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iSMA iSMA-B-LP-1, User Manual

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Table of contents 

1

 

Introduction ................................................................................................................................................................... 5

 

1.1

 

Revision history ......................................................................................................................................................................... 5

 

1.2

 

Safety rules ................................................................................................................................................................................ 5

 

1.3

 

Technical specifications .......................................................................................................................................................... 6

 

1.4

 

Room Panel versions ............................................................................................................................................................... 7

 

 

 ...................................................................................................................................................................................................... 8

 

1.5

 

Dimensions ................................................................................................................................................................................ 8

 

2

 

Power supply and Communication ............................................................................................................................ 9

 

2.1

 

DC power connection ............................................................................................................................................................. 10

 

2.2

 

AC power connection ............................................................................................................................................................. 10

 

2.3

 

Connecting the communication bus (RS485) ................................................................................................................... 10

 

2.4

 

Connecting more Room Panels in the network ................................................................................................................ 11

 

2.5

 

RS485 network termination .................................................................................................................................................. 11

 

2.6

 

Connection by USB ................................................................................................................................................................. 12

 

3

 

Restoring the default settings .................................................................................................................................. 13

 

4

 

Main parameters ........................................................................................................................................................ 14

 

4.1

 

PANEL_PASSWORD (40028) ................................................................................................................................................ 14

 

4.2

 

SUBMENU_PROTECTION (40228) ...................................................................................................................................... 14

 

4.3

 

Communication parameters ................................................................................................................................................. 15

 

4.3.1

 

COUNTER_OF_RECEIVED_MESSAGES (30004) ............................................................................................................................. 15

 

4.3.2

 

COUNTER_OF ERROR_MESSAGES (30006) .................................................................................................................................... 15

 

4.3.3

 

COUNTER_OF_SENT_MESSAGES (30008) ...................................................................................................................................... 15

 

4.3.4

 

BAUD_RATE (40017)............................................................................................................................................................................. 15

 

4.3.5

 

STOP_BITS (40018) .............................................................................................................................................................................. 15

 

4.3.6

 

PARITY_BIT (40020) ............................................................................................................................................................................. 16

 

4.3.7

 

RESPONSE_DELAY_TIME (40021) ..................................................................................................................................................... 16

 

4.3.8

 

PANEL_ADDRESS (40023)................................................................................................................................................................... 16

 

4.3.9

 

PROTOCOL (40024) .............................................................................................................................................................................. 16

 

4.4

 

Time configuration ................................................................................................................................................................. 17

 

4.4.1

 

HOURS (40203) ..................................................................................................................................................................................... 17

 

4.4.2

 

MINUTES (40204) ................................................................................................................................................................................. 17

 

4.4.3

 

TIME_VISIBILITY (Register 40218, bit 0) .......................................................................................................................................... 17

 

4.4.4

 

ENTER_MENU_TIME (40223). ............................................................................................................................................................ 17

 

4.4.5

 

EXIT_EDIT_TIME (40224) ..................................................................................................................................................................... 17

 

4.4.6

 

EXIT_MENU_TIME (40225) .................................................................................................................................................................. 18

 

4.5

 

Device Configuration .............................................................................................................................................................. 18

 

4.5.1

 

VERSION_TYPE (30001) ...................................................................................................................................................................... 18

 

4.5.2

 

LIVE_TIME (30012) ................................................................................................................................................................................ 18

 

4.5.3

 

SENSORS (Register 30029, bits 0 - 2) ............................................................................................................................................... 18

 

4.5.4

 

DEVICE_ACTIONS (40001) .................................................................................................................................................................. 19

 

4.6

 

DEVICE CONFIGURATION REGISTER (40205) ................................................................................................................. 19

 

4.6.1

 

BEEPER (Register 40205, bit 0) .......................................................................................................................................................... 19

 

4.6.2

 

TIME_FORMAT (Register 40205, bit 1) ............................................................................................................................................. 19

 

4.6.3

 

BACKGROUND_ILLUMINATION_ LCD_ACTIVE (Register 40205, bit 3) ...................................................................................... 19

 

4.6.4

 

BACKGROUND_ILLUMINATION_KEY_PAD_ACTIVE  (Register 40205, bit 4) ............................................................................ 19

 

4.6.5

 

CO2_IN_ALARM_FLASHING_LCD (Register 40205, bit 5) ............................................................................................................. 20

 

4.6.6

 

CO2_IN_ALARM_BUZZER (Register 40205, bit 6) ........................................................................................................................... 20

 

4.6.7

 

CO2_IN_ALARM_SHOW_HIGH (Register 40205, bit 7) ................................................................................................................... 20

 

4.6.8

 

SUBMENU_ICON_DISPLAY_OFF (Register 40205, bit 10) ............................................................................................................ 20

 

4.6.9

 

PANEL_OFF (Register 40205, bit 11) ................................................................................................................................................. 20

 

4.6.10

 

KEY_PAD_OFF (Register 40205, bit 12) ............................................................................................................................................ 20

 

4.6.11

 

LCD_FLASHING (Register 40205, bit 13) .......................................................................................................................................... 21

 

4.6.12

 

KEY_PAD_FLASHING (Register 40205, bit 14) ................................................................................................................................ 21

 

Summary of Contents for iSMA-B-LP-1

Page 1: ...iSMA B LP User Manual Modbus Global Control 5 Sp z o o Warsaw Poland www gc5 pl ...

Page 2: ...COL 40024 16 4 4 Time configuration 17 4 4 1 HOURS 40203 17 4 4 2 MINUTES 40204 17 4 4 3 TIME_VISIBILITY Register 40218 bit 0 17 4 4 4 ENTER_MENU_TIME 40223 17 4 4 5 EXIT_EDIT_TIME 40224 17 4 4 6 EXIT_MENU_TIME 40225 18 4 5 Device Configuration 18 4 5 1 VERSION_TYPE 30001 18 4 5 2 LIVE_TIME 30012 18 4 5 3 SENSORS Register 30029 bits 0 2 18 4 5 4 DEVICE_ACTIONS 40001 19 4 6 DEVICE CONFIGURATION REG...

Page 3: ... 31 5 2 2 HUMIDITY_SENSOR_OFFSET 40305 31 5 2 3 HUMIDITY_FILTER 40308 31 5 2 4 HUMIDITY_NAME 40312 31 5 2 5 HUMIDITY_CONFIGURATION Register 40317 bit 0 and bit 4 32 5 3 CO2_SENSOR 32 5 3 1 CO2_SENSOR_ACTUAL_VALUE 30303 32 5 3 2 CO2_SENSOR_OFFSET 40306 32 5 3 3 CO2_FILTER 40309 33 5 3 4 CO2_NAME 40314 33 5 3 5 CO2_CONFIGURATION 40318 bit 0 33 5 3 6 CO2_SETPOINT_FOR_ALARM 40226 33 5 3 7 CO2_DIFFEREN...

