Danfoss SonoMeter 30 Operation manual

www.danfoss.com
Installation & User Guide
SonoMeter 30
Ultrasonic energy meter
for heating and cooling applications

2 | © Danfoss | Energy Meters | 2016.09 VUIGJ202
Installation & User Guide SonoMeter 30

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Installation & User Guide SonoMeter 30
1. Installation
1.1. Preparation
Only qualified personnel may install the equipment, following the requirements listed in this document.
More detailed instruction can be found on www.heating.danfoss.com.
Note! This product is approved for ambient temperature between 5-55° C, but to ensure optimal conditions for
battery it is recommended to install Calculator at max. 45° C. Avoid installation stress from pipes and fittings.
Flush the system.
1.2. Identification of installation: Return/Supply pipe installation and flow direction
Flow direction
Return pipe installation
Flow direction
Supply pipe installation

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Installation & User Guide SonoMeter 30
1.3. Mounting of flow sensor
Pipe position: No limitations but avoid positions
where air can be collected.
Rotation in pipe axis: Flow sensor should be angled
in 45 to 315° to avoid air collection in flow sensor.
1.4. Mounting and sealing of calculator
Direct mounting on ultrasonic flow sensor housing, turning every 90° (only when the temperature of the
flow does not exceed 90° C):
a) On the flow sensor with a thread connection b) On the flow sensor with flange connection
On the wall:
Panel mounting on standard DIN-rail:

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Installation & User Guide SonoMeter 30
Calculator seals
1: Manufacturer adhesive seal-sticker on the access to the adjustment activation jumper -verification seal.
2: Manufacturer adhesive seal-sticker on the fixer of the cover protecting electronic module -manufacturer
security seal.
3: Mounting seal after installation.
1.5. Mounting and sealing of temperature sensors
Seal
Seal
Installation recommendations for
ball valve mounting and sealing
Installation recommendations for
direct short temperature sensors
Seal
Pocket
a) angled 45°
Seal
P
ocket
b) perpendicular
Installation recommendations for pocket temperature sensors with permanently connected signal leads.

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Installation & User Guide SonoMeter 30
1.6. Setting up the jumpers (J)
The connector J is on the calculator plate between the temperature sensors and pulse input / output con-
nection terminals (see 6.3). Joining or leaving open the connector contacts, you can choose the normal or
verification (test) mode, activate the pulse inputs or outputs:
Jumper is not set
(contacts are opened)
Jumper is set
(contacts are connected)
NORMAL MODE VERIFICATION (TEST) MODE
The first pulse output V1 is active
(terminals 52,53).
Energy as default.
The first pulse intput V1 is active
(terminals 52,53)
(Jumper must be removed when
operating in TEST mode)
The second pulse output V2 is active
(terminals 50,51).
Volume as default.
The second pulse intput V2 is active
(terminals 50,51)
(Jumper must be removed when
operating in TEST mode)
Note: On delivery the heat meter is configured with two outputs.
2. Electrical wiring
Wiring diagram 1
Jumper settings:
1: Additional pulse input V2 is on.
2: Additional pulse input V1 is on.
T1: flow temperature sensor.
T2: return temperature sensor.
V1: additional pulse input/output 1.
V2: additional pulse input/output 2.

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Wiring diagram 2
Connecting the meter to the mains
power supply, 24 V AC/DC.
230 V AC to 24 V AC transformer
must be used for connection to
230 V AC!
Calculator
Terminals Description
5 T1 supply temperature sensor
6 T1 supply temperature sensor
7 T2 return temperature sensor
8 T2 return temperature sensor
50 V2 additional pulse input/output GND
51 V2 additional pulse input/output (Volume output in TEST mode)
52 V1 additional pulse input/output GND
53 V1 additional pulse input/output (Energy output in TEST mode)
Communication modules
Terminals Description
24, 25 M-bus module (bipolar)
60, 61 12-24 V DC power supply voltage for Modbus and LON (bipolar)
90 RS-485 Modbus RTU module (+)
91 RS-485 Modbus RTU module (-)
96 LON module (line A)
97 LON module (line B)

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External power supply module
Terminals Description
54 Mains supply 24 V AC/DC (bipolar)
55 Mains supply 24 V AC/DC (bipolar)
3. Commissioning
3.1. Bleeding
1. Bleed the system until the flow rate display is steady.
2. Make sure no error codes are displayed.
3. Check the display for a plausible indication of flow rate and temperatures.
3.2. IP class
Calculator IP65
Flow sensor IP65 for heat meter
IP67 for heat and cooling meter
4. Display function overview
4.1. Menu structure
1.1 1.2 1.3 1.4 1.51.6 1.7 1.8 1.9
2.1 2.2 2.3 2.4 2.52.6.1 2.7.12xx 2.15.1
3.1 3.2 3.3 3.4 3.5 3.6.13.7 3x 3.15
L1
Integral parameters
L2
Statistical data
L3
Informative parameters
Long press
Short press

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4.2. Display symbols
Explanation of special symbols:
flow is flowing forward (right direction)
flow is flowing backwards (wrong direction)
no arrow no flow
Explanation of other symbols are described in detailed instruction on www.heating.danfoss.com.
4.3. Error codes
Error codes may consist of up to 4 symbols.
Each symbol may have values 0…8 Calculate errors
Temperature 2 errors
Temperature 1 errors
Flow errors
L1 L2 L3
Code Description
Status of calculator 0 - no error, normal operation
1 - warning – ending battery life
2 - temperature difference is greater than the permitted limits
4 - temperature difference is less than the permitted limits
8 - electronics failure
Status of temperature
sensor 2 (return pipe)
0 - no error, normal operation
4 - short circuit
8 - sensor failure (open circuit or short circuit)
Status of temperature
sensor 1 (flow pipe)
0 - no error, normal operation
4 - short circuit
8 - sensor failure (open circuit or short circuit)
Status of flow sensor 0 - no error, normal operation
1 - no signal, flow sensor is empty
2 - flow flows in an reverse direction
4 - flow rate greater than 1.2∙qs (are displayed q = 1,2qs)
8 - electronics failure
Active error codes are added and simultaneously displayed, if more than one error is detected:
• 3 - corresponds errors 2 + 1
• 5 - corresponds errors 4 + 1
• 7 - corresponds errors 4 + 2 + 1
• 9 - corresponds errors 8 + 1
• A - corresponds errors 8 + 2
• B - corresponds errors 8 + 2 + 1
• D - corresponds errors 8 + 4 + 1
• E - corresponds errors 8 + 4 + 2
• F - corresponds errors 8 + 4 + 2 +1

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5. Disposal
This symbol on the product indicates that it will not be treated as household waste.
It must be handed over to the applicable take-back scheme for the recycling of elec-
trical and electronic equipment. For more detailed information about the recycling
of this product, please contact your local municipal office.
Item Material Disposal
Battery AA-cell lithium/thionyl chloride 700 mg
lithium
Approved deposit for lithium
batteries
PCBA with display Coppered epoxy laminate components
soldered on, PC, TPE Electronic waste
Cables Copper with PUR or PVC jackets Cable recovery
Flow sensor (incl. trans-
ducer and liner) Brass, stainless steel, PPS Metal recovery
Transducer PZT, stainless steel, PEI Approved deposit for PZT
Other plastic parts PC, PPS, PEI, TPE Plastic recovery