List of Modbus Registers and BACnet Object

40001

0

0x0

VERSION AND MODULE TYPE

Read/write

LSB – type (device ID), MSB - FW version / 10

YES

Common registers

30002

1

0x1

MODULE ADDRESS

Read/write

Modbus address setting via Modbus from 1 to 255

YES

30004

3

0x3

COUNTER OF RECEIVED FRAMES (32-Bit)

Read-only

Default state is 0. Counting the received Modbus frames from the last powering up or module reset.

YES

30005

4

0x4

30006

5

0x5

COUNTER OF FRAMES WITH ERROR (32-Bit)

Read-only

Default state is 0. Counting the incorrect received Modbus frames from the last powering up or module reset.

YES

30007

6

0x6

30008

7

0x7

COUNTER OF SENT FRAMES (32-Bit)

Read-only

Default state is 0. Counting the sent Modbus frames from the last powering up or module reset.

YES

30009

8

0x8

30012

11

0xB

UP TIME

Read-only

This 32-bit register contains module counting time in seconds from the last powering up or module reset

NO

30013

12

0xC

30014

13

0xD

SOURCE OF LAST DEVICE RESET

Read-only

Select the source of the last reset

1: power-on reset (POR)

2: brown-out detector (BOD12)

4: brown-out detector (BOD33)

16: ext. reset pin

32: watchdog (WDT)

64: system reset (SYST)

YES

40134

133

0x85

BACNET_DEVICEID

Read/write

Device BACnet ID

YES

40135

134

0x86

40136

135

0x87

BAUD RATE

Read/write

Transmission speed is defined by the user calculated using the formula: baud rate = register value x 10. The default value is 115200 bps.

YES

40137

136

0x88

STOP Bits

Read/write

Supported values are 1 and 2. The default value is 1.

YES

40138

137

0x89

DATA Bits

Read/write

Supported value is only 8.

YES

40139

138

0x8A

PARITY Bit

Read/write

Parity bit. The default value is 0 (no parity). Allowed values: 0 (default): none, 1: odd, 2: even

YES

40140

139

0x8B

RESPONSE DELAY

Read/write

Delay in ms before sending the response. The default value is 0.

YES

30190

190

0xBE

-

Read-only

Auxiliary register (used for detecting first device activation, 0x5555=device activated)

YES

30301

300

0x12C

DEVICE VERSION DESIGNATION

Read-only

Select the device version designation

Bit 5: Emergency return (0 not available, 1 available)

Bit 6: Long/short yoke (0 Long, 1 Short)

Bit 7: Temp sensor (0 not available, 1 available)

YES

Configuration

30302

301

0x12D

HARDWARE VERSION

Read-only

Hardware version

YES

30303

302

0x12E

BOOTLOADER VERSION

Read-only

Bootloader version

YES

30304

303

0x12F

FIRMWARE VERSION

Read-only

Firmware version

YES

30305

304

0x130

SERIAL NUMBER 1

Read-only

It’s configured in production

YES

30306

305

0x131

SERIAL NUMBER 2

Read-only

It’s configured in production

YES

30307

306

0x132

SERIAL NUMBER 3

Read-only

It’s configured in production

YES

30308

307

0x133

SERIAL NUMBER 4

Read-only

It’s configured in production

YES

41005

1004

0x3EC

MAXIMUM FLOW SETTING

Read/write

Select the caliber position:

0: Max flow setting 1

1: Max flow setting 1,25

2:  Max flow setting 1,5

3: Max flow setting 1,75

4: Max flow setting 2

5: Max flow setting 2,25

6: Max flow setting 2,5

7: Max flow setting 2,75

8: Max flow setting 3

9: Max flow setting 3,25

10: Max flow setting 3,5

11: Max flow setting 3,75

12: Max flow setting 4

13: Max flow setting 4,25

14: Max flow setting 4,5

15: Max flow setting 4,75

16: Max flow setting 5

YES

41006

1005

0x3ED

TYPE OF CONTROL

Read/write

Select the actuator type of control:
0: Modbus (DIP switch disabled)
1: 10 V (DIP switch disabled)
2: 2-10 V (DIP switch disabled)
3: 0 5 V (DIP switch disabled)
4: 5-10 V (DIP switch disabled)
5: 2-6 V (DIP switch disabled)
6: 6-10 V (DIP switch disabled)
7 (default): selected by DIP switch

YES

41007

1006

0x3EE

DIRECT/REVERSE & FAILSAFE DIRECTION SETTING

Read/write

Select the actuator's action (direct or reverse) and fail-safe direction:
Bit 0: direct action (1-default); reverse action (0)
Bit 1: fail-safe DOWN (1); fail-safe UP (0-default)

