Danfoss NovoCon S, NovoCon M, NovoCon L, NovoCon XL Fact sheet

Fact sheet

Fact sheet

Data sheet

Headline Myriad Pro

Danfoss Digital Hydronics™

min. 18/18 pt max. 26/26 pt.

Modular hydronic HVAC 4.0 design solution
with AB-QM, NovoCon® and Flow sensor

hvac40.danfoss.com

Fact sheet NovoCon® S, M, L, XL and Flow sensor

Novo Con® XLNovo Con® LNovo Con® S Novo Con® M

Introduction

Danfoss Digital Hydronics™ offers you a highly flexible, modular solution for hydronic HVAC 4.0 designs. The digitalization of HVAC
systems opens a world of possibilities to increase energy efficiency and user comfort to new levels. To achieve this, it is highly important
to establish a dynamic hydronic balance throughout the building. BMS connected digital actuators not only provide highly accurate
temperature control, but their data inputs are also essential. Optional temperature and flow data expand the insights and allow
continuous energy optimization. Danfoss Digital Hydronics™ covers all what is needed to establish a fully digital hydronic HVAC system.
In this factsheet we describe how the different components in the solution are best combined. This is split into different application
needs, based on required design flows.

For e.g. Terminal units up to DN 32, the combination consists of AB-QM (4.0) + NovoCon S +SonoSensor 30
For e.g. Air Handling Units up to DN 100, the combination exists of AB-QM + NovoCon M +SonoSensor 30
For e.g. Chillers and District cooling up to DN 250, the combination exists of AB- QM + NovoCon L/XL + SONO 3500 CT

Table of contents

1. NovoCon® S ............................................................................................3

1.1 Description ..................................................................................3

1.2 Ordering .......................................................................................3

1.3 Technical data ...........................................................................4

1.4 I/O points on NovoCon S ...................................................... 4

1.4.1 I/O cables ...............................................................................4

1.5 Temperature sensors.............................................................5

1.5.1 Immersed sensor ................................................................5

1.6SonoSensor 30 ...........................................................................6

1.6.1 Description ...........................................................................6

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

1.7 Cross reference table.............................................................7

1.8 Commissioning/connection of flow sensor to .........8

1.9 BACnet and Mo dbus ..............................................................9

1.9.1 Modbus registers ................................................................9

1.9.2 BACnet objects ....................................................................9

2. NovoCon® M ..........................................................................................11

2.1 Description .................................................................................11

2.2 Ordering .......................................................................................11

2.3 Technical data ...........................................................................12

2.4 I/O connecti ons on NovoCon® M .....................................12

2.5 Immersed sensor .....................................................................12

2.6SonoSensor 30 ...........................................................................13

2.6.1 Description ...........................................................................13

2.6.2 Technical specifications ..................................................13

2.7 Cross r eference table ............................................................14

2.8 Commissioning/connection of flow sensor to.........14

2.9 BACnet and Modbu s ..............................................................15

2.9.1 Modbus registers ...............................................................15

2.9.2 BACnet objects ................................................................... 16

3. NovoCon® L , XL ....................................................................................17

3.1 Description .................................................................................17

3.2 Ordering .......................................................................................17

3.3 Technical data ........................................................................... 18

3.4 I/O conn ections on NovoCon® L, XL ............................... 18

3.5 Immersed sensor .....................................................................19

3.6 SONO 3500 CT ........................................................................... 19

3.6.1 Description ...........................................................................19

3.6.2 Technical specifications ................................................. 20

3.7 Cross re ference table ........................................................... 20

3.8 Commissioning/connection of flow sensor to ........ 21

3.9 BACnet and Modbus ............................................................. 22

3.9.1 Modbus registers............................................................... 22

3.9.2 BACnet objects .................................................................. 23

2 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

1. NovoCon® S

1.1 Description

1.2 Ordering

DN15 - DN32

With latest update on firmware for NovoCon®,
flow sensor can be connected to NovoCon®
actuator, for precise measurement of flow.

Flow sensor can be connected on any input on
NovoCon®. Danfoss recommends using AI input,

so energy features can stay functional.
NovoCon® S actuator can be used for solutions
with sizes from DN15 to DN32.

AB-QM 4.0 threaded version (with test plugs and without test plugs) - External thread

With test

plugs

Code No. Code No.

003Z8200 003Z8220

003Z 8201 003 Z8221

003Z8203 003Z8223

Picture DN

15 LF

15 650

15 HF

20

20 HF

Typ e

Q

nom.

(l/h)

200

1,200 003Z8202 003Z8222
1,100
1,90 0 0 03Z8204 003Z8224

Ext. thread

(ISO 228/1)

G ¾A

G 1A

Without test

plugs

AB-QM threaded version (with test plugs and without test plugs) - External thread

With test

plugs

Code No. Code No.

00 3Z1214 0 03Z1204

-

00 3Z1215 003Z1205

-

Picture DN

25

25HF

32

32 HF

Typ e

Q

nom.

(l/h)

1,70 0
2,700
3,200
4,000

Ext. thread

(ISO 228/1)

G 1 ¼A

G 1 ½A

-

AB-QM 4.0 threaded version (with test plugs and without test plugs) - Internal thread

Typ e

Picture DN

15 LF 200

15 650 003Z 8301 003Z8321

15 HF 1,200 003Z 8302 003Z8322

20 1,100

20 HF 1,900 003Z8304 003Z8324

Temperature sensors

Typ e

Immersed Pt 1000 / Ø 5.2 mm / 1.5 m cable, MID
Immersed Pt 1000 / Ø 5.2 mm / 3.0 m cable, MID

Q

nom.

(l/h)

Code No.

187F3 418

187F3419

Int. thread

(I SO 7/1)

Rp ½

Rp ¾

Accessories

Designation Code No.

Immersion brass-pockets, 35 mm, Ø 5.2 pair,
MID. For pipes DN15-32

With test

plugs

Code No. Code No.

003Z8300 003Z8320

003Z8303 003Z8323

Without test

plugs

00 3Z1224

003Z1225

Without test

plugs

087G6053

AM394433983821en-010103 | 3© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

Red

AI:2 / 33220

Read / writeable via fieldbus

Read / writeable via fieldbus

AI:2 / 33220

1.3 Technical data

DN15 - DN32

Power supply range 24 V AC/DC, 50 / 60 Hz *

Power consumption

Protection class III safet y extra-low voltage

Control signal NovoCon® S

Impedance

Actuator sp eed selections (o pen to close)
Stroke 7 mm
Force 90 N
Position accuracy ± 0.05 mm
Ambient temp. range −10° C to 50° C
Ambient humidity 98% r.h., non-condensing (according to EN 60730-1)
Max. medium temp. 120 ° C
Storage temp. range –40 to 70 °C
Grade of enclosure IP 54 (IP 40 upside down)
Weight 0.4 kg

* NovoCon® S is designe d to operate at power deviatio ns up to ±25%.

0-10 VDC, 0-5 VDC, 2-10 VDC, 5-10 VDC, 2-6 VDC, 6-10 VDC, 0-20 mA, 4-20 mA

Operating: 2.7 VA@24VAC / 1.2 W@24VDC

Standby: 1.8 VA@24VAC / 0.7 W@24VDC

BACnet MS/TP, Modbus RTU

Rin AI:0 >100 kΩ (V); 500 Ω (mA)

Rout AO: 1500 Ω

3 sec/mm, 6 sec/mm, 12 sec/mm, 24 sec/mm, Constant Time

BACnet data

Typ e Description

BACnet device profile BACnet Application Specific Controller (B-ASC)
BACnet protocol BACnet Master Slave / Token Passing (MS/TP)
BACnet baud rates supported

Auto baud rate detection* / 9600 bps / 19200 bps / 38400 bps / 56700 bps / 76800 bps / 115200bps

Modbus RTU data

Supported baud rates
Supported transmission

modes

* Default

Auto baud rate detection* / 9600 bps / 19200 bps / 38400 bps / 56700 bps / 76800 bps / 115200bps

Parity: None (1-8-N-2) / Odd (1-8-O-1) / Even (1-8-E-1) / None (1-8-N-1) / Auto parity*

Data format: Parity (Start bit - Data bits - Parity - Stop bits)

1.4 I/O points on NovoCon S

1.4.1 I/O cable (003Z8612)
or temperature cable

(003Z8613)

BACnet object / Modbus register

BACnet object / Modbus register

Black
Blue
Grey
White
Yellow

0-20mA

AI:0 / 33216

0-10V

0-10V

0-10V

AO:0 / 33286

10kΩ

AI:1 / 33218

0-10V

0-20mA

AI:0 / 33216

10kΩ

0-10V

AO:0 / 33286

AI:1 / 33218

Orange

Cable NovoCon® I/O

Red Power 24V (in/out)
Black
Blue
Grey V/mA input signal

Yellow O-ring

White V output signal
Yellow T1 or resistance input
Orange T2 or resistance input

The red and black wires can be used to boost the power on the line. They may also be used to power
external devices, a separate calculation must be made for available power.