Page 4: ...ter 41707 bit 1 46 8 4 3 EDIT_MODE Register 41707 Bit 5 46 8 4 4 OCCUPIED_CONFIG_LOCAL_MODE Register 41707 Bit 6 47 9 Registers adjustable locally from the Room Panel 49 9 1 Configuration CONF 49 9 2 Device DEV 50 9 3 Temperature TEMP 51 9 4 Humidity HUM 51 9 5 CO2 CO2 52 9 6 Setpoint SETP 53 9 7 Fan Fan 54 9 8 Occupancy OCCU 54 10 Main Menu user defined parameters 55 11 Submenus with user defined...

Page 5: ... 1 8 59 11 2 6 XConfiguration X 1 8 59 11 2 6 1 Visibility bit 0 59 11 2 6 2 Editable bit 1 59 11 3 Submenu MenuActivePoints registers 60 11 4 Submenu Boolean All Present Value registers 40107 40113 60 12 List of all Modbus Registers 61 12 1 1 List of User defined parameters Modbus registers 68 12 1 2 Main Menu user defined parameters 68 12 1 3 Temperature Submenu 74 12 1 4 Fan Submenu 82 12 1 5 L...

Page 6: ... Revision history 1 2 Safety rules Note Incorrect wiring of this product can damage the product 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 power terminals Doing so might ...

Page 7: ...d plated optics diffusion sampling with Telaire s Patented ABC Logic Self Calibrated Algorithm Range 400 2000 ppm Accuracy 30 ppm OR 3 of reading Stability 2 of FS over life of sensor 15 years typical Warm Up Time 2 minutes operational 10 minutes maximum accuracy Calibration ABC Logic Algorithm Manual Calibration Interval Not required RS485 Interface Communication protocols Modbus RTU Modbus ASCII...

Page 8: ... sensors different parameters and settings are available All possible sensors configuration versions are shown in the Table 3 below Ordering Temperature Humidity CO2 iSMA B LP 1 iSMA B LP H 1 iSMA B LP C 1 iSMA B LP HC 1 Table 3 Room Panel Sensor Configuration versions There are two versions of keypad icons set available standard and optional The ordering code for a standard keypad icons set panel...

Page 9: ...iSMA B LP Room Panel Modbus version 1 3 www gc5 pl Page 8 121 1 5 Dimensions Figure 1 Room Panel iSMA B LP dimensions ...

Page 10: ...elow Figure 2 RJ12 sockets in the back side of the Room Panel There are two pairs of pins for 24 V AC DC power supply connection 24 V DC pins 5 and 6 24 V DC pins 1 and 4 These pin pairs can be used freely It is especially useful when different types of connection cables are used 4 or 6 core It is possible to use single cable with RJ12 connectors for power supply and RS485 communication Pins no 2 ...

Page 11: ...us version 1 3 www gc5 pl Page 10 121 2 1 DC power connection Figure 4 DC power supply connection 2 2 AC power connection Figure 5 AC power supply connection 2 3 Connecting the communication bus RS485 Figure 6 RS485 connection ...

Page 12: ...ork Last Room Panel in the network Figure 7 Several Room Panels connection 2 5 RS485 network termination The transmission line effects often present a problem on data communication networks These problems include reflections and signal attenuation To eliminate the presence of reflections from cable ends the cable must be terminated at both ends with a resistor across the line equal to its characte...

Page 13: ... is dedicated for maintenance and settings USB port mini type B is located at the bottom of the device Figure 9 Figure 9 Mini USB port USB connection provides Power Supply for the Room Panel 5 V DC so there is no need for additional power supply in this connection type Figure 10 Mini USB port pinout ...

Page 14: ...itch no 1 position for default setting restore procedure 3 Turn power supply ON LCD display starts blinking 4 Set switch no 1 on the DIP switch to OFF to restore the default settings To cancel the reset turn the power off and set switch no 1 on the DIP switch to OFF Default communication settings Register Name Default Value BAUD RATE 11520 115200 bps STOP BITS 1 DATA BITS 8 PARITY BITS 0 ADDRESS 1...

Page 15: ...vailable in different colours white is basic on client s request 4 1 PANEL_PASSWORD 40028 The register has password which is necessary to enter submenus and configuration menus locally from the Room Panel PIN code Default password is 1000 4 2 SUBMENU_PROTECTION 40228 After activation of the particular bit of the register set a password protects access to different Submenu Editions see table below ...

Page 16: ...ue is reset after power cycle or after changing of transmission parameters speed stop bits parity etc 4 3 3 COUNTER_OF_SENT_MESSAGES 30008 32 bit register with the number of Modbus messages sent by the Room Panel from the time of the last power up The value is reset after power cycle or after changing transmission of parameters speed stop bits parity etc 4 3 4 BAUD_RATE 40017 Actual baud rate in b...

Page 17: ...lue of this 16 bit register determines the number of milliseconds to wait before the unit answers the question This time is used to extend the interval between the question and the answer The default value of 0 means no delay the answer is sent once during the 3 5 character required by the protocol Modbus RTU 4 3 8 PANEL_ADDRESS 40023 This register contains information about the Modbus address of ...

Page 18: ...the time visibility If bit 0 is true clock is visible in Main Menu it starts to be visible when the Room Panel receives first message with correct time value after panel restart or connection of power supply The clock is displayed on 14 segment display block when the name of active parameter visible is empty each character in the parameter name is NULL Default value is true visible 4 4 4 ENTER_MEN...

Page 19: ... the module firmware version multiplied by 10 0x0A16 1010 means firmware in version 1 0 An example In register 30001 is number 267110 0x0A6F16 This means that it is a Room Panel with firmware in version 1 0 0x0A16 1010 4 5 2 LIVE_TIME 30012 This 32 bits register contains information in seconds about UP time After power supply failure or the Panel restart Live time register value resets and the UP ...

Page 20: ...n bit is true time is set in 12h format Otherwise time is displayed in 24h format default When the clock is set in 12h format and it receives hours value in 24h format icons AM and PM are displayed according to calculation A semicolon which separates hours and minutes section in the clock flashes with 1 Hz frequency 4 6 3 BACKGROUND_ILLUMINATION_ LCD_ACTIVE Register 40205 bit 3 Bit 3 of register 4...

Page 21: ...witch off submenu icon display When bit 10 is true all submenu icons are hidden even in the case when one or more submenus contain active points The user can enter active submenu with at least one active point and proceed normal operation but its icon is invisible in the Mail Menu display view 4 6 9 PANEL_OFF Register 40205 bit 11 Bit 11 of register 40205 switch off panel When bit 11 is true the R...

