LoRaWAN™ MULTICAL MODULE IM3060 - NAS · 2017. 10. 20. · 9 0061 - - E8 Energy register 8: [m3 • T1] 10 006E - - E9 Energy register 9: [m3 • T2] 11 0040 2 2 TA2 Tariff register

LoRaWAN™MULTICAL MODULE

IM3060

LoRaWAN™ Multical Module enables the acquisition of

consumption data from Kamstrup Multical series meters and

transmit it wirelessly to the available LoRaWAN™ network.

LoRaWAN™ Multical Module is meant to be attached to the

existing meter as internal module.

KAMSTRUP

2 LoRaWAN™ MULTICAL MODULE IM3060

OVERVIEW

Efficient

LoRaWAN™ Multical Module has bidirectional, long range transceiver with low power consumption.

IntelligentReal-time consumption data is gathered wirelessly and processed automatically. Data is accessible from your LoRaWAN™ provider.

MeteringFrequent reporting provides a detailed usage overview.

APPLICATIONS

• Long range wireless data transmission• Kamstrup data input port• Metering• Configurable reporting interval• Maintenance free - install & forget• Easy installation

FEATURES

• Secure communication• Internal BT antenna• U.fl antenna connector• Additional battery connector• On board buzzer


SPECIFICATIONS

COMMUNICATION

Width: 44.3 mm

Height: 11.2 mm

Length: 89.3 mm

Weight: 19 g

Operating temperature: -40°C ... +60°C

Communication range: up to 15km*

Tx power: up to +20dBm

Rx Senitivity: -140dBm

MAC Layer: LoRaWAN™

Physical Layer: LoRa®

IP Rating: N/A

Communication: LoRaWAN™

Device Class: A/C**

Suitable Battery: 3.6V

* Communication range is dependent on the location of the sensor and nearest base station. ** Can be forced to work as C class devide. Should ONLY be used with Power suplly module..

Byte order: LSB

Usage reporting: Unconfirmed messages

Status reporting: Confirmed messages

INPUT SPECIFICATIONSFor pulse input specifiacation look at the Kamstrup Multical meter data sheet.


fPort Usage Format Uplink Unit Comment

24 Status yes - Defined below

25 Consumption yes - Defined below

50 Configuration no - Defined below

60 Command no - Defined below

99 Boot/Debug yes - Defined below

PORT LIST

For firmware version >= 0.6.0


Byte

0By

te 1

Byte

2By

te 3

Byte

4 B

yte

5/1

Byte

6/

2By

te

7/3

Byte

8/

4By

te

9/5

Byte

10

/6By

te ..

Byte

..By

te ..

Byte

..By

te ..

Byte

46

/42

Byte

47

/43

Byte

48

/44

Byte

49

/45

Byte

50

/46

Met

erin

g tim

eCl

ock*

*Se

nsor

RS

SIRe

gist

erID

Regi

ster

valu

e 1

Regi

ster

IDRe

gist

er v

alue

..Re

gist

erID

Regi

ster

valu

e 9

0..1

44*

FF -

live

uint

32 -

Unix

times

tam

p in

utc

int8

uint

8De

vice

spec

ific***

uint

8De

vice

spec

ific***

uint

8De

vice

spec

ific***

fPort 24 Status Message* Metering time is offset from the beginning of the day in 10 minute steps. See time step chart for more information. Value FF is used when the fixed time metering is not activated and the metering data is live.** Device clock is only sent when the fixed time metering is activated.*** Kamstrup Multical 62/601/602 value format is IEEE754 float. Kamstrup Multical 66 value format is unsigned int .


Message sample

Message in base64 TiXYu1mGDZropkYC6xFERBMA5KFG

Message decoded to HEX 4E25D8BB59860D9AE8A64602EB1144441300E4A146

Metering time 4E HEX message converted to decimal 78

Decimal value translated to time 13:00:00 (UTC)

Device clock 25D8BB59 HEX message flip for MSB 59BBD825 HEX message converted to decimal (epoch) 1505482789 (seconds)

Epoch time converted to date

September 15, 2017 13:39:49 (UTC)

Sensor RSSI HEX message 86 HEX message converted to signed decimal -122 (dBm)

1st Register Register in HEX 0D

HEX value converted to decimal 13 Decimal value translated to register Volume register V1

Register value in HEX 9AE8A646

HEX message flip for MSB 46A6E89A HEX value converted to Float (IEEE-754) 21364.3 (m3)


2nd Register Register in HEX 02

HEX value converted to decimal 2 Decimal value translated to register Heat energy

Register value in HEX EB114444

HEX message flip for MSB 444411EB HEX value converted to Float (IEEE-754) 784.27997 (kWh)3rd Register Register in HEX 13

HEX value converted to decimal 19 Decimal value translated to register Operational hour counter