YES

41008

1007

0x3EF

FORCE CALIBRATION

Read/write

Force calibration (valve stroke learning); 1 - force calibration (automatic reset of value after calibration)

NO

41009

1008

0x3F0

JUMPER ENABLE (ER board)

Read/write

Fail-safe jumper enable setting: 0 (default) - jumper enabled, 1 - jumper disabled

YES

41010

1009

0x3F1

CHANGEOVER SETTING

Read/write

Temperature loops action selection:
0 (default): heating
1: cooling
2: automatic (according ∆T)

YES

41011

1010

0x3F2

TEMPERATURE PROBE SELECTION

Read/write

Temperature probe selection:
0 (default): supply temperature (T1)
1: return temperature (T2)
2: ∆T

YES

41013

1012

0x3F4

VALVE CHARACTERISTIC CONFIGURATION

Read/write

Select type of movement of the valve: Linear-0, EQP-1

YES

41014

1013

0x3F5

FUNCTIONS ENABLE

Read/write

Actuator function setting (bit0 = 1-BMS - default):

Bit 0: BMS
Bit 1: enable temperature control function
Bit 2: enable min. ΔT limitation function
Bit 3: enable function max. temperature limitation function
Bit 4: enable function min. temperature limitation function

Bit 5: enable power control function

Bit 6: enable power limit function

Bit 7: enable energy function

YES

31015

1014

0x3F6

FUNCTIONS STATUS

Read-only

Actuator function setting:

Bit 0: BMS control
Bit 1: function temperature control activated (1-active)
Bit 2: function temperature min. ΔT limit activated
Bit 3: function temperature max. limit activated
Bit 4: function temperature min. limit activated

Bit 5: function power control activated

Bit 6: function power limit activated

NO

41016

1015

0x3F7

% MINIMUM OPENING VALVE

Read/write

Set minimum opening valve when the temperature loops and limits are active.

YES

31017

1016

0x3F8

DIP SWITCH & PUSH BUTTON & JUMPER STATUS

Read-only

DIP switches and jumper status:
Bit 0: DIP1 status: "Direct Action” (OFF) – “Reverse Action” (ON)
Bit 1: DIP2 status: "0-10V” (OFF) - “BUS” (ON)
Bit 2: DIP3 status: "Normal” (OFF) – “Default setting” (ON)
Bit 3: DIP4 status: "Modbus" (OFF) - "BACnet" (ON)
Bit 5:  DIP6 status: “Voltage control” (OFF)- “curr. control (4-20 mA)” (ON)
Bit 6: Push button: status: "Active" (Pressed) - Not Active (Released)
Bit 7: Jumper status: "Fail-safe Down" (Jumper Insert) -" Fail-safe UP"

NO

41018

1017

0x3F9

VALVE TYPE

Read/write

Select valve model

0: Generic valve

5: VLX6P

6: VLX8P

12: Custom PICV valve

YES

41019

1018

0x3FA

VALVE STROKE (mm*100)

Read/write

Valve stroke (mm*100) - after calibration phase

YES

41020

1019

0x3FB

OVERVOLTAGE EVENTS (24 V AC > 20%) (230 V > 10%)

Read/write

Overvoltage events (24 V AC > 20%) (230 V > 20%)

YES

Diagnostic

41021

1020

0x3FC

UNDERVOLTAGE EVENTS (V AC < 20%) (230 V < 10%)

Read/write

Undervoltage events (V AC < 20%) (230 V < 20%)

YES

41022

1021

0x3FD

FULLY OPEN EVENTS

Read/write

Fully opened events

YES

41023

1022

0x3FE

FULLY CLOSE EVENTS

Read/write

Fully closes events

YES

41024

1023

0x3FF

UNEXPECTED STALL CONDITION EVENTS (within calculated stroke)

Read/write

Unexpected stall condition events (within calculated stroke)

YES

41025

1024

0x400

UNEXPECTED STALL CONDITION EVENTS (outside calculated stroke)

Read/write

Unexpected stall condition events (outside calculated stroke)

YES

41026

1025

0x401

VALVE STROKE ERROR > max. (60 mm)

Read/write

Valve stroke error > max. (60 mm)

YES

41027

1026

0x402

VALVE STROKE ERROR < min. (5 mm)

Read/write

Valve stroke error < min. (5 mm)

YES

31028

1027

0x403

ACTUATOR OPERATING MODE

Read-only

Actuator operating mode (0 - not active) (1- active):
Bit 0: Normal Running
Bit 1: Initial Positioning
Bit 2: Stroke calibration

