Self Descriptor

Key: SelfDescriptor
Start address - length: 100 - 20
Poll interval [ms]: 5000
Table type: Information

Type of the device

Identifier of box type

Name: SelfDescriptor.WhoAmI
Address: 100
Title: Type of the device

Options

Box [ 1000 ]

Firmware

Firmware version

Name: SelfDescriptor.FirmwareVersion
Address: 101
Title: Firmware

Build

Firmware build version

Name: SelfDescriptor.BuildIndex
Address: 102
Title: Build

Hardware

Hardware version

Name: SelfDescriptor.HardwareVersion
Address: 103
Title: Hardware
Readonly: false

Serial number prefix

Name: SelfDescriptor.SerialNumberPrefix
Address: 104
Title: Serial number prefix
Readonly: false

Serial number

Name: SelfDescriptor.SerialNumber
Address: 105 - 106
NumberFormat: Unsigned32
Title: Serial number
Readonly: false

Unique ID #1

Name: SelfDescriptor.UUID0
Address: 107 - 108
NumberFormat: Unsigned32
Title: Unique ID #1
DisplayFormat: 0x{0:X}

Unique ID #2

Name: SelfDescriptor.UUID1
Address: 109 - 110
NumberFormat: Unsigned32
Title: Unique ID #2
DisplayFormat: 0x{0:X}

Unique ID #3

Name: SelfDescriptor.UUID2
Address: 111 - 112
NumberFormat: Unsigned32
Title: Unique ID #3
DisplayFormat: 0x{0:X}

Production timestamp

Name: SelfDescriptor.ProductionDate
Address: 113 - 114
NumberFormat: Unsigned32
Title: Production timestamp
Readonly: false

Custom data from manufacturer

Name: SelfDescriptor.ProductionData0
Address: 115
Title: Custom data from manufacturer
Readonly: false

Custom data from manufacturer

Name: SelfDescriptor.ProductionData1
Address: 116
Title: Custom data from manufacturer
Readonly: false

Product type ID

Name: SelfDescriptor.ProductType
Address: 117
Title: Product type ID
Readonly: false

Options

Unknown device [ 0 ]
DB-24 [ 1 ]
DB-24W [ 2 ]
DB-24WB [ 3 ]
Unknown device [ 65535 ]

Configuration checksum

If it changed the configuration has changed

Name: SelfDescriptor.ConfigChecksum
Address: 118 - 119
NumberFormat: Unsigned32
Title: Configuration checksum
DisplayFormat: 0x{0:X}

SystemControl

Key: SystemControl
Start address - length: 2000 - 11
Poll interval [ms]: 3000
Table type: Control

Restart processor

Write any number to restart MCU. Shows uptime hours on read.

Name: SystemControl.ResetProcessor
Address: 2000
Title: Restart processor

Config management

Config save handler of Digitalio Box.

Name: SystemControl.Config
Address: 2001
Title: Config management

Options

No last command [ 0 ]
Load user configuration [ 1 ]
Save user configuration [ 2 ]
Load factory configuration [ 3 ]

1-Wire index

Select the current OW device

Name: SystemControl.OneWireIndex
Address: 2002
Title: 1-Wire index

1-Wire command

OW command

Name: SystemControl.OneWireCommand
Address: 2003
Title: 1-Wire command

Options

No last command [ 0 ]
Start Search [ 1 ] Hint Append sensors to the list
Purge [ 2 ] Hint Drop unaccible sensors from the list
Clear [ 3 ]

Multiplexer index

Set the current multiplexer state. 255: auto

Name: SystemControl.MultiplexerIndex
Address: 2004
Title: Multiplexer index

Options

PT CH0 / AIN0 [ 0 ]
PT CH1 / AIN1 [ 1 ]
PT CH2 / OD Voltage [ 2 ]
PT CH3 / SysVoltage [ 3 ]
PT CH4 / 5V [ 4 ]
PT CH5 / Wifi Voltage [ 5 ]
PT CH6 / MCU Voltage [ 6 ]
PT CH7 / VGND [ 7 ]
Run [ 255 ]

System password

System password.

Name: SystemControl.SystemPassword
Address: 2005
Title: System password

Options

Open [ 0 ]
Expired [ 1 ]

System command

Name: SystemControl.SystemCommand
Address: 2006
Title: System command

Options

No last command [ 0 ]
Identify via blinking leds [ 1 ]
Update time over Wifi [ 2 ]
Reset modbus counter [ 3 ]
Reset error counters [ 4 ] Hint Reset 1-Wire and DHT error counter
Reset counters [ 5 ]
Set Endpoint.I0 to 0 (zero correction) [ 100 ]
Set Endpoint.I1 to 0 (zero correction) [ 101 ]
Set Endpoint.I2 to 0 (zero correction) [ 102 ]
Set Endpoint.Ix to 0 (All to zero) [ 103 ]
Clear Endpoint.Ix correction [ 104 ]
Start Bootloader [ 1000 ]

Wifi command

Send commands to WIFI module.

Name: SystemControl.WifiCommand
Address: 2007
Title: Wifi command

Options

No last command [ 0 ]
Restart module [ 1 ]
Disable data log [ 2 ]
Data log to Digitalio Cloud [ 3 ]
Data log to custom HTTP [ 4 ]
Data log to custom TCP [ 5 ]
Data log to custom WS [ 6 ]
Enable Cloud connection [ 7 ]
Disable Cloud connection [ 8 ]
Send now [ 9 ]
Update Netinfo [ 10 ]
Reset Wifi Config [ 11 ]

SystemControl.Epoh

Set the current timestamp. If wifi connected it will be overwritten.

Name: SystemControl.Epoh
Address: 2008 - 2009
NumberFormat: Unsigned32

Volatile

Store user data until MCU restarts. You can detect if system restarts. It forget your value.

Name: SystemControl.Volatile
Address: 2010
Title: Volatile

Logic Control

Enable/disable build in logics. Use for logic on/off. State stored in FRAM

Key: LogicControl
Start address - length: 2100 - 28
Poll interval [ms]: 1000
Table type: Control

AO0 fade

Enable/Disable AO0 random fade functionality

Name: LogicControl.AO0.FadeRun
Address: 2100
Title: AO0 fade
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

AO1 fade

Enable/Disable AO1 random fade functionality

Name: LogicControl.AO1.FadeRun
Address: 2101
Title: AO1 fade
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

AO2 fade

Enable/Disable AO2 random fade functionality

Name: LogicControl.AO2.FadeRun
Address: 2102
Title: AO2 fade
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

DO0 timer

Enable/Disable assymetric timer #0 autostart functionality

Name: LogicControl.Asym0.TimerRun
Address: 2103
Title: DO0 timer
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

DO1 timer

Enable/Disable assymetric timer #1 autostart functionality

Name: LogicControl.Asym1.TimerRun
Address: 2104
Title: DO1 timer
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

DO2 timer

Enable/Disable assymetric timer #2 autostart functionality

Name: LogicControl.Asym2.TimerRun
Address: 2105
Title: DO2 timer
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

DO3 timer

Enable/Disable assymetric timer #3 autostart functionality

Name: LogicControl.Asym3.TimerRun
Address: 2106
Title: DO3 timer
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

DO4 timer

Enable/Disable assymetric timer #4 autostart functionality

Name: LogicControl.Asym4.TimerRun
Address: 2107
Title: DO4 timer
ClassName: logic do

Options

Disable [ 0 ]
Enable [ 1 ]

Output mask

Bitmask shows the output state

Name: LogicControl.OutputMask
Address: 2108
Title: Output mask

Heatmeter #0

Enable/Disable Heatmeter #0 functionality

Name: LogicControl.HeatMeters0.Enabled
Address: 2109
Title: Heatmeter #0

Options

Disable [ 0 ]
Enable [ 1 ]

Heatmeter #1

Enable/Disable Heatmeter #1 functionality

Name: LogicControl.HeatMeters1.Enabled
Address: 2110
Title: Heatmeter #1

Options

Disable [ 0 ]
Enable [ 1 ]

Heatmeter #2

Enable/Disable Heatmeter #2 functionality

Name: LogicControl.HeatMeters2.Enabled
Address: 2111
Title: Heatmeter #2

Options

Disable [ 0 ]
Enable [ 1 ]

Pulse counter #0

Enable/Disable Pulse Counter #0 functionality. You have to set up DI0 as Pulse counter.

Name: LogicControl.PulseCounter0.Enabled
Address: 2112
Title: Pulse counter #0

Options

Disable [ 0 ]
Enable [ 1 ]

Pulse counter #1

Enable/Disable Pulse Counter #1 functionality. You have to set up DI1 as Pulse counter.

Name: LogicControl.PulseCounter1.Enabled
Address: 2113
Title: Pulse counter #1

Options

Disable [ 0 ]
Enable [ 1 ]

Pulse counter #2

Enable/Disable Pulse Counter #2 functionality. You have to set up DI2 as Pulse counter.

Name: LogicControl.PulseCounter2.Enabled
Address: 2114
Title: Pulse counter #2

Options

Disable [ 0 ]
Enable [ 1 ]

Button #0

Enable/Disable Button #0 functionality

Name: LogicControl.Button0.Enabled
Address: 2115
Title: Button #0

Options

Disable [ 0 ]
Enable [ 1 ]

Button #1

Enable/Disable Button #1 functionality

Name: LogicControl.Button1.Enabled
Address: 2116
Title: Button #1

Options

Disable [ 0 ]
Enable [ 1 ]

Button #2

Enable/Disable Button #2 functionality

Name: LogicControl.Button2.Enabled
Address: 2117
Title: Button #2

Options

Disable [ 0 ]
Enable [ 1 ]

Temp control #0

Enable/Disable TempControl #0 functionality

Name: LogicControl.TempControl0.Enabled
Address: 2118
Title: Temp control #0
ClassName: tempcontrol0 do

Options

Disable [ 0 ]
Enable [ 1 ]

Temp control #1

Enable/Disable TempControl #1 functionality

Name: LogicControl.TempControl1.Enabled
Address: 2119
Title: Temp control #1
ClassName: tempcontrol1 do

Options

Disable [ 0 ]
Enable [ 1 ]

Temp control #2

Enable/Disable TempControl #2 functionality

Name: LogicControl.TempControl2.Enabled
Address: 2120
Title: Temp control #2
ClassName: tempcontrol2 do

Options

Disable [ 0 ]
Enable [ 1 ]

Temp control #3

Enable/Disable TempControl #3 functionality

Name: LogicControl.TempControl3.Enabled
Address: 2121
Title: Temp control #3
ClassName: tempcontrol3 do

Options

Disable [ 0 ]
Enable [ 1 ]

Temp control #4

Enable/Disable TempControl #4 functionality

Name: LogicControl.TempControl4.Enabled
Address: 2122
Title: Temp control #4
ClassName: tempcontrol4 do

Options

Disable [ 0 ]
Enable [ 1 ]

ΔT Switch #0

Name: LogicControl.DTSwitch0.Enabled
Address: 2123
Title: ΔT Switch #0
ClassName: dtswitch0 do

Options

Disable [ 0 ]
Enable [ 1 ]

ΔT Switch #1

Name: LogicControl.DTSwitch1.Enabled
Address: 2124
Title: ΔT Switch #1
ClassName: dtswitch1 do

Options

Disable [ 0 ]
Enable [ 1 ]

ΔT Switch #2

Name: LogicControl.DTSwitch2.Enabled
Address: 2125
Title: ΔT Switch #2
ClassName: dtswitch2 do

Options

Disable [ 0 ]
Enable [ 1 ]

ΔT Switch #3

Name: LogicControl.DTSwitch3.Enabled
Address: 2126
Title: ΔT Switch #3
ClassName: dtswitch3 do

Options

Disable [ 0 ]
Enable [ 1 ]

ΔT Switch #4

Name: LogicControl.DTSwitch4.Enabled
Address: 2127
Title: ΔT Switch #4
ClassName: dtswitch4 do

Options

Disable [ 0 ]
Enable [ 1 ]

Calendar

Key: Calendar
Start address - length: 2200 - 10
Poll interval [ms]: 2000
Table type: Information

Calendar.Epoh

Current timestamp

Name: Calendar.Epoh
Address: 2200 - 2201
NumberFormat: Unsigned32

Calendar.Year

Name: Calendar.Year
Address: 2202

Calendar.Month

Name: Calendar.Month
Address: 2203

Calendar.Date

Name: Calendar.Date
Address: 2204

Calendar.Hours

Name: Calendar.Hours
Address: 2205

Calendar.Minutes

Name: Calendar.Minutes
Address: 2206

Calendar.Seconds

Name: Calendar.Seconds
Address: 2207

Calendar.WeekDay

Name: Calendar.WeekDay
Address: 2208

Calendar.LeapYear

Name: Calendar.LeapYear
Address: 2209

ADC RAW data

Key: RAWData
Start address - length: 2300 - 25
Poll interval [ms]: 500
Table type: Information

RAWData.PT0

Name: RAWData.PT0
Address: 2300

RAWData.PT1

Name: RAWData.PT1
Address: 2301

RAWData.PT2

Name: RAWData.PT2
Address: 2302

RAWData.PT3

Name: RAWData.PT3
Address: 2303

RAWData.PT4

Name: RAWData.PT4
Address: 2304

RAWData.PT5

Name: RAWData.PT5
Address: 2305

RAWData.PT6

Name: RAWData.PT6
Address: 2306

RAWData.PT7

Name: RAWData.PT7
Address: 2307

RAWData.Current0

Name: RAWData.Current0
Address: 2308

RAWData.Current1

Name: RAWData.Current1
Address: 2309

RAWData.Current2

Name: RAWData.Current2
Address: 2310

RAWData.MaxRawCurrent0

Maximum RAW ADC value. It restarts every second

Name: RAWData.MaxRawCurrent0
Address: 2311
Maximum: 2047

RAWData.MaxRawCurrent1

Maximum RAW ADC value. It restarts every second

Name: RAWData.MaxRawCurrent1
Address: 2312
Maximum: 2047

RAWData.MaxRawCurrent2

Maximum RAW ADC value. It restarts every second

Name: RAWData.MaxRawCurrent2
Address: 2313
Maximum: 2047

RAWData.AIN0

Name: RAWData.AIN0
Address: 2314

RAWData.AIN1

Name: RAWData.AIN1
Address: 2315

RAWData.PWM0

Name: RAWData.PWM0
Address: 2316

RAWData.PWM1

Name: RAWData.PWM1
Address: 2317

RAWData.PWM2

Name: RAWData.PWM2
Address: 2318

RAWData.MainVoltage

Name: RAWData.MainVoltage
Address: 2319

RAWData.WifiVoltage

Name: RAWData.WifiVoltage
Address: 2320

RAWData.5VVoltage

Name: RAWData.5VVoltage
Address: 2321

RAWData.InputVoltage

Name: RAWData.InputVoltage
Address: 2322

RAWData.ODVoltage

Name: RAWData.ODVoltage
Address: 2323

RAWData.VGND

Name: RAWData.VGND
Address: 2324

Counters Data

Key: Counters
Start address - length: 5000 - 40
Poll interval [ms]: 5000
Table type: Information