Page 22: ... from the registers BACKGROUND ILLUMINATION KEY PAD FOR ACTIVE MODE register BACKGROUND ILLUMINATION KEY PAD FOR IDLE MODE register BACKGROUND ILLUMINATION KEY PAD FOR STANDBY MODE register By default bit is false Key Pad flashing inactive 4 7 Room Panel Modes The Room Panel has 3 different modes Active mode Idle mode Stand by mode The differences between particular modes are physically visible wh...

Page 23: ... When the bit is false LCD display and Key Pad work in normal mode parameters and actual sensor values are displayed submenus are visible and editable etc If the bit is true LCD display and Key Pad is deactivated The Room Panel works as a simple sensor CO2 sensor temperature sensor humidity sensor depending on Room Panel version see table 3 Figure 14 LCD display general view 4 8 1 Icons displaying...

Page 24: ...cording to Table no 12 below By default all icons are hidden all bits of the register are false 4 8 1 2 LCD_ICON_FLASHING 40220 Each bit of the register switches on blinking of particular Icons Setting true value for a particular bit causes blinking of a single Icon which is assigned to that bit according to Table no 12 below Bit Icon Name Icon 0 Sun 1 Moon 2 Heating 3 Cooling 4 Humidfire 5 Dehumi...

Page 25: ...Default value is 500 ms the icons are visible fo 500 ms and hidden for 500 4 125 ms 4 8 1 4 SUBMENU_ICON_FLASHING 40229 Each bit of the register switches on blinking of particular Icons Setting true value for a particular bit causes blinking of a single Icon which is assigned to that bit according to Table no 13 below Table 13 Submenu Icon Display Bit Icon Name Icon 0 Temperature 1 Fan 1 2 Fan 2 3...

Page 26: ... the particular parameter can be set in REFRESHING_TIME register When Refreshing Time elapses the next parameter is displayed according to the sequence of parameters display Default value is 2 sec each parameter is displayed for 2 seconds This register has min value of 1 minute Sequence of parameters display 1 Actual value of temperature sensor if active 2 Actual value of humidity sensor if active...

Page 27: ...nce 1 Active the mode activates after pushing any keypad buttons or after restart of the Room Panel LCD display illuminates with a brightness level stored in BACKGROUND_ILLUMINATION_LCD_FOR_ACTIVE_MODE register In default setting the value of Illumination for the active mode is 60 It means that the display illuminates with 60 of the maximum possible brightness The LCD display stays in Active mode ...

Page 28: ...is powered When the beeper is active single pushing of any button emits the beeper sound Figure 15 Left Standard Key Pad view iSMA B LP XX Right Optional Key Pad view iSMA B LP XX 1 4 9 1 Menu button When the device is in Active mode single pushing of the button opens the Fan Menu Menu button allows to exit particular Menus and parameters edit mode The button cancels selection of new parameters va...

Page 29: ...splay illuminates with 10 of the maximum possible brightness The Key Pad stays in Active mode for as long as it is determined in BACKGROUND_ILLUMINATION_KEY_PAD_TIME_TO_IDLE register The register contains time value in seconds iBy default 10 sec and a time countdown starts when Active mode becomes active It means in practice that pressing any of the keypad buttons resets a timer and countdown star...

Page 30: ...t display block Every numeric value is displayed with assigned unit Figure 16 Actual temperature sensor value displayed on 8 segment displays block and the temperature name displayed on 14 segment displays block 5 1 Temperature Sensor All Room Panel versions have in built temperature sensor Default temperature unit is oC and it is displayed together with temperature sensor value if active 5 1 1 TE...

Page 31: ... ASCII code which can be displayed as a text name on 14 segment display block together with the Temperature Sensor Actual Value register displayed on 8 segment display block In case when a particular character s value is 0 NULL the character is not displayed Lower case characters are automatically changed into upper case characters The default value is 1297110085 which corresponds to the name TEMP...

Page 32: ...d is displayed together with humidity sensor value if active permanently not editable 5 2 1 HUMIDITY_SENSOR_ACTUAL_VALUE 30302 The register stores actual value from the humidity sensor including Humidity Sensor Offset value multiplied by 10 In Main Menu the humidity sensor value is displayed directly without multiplying 5 2 2 HUMIDITY_SENSOR_OFFSET 40305 The register contains a value which allows ...

Page 33: ...nteger value without decimal place 5 3 CO2_SENSOR WARNING All registers described below are active only when the Room Panel is equipped with an in built CO2 sensor Default CO2 unit is ppm and it is displayed together with CO2 sensor value if active permanently not editable CO2 actual sensor value is displayed in delay of 120 sec after the Room Panel restart or power supply connection if bit 0 CO2 ...

Page 34: ...2 sensor s actual value is visible in Main Menu Default value is true visible WARNING CO2 value is visible with delay of 120 sec after the Room Panel restart or power supply connection 5 3 6 CO2_SETPOINT_FOR_ALARM 40226 The register contains the Setpoint for alarm value in ppm If actual CO2 sensor value increases over the Setpoint value then the Room Panel indicates CO2 Alarm for other indication ...

Page 35: ... a final Setpoint value 6 3 DEFAULT_SETPOINT 41503 The register contains default setpoint value Default Setpoint is set as a Setpoint value after the Room Panel restart or power supply reconnection the value of the register Default Value is written down to Setpoint Value register Register contains value multiplied by 10 The default value is 210 6 4 OFFSET_SETPOINT 41504 The register contains a val...

Page 36: ...es Setpoint change with the STEP value stored in this register The setpoint can be changed in the range determined by Setpoint Limits stored in Setpoint Low Limit and Setpoint High Limit registers Setpoint STEP is also automatically adjusted to the Setpoint display precision When the register Setpoint Configuration bit 4 is true the Setpoint value is displayed with one decimal place In that case S...

Page 37: ...h the defined display priority see Main Menu display By default bit is true Setpoint visible 6 11 2 SETPOINT_EDITION Register 41513 bit 1 Bit 1 determines possibility to change setpoint locally from the Room Panel When the bit is true Setpoint is editable and user can change the setpoint value by pushing up down arrow buttons When the bit is false pushing arrow buttons sets the Room Panel in Activ...

Page 38: ... D Offset with decimal 6 11 5 THIRD_POINT_ACTIVE Register 41513 bit 4 Bit 4 true value activates setpoint display precision to the first decimal place If bit 4 is false setpoint is displayed as integer value without decimal place The default value is true 6 11 6 SETPOINT_FAST_EDIT_MODE Register 41513 Bit 5 Bit 5 switches between Setpoint Normal Edit and Setpoint Fast Edit modes ...

Page 39: ...oint is confirmed Confirmation of entering the new Setpoint is signalized by double blink of the new Setpoint name and double beeper signal if enabled DEVICE_CONFIGURATION bit 0 When Setpoint selection procedure is done the Main Menu is displayed By default the bit is 0 Normal Edit mode 6 12 Setting setpoint Setpoint setting is possible from Main Menu level If the Room Panel is in Active Mode or i...