Bit 3: Fail Safe Phase
Bit 4: Manual Override Phase

Bit 5: Error Phase

NO

31029

1028

0x404

ERROR TYPE

Read-only

Error type: (0- no error) (1- error):
Bit 0: T1 temperature sensor error (out of range)
Bit 1: T2 temperature sensor error (out of range)
Bit 4: valve stroke < 5 mm
Bit 5: valve stroke > 60 mm
Bit 6: unexpected stall condition events (within calculated stroke)
Bit 7: unexpected stall condition events (outside calculated stroke
Bit 8: undervoltage error
Bit 9: overvoltage error
Bit 10: clock error

YES

41034

1033

0x409

ACTUATOR RESET

Read/write

Force actuator reset (1)

NO

Configuration

41035

1034

0x40A

BMS COMMAND

Read/write

BMS command (0-100%)*10

NO

Input/

Output

31038

1037

0x40D

FEEDBACK

Read-only

Valve position (0-100%)*10

NO

41044

1043

0x413

MAX FLOW RATE

Read/write

Select Nominal flow rate (m³/h)

0: VLX6P (2,1)- VLX8P (3,2)

1: VLX6P (2,5)-VLX8P (3,9)

2: VLX6P (2,9)-VLX8P (4,5)

3: VLX6P (3,3)-VLX8P (5,2)

4: VLX6P (3,8)-VLX8P (5,8)

5: VLX6P (4,3)-VLX8P (6,3)

6: VLX6P (4,8)-VLX8P (6,7)

7: VLX6P (5,3)- VLX8P (7,1)

8: VLX6P (5,8)-VLX8P (7,5)

9: VLX6P (6,4)-VLX8P (8,1)

10: VLX6P (6,9)-VLX8P (8,8)

11: VLX6P (7,5)-VLX8P (9,4)

12: VLX6P (8)-VLX8P (10)

13: VLX6P (8,8)-VLX8P (10,9)

14: VLX6P (9,5)-VLX8P (11,8)

15: VLX6P (10,3)-VLX8P (12,3)

16: VLX6P (11)-VLX8P (13,5)

YES

Flow rate

41045

1044

0x414

DESIGN FLOW RATE

Read/write

Design flow rate must be between ¼ of Qnom and Qnom (*10)

YES

41080

1079

0x437

FLOW RATE SP X1

Read/write

Flow rate X1 (custom valve)*10

YES

41081

1080

0x438

VALVE POSITION Y1

Read/write

Valve Position Y1 (custom valve)*10

YES

41082

1081

0x439

FLOW RATE SP X2

Read/write

Flow rate X2 (custom valve)*10

YES

41083

1082

0x43A

VALVE POSITION Y2

Read/write

Valve position Y2 (custom valve)*10

YES

41084

1083

0x43B

FLOW RATE SP X3

Read/write

Flow rate X3 (custom valve)*10

YES

41085

1084

0x43C

VALVE POSITION Y3

Read/write

Valve position Y3 (custom valve)*10

YES

41086

1085

0x43D

FLOW RATE SP X4

Read/write

Flow rate X4 (custom valve)*10

YES

41087

1086

0x43E

VALVE POSITION Y4

Read/write

Valve position Y4 (custom valve)*10

YES

41088

1087

0x43F

FLOW RATE SP X5

Read/write

Flow rate X5 (custom valve)*10

YES

41089

1088

0x440

VALVE POSITION Y5

Read/write

Valve position Y5 (custom valve)*10

YES

41090

1089

0x441

FLOW RATE SP X6

Read/write

Flow rate X6 (custom valve)*10

YES

41091

1090

0x442

VALVE POSITION Y6

Read/write

Valve position Y6 (custom valve)*10

YES

41092

1091

0x443

FLOW RATE SP X7

Read/write

Flow rate X7 (custom valve)*10

YES

41093

1092

0x444

VALVE POSITION Y7

Read/write

Valve position Y7 (custom valve)*10

YES

41094

1093

0x445

FLOW RATE SP X8

Read/write

Flow rate X8 (custom valve)*10

YES

41095

1094

0x446

VALVE POSITION Y8

Read/write

Valve position Y8 (custom valve)*10

YES

41096

1095

0x447

FLOW RATE SP X9

Read/write

Flow rate X9 (custom valve)*10

YES

41097

1096

0x448

VALVE POSITION Y9

Read/write

Valve position Y9 (custom valve)*10

YES

41098

1097

0x449

FLOW RATE SP X10

Read/write

Flow rate X10 (custom valve)*10

YES

41099

1098

0x44A

VALVE POSITION Y10

Read/write

Valve position Y10 (custom valve)*10

YES

31100

1099

0x44B

INDICATED FLOW RATE

Read-only

Calculated flow rate (m³/h)*100

YES

41101

1100

0x44C

SETPOINT ∆T CONTROL HEATING

Read/write

Set heating ∆T control (°C*10)