DO0 runtime

Name: Counters.DO0.Runtime
Address: 5000 - 5001
NumberFormat: Signed32
Title: DO0 runtime
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

DO1 runtime

Name: Counters.DO1.Runtime
Address: 5002 - 5003
NumberFormat: Signed32
Title: DO1 runtime
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

DO2 runtime

Name: Counters.DO2.Runtime
Address: 5004 - 5005
NumberFormat: Signed32
Title: DO2 runtime
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

DO3 runtime

Name: Counters.DO3.Runtime
Address: 5006 - 5007
NumberFormat: Signed32
Title: DO3 runtime
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

DO4 runtime

Name: Counters.DO4.Runtime
Address: 5008 - 5009
NumberFormat: Signed32
Title: DO4 runtime
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

Pulsecounter #0 quantity

Name: Counters.Pulsecounter0.Quantity
Address: 5010 - 5011
NumberFormat: Signed32
Title: Pulsecounter #0 quantity

Pulsecounter #1 quantity

Name: Counters.Pulsecounter1.Quantity
Address: 5012 - 5013
NumberFormat: Signed32
Title: Pulsecounter #1 quantity

Pulsecounter #2 quantity

Name: Counters.Pulsecounter2.Quantity
Address: 5014 - 5015
NumberFormat: Signed32
Title: Pulsecounter #2 quantity

Heatmeter #0 total energy

Name: Counters.Heatmeter0.TotalEnergy
Address: 5016 - 5017
NumberFormat: Signed32
Title: Heatmeter #0 total energy
Unit: MJ

Heatmeter #1 total energy

Name: Counters.Heatmeter1.TotalEnergy
Address: 5018 - 5019
NumberFormat: Signed32
Title: Heatmeter #1 total energy
Unit: MJ

Heatmeter #2 total energy

Name: Counters.Heatmeter2.TotalEnergy
Address: 5020 - 5021
NumberFormat: Signed32
Title: Heatmeter #2 total energy
Unit: MJ

Rotary counter

Name: Counters.Rotary.Counter
Address: 5022 - 5023
NumberFormat: Signed32
Title: Rotary counter

DI0 ticks

Name: Counters.DI0.Ticks
Address: 5024 - 5025
NumberFormat: Signed32
Title: DI0 ticks

DI1 ticks

Name: Counters.DI1.Ticks
Address: 5026 - 5027
NumberFormat: Signed32
Title: DI1 ticks

DI2 ticks

Name: Counters.DI2.Ticks
Address: 5028 - 5029
NumberFormat: Signed32
Title: DI2 ticks

DO0 ticks

Name: Counters.DO0.Ticks
Address: 5030 - 5031
NumberFormat: Signed32
Title: DO0 ticks

DO1 ticks

Name: Counters.DO1.Ticks
Address: 5032 - 5033
NumberFormat: Signed32
Title: DO1 ticks

DO2 ticks

Name: Counters.DO2.Ticks
Address: 5034 - 5035
NumberFormat: Signed32
Title: DO2 ticks

DO3 ticks

Name: Counters.DO3.Ticks
Address: 5036 - 5037
NumberFormat: Signed32
Title: DO3 ticks

DO4 ticks

Name: Counters.DO4.Ticks
Address: 5038 - 5039
NumberFormat: Signed32
Title: DO4 ticks

Virtual IO

Persistent user defined values. Values saved in FRAM

Key: VirtualIO
Start address - length: 6000 - 32
Poll interval [ms]: 1000
Table type: Information

DIO #0

Name: VirtualIO.DIO0
Address: 6000
Title: DIO #0
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #1

Name: VirtualIO.DIO1
Address: 6001
Title: DIO #1
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #2

Name: VirtualIO.DIO2
Address: 6002
Title: DIO #2
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #3

Name: VirtualIO.DIO3
Address: 6003
Title: DIO #3
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #4

Name: VirtualIO.DIO4
Address: 6004
Title: DIO #4
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #5

Name: VirtualIO.DIO5
Address: 6005
Title: DIO #5
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #6

Name: VirtualIO.DIO6
Address: 6006
Title: DIO #6
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

DIO #7

Name: VirtualIO.DIO7
Address: 6007
Title: DIO #7
ClassName: virtual do

Options

Off [ 0 ]
On [ 1 ]

AIO #0

Name: VirtualIO.AIO0
Address: 6008
Title: AIO #0
ClassName: virtual ao

AIO #1

Name: VirtualIO.AIO1
Address: 6009
Title: AIO #1
ClassName: virtual ao

AIO #2

Name: VirtualIO.AIO2
Address: 6010
Title: AIO #2
ClassName: virtual ao

AIO #3

Name: VirtualIO.AIO3
Address: 6011
Title: AIO #3
ClassName: virtual ao

AIO #4

Name: VirtualIO.AIO4
Address: 6012
Title: AIO #4
ClassName: virtual ao

AIO #5

Name: VirtualIO.AIO5
Address: 6013
Title: AIO #5
ClassName: virtual ao

AIO #6

Name: VirtualIO.AIO6
Address: 6014
Title: AIO #6
ClassName: virtual ao

AIO #7

Name: VirtualIO.AIO7
Address: 6015
Title: AIO #7
ClassName: virtual ao

Float AIO #0

Name: VirtualIO.AIOF0
Address: 6016 - 6017
NumberFormat: Float32BigEndian
Title: Float AIO #0
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #1

Name: VirtualIO.AIOF1
Address: 6018 - 6019
NumberFormat: Float32BigEndian
Title: Float AIO #1
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #2

Name: VirtualIO.AIOF2
Address: 6020 - 6021
NumberFormat: Float32BigEndian
Title: Float AIO #2
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #3

Name: VirtualIO.AIOF3
Address: 6022 - 6023
NumberFormat: Float32BigEndian
Title: Float AIO #3
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #4

Name: VirtualIO.AIOF4
Address: 6024 - 6025
NumberFormat: Float32BigEndian
Title: Float AIO #4
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #5

Name: VirtualIO.AIOF5
Address: 6026 - 6027
NumberFormat: Float32BigEndian
Title: Float AIO #5
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #6

Name: VirtualIO.AIOF6
Address: 6028 - 6029
NumberFormat: Float32BigEndian
Title: Float AIO #6
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Float AIO #7

Name: VirtualIO.AIOF7
Address: 6030 - 6031
NumberFormat: Float32BigEndian
Title: Float AIO #7
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtual aofloat

Virtual IO NP

Not persistent user defined values

Key: VirtualIONP
Start address - length: 6100 - 32
Poll interval [ms]: 1000
Table type: Information

DIO #0

Name: VirtualIONP.DIO0
Address: 6100
Title: DIO #0
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #1

Name: VirtualIONP.DIO1
Address: 6101
Title: DIO #1
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #2

Name: VirtualIONP.DIO2
Address: 6102
Title: DIO #2
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #3

Name: VirtualIONP.DIO3
Address: 6103
Title: DIO #3
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #4

Name: VirtualIONP.DIO4
Address: 6104
Title: DIO #4
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #5

Name: VirtualIONP.DIO5
Address: 6105
Title: DIO #5
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #6

Name: VirtualIONP.DIO6
Address: 6106
Title: DIO #6
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

DIO #7

Name: VirtualIONP.DIO7
Address: 6107
Title: DIO #7
ClassName: virtualnp do

Options

Off [ 0 ]
On [ 1 ]

AIO #0

Name: VirtualIONP.AIO0
Address: 6108
Title: AIO #0
ClassName: virtualnp ao

AIO #1

Name: VirtualIONP.AIO1
Address: 6109
Title: AIO #1
ClassName: virtualnp ao

AIO #2

Name: VirtualIONP.AIO2
Address: 6110
Title: AIO #2
ClassName: virtualnp ao

AIO #3

Name: VirtualIONP.AIO3
Address: 6111
Title: AIO #3
ClassName: virtualnp ao

AIO #4

Name: VirtualIONP.AIO4
Address: 6112
Title: AIO #4
ClassName: virtualnp ao

AIO #5

Name: VirtualIONP.AIO5
Address: 6113
Title: AIO #5
ClassName: virtualnp ao

AIO #6

Name: VirtualIONP.AIO6
Address: 6114
Title: AIO #6
ClassName: virtualnp ao

AIO #7

Name: VirtualIONP.AIO7
Address: 6115
Title: AIO #7
ClassName: virtualnp ao

Float AIO #0

Name: VirtualIONP.AIOF0
Address: 6116 - 6117
NumberFormat: Float32BigEndian
Title: Float AIO #0
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #1

Name: VirtualIONP.AIOF1
Address: 6118 - 6119
NumberFormat: Float32BigEndian
Title: Float AIO #1
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #2

Name: VirtualIONP.AIOF2
Address: 6120 - 6121
NumberFormat: Float32BigEndian
Title: Float AIO #2
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #3

Name: VirtualIONP.AIOF3
Address: 6122 - 6123
NumberFormat: Float32BigEndian
Title: Float AIO #3
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #4

Name: VirtualIONP.AIOF4
Address: 6124 - 6125
NumberFormat: Float32BigEndian
Title: Float AIO #4
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #5

Name: VirtualIONP.AIOF5
Address: 6126 - 6127
NumberFormat: Float32BigEndian
Title: Float AIO #5
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #6

Name: VirtualIONP.AIOF6
Address: 6128 - 6129
NumberFormat: Float32BigEndian
Title: Float AIO #6
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Float AIO #7

Name: VirtualIONP.AIOF7
Address: 6130 - 6131
NumberFormat: Float32BigEndian
Title: Float AIO #7
Precision: 3
DisplayFormat: {0:N3}
ClassName: virtualnp aofloat

Endpoint State

Key: EndpointState
Start address - length: 7000 - 15
Poll interval [ms]: 1000
Table type: Information

EndpointState.PT0

Name: EndpointState.PT0
Address: 7000

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT1

Name: EndpointState.PT1
Address: 7001

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT2

Name: EndpointState.PT2
Address: 7002

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT3

Name: EndpointState.PT3
Address: 7003

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT4

Name: EndpointState.PT4
Address: 7004

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT5

Name: EndpointState.PT5
Address: 7005

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT6

Name: EndpointState.PT6
Address: 7006

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.PT7

Name: EndpointState.PT7
Address: 7007

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.I0

Name: EndpointState.I0
Address: 7008

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.I1

Name: EndpointState.I1
Address: 7009

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

EndpointState.I2

Name: EndpointState.I2
Address: 7010

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

User AI0

Name: EndpointState.UserAI0
Address: 7011
Title: User AI0

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

User AI1

Name: EndpointState.UserAI1
Address: 7012
Title: User AI1

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

Input voltage

Name: EndpointState.InputVoltage
Address: 7013
Title: Input voltage

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

OD voltage

Name: EndpointState.ODVoltage
Address: 7014
Title: OD voltage

Options

No error [ 0 ]
Factory low limit error [ 1 ]
Factory high limit error [ 2 ]
User low limit error [ 4 ]
User high limit error [ 8 ]

Endpoint

List of endpoints

Key: Endpoint
Start address - length: 10000 - 54
Poll interval [ms]: 500
Table type: Information

Endpoint.DO0

0: off, 1: on, other values are turn off time. It turn on then it turn off when this time expired

Name: Endpoint.DO0
Address: 10000
ClassName: output do ds-000
Readonly: false
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DO1

0: off, 1: on, other values are turn off time. It turn on then it turn off when this time expired

Name: Endpoint.DO1
Address: 10001
ClassName: output do ds-000
Readonly: false
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DO2

0: off, 1: on, other values are turn off time. It turn on then it turn off when this time expired

Name: Endpoint.DO2
Address: 10002
ClassName: output do ds-000
Readonly: false
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DO3

0: off, 1: on, other values are turn off time. It turn on then it turn off when this time expired

Name: Endpoint.DO3
Address: 10003
ClassName: output do ds-000
Readonly: false
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DO4

0: off, 1: on, other values are turn off time. It turn on then it turn off when this time expired

Name: Endpoint.DO4
Address: 10004
ClassName: output do ds-000
Readonly: false
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DI0

Name: Endpoint.DI0
Address: 10005
ClassName: diinput di ds-001
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DI1

Name: Endpoint.DI1
Address: 10006
ClassName: diinput di ds-001
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.DI2

Name: Endpoint.DI2
Address: 10007
ClassName: diinput di ds-001
Publish: true

Options

Off [ 0 ]
On [ 1 ]

Endpoint.PT0

Name: Endpoint.PT0
Address: 10008 - 10009
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT1

Name: Endpoint.PT1
Address: 10010 - 10011
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT2

Name: Endpoint.PT2
Address: 10012 - 10013
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT3

Name: Endpoint.PT3
Address: 10014 - 10015
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT4

Name: Endpoint.PT4
Address: 10016 - 10017
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT5

Name: Endpoint.PT5
Address: 10018 - 10019
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT6

Name: Endpoint.PT6
Address: 10020 - 10021
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Endpoint.PT7

Name: Endpoint.PT7
Address: 10022 - 10023
NumberFormat: Float32BigEndian
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: pttemp ds-002
Publish: true

Amp meter CH0

Name: Endpoint.I0
Address: 10024 - 10025
NumberFormat: Float32BigEndian
Title: Amp meter CH0
Unit: A
Precision: 1
DisplayFormat: {0:N1}
ClassName: current ds-003
Publish: true

Amp meter CH1

Name: Endpoint.I1
Address: 10026 - 10027
NumberFormat: Float32BigEndian
Title: Amp meter CH1
Unit: A
Precision: 1
DisplayFormat: {0:N1}
ClassName: current ds-003
Publish: true

Amp meter CH2

Name: Endpoint.I2
Address: 10028 - 10029
NumberFormat: Float32BigEndian
Title: Amp meter CH2
Unit: A
Precision: 1
DisplayFormat: {0:N1}
ClassName: current ds-003
Publish: true

User AI0

Name: Endpoint.UserAI0
Address: 10030 - 10031
NumberFormat: Float32BigEndian
Title: User AI0
Precision: 1
DisplayFormat: {0:N1}
ClassName: ai ds-004
Publish: true

User AI1

Name: Endpoint.UserAI1
Address: 10032 - 10033
NumberFormat: Float32BigEndian
Title: User AI1
Precision: 1
DisplayFormat: {0:N1}
ClassName: ai ds-004
Publish: true

Endpoint.AI0

Name: Endpoint.AI0
Address: 10034 - 10035
NumberFormat: Float32BigEndian
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: ai ds-004
Publish: true

Endpoint.AI1

Name: Endpoint.AI1
Address: 10036 - 10037
NumberFormat: Float32BigEndian
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: ai ds-004
Publish: true

User AO0

Name: Endpoint.UserAO0
Address: 10038 - 10039
NumberFormat: Float32BigEndian
Title: User AO0
Precision: 1
DisplayFormat: {0:N1}
ClassName: aooutput aofloat
Readonly: false

User AO1

Name: Endpoint.UserAO1
Address: 10040 - 10041
NumberFormat: Float32BigEndian
Title: User AO1
Precision: 1
DisplayFormat: {0:N1}
ClassName: aooutput aofloat
Readonly: false

User AO2

Name: Endpoint.UserAO2
Address: 10042 - 10043
NumberFormat: Float32BigEndian
Title: User AO2
Precision: 1
DisplayFormat: {0:N1}
ClassName: aooutput aofloat
Readonly: false

