161 55 5494 55 3536 60 4518 60 3020 65 3732 65 2588 70 3098 70 2228 75 2586 75 1924 80 2166 80 1668 85 1823 85 1451 90 154...

Page 65: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 65 73 No 3 No 4 110 758 115 704 115 672 120 609 120 597 125 528 125 531 ...

Page 66: ... 40 100701 35 144100 35 76853 30 111300 30 53005 25 86430 25 41048 20 67770 20 29092 15 53410 15 21868 10 42470 10 16589 5 33900 5 12694 0 27280 0 9795 5 22050 5 7619 10 17960 10 5971 15 14690 15 4714 20 12090 20 3748 25 10000 25 3000 30 8313 30 2417 35 6940 35 1959 40 5827 40 1598 45 4912 45 1310 50 4161 50 1080 55 3536 55 896 60 3020 60 746 65 2588 65 625 70 2228 70 526 75 1924 75 444 80 1668 80...

Page 67: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 67 73 No 5 No 6 105 857 105 176 110 758 110 153 115 672 115 133 120 597 120 117 125 531 125 102 ...

Page 68: ...15 245785 30 10172 10 183697 25 9913 5 138502 20 9654 0 105305 15 9320 5 60713 10 8933 10 62347 5 8496 15 48511 0 8044 20 38019 5 7489 25 30000 10 6938 30 23828 15 6370 35 19046 20 5798 40 15317 25 5238 45 12390 30 4696 50 10079 35 4185 55 8243 40 3707 60 6777 45 3271 65 5600 50 2875 70 4650 55 2521 75 3879 60 2206 80 3251 65 1929 85 2737 70 1685 90 2313 75 1472 95 1963 80 1287 100 1672 85 1127 10...

Page 69: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 69 73 No 7 No 8 125 793 110 590 115 522 120 462 125 410 ...

Page 70: ...467 25 17073 30 9349 20 13192 25 9159 15 10276 20 8968 10 8068 15 8708 5 6382 10 8396 0 5085 5 8031 5 4078 0 7614 10 3294 5 7150 15 2676 10 6649 20 2188 15 6121 25 1800 20 5580 30 1488 25 5039 35 1237 30 4513 40 1034 35 4012 45 869 40 3545 50 733 45 3117 55 622 50 2730 60 529 55 2386 65 453 60 2082 70 389 65 1816 75 335 70 1585 80 290 75 1385 85 252 80 1213 90 220 85 1064 95 192 90 937 100 169 95 ...

Page 71: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 71 73 No 9 No 10 115 116 110 585 120 103 115 525 125 92 120 474 125 429 ...

Page 72: ...00 0 360 2332 1 10 1039 0 370 2367 0 20 1077 9 380 2401 8 30 1116 7 390 2436 4 40 1155 4 400 2470 9 50 1194 0 60 1232 4 No 17 70 1270 8 Sensor Ni1000 80 1309 0 Manufacturers Sauter 90 1347 1 C Ω 100 1385 1 50 742 6 110 1422 9 40 791 3 120 1460 7 30 841 5 130 1498 3 20 893 0 140 1535 8 10 945 8 150 1573 3 0 1000 0 160 1610 5 10 1055 5 170 1647 7 20 1112 4 180 1684 8 30 1170 6 190 1721 7 40 1230 1 2...

Page 73: ...MINI and MIX Series I O modules Modbus version 1 3 www gc5 pl Page 73 73 No 16 No 16 260 1977 1 110 1687 9 270 2013 1 120 1759 8 280 2049 0 130 1833 4 290 2084 8 140 1909 0 300 2120 5 150 1986 6 ...

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