Page 40: ...in SETPOINT_STEP register for detailed functioning see SetpointSTEP If entered value is higher than the value stored in OFFSET_RANGE register the actual Offset_Setpoint value is overwritten by the value in that register Pushing the down arrow button decreases Offset Setpoint value with the STEP stored in SETPOINT_STEP register for detailed functioning see SetpointSTEP If entered value is lower tha...

Page 41: ... Submenu Edition On 14 segment displays block text FAN flashes and on 8 segment displays block name of FAN_MODE is displayed according to which Fan Mode is already active see table Fan Mode Name 7 1 FAN_CURRENT_SPEED 41601 The register stores numeric value corresponding to current fan speed Particular register value is the base for displaying determined group of icons see table below The register ...

Page 42: ...to information about Fan type Fan type selection determines which fan modes are available in FAN_MODE register This register has software limitation where the max value is 6 Available fan modes in particular Fan type selection are shown in the table below Register value Fan type Comment Available fan modes texts on LCD 0 0 10V def Fan is controlled by analog value 0 10 VDC OFF I II III Auto 1 1 Sp...

Page 43: ...604 OFF 0 41606 AUTO 1 41608 I 2 41610 II 3 41612 III 4 Table 19 Fan name registers 7 5 FAN_CONFIGURATION 41614 7 5 1 FAN_CURRENT_SPEED_VISIBILITY Register 41614 bit 0 Bit 0 is responsible for activation or deactivation Fan Current Speed visibility If bit 0 is active Fan Current Speed is visible as a group of Icons The icons indicate fan activity run status actual speed and auto manual mode Figure...

Page 44: ... double beeper signal if enabled DeviceConfiguration bit 0 When Fan mode selection is done the Main Menu is displayed Pushing the Menu button before new FAN_MODE confirmation by the OK Button cancels the new FAN_MODE setting procedure and the user is get back to the Main Menu If the new FAN_MODE is not confirmed during time value stored in EXIT_EDIT_TIME register the new FAN_MODE selection is fail...

Page 45: ...lue Visualization 0 0 1 def 1 2 2 3 3 Table 21 Overwriting FAN CURRENT SPEED register by FAN_MODE register in Local mode BMS Mode If bit 6 is false the Room Panel fan setting works in BMS mode FAN_MODE register works separately from FAN_CURRENT_STATUS register By default the bit is false BMS mode 7 6 FAN_ICON_FLASHING_TIME 41615 A register contains time value in milliseconds which is the base for ...

Page 46: ...determined group of icons see table below This register has software limitation where the maximum value is 3 The register value can be used as an actual occupancy status indication Register value Icon 0 1 2 3 Human symbol blinks Table 22 Occupancy Current Status 8 2 OCCUPANCY_MODE 41702 The register contains numeric value corresponding to OCCUPANCY_MODE There are two different occupancy modes whic...

Page 47: ...NCY_VISIBILITY Register 41707 bit 0 Bit 0 of register 41707 is responsible for activation or deactivation Occupancy Current Status visibility If bit 0 is active Occupancy Current Status is visible as a specific group of Icons configuration Figure 20 Occupancy Current Status Icons The default value is 1 occupancy mode is visible 8 4 2 OCCUPANCY_MODE_EDITION Register 41707 bit 1 Bit 1of register 417...

Page 48: ...mode When the bit 5 is true then Fast Edit mode is active and setting the new Occupancy Mode does not need any confirmation The new Occupancy Mode is selected by pushing the OK button Pushing any other button confirms the new Occupancy Mode choice The same situation is when time value EXIT_EDIT_TIME elapsed The new chosen Occupancy Mode is confirmed Confirmatrion of entering the new Occupancy Mode...

Page 49: ...ter value Visualization 0 0 1 1 Table 25 Overwriting OCCUPANCY CURRENT SPEED register by OCCUPANCY MODE register in Local mode BMS Mode If bit 6 is false the Room Panel occupancy setting works in BMS mode OCCUPANCY_MODE register works independently from OCCUPANCY_CURRENT_STATUS register By default the bit is false BMS mode ...

Page 50: ...ons All parameters are described in more details in particular sections of this User Manual 9 1Configuration CONF Configuration menu contains registers responsible for configuration Main part of all available registers refers to main communication registers as baud rate Modbus address stop bits parity bits and protocol selection From the configuration menu level user can change the Room Panel pass...

Page 51: ...e Access Description 2 1 40205 204 0xCC DEVICE CONFIGURATION bit 0 BEEPER Read Write Memory 0 inactive 1 active def 2 2 40205 204 0xCC DEVICE CONFIGURATION bit 1 TIME_FORMAT Read Write Memory 0 24h def 1 12h 2 3 40205 204 0xCC DEVICE CONFIGURATION bit 2 TEMPERATURE_UNIT Read Write Memory Not supported 2 4 40205 204 0xCC DEVICE CONFIGURATION bit 3 BACKGROUND_ILLUMINATION_LCD_ACTIVE Read Write Memor...

Page 52: ...def 3 3 40307 306 0x132 TEMPERATURE_FILTER Read Write Memory By default 60 sec 3 4 40304 303 0x12F TEMPERATURE_OFFSET Read Write Memory By default 0 9 4 Humidity HUM Humidity Settings menu contains registers referring to humidity sensor display and humidity control settings User is able to switch on off humidity sensor value display set humidity sensor filter or change humidity sensor offset All a...

Page 53: ...O2 sensor offset All available parameters are presented in the table below Paramete r number Modbus address Dec addres s Hex addres s Register Name Access Description 5 1 40318 317 0x13D CO2 CONFIGURATION bit 0 ACTIVE Read Write Memory 0 inactive 1 active def 5 2 40309 308 0x134 CO2_FILTER Read Write Memory By default 60 sec 5 3 40307 306 0x132 CO2_OFFSET Read Write Memory By default 0 5 4 40226 2...

Page 54: ...512 0x5E8 SETPOINT_CONFIGURATION bit 1 EDITABLE Read Write Memory 0 inactive 1 active def 6 3 41513 1512 0x5E8 SETPOINT_CONFIGURATION bit 2 OPPERATING_MODE Read Write Memory 0 changing offset 1 changing setpoint def 6 4 41513 1512 0x5E8 SETPOINT_CONFIGURATION bit 3 SETPOINT_DISPLAY Read Write Memory 0 changing offset 1 changing effective setpoint def 6 5 41513 1512 0x5E8 SETPOINT_CONFIGURATION bit...