Endpoint.AO0

Name: Endpoint.AO0
Address: 10044 - 10045
NumberFormat: Float32BigEndian
Maximum: 10
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: aooutput ao010
Readonly: false

Endpoint.AO1

Name: Endpoint.AO1
Address: 10046 - 10047
NumberFormat: Float32BigEndian
Maximum: 10
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: aooutput ao010
Readonly: false

Endpoint.AO2

Name: Endpoint.AO2
Address: 10048 - 10049
NumberFormat: Float32BigEndian
Maximum: 10
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: aooutput ao010
Readonly: false

DHT temperature

Name: Endpoint.DHT.Temperature
Address: 10050 - 10051
NumberFormat: Float32BigEndian
Title: DHT temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: environment ds-010
Publish: true

DHT Humidity

Name: Endpoint.DHT.Humidity
Address: 10052 - 10053
NumberFormat: Float32BigEndian
Title: DHT Humidity
Unit: %
ClassName: environment ds-010
Publish: true

1-Wire Temperatures

Key: OneWire
Start address - length: 10100 - 32
Poll interval [ms]: 5000
Table type: Information

1-Wire temperature #0

Name: OneWire.Temp0
Address: 10100 - 10101
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #0
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #1

Name: OneWire.Temp1
Address: 10102 - 10103
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #1
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #2

Name: OneWire.Temp2
Address: 10104 - 10105
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #2
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #3

Name: OneWire.Temp3
Address: 10106 - 10107
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #3
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #4

Name: OneWire.Temp4
Address: 10108 - 10109
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #4
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #5

Name: OneWire.Temp5
Address: 10110 - 10111
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #5
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #6

Name: OneWire.Temp6
Address: 10112 - 10113
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #6
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #7

Name: OneWire.Temp7
Address: 10114 - 10115
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #7
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #8

Name: OneWire.Temp8
Address: 10116 - 10117
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #8
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #9

Name: OneWire.Temp9
Address: 10118 - 10119
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #9
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #10

Name: OneWire.Temp10
Address: 10120 - 10121
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #10
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #11

Name: OneWire.Temp11
Address: 10122 - 10123
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #11
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #12

Name: OneWire.Temp12
Address: 10124 - 10125
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #12
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #13

Name: OneWire.Temp13
Address: 10126 - 10127
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #13
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #14

Name: OneWire.Temp14
Address: 10128 - 10129
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #14
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire temperature #15

Name: OneWire.Temp15
Address: 10130 - 10131
NumberFormat: Float32BigEndian
Title: 1-Wire temperature #15
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: onewiretemp ds-005
Publish: true

1-Wire Info

Key: OneWireInfo
Start address - length: 10200 - 10
Poll interval [ms]: 2000
Table type: Information

1-Wire index

Currently selected index

Name: OneWireInfo.Index
Address: 10200
Title: 1-Wire index

1-Wire temperature

Selected device value

Name: OneWireInfo.Value
Address: 10201 - 10202
NumberFormat: Float32BigEndian
Title: 1-Wire temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

1-Wire device count

1-Wire devices on wire

Name: OneWireInfo.DeviceCount
Address: 10203
Title: 1-Wire device count

Connection mask

Bitmask shows which device unaccessible

Name: OneWireInfo.ConnectionMask
Address: 10204
Title: Connection mask

1-Wire read error

Name: OneWireInfo.OneWireError
Address: 10205
Title: 1-Wire read error

Address

64 bit address of selected 1-Wire sensor

Name: OneWireInfo.Address
Address: 10206 - 10209
NumberFormat: Unsigned64
Title: Address
DisplayFormat: 0x{0:X}

PulseCounter #0

Key: PulseCounter0
Start address - length: 10300 - 10
Poll interval [ms]: 1000
Table type: Information

Value

Current value

Name: PulseCounter0.Value
Address: 10300 - 10301
NumberFormat: Float32BigEndian
Title: Value
ClassName: pulsecounter0 ds-006
Publish: true

Period

Time between 2 ticks

Name: PulseCounter0.Elapsed
Address: 10302 - 10303
NumberFormat: Unsigned32
Title: Period
Unit: ms

Last operation time

Last session operation time

Name: PulseCounter0.Runtime
Address: 10304 - 10305
NumberFormat: Unsigned32
Title: Last operation time
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

Last session quantity

Name: PulseCounter0.LastQuantity
Address: 10306 - 10307
NumberFormat: Unsigned32
Title: Last session quantity
ClassName: pulsecounter0

Quantity

Name: PulseCounter0.Quantity
Address: 10308 - 10309
NumberFormat: Unsigned32
Title: Quantity
ClassName: pulsecounter0

PulseCounter #1

Key: PulseCounter1
Start address - length: 10320 - 10
Poll interval [ms]: 1000
Table type: Information

Value

Current value

Name: PulseCounter1.Value
Address: 10320 - 10321
NumberFormat: Float32BigEndian
Title: Value
ClassName: pulsecounter1 ds-006
Publish: true

Period

Time between 2 ticks

Name: PulseCounter1.Elapsed
Address: 10322 - 10323
NumberFormat: Unsigned32
Title: Period
Unit: ms

Last operation time

Last session operation time

Name: PulseCounter1.Runtime
Address: 10324 - 10325
NumberFormat: Unsigned32
Title: Last operation time
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

Last session quantity

Name: PulseCounter1.LastQuantity
Address: 10326 - 10327
NumberFormat: Unsigned32
Title: Last session quantity
ClassName: pulsecounter1

Quantity

Name: PulseCounter1.Quantity
Address: 10328 - 10329
NumberFormat: Unsigned32
Title: Quantity
ClassName: pulsecounter1

PulseCounter #2

Key: PulseCounter2
Start address - length: 10340 - 10
Poll interval [ms]: 1000
Table type: Information

Value

Current value

Name: PulseCounter2.Value
Address: 10340 - 10341
NumberFormat: Float32BigEndian
Title: Value
ClassName: pulsecounter2 ds-006
Publish: true

Period

Time between 2 ticks

Name: PulseCounter2.Elapsed
Address: 10342 - 10343
NumberFormat: Unsigned32
Title: Period
Unit: ms

Last operation time

Last session operation time

Name: PulseCounter2.Runtime
Address: 10344 - 10345
NumberFormat: Unsigned32
Title: Last operation time
Unit: s
DisplayFormat: {0:d\ hh\:mm\:ss}

Last session quantity

Name: PulseCounter2.LastQuantity
Address: 10346 - 10347
NumberFormat: Unsigned32
Title: Last session quantity
ClassName: pulsecounter2

Quantity

Name: PulseCounter2.Quantity
Address: 10348 - 10349
NumberFormat: Unsigned32
Title: Quantity
ClassName: pulsecounter2

Heat meter #0

Key: HeatMeter0
Start address - length: 10400 - 17
Poll interval [ms]: 1000
Table type: Information

Operate

Operate when flow counter is not zero.

Name: HeatMeter0.Run
Address: 10400
Title: Operate
ClassName: heatmeter0 di

Options

No [ 0 ]
Yes [ 1 ]

Power

Name: HeatMeter0.Power
Address: 10401 - 10402
NumberFormat: Signed32
Title: Power
Unit: W
ClassName: heatmeter0 ds-007
Publish: true

Energy (MJ)

Name: HeatMeter0.EnergyMJ
Address: 10403 - 10404
NumberFormat: Signed32
Title: Energy (MJ)
UserTitle: Energy
Unit: MJ
ClassName: heatmeter0

Energy (kWh)

Name: HeatMeter0.EnergykWh
Address: 10405 - 10406
NumberFormat: Signed32
Title: Energy (kWh)
Unit: kWh
ClassName: heatmeter0

Flow meter

Name: HeatMeter0.FlowMeter
Address: 10407 - 10408
NumberFormat: Float32BigEndian
Title: Flow meter
ClassName: heatmeter0

Forward temperature

Name: HeatMeter0.ForwardTemp
Address: 10409 - 10410
NumberFormat: Float32BigEndian
Title: Forward temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter0

Return temperature

Name: HeatMeter0.ReturnTemp
Address: 10411 - 10412
NumberFormat: Float32BigEndian
Title: Return temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter0

ΔT

Name: HeatMeter0.DeltaT
Address: 10413 - 10414
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter0

Last session energy

Name: HeatMeter0.LastEnergyMJ
Address: 10415
Title: Last session energy
Unit: MJ
ClassName: heatmeter0

Alert signal

Name: HeatMeter0.AlertSignal
Address: 10416
Title: Alert signal
ClassName: heatmeter0

Options

No error [ 0 ]
Limit reached [ 1 ]
Forward Sensor error [ 2 ]
Return Sensor error [ 4 ]

Heat meter #1

Key: HeatMeter1
Start address - length: 10430 - 17
Poll interval [ms]: 1000
Table type: Information

Operate

Operate when flow counter is not zero.

Name: HeatMeter1.Run
Address: 10430
Title: Operate
ClassName: heatmeter1 di

Options

No [ 0 ]
Yes [ 1 ]

Power

Name: HeatMeter1.Power
Address: 10431 - 10432
NumberFormat: Signed32
Title: Power
Unit: W
ClassName: heatmeter1 ds-007
Publish: true

Energy (MJ)

Name: HeatMeter1.EnergyMJ
Address: 10433 - 10434
NumberFormat: Signed32
Title: Energy (MJ)
UserTitle: Energy
Unit: MJ
ClassName: heatmeter1

Energy (kWh)

Name: HeatMeter1.EnergykWh
Address: 10435 - 10436
NumberFormat: Signed32
Title: Energy (kWh)
Unit: kWh
ClassName: heatmeter1

Flow meter

Name: HeatMeter1.FlowMeter
Address: 10437 - 10438
NumberFormat: Float32BigEndian
Title: Flow meter
ClassName: heatmeter1

Forward temperature

Name: HeatMeter1.ForwardTemp
Address: 10439 - 10440
NumberFormat: Float32BigEndian
Title: Forward temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter1

Return temperature

Name: HeatMeter1.ReturnTemp
Address: 10441 - 10442
NumberFormat: Float32BigEndian
Title: Return temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter1

ΔT

Name: HeatMeter1.DeltaT
Address: 10443 - 10444
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter1

Last session energy

Name: HeatMeter1.LastEnergyMJ
Address: 10445
Title: Last session energy
Unit: MJ
ClassName: heatmeter1

Alert signal

Name: HeatMeter1.AlertSignal
Address: 10446
Title: Alert signal
ClassName: heatmeter1

Options

No error [ 0 ]
Limit reached [ 1 ]
Forward Sensor error [ 2 ]
Return Sensor error [ 4 ]

Heat meter #2

Key: HeatMeter2
Start address - length: 10460 - 17
Poll interval [ms]: 1000
Table type: Information

Operate

Operate when flow counter is not zero.

Name: HeatMeter2.Run
Address: 10460
Title: Operate
ClassName: heatmeter2 di

Options

No [ 0 ]
Yes [ 1 ]

Power

Name: HeatMeter2.Power
Address: 10461 - 10462
NumberFormat: Signed32
Title: Power
Unit: W
ClassName: heatmeter2 ds-007
Publish: true

Energy (MJ)

Name: HeatMeter2.EnergyMJ
Address: 10463 - 10464
NumberFormat: Signed32
Title: Energy (MJ)
UserTitle: Energy
Unit: MJ
ClassName: heatmeter2

Energy (kWh)

Name: HeatMeter2.EnergykWh
Address: 10465 - 10466
NumberFormat: Signed32
Title: Energy (kWh)
Unit: kWh
ClassName: heatmeter2

Flow meter

Name: HeatMeter2.FlowMeter
Address: 10467 - 10468
NumberFormat: Float32BigEndian
Title: Flow meter
ClassName: heatmeter2

Forward temperature

Name: HeatMeter2.ForwardTemp
Address: 10469 - 10470
NumberFormat: Float32BigEndian
Title: Forward temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter2

Return temperature

Name: HeatMeter2.ReturnTemp
Address: 10471 - 10472
NumberFormat: Float32BigEndian
Title: Return temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter2

ΔT

Name: HeatMeter2.DeltaT
Address: 10473 - 10474
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: heatmeter2

Last session energy

Name: HeatMeter2.LastEnergyMJ
Address: 10475
Title: Last session energy
Unit: MJ
ClassName: heatmeter2

Alert signal

Name: HeatMeter2.AlertSignal
Address: 10476
Title: Alert signal
ClassName: heatmeter2

Options

No error [ 0 ]
Limit reached [ 1 ]
Forward Sensor error [ 2 ]
Return Sensor error [ 4 ]

Temperature control #0

Key: TempControl0
Start address - length: 10500 - 8
Poll interval [ms]: 2000
Table type: Information

Reference temperature

Name: TempControl0.Reference
Address: 10500 - 10501
NumberFormat: Float32BigEndian
Title: Reference temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol0

Feedback temperature

Name: TempControl0.Feedback
Address: 10502 - 10503
NumberFormat: Float32BigEndian
Title: Feedback temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol0

Hysteresis

Name: TempControl0.Hysteresis
Address: 10504 - 10505
NumberFormat: Float32BigEndian
Title: Hysteresis
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Control Type

Name: TempControl0.TempControlType
Address: 10506
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Output signal

Name: TempControl0.Output
Address: 10507
Title: Output signal
ClassName: tempcontrol0 di

Temperature control #1

Key: TempControl1
Start address - length: 10520 - 8
Poll interval [ms]: 2000
Table type: Information

Reference temperature

Name: TempControl1.Reference
Address: 10520 - 10521
NumberFormat: Float32BigEndian
Title: Reference temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol1

Feedback temperature

Name: TempControl1.Feedback
Address: 10522 - 10523
NumberFormat: Float32BigEndian
Title: Feedback temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol1

Hysteresis

Name: TempControl1.Hysteresis
Address: 10524 - 10525
NumberFormat: Float32BigEndian
Title: Hysteresis
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Control Type

Name: TempControl1.TempControlType
Address: 10526
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Output signal

Name: TempControl1.Output
Address: 10527
Title: Output signal
ClassName: tempcontrol1 di

Temperature control #2

Key: TempControl2
Start address - length: 10540 - 8
Poll interval [ms]: 2000
Table type: Information

Reference temperature

Name: TempControl2.Reference
Address: 10540 - 10541
NumberFormat: Float32BigEndian
Title: Reference temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol2

Feedback temperature

Name: TempControl2.Feedback
Address: 10542 - 10543
NumberFormat: Float32BigEndian
Title: Feedback temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol2

Hysteresis

Name: TempControl2.Hysteresis
Address: 10544 - 10545
NumberFormat: Float32BigEndian
Title: Hysteresis
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Control Type

Name: TempControl2.TempControlType
Address: 10546
Title: Control Type

Output signal

Name: TempControl2.Output
Address: 10547
Title: Output signal
ClassName: tempcontrol2 di

Temperature control #3

Key: TempControl3
Start address - length: 10560 - 8
Poll interval [ms]: 2000
Table type: Information

