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CMi4160 

– LoRaWAN

®

 Module 

 

4  

02/2021 

Table 1 provides information on how the product should be used. 

 

Table 1: Usage information 

 

4

 

INTRODUCTION 

4.1

 

PURPOSE 

This chapter provides a general description of CMi4160. In the next-coming sections you will learn 
more  about  possible  applications  for  the  product  and  how  CMi4160  can  be  combined  with  other 

products to build versatile solutions. 
 

4.2

 

APPLICATION DESCRIPTION 

CMi4160 is a cost-effective meter connectivity module mounted in a Diehl SHARKY heat meter. It uses 
a  very  energy-efficient  scheme  to  deliver  meter  data  to  a  receiving  (application)  server  over  a 

LoRaWAN

®

  network.  Meter  data  is  securely  transmitted,  using  LoRaWAN

®

  end-to-end  security 

scheme. CMi4160 can be retrofitted into  already deployed meters or mounted in the meter before 
deployment. 

4.3

 

PRODUCT FEATURES 

CMi4160 has the capability to offer a combination of battery operation with very long lifetime and a 
versatile application through its many configuration options. Key features of the module include: 

 

Extensive battery lifetime 
The module’s EcoMode feature enables the module to achieve a battery-lifetime of at least 11+1 

years. 

 

No meter installation needed  
As soon as the meter connectivity module has been mounted in the meter and activated, it will 
join the LoRaWAN

®

 network and start to deliver meter data, i.e. no  guide steps need to be 

taken in order to install the product in the meter. 

 

Easy and secure commissioning 
With Elvaco’s One-Touch Commissioning (OTC), deployment, configuration and key transferring 

can be performed in a secure and flexible way. Use the Elvaco OTC App to enter your desired 
settings and place your phone next to the meter. New settings will be applied via NFC. 

 

A unique and flexible message scheme 
CMi4160 has several different message formats to choose from. This makes it easy to customize 
the product to the unique demands of each application.  

4.4

 

COMPATIBILITY 

CMi4160 is compatible with Diehl SHARKY 775 heat meters. 

 

 
 

 
 

 

Symbol 

Description 

 

Waste electrical products should not be disposed of with household waste. Please recycle 
where facilities exist. Contact your Local Authority for recycling advise. 

 

Electrostatic-sensitive  device.  Please  observe  the  necessary  ESD  protective  measures 
when installing the module. 

Содержание LoRaWAN CMi4160

Страница 1: ...CMi4160 LoRaWAN Module For Diehl Metering SHARKY 775 User guide...

Страница 2: ...ection of battery pack 5 5 3 3 Connection of antenna 5 5 3 4 Network preparation 6 5 3 5 Activation 6 5 3 6 Switch off reboot module 7 6 Administration reference 7 6 1 Purpose 7 6 2 Security and acces...

Страница 3: ...nnel and to incorporate these guidelines into all user guides supplied with the product Failure to comply with these precautions violates safety standards of design manufacture and intended use of the...

Страница 4: ...ttery lifetime The module s EcoMode feature enables the module to achieve a battery lifetime of at least 11 1 years No meter installation needed As soon as the meter connectivity module has been mount...

Страница 5: ...r interface ribbon cable 3 5 3 2 CONNECTION OF BATTERY PACK The CMi4160 is delivered with a battery pack Connect the battery pack to the module s power connector 4 and gently place it with in the mete...

Страница 6: ...etwork join field in the Inspect tab of the OTC App Network join When activated CMi4160 will attempt to join the LoRaWAN network The phase is indicated by short flash on red light then green and red L...

Страница 7: ...f CMi4160 6 2 SECURITY AND ACCESS CONTROL CMi4160 has a configuration lock feature which prevents unauthorized access to the module When configuration lock has been enabled a Product Access Key will b...

Страница 8: ...attery life is guaranteed by adapting the transmit interval of the module to current signal conditions On Readable Writeable Readable Writeable Transmit interval Sets the number of minutes between eac...