Cable NovoCon® Temperature I/O

Blue O-ring

Power ground (in/out)
Ground T1, T2, V/mA input & V output signal

Red Power 24V (in/out)
Black

Power ground (in/out)

Blue

Ground T1, T2, V/mA input & V output signal
Grey V/mA input signal
White V output signal
T1
T2

4 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

1.5 Temperature sensors

1.5.1 Immersed sensor

Functional description

The sensor unit consists of a platinum
element, the resistance value of wich, changes
proportionally with the temperature.

Pt 1000 ohm sensor (1000 ohm at 0°C).
The sensor is adjusted and meets the tolerance
requirements of EN 60751 Class B.
The accuracy of temperature measurement is
approximately 0.5° in typical operating range.
It is unlikely, that during calculation of ∆T,
deviation of both sensors would be summed up.
Therefore, it is estimated that ∆T measurement
accuracy is 0.5° when the sensors are mounted
correctly.
It is not recommended to use longer wires on
temperature sensors than 2m due to risk of
electromagnetic interference. If long or thin wires
are used it may be necessary to make an offset of
the temperature reading in the BMS system.

Temperature sensors Installation Ty pe

Immersed
(direct) or

in pocket
(indirect)

Surface temperature sensor

Diameter

D (mm)

Pt 1000 Ø5.2 45 187F3 418

Length

L (mm)

Code no.

Sensors pockets Typ e Brass Code no.

Sensor

diameter

Length

(mm) Ø 5. 2

087G6053

L1 (mm ) 47

L (mm) 35

AM394433983821en-010103 | 5© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

1.6SonoSensor 30

1.6.1 Description

MID examination certificate no.:
LT-1621-MI004-030

SonoSensor 30 is an ultrasonic flow sensor
especially designed for heating, cooling or
combined heating/cooling application in local
and district energy systems. It can be used in
conjunction with the type approved heating/
cooling energy calculator (e.g. Infocal 9) to form
combined heating/cooling energy meter.
SonoSensor 30 has been approved according to
MID in accuracy class 2. The flow sensor can be
mounted in both flow and return pipe.

Features

• Available in nominal flow rates qp 0.6, 1.0, 1.5,

2.5, 3.5, 6.0, 10.0, 15.0, 25.0, 40.0, and 60.0 m³/h

• Housings with thread (G3/4 to G2) or flange
(DN20 to DN100) connections

• MID approval for ultrasonic flow sensor with
dynamic range of 1:100 (qi:qp) in class 2

• Optional dynamic range of 1:250 in class 2
(with the exceptions of sensors qp 0.6 m3/h,

1.0 m3/h and 3.5 m3/h)

• Temperature range: 5 - 130 °C

• Operating pressure PN 16 or PN 25 bar

• Flow sensor with IP65 protection class and IP67
for heating/cooling application.

• Battery lifetime not less than 12 years

• Low pressure loss, insensitive to dirt

• No inlet or outlet restrictions up to DN50

• Short overload temperature up to 150 °C

1.6.2 Technical
specifications

Diameter DN 15 DN 20 DN25, DN32

Connection type G¾ G1 G1¼

Overall length, mm 110

Flow rate

Nominal, m3/h 0.6 1.5 0.6 1. 5 2.5 1.5 2.5 3.5 6.0
Maximum, m3/h 1.2 3.0 1. 2 3.0 5.0 3.0 5.0 7 12
Minimum, l/h 6 6 15 6 6 15 10 25 15 10 25 35 24 60
Starting flow rate, l/h 3 3 3 5 5 17 12
Pressure loss at qp, mbar 70 17 1 90 58 94 72 198 40 100

Max. operating pressure

Flow sensor temp. range 5 to 130°C (short overload 150°C)
Flow sensor to electronic

box cable length
Medium Water quality with pH 7 to 9.5
Volume measuring cycles 1 second

Supply voltage

Battery lifetime Not less than 12 years
Approval EN1434 class 2
Environmental class class C
Ambient class E2 + M1
Protection class IP65 (IP67 for heating/cooling)
Ambient operating temp. +5°C to +55°C
Max. ambient humidity <93% rel. humidity

110 ;

165

3.6V DC Lithium batter y (AA-cell)/ Mains supply 24V AC/DC

Mains supply 230V AC (with external 230V to 24V AC transformer)

190 130 260

Thread 16 bar
Flange 25 bar

1.2m up to DN32

2.5m up to DN40 to DN100

6 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

1.7 Cross reference table AB-QM – Flow sensor - NovoCon® S:

Valve code Valve name

003Z8220 AB-Q M4 DN15 LF 0.2 m3/h thread 003Z8504 Novo Con® S 187F3771 S onoS30 DN15 Qp 0.6 m3/h thread

003Z 8221 A- BQM4 DN15 0.65 m3/h thread 003Z8504 N ovoCon® S 187F3771 SonoS30 D N15 Qp 0.6 m3/h thread

003Z8222 AB- QM4 DN15 HF 1.2 m3/h thread 003Z8504 N ovoCon® S 187F3772 SonoS30 D N15 Qp 1.5 m3/h thread

003Z8223 AB -QM4 DN20 1.1 m3/h thread 003Z8504 N ovoCon® S 187F3772 SonoS30 DN15 Qp 1.5 m3/h thread

003Z8224 AB -QM4 DN20 HF 1.9 m3/h thread 003Z850 4 NovoCon® S

003Z8320 AB-QM4 D N15 L F 0.2 m3/h int. thread 003Z8504 N ovoCon® S 187F3771 SonoS30 DN15 Qp 0.6 m3/ h thread

003Z8321 AB- QM4 DN15 0.65 m3/h int. thread 003Z8504 N ovoCon® S 187F3771 SonoS30 D N15 Qp 0.6 m3/h thread

003Z8322 AB -QM4 DN15 HF 1.2 m3/h int. thread 003Z85 04 No voCon® S 187F3772 SonoS30 DN15 Qp 1.5 m3/h thread

003Z8323 A B-QM4 DN20 1.1 m3/h int. thread 003Z8504 No voCon® S 187F3772 SonoS30 DN15 Qp 1.5 m3/h thre ad

003Z8324 AB- QM4 DN20 HF 1.9 m3/h int. thread 003Z85 04 No voCon® S 187F3772 SonoS30 DN15 Qp 1.5 m3/h thread

003 Z1204

003 Z1224 AB- QM DN25 HF 2.7 m3/h thread 003Z8504 N ovoCon® S 187F3773 SonoS30 DN20 Qp 2. 5 m3/h thread

003 Z1205 AB-Q M DN32 3.2 m3/h thread 003Z8504 NovoCon® S 187F3774 SonoS3 0 DN25 Qp 3.5 m3/h thread

003 Z1225 AB -QM DN32 HF 4.0 m3/h thread 003Z8504 N ovoCon® S 187F3774 SonoS30 DN25 Qp 3. 5 m3/h thread

AB-Q M DN25 1.7 m3/h thread 003Z8504

Valve

connection

Actuator

code

Actuator

name

NovoC on® S

* IO cable with sur face sensor (PT1000)

Flow

sensor

code

187F3772 SonoS30 D N15 Qp 1.5 m3/h thread

187F3773 SonoS30 DN20 Qp 2. 5 m3/h thread

Flow sensor name

sensor

connection

Flow

NovoCon S

cable

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

003Z8613* / /

003Z8612 187F 3418 087G6053

Temperature

sensor code

(PT1000)

Temperature
pockets code

AM394433983821en-010103 | 7© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

1.8 Commissioning/
connection of flow sensor to:

NovoCon® S

NovoCon® S supports connection of flow sensor directly to NovoCon® IO cable. Flow sensor must be
connected to AI and AO terminal. NovoCon must be set to digital mode (MSV:9/32810 = 2), output
functionality set to Inactive (BV:3/32817 = 0) and value of output (AO:0/33286 = 10) on 10 V. You also
need to select AI (MSV: 41/32821) input for connecting flow sensor.

To get right flow sensor value it is verry important to set right value of liters per pulse on NovoCon®
(AV: 43/32864). Usually this is written on flow sensor specification sheet. If we would like to use flow
sensor for calculating energy we must also change register MSV12/32814*.