Reference temperature

Name: TempControl3.Reference
Address: 10560 - 10561
NumberFormat: Float32BigEndian
Title: Reference temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol3

Feedback temperature

Name: TempControl3.Feedback
Address: 10562 - 10563
NumberFormat: Float32BigEndian
Title: Feedback temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol3

Hysteresis

Name: TempControl3.Hysteresis
Address: 10564 - 10565
NumberFormat: Float32BigEndian
Title: Hysteresis
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Control Type

Name: TempControl3.TempControlType
Address: 10566
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Output signal

Name: TempControl3.Output
Address: 10567
Title: Output signal
ClassName: tempcontrol3 di

Temperature control #4

Key: TempControl4
Start address - length: 10580 - 8
Poll interval [ms]: 2000
Table type: Information

Reference temperature

Name: TempControl4.Reference
Address: 10580 - 10581
NumberFormat: Float32BigEndian
Title: Reference temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol4

Feedback temperature

Name: TempControl4.Feedback
Address: 10582 - 10583
NumberFormat: Float32BigEndian
Title: Feedback temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: tempcontrol4

Hysteresis

Name: TempControl4.Hysteresis
Address: 10584 - 10585
NumberFormat: Float32BigEndian
Title: Hysteresis
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Control Type

Name: TempControl4.TempControlType
Address: 10586
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Output signal

Name: TempControl4.Output
Address: 10587
Title: Output signal
ClassName: tempcontrol4 di

Rotary encoder

Key: Rotary
Start address - length: 10600 - 15
Poll interval [ms]: 1000
Table type: Information

Position

Name: Rotary.Position
Address: 10600 - 10601
NumberFormat: Signed32
Title: Position
ClassName: rotary ds-008
Readonly: false
Publish: true

Float position

Name: Rotary.FloatPosition
Address: 10602 - 10603
NumberFormat: Float32BigEndian
Title: Float position
Precision: 1
DisplayFormat: {0:N1}
ClassName: rotary ds-008
Readonly: false
Publish: true

Real speed

Name: Rotary.RealSpeed
Address: 10604
NumberFormat: Signed16
Title: Real speed
ClassName: rotary

Direction

Name: Rotary.Direction
Address: 10605
NumberFormat: Signed16
Title: Direction
ClassName: rotary

Options

Down [ -1 ]
Stop [ 0 ]
Up [ 1 ]

Raw speed

Name: Rotary.RawSpeed
Address: 10606
NumberFormat: Signed16
Title: Raw speed
ClassName: rotary

Counter

Name: Rotary.Counter
Address: 10607 - 10608
NumberFormat: Signed32
Title: Counter
ClassName: rotary ds-008
Readonly: false
Publish: true

Selected position

Name: Rotary.SelectedPosition
Address: 10609 - 10610
NumberFormat: Signed32
Title: Selected position
ClassName: rotary ds-008
Readonly: false

Selected float position

Name: Rotary.SelectedFloatPosition
Address: 10611 - 10612
NumberFormat: Float32BigEndian
Title: Selected float position
Precision: 1
DisplayFormat: {0:N1}
ClassName: rotary ds-008
Readonly: false
Publish: true

Selected counter

Name: Rotary.SelectedCounter
Address: 10613 - 10614
NumberFormat: Signed32
Title: Selected counter
ClassName: rotary
Readonly: false

Buttons

Key: ButtonInfo
Start address - length: 10700 - 9
Poll interval [ms]: 400
Table type: Information

Button #0 button state

Name: ButtonInfo.Button0.ButtonState
Address: 10700
Title: Button #0 button state

Button #0 last event

Last button events. Write 0 to clear.

Name: ButtonInfo.Button0.Event
Address: 10701
Title: Button #0 last event
Readonly: false

Options

Idle [ 0 ]
Press [ 1 ]
LongPress [ 2 ]
Multikeypress [ 4 ]
Release [ 8 ]

Button #0 presscount

Name: ButtonInfo.Button0.LastKeyPressCount
Address: 10702
Title: Button #0 presscount

Button #1 button state

Name: ButtonInfo.Button1.ButtonState
Address: 10703
Title: Button #1 button state

Button #1 last event

Last button events. Write 0 to clear.

Name: ButtonInfo.Button1.Event
Address: 10704
Title: Button #1 last event
Readonly: false

Options

Idle [ 0 ]
Press [ 1 ]
LongPress [ 2 ]
Multikeypress [ 4 ]
Release [ 8 ]

Button #1 presscount

Name: ButtonInfo.Button1.LastKeyPressCount
Address: 10705
Title: Button #1 presscount

Button #2 button state

Name: ButtonInfo.Button2.ButtonState
Address: 10706
Title: Button #2 button state

Button #2 last event

Last button events. Write 0 to clear.

Name: ButtonInfo.Button2.Event
Address: 10707
Title: Button #2 last event
Readonly: false

Options

Idle [ 0 ]
Press [ 1 ]
LongPress [ 2 ]
Multikeypress [ 4 ]
Release [ 8 ]

Button #2 presscount

Name: ButtonInfo.Button2.LastKeyPressCount
Address: 10708
Title: Button #2 presscount

DT Switch #0

Key: DTSwitch0
Start address - length: 10800 - 7
Poll interval [ms]: 2000
Table type: Information

Top temperature

Name: DTSwitch0.TopTemp
Address: 10800 - 10801
NumberFormat: Float32BigEndian
Title: Top temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch0

Bottom temperature

Name: DTSwitch0.BottomTemp
Address: 10802 - 10803
NumberFormat: Float32BigEndian
Title: Bottom temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch0

ΔT

Name: DTSwitch0.Delta
Address: 10804 - 10805
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch0

Output signal

Name: DTSwitch0.Output
Address: 10806
Title: Output signal
ClassName: dtswitch0 di

DT Switch #1

Key: DTSwitch1
Start address - length: 10820 - 7
Poll interval [ms]: 2000
Table type: Information

Top temperature

Name: DTSwitch1.TopTemp
Address: 10820 - 10821
NumberFormat: Float32BigEndian
Title: Top temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch1

Bottom temperature

Name: DTSwitch1.BottomTemp
Address: 10822 - 10823
NumberFormat: Float32BigEndian
Title: Bottom temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch1

ΔT

Name: DTSwitch1.Delta
Address: 10824 - 10825
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch1

Output signal

Name: DTSwitch1.Output
Address: 10826
Title: Output signal
ClassName: dtswitch1 di

DT Switch #2

Key: DTSwitch2
Start address - length: 10840 - 7
Poll interval [ms]: 2000
Table type: Information

Top temperature

Name: DTSwitch2.TopTemp
Address: 10840 - 10841
NumberFormat: Float32BigEndian
Title: Top temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch2

Bottom temperature

Name: DTSwitch2.BottomTemp
Address: 10842 - 10843
NumberFormat: Float32BigEndian
Title: Bottom temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch2

ΔT

Name: DTSwitch2.Delta
Address: 10844 - 10845
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch2

Output signal

Name: DTSwitch2.Output
Address: 10846
Title: Output signal
ClassName: dtswitch2 di

DT Switch #3

Key: DTSwitch3
Start address - length: 10860 - 7
Poll interval [ms]: 2000
Table type: Information

Top temperature

Name: DTSwitch3.TopTemp
Address: 10860 - 10861
NumberFormat: Float32BigEndian
Title: Top temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch3

Bottom temperature

Name: DTSwitch3.BottomTemp
Address: 10862 - 10863
NumberFormat: Float32BigEndian
Title: Bottom temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch3

ΔT

Name: DTSwitch3.Delta
Address: 10864 - 10865
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch3

Output signal

Name: DTSwitch3.Output
Address: 10866
Title: Output signal
ClassName: dtswitch3 di

DT Switch #4

Key: DTSwitch4
Start address - length: 10880 - 7
Poll interval [ms]: 2000
Table type: Information

Top temperature

Name: DTSwitch4.TopTemp
Address: 10880 - 10881
NumberFormat: Float32BigEndian
Title: Top temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch4

Bottom temperature

Name: DTSwitch4.BottomTemp
Address: 10882 - 10883
NumberFormat: Float32BigEndian
Title: Bottom temperature
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch4

ΔT

Name: DTSwitch4.Delta
Address: 10884 - 10885
NumberFormat: Float32BigEndian
Title: ΔT
Unit: °C
Precision: 1
DisplayFormat: {0:N1}
ClassName: dtswitch4

Output signal

Name: DTSwitch4.Output
Address: 10886
Title: Output signal
ClassName: dtswitch4 di

Device Info

Key: DeviceInfo
Start address - length: 15000 - 15
Poll interval [ms]: 500
Table type: Information

Reset count

Name: DeviceInfo.ResetCount
Address: 15000
Title: Reset count

Power on hours

Name: DeviceInfo.PowerOnHours
Address: 15001
Title: Power on hours
ClassName: system

USB powered

Yes, when USB is connected and VIN smaller than 6V.

Name: DeviceInfo.USBPowered
Address: 15002
Title: USB powered

Options

No [ 0 ]
Yes [ 1 ]

MCU Temperature

Name: DeviceInfo.CPUTemp
Address: 15003
NumberFormat: Signed16
Title: MCU Temperature
Unit: °C

3V3 System voltage

Name: DeviceInfo.Sys3V3
Address: 15004 - 15005
NumberFormat: Float32BigEndian
Title: 3V3 System voltage
Unit: V
Precision: 1
DisplayFormat: {0:N1}

Wifi voltage

Name: DeviceInfo.WifiVoltage
Address: 15006 - 15007
NumberFormat: Float32BigEndian
Title: Wifi voltage
Unit: V
Precision: 1
DisplayFormat: {0:N1}

5V System voltage

Name: DeviceInfo.Sys5V
Address: 15008 - 15009
NumberFormat: Float32BigEndian
Title: 5V System voltage
Unit: V
Precision: 1
DisplayFormat: {0:N1}

Power supply voltage

Name: DeviceInfo.PSVoltage
Address: 15010 - 15011
NumberFormat: Float32BigEndian
Title: Power supply voltage
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: system ds-009
Publish: true

Open drain voltage

Name: DeviceInfo.ODVoltage
Address: 15012 - 15013
NumberFormat: Float32BigEndian
Title: Open drain voltage
Unit: V
Precision: 1
DisplayFormat: {0:N1}
ClassName: system ds-009
Publish: true

Virtual GND voltage

Name: DeviceInfo.VGND
Address: 15014
Title: Virtual GND voltage
Unit: mV

Communication status

Key: CommunicationStatus
Start address - length: 15100 - 35
Poll interval [ms]: 400
Table type: Information

RS485 1 Received bytes

Name: CommunicationStatus.Port0.RxData
Address: 15100 - 15101
NumberFormat: Unsigned32
Title: RS485 1 Received bytes
Unit: B

RS485 1 Transmitted bytes

Name: CommunicationStatus.Port0.TxData
Address: 15102 - 15103
NumberFormat: Unsigned32
Title: RS485 1 Transmitted bytes
Unit: B

RS485 1 Received packet

Name: CommunicationStatus.Port0.RxCount
Address: 15104 - 15105
NumberFormat: Unsigned32
Title: RS485 1 Received packet

RS485 1 Message error

Name: CommunicationStatus.Port0.RxError
Address: 15106 - 15107
NumberFormat: Unsigned32
Title: RS485 1 Message error

RS485 1 Sent message

Name: CommunicationStatus.Port0.SendCount
Address: 15108 - 15109
NumberFormat: Unsigned32
Title: RS485 1 Sent message

RS485 2 Received bytes

Name: CommunicationStatus.Port1.RxData
Address: 15110 - 15111
NumberFormat: Unsigned32
Title: RS485 2 Received bytes
Unit: B

RS485 2 Transmitted bytes

Name: CommunicationStatus.Port1.TxData
Address: 15112 - 15113
NumberFormat: Unsigned32
Title: RS485 2 Transmitted bytes
Unit: B

RS485 2 Received packet

Name: CommunicationStatus.Port1.RxCount
Address: 15114 - 15115
NumberFormat: Unsigned32
Title: RS485 2 Received packet

RS485 2 Message error

Name: CommunicationStatus.Port1.RxError
Address: 15116 - 15117
NumberFormat: Unsigned32
Title: RS485 2 Message error

RS485 2 Sent message

Name: CommunicationStatus.Port1.SendCount
Address: 15118 - 15119
NumberFormat: Unsigned32
Title: RS485 2 Sent message

USB Received bytes

Name: CommunicationStatus.Port2.RxData
Address: 15120 - 15121
NumberFormat: Unsigned32
Title: USB Received bytes
Unit: B

USB Transmitted bytes

Name: CommunicationStatus.Port2.TxData
Address: 15122 - 15123
NumberFormat: Unsigned32
Title: USB Transmitted bytes
Unit: B

USB Received message

Name: CommunicationStatus.Port2.RxCount
Address: 15124 - 15125
NumberFormat: Unsigned32
Title: USB Received message

USB Message error

Name: CommunicationStatus.Port2.RxError
Address: 15126 - 15127
NumberFormat: Unsigned32
Title: USB Message error

USB Sent message

Name: CommunicationStatus.Port2.SendCount
Address: 15128 - 15129
NumberFormat: Unsigned32
Title: USB Sent message

Wifi RX

Name: CommunicationStatus.WifiRx
Address: 15130
Title: Wifi RX
Unit: MiB

Wifi TX

Name: CommunicationStatus.WifiTx
Address: 15131
Title: Wifi TX
Unit: MiB

1-Wire read error

Name: CommunicationStatus.OneWireError
Address: 15132
Title: 1-Wire read error
ClassName: system

DHT error

Name: CommunicationStatus.DHTError
Address: 15133
Title: DHT error
ClassName: system

Current port

Name: CommunicationStatus.ConnectedPort
Address: 15134
Title: Current port

Options

RS485 1 [ 0 ]
RS485 2 [ 1 ]
USB [ 2 ]

Wifi Info

Key: WifiInfo
Start address - length: 15200 - 11
Poll interval [ms]: 10000
Table type: Information

Connected

Name: WifiInfo.Connected
Address: 15200
Title: Connected

Options

Not connected [ 0 ]
Connecting... [ 1 ]
Connected [ 2 ]

RSSI

Name: WifiInfo.RSSI
Address: 15201
NumberFormat: Signed16
Title: RSSI
Unit: dBm

IP address

Name: WifiInfo.IPAddress
Address: 15202 - 15203
NumberFormat: IPAddress
Title: IP address

Netmask

Name: WifiInfo.Netmask
Address: 15204 - 15205
NumberFormat: IPAddress
Title: Netmask

Gateway

Name: WifiInfo.Gateway
Address: 15206 - 15207
NumberFormat: IPAddress
Title: Gateway

WifiInfo.MACAddress01

MAC address 0-1 (hex)

Name: WifiInfo.MACAddress01
Address: 15208
DisplayFormat: {0:x4}

WifiInfo.MACAddress23

MAC address 2-3 (hex)

Name: WifiInfo.MACAddress23
Address: 15209
DisplayFormat: {0:x4}

WifiInfo.MACAddress45

MAC address 4-5 (hex)

Name: WifiInfo.MACAddress45
Address: 15210
DisplayFormat: {0:x4}

Device Settings

Key: DeviceSettings
Start address - length: 20000 - 12
Poll interval [ms]: 10000
Table type: Configuration

RS485 1 ModbusAddress

Name: DeviceSettings.ModbusAddress0
Address: 20000
Title: RS485 1 ModbusAddress

RS485 1 ResponseDelay

Name: DeviceSettings.ResponseDelay0
Address: 20001
Title: RS485 1 ResponseDelay

RS485 1 Baudrate

Name: DeviceSettings.Baudrate0
Address: 20002
Title: RS485 1 Baudrate

Options

4800 [ 0 ]
9600 [ 1 ]
14400 [ 2 ]
19200 [ 3 ]
38400 [ 4 ]
57600 [ 5 ]
115200 [ 6 ]
256000 [ 7 ]

RS485 2 ModbusAddress

Name: DeviceSettings.ModbusAddress1
Address: 20003
Title: RS485 2 ModbusAddress

RS485 2 ResponseDelay

Name: DeviceSettings.ResponseDelay1
Address: 20004
Title: RS485 2 ResponseDelay

RS485 2 Baudrate

Name: DeviceSettings.Baudrate1
Address: 20005
Title: RS485 2 Baudrate

Options

4800 [ 0 ]
9600 [ 1 ]
14400 [ 2 ]
19200 [ 3 ]
38400 [ 4 ]
57600 [ 5 ]
115200 [ 6 ]
256000 [ 7 ]

Transparent mode

Forward payload from RS485-1 to RS485-2

Name: DeviceSettings.TransparentMode
Address: 20006
Title: Transparent mode

Options

Disable [ 0 ]
Enable [ 1 ]

Communication dog window time

Stop box output logics when there is no communication in this time window. 0: disabled.