Page 55: ...x64D FAN_CONFIGURATION bit 5 FAST_EDIT_MODE Read Write Memory 0 inactive def 1 active 7 5 41615 1614 0x64E FAN_ICON_FLASHING_TIME Read Write Memory By default 500 ms 7 6 41603 1602 0x642 FAN_TYPE Read Write Memory 0 0 10V def 1 1 Speed 2 2 Speed 3 3 Speed 9 8 Occupancy OCCU Occupancy Settings menu contains registers referring to Occupancy Configuration User can decide if Current Occupancy Status s...

Page 56: ...menu 2 Fan submenu 3 Light submenu 4 Blind submenu 5 Alarm submenu 6 Occupancy submenu Each submenu is automatically activated if one of the parameters assigned to that submenu is active When the particular submenu is active then the icon of that submenu is displayed in the Main Menu see Submenu Icon Display table Fan and Occupancy submenu icons are displayed in different configuration according t...

Page 57: ... the highest priority is displayed as a first parameter in submenu The parameter with the lowest priority is displayed as a last parameter in Submenu If two or more parameters have the same priority the sequence of displaying based on register addresses the register with the lowest address is displayed as first Default priority for all user defined parameters is 0 11 1 4 XSTEP X 1 8 The register c...

Page 58: ...play precision to the third decimal place The default value is false 11 1 7 6 o C Unit Active bit 6 If the bit is true then together with actual parameter Present Value the oC unit is displayed The default value is 0 11 1 7 7 F Unit Active bit 7 If the bit is true then together with actual parameter Present Value the oF unit is displayed The default value is 0 11 1 7 8 Pa Unit Active bit 8 If the ...

Page 59: ... type registers Each submenu has 8 Boolean user defined parameters Each of user defined parameters has the same structure it contains 6 registers dedicated to different functionalities and purposes Each register is described below Exact Modbus address for each register see the list of all Modbus registers 11 2 1 XPresentValue X 1 8 The register contains actual value of the parameter The default va...

Page 60: ...t In case when particular ASCII code value is 0 NULL the character is not displayed Lower case characters are automatically changed into upper case characters The default name is OFF register value 1174425414 11 2 5 XPriority X 1 8 The register contains value which determines parameter priority Parameter priority determines the sequence of parameters display inside the particular submenu The param...

Page 61: ...l XConfiguration Active bits inside a particular Submenu If one of Active bit is true Register Submenu Active points becomes positive 11 4 Submenu Boolean All Present Value registers 40107 40113 For each submenu there is a special register which contains all Boolean present values inside a particular submenu Setting true value for single bit sets true value for assigned Boolean Point according to ...

Page 62: ...32 bits Read Write Memory Default 0xFFFFFFFF 40017 16 0x10 BAUD_RATE Read Write Memory Transmission speed is defined by the user calculation using the formula The default value is 11520 115200 bps 40018 17 0x11 STOP_BITS Read Write Memory Supported values are 1 and 2 The default value 1 40020 19 0x13 PARITY_BIT Read Write Memory The default value is 0 no parity Allowed values Value Description 0 d...

Page 63: ... Key Pad ON def Key Pad OFF 13 Flashing LCD Not active def Active 14 Flashing Key Pad Not active def Active 40207 206 0xCE BACKGROUND_ILLUMINATION LCD_FOR_ACTIVE_MODE Read Write Memory Default 60 40208 207 0xCF BACKGROUND_ILLUMINATION LCD_FOR_IDLE_MODE Read Write Memory Default 40 40209 208 0xD0 BACKGROUND_ILLUMINATION LCD_FOR_STANDBY_MODE Read Write Memory Default 0 40210 209 0xD1 BACKGROUND_ILLU...

Page 64: ...e 40219 218 0xDA LCD_ICON_DISPLAY Read Write Memory Each bit of the register shows or hides assigned Icon as in the table below Bit Icon Name Icon 0 Sun 1 Moon 2 Heating 3 Cooling 4 Humidfire 5 Dehumidfire 6 Wireless 7 Settings 8 Eco 9 Recirculation 10 PC 40220 219 0xDB LCD_ICON_DISPLAY Read Write Memory Each bit of the register starts flashing of the assigned Icon See table in LCD ICON DISPLAY re...

Page 65: ...Read Only CO2 Current alarm Status 30301 300 0x12C TEMPERATURE_SENSOR Read Only Actual temperature sensor value with offset 30302 301 0x12D HUMIDITY_SENSOR Read Only Actual humidity sensor value with offset 30303 302 0x12E CO2_SENSOR Read Only Actual CO2 sensor value with offset 40304 303 0x12F TEMPERATURE_SENSOR_OFFSET Read Write Memory Temperature sensor offset Default is 0 40305 304 0x130 HUMID...

Page 66: ...efault value is set as Setpoint value 41502 1501 0x5DD EFFECTIVE_SETPOINT Read Only Sum of Effective Setpoint and Offset value 41503 1502 0x5DE DEFAULT_SETPOINT Read Write Memory By default 21o C 41504 1503 0x5DF OFFSET_SETPOINT Read Write Memory By default 0o C 41505 1504 0x5E0 SETPOINT_LOW_LIMIT Read Write Memory Min available setpoint value By default 18o C 41506 1505 0x5E1 SETPOINT_HIGH_LIMIT ...

Page 67: ...nt 4 ThirdPointActive Not active Active def 5 FastEditMode Not active def Active 41601 1600 0x640 FAN_MODE Read Write Register value Fan Mode Visualization 0 OFF 1 Manual Speed 1 def 2 Manual Speed 2 3 Manual Speed 3 4 AUTO 41602 1601 0x641 FAN_CURRENT_SPEED Read Write Register value Fan Mode Comment 0 OFF def Fan is OFF 1 Manual Speed 1 Fan works in Speed 1 manual mode 2 Manual Speed 2 Fan works ...

Page 68: ...mory Name for FAN MODE 3 Default _ _11 41612 1611 0x64B FAN_MODE_4 NAME 32 bits Read Write Memory Name for FAN MODE 4 Default _111 41614 1613 0x64D FAN_CONFIGURATION Read Write Memory Bit Name 0 1 0 Visible Not visible Visible def 1 Editable Not Editable Editable def 2 Part Editable Fully edtitable def Auto_Off_Mode 5 FastEditMode Not active def Active 41615 1614 0x64E FAN_ICON_FLASHING_TIME Read ...

Page 69: ...e Memory Present value of the parameter 40320 319 0x13F MAIN_MENU_NUMERIC1 NAME 32 bits Read Write Memory User defined parameter name displayed 40322 321 0x141 MAIN_MENU_NUMERIC1 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Main Menu 40323 322 0x142 MAIN_MENU_NUMERIC1 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active def 2 FirstPointA...

Page 70: ...defined parameter name 40332 331 0x14B MAIN_MENU_NUMERIC3 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Main Menu 40333 332 0x14C MAIN_MENU_NUMERIC3 CONFIGURATION Read Write Memory See the table in MAIN_MENU_NUMERIC1Configuration 30323 40054 53 0x35 MAIN_MENU_NUMERIC4 PRESENTVALUE Read Write Memory Present value of the parameter 40335 334 0x14E MAIN_MENU_NUMERIC4 ...

