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MIW-FCVC8-R-EN-000 - 28 / 08 / 2019

10 - 12

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INPUT REGISTERS

Data type

Description

Data

Values

16—20

Reserved, return 0

21

CO

2

eq level

unsigned int

Actual CO

2

eq level

400—

60.000 1.000 = 1.000 ppm

22

CO

2

eq output value

unsigned int

Output value according to CO

2

eq

0—1.000 0 = 0% 

1.000 = 100,0 %

23

CO

2

eq

 alert flag

unsigned int

Flag indicates that measured CO

2

eq level is 

outside set alert values. Set to '1' when the 

measured value is outside the CO

2

eq values 

defined by holding registers 25 and 26

0—1 0 = CO

2

eq measurement OK  

1 = CO

2

eq measurement too low/high 

24

CO

2

eq

 range limit flag

unsigned int

Flag indicates that measured CO

2

eq is outside 

set range limit values. Set to '1' when the 

measured CO

2

eq is outside limit range values set 

defined by holding registers 23 and 24

0—1 0 = CO

2

eq range OK  

1 = CO

2

eq range too low/high  

25

CO

2

eq Sensor state

unsigned int

Flag that shows if the communication with the 

CO

2

eq sensor is lost

0—1 0 = OK 

1 = Fault

26

TVOC level

unsigned int

TVOC level

0—60.000

1000 = 1000 ppb

27

TVOC  output value

unsigned int

Output value according to TVOC 

0—1.000 0 = 0 % 

1000 = 100 %

28

TVOC  alert flag

unsigned int

Flag indicates that measured TVOC level is 

outside set alert values. Set to ‘1’ when the 

measured value is outside the TVOC values 

defined by holding registers 33 and 34

0—1 0 = TVOC measurement OK  

1 = TVOC measurement too low/high 

29

TVOC

  range limit flag

unsigned int

Flag indicates that measured TVOC   is outside 

set range limit values. Set to ‘1’ when the 

measured NO

2

  is outside limit range values set 

defined by holding registers 31 and 32

0—1 0 = TVOC measurement OK  

1 = TVOCmeasurement too low/high 

30

TVOC  sensor state

unsigned int

Flag that shows if the communication with the 

TVOC  sensor is lost

0—1 0 = OK 

1 = Fault

31—38

Reserved, return 0

39

Actual output value

unsigned int

The actual output value

0—1.000 0 = 0% 

1.000 = 100,0 %

40

Output control mode

unsigned int

The source of the output value

0—4

0 = Overwrite

1 = Temperature

2 = rH

3 = TVOC

4 = all OFF

41

Ambient light intensity

unsigned int

Measured ambient light intensity

0—32.000 1.000 = 1.000 lux

42

Active / Standby

unsigned int

Active  or  Standby  indication  according  the 

Active  /  Standby  light  level  defined  by  holding 

registers 35 and 36. If the measured light level 

is between the two levels the indication is 0 (Low 

light intensity)

0—2

0 = Low light intensity

 

1 = Active 

2 = Standby 

43

Ambient light sensor 

state

unsigned int

Flag that shows if the communication with the 

ambient light sensor is lost

0—1 0 = OK 

1 = Fault 

44—50

Reserved, return 0

HOLDING REGISTERS

Data type

Description

Data

Values

1

Device slave address

unsigned int

Modbus device address

 1—247

 

default: 1 

2

Modbus baud rate

unsigned int

Modbus communication baud rate

 0—6 

default: 2 

0  =  4.800

 

1  =  9.600 

2  =  19.200 

3  =  38.400

 

4  =  57.600

 

5  =  115.200 

6  =  230.400 

3

Modbus parity

unsigned int

Parity check mode

 0— 2 

default: 1 

0 = 8N1 

1 = 8E1 

2 = 8O1 

4

Device type

unsigned int

Device type. Read only

1661 = FCVC8-R

5

HW version

unsigned int

Hardware version of the device. Read only

XXXX

0x0100 = HW version 1.0

6

FW version

unsigned int

Firmware version of the device. Read only

XXXX

0x0100 = FW version 1.0

7

Reserved, returns 0

8

Modbus safety timeout

unsigned int

Timeout setting for no Modbus communication. 

After time runs out, output(s) is set to 0.

0—60 

default: 0

0 = no timeout 

60 = 60 minutes

9

Modbus network resistor 

termination (NBT)

unsigned int

Set device as end device of the line / or not by 

connecting NBT

0—1 

default: 0 

0 = NBT disconnected

 

1 = NBT connected 

10

Modbus registers reset

unsigned int

Resets Modbus Holding registers to default values. 

When finished this register is automatically reset 

to '0'

0—1 

default: 0 

0 = Idle 

1 = Reset Modbus Registers 

11

Minimum temperature range

unsigned int

Minimum value of temperature range, cannot 

be set higher than maximum temperature range 

minus 5°C

0—Max-50 

default: 0 

100 = 10,0°C

12

Maximum temperature range unsigned int

Maximum value of temperature range, cannot be 

set less than minimum temperature range plus 

5°C

Min+50—500  

default: 500 

500 = 50,0°C

13

Minimum temperature alert

unsigned int

Minimum temperature alarm value

Min. temperature range —

Max. temperature alarm 

default: 0 

500 = 50,0°C

FCVC8-R

INTELLIGENT MULTIFUNCTIONAL 
FLUSH MOUNTED SENSOR

Содержание FCVC8-R

Страница 1: ...Mounting and operating instructions FCVC8 R INTELLIGENT MULTIFUNCTIONAL FLUSH MOUNTED SENSOR ...