Name: DeviceSettings.CommunicationDogWindowTime
Address: 20007
Title: Communication dog window time
Unit: sec

Use FRAM

Enable FRAM. If disabled, no runtimedata and OW address stored. Disable in case of FRAM demage.

Name: DeviceSettings.UseFram
Address: 20008
Title: Use FRAM

Options

No [ 0 ]
Yes [ 1 ]

Autosave configuration

Automatically save the config when 5 sec elapsed after last config write.

Name: DeviceSettings.AutoSave
Address: 20009
Title: Autosave configuration

Options

Disable [ 0 ]
Enable [ 1 ]

Wifi

Name: DeviceSettings.WifiState
Address: 20010
Title: Wifi
Maximum: 1

Options

Disable [ 0 ]
Enable [ 1 ]

Configuration ID

Identify the config. It will saved as metadata.

Name: DeviceSettings.ConfigID
Address: 20011
Title: Configuration ID

Input Settings

Key: InputSettings
Start address - length: 21000 - 31
Poll interval [ms]: 10000
Table type: Configuration

DI #0 Function

Name: InputSettings.DigitalIN0.Function
Address: 21000
Title: DI #0 Function

Options

Simple DI [ 0 ]
Pulse Counter [ 1 ]
Button [ 2 ]
Rotary Encoder Signal 1 [ 3 ]

DI #0 ActiveLevel

Name: InputSettings.DigitalIN0.ActiveLevel
Address: 21001
Title: DI #0 ActiveLevel

Options

ActiveHigh [ 1 ]
ActiveLow [ 0 ]

DI #1 Function

Name: InputSettings.DigitalIN1.Function
Address: 21002
Title: DI #1 Function

Options

Simple DI [ 0 ]
Pulse Counter [ 1 ]
Button [ 2 ]
Rotary Encoder Signal 2 [ 3 ]

DI #1 ActiveLevel

Name: InputSettings.DigitalIN1.ActiveLevel
Address: 21003
Title: DI #1 ActiveLevel

Options

ActiveHigh [ 1 ]
ActiveLow [ 0 ]

DI #2 Function

Name: InputSettings.DigitalIN2.Function
Address: 21004
Title: DI #2 Function

Options

Simple [ 0 ]
Pulse Counter [ 1 ]
Button [ 2 ]
Rotary Encoder Button [ 3 ]

DI #2 ActiveLevel

Name: InputSettings.DigitalIN2.ActiveLevel
Address: 21005
Title: DI #2 ActiveLevel

Options

ActiveHigh [ 1 ]
ActiveLow [ 0 ]

Rotary function

Name: InputSettings.Rotary.Function
Address: 21006
Title: Rotary function

Options

Potentiometer [ 0 ]
Pathmeter [ 1 ]

Rotary ticks

Total count of ticks between @Rotary.MinimumValue and @Rotary.MaximumValue

Name: InputSettings.Rotary.Ticks
Address: 21007 - 21008
NumberFormat: Unsigned32
Title: Rotary ticks

Rotary minimum value

Name: InputSettings.Rotary.MinimumValue
Address: 21009 - 21010
NumberFormat: Signed32
Title: Rotary minimum value
Scale: 100

Rotary maximum value

Name: InputSettings.Rotary.MaximumValue
Address: 21011 - 21012
NumberFormat: Signed32
Title: Rotary maximum value
Scale: 100

Rotary speed sampe time

Speed calculation time window

Name: InputSettings.Rotary.SpeadMeasurement
Address: 21013
Title: Rotary speed sampe time
Unit: msec

Button #0 multi kepyress time

Name: InputSettings.Button0.MultikeypressWindowTime
Address: 21014
Title: Button #0 multi kepyress time
Unit: msec

Button #0 long kepyress time

Name: InputSettings.Button0.LongkeypressWindowTime
Address: 21015
Title: Button #0 long kepyress time
Unit: msec

Button #1 multi kepyress time

Name: InputSettings.Button1.MultikeypressWindowTime
Address: 21016
Title: Button #1 multi kepyress time
Unit: msec

Button #1 long kepyress time

Name: InputSettings.Button1.LongkeypressWindowTime
Address: 21017
Title: Button #1 long kepyress time
Unit: msec

Button #2 multi kepyress time

Name: InputSettings.Button2.MultikeypressWindowTime
Address: 21018
Title: Button #2 multi kepyress time
Unit: msec

Button #2 long kepyress time

Name: InputSettings.Button2.LongkeypressWindowTime
Address: 21019
Title: Button #2 long kepyress time
Unit: msec

AI #0 Input type

Jumper selectable function

Name: InputSettings.Input.AI0.Type
Address: 21020
NumberFormat: Signed16
Title: AI #0 Input type

Options

0-10V [ 0 ]
4-20 mA [ 1 ]

AI #1 Input type

Jumper selectable function

Name: InputSettings.Input.AI1.Type
Address: 21021
NumberFormat: Signed16
Title: AI #1 Input type

Options

0-10V [ 0 ]
4-20 mA [ 1 ]

1-Wire

Name: InputSettings.EnableOneWire
Address: 21022
Title: 1-Wire
Maximum: 1

Options

Disable [ 0 ]
Enable [ 1 ]

1-Wire poll interval

Name: InputSettings.OneWireInterval
Address: 21023
Title: 1-Wire poll interval
Minimum: 2
Unit: sec

DHT

Name: InputSettings.EnableDHT
Address: 21024
Title: DHT
Maximum: 1

Options

Disable [ 0 ]
Enable [ 1 ]

DHT poll interval

Name: InputSettings.DHTInterval
Address: 21025
Title: DHT poll interval
Unit: sec

PT1000 Filter

Name: InputSettings.PT1000Filter
Address: 21026
Title: PT1000 Filter
Minimum: 1
Maximum: 8

PT1000 Offset

Name: InputSettings.PT1000Offset
Address: 21027
NumberFormat: Signed16
Title: PT1000 Offset
Minimum: -32768
Maximum: 32768
Scale: 100

CT #0 threshold

CT #0 start to measure above this limit. Step: 100 mA

Name: InputSettings.CT0Threshold
Address: 21028
Title: CT #0 threshold
Maximum: 160
Scale: 10
DisplayFormat: {0:N0} [x100 mA]

CT #1 threshold

CT #1 start to measure above this limit. Step: 100 mA

Name: InputSettings.CT1Threshold
Address: 21029
Title: CT #1 threshold
Maximum: 160
Scale: 10
DisplayFormat: {0:N0} [x100 mA]

CT #2 threshold

CT #2 start to measure above this limit. Step: 100 mA

Name: InputSettings.CT2Threshold
Address: 21030
Title: CT #2 threshold
Maximum: 160
Scale: 10
DisplayFormat: {0:N0} [x100 mA]

AO Settings

Key: AOSettings
Start address - length: 21100 - 6
Poll interval [ms]: 10000
Table type: Configuration

AO0 Initial user scaled value

Initial value when Box starts. Use User scaling limits

Name: AOSettings.AO0.InitialValue
Address: 21100
Title: AO0 Initial user scaled value
Scale: 100

Fade time

Name: AOSettings.AO0.FadeTime
Address: 21101
Title: Fade time
Unit: sec

AO1 Initial user scaled value

Initial value when Box starts.

Name: AOSettings.AO1.InitialValue
Address: 21102
Title: AO1 Initial user scaled value
Scale: 100

Fade time

Name: AOSettings.AO1.FadeTime
Address: 21103
Title: Fade time
Unit: sec

AO2 Initial user scaled value

Initial value when Box starts.

Name: AOSettings.AO2.InitialValue
Address: 21104
Title: AO2 Initial user scaled value
Scale: 100

Fade time

Name: AOSettings.AO2.FadeTime
Address: 21105
Title: Fade time
Unit: sec

DO Settings

Key: DOSettings
Start address - length: 21200 - 15
Poll interval [ms]: 10000
Table type: Configuration

DO0 Start value

Name: DOSettings.DO0.BootValue
Address: 21200
Title: DO0 Start value

Options

Off [ 0 ]
On [ 1 ]
Last value [ 2 ]

DO0 on time

DO CH0 On Time.

Name: DOSettings.DO0.Ontime
Address: 21201
Title: DO0 on time
Unit: sec

DO off time

DO CH0 Off Time.

Name: DOSettings.DO0.Offtime
Address: 21202
Title: DO off time
Unit: sec

DO1 Start value

Name: DOSettings.DO1.BootValue
Address: 21203
Title: DO1 Start value

Options

Off [ 0 ]
On [ 1 ]
Last value [ 2 ]

DO1 on time

Name: DOSettings.DO1.Ontime
Address: 21204
Title: DO1 on time
Unit: sec

D01 off time

Name: DOSettings.DO1.Offtime
Address: 21205
Title: D01 off time
Unit: sec

DO2 Start value

Name: DOSettings.DO2.BootValue
Address: 21206
Title: DO2 Start value

Options

Off [ 0 ]
On [ 1 ]
Last value [ 2 ]

DO2 on time

Name: DOSettings.DO2.Ontime
Address: 21207
Title: DO2 on time
Unit: sec

DO2 off time

Name: DOSettings.DO2.Offtime
Address: 21208
Title: DO2 off time
Unit: sec

DO3 Start value

Name: DOSettings.DO3.BootValue
Address: 21209
Title: DO3 Start value

Options

Off [ 0 ]
On [ 1 ]
Last value [ 2 ]

DO3 on time

Name: DOSettings.DO3.Ontime
Address: 21210
Title: DO3 on time
Unit: sec

DO3 off time

Name: DOSettings.DO3.Offtime
Address: 21211
Title: DO3 off time
Unit: sec

DO4 Start value

Name: DOSettings.DO4.BootValue
Address: 21212
Title: DO4 Start value

Options

Off [ 0 ]
On [ 1 ]
Last value [ 2 ]

DO4 on time

Name: DOSettings.DO4.Ontime
Address: 21213
Title: DO4 on time
Unit: sec

DO4 off time

Name: DOSettings.DO4.Offtime
Address: 21214
Title: DO4 off time
Unit: sec

Pulse counter settings #0

Input linked to DI#0

Key: PulseCounterSettings0
Start address - length: 21300 - 6
Poll interval [ms]: 10000
Table type: Configuration

Pulse count

Real value representation

Name: PulseCounterSettings0.PulseCount
Address: 21300
Title: Pulse count

Real value

Pulse count value representation

Name: PulseCounterSettings0.RealValue
Address: 21301
Title: Real value

Unit range

Real value range. For. eg: 1 pulse 1 real 3600 unit range means 1 tick means 1 liter, result liter / hour

Name: PulseCounterSettings0.UnitRange
Address: 21302
Title: Unit range

Stop after

Stop counting when no tick in this time window

Name: PulseCounterSettings0.StopAfter
Address: 21303
Title: Stop after

Moving average

Name: PulseCounterSettings0.Filter
Address: 21304
Title: Moving average
Minimum: 1
Maximum: 8

Store in FRAM

Store counted quantity into FRAM

Name: PulseCounterSettings0.Store
Address: 21305
Title: Store in FRAM

Options

No [ 0 ]
Yes [ 1 ]

Pulse counter settings #1

Input linked to DI#1

Key: PulseCounterSettings1
Start address - length: 21320 - 6
Poll interval [ms]: 10000
Table type: Configuration

Pulse count

Real value representation

Name: PulseCounterSettings1.PulseCount
Address: 21320
Title: Pulse count

Real value

Pulse count value representation

Name: PulseCounterSettings1.RealValue
Address: 21321
Title: Real value

Unit range

Real value range. For. eg: 1 pulse 1 real 3600 unit range means 1 tick means 1 liter, result liter / hour

Name: PulseCounterSettings1.UnitRange
Address: 21322
Title: Unit range

Stop after

Stop counting when no tick in this time window

Name: PulseCounterSettings1.StopAfter
Address: 21323
Title: Stop after

Moving average

Name: PulseCounterSettings1.Filter
Address: 21324
Title: Moving average
Minimum: 1
Maximum: 8

Store in FRAM

Store counted quantity into FRAM

Name: PulseCounterSettings1.Store
Address: 21325
Title: Store in FRAM

Options

No [ 0 ]
Yes [ 1 ]

Pulse counter settings #2

Input linked to DI#2

Key: PulseCounterSettings2
Start address - length: 21340 - 6
Poll interval [ms]: 10000
Table type: Configuration

Pulse count

Real value representation

Name: PulseCounterSettings2.PulseCount
Address: 21340
Title: Pulse count

Real value

Pulse count value representation

Name: PulseCounterSettings2.RealValue
Address: 21341
Title: Real value

Unit range

Real value range. For. eg: 1 pulse 1 real 3600 unit range means 1 tick means 1 liter, result liter / hour

Name: PulseCounterSettings2.UnitRange
Address: 21342
Title: Unit range

Stop after

Stop counting when no tick in this time window

Name: PulseCounterSettings2.StopAfter
Address: 21343
Title: Stop after

Moving average

Name: PulseCounterSettings2.Filter
Address: 21344
Title: Moving average
Minimum: 1
Maximum: 8

Store in FRAM

Store counted quantity into FRAM

Name: PulseCounterSettings2.Store
Address: 21345
Title: Store in FRAM

Options

No [ 0 ]
Yes [ 1 ]

Heat meter config #0

Flow meter linket to PulseCounter#0

Key: HeatMeterSettings0
Start address - length: 21360 - 5
Poll interval [ms]: 10000
Table type: Configuration