Page 71: ...er name 40057 56 0x38 MAIN_MENU_NUMERIC7 PRESENTVALUE Read Write Memory Present value of the parameter 40352 351 0x15E MAIN_MENU_NUMERIC7 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Main Menu 40353 352 0x15F MAIN_MENU_NUMERIC7 CONFIGURATION Read Write Memory See the table in MAIN_MENU_NUMERIC1Configuration 30323 40058 57 0x39 MAIN_MENU_NUMERIC8 PRESENTVALUE Read...

Page 72: ... Name 0 1 0 Active Not active def Active 40115 114 0x72 MAIN_MENU_BOOLEAN2 PRESENTVALUE Read Write Memory Present value of the parameter 40369 368 0x170 MAIN_MENU_BOOLEAN2 NAME 32 bits Read Write Memory Displaying user defined parameter name 40371 370 0x172 MAIN_MENU_BOOLEAN2 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40373 372 0x174 MAIN_MENU_BOOLEAN2 FALSETEXT 32 bits...

Page 73: ...40391 390 0x186 MAIN_MENU_BOOLEAN4 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40393 392 0x188 MAIN_MENU_BOOLEAN4 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Main Menu 40394 393 0x189 MAIN_MENU_BOOLEAN4 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 40118 117 0x75 MAIN_MENU_BOOLEAN5 PRESENTVALUE Read Writ...

Page 74: ...U_BOOLEAN7 PRESENTVALUE Read Write Memory Present value of the parameter 40414 413 0x19D MAIN_MENU_BOOLEAN7 NAME 32 bits Read Write Memory Displaying user defined parameter name 40416 415 0x19F MAIN_MENU_BOOLEAN7 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40418 417 0x1A1 MAIN_MENU_BOOLEAN7 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40420 41...

Page 75: ...LUE Read Write Memory Present value of the parameter 40501 500 0x13F TEMPERATURE_MENU ACTIVE_POINTS Read Write Memory Number of active parameters in submenu 40504 503 0x1F7 TEMPERATURE_NUMERIC1 NAME 32 bits Read Write Memory Displaying user defined parameter name 40506 505 0x1F9 TEMPERATURE_NUMERIC1 STEP Read Write Memory STEP during parameter value changing The default value is 0 40507 506 0x1FA ...

Page 76: ...5 h unit active not_visible def visible 40060 59 0x3B TEMPERATURE_NUMERIC2 PRESENT_VALUE Read Write Memory Present value of the parameter 40513 512 0x200 TEMPERATURE_NUMERIC2 NAME 32 bits Read Write Memory Displaying user defined parameter name Default name Num2 40515 514 0x202 TEMPERATURE_NUMERIC2 STEP Read Write Memory STEP during parameter value changing The default value is 0 40516 515 0x203 T...

Page 77: ...d Write Memory Present value of the parameter 40531 530 0x212 TEMPERATURE_NUMERIC4 NAME 32 bits Read Write Memory Displaying user defined parameter name Default name Num2 40533 532 0x214 TEMPERATURE_NUMERIC4 STEP Read Write Memory STEP during parameter value changing The default value is 0 40534 533 0x215 TEMPERATURE_NUMERIC4 LOW_LIMIT Read Write Memory Minimal value of the parameter The default v...

Page 78: ... parameter value changing The default value is 0 40552 551 0x227 TEMPERATURE_NUMERIC6 LOW_LIMIT Read Write Memory Minimal value of the parameter The default value is 0 40553 552 0x228 TEMPERATURE_NUMERIC6 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 40554 553 0x229 TEMPERATURE_NUMERIC6 PRIORITY Read Write Memory Priority of the parameter for sequence of displa...

Page 79: ...UMERIC8 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 40572 571 0x241 TEMPERATURE_NUMERIC8 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40573 572 0x242 TEMPERATURE_NUMERIC8 CONFIGURATION Read Write Memory See the table in TEMPERATURE_NUMERIC1Configuration 40510 40108 107 0x6B TEMPERATURE_BOOLEAN_ALL PRESENT_VALUES Read...

Page 80: ... Re Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40124 123 0x7B TEMPERATURE_BOOLEAN3 PRESENT_VALUE Read Write Memory Present value of the parameter 40596 595 0x253 TEMPERATURE_BOOLEAN3 NAME 32 bits Read Write Memory Displaying user defined parameter name 40598 597 0x255 TEMPERATURE_BOOLEAN3 TRUETEXT 32 bits Read Write Memory Text for parameter ...

Page 81: ... parameter name 40618 617 0x269 TEMPERATURE_BOOLEAN5 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40620 619 0x271 TEMPERATURE_BOOLEAN5 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40622 621 0x273 TEMPERATURE_BOOLEAN5 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40623 622 0x274 TEMPERATURE_BOOLEAN5 CONF...

Page 82: ...TEMPERATURE_BOOLEAN7 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40633 642 0x282 TEMPERATURE_BOOLEAN7 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40127 128 0x80 TEMPERATURE_BOOLEAN8 PRESENT_VALUE Read Write Memory Present value of the parameter 40646 645 0x285 TEMPERATURE_BOOLEAN8 NAME ...

Page 83: ...te Memory Maximal value of the parameter The default value is 0 40662 661 0x295 FANNUMERIC1 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40663 662 0x296 FANNUMERIC1 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active def 2 FirstPointActive Not decimal def Decimal def 3 SecondPointActiveNot decimal def Decimal def 4 ThirdPointActive...

Page 84: ... in FanNumeric1Configuration 40510 40069 68 0x44 FANNUMERIC3 PRESENT_VALUE Read Write Memory Present value of the parameter 40675 674 0x2A2 FANNUMERIC3 NAME 32 bits Read Write Memory Displaying user defined parameter name Default name Num2 40677 676 0x2A4 FANNUMERIC3 STEP Read Write Memory STEP during parameter value changing The default value is 0 40678 677 0x2A5 FANNUMERIC3 LOW_LIMIT Read Write ...

Page 85: ... Displaying user defined parameter name Default name Num2 40695 694 0x2B6 FANNUMERIC5 STEP Read Write Memory STEP during parameter value changing The default value is 0 40696 695 0x2B7 FANNUMERIC5 LOW_LIMIT Read Write Memory Minimal value of the parameter The default value is 0 40697 696 0x2B8 FANNUMERIC5 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 40698 697 ...

Page 86: ... Minimal value of the parameter The default value is 0 40715 714 0x2CA FANNUMERIC7 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 40716 715 0x2CB FANNUMERIC7 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40717 716 0x2CC FANNUMERIC7 CONFIGURATION Read Write Memory See the table in FanNumeric1Configuration 40510 40074 73 0...