YES

Setpoints

41102

1101

0x44D

SETPOINT ∆T CONTROL COOLING

Read/write

Set cooling ∆T control (°C*10)

YES

41103

1102

0x44E

SETPOINT SUPPLY TEMPERATURE CONTROL HEATING

Read/write

Set heating supply temperature (°C*10)

YES

41104

1103

0x44F

SETPOINT SUPPLY TEMPERATURE CONTROL COOLING

Read/write

Set cooling supply temperature (°C*10)

YES

41105

1104

0x450

SETPOINT RETURN TEMPERATURE CONTROL HEATING

Read/write

Set heating return temperature (°C*10)

YES

41106

1105

0x451

SETPOINT RETURN TEMPERATURE CONTROL COOLING

Read/write

Set cooling return temperature (°C*10)

YES

41107

1106

0x452

SETPOINT MINIMUM ∆T HEATING

Read/write

Set heating ∆T limitation (°C*10)

YES

41108

1107

0x453

SETPOINT MINIMUM ∆T COOLING 

Read/write

Set cooling ∆T limitation (°C*10)

YES

41109

1108

0x454

SETPOINT MAX. SUPPLY TEMPERATURE HEATING

Read/write

Set heating supply temperature limit (°C*10)

YES

41110

1109

0x455

SETPOINT MIN. SUPPLY TEMPERATURE COOLING

Read/write

Set cooling supply temperature limit (°C*10)

YES

41111

1110

0x456

SETPOINT MAX. RETURN TEMPERATURE HEATING

Read/write

Set heating return temperature limit (°C*10)

YES

41112

1111

0x457

SETPOINT MIN. RETURN TEMPERATURE COOLING

Read/write

Set cooling return temperature limit (°C*10)

YES

41113

1112

0x458

DESIGN POWER

Read/write

Set maximum power (control) (kW*10)

YES

Power control/limit

41114

1113

0x459

SET MAX. POWER LIMIT

Read/write

Set max power (limit) (kW*10)

YES

31115

1114

0x45A

SUPPLY TEMPERATURE VALUE

Read-only

Supply temperature value (°C*10)

NO

Temperature Sensors

31116

1115

0x45B

RETURN TEMPERATURE VALUE

Read-only

Return temperature value (°C*10)

NO

31117

1116

0x45C

∆T VALUE (S1 – S2)

Read-only

∆T value (T1 – T2) (°C*10)

NO

31120

1119

0x45F

INSTANT POWER

Read-only

Instant power (kW*10)

YES

Energy Heating/Cooling

31121

1120

0x460

HEATING ENERGY LSR

Read-only

Total heating energy (kWh*10)

YES

31122

1121

0x461

HEATING ENERGY MSR

Read-only

YES

31123

1122

0x462

COOLING ENERGY LSR

Read-only

Total cooling energy (kWh*10)

YES

31124

1123

0x463

COOLING ENERGY MSR

Read-only

YES

31139

1138

0x472

HEATING ENERGY AT 31/12 LSR

Read-only

Energy (Heating) at the end of the year (kWh*10)

YES

31140

1139

0x473

HEATING ENERGY AT 31/12 MSR

Read-only

YES

31141

1140

0x474

HEATING ENERGY AT VALUE 1

Read-only

Energy (Heating) value 1 (MWh*10)

YES

31142

1141

0x475

HEATING ENERGY AT VALUE 2

Read-only

Energy (Heating) value 2 (MWh*10)

YES

31143

1142

0x476

HEATING ENERGY AT VALUE 3

Read-only

Energy (Heating) value 3 (MWh*10)

YES

31144

1143

0x477

HEATING ENERGY AT VALUE 4

Read-only

Energy (Heating) value 4 (MWh*10)

YES

31145

1144

0x478

HEATING ENERGY AT VALUE 5

Read-only

Energy (Heating) value 5 (MWh*10)

YES

31146

1145

0x479

HEATING ENERGY AT VALUE 6

Read-only

Energy (Heating) value 6 (MWh*10)

YES

31147

1146

0x47A

HEATING ENERGY AT VALUE 7

Read-only

Energy (Heating) value 7 (MWh*10)