Forward temperature

Name: HeatMeterSettings0.ForwardTempIndex
Address: 21360
Title: Forward temperature

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Return temperature

Name: HeatMeterSettings0.ReturnTempIndex
Address: 21361
Title: Return temperature

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Heatcapacity

Name: HeatMeterSettings0.HeatCapacity
Address: 21362
Title: Heatcapacity
Unit: J/(kg×°C)

Fluid density

Name: HeatMeterSettings0.FluidDensity
Address: 21363
Title: Fluid density
Unit: kg/m3

Watt limit

Name: HeatMeterSettings0.WattLimit
Address: 21364
Title: Watt limit
Unit: W

Heat meter config #1

Flow meter linket to PulseCounter#1

Key: HeatMeterSettings1
Start address - length: 21380 - 5
Poll interval [ms]: 10000
Table type: Configuration

Forward temperature

Select the input for Heatmeter #1

Name: HeatMeterSettings1.ForwardTempIndex
Address: 21380
Title: Forward temperature

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Return temperature

Name: HeatMeterSettings1.ReturnTempIndex
Address: 21381
Title: Return temperature

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Heatcapacity

Name: HeatMeterSettings1.HeatCapacity
Address: 21382
Title: Heatcapacity
Unit: J/(kg×°C)

Fluid density

Name: HeatMeterSettings1.FluidDensity
Address: 21383
Title: Fluid density
Unit: kg/m3

Watt limit

Name: HeatMeterSettings1.WattLimit
Address: 21384
Title: Watt limit
Unit: W

Heat meter config #2

Flow meter linket to PulseCounter#2

Key: HeatMeterSettings2
Start address - length: 21400 - 5
Poll interval [ms]: 10000
Table type: Configuration

Forward temperature

Name: HeatMeterSettings2.ForwardTempIndex
Address: 21400
Title: Forward temperature

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Return temperature

Name: HeatMeterSettings2.ReturnTempIndex
Address: 21401
Title: Return temperature

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Heatcapacity

Name: HeatMeterSettings2.HeatCapacity
Address: 21402
Title: Heatcapacity
Unit: J/(kg×°C)

Fluid density

Name: HeatMeterSettings2.FluidDensity
Address: 21403
Title: Fluid density
Unit: kg/m3

Watt limit

Name: HeatMeterSettings2.WattLimit
Address: 21404
Title: Watt limit
Unit: W

AI0 scaling

Key: UserScalingAI0
Start address - length: 21500 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum (x min)

Name: UserScalingAI0.RangeMin
Address: 21500
NumberFormat: Signed16
Title: Real value minimum (x min)
Scale: 100

Real value maximum (x max)

Name: UserScalingAI0.RangeMax
Address: 21501
NumberFormat: Signed16
Title: Real value maximum (x max)
Scale: 100

Low raw value (x1)

Name: UserScalingAI0.RawLow
Address: 21502
Title: Low raw value (x1)
Scale: 100

High raw value (x2)

Name: UserScalingAI0.RawHigh
Address: 21503
Title: High raw value (x2)
Scale: 100

Low real value (y1)

Name: UserScalingAI0.ValueLow
Address: 21504
NumberFormat: Signed16
Title: Low real value (y1)
Scale: 100

High real value (y2)

Name: UserScalingAI0.ValueHigh
Address: 21505
NumberFormat: Signed16
Title: High real value (y2)
Scale: 100

Value offset

Name: UserScalingAI0.Offset
Address: 21506
NumberFormat: Signed16
Title: Value offset
Scale: 100

Moving average

Name: UserScalingAI0.Filter
Address: 21507
Title: Moving average
Minimum: 1
Maximum: 8

AI1 scaling

Key: UserScalingAI1
Start address - length: 21510 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum (x min)

Name: UserScalingAI1.RangeMin
Address: 21510
NumberFormat: Signed16
Title: Real value minimum (x min)
Scale: 100

Real value maximum (x max)

Name: UserScalingAI1.RangeMax
Address: 21511
NumberFormat: Signed16
Title: Real value maximum (x max)
Scale: 100

Low raw value (x1)

Name: UserScalingAI1.RawLow
Address: 21512
Title: Low raw value (x1)
Scale: 100

High raw value (x2)

Name: UserScalingAI1.RawHigh
Address: 21513
Title: High raw value (x2)
Scale: 100

Low real value (y1)

Name: UserScalingAI1.ValueLow
Address: 21514
NumberFormat: Signed16
Title: Low real value (y1)
Scale: 100

High real value (y2)

Name: UserScalingAI1.ValueHigh
Address: 21515
NumberFormat: Signed16
Title: High real value (y2)
Scale: 100

Value offset

Name: UserScalingAI1.Offset
Address: 21516
NumberFormat: Signed16
Title: Value offset
Scale: 100

Moving average

Name: UserScalingAI1.Filter
Address: 21517
Title: Moving average
Minimum: 1
Maximum: 8

AO0 scaling

Key: UserScalingAO0
Start address - length: 21520 - 7
Poll interval [ms]: 10000
Table type: Configuration

User value minimum

Name: UserScalingAO0.RangeMin
Address: 21520
NumberFormat: Signed16
Title: User value minimum
Scale: 100

User value maximum

Name: UserScalingAO0.RangeMax
Address: 21521
NumberFormat: Signed16
Title: User value maximum
Scale: 100

AO value at user low value

Name: UserScalingAO0.RawLow
Address: 21522
Title: AO value at user low value
Scale: 100

AO value at user high value

Name: UserScalingAO0.RawHigh
Address: 21523
Title: AO value at user high value
Scale: 100

User low value

Name: UserScalingAO0.ValueLow
Address: 21524
NumberFormat: Signed16
Title: User low value
Scale: 100

User high value

Name: UserScalingAO0.ValueHigh
Address: 21525
NumberFormat: Signed16
Title: User high value
Scale: 100

Value offset

Name: UserScalingAO0.Offset
Address: 21526
NumberFormat: Signed16
Title: Value offset
Scale: 100

AO1 scaling

Key: UserScalingAO1
Start address - length: 21530 - 7
Poll interval [ms]: 10000
Table type: Configuration

User value minimum

Name: UserScalingAO1.RangeMin
Address: 21530
NumberFormat: Signed16
Title: User value minimum
Scale: 100

User value maximum

Name: UserScalingAO1.RangeMax
Address: 21531
NumberFormat: Signed16
Title: User value maximum
Scale: 100

AO value at user low value

Name: UserScalingAO1.RawLow
Address: 21532
Title: AO value at user low value
Scale: 100

AO value at user high value

Name: UserScalingAO1.RawHigh
Address: 21533
Title: AO value at user high value
Scale: 100

User low value

Name: UserScalingAO1.ValueLow
Address: 21534
NumberFormat: Signed16
Title: User low value
Scale: 100

User high value

Name: UserScalingAO1.ValueHigh
Address: 21535
NumberFormat: Signed16
Title: User high value
Scale: 100

Value offset

Name: UserScalingAO1.Offset
Address: 21536
NumberFormat: Signed16
Title: Value offset
Scale: 100

AO2 scaling

Key: UserScalingAO2
Start address - length: 21540 - 7
Poll interval [ms]: 10000
Table type: Configuration

User value minimum

Name: UserScalingAO2.RangeMin
Address: 21540
NumberFormat: Signed16
Title: User value minimum
Scale: 100

User value maximum

Name: UserScalingAO2.RangeMax
Address: 21541
NumberFormat: Signed16
Title: User value maximum
Scale: 100

AO value at user low value

Name: UserScalingAO2.RawLow
Address: 21542
Title: AO value at user low value
Scale: 100

AO value at user high value

Name: UserScalingAO2.RawHigh
Address: 21543
Title: AO value at user high value
Scale: 100

User low value

Name: UserScalingAO2.ValueLow
Address: 21544
NumberFormat: Signed16
Title: User low value
Scale: 100

User high value

Name: UserScalingAO2.ValueHigh
Address: 21545
NumberFormat: Signed16
Title: User high value
Scale: 100

Value offset

Name: UserScalingAO2.Offset
Address: 21546
NumberFormat: Signed16
Title: Value offset
Scale: 100

User value limits

Key: UserLimits
Start address - length: 21600 - 30
Poll interval [ms]: 10000
Table type: Configuration

PT 0 value minimum

Name: UserLimits.PT0.RangeMin
Address: 21600
NumberFormat: Signed16
Title: PT 0 value minimum
Scale: 100

PT 0 value maximum

Name: UserLimits.PT0.RangeMax
Address: 21601
NumberFormat: Signed16
Title: PT 0 value maximum
Scale: 100

PT 1 value minimum

Name: UserLimits.PT1.RangeMin
Address: 21602
NumberFormat: Signed16
Title: PT 1 value minimum
Scale: 100

PT 1 value maximum

Name: UserLimits.PT1.RangeMax
Address: 21603
NumberFormat: Signed16
Title: PT 1 value maximum
Scale: 100

PT 2 value minimum

Name: UserLimits.PT2.RangeMin
Address: 21604
NumberFormat: Signed16
Title: PT 2 value minimum
Scale: 100

PT 2 value maximum

Name: UserLimits.PT2.RangeMax
Address: 21605
NumberFormat: Signed16
Title: PT 2 value maximum
Scale: 100

PT 3 value minimum

Name: UserLimits.PT3.RangeMin
Address: 21606
NumberFormat: Signed16
Title: PT 3 value minimum
Scale: 100

PT 3 value maximum

Name: UserLimits.PT3.RangeMax
Address: 21607
NumberFormat: Signed16
Title: PT 3 value maximum
Scale: 100

PT 4 value minimum

Name: UserLimits.PT4.RangeMin
Address: 21608
NumberFormat: Signed16
Title: PT 4 value minimum
Scale: 100

PT 4 value maximum

Name: UserLimits.PT4.RangeMax
Address: 21609
NumberFormat: Signed16
Title: PT 4 value maximum
Scale: 100

PT 5 value minimum

Name: UserLimits.PT5.RangeMin
Address: 21610
NumberFormat: Signed16
Title: PT 5 value minimum
Scale: 100

PT 5 value maximum

Name: UserLimits.PT5.RangeMax
Address: 21611
NumberFormat: Signed16
Title: PT 5 value maximum
Scale: 100

PT 6 value minimum

Name: UserLimits.PT6.RangeMin
Address: 21612
NumberFormat: Signed16
Title: PT 6 value minimum
Scale: 100

PT 6 value maximum

Name: UserLimits.PT6.RangeMax
Address: 21613
NumberFormat: Signed16
Title: PT 6 value maximum
Scale: 100

PT 7 value minimum

Name: UserLimits.PT7.RangeMin
Address: 21614
NumberFormat: Signed16
Title: PT 7 value minimum
Scale: 100

PT 7 value maximum

Name: UserLimits.PT7.RangeMax
Address: 21615
NumberFormat: Signed16
Title: PT 7 value maximum
Scale: 100

I0 value minimum

Name: UserLimits.I0.RangeMin
Address: 21616
Title: I0 value minimum
Scale: 1000

I0 value maximum

Name: UserLimits.I0.RangeMax
Address: 21617
Title: I0 value maximum
Scale: 1000

I1 value minimum

Name: UserLimits.I1.RangeMin
Address: 21618
Title: I1 value minimum
Scale: 1000

I1 value maximum

Name: UserLimits.I1.RangeMax
Address: 21619
Title: I1 value maximum
Scale: 1000

I2 value minimum

Name: UserLimits.I2.RangeMin
Address: 21620
Title: I2 value minimum
Scale: 1000

I2 value maximum

Name: UserLimits.I2.RangeMax
Address: 21621
Title: I2 value maximum
Scale: 1000

AI0 value minimum

Name: UserLimits.UserAI0.RangeMin
Address: 21622
NumberFormat: Signed16
Title: AI0 value minimum
Scale: 100

AI0 value maximum

Name: UserLimits.UserAI0.RangeMax
Address: 21623
NumberFormat: Signed16
Title: AI0 value maximum
Scale: 100

AI1 value minimum

Name: UserLimits.UserAI1.RangeMin
Address: 21624
NumberFormat: Signed16
Title: AI1 value minimum
Scale: 100

AI1 value maximum

Name: UserLimits.UserAI1.RangeMax
Address: 21625
NumberFormat: Signed16
Title: AI1 value maximum
Scale: 100

Input voltage minimum

Name: UserLimits.InputVoltage.RangeMin
Address: 21626
Title: Input voltage minimum
Scale: 100

Input voltage maximum

Name: UserLimits.InputVoltage.RangeMax
Address: 21627
Title: Input voltage maximum
Scale: 100

Open drain voltage minimum

Name: UserLimits.ODVoltage.RangeMin
Address: 21628
Title: Open drain voltage minimum
Scale: 100

Open drain voltage maximum

Name: UserLimits.ODVoltage.RangeMax
Address: 21629
Title: Open drain voltage maximum
Scale: 100

Temperature control #0

Hyteresis based temperature control #0. To enable control check LogicControl.TempControl0.Enabled[@2118]. Output linked to DO#0.

Key: TempControlSettings0
Start address - length: 22000 - 5
Poll interval [ms]: 10000
Table type: Configuration

Sensor index

Temperature sensor index

Name: TempControlSettings0.TempSensorIndex
Address: 22000
Title: Sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Reference index

Reference temperature index

Name: TempControlSettings0.ReferenceTempIndex
Address: 22001
Title: Reference index

Options

Rotary.Position [ 0 ]
Rotary.SelectedPosition [ 1 ]
Endpoint.UserAI0 [ 2 ]
Endpoint.UserAI1 [ 3 ]
VirtualIO.AIOF0 [ 4 ]
VirtualIO.AIOF1 [ 5 ]
VirtualIO.AIOF2 [ 6 ]
VirtualIO.AIOF3 [ 7 ]
VirtualIO.AIOF4 [ 8 ]
VirtualIONP.AIOF0 [ 9 ]
VirtualIONP.AIOF1 [ 10 ]
VirtualIONP.AIOF2 [ 11 ]
VirtualIONP.AIOF3 [ 12 ]
VirtualIONP.AIOF4 [ 13 ]

Control Type

Output is low when should be high and it is high when should be low

Name: TempControlSettings0.TempControlType
Address: 22002
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Hysteresis

Name: TempControlSettings0.Hysteresis
Address: 22003 - 22004
NumberFormat: Float32BigEndian
Title: Hysteresis
Minimum: 0.1
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Temperature control #1

Hyteresis based temperature control #1. To enable control check LogicControl.TempControl0.Enabled[@2119]. Output linked to DO#1.