Page 87: ...ORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40736 735 0x2DF FANBOOLEAN1 CONFIGURATION Re Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40131 130 0x82 FANBOOLEAN2 PRESENT_VALUE Read Write Memory Present value of the parameter 40739 738 0x2E2 FANBOOLEAN2 NAME 32 bits Read Write Memory Displaying user define...

Page 88: ... Memory Present value of the parameter 40759 758 0x2F6 FANBOOLEAN4 NAME 32 bits Read Write Memory Displaying user defined parameter name 40761 760 0x2F8 FANBOOLEAN4 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40763 762 0x2FA FANBOOLEAN4 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40765 764 0x2FC FANBOOLEAN4 PRIORITY Read Write Memory Priority...

Page 89: ...N6 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40785 784 0x310 FANBOOLEAN6 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40786 785 0x311 FANBOOLEAN6 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40136 135 0x87 FANBOOLEAN7 PRESENT_VALUE Read Write Memory Present ...

Page 90: ... Write Memory Displaying user defined parameter name 40648 800 0x320 FANBOOLEAN8 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40803 802 0x322 FANBOOLEAN8 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40805 804 0x324 FANBOOLEAN8 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40806 805 0x325 FANBOOLEAN8 CON...

Page 91: ...d Write Memory Maximal value of the parameter The default value is 0 40815 814 0x32E LIGHTNUMERIC1 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40816 815 0x32F LIGHTNUMERIC1 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active def 2 FirstPointActive Not decimal def Decimal def 3 SecondPointActiveNot decimal def Decimal def 4 ThirdPo...

Page 92: ...LightNumeric1Configuration 40510 40077 76 0x4C LIGHTNUMERIC3 PRESENT_VALUE Read Write Memory Present value of the parameter 40828 827 0x33B LIGHTNUMERIC3 NAME 32 bits Read Write Memory Dispalying user defined parameter name Default name Num2 40830 829 0x33D LIGHTNUMERIC3 STEP Read Write Memory STEP during parameter value changing The default value is 0 40831 830 0x33E LIGHTNUMERIC3 LOW_LIMIT Read ...

Page 93: ...mory Dispalying user defined parameter name Default name Num2 40848 847 0x34F LIGHTNUMERIC5 STEP Read Write Memory STEP during parameter value changing The default value is 0 40849 848 0x350 LIGHTNUMERIC5 LOW_LIMIT Read Write Memory Minimal value of the parameter The default value is 0 40850 849 0x351 LIGHTNUMERIC5 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 ...

Page 94: ...inimal value of the parameter The default value is 0 40868 867 0x363 LIGHTNUMERIC7 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 40869 868 0x364 LIGHTNUMERIC7 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40870 869 0x365 LIGHTNUMERIC7 CONFIGURATION Read Write Memory See the table in LightNumeric1Configuration 40510 4008...

Page 95: ...ORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40889 888 0x378 LIGHTBOOLEAN1 CONFIGURATION Re Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40139 138 0x8A LIGHTBOOLEAN2 PRESENT_VALUE Read Write Memory Present value of the parameter 40892 891 0x37B LIGHTBOOLEAN2 NAME 32 bits Read Write Memory Displaying uer d...

Page 96: ...ory Present value of the parameter 40912 911 0x38F LIGHTBOOLEAN4 NAME 32 bits Read Write Memory Displaying user defined parameter name 40914 913 0x391 LIGHTBOOLEAN4 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40916 915 0x393 LIGHTBOOLEAN4 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40918 917 0x395 LIGHTBOOLEAN4 PRIORITY Read Write Memory Prio...

Page 97: ... FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40938 937 0x3A9 LIGHTBOOLEAN6 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40939 938 0x3AA LIGHTBOOLEAN6 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40144 143 0x8F LIGHTBOOLEAN7 PRESENT_VALUE Read Write Memory Pres...

Page 98: ...rite Memory Displaying user defined parameter name 40954 953 0x3B9 LIGHTBOOLEAN8 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 40956 955 0x3BB LIGHTBOOLEAN8 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 40958 957 0x3BD LIGHTBOOLEAN8 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40959 958 0x3BE LIGHTBOOLEA...

Page 99: ...d Write Memory Maximal value of the parameter The default value is 0 40968 967 0x3C7 BLINDNUMERIC1 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 40969 968 0x3C8 BLINDNUMERIC1 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active def 2 FirstPointActive Not decimal def Decimal def 3 SecondPointActiveNot decimal def Decimal def 4 ThirdPo...

Page 100: ...lindNumeric1Configuration 40510 40085 84 0x54 BLINDNUMERIC3 PRESENT_VALUE Read Write Memory Present value of the parameter 40981 980 0x3D4 BLINDNUMERIC3 NAME 32 bits Read Write Memory Displaying user defined parameter name Default name Num2 40983 982 0x3D6 BLINDNUMERIC3 STEP Read Write Memory STEP during parameter value changing The default value is 0 40984 983 0x3D7 BLINDNUMERIC3 LOW_LIMIT Read W...

Page 101: ...laying user defined parameter name Default name Num2 41001 1000 0x3E8 BLINDNUMERIC5 STEP Read Write Memory STEP during parameter value changing The default value is 0 41002 1001 0x3E9 BLINDNUMERIC5 LOW_LIMIT Read Write Memory Minimal value of the parameter The default value is 0 41003 1002 0x3EA BLINDNUMERIC5 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 41004 ...

Page 102: ...inimal value of the parameter The default value is 0 41021 1020 0x3FC BLINDNUMERIC7 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 41022 1021 0x3FD BLINDNUMERIC7 PRIORITY Read Write Memory Priority of the parameter for sequence of display in Submenu 41023 1022 0x3FE BLINDNUMERIC7 CONFIGURATION Read Write Memory See the table in BlindNumeric1Configuration 40510 4...

Page 103: ...RITY Read Write Memory Priority of the parameter for sequence of display in Submenu 41042 1041 0x411 BLINDBOOLEAN1 CONFIGURATION Re Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40147 146 0x92 BLINDBOOLEAN2 PRESENT_VALUE Read Write Memory Present value of the parameter 41045 1044 0x414 BLINDBOOLEAN2 NAME 32 bits Read Write Memory Displaying user...

Page 104: ...ory Present value of the parameter 41065 1064 0x428 BLINDBOOLEAN4 NAME 32 bits Read Write Memory Displaying user defined parameter name 41067 1066 0x42A BLINDBOOLEAN4 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 41069 1068 0x42C BLINDBOOLEAN4 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 41071 1070 0x42E BLINDBOOLEAN4 PRIORITY Read Write Memory ...