YES

31148

1147

0x47B

HEATING ENERGY AT VALUE 8

Read-only

Energy (Heating) value 8 (MWh*10)

YES

31149

1148

0x47C

HEATING ENERGY AT VALUE 9

Read-only

Energy (Heating) value 9 (MWh*10)

YES

31150

1149

0x47D

HEATING ENERGY AT VALUE 10

Read-only

Energy (Heating) value 10 (MWh*10)

YES

31151

1150

0x47E

HEATING ENERGY AT VALUE 11

Read-only

Energy (Heating) value 11 (MWh*10)

YES

31152

1151

0x47F

HEATING ENERGY AT VALUE 12

Read-only

Energy (Heating) value 12 (MWh*10)

YES

31153

1152

0x480

COOLING ENERGY AT 31/12 LSR

Read-only

Energy (Cooling) at the end of the year (kWh*10)

YES

31154

1153

0x481

COOLING ENERGY AT 31/12 MSR

Read-only

YES

31155

1154

0x482

COOLING ENERGY VALUE 1

Read-only

Energy (Cooling) value 1 (MWh*10)

YES

31156

1155

0x483

COOLING ENERGY VALUE 2

Read-only

Energy (Cooling) value 2 (MWh*10)

YES

31157

1156

0x484

COOLING ENERGY VALUE 3

Read-only

Energy (Cooling) value 3 (MWh*10)

YES

31158

1157

0x485

COOLING ENERGY VALUE 4

Read-only

Energy (Cooling) value 4 (MWh*10)

YES

31159

1158

0x486

COOLING ENERGY VALUE 5

Read-only

Energy (Cooling) value 5 (MWh*10)

YES

31160

1159

0x487

COOLING ENERGY VALUE 6

Read-only

Energy (Cooling) value 6 (MWh*10)

YES

31161

1160

0x488

COOLING ENERGY VALUE 7

Read-only

Energy (Cooling) value 7 (MWh*10)

YES

31162

1161

0x489

COOLING ENERGY VALUE 8

Read-only

Energy (Cooling) value 8 (MWh*10)

YES

31163

1162

0x48A

COOLING ENERGY VALUE 9

Read-only

Energy (Cooling) value 9 (MWh*10)

YES

31164

1163

0x48B

COOLING ENERGY VALUE 10

Read-only

Energy (Cooling) value 10 (MWh*10)

YES

31165

1164

0x48C

COOLING ENERGY VALUE 11

Read-only

Energy (Cooling) value 11 (MWh*10)

YES

31166

1165

0x48D

COOLING ENERGY VALUE 12

Read-only

Energy (Cooling) value 12 (MWh*10)

YES

41182

1181

0x49D

CLOCK MINUTES

Read/write

Clock minutes

YES

Clock function

41183

1182

0x49E

CLOCK HOURS

Read/write

Clock hours

YES

41184

1183

0x49F

CLOCK DAY

Read/write

Clock day

YES

41185

1184

0x4A0

CLOCK MONTH

Read/write

Clock month

YES

41186

1185

0x4A1

CLOCK YEAR

Read/write

Clock year

YES

41187

1186

0x4A2

RESTORE FACTORY SETTING

Read/write

Set 1 to load default setting to the device and to EEPROM MEMORY

NO

Configuration

31193

1192

0x4A8

OUT LOOP BMS

Read-only

Output loop BMS (*10)

NO

Loop outputs

31194

1193

0x4A9

OUT LOOP FLOW RATE CONTROL

Read-only

Output loop flow rate control (*10)

NO

31196

1195

0x4AB

OUT LOOP POWER

Read-only

Output loop power (*10)

NO

31197

1196

0x4AC

OUT LOOP POWER LIMIT

Read-only

Output loop power limit (*10)

NO

31198

1197

0x4D

OUT LOOP T CONTROL

Read-only

Output loop T control (*10)

NO

31199

1198

0x4AE

OUT LOOP T LIMITS

Read-only

Output loop T limits (*10)

NO

31200

1199

0x4AF

OUT LOOP "ACTIVE"

Read-only

Output loop "active" (*10)

NO

41207

1206

0x4B6

MAX. POWER

Read/write

Valve nominal power (kW)*10

YES

Power

41208

1207

0x4B7

MEDIA DENSITY

Read/write

Media density (*10): default value is for water at 20°C (Kg/m³)

YES

41209

1208

0x4B8

MEDIA SPECIFIC HEAT

Read/write

Media specific heat (*10): default value is for water (J/Kg°C)

YES

31213

1212

0x4BC

CUSTOM NOMINAL POWER ΔT 20K

Read-only

Valve nominal power at 20°C (kW) (max.val)

YES

41231

1230

0x4CE

LOOP TYPE P, P+I, P+I+D

Read/write

Loop type P, P+I, P+I+D

YES

Loop parameters

41232

1231

0x4CF

DERIVATIVE TIME (gain)

Read/write

Derivative time (gain)

YES

41233

1232

0x4D0

INTEGRAL TIME (min.)

