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6

SUBJCET TO CHANGE WITHOUT PRIOR NOTICE

4. Data display loop

 

Transmission span: daily, from 0 to 24 h

 

Transmitted data: package ‘Compact’ and ‘Extended’ (absolute counting liters of water, alarms, water temperature, CPU temperature, 
reverse flow). 

These parameters can be changed via NFC android device and Bmetering NFC Config app or via BMetering software:

 

Transmission frequency: based on data rate (refer to the table in lorawan specification)

 

Transmission span: daily, from 0 to 24 h

 

Transmitted data: depending on the type of uplink chosen (Compact, Extended, Data logger, Monitoring, Alarm History)

 

Immediate alarms: refer to the lorawan specification, available by writing to [email protected] 

 

ABP mode and keys

Preconfigured radio parameteres LoRAWAN

:

 

Transmission frequency: data rate based (every 12 hours with DR0, every 6 hours with data rate between DR1 and DR5)

 

Transmission span: daily, from 0 to 24 h

 

Transmitted data: package ‘Compact’ and ‘Extended’ (absolute counting liters of water, alarms, water temperature, CPU temperature, 
reverse flow).

 

Transmission frequency: 60 seconds (asynchronous).

 

Transmission span: Monday to Friday, from 8 to 18 h.

 

Encryption: Not available

 

Transmitted data: repeated packet cycle (‘Standard’ package for the first transmission, ‘Extended’ for the second transmission, ‘Historical’ 
for the third transmission and ‘Standard’ for the fourth transmission and so on). For the transmitted data please refer to the wm-Bus 
specification, which can be found by writing to [email protected].

Combo (output configuration L Wireless wM-BUS)

As soon as radio mode is enabled, the device sends join requests to the provisioned Network Server, according to the lorawan transmission 

standard. In addition, it activates the transmission according to the standard Wireless wm-BUS OMS v4 T1 mode (asynchronous one-way 
transmission). During the join process, the radio icon on the display will flash every second. If it succeeds, the icon will remain fixed and 
stable, otherwise it will turn off.

It is possible to change the configuration parameters via android NFC device and app BMetering NFC config downloadable from the play 
store or via BMetering software. Refer to the app manual for the list of parameters that can be changed in this mode.

During the JOIN process, if the lorawan transmission has been activated, the icon   will flash quickly on the display (1s intermittence), 
until completion and will remain active. If JOIN fails, the icon will turn off. If you use communication only wm-Bus mode the icon will always 
remain active after the passage ±5 liters. The radio icone 

  will flash quickly in case of transmission (lorawan or wm-Bus) if the counter has 

joined or the wm-Bus transmission is active after the passage of ±5 liters.

In case of Combo mode (wm-Bus and lorawan) the lorawan interface takes precedence. If the join procedure is not successful or the device 
is not connected to the network server, the icon will turn off.

During the test procedure wm-Bus and/or lorawan, the radio icon will activate in the following modes:

→ 

WMBUS_TEST_MSG

: the icons   e 

 will remain active for one minute and flash quickly on the display (1 second intervals) with each 

transmitted data packet. At the end of the procedure the icons will turn off. 
→ 

LORA_TEST_JOIN

: le icone   e 

 will flash quickly on the display (1 second intervals). If the join is executed the icon will remain active 

for 1 minute and then turn off, otherwise it will continue to flash until all the join attempts are finished. In case of force join, after the 

passage of ±5 liters, the icon will flash for a cycle of 6 minutes transmitting to each sfx data rate remaining on or off depending on the 

result of the join.

Preconfigured radio parameteres wM-

RADIO INDICATORS ON DISPLAY

Absolute count (m3)*

20 seconds (24 if no alarms are present)

Instantaneous flow rate (m3/h)*

2 seconds

Errors (if any)

4 seconds

The display will show in sequence the following default information:

Summary of Contents for HYDROSONIC-M1

Page 1: ...Function 5 Display 5 3 Radio parameters 5 Delivery status 5 Operating mode Radio activation 5 4 Device display loop 6 5 Error message 7 6 Battery and replacement procedures 8 7 Information for correct...

Page 2: ...H mm 90 93 107 114 h mm 20 21 30 28 33 01 Serial number 02 Q3 meter size 03 Measuring class installation positioning allowed RxxH horizontal installation RxxVH vertical and horizontal installation 04...

Page 3: ...itable billing of consumption possible Carefully observe the instructions in the data sheet instruction manual application notes and lid Failure to comply with the operating conditions may result in s...

Page 4: ...ulting from the use of third party seals such as corrosion of seal surfaces and threads Manually and simultaneously screw the meter fittings on both sides and then tighten in opposite directions using...

Page 5: ...ng software Packet data will be transmitted according to the default or NFC settings If the frequency is 200 seconds the transmission is asynchronous otherwise synchronous Transmission frequency confi...

Page 6: ...icon on the display will flash every second If it succeeds the icon will remain fixed and stable otherwise it will turn off It is possible to change the configuration parameters via android NFC devic...

Page 7: ...Historical Day Date 2 not displayed by default 2 seconds CRC 32 ultrasonic firmware legal part 2 seconds Every 130 seconds the display will show the following reduced cycle If an error occurs an error...

Page 8: ...recorded END BATTERY LIFE Low battery Contact supplier NFC FRAUD n Continuous NFC field detected for several consecutive minutes Reset via NFC or LORA RTC P Sudden reset of date and time detected Upd...

Page 9: ...rrect disposal 8 Technical data Model HYDROSONIC M1 Metrological class R250 R400 R500 on request Flow detection technology Ultrasonic Temperature class T50 cold water from 0 1 C to 50 C Display LCD 8...

Page 10: ...O 4064 3 2017 EN 14154 3 2005 A2 2011 OIML R 49 3 2013 EN ISO 4064 5 2017 ETSI EN 300 220 2 v3 2 1 ETSI EN 300 220 1 v3 1 1 ETSI EN 301 489 3 v 2 1 1 ETSI EN 301 489 1 v2 2 3 Welmec Guide 7 2 2020 EN...

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