Page 105: ...ALSETEXT 32 bits Read Write Memory Text for parameter false state value 41091 1090 0x444 BLINDBOOLEAN6 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41092 1091 0x445 BLINDBOOLEAN6 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40152 151 0x97 BLINDBOOLEAN7 PRESENT_VALUE Read Write Memory P...

Page 106: ...e Memory Displaying user defined parameter name 41107 1106 0x452 BLINDBOOLEAN8 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 41109 1108 0x454 BLINDBOOLEAN8 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 41111 1110 0x456 BLINDBOOLEAN8 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41112 1111 0x457 BLINDBO...

Page 107: ...ad Write Memory Maximal value of the parameter The default value is 0 41121 1120 0x460 ALARMSNUMERIC1 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41122 1121 0x461 ALARMSNUMERIC1 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active def 2 FirstPointActive Not decimal def Decimal def 3 SecondPointActiveNot decimal def Decimal def 4...

Page 108: ...rmsNumeric1Configuration 40510 40093 92 0x5C ALARMSNUMERIC3 PRESENT_VALUE Read Write Memory Present value of the parameter 41134 1133 0x46D ALARMSNUMERIC3 NAME 32 bits Read Write Memory Displaying user defined parameter name Default name Num2 41136 1135 0x46F ALARMSNUMERIC3 STEP Read Write Memory STEP during parameter value changing The default value is 0 41137 1136 0x470 ALARMSNUMERIC3 LOW_LIMIT ...

Page 109: ...splaying user defined parameter name Default name Num2 41154 1153 0x481 ALARMSNUMERIC5 STEP Read Write Memory STEP during parameter value changing The default value is 0 41155 1154 0x482 ALARMSNUMERIC5 LOW_LIMIT Read Write Memory Minimal value of the parameter The default value is 0 41156 1155 0x483 ALARMSNUMERIC5 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 4...

Page 110: ...mal value of the parameter The default value is 0 41174 1173 0x495 ALARMSNUMERIC7 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 41175 1174 0x496 ALARMSNUMERIC7 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41176 1175 0x497 ALARMSNUMERIC7 CONFIGURATION Read Write Memory See the table in AlarmsNumeric1Configuration 405...

Page 111: ...ead Write Memory Priority of the parameter for sequence of displaying in Submenu 41195 1194 0x4AA ALARMSBOOLEAN1 CONFIGURATION Re Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40155 154 0x9A ALARMSBOOLEAN2 PRESENT_VALUE Read Write Memory Present value of the parameter 41199 1197 0x4AD ALARMSBOOLEAN2 NAME 32 bits Read Write Memory Displaying user...

Page 112: ...y Present value of the parameter 41218 1217 0x4C1 ALARMSBOOLEAN4 NAME 32 bits Read Write Memory Displaying user defined parameter name 41220 1219 0x4C3 ALARMSBOOLEAN4 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 41222 1221 0x4C5 ALARMSBOOLEAN4 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 41224 1223 0x4C7 ALARMSBOOLEAN4 PRIORITY Read Write Memor...

Page 113: ...LSETEXT 32 bits Read Write Memory Text for parameter false state value 41244 1243 0x4DB ALARMSBOOLEAN6 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41245 1244 0x4DC ALARMSBOOLEAN6 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40160 159 0x9F ALARMSBOOLEAN7 PRESENT_VALUE Read Write Memory...

Page 114: ... Memory Displaying user defined parameter name 41260 1259 0x4EB ALARMSBOOLEAN8 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 41262 1261 0x4ED ALARMSBOOLEAN8 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 41264 1263 0x4EF ALARMSBOOLEAN8 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41265 1264 0x4F0 ALARM...

Page 115: ...272 0x4F8 SETTINGSNUMERIC1 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 41274 1273 0x4F9 SETTINGSNUMERIC1 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41275 1274 0x4FA SETTINGSNUMERIC1 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active def 2 FirstPointActive Not decimal def Decimal def 3 Se...

Page 116: ...Memory See the table in SettingsNumeric1Configuration 40510 40101 100 0x64 SETTINGSNUMERIC3 PRESENT_VALUE Read Write Memory Present value of the parameter 41287 1286 0x506 SETTINGSNUMERIC3 NAME 32 bits Read Write Memory Displaying user defined parameter name Default name Num2 41289 1288 0x508 SETTINGSNUMERIC3 STEP Read Write Memory STEP during parameter value changing The default value is 0 41290 ...

Page 117: ...laying user defined parameter name Default name Num2 41307 1306 0x51A SETTINGSNUMERIC5 STEP Read Write Memory STEP during parameter value changing The default value is 0 41308 1307 0x51B SETTINGSNUMERIC5 LOW_LIMIT Read Write Memory Minimal value of the parameter The default value is 0 41309 1308 0x51C SETTINGSNUMERIC5 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is...

Page 118: ...l value of the parameter The default value is 0 41327 1326 0x52E SETTINGSNUMERIC7 HIGH_LIMIT Read Write Memory Maximal value of the parameter The default value is 0 41328 1327 0x52F SETTINGSNUMERIC7 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41329 1328 0x530 SETTINGSNUMERIC7 CONFIGURATION Read Write Memory See the table in SettingsNumeric1Configurati...

Page 119: ...Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41348 1347 0x543 SETTINGSBOOLEAN1 CONFIGURATION Re Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40163 162 0xA2 SETTINGSBOOLEAN2 PRESENT_VALUE Read Write Memory Present value of the parameter 41351 1350 0x546 SETTINGSBOOLEAN2 NAME 32 bits Read Write Memory Displayi...

Page 120: ...resent value of the parameter 41371 1370 0x55A SETTINGSBOOLEAN4 NAME 32 bits Read Write Memory Displaying user defined parameter name 41373 1372 0x55C SETTINGSBOOLEAN4 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 41375 1374 0x55E SETTINGSBOOLEAN4 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 41377 1376 0x560 SETTINGSBOOLEAN4 PRIORITY Read Write ...

Page 121: ...ETEXT 32 bits Read Write Memory Text for parameter false state value 41397 1396 0x574 SETTINGSBOOLEAN6 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41398 1397 0x575 SETTINGSBOOLEAN6 CONFIGURATION Read Write Memory Bit Name 0 1 0 Active Not active def Active 1 Editable Not editable Editable def 40168 167 0xA7 SETTINGSBOOLEAN7 PRESENT_VALUE Read Write Me...

Page 122: ...emory Displaying user defined parameter name 41413 1412 0x584 SETTINGSBOOLEAN8 TRUETEXT 32 bits Read Write Memory Text for parameter true state value 41415 1414 0x586 SETTINGSBOOLEAN8 FALSETEXT 32 bits Read Write Memory Text for parameter false state value 41417 1416 0x588 SETTINGSBOOLEAN8 PRIORITY Read Write Memory Priority of the parameter for sequence of displaying in Submenu 41418 1417 0x589 S...

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