AI

Cable NovoCon® I/O

Yellow O-ring

Red Power 24V (in/out)

SonoSensor 30

19
18

Terminal Nr. Description
18 Volume pulse putput (+)
19 Ground (-)

Black Power ground (in/out)
Blue Ground T1, T2 V/mA input & V output signal
Grey V/mA input signal
White V output signal
Yellow T1 or resistance input
Orange T2 or resistance input

Object/Register Write/read value Description

MSV:9 / 32810 2: Digital mode Application mode
BV:3 / 32817 0: Inactive Output feedback
AO:0 / 33286 10 Value on output
MSV:41 / 32821 3: Flow sensor AI input
AV:43 / 32864 0,04 (depends on flow sensor) Pulse volume (liter/pulse)
MSV:12 / 32814 3: ON, flow sensor on return pipe Energy counting method*

*Energy counting method
MSV: 12 / 32814
State 1: Off
NovoCon® S is not calculating energy.
State 2: On, indicated flow
NovoCon® S is calculating energy based on temperature difference between T1 and T2 and using
indicated flow.
State 3: On, flow sensor on return pipe
NovoCon® S is calculating energy based on temperature difference between T1 and T2 and using flow
from flow sensor installed on return pipe.
State 4: On, flow sensor on supply pipe
NovoCon® S is calculating energy based on temperature difference between T1 and T2 and using flow
from flow sensor installed on supply pipe.

8 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

1.9 BACnet and Modbus

1.9.1 Modbus registers

Configuration

Modbus

Read/

register

0x802E

32814

Modbus

Write

function

R/W 3, 4 & 6 WORD

Configuration #2

Modbus

Read/

register

0x8033

32819

0x8035

32821

0x8036

32822

0x8 037

32823

0x8060

32864

Modbus

Write

function

R/W 3, 4 & 6 WORD

R/W 3, 4 & 6 WORD AI input

R/W 3, 4 & 6 WORD T1 inp ut Dif ferent options fo r T1 terminal

R/W 3, 4 & 6 WORD T2 inp ut Dif ferent options fo r T2 terminal

R/W 3, 4 & 16 FLOAT Pulse volume

Modbus

Data
Typ e

Modbus

Data
Typ e

Objec t /

Parameter

name

Energy counting

method

Objec t / Parameter

name

T1, T2 temper ature

sensor type

Description

1: Off
2: On, indi cated flow
3: On, flo w sensor on return p ipe
4: On, fl ow sensor on supply p ipe

Description

Selec t the type of Temper ature
sensor co nnected for T1 an d T2.

Diffe rent options for an alog input
terminal

Pulse volu me of connected f low
sensor

Default

Description of usage

State

Sta te 1: Off

NovoCon® is n ot calculating en ergy.
State 2: O n, indicated fl ow
NovoCon® is calculating energy based on temperature difference between T1
and T2 and u sing indicated f low.

1: Of f

State 3: On , flow sensor on r eturn pipe
NovoCon® is calculating energy based on temperature difference between T1
and T2 and u sing flow from f low sensor insta lled on return pip e.
State 4: On, flow sensor on supply pipe
NovoCon® is calculating energy based on temperature difference between T1
and T2 and using flow from flow sensor installed on supply pipe.

Default

State

3: PT1000 na

2: Analog

input

2: Supply

temp.

3: Return

temp.

0,4 l/p

Unit Description of usage

Select temperature sensor type:
1: NTC10k Type 2

1: Disabled

na

2: Analog i nput (voltage/curr ent)
3: Flow sensor

1: Disabled

na

2: Supply temperature
1: Disabled

na

2: Supply temperature
Adapts au tomatically to the s elected AB- QM valve, but can

be overw ritten manuall y. If set to 0 NovoCon onl y count

Litre/

pulses an d do not perform f low measureme nts based on

pulse

receive d pulses. This can b e used to connect e .g. water meter
or energy meter.

2: NTC10k Type 3
3: PT1000

3: Return temperature
4: Flow sensor

3: Return temperature
4: Flow sensor

Persistent

Yes /No

Yes

Persistent

Yes /No

Yes

Yes

Yes

Yes

Yes

Operating

Modbus
register

0x8 210

33296

0x 8212

33298

Read/
Write

R 3, 4 FLOAT Volume counter Total accumulated water volume 0 L

R 3, 4 FLOAT Pulse counter Total accumulated number of pulses 0 pulse

Modbus
function

Modbus

Data

Object / Parameter name Description

Typ e

Alarms & warning

Modbus
register

0x8300

33536

Read/
Write

R 3, 4 FLOAT

Modbus
function

Modbus

Data

Object / Parameter name Description

Typ e

Warning: Fl ow out of expect ations War ning for lower or hig her flow than exp ected 0: OFF Bit 2 5 0: OFF 1:ON No
Warning: N o flow detecte d Flow senso r does not recogni ze any flow, through f low sensor 0 : OFF Bit 26 0: OFF 1:ON No

1.9.2 BACnet Objects - Multi State Value

Ident

MS V:12 Energy counting method R/W

MSV :14**

MSV : 41 AI input R/W

MSV: 42 T1 inpu t R/W

MSV: 43 T2 input R/W

Objec t /

Parameter name

T1, T2 temperat ure sensor
type

** Only for No voCon M, L/XL

Read/
Write

1: Off
2: On, indic ated flow
3: On, flow s ensor on return pi pe
4: On, flow sensor on supply pipe

Select t emperature sens or type:
1: NTC10k Type 2
2: NTC10k Type 3

R/W

3: PT1000
4: PT500
5: PT10 0

1: Disabled
2: Analog inp ut (voltage/curre nt)
3: Flow sensor ( pulse counter)

1: Disabled
2: Supply temperature
3: Return temperature
4: Flow sensor

1: Disabled
2: Supply temperature
3: Return temperature
4: Flow sensor

St ate Te xt Default State Description

Default

Stat e 1: Off

NovoCon® is not c alculating ene rgy.
State 2: On , indicated flo w
NovoCon® is cal culating energ y based on temper ature differe nce between T1 and T 2 and using indica ted

1: Of f

3: PT1000 Select t he type of Temperat ure sensor conne cted for T1 and T2. Yes

2: Analog input Dif ferent options f or analog input ter minal Yes

2: Supply temp.

3: Return temp.

flow.
State 3: On, f low sensor on ret urn pipe
NovoCon® is cal culating energ y based on temper ature differe nce between T1 and T 2 and using flow f rom
flow sens or installed on re turn pipe.
State 4: On, flow sensor on supply pipe
NovoCon® is cal culating energ y based on temper ature differe nce between T1 and T 2 and using flow f rom
flow sensor installed on supply pipe.

Differ ent options for T1 ter minal
If MSV:24 or MSV:2 5 or MSV:26 is on value 3, th en value is for resis tance, not tempe rature.

Differ ent options for T2 te rminal
If MSV:24 or MSV:2 5 or MSV:26 is on value 3, th en value is for resis tance, not tempe rature.

Unit Description of usage

State

Total accumul ated water volume pa ssed
through th e valve, combined f rom both heating
and cooling
Total accumul ated number of puls es received
from flow sensor

Default

State

Description of

usage

Persistent

Yes /No

Persistent

Yes /No

Persistent

Yes /No

Yes

Yes

Yes

Yes

Yes

AM394433983821en-010103 | 9© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

BACnet Objects - Analog Value

Ident

AV:27

Objec t /

Parameter name

Alarm summary count No unit s R na na 0 na

Unit

Read/

Write

Min Max

Default

State

Resolution Description

Numerical overview about pending errors detected.
Coding for AV:27 Ala rm summary count i s:
If BV:10 is active then AV:27 is 1.0.
If BV:11 is active then AV:27 is 2.0.
If BV:12 is active then AV:27 is 4.0 .
If BV:13 is active then AV:27 is 8. 0.
If BV:14 is active then AV:27 is 16.0.
If BV:15 is active then AV:27 is 32.0 .
If BV:16 is active then AV:27 is 6 4.0.
If BV:17 is active then AV:27 is 128.0.
If BV:18 is active then AV:27 is 25 6.0.
If BV:19 is active then AV:27 is 512.0.
If BV:20 is act ive then AV:27 is 1024.0.
If BV:21 is active t hen AV:27 is 2048.0.
If BV:22 is act ive then AV:27 is 4096.0.
If BV:23 is act ive then AV:27 is 8192.0.
If BV:24 is acti ve then AV:27 is 16384.0.
If BV:25 is act ive then AV:27 is 32768.0.
If BV:26 is acti ve then AV:27 is 65536.0.
e.g. if both BV:11 & BV:12 are active then AV:27 is 6.0 .
This objec t is supporte d by COV

Persistent

Yes /No

No

Ident

AV: 43 Pulse volume

AV: 44 Volume counter m3 R 0 na 0 Total accumulated water volume

AV: 45 Pulse counter pulse R 0 na 0 Total accumulated number of pulses Total accumulated n umber of pulses re ceived from flo w sensor Yes

Objec t /

Parameter name

Litre/pulse

Read/

Unit

(l/p)

Min Max

Write

R/W 0 na 0 Pulse v olume of connec ted flow sensor

Default

Description Information

State

Adapts auto matically to the se lected AB- QM valve, but can be o verwritten
manually. If se t to 0 NovoCon only cou nt pulses and do not pe rform flow
measureme nts based on rece ived pulses. Thi s can be used to conne ct e.g.
water meter or energy meter.