Страница 2: ...AREA OF USE 4 TECHNICAL DATA 4 STANDARDS 4 OPERATIONAL DIAGRAMS 5 WIRING AND CONNECTIONS 5 MOUNTING INSTRUCTIONS IN STEPS 6 OPERATING INSTRUCTIONS 8 VERIFICATION OF INSTALLATION INSTRUCTIONS 9 MODBUS REGISTER MAPS 9 TRANSPORT AND STORAGE 12 WARRANTY AND RESTRICTIONS 12 MAINTENANCE 12 FCVC8 R INTELLIGENT MULTIFUNCTIONAL FLUSH MOUNTED SENSOR ...

Страница 3: ...s as dry as possible avoid condensation All installations shall comply with local health and safety regulations and local electrical standards and approved codes This product can only be installed by an engineer or a technician who has expert knowledge of the product and safety precautions Avoid contacts with energised electrical parts Always disconnect the power supply before connecting servicing...

Страница 4: ... Demand controlled ventilation For indoor use only TECHNICAL DATA Demand controlled ventilation based on T rH and TVOC Analogue modulating output type 0 10 VDC mode min load 50 kΩ RL 50 kΩ 0 20 mA max load 500 Ω RL 500 Ω PWM open collector type PWM Frequency 1 kHz min load 50 kΩ RL 50 kΩ PWM voltage level 3 3 or 12 VDC Selectable temperature range 0 50 C Selectable relative humidity range 0 100 Se...

Страница 5: ...nts Test configuration operational conditions and performance criteria WEEE 2012 19 EC RoHs Directive 2011 65 EC OPERATIONAL DIAGRAMS AO1 max range AO1 min range 60 40 100 0 rH Min range 30 0 0 TVOC Min range TVOC Max range Max Min T Min range T Max range rH Max range AO1 70 100 60 000 rH T C TVOC ppb CAUTION The output changes automatically depending on the highest T rH or TVOC values i e the hig...

Страница 6: ...ount the internal enclosure into the wall using appropriate connecting elements not included in the set Mind the correct position and mounting dimensions shown in Fig 2 and Fig 3 Fig 2 Mounting dimensions inset mounting Fig 3 Mounting position 38 15 58 82 82 89 76 58 58 52 Correct Incorrect Position at min 1 5 m from the floor 5 Put back the frame cover of the enclosure 6 Switch on the power suppl...

Страница 7: ... and fix it using the delivered screws and washers Fig 4 8 Put back the frame cover of the enclosure 9 Switch on the power supply 10 Customise the factory settings to the desired ones via the 3SModbus software or the Sensistant configurator For the default factory settings see Modbus register maps below Optional settings To assure correct communication the NBT needs to be activated in only two dev...

Страница 8: ...s to the bootloader functionality the sensor firmware can be updated via Modbus RTU communication To enter Boot mode put a jumper onto pins 3 and 4 of the P1 header and restart the power supply see Fig 6 Once Boot mode is activated the firmware can be updated via SM Boot application part of 3SModbus software suite or Sensistant Fig 6 P1 header 1 2 3 4 5 Put a jumper onto pins 1 and 2 and wait for ...

Страница 9: ... values defined by holding registers 13 and 14 0 1 0 Temperature measurement OK 1 Temperature measurement too low high 4 Temperature range limit flag unsigned int Flag indicates that measured temperature is outside set range limit values Set to 1 when the measured temperature is outside limit range values defined by holding registers 11 and 12 0 1 0 Temperature range OK 1 Temperature range too low...

Страница 10: ...ient light intensity unsigned int Measured ambient light intensity 0 32 000 1 000 1 000 lux 42 Active Standby unsigned int Active or Standby indication according the Active Standby light level defined by holding registers 35 and 36 If the measured light level is between the two levels the indication is 0 Low light intensity 0 2 0 Low light intensity 1 Active 2 Standby 43 Ambient light sensor state...

Страница 11: ...OC range default 2 000 1 000 1 000 ppb 31 34 Reserved return 0 35 Active light level unsigned int The ambient light level above which Active is indicated in input register 42 0 32 000 default 100 100 100 lux 36 Standby light level unsigned int The ambient light level below which Standby is indicated in input register 42 0 32 000 default 10 10 10 lux 37 39 Reserved return 0 40 CO2 module self calib...

Страница 12: ...n relieve the manufacturer of any responsibilities The manufacturer bears no responsibility for any misprints or mistakes in this data MAINTENANCE In normal conditions this product is maintenance free If soiled clean with a dry or damp cloth In case of heavy pollution clean with a non aggressive product In these circumstances the unit should be disconnected from the supply Pay attention that no fl...

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