Read/write

Integral time (min.)

YES

41234

1233

0x4D1

PROPORTIONAL BANDWIDTH ∆T (°C*10)

Read/write

Proportional bandwidth ∆T (°C*10)

YES

31241

1240

0x4D8

MONTH TIMESTAMP OF 31ST DECEMBER

Read-only

Month timestamp for energy at 31st December

YES

31242

1241

0x4D9

YEAR TIMESTAMP OF 31ST DECEMBER

Read-only

Year timestamp for energy at 31st December

YES

31243

1242

0x4DA

MONTH TIMESTAMP OF VALUE 1

Read-only

Month timestamp for value 1

YES

31244

1243

0x4DB

YEAR TIMESTAMP OF VALUE 1

Read-only

Year timestamp for value 1

YES

31245

1244

0x4DC

MONTH TIMESTAMP OF VALUE 2

Read-only

Month timestamp for value 2

YES

31246

1245

0x4DD

YEAR TIMESTAMP OF VALUE 2

Read-only

Year timestamp for value 2

YES

31247

1246

0x4DE

MONTH TIMESTAMP OF VALUE 3

Read-only

Month timestamp for value 3

YES

31248

1247

0x4DF

YEAR TIMESTAMP OF VALUE 3

Read-only

Year timestamp for value 3

YES

31249

1248

0x4E0

MONTH TIMESTAMP OF VALUE 4

Read-only

Month timestamp for value 4

YES

31250

1249

0x4E1

YEAR TIMESTAMP OF VALUE 4

Read-only

Year timestamp for value 4

YES

31251

1250

0x4E2

MONTH TIMESTAMP OF VALUE 5

Read-only

Month timestamp for value 5

YES

31252

1251

0x4E3

YEAR TIMESTAMP OF VALUE 5

Read-only

Year timestamp for value 5

YES

31253

1252

0x4E4

MONTH TIMESTAMP OF VALUE 6

Read-only

Month timestamp for value 6

YES

31254

1253

0x4E5

YEAR TIMESTAMP OF VALUE 6

Read-only

Month timestamp for value 6

YES

31255

1254

0x4E6

MONTH TIMESTAMP OF VALUE 7

Read-only

Year timestamp for value 7

YES

31256

1255

0x4E7

YEAR TIMESTAMP OF VALUE 7

Read-only

Month timestamp for value 7

YES

31257

1256

0x4E8

MONTH TIMESTAMP OF VALUE 8

Read-only

Year timestamp for value 8

YES

31258

1257

0x4E9

YEAR TIMESTAMP OF VALUE 8

Read-only

Month timestamp for value 8

YES

31259

1258

0x4EA

MONTH TIMESTAMP OF VALUE 9

Read-only

Year timestamp for value 9

YES

31260

1259

0x4EB

YEAR TIMESTAMP OF VALUE 9

Read-only

Month timestamp for value 9

YES

31261

1260

0x4EC

MONTH TIMESTAMP OF VALUE 10

Read-only

Year timestamp for value 10

YES

31262

1261

0x4ED

YEAR TIMESTAMP OF VALUE 10

Read-only

Month timestamp for value 10

YES

31263

1262

0x4EE

MONTH TIMESTAMP OF VALUE 11

Read-only

Year timestamp for value 11

YES

31264

1263

0x4EF

YEAR TIMESTAMP OF VALUE 11

Read-only

Month timestamp for value 11

YES

31265

1264

0x4F0

MONTH TIMESTAMP OF VALUE 12

Read-only

Year timestamp for value 12

YES

31266

1265

0x4F1

YEAR TIMESTAMP OF VALUE 12

Read-only

Month timestamp for value 12

YES

0

MAC address

Network port

Module address

Read only

0

Present value

Analog value

Up time

Read only

0

Link speed

Network port

Baud rate

Read/write

9

Present value

Multi state value

Maximum flow setting

Read/write

0

Present value

Multi state value

Type of control

Read/write

0

Present value

Binary value

Direct/reverse setting

Read/write

1

failsafe direction setting

2

Present value

Binary value

Force calibration

Read/write

3

Present value

Multi state value

Valve characteristics configuration

Read/write

4

Present value

Multi state value

Functions enable: BMS

Read/write

Temperature control

Temperature ΔT limit

Temperature max limit

Temperature min limit

Power control

Power limit

14

Present value

Binary value

Energy calculation

Read/write

5

Present value

Multi state value

functions status

Read only

1

Present value

Analog value

% minimum opening valve

Read/write

2

Present value

Analog value

Dip switch & push button & jumper status

Read only

6

Present value

Multi state value

Valve type

Read/write

3

Present value

Analog value

Valve stroke (mm*100)