Total accumulat ed water volume pas sed through the va lve, combined
from both he ating and cooling

BACnet Objects - Binary Value

Objec t /

Ident

Parameter name

BV: 25 Warning: Flow ou t of expectat ions R ON OFF na Warnin g for lower or highe r flow than expe cted No

BV: 26 Warning: No fl ow detected R ON OFF na No flow detected with flow sensor No

Read/ Write

Active Tex t

(1)

Inactive

Text (0)

Default

State

Description

Persistent

Yes /No

Yes

Yes

Persistent

Yes /No

10 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

2. NovoCon® M

2.1 Description

2.2 Ordering

DN40 - DN100

With latest update on firmware for NovoCon®,
flow sensor can be connected to NovoCon®

NovoCon® M actuator can be used for solutions
with sizes from DN40 to DN100.

actuator, for precise measurement of flow.

AB-QM threaded version (with test plugs and without test plugs) - External thread

Picture DN

Typ e

Q

(l/h)

nom.

Ext. thread

(ISO 228/1)

With test plugs Without test plugs

Code No. Code No.

40

50

* AB-QM D N 15 -32 w/o TP can not be upgraded to ve rsion with TP

7,500

12,500

AB-QM flanged version

Picture DN

50 12,500
65 20,000 0 03Z17 73

65 HF 25,000 0 03Z17 93

80 28,000 0 03Z17 74

80 HF 40,000 003 Z1794

100 38,000 00 3Z1775

100 H F 59,000 0 03Z17 95

Temperature sensors

Typ e

Immersed Pt 1000 / Ø 5.2 mm / 1.5 m cable, MID
Immersed Pt 1000 / Ø 5.2 mm / 3.0 m cable, MID

Code No.

187F3 418

187F3419

Q

(l/h)

G 2 A

G 2 ½ A

nom.

00 3Z1770

00 3Z1771

Flange

connection

(E N 1092-1)

PN 16

*

Code No.

00 3Z177 2

Accessories

Designation Code No.

Immersion brass-pockets, 52 mm, Ø 5.2 pair,
MID. For pipes DN40- 65

Immersion brass-pockets, 85 mm, Ø 5.2 pair,
MID. For pipes DN80-125

087G6054

087G6055

AM394433983821en-010103 | 11© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

2.3 Technical data NovoCon® M

Power supply V 24 ±25% ac/dc

Power consumption

Frequency Hz 50 /60±10%

Control signal

Impedance

Closing force N 550
Max. stroke mm 20
Position accuracy mm ± 0.2
Actuator sp eed selections (open to close) s/mm 3, 6, 12, 24, Constant Time
Max. medium temperature
Ambient temperature –10 … 50
Storage and transport temperature –40 … 70
Ambient humidity 5-95% r.h., non-condensing (according to EN 60730-1)
Protection class III
Grade of enclosure IP 54
Weight kg 0.5

running VA <3.5@24Vac / <2. 0@24Vdc
standby W 2.0 ac / 0.9 dc

VDC BACnet MS/TP, Modbus RTU, 0 -10, 0-5, 2-10, 5-10, 2-6, 6-10

mA 0 -20, 4 -20

°C

Rin 90k Ω (V). 500 Ω (mA)

Rout 250Ω

120

2.4 I/O connections
NovoCon® M

2.5 Immersed sensor

With latest update on firmware for NovoCon®, flow sensor can be connected to NovoCon® actuator,
for precise measurement of flow.

NovoCon® M actuator can be used for solutions with sizes from DN40 to DN100.

+24V
0V
A+
B−
GND
T3

R on R off

T2
T1
GND
GND
AO
AI

GND is common for a ll signals

Temperature sensors Installation Ty pe

Immersed

(direct) or
in pocket
(indirect)

24V AC/DC

BACnet MS/TP or
Modbus RTU

Temperature
sensor 3

Temperature
sensor 1

Analog
output

Temperature
sensor 2

Analog input

Diameter

D (mm)

Pt 1000 Ø5.2 45

Length

L (mm)

Sensors pockets Typ e Brass

Sensor

diameter

Length

(mm) Ø 5.2

L1 (mm ) 60 93

L (mm) 52 85

12 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

2.6SonoSensor 30

2.6.1 Description

MID examination certificate no.:
LT-1621-MI004-030

SonoSensor 30 is an ultrasonic flow sensor
especially designed for heating, cooling or
combined heating/cooling application in local
and district energy systems. It can be used in
conjunction with the type approved heating/
cooling energy calculator (e.g. Infocal 9) to form
combined heating/cooling energy meter.
SonoSensor 30 has been approved according to
MID in accuracy class 2. The flow sensor can be
mounted in both flow and return pipe.

Features

• Available in nominal flow rates qp 0.6, 1.0,

• 1.5, 2.5, 3.5, 6.0, 10.0, 15.0, 25.0, 40.0, and 60.0

• m³/h

• Housings with thread (G3/4 to G2) or flange
(DN20 to DN100) connections

• MID approval for ultrasonic flow sensor with
dynamic range of 1:100 (qi:qp) in class 2

• Optional dynamic range of 1:250 in class 2
(with the exceptions of sensors qp 0.6 m3/h,

1.0 m3/h and 3.5 m3/h)

• Temperature range: 5 - 130 °C

• Operating pressure PN 16 or PN 25 bar

• Flow sensor with IP65 protection class and
IP67 for heating/cooling application.

• Battery lifetime not less than 12 years

• Low pressure loss, insensitive to dirt

• No inlet or outlet restrictions up to DN50

• Short overload temperature up to 150 °C

2.6.2 Technical
specifications

Diameter DN40 DN 50 DN 65 DN 80 DN 100

Connection type G2 FL FL FL FL
Overall length, mm 300 270 300 300 360

Flow rate

Nominal, m3/h 10 15 25 40 60
Maximum, m3/h 20 30 50 80 120
Minimum, l/h 40 10 0 60 15 0 25 40 60
Starting flow rate, l/h 20 30 120 200 300
Pressure loss at qp, mbar 180 120 200 180 18 0
Max. operating pressure 25 bar
Flow sensor temp. range 5 to 130°C (short overload 150°C)
Flow sensor to electronic

box cable length
Medium Water quality with pH 7 to 9.5
Volume measuring cycles 1 second

Supply voltage

Battery lifetime Not less than 12 years
Approval EN1434 class 2
Environmental class class C
Ambient class E2 + M1
Protection class 65 (IP67 for heating/cooling)
Ambient operating temp. +5°C to +55°C
Max. ambient humidity <93% rel. humidity

3.6V DC Lithium batter y (AA-cell)/ Mains supply 24V AC/DC

Mains supply 230V AC (with external 230V to 24V AC transformer)

1.2m up to DN32

2.5m up to DN40 to DN100

AM394433983821en-010103 | 13© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