Key: TempControlSettings1
Start address - length: 22020 - 5
Poll interval [ms]: 10000
Table type: Configuration

Sensor index

Temperature sensor index

Name: TempControlSettings1.TempSensorIndex
Address: 22020
Title: Sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Reference index

Reference temperature index

Name: TempControlSettings1.ReferenceTempIndex
Address: 22021
Title: Reference index

Options

Rotary.Position [ 0 ]
Rotary.SelectedPosition [ 1 ]
Endpoint.UserAI0 [ 2 ]
Endpoint.UserAI1 [ 3 ]
VirtualIO.AIOF0 [ 4 ]
VirtualIO.AIOF1 [ 5 ]
VirtualIO.AIOF2 [ 6 ]
VirtualIO.AIOF3 [ 7 ]
VirtualIO.AIOF4 [ 8 ]
VirtualIONP.AIOF0 [ 9 ]
VirtualIONP.AIOF1 [ 10 ]
VirtualIONP.AIOF2 [ 11 ]
VirtualIONP.AIOF3 [ 12 ]
VirtualIONP.AIOF4 [ 13 ]

Control Type

Output is low when should be high and it is high when should be low

Name: TempControlSettings1.TempControlType
Address: 22022
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Hysteresis

Name: TempControlSettings1.Hysteresis
Address: 22023 - 22024
NumberFormat: Float32BigEndian
Title: Hysteresis
Minimum: 0.1
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Temperature control #2

Hyteresis based temperature control #2. To enable control check LogicControl.TempControl0.Enabled[@2120]. Output linked to DO#2.

Key: TempControlSettings2
Start address - length: 22040 - 5
Poll interval [ms]: 10000
Table type: Configuration

Sensor index

Temperature sensor index

Name: TempControlSettings2.TempSensorIndex
Address: 22040
Title: Sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Reference index

Reference temperature index

Name: TempControlSettings2.ReferenceTempIndex
Address: 22041
Title: Reference index

Options

Rotary.Position [ 0 ]
Rotary.SelectedPosition [ 1 ]
Endpoint.UserAI0 [ 2 ]
Endpoint.UserAI1 [ 3 ]
VirtualIO.AIOF0 [ 4 ]
VirtualIO.AIOF1 [ 5 ]
VirtualIO.AIOF2 [ 6 ]
VirtualIO.AIOF3 [ 7 ]
VirtualIO.AIOF4 [ 8 ]
VirtualIONP.AIOF0 [ 9 ]
VirtualIONP.AIOF1 [ 10 ]
VirtualIONP.AIOF2 [ 11 ]
VirtualIONP.AIOF3 [ 12 ]
VirtualIONP.AIOF4 [ 13 ]

Control Type

Output is low when should be high and it is high when should be low

Name: TempControlSettings2.InvertOutput
Address: 22042
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Hysteresis

Name: TempControlSettings2.Hysteresis
Address: 22043 - 22044
NumberFormat: Float32BigEndian
Title: Hysteresis
Minimum: 0.1
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Temperature control #3

Hyteresis based temperature control #3. To enable control check LogicControl.TempControl0.Enabled[@2121]. Output linked to DO#3.

Key: TempControlSettings3
Start address - length: 22060 - 5
Poll interval [ms]: 10000
Table type: Configuration

Sensor index

Temperature sensor index

Name: TempControlSettings3.TempSensorIndex
Address: 22060
Title: Sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Reference index

Reference temperature index

Name: TempControlSettings3.ReferenceTempIndex
Address: 22061
Title: Reference index

Options

Rotary.Position [ 0 ]
Rotary.SelectedPosition [ 1 ]
Endpoint.UserAI0 [ 2 ]
Endpoint.UserAI1 [ 3 ]
VirtualIO.AIOF0 [ 4 ]
VirtualIO.AIOF1 [ 5 ]
VirtualIO.AIOF2 [ 6 ]
VirtualIO.AIOF3 [ 7 ]
VirtualIO.AIOF4 [ 8 ]
VirtualIONP.AIOF0 [ 9 ]
VirtualIONP.AIOF1 [ 10 ]
VirtualIONP.AIOF2 [ 11 ]
VirtualIONP.AIOF3 [ 12 ]
VirtualIONP.AIOF4 [ 13 ]

Control Type

Output is low when should be high and it is high when should be low

Name: TempControlSettings3.TempControlType
Address: 22062
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Hysteresis

Name: TempControlSettings3.Hysteresis
Address: 22063 - 22064
NumberFormat: Float32BigEndian
Title: Hysteresis
Minimum: 0.1
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

Temperature control #4

Hyteresis based temperature control #4. To enable control check LogicControl.TempControl0.Enabled[@2122]. Output linked to DO#4.

Key: TempControlSettings4
Start address - length: 22080 - 5
Poll interval [ms]: 10000
Table type: Configuration

Sensor index

Temperature sensor index

Name: TempControlSettings4.TempSensorIndex
Address: 22080
Title: Sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Reference index

Reference temperature index

Name: TempControlSettings4.ReferenceTempIndex
Address: 22081
Title: Reference index

Options

Rotary.Position [ 0 ]
Rotary.SelectedPosition [ 1 ]
Endpoint.UserAI0 [ 2 ]
Endpoint.UserAI1 [ 3 ]
VirtualIO.AIOF0 [ 4 ]
VirtualIO.AIOF1 [ 5 ]
VirtualIO.AIOF2 [ 6 ]
VirtualIO.AIOF3 [ 7 ]
VirtualIO.AIOF4 [ 8 ]
VirtualIONP.AIOF0 [ 9 ]
VirtualIONP.AIOF1 [ 10 ]
VirtualIONP.AIOF2 [ 11 ]
VirtualIONP.AIOF3 [ 12 ]
VirtualIONP.AIOF4 [ 13 ]

Control Type

Output is low when should be high and it is high when should be low

Name: TempControlSettings4.TempControlType
Address: 22082
Title: Control Type

Options

Heating [ 0 ]
Cooling [ 1 ]

Hysteresis

Name: TempControlSettings4.Hysteresis
Address: 22083 - 22084
NumberFormat: Float32BigEndian
Title: Hysteresis
Minimum: 0.1
Unit: °C
Precision: 1
DisplayFormat: {0:N1}

dT Switch #0

Key: DTSwitchSettings0
Start address - length: 22200 - 4
Poll interval [ms]: 10000
Table type: Configuration

Top sensor index

Name: DTSwitchSettings0.TopTempIndex
Address: 22200
Title: Top sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Bottom sensor index

Name: DTSwitchSettings0.BottomTempIndex
Address: 22201
Title: Bottom sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

ΔT On

Name: DTSwitchSettings0.DeltaOn
Address: 22202
Title: ΔT On

ΔT Off

Name: DTSwitchSettings0.DeltaOff
Address: 22203
Title: ΔT Off

dT Switch #1

Key: DTSwitchSettings1
Start address - length: 22210 - 4
Poll interval [ms]: 10000
Table type: Configuration

Top sensor index

Name: DTSwitchSettings1.TopTempIndex
Address: 22210
Title: Top sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Bottom sensor index

Name: DTSwitchSettings1.BottomTempIndex
Address: 22211
Title: Bottom sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

ΔT On

Name: DTSwitchSettings1.DeltaOn
Address: 22212
Title: ΔT On

ΔT Off

Name: DTSwitchSettings1.DeltaOff
Address: 22213
Title: ΔT Off

dT Switch #2

Key: DTSwitchSettings2
Start address - length: 22220 - 4
Poll interval [ms]: 10000
Table type: Configuration

Top sensor index

Name: DTSwitchSettings2.TopTempIndex
Address: 22220
Title: Top sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Bottom sensor index

Name: DTSwitchSettings2.BottomTempIndex
Address: 22221
Title: Bottom sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

ΔT On

Name: DTSwitchSettings2.DeltaOn
Address: 22222
Title: ΔT On

ΔT Off

Name: DTSwitchSettings2.DeltaOff
Address: 22223
Title: ΔT Off

dT Switch #3

Key: DTSwitchSettings3
Start address - length: 22230 - 4
Poll interval [ms]: 10000
Table type: Configuration

Top sensor index

Name: DTSwitchSettings3.TopTempIndex
Address: 22230
Title: Top sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Bottom sensor index

Name: DTSwitchSettings3.BottomTempIndex
Address: 22231
Title: Bottom sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

ΔT On

Name: DTSwitchSettings3.DeltaOn
Address: 22232
Title: ΔT On

ΔT Off

Name: DTSwitchSettings3.DeltaOff
Address: 22233
Title: ΔT Off

dT Switch #4

Key: DTSwitchSettings4
Start address - length: 22240 - 4
Poll interval [ms]: 10000
Table type: Configuration

Top sensor index

Name: DTSwitchSettings4.TopTempIndex
Address: 22240
Title: Top sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

Bottom sensor index

Name: DTSwitchSettings4.BottomTempIndex
Address: 22241
Title: Bottom sensor index

Options

Endpoint.PT0 [ 0 ]
Endpoint.PT1 [ 1 ]
Endpoint.PT2 [ 2 ]
Endpoint.PT3 [ 3 ]
Endpoint.PT4 [ 4 ]
Endpoint.PT5 [ 5 ]
Endpoint.PT6 [ 6 ]
Endpoint.PT7 [ 7 ]

ΔT On

Name: DTSwitchSettings4.DeltaOn
Address: 22242
Title: ΔT On

ΔT Off

Name: DTSwitchSettings4.DeltaOff
Address: 22243
Title: ΔT Off

Device name

Key: DeviceName
Start address - length: 25000 - 12
Poll interval [ms]: 10000
Table type: Configuration

Device name char 0-1

Name: DeviceName.Name0
Address: 25000
Title: Device name char 0-1

Device name char 2-3

Name: DeviceName.Name1
Address: 25001
Title: Device name char 2-3

Device name char 4-5

Name: DeviceName.Name2
Address: 25002
Title: Device name char 4-5

Device name char 6-7

Name: DeviceName.Name3
Address: 25003
Title: Device name char 6-7

Device name char 8-9

Name: DeviceName.Name4
Address: 25004
Title: Device name char 8-9

Device name char 10-11

Name: DeviceName.Name5
Address: 25005
Title: Device name char 10-11

Device name char 12-13

Name: DeviceName.Name6
Address: 25006
Title: Device name char 12-13

Device name char 14-15

Name: DeviceName.Name7
Address: 25007
Title: Device name char 14-15

Device name char 16-17

Name: DeviceName.Name8
Address: 25008
Title: Device name char 16-17

Device name char 18-19

Name: DeviceName.Name9
Address: 25009
Title: Device name char 18-19

Device name char 20-21

Name: DeviceName.Name10
Address: 25010
Title: Device name char 20-21

Device name char 22-23

Name: DeviceName.Name11
Address: 25011
Title: Device name char 22-23

Measurement session name

Key: SessionName
Start address - length: 25050 - 8
Poll interval [ms]: 10000
Table type: Configuration

Session name char 0-1

Name: SessionName.Name0
Address: 25050
Title: Session name char 0-1

Session name char 2-3

Name: SessionName.Name1
Address: 25051
Title: Session name char 2-3

Session name char 4-5

Name: SessionName.Name2
Address: 25052
Title: Session name char 4-5

Session name char 6-7

Name: SessionName.Name3
Address: 25053
Title: Session name char 6-7

Session name char 8-9

Name: SessionName.Name4
Address: 25054
Title: Session name char 8-9

Session name char 10-11

Name: SessionName.Name5
Address: 25055
Title: Session name char 10-11

Session name char 12-13

Name: SessionName.Name6
Address: 25056
Title: Session name char 12-13

Session name char 14-15

Name: SessionName.Name7
Address: 25057
Title: Session name char 14-15

Wifi access

Key: WifiAccess
Start address - length: 25100 - 48
Poll interval [ms]: 10000
Table type: Configuration

WifiAccess.SSID0

Name: WifiAccess.SSID0
Address: 25100

WifiAccess.SSID1

Name: WifiAccess.SSID1
Address: 25101

WifiAccess.SSID2

Name: WifiAccess.SSID2
Address: 25102

WifiAccess.SSID3

Name: WifiAccess.SSID3
Address: 25103

WifiAccess.SSID4

Name: WifiAccess.SSID4
Address: 25104

WifiAccess.SSID5

Name: WifiAccess.SSID5
Address: 25105

WifiAccess.SSID6

Name: WifiAccess.SSID6
Address: 25106

WifiAccess.SSID7

Name: WifiAccess.SSID7
Address: 25107

WifiAccess.SSID8

Name: WifiAccess.SSID8
Address: 25108

WifiAccess.SSID9

Name: WifiAccess.SSID9
Address: 25109

WifiAccess.SSID10

Name: WifiAccess.SSID10
Address: 25110

WifiAccess.SSID11

Name: WifiAccess.SSID11
Address: 25111

WifiAccess.SSID12

Name: WifiAccess.SSID12
Address: 25112

WifiAccess.SSID13

Name: WifiAccess.SSID13
Address: 25113

WifiAccess.SSID14

Name: WifiAccess.SSID14
Address: 25114

WifiAccess.SSID15

Name: WifiAccess.SSID15
Address: 25115

WifiAccess.PSK0

Name: WifiAccess.PSK0
Address: 25116

WifiAccess.PSK1

Name: WifiAccess.PSK1
Address: 25117

WifiAccess.PSK2

Name: WifiAccess.PSK2
Address: 25118

WifiAccess.PSK3

Name: WifiAccess.PSK3
Address: 25119

WifiAccess.PSK4

Name: WifiAccess.PSK4
Address: 25120

WifiAccess.PSK5

Name: WifiAccess.PSK5
Address: 25121

WifiAccess.PSK6

Name: WifiAccess.PSK6
Address: 25122

WifiAccess.PSK7

Name: WifiAccess.PSK7
Address: 25123

WifiAccess.PSK8

Name: WifiAccess.PSK8
Address: 25124

WifiAccess.PSK9

Name: WifiAccess.PSK9
Address: 25125

WifiAccess.PSK10

Name: WifiAccess.PSK10
Address: 25126

WifiAccess.PSK11

Name: WifiAccess.PSK11
Address: 25127

WifiAccess.PSK12

Name: WifiAccess.PSK12
Address: 25128

WifiAccess.PSK13

Name: WifiAccess.PSK13
Address: 25129

WifiAccess.PSK14

Name: WifiAccess.PSK14
Address: 25130

WifiAccess.PSK15

Name: WifiAccess.PSK15
Address: 25131

WifiAccess.PSK16

Name: WifiAccess.PSK16
Address: 25132

WifiAccess.PSK17

Name: WifiAccess.PSK17
Address: 25133

WifiAccess.PSK18

Name: WifiAccess.PSK18
Address: 25134

WifiAccess.PSK19

Name: WifiAccess.PSK19
Address: 25135

WifiAccess.PSK20

Name: WifiAccess.PSK20
Address: 25136

WifiAccess.PSK21

Name: WifiAccess.PSK21
Address: 25137

WifiAccess.PSK22

Name: WifiAccess.PSK22
Address: 25138

WifiAccess.PSK23

Name: WifiAccess.PSK23
Address: 25139

WifiAccess.PSK24

Name: WifiAccess.PSK24
Address: 25140

WifiAccess.PSK25

Name: WifiAccess.PSK25
Address: 25141

WifiAccess.PSK26

Name: WifiAccess.PSK26
Address: 25142

WifiAccess.PSK27

Name: WifiAccess.PSK27
Address: 25143

WifiAccess.PSK28

Name: WifiAccess.PSK28
Address: 25144

WifiAccess.PSK29

Name: WifiAccess.PSK29
Address: 25145

WifiAccess.PSK30

Name: WifiAccess.PSK30
Address: 25146

WifiAccess.PSK31

Name: WifiAccess.PSK31
Address: 25147

IP Settings

Key: IPSettings
Start address - length: 25200 - 9
Poll interval [ms]: 10000
Table type: Configuration