Read only

4

Present value

Analog value

Overvoltage events (24 v ac > 20%) (230 v > 10%)

Read only

5

Present value

Analog value

Undervoltage events (v ac < 20%) (230 v < 10%)

Read only

6

Present value

Analog value

Fully open events

Read only

7

Present value

Analog value

Fully close events

Read only

8

Present value

Analog value

Unexpected stall condition events (within calculated stroke)

Read only

9

Present value

Analog value

Unexpected stall condition events (outside calculated stroke)

Read only

10

Present value

Analog value

Valve stroke error > max. (60 mm)

Read only

11

Present value

Analog value

Valve stroke error < min. (5 mm)

Read only

7

Present value

Multi state value

Actuator operating mode: Normal running

Read only

Initial positioning

Stroke calibration

Fail safe

Manual override

4

Present value

Binary value

Error

Read only

5

Present value

Binary value

Error type: Temperature sensor 1 error

Read only

6

Temperature sensor 2 error

7

Calibrated stroke < 5mm

8

Calibrated stroke > 60mm

9

Unexpected stall (inside stroke)

10

Unexpected stall (outside stroke)

11

Undervoltage

12

Overvoltage

13

Clock error

12

Present value

Analog value

BMS command

Read/write

13

Present value

Analog value

Feedback

Read only

14

Present value

Analog value

Max flow rate

Read/write

15

Present value

Analog value

Design flow rate

Read/write

16

Present value

Analog value

Flow rate sp x1

17

Present value

Analog value

Valve position y1

Read/write

18

Present value

Analog value

   Flow rate sp x2

Read/write

19

Present value

Analog value

Valve position y2

Read/write

20

Present value

Analog value

Flow rate sp x3

Read/write

21

Present value

Analog value

Valve position y3

Read/write

22

Present value

Analog value

Flow rate sp x4

Read/write

23

Present value

Analog value

Valve position y4

Read/write

24

Present value

Analog value

Flow rate sp x5

Read/write

25

Present value

Analog value

Valve position y5

Read/write

26

Present value

Analog value

Flow rate sp x6

Read/write

27

Present value

Analog value

Valve position y6

Read/write

28

Present value

Analog value

Flow rate sp x7

Read/write

29

Present value

Analog value

Valve position y7

Read/write

30

Present value

Analog value

Flow rate sp x8

Read/write

31

Present value

Analog value

Valve position y8

Read/write

32

Present value

Analog value

Flow rate sp x9

Read/write

33

Present value

Analog value

Valve position y9

Read/write

34

Present value

Analog value

Flow rate sp x10

Read/write

35

Present value

Analog value

Valve position y10

Read/write

36

Present value

Analog value

Indicated flow rate

Read/write

37

Present value

Analog value

Setpoint ∆T control heating

Read/write

38

Present value

Analog value

Setpoint ∆T control cooling

Read/write

39

Present value

Analog value

Setpoint supply temperature control heating

Read/write

40

Present value

Analog value

Setpoint supply temperature control cooling

Read/write

41

Present value

Analog value

Setpoint return temperature control heating

Read/write

42

Present value

Analog value

Setpoint return temperature control cooling

Read/write

43

Present value

Analog value

Setpoint minimum ∆T heating

Read/write

44

Present value

Analog value

Setpoint minimum ∆T cooling

Read/write

45

Present value

Analog value

Setpoint max. supply temperature heating

Read/write

46

Present value

Analog value

Setpoint min. supply temperature cooling

Read/write

47

Present value

Analog value

Setpoint max. return temperature heating

Read/write

48

Present value

Analog value

Setpoint min. return temperature cooling

Read/write

49

Present value

Analog value

Design power

Read/write

50

Present value

Analog value

Set max. power limit

Read/write

0

Present value

Analog input

Supply temperature value

Read only

1

Present value

Analog input

Return temperature value

Read only

51

Present value

Analog value

∆T value (s1 – s2)