2.7 Cross reference table AB-QM - NovoCon®M - Flow sensor:

Valve

code

00 3Z1770

00 3Z1771

00 3Z177 3

00 3Z179 3

00 3Z1774

00 3Z179 4

00 3Z1775

00 3Z179 5

Valve name

AB-Q M NovoCon DN40

7. 5 m3 /h

AB-Q M NovoCon DN50

12. 5 m3/ h

AB-Q M NovoCon DN65

20.0 m3/h

AB-Q M NovoCon DN65 HF

25.0 m3/h

AB-Q M NovoCon DN80

28.0 m3/h

AB-Q M NovoCon DN80 HF

40.0 m3/h

AB-Q M NovoCon DN100

38.0 m3/h

AB-Q M NovoCon DN100 HF

59.0 m3/ h

Valve

connection

thread

thread

flange

flange

flange

flange

flange

flange

Actuator

code

003Z8540

003Z8540

003Z8540

003Z8540

003Z8540

003Z8540

003Z8540

003Z8540

Actuator

name

NovoCon M

NovoCon M

NovoCon M

NovoCon M

NovoCon M

NovoCon M

NovoCon M

NovoCon M

Flowmeter

code

187F3776

187F3776

187F3777

187F3778

187F3778

187F3779

187F3779

187F3780

SonoS30 DN 40 Qp 10.0 m3/h thread /

SonoS30 DN 40 Qp 10.0 m3/h thread /

SonoS30 DN5 0 Qp 15.0 m3/h flange /

SonoS30 DN 65 Qp 25.0 m3/h flan ge /

SonoS30 DN 65 Qp 25.0 m3/h flan ge /

SonoS30 DN 80 Qp 40.0 m3/h f lange /

SonoS30 DN 80 Qp 40.0 m3/h f lange /

SonoS30 DN100 Qp 6 0.0

Flowmeter name

m3/h

Flowmeter

connection

flange /

NovoCon

S cable

Temperature

sensor code

(PT1000)

Temperature
pockets code

187F3 418 087G6054

187F3 418 087G6054

187F3419 087G6054

187F3419 087G6054

187F3419 087G6055

187F3419 087G6055

187F3419 087G6055

187F3419 087G6055

2.8 Commissioning/wiring

NovoCon® M supports connection of flow sensor directly to NovoCon® inputs. Flow sensor must be
connected to T3 and GND terminal. NovoCon must be set to digital mode (MSV:9/32810 = 2). You also
need to select T3 (MSV: 44/32821) input for connecting flow sensor.

To get right flow sensor value it is verry important to set right value of liters per pulse on NovoCon®
(AV: 43/32864). Usually this is written on flow sensor specification sheet. If we would like to use flow
sensor for calculating energy we must also change register MSV12/32814*.

T3

NovoCon® M

+24V
0V
A+
B−
GND
T3

R on R off

T2
T1
GND
GND
AO
AI

SonoSensor 30

18
19

Terminal Nr. Description

19 Volume pulse putput (+)
18 Ground (-)

Object/Register Write/read value Description

MSV:44 / 32824 3: Flow sensor T3 input
AV:43 / 32864 0,04 (depends on flow sensor) Pulse volume (liter/pulse)
MSV:12 / 32814 3: ON, flow sensor on return pipe Energy counting method*

*Energy counting method
MSV: 12 / 32814
State 1: Off
NovoCon® M is not calculating energy.
State 2: On, indicated flow
NovoCon® M is calculating energy based on temperature difference between T1 and T2 and using
indicated flow.
State 3: On, flow sensor on return pipe
NovoCon® M is calculating energy based on temperature difference between T1 and T2 and using
flow from flow sensor installed on return pipe.
State 4: On, flow sensor on supply pipe
NovoCon® M is calculating energy based on temperature difference between T1 and T2 and using
flow from flow sensor installed on supply pipe.

14 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

2.9 BACnet and Modbus

2.9.1 Modbus registers

Configuration

Modbus

Read/

register

0x802E

32814

Modbus

Write

function

R/W 3, 4 & 6 WORD

Configuration #2

Modbus

Read/

register

0x8033

32819

0x8034

32820* *

0x8035

32821

0x8036

32822

0x8 037

32823

0x8038

32824**

0x8060

32864

** Only for No voCon M, L/XL

Modbus

Write

function

R/W 3, 4 & 6 WO RD

R/W 3, 4 & 6 WO RD

R/W 3, 4 & 6 WO RD AI input

R/W 3, 4 & 6 WO RD T1 input Different op tions for T1 termin al

R/W 3, 4 & 6 WO RD T2 inpu t Dif ferent options fo r T2 terminal

R/W 3, 4 & 6 WO RD T3 inpu t Dif ferent options fo r T3 terminal

R/W 3, 4 & 16 FLOAT Pulse volume

Modbus

Data
Typ e

Modbus

Da ta Typ e

Objec t /

Parameter

name

Energy counting

method

Objec t / Parameter
name

T1, T2 temper ature
sensor type

T3 tempe rature
sensor type

Description

1: Off
2: On, indi cated flow
3: On, flo w sensor on return p ipe
4: On, fl ow sensor on supply p ipe

Description

Selec t the type of Temper ature
sensor co nnected for T1 an d T2.

Selec t the type of Temper ature
sensor connected for T3.

Diffe rent options for an alog input
terminal

Pulse volu me of connected f low
sensor

Default

Description of usage

State

Sta te 1: Off

NovoCon® is n ot calculating en ergy.
State 2: O n, indicated fl ow
NovoCon® is calculating energy based on temperature difference between T1
and T2 and u sing indicated f low.

1: Of f

State 3: On , flow sensor on r eturn pipe
NovoCon® is calculating energy based on temperature difference between T1
and T2 and u sing flow from f low sensor insta lled on return pip e.
State 4: On, flow sensor on supply pipe
NovoCon® is calculating energy based on temperature difference between T1
and T2 and using flow from flow sensor installed on supply pipe.

Default

State

3: PT1000 na

3: PT1000 na

2: Analog

input

2: Supply

temp.

3: Return

temp.

2: Control

temp.

0,4 l/p

Unit Description of usage

Select temperature sensor type:
1: NTC10k Type 2

Select temperature sensor type:
1: NTC10k Type 2
2: NTC10k Type 3

1: Disabled

na

2: Analog i nput (voltage/curr ent)
3: Flow sensor

1: Disabled

na

2: Supply temperature
1: Disabled

na

2: Supply temperature
1: Disabled

na

2: Control te mperature sens or
Adapts au tomatically to the s elected AB- QM valve, but

can be over written manu ally. If set to 0 NovoCon o nly

Litre/

count puls es and do not perf orm flow measur ements

pulse

based on r eceived pulses . This can be used to co nnect
e.g. water meter or energy meter.

2: NTC10k Type 3
3: PT1000

3: PT1000
4: PT500
5: PT 100

3: Return temperature
4: Flow sensor

3: Return temperature
4: Flow sensor

3: Flow sensor Yes

Persistent

Yes /No

Yes

Persistent

Yes /No

Yes

Yes

Yes

Yes

Yes

Yes

Operating

Modbus

Read/

register

0x8 210

33296

0x 8212

33298

Modbus

Write

function

R 3, 4 FLOAT Volume counter Total accumulated water volume 0 L

R 3, 4 FLOAT Pulse counter Total accumulated number of pulses 0 pulse

Alarms & warning

Modbus

Read/

register

0x8300

33536

Modbus

Write

function

R 3, 4 F LOAT

Modbus

Data

Object / Parameter name Description

Typ e

Modbus

Da ta Typ e

Object / Parameter name Description

Warning: Fl ow out of expect ations War ning for lower or hi gher flow than ex pected 0: OFF B it 25 0: OFF 1:ON No

Warning: N o flow detecte d Flo w sensor does not re cognize any flow, th rough flow sens or 0 : OFF Bit 26 0: O FF 1:ON No

Default

State

Unit Description of usage

Total accumul ated water volume pa ssed
through th e valve, combined f rom both
heating and cooling
Total accumul ated number of puls es received
from flow sensor

Default

State

Description of usage

Persistent

Yes /No

Yes

Yes

Persistent

Yes /No

AM394433983821en-010103 | 15© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

2.9.2 BACnet Objects - Multi State Value

Ident

MS V:12 Energy counting method R/W

MSV :14**

MSV :15**

MSV : 41 AI input R/W

MSV: 42 T1 inpu t R/W

MSV: 43 T2 input R/W

MSV: 44** T3 input R/W

Objec t /

Parameter name

T1, T2 temperat ure sensor
type

T3 temper ature
sensor type

** Only for No voCon M, L/XL

BACnet Objects - Analog Value

Ident

AV:27

Objec t /

Parameter name

Alarm summary count No unit s R na na 0 na

Read/

St ate Te xt Defaul t State Description

Write

1: Off
2: On, indic ated flow
3: On, flow s ensor on return pi pe
4: On, flow sensor on supply pipe

Select t emperature sens or type:
1: NTC10k Type 2
2: NTC10k Type 3

R/W

3: PT1000
4: PT500
5: PT10 0

Select t emperature sens or type:
1: NTC10k Type 2
2: NTC10k Type 3

R/W

3: PT1000
4: PT500
5: PT10 0

1: Disabled
2: Analog inp ut (voltage/curre nt)
3: Flow sensor ( pulse counter)

1: Disabled
2: Supply temperature
3: Return temperature
4: Flow sensor

1: Disabled
2: Supply temperature
3: Return temperature
4: Flow sensor

1: Disabled
2: Control temperature
3: Flow sensor

Read/

Unit

Write

Min Max

1: Of f

3: PT1000 Select t he type of Temperat ure sensor conne cted for T1 and T2. Yes

3: PT1000 Select t he type of Temperat ure sensor conne cted for T3 Yes

2: Analog input Dif ferent options f or analog input ter minal Yes

2: Supply temp.