IP address

Name: IPSettings.WifiAddress
Address: 25200 - 25201
NumberFormat: IPAddress
Title: IP address

Netmask

Name: IPSettings.WifiNetmask
Address: 25202 - 25203
NumberFormat: IPAddress
Title: Netmask

Gateway

Name: IPSettings.WifiGateway
Address: 25204 - 25205
NumberFormat: IPAddress
Title: Gateway

DNS

Name: IPSettings.WifiDNS
Address: 25206 - 25207
NumberFormat: IPAddress
Title: DNS

IP assign

Name: IPSettings.WifiIPType
Address: 25208
Title: IP assign

Options

Static [ 0 ]
DHCP [ 1 ]

0-10V outptut CH0

Key: Calibration.AO0
Start address - length: 30000 - 7
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AO0.RangeMin
Address: 30000
Title: Real value minimum
Scale: 10

Real value maximum

Name: Calibration.AO0.RangeMax
Address: 30001
Title: Real value maximum
Scale: 10

Raw value at low value

Name: Calibration.AO0.RawLow
Address: 30002
Title: Raw value at low value

Raw value at high value

Name: Calibration.AO0.RawHigh
Address: 30003
Title: Raw value at high value
Maximum: 1200

Real value at low raw value

Name: Calibration.AO0.ValueLow
Address: 30004
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 10

Real value at high raw value

Name: Calibration.AO0.ValueHigh
Address: 30005
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 10

Value offset

Name: Calibration.AO0.Offset
Address: 30006
NumberFormat: Signed16
Title: Value offset
Scale: 10

0-10V outptut CH1

Key: Calibration.AO1
Start address - length: 30010 - 7
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AO1.RangeMin
Address: 30010
Title: Real value minimum
Scale: 10

Real value maximum

Name: Calibration.AO1.RangeMax
Address: 30011
Title: Real value maximum
Scale: 10

Raw value at low value

Name: Calibration.AO1.RawLow
Address: 30012
Title: Raw value at low value

Raw value at high value

Name: Calibration.AO1.RawHigh
Address: 30013
Title: Raw value at high value
Maximum: 1200

Real value at low raw value

Name: Calibration.AO1.ValueLow
Address: 30014
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 10

Real value at high raw value

Name: Calibration.AO1.ValueHigh
Address: 30015
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 10

Value offset

Name: Calibration.AO1.Offset
Address: 30016
NumberFormat: Signed16
Title: Value offset
Scale: 10

0-10V outptut CH2

Key: Calibration.AO2
Start address - length: 30020 - 7
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AO2.RangeMin
Address: 30020
Title: Real value minimum
Scale: 10

Real value maximum

Name: Calibration.AO2.RangeMax
Address: 30021
Title: Real value maximum
Scale: 10

Raw value at low value

Name: Calibration.AO2.RawLow
Address: 30022
Title: Raw value at low value

Raw value at high value

Name: Calibration.AO2.RawHigh
Address: 30023
Title: Raw value at high value
Maximum: 1200

Real value at low raw value

Name: Calibration.AO2.ValueLow
Address: 30024
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 10

Real value at high raw value

Name: Calibration.AO2.ValueHigh
Address: 30025
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 10

Value offset

Name: Calibration.AO2.Offset
Address: 30026
NumberFormat: Signed16
Title: Value offset
Scale: 10

CT CH0

Key: Calibration.I0
Start address - length: 30030 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.I0.RangeMin
Address: 30030
NumberFormat: Signed16
Title: Real value minimum

Real value maximum

Name: Calibration.I0.RangeMax
Address: 30031
NumberFormat: Signed16
Title: Real value maximum

Raw value at low value

Name: Calibration.I0.RawLow
Address: 30032
Title: Raw value at low value

Raw value at high value

Name: Calibration.I0.RawHigh
Address: 30033
Title: Raw value at high value

Real value at low raw value

Name: Calibration.I0.ValueLow
Address: 30034
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 1000

Real value at high raw value

Name: Calibration.I0.ValueHigh
Address: 30035
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 1000

Value offset

Name: Calibration.I0.Offset
Address: 30036
NumberFormat: Signed16
Title: Value offset
Scale: 1000

Moving average

Name: Calibration.I0.Filter
Address: 30037
Title: Moving average
Minimum: 1
Maximum: 8

CT CH1

Key: Calibration.I1
Start address - length: 30040 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.I1.RangeMin
Address: 30040
NumberFormat: Signed16
Title: Real value minimum

Real value maximum

Name: Calibration.I1.RangeMax
Address: 30041
NumberFormat: Signed16
Title: Real value maximum

Raw value at low value

Name: Calibration.I1.RawLow
Address: 30042
Title: Raw value at low value

Raw value at high value

Name: Calibration.I1.RawHigh
Address: 30043
Title: Raw value at high value

Real value at low raw value

Name: Calibration.I1.ValueLow
Address: 30044
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 1000

Real value at high raw value

Name: Calibration.I1.ValueHigh
Address: 30045
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 1000

Value offset

Name: Calibration.I1.Offset
Address: 30046
NumberFormat: Signed16
Title: Value offset
Scale: 1000

Moving average

Name: Calibration.I1.Filter
Address: 30047
Title: Moving average
Minimum: 1
Maximum: 8

CT CH2

Key: Calibration.I2
Start address - length: 30050 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.I2.RangeMin
Address: 30050
NumberFormat: Signed16
Title: Real value minimum

Real value maximum

Name: Calibration.I2.RangeMax
Address: 30051
NumberFormat: Signed16
Title: Real value maximum

Raw value at low value

Name: Calibration.I2.RawLow
Address: 30052
Title: Raw value at low value

Raw value at high value

Name: Calibration.I2.RawHigh
Address: 30053
Title: Raw value at high value

Real value at low raw value

Name: Calibration.I2.ValueLow
Address: 30054
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 1000

Real value at high raw value

Name: Calibration.I2.ValueHigh
Address: 30055
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 1000

Value offset

Name: Calibration.I2.Offset
Address: 30056
NumberFormat: Signed16
Title: Value offset
Scale: 1000

Moving average

Name: Calibration.I2.Filter
Address: 30057
Title: Moving average
Minimum: 1
Maximum: 8

0-10V input CH0

Key: Calibration.AI0
Start address - length: 30060 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AI0.RangeMin
Address: 30060
Title: Real value minimum
Scale: 100

Real value maximum

Name: Calibration.AI0.RangeMax
Address: 30061
Title: Real value maximum
Scale: 100

Raw value at low value

Name: Calibration.AI0.RawLow
Address: 30062
Title: Raw value at low value

Raw value at high value

Name: Calibration.AI0.RawHigh
Address: 30063
Title: Raw value at high value

Real value at low raw value

Name: Calibration.AI0.ValueLow
Address: 30064
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 100

Real value at high raw value

Name: Calibration.AI0.ValueHigh
Address: 30065
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 100

Value offset

Name: Calibration.AI0.Offset
Address: 30066
NumberFormat: Signed16
Title: Value offset
Scale: 100

Moving average

Name: Calibration.AI0.Filter
Address: 30067
Title: Moving average
Minimum: 1
Maximum: 8

4-20 mA input CH0

Key: Calibration.AI1
Start address - length: 30070 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AI1.RangeMin
Address: 30070
Title: Real value minimum
Scale: 100

Real value maximum

Name: Calibration.AI1.RangeMax
Address: 30071
Title: Real value maximum
Scale: 100

Raw value at low value

Name: Calibration.AI1.RawLow
Address: 30072
Title: Raw value at low value

Raw value at high value

Name: Calibration.AI1.RawHigh
Address: 30073
Title: Raw value at high value

Real value at low raw value

Name: Calibration.AI1.ValueLow
Address: 30074
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 100

Real value at high raw value

Name: Calibration.AI1.ValueHigh
Address: 30075
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 100

Value offset

Name: Calibration.AI1.Offset
Address: 30076
NumberFormat: Signed16
Title: Value offset
Scale: 100

Moving average

Name: Calibration.AI1.Filter
Address: 30077
Title: Moving average
Minimum: 1
Maximum: 8

0-10V input CH1

Key: Calibration.AI2
Start address - length: 30080 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AI2.RangeMin
Address: 30080
Title: Real value minimum
Scale: 100

Real value maximum

Name: Calibration.AI2.RangeMax
Address: 30081
Title: Real value maximum
Scale: 100

Raw value at low value

Name: Calibration.AI2.RawLow
Address: 30082
Title: Raw value at low value

Raw value at high value

Name: Calibration.AI2.RawHigh
Address: 30083
Title: Raw value at high value

Real value at low raw value

Name: Calibration.AI2.ValueLow
Address: 30084
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 100

Real value at high raw value

Name: Calibration.AI2.ValueHigh
Address: 30085
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 100

Value offset

Name: Calibration.AI2.Offset
Address: 30086
NumberFormat: Signed16
Title: Value offset
Scale: 100

Moving average

Name: Calibration.AI2.Filter
Address: 30087
Title: Moving average
Minimum: 1
Maximum: 8

4-20 mA input CH1

Key: Calibration.AI3
Start address - length: 30090 - 8
Poll interval [ms]: 10000
Table type: Configuration

Real value minimum

Name: Calibration.AI3.RangeMin
Address: 30090
Title: Real value minimum
Scale: 100

Real value maximum

Name: Calibration.AI3.RangeMax
Address: 30091
Title: Real value maximum
Scale: 100

Raw value at low value

Name: Calibration.AI3.RawLow
Address: 30092
Title: Raw value at low value

Raw value at high value

Name: Calibration.AI3.RawHigh
Address: 30093
Title: Raw value at high value

Real value at low raw value

Name: Calibration.AI3.ValueLow
Address: 30094
NumberFormat: Signed16
Title: Real value at low raw value
Scale: 100

Real value at high raw value

Name: Calibration.AI3.ValueHigh
Address: 30095
NumberFormat: Signed16
Title: Real value at high raw value
Scale: 100

Value offset

Name: Calibration.AI3.Offset
Address: 30096
NumberFormat: Signed16
Title: Value offset
Scale: 100

Moving average

Name: Calibration.AI3.Filter
Address: 30097
Title: Moving average
Minimum: 1
Maximum: 8

PT1000Table

Key: PT1000Table
Start address - length: 30500 - 45
Poll interval [ms]: 10000
Table type: Configuration

PT1000Table.Raw-50

Name: PT1000Table.Raw-50
Address: 30500

PT1000Table.Raw-45

Name: PT1000Table.Raw-45
Address: 30501

PT1000Table.Raw-40

Name: PT1000Table.Raw-40
Address: 30502

PT1000Table.Raw-35

Name: PT1000Table.Raw-35
Address: 30503

PT1000Table.Raw-30

Name: PT1000Table.Raw-30
Address: 30504

PT1000Table.Raw-25

Name: PT1000Table.Raw-25
Address: 30505

PT1000Table.Raw-20

Name: PT1000Table.Raw-20
Address: 30506

PT1000Table.Raw-15

Name: PT1000Table.Raw-15
Address: 30507

PT1000Table.Raw-10

Name: PT1000Table.Raw-10
Address: 30508

PT1000Table.Raw-5

Name: PT1000Table.Raw-5
Address: 30509

PT1000Table.Raw0

Name: PT1000Table.Raw0
Address: 30510

PT1000Table.Raw5

Name: PT1000Table.Raw5
Address: 30511

PT1000Table.Raw10

Name: PT1000Table.Raw10
Address: 30512

PT1000Table.Raw15

Name: PT1000Table.Raw15
Address: 30513

PT1000Table.Raw20

Name: PT1000Table.Raw20
Address: 30514

PT1000Table.Raw25

Name: PT1000Table.Raw25
Address: 30515

PT1000Table.Raw30

Name: PT1000Table.Raw30
Address: 30516

PT1000Table.Raw35

Name: PT1000Table.Raw35
Address: 30517

PT1000Table.Raw40

Name: PT1000Table.Raw40
Address: 30518

PT1000Table.Raw45

Name: PT1000Table.Raw45
Address: 30519

PT1000Table.Raw50

Name: PT1000Table.Raw50
Address: 30520

PT1000Table.Raw55

Name: PT1000Table.Raw55
Address: 30521

PT1000Table.Raw60

Name: PT1000Table.Raw60
Address: 30522

PT1000Table.Raw65

Name: PT1000Table.Raw65
Address: 30523

PT1000Table.Raw70

Name: PT1000Table.Raw70
Address: 30524

PT1000Table.Raw75

Name: PT1000Table.Raw75
Address: 30525

PT1000Table.Raw80

Name: PT1000Table.Raw80
Address: 30526

PT1000Table.Raw85

Name: PT1000Table.Raw85
Address: 30527

PT1000Table.Raw90

Name: PT1000Table.Raw90
Address: 30528

PT1000Table.Raw95

Name: PT1000Table.Raw95
Address: 30529

PT1000Table.Raw100

Name: PT1000Table.Raw100
Address: 30530

PT1000Table.Raw110

Name: PT1000Table.Raw110
Address: 30531

PT1000Table.Raw120

Name: PT1000Table.Raw120
Address: 30532

PT1000Table.Raw130

Name: PT1000Table.Raw130
Address: 30533

PT1000Table.Raw140

Name: PT1000Table.Raw140
Address: 30534

PT1000Table.Raw150

Name: PT1000Table.Raw150
Address: 30535

PT1000Table.Raw160

Name: PT1000Table.Raw160
Address: 30536

PT1000Table.Raw170

Name: PT1000Table.Raw170
Address: 30537

PT1000Table.Raw180

Name: PT1000Table.Raw180
Address: 30538

PT1000Table.Raw190

Name: PT1000Table.Raw190
Address: 30539

PT1000Table.Raw200

Name: PT1000Table.Raw200
Address: 30540

PT1000Table.Raw210

Name: PT1000Table.Raw210
Address: 30541

PT1000Table.Raw220

Name: PT1000Table.Raw220
Address: 30542

PT1000Table.Raw230

Name: PT1000Table.Raw230
Address: 30543

PT1000Table.Raw240

Name: PT1000Table.Raw240
Address: 30544

Digitalio Box Pro - Register Map

About the document

Default connection parameters

Default values of registers

Self Descriptor

Type of the device

Options

Firmware

Build

Hardware

Serial number prefix

Serial number

Unique ID #1

Unique ID #2

Unique ID #3

Production timestamp

Custom data from manufacturer

Custom data from manufacturer

Product type ID

Options

Configuration checksum

SystemControl

Restart processor

Config management

Options

1-Wire index

1-Wire command

Options

Multiplexer index

Options

System password

Options

System command

Options

Wifi command

Options

SystemControl.Epoh

Volatile

Logic Control

AO0 fade

Options

AO1 fade

Options

AO2 fade

Options

DO0 timer

Options

DO1 timer

Options

DO2 timer

Options

DO3 timer

Options

DO4 timer

Options

Output mask

Heatmeter #0

Options

Heatmeter #1

Options

Heatmeter #2

Options

Pulse counter #0

Options

Pulse counter #1

Options

Pulse counter #2

Options

Button #0

Options

Button #1

Options

Button #2

Options

Temp control #0

Options

Temp control #1

Options

Temp control #2

Options