Страница 9: ...e meter is assumed to be in standard local time no DST When synchronizing time in the meter using the OTC App local standard time is always used even if DST is in effect The timestamped meter data sen...

Страница 10: ...oMode table If a lower transmit interval is needed for the specific data rate in order to achieve 11 years of battery life the module will adjust the parameter accordingly Table 3 shows the transmit i...

Страница 11: ...s presented Standard Figure 5 illustrates the structure of message format Standard For a detailed description of the payload see Table 5 Figure 5 Structure message format Standard DIB Field Size Data...

Страница 12: ...m3 h 023Fxxxx xxxx 10 m3 h 5 Fw temp 4 bytes INT16 Forward temperature C 0258xxxx xxxx 0 001 C 0259xxxx xxxx 0 01 C 025Axxxx xxxx 0 1 C 025Bxxxx xxxx C 6 Rt temp 4 bytes INT16 Return temperature C 025...

Страница 13: ...address 10 bytes According to M Bus EN13757 3 identification field Meter address Byte 0 1 DIF VIF code Byte 2 5 Meter ID BCD8 lsByte msByte Byte 6 7 Meter manufacturer lsByte msByte Byte 8 Meter vers...

Страница 14: ...day and the data message at least regulated by transmit interval parameter or EcoMode once every day The transmit interval can only be set the values listed in Table 10 Note that although the meter r...

Страница 15: ...INT32 Volume m3 0413xxxxxxxx xxxxxxxx 0 001 m3 0414xxxxxxxx xxxxxxxx 0 01 m3 0415xxxxxxxx xxxxxxxx 0 1 m3 0416xxxxxxxx xxxxxxxx m3 0417xxxxxxxx xxxxxxxx 10 m3 3 Meter address 10 bytes According to M...

Страница 16: ...te to indicate that the value is not valid Table 11 Payload message format Scheduled daily redundant Scheduled Extended The data message of Scheduled mode Extended contains all the data fields from me...

Страница 17: ...flags 13 bytes INT72 Byte 0 3 DIF VIF codes 0x0DFF21E9 Byte 4 Error flags Byte 5 8 Meter ID BCD8 lsByte msByte Byte 9 10 Meter manufacturer lsByte msByte Byte 11 Meter version Byte 12 Device type 5 M...

Страница 18: ...040Fxxxxxxxx xxxxxxxx 10 MJ 04FB0Dxxxxxxxx xxxxxxxx MCal 04FB0Exxxxxxxx xxxxxxxx 10 MCal 04FB0Fxxxxxxxx xxxxxxxx 100 MCal 2 Cooling energy 8 9 bytes INT32 Energy consumption Wh J Cal 0483FF02xxxxxxxx...

Страница 19: ...is unable to communicate with the meter and retrieve meter values in which case all the fields in the payload have the DIF indicating value during error state In case of erroneous data or if the modul...

Страница 20: ...pact 0x20 Message format JSON 0x21 Message format Scheduled daily redundant 0x22 Message format Scheduled Extended 0x23 Message format Combined heat cooling 0x00070101F Sets the message format to comp...

Страница 21: ...erating humidity 0 93 RH No condensation Operating altitude 2 000 m Usage environment Indoors Storage temperature 20 60 C Radio characteristics Operating Frequency Frequency Band 863 1 864 9 K 865 1 8...

Страница 22: ...ion Description DIB Data Information Block DIF Data Information Field VIF Value Information Field MCM Meter Connectivity Module 9 2 NUMBER REPRESENTATION Decimal numbers are represented as normal numb...

Страница 23: ...CMi4160 LoRaWAN Module 23 02 2021...

Страница 24: ...www diehl com metering PfM 02 2021 Specifications subject to change without notice Diehl Metering GmbH Industriestra e 13 91522 Ansbach Phone 49 981 1806 0 Fax 49 9811806 615...

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