3: Return temp.

2: Control temp.

Default

State

Stat e 1: Off

NovoCon® is not c alculating ene rgy.
State 2: On , indicated flo w
NovoCon® is cal culating energ y based on temper ature differe nce between T1 and T 2 and using indica ted
flow.
State 3: On, f low sensor on ret urn pipe
NovoCon® is cal culating energ y based on temper ature differe nce between T1 and T 2 and using flow f rom
flow sens or installed on re turn pipe.
State 4: On, flow sensor on supply pipe
NovoCon® is cal culating energ y based on temper ature differe nce between T1 and T 2 and using flow f rom
flow sensor installed on supply pipe.

Differ ent options for T1 ter minal
If MSV:24 or MSV:2 5 or MSV:26 is on value 3, th en value is for resis tance, not tempe rature.

Differ ent options for T2 te rminal
If MSV:24 or MSV:2 5 or MSV:26 is on value 3, th en value is for resis tance, not tempe rature.

Differ ent options for T3 te rminal
If MSV:24 or MSV:2 5 or MSV:26 is on value 3, th en value is for resis tance, not tempe rature.

Resolution Description

Numerical overview about pending errors detected.
Coding for AV:27 Ala rm summary count i s:
If BV:10 is active then AV:27 is 1.0.
If BV:11 is active then AV:27 is 2.0.
If BV:12 is active then AV:27 is 4.0 .
If BV:13 is active then AV:27 is 8. 0.
If BV:14 is active then AV:27 is 16.0.
If BV:15 is active then AV:27 is 32.0 .
If BV:16 is active then AV:27 is 6 4.0.
If BV:17 is active then AV:27 is 128.0.
If BV:18 is active then AV:27 is 25 6.0.
If BV:19 is active then AV:27 is 512.0.
If BV:20 is act ive then AV:27 is 1024.0.
If BV:21 is active t hen AV:27 is 2048.0.
If BV:22 is act ive then AV:27 is 4096.0.
If BV:23 is act ive then AV:27 is 8192.0.
If BV:24 is acti ve then AV:27 is 16384.0.
If BV:25 is act ive then AV:27 is 32768.0.
If BV:26 is acti ve then AV:27 is 65536.0.
e.g. if both BV:11 & BV:12 are active then AV:27 is 6.0 .
This objec t is supporte d by COV

Persistent

Yes /No

Yes

Yes

Yes

Yes

Persistent

Yes /No

No

Ident

AV: 43 Pulse volume

AV: 44 Volume counter m3 R 0 na 0 Total accumulated water volume

AV: 45 Pulse counter pulse R 0 na 0 Total accumulated number of pulses Total accumul ated number of puls es received from f low sensor Yes

Objec t /

Parameter name

Litre/pulse

Read/

Unit

(l/p)

Min Max

Write

R/W 0 na 0 Pulse v olume of connec ted flow sensor

Default

State

Description Information

Adapts auto matically to the se lected AB- QM valve, but can be o verwritten
manually. If se t to 0 NovoCon only cou nt pulses and do not pe rform flow
measureme nts based on rece ived pulses. Thi s can be used to conne ct e.g.
water meter or energy meter.

Total accumulat ed water volume pas sed through the va lve, combined
from both he ating and cooling

BACnet Objects - Binary Value

Objec t /

Ident

Parameter name

BV: 25 Warning: Flow ou t of expectat ions R ON OFF na Warning fo r lower or higher f low than expec ted No

BV: 26 Warning: No fl ow detected R ON OFF na No flow detected with flow sensor No

Read/
Write

Active

Tex t (1)

Inactive

Text (0)

Default

State

Description

Persistent

Yes /No

Yes

Yes

Persistent

Yes /No

16 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3. NovoCon® L/XL

3.1 Description

With latest update on firmware for NovoCon® L/
XL, flow sensor can be connected to NovoCon®
actuator, for precise measurement of flow.
NovoCon® L actuator can be used for solutions
with sizes from DN125 to DN150.

NovoCon® XL actuator can be used for solutions
with sizes from DN200 to DN250.

Novo Con® XLNovo Con® L

3.2 Ordering

DN125 - DN250

AB-QM flanged version

Picture DN

125 90,000

125 HF 110,000 003Z0 715

150 145,000 003Z0706

150 HF 190,000 003Z 0716

200 200,000 003Z0707

200 HF 270,000 00 3Z0717

250 300,000 003Z070 8

250 HF 370,000 003Z 0718

Temperature sensors

Typ e

Immersed Pt 1000 / Ø 5.2 mm / 3.0 m cable,
pair, MID

Code No.

187F3419

Q

(l/h)

nom.

Flange

connection

(E N 1092-1)

PN 16

Code No.

003Z0705

Accessories

Designation Code N o.

Immersion brass-pockets, 85 mm, Ø 5.2 pair,
MID. For pipes DN80-125

Immersion brass-pockets, 120 mm, Ø 5.2 pair,
MID. For pipes DN150-200

Immersion stainless steel-pockets, 155mm,
Ø

5.2 pair, MID. For pipes DN250

087G6055

087G6056

087G6059

AM394433983821en-010103 | 17© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3.3 Technical data

1)

Factory se tting of the valve is done at

nominal setting range.

2)

Re gardless of the setting, th e valve

can modulate be low 1 % of set flow.

3)

Wh en set above 100 %, minimum

starting pres sure needed is higher,
see figure s in the ().

4)

In case A B-QM is used above 400 k Pa

differe ntial pressure contact Danfoss
design center to assure p roper
design.

5)

At mi n differential pressure val ve

reaches at leas t 90% of nominal
flow. Declarati on of performance is
available upon request.

Pc - pressure controll er part
Cv - Control valve part

Nominal diameter DN 125 12 5 HF 150 150 HF 200 200 HF 250 250 HF

Flow range

Setting range

Diff. pressure

3),

4),

5)

Q

nom

Q

high

2)

p
p

(100 %)

3)

min

max

1)

90,000 110,000 145,000 190,000 200,000 270,000 300,000 370,000

l/h

100,000 120,000 160,000

209,000

% 40 -110

40 (60) 60 (80) 40 (60) 60 (80) 45 (65) 60 (80) 45 (65) 60 (80)

kPa

600 600

600

600 600 600 600 600

220,000

300,000 330,000 407,000

Pressure stage PN 16
Control range 1:1000
Control valve’s characteristic Linear (could be converted by actuator to equal percentage)
Leakage rate with recommended

actuators

max.0.01 % of Q

nom

Water and water mixture for closed heating and cooling systems according to plant t ype

Flow medium

I for DIN EN 14868. When used in plant Type II for DIN EN 14868 appropriate protec tive

measures are taken. The requirements of VDI 2035, part 1 + 2 are observed.
Medium temperature
Storage and transport temp. –40 … 70

°C

−10 ... +120

Stroke mm 30

Connection

flange PN 16
actuator Danfoss standard

Materials in the water

Valve bodies Grey iron EN-GJL-250 (GG 25)
Membranes/ Bellow W.Nr.1. 4571 EPDM
O-rings EPDM
Springs W. Nr.1.4401 W.N r.1.4310
Cone (Pc) W.Nr.1.4404NC W.Nr.1.4021
Seat (Pc) W.N r.1.4027
Cone (Cv) W.Nr.1.4404NC W.N r.1.4021
Seat (Cv) W.N r.1.40 27
Screw W.N r.1.1181
Flat gasket Graphite gasket Non asbestos

3.4 I/O connections on
NovoCon® L, XL

Flow sensor can be connected on any input on NovoCon® L/XL. Danfoss recommends using T3 input,
so NovoCon® can still be controlled over AI and keep energy features.

GND is common for a ll signals

18 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3.5 Immersed sensor

3.6 SONO 3500 CT

3.6.1 Description

Temperature sensors Installation Ty pe

Sensors pockets Typ e Brass Stainless steel

The SONO 3500 CT is an ultrasonic flow sensor
especially designed for heating, cooling or
combined heating/cooling application in local
and district energy systems. In combination with
INFOCAL 9 it becomes energy meter for heating
or cooling.