Read only

52

Present value

Analog value

Instant power

Read only

53

Present value

Analog value

Heating energy lsr

Read only

53

Present value

Analog value

Heating energy msr

Read only

54

Present value

Analog value

Cooling energy lsr

Read only

54

Present value

Analog value

Cooling energy msr

Read only

55

Present value

Analog value

Heating energy at 31/12 lsr

Read only

55

Present value

Analog value

Heating energy at 31/12 msr

Read only

56

Present value

Analog value

Heating energy at value 1

Read only

57

Present value

Analog value

Heating energy at value 2

Read only

58

Present value

Analog value

Heating energy at value 3

Read only

59

Present value

Analog value

Heating energy at value 4

Read only

60

Present value

Analog value

Heating energy at value 5

Read only

61

Present value

Analog value

Heating energy at value 6

Read only

62

Present value

Analog value

Heating energy at value 7

Read only

63

Present value

Analog value

Heating energy at value 8

Read only

64

Present value

Analog value

Heating energy at value 9

Read only

65

Present value

Analog value

Heating energy at value 10

Read only

66

Present value

Analog value

Heating energy at value 11

Read only

67

Present value

Analog value

Heating energy at value 12

Read only

68

Present value

Analog value

Cooling energy at 31/12 lsr

Read only

70

Present value

Analog value

Cooling energy at 31/12 msr

Read only

69

Present value

Analog value

Cooling energy value 1

Read only

70

Present value

Analog value

Cooling energy value 2

Read only

71

Present value

Analog value

Cooling energy value 3

Read only

72

Present value

Analog value

Cooling energy value 4

Read only

73

Present value

Analog value

Cooling energy value 5

Read only

74

Present value

Analog value

Cooling energy value 6

Read only

75

Present value

Analog value

Cooling energy value 7

Read only

76

Present value

Analog value

Cooling energy value 8

Read only

77

Present value

Analog value

Cooling energy value 9

Read only

78

Present value

Analog value

Cooling energy value 10

Read only

79

Present value

Analog value

Cooling energy value 11

Read only

80

Present value

Analog value

Cooling energy value 12

Read only

81

Present value

Analog value

Clock minutes

Read/write

1

Local time

Device

82

Present value

Analog value

Clock hours

Read/write

1

Local time

Device

83

Present value

Analog value

Clock day

Read/write

1

Local date

Device

84

Present value

Analog value

Clock month

Read/write

1

Local date

Device

85

Present value

Analog value

Clock year

Read/write

1

Local date

Device

86

Present value

Analog value

Max. power

Read/write

87

Present value

Analog value

Media density

Read/write

88

Present value

Analog value

Media specific heat

Read/write

8

Present value

Multi state value

Loop type P, P+I, P+I+D

Read/write

89

Present value

Analog value

Derivative time (gain)

Read/write

90

Present value

Analog value

Integral time (min.)

Read/write

91

Present value

Analog value

Proportional bandwidth ∆t (°c*10)

Read/write

92

Present value

Analog value

Month timestamp of 31st December

Read only

93

Present value

Analog value

Year timestamp of 31st December

Read only

94

Present value

Analog value

Month timestamp of value 1

Read only

95

Present value

Analog value

Year timestamp of value 1

Read only

96

Present value

Analog value

Month timestamp of value 2

Read only

97

Present value

Analog value

Year timestamp of value 2

Read only

98

Present value

Analog value

Month timestamp of value 3

Read only

99

Present value

Analog value

Year timestamp of value 3

Read only

100

Present value

Analog value

Month timestamp of value 4

Read only

101

Present value

Analog value

Year timestamp of value 4

Read only

102

Present value

Analog value

Month timestamp of value 5

Read only

103

Present value

Analog value

Year timestamp of value 5

Read only

104

Present value

Analog value

Month timestamp of value 6

Read only

105

Present value

Analog value

Year timestamp of value 6

Read only

106

Present value

Analog value

Month timestamp of value 7

Read only

107

Present value

Analog value

Year timestamp of value 7

Read only

108

Present value

Analog value

Month timestamp of value 8

Read only

109

Present value

Analog value

Year timestamp of value 8

Read only

110

Present value

Analog value

Month timestamp of value 9

Read only

111

Present value

Analog value

Year timestamp of value 9

Read only

112

Present value

Analog value

Month timestamp of value 10

Read only

113

Present value

Analog value

Year timestamp of value 10

Read only

114

Present value

Analog value

Month timestamp of value 11

Read only

115

Present value

Analog value

Year timestamp of value 11

Read only

116

Present value

Analog value

Month timestamp of value 12

Read only

117

Present value

Analog value

Year Timestamp of Value 12

Read only