Immersed
(direct) or

in pocket
(indirect)

Sensor

diameter

Length

Diameter

D (mm)

Pt 1000 Ø 5.2 45

(mm) Ø 5. 2 Ø 5.2

L1 (mm ) 93 128 168

L (mm) 85 120 15 5

Length

L (mm)

The SONO 3500 CT has been approved according
to MID class 2. The approved flow sensor consists
of a flow sensor pipe, 4 transducers with cables
and a transmitter with LCD display.

Features

• Ultrasonic 2-path flow sensor secures
measurement and optimum accuracy

• Galvanically isolated digital output for easy
connection to energy calculator INFOCAL 9

• 115 / 230 V mains-powered with back-up
battery as standard version in case of mains
power failure

• Optional battery-powered version

(up to 6 years lifetime)

• Fast measuring frequency 15 Hz / 0.5 Hz
(230 V AC / Battery)

• Compact (standard) or remote mounting

• No pressure drop

• Long-term stability

• Easy one-button straight forward display

AM394433983821en-010103 | 19© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3.6.2 Technical specifications

Diameter Nominal DN (mm) 100 12 5 150 2 250 300 35 40 500 60 7 800 900 1000 120 0

Nominal qp (m3/h) 120 200 300 500 800 1120 150 0 190 0 2950 430 0 5800 7600 10000 10000 10000

Highest

Flow rate
ranges

operatable

Maximum q

Minimum qi (m3/h) 1. 2 2 3 5 8 11 .2 15 19 29.5 43 58 76 100 10 0 200

Cut−o ff m3/h 0. 3 0.5 0.75 1.25 2 2.8 3.75 4.75 7. 375 10.75 14. 5 19 25 30 45

Operating
pressure

Maximum PN (bar) 16/40 16/25/4 0 16/2 5 16

Dynamic range qi : q
Pulse output value l/p 2.5 2.5 2.5 10 10 10 10 50 50 100 10 0 100 100 100 100
Pulse width ms 5
Flow velocity m/s 0.02 … 9
Measuring frequency Hz 15 Hz (mains supply - standard) / 0.5 Hz (battery supply)

Power supply

Medium Heating water, according to VDI-2035 (pH 8.2 - 10.5), industrial VdTÜV 1466 and AGFW FW510

Media/
surface
temperature

Compact

standard

Remote °C 5 … 200

Environmental class MID class E2 + M1

Protection class IP 67 according to EN 60529 and DIN 40050 (NEMA 4X/6)

Basic
features

Storage

temperature

Ambient

temperature
Pipe material Carbon Steel EN 1.0345 / P235 GH, painted in light-gray

Remote version cable length 5 m / 10 m / 20 m / Max. 30 m between transmitter and flow sensor

qs (m3/h) 180 280 420 700 11 20 156 0 210 2660 4130 6020 812 0 106 40 14000  

(m3/h) 189 294 4 41 735 1176 16 38 2205 2793

max

p

Mains supply

(standard)

Batter y

supply

115 / 230 V AC, including 3.6 V single batter y backup

3.6 V battery version, incl. dual battery pack

1:100 1:50

4336.5

6321 8526 11172 147 00 1470 0 1470 0

°C 5 … 120

°C − 40 … 85

°C −10 … 55

3.7 Cross reference table AB-QM - NovoCon®M - Flow sensor:

Valve

code

003Z0705

003 Z0715

003Z0706

003 Z0716

003Z0707

00 3Z0717

003Z0708 AB-QM DN25 0 300.0 m3/h flange 003Z8 563 Novo Con XL 187F3532 SO NO 3500 CT DN150 Qp 150.0 m3/h flange / 187F3419 087G6059

003 Z0718 AB- QM DN250 HF 370.0 m3/h f lange 003Z8563 Novo Con XL 187F3532 SO NO 3500 CT DN150 Qp 150.0 m3/h flange / 187F3419 087G6059

Valve name

AB-Q M DN12 5 90.0 m3/h

AB-Q M DN12 5 HF 110.0 m3/h

AB-Q M DN15 0 150.0 m3/h

AB-Q M DN15 0 HF 190.0 m3/h

AB-Q M DN200 220.0 m3/h

AB-Q M DN200 HF 285.0 m3/h

Valve

connection

Actuator

code

flange 0 03Z8560 NovoCo n L 187F3530 SONO 350 0 CT DN100 Qp 60.0 m3/h flange / 187F3419 087G6055

flange 0 03Z8560 NovoCo n L 187F3530 SONO 350 0 CT DN100 Qp 60.0 m3/h flange / 187F3419 087G6055

flange 0 03Z8560 NovoCo n L 187F3531 SONO 35 00 CT DN125 Qp 100.0 m3/h f lange / 187F3419 087G6056

flange 0 03Z8560 NovoCo n L 187F3531 SONO 35 00 CT DN125 Qp 100.0 m3/h f lange / 187F3419 087G6056

flange 0 03Z8563 N ovoCon XL 187F3531 SON O 3500 CT DN125 Qp 100.0 m3/h flange / 187F3419 087G6056

flange 0 03Z8563 N ovoCon XL 187F3532 SONO 3500 C T DN150 Qp 150.0 m3/h flange / 187F3419 087G6056

Actuator

name

Flowmeter

code

Flowmeter name

Flowmeter

connection

NovoCon S

cable

Temperature

sensor code

(PT1000)

Temperature

pockets

code

20 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3.8 Commissioning/wiring

NovoCon® L/XL supports connection of flow sensor directly to NovoCon® inputs. Flow sensor must be
connected to T3 and GND terminal. NovoCon must be set to digital mode (MSV:9/32810 = 2). You also
need to select T3 (MSV: 44/32821) input for connecting flow sensor.

To get right flow sensor value it is verry important to set right value of liters per pulse on NovoCon®
(AV: 43/32864). Usually this is written on flow sensor specification sheet. If we would like to use flow
sensor for calculating energy we must also change register MSV12/32814*.

T3

GND si common for all signals

Object/Register Write/read value Description

MSV:44 / 32824 3: Flow sensor T3 input
AV:43 / 32864 0,04 (depends on flow sensor) Pulse volume (liter/pulse)
MSV:12 / 32814 3: ON, flow sensor on return pipe Energy counting method*

NovoCon L/XL

SONO 3500 CT

56
57

Terminal Nr. Description
56 Volume pulse output (+)
57 Ground (-)

*Energy counting method
MSV: 12 / 32814
State 1: Off
NovoCon® L/XL is not calculating energy.
State 2: On, indicated flow
NovoCon® L/XL is calculating energy based on temperature difference between T1 and T2 and using
indicated flow.
State 3: On, flow sensor on return pipe
NovoCon® L/XL is calculating energy based on temperature difference between T1 and T2 and using
flow from flow sensor installed on return pipe.
State 4: On, flow sensor on supply pipe
NovoCon® L/XL is calculating energy based on temperature difference between T1 and T2 and using
flow from flow sensor installed on supply pipe.

AM394433983821en-010103 | 21© Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3.9 BACnet and Modbus

3.9.1 Modbus registers

Configuration

Modbus
register

0x802E

32814

Read/
Write

R/W 3, 4 & 6 WORD

Modbus
function

Modbus

Configuration #2

Modbus

Read/

register

0x8033

32819

0x8034

32820* *

0x8035

32821

0x8036

32822

0x8 037

32823

0x8038

32824**

0x8060

32864

* Not suitable for SO NO 3500 CT!
** Only for No voCon M, L/XL

Modbus

Write

function

R/W 3, 4 & 6 WO RD

R/W 3, 4 & 6 WO RD

R/W 3, 4 & 6 WO RD AI inp ut

R/W 3, 4 & 6 WO RD T1 input Differen t options for T1 term inal

R/W 3, 4 & 6 WO RD T2 input Differen t options for T2 ter minal

R/W 3, 4 & 6 WO RD T3 input Differen t options for T3 ter minal

R/W 3, 4 & 16 FLOAT Pulse volume

Data
Typ e

Modbus

Da ta Typ e

Objec t /

Parameter

name

Energy counting

method

Objec t /
Parameter name

T1, T2 temper ature

sensor type

T3 tempe rature

sensor type

Description

1: Off
2: On, indi cated flow
3: On, flo w sensor on return p ipe
4: On, fl ow sensor on supply p ipe

Description

Selec t the type of Temper ature
sensor co nnected for T1 an d T2.

Selec t the type of Temper ature
sensor connected for T3.

Diffe rent options for an alog input
terminal

Pulse volu me of connected f low
sensor

Default

Description of usage

State

Sta te 1: Off

NovoCon® is n ot calculating en ergy.
State 2: O n, indicated fl ow
NovoCon® is calculating energy based on temperature difference between
T1 and T2 and u sing indicated f low.

1: Of f

State 3: On , flow sensor on r eturn pipe
NovoCon® is calculating energy based on temperature difference between
T1 and T2 and u sing flow from f low sensor insta lled on return pip e.
State 4: On, flow sensor on supply pipe
NovoCon® is calculating energy based on temperature difference between
T1 and T2 and u sing flow from f low sensor insta lled on supply pi pe.

Default
State

3: PT1000 na

3: PT1000 na

2: Analog

input

2: Supply

temp.

3: Return

temp.

2: Control

temp.

0,4 l/p

Unit Description of usage

Select temperature sensor type:
1: NTC10k Type 2

Select temperature sensor type:
1: NTC10k Type 2
2: NTC10k Type 3

1: Disabled

na

2: Analog i nput (voltage/curr ent)
3: Flow sensor*

1: Disabled

na

2: Supply temperature

1: Disabled

na

2: Supply temperature

1: Disabled

na

2: Control te mperature
sensor

Adapts au tomatically to the s elected AB- QM valve, but
can be over written manu ally. If set to 0 NovoCon o nly

Litre/

count puls es and do not perf orm flow measur ements

pulse

based on r eceived pulses . This can be used to co nnect
e.g. water meter or energy meter.

2: NTC10k Type 3
3: PT1000

3: PT1000
4: PT500
5: PT 100

3: Return temperature
4: Flow sensor

3: Return temperature
4: Flow sensor

3: Flow sensor Yes

Persistent

Yes /No

Yes

Persistent

Yes /No

Yes

Yes

Yes

Yes

Yes

Yes

Operating

Modbus

Read/

register

0x8 210

33296

0x 8212

33298

Modbus

Write

function

R 3, 4 FLOAT Volume counter Total accumulated water volume 0 L

R 3, 4 FLOAT Pulse counter Total accumulated number of pulses 0 pulse

Alarms & warning

Modbus

Read/

register

0x8300

33536

Modbus

Write

function

R 3, 4 FLOAT

Modbus

Data

Object / Parameter name Description

Typ e

Modbus

Data

Object / Parameter name Description

Typ e

Warning: Fl ow out of expect ations

Warning: N o flow detecte d

Default

Unit Description of usage

State

Total accumul ated water volume pa ssed
through th e valve, combined f rom both
heating and cooling

Total accumul ated number of puls es
received from flow sensor

Warning for lower or higher f low than expected
Flow sensor does not recognize any flow, through flow

sensor

Default
State

Description of
usage

0: OFF Bit 2 5 0: OFF 1:ON No

0: OFF Bit 26 0 : OFF 1:ON No

Persistent

Yes /No

Yes

Yes

Persistent

Yes /No

22 | AM394433983821en-010103 © Danfoss | 2022.02

Fact sheet NovoCon® S, M, L, XL and Flow sensor

3.9.2 BACnet Objects - Multi State Value

Ident

MS V:12

MS V:14**

MS V:15**

MS V: 41 A I input R/W

MSV: 42 T1 i nput R/W

MSV: 43 T2 inpu t R/W

MSV: 44* * T3 input R/W

* Not suitable for SO NO 3500 CT!
** Only for No voCon M, L/XL

Objec t /

Parameter name

Energy counting

method

T1, T2 temper ature

sensor type

T3 tempe rature

sensor type

Read/

St ate Te xt Defaul t State Description

Write

1: Off
2: On, indi cated flow
3: On, flo w sensor on return

R/W

pipe
4: On, fl ow sensor on supply
pipe

Select temperature sensor
type:
1: NTC10k Type 2

R/W

2: NTC10k Type 3
3: PT1000
4: PT500
5: PT 100
Select temperature sensor
type:
1: NTC10k Type 2

R/W

2: NTC10k Type 3
3: PT1000
4: PT500
5: PT 100
1: Disabled
2: Analog i nput (voltage/
current)
3: Flow sensor*
1: Disabled
2: Supply temperature
3: Return temperature
4: Flow sensor
1: Disabled
2: Supply temperature
3: Return temperature
4: Flow sensor
1: Disabled
2: Control temperature
3: Flow sensor

1: Of f

3: PT1000 Selec t the type of Temper ature sensor conne cted for T1 and T2 . Yes

3: PT1000 Selec t the type of Temper ature sensor conne cted for T3 Yes

2: Analog input Diffe rent options for an alog input termi nal Ye s

2: Supply temp.

3: Return temp.

2: Control temp.

State 1: Off
NovoCon® is n ot calculating en ergy.
State 2: On, in dicated flow
NovoCon® is c alculating ener gy based on tempe rature differ ence between T1 a nd T2 and
using indi cated flow.
State 3: On, f low sensor on retu rn pipe
NovoCon® is c alculating ener gy based on tempe rature differ ence between T1 a nd T2 and
using fl ow from flow sens or installed on r eturn pipe.
State 4: On, f low sensor on sup ply pipe
NovoCon® is c alculating ener gy based on tempe rature differ ence between T1 a nd T2 and
using flow from flow sensor installed on supply pipe.

Diffe rent options for T1 te rminal
If MSV:24 or MS V:25 or MSV:26 is on value 3, t hen value is for res istance, not temp erature.

Diffe rent options for T 2 terminal
If MSV:24 or MS V:25 or MSV:26 is on value 3, t hen value is for res istance, not temp erature.

Diffe rent options for T 3 terminal
If MSV:24 or MS V:25 or MSV:26 is on value 3, t hen value is for res istance, not temp erature.

Persistent

Yes /No

Yes

Yes

Yes

Yes

BACnet Objects - Analog Value

Ident

AV:27 Alarm summary count No u nits R na na 0 na

Ident

AV: 43 Pulse vo lume

AV: 44 Volume counter m3 R 0 na 0 Total accumulated water volume

AV: 45 Pulse counter pulse R 0 na 0 Total accumulated number of pulses

Objec t /

Parameter name

Objec t /

Parameter name

Unit

Litre/pulse

(l/p)

Read/

Unit

Read/
Write

R/W 0 na 0 Pu lse volume of conne cted flow sens or

Write

Min Max

Min Max

Default

Default

State

Resolution Description

State

Description Information

Numerical overview about pending errors detected.
Coding fo r AV:27 Alarm su mmary count is:
If BV:10 is active the n AV:27 is 1.0.
If BV:11 is active then AV:27 is 2.0 .
If BV:12 is active then AV:27 is 4. 0.
If BV:13 is active then AV:27 is 8 .0.
If BV:14 is active then AV:27 is 16. 0.
If BV:15 is active then AV:27 is 32. 0.
If BV:16 is active the n AV:27 is 64.0 .
If BV:17 is active then AV:27 is 128.0.
If BV:18 is active the n AV:27 is 256.0.
If BV:19 is active then AV:27 is 512.0.
If BV:20 is ac tive then AV:27 is 1024.0.
If BV:21 is acti ve then AV:27 is 2048.0.
If BV:22 is ac tive then AV:27 is 4096. 0.
If BV:23 is ac tive then AV:27 is 8192.0.
If BV:24 is act ive then AV:27 is 16384.0.
If BV:25 is ac tive then AV:27 is 32768.0.
If BV:26 is ac tive then AV:27 is 65536.0.
e.g. if bot h BV:11 & BV:12 ar e active then AV:27 is 6.0.
This obje ct is support ed by COV

Adapts au tomatically to the s elected AB- QM valve, but
can be over written manu ally. If set to 0 NovoCon o nly
count puls es and do not perf orm flow measur ements
based on r eceived pulses . This can be used to co nnect
e.g. water meter or energy meter.
Total accumul ated water volume pa ssed through the
valve, com bined from both h eating and coolin g
Total accumul ated number of puls es received from
flow sensor

BACnet Objects - Binary Value

Ident

BV: 25 Warning: Flow o ut of expecta tions R ON O FF na Warning for l ower or higher fl ow than expect ed

BV: 26 Warni ng: No flow detec ted R ON OFF na No flow detected with flow sensor

Objec t /

Parameter name

Read/
Write

Active

Tex t (1)

Inactive

Text (0)

Default

State

Description

Persistent

Yes /No

No

Persistent

Yes /No

Yes

Yes

Yes

Persistent

Yes /No

No

No

AM394433983821en-010103 | 23© Danfoss | 2022.02

NovoCon® S, M, L, XL and Flow sensor

© Danfoss | DCS-SGDPT/SI | 2022.0224 | AM394433983821en-010103