Register value in HEX 00E4A146

HEX message flip for MSB 46A1E400 HEX value converted to Float (IEEE-754) 20722 (h)


Byte0 Byte ... Byte n

Header Payload

fPort 25 Usage message

Different headers with their respective payloads are described below

Meter usage

Byte 0 Byte 1 Byte 2 Byte 3Byte

4Byte

5Byte

6 Byte ..Byte

..Byte

..Byte

..Byte

.. Byte 42Byte 43

Byte 44

Byte 45

Byte 46

Header Measuring timeRegister

ID Register value 1Register

ID Register value ..Register

ID Register value 9

00 0..144 255 - live uint8 Device specific* uint8 Device specific* uint8 Device specific*

* Kamstrup Multical 62/601/602 value format is IEEE754 float. Kamstrup Multical 66 value format is unsigned int .

Message sample

Message in base64 AE4NmuimRgLrEUREEwDkoUY=

Message decoded to HEX 004E0D9AE8A64602EB1144441300E4A146

Header 00 decoded Standard usage messageMetering time 4E HEX message converted to decimal 78

Decimal value translated to time 13:00:00 (UTC)

1st Register Register in HEX 0D

HEX value converted to decimal 13 Decimal value translated to register Volume register V1


Register value in HEX 9AE8A646

HEX message flip for MSB 46A6E89A HEX value converted to Float (IEEE-754) 21364.3 (m3)2nd Register Register in HEX 02

HEX value converted to decimal 2 Decimal value translated to register Heat energy

Register value in HEX EB114444

HEX message flip for MSB 444411EB HEX value converted to Float (IEEE-754) 784.27997 (kWh)3rd Register Register in HEX 13

HEX value converted to decimal 19 Decimal value translated to register Operational hour counter

Register value in HEX 00E4A146

HEX message flip for MSB 46A1E400 HEX value converted to Float (IEEE-754) 20722 (h)


Digital inputs

Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 Byte 8 Byte 9

Header Kamstrup pulse 1 count Kamstrup pulse 2 count

02 uint32 uint32


Bit # Function Value

0 RFU

1 Kamstrup pulses 0 - off (default) 1 - on

2 Device class 0 - A (default) 1 - C ***

3 Fixed measuring**** 0 - off (default) 1 - on

4 RFU

5

6

7


Header Payload

fPort 50 Configuration Message


Reporting

Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 Byte 8 Byte 9

Header Usage interval (seconds) Status interval (seconds) Options

00 uint32* default - 3600uint32**

default - 86400

* Can’t be configured shorer than 600. When set to 0 disables usage packets.** Can’t be configured shorer than 600. *** Should ONLY be used with Power supply module. **** Fixed measuring will take the measurements on fixed points in time and then report them with time delay (to avoid network overload). Measurments can be taken in 10 minute steps from 00:00. With this feature the device time MUST be set.***** Fixed measuring interval determins how often the measurment is taken and reported. When used, one of the measurements is always at full hour (except 24h interval, then the measurement is taken at 00:00). This will over ride normal reporting intervals.

Value Fixed measuring interval*****

00 Not used

01 10 min

02 20 min

03 30 min

04 1 h

05 24 h

06 RFU

07 RFU


Usage package registers

Byte 0 Byte 1 Byte .. Byte 9 Comment

Header Register ID Register ID Register IDMax 9 registers.

Send as few as possible.01 uint8 uint8 uint8


Status package registers


Header Register ID Register ID Register IDMax 9 registers.

Send as few as possible.02 uint8 uint8 uint8


Byte 0 Byte 1 Byte 2 Byte 3 Byte 4

Header Device clock (Unix timestamp in UTC)

03 uint32

Time settings

Message sample

Message goal: Set device clock to 22 August 2017 11:50:00

Header Select Header HEX code 03Device clock Choose desired time 22 August 2017 11:50:00 (UTC) Convert to epoch 1503402600

Covert to hex 599C1A68 Flip HEX value for LSB 681A9C59

Compile message for sending (HEX) 03681A9C59Control value in base64 to control after sending A2ganFk=



Header Payload

fPort 60 Command Message


Request values


Header Register ID Register ID Register ID Answer will be sent to fport 25 according to

usage message format.Max 9 registers00 uint8 uint8 uint8


Request digital input values

Byte 0 Comment

HeaderAnswer will be sent to fport 25 according to usage message format

02


Byte 0 Byte 1 Byte 2 Byte 3 Byte 4 Byte 5-7 Byte 8-12 Byte 13-16 Byte 17-24 Byte 25-28 Byte 29

Header(HEX) Payload

0x00Boot

Serial (HEX)

Firmware(HEX)

Kamstrup meter ID

Kamstrup config.

(ABCCCCCC)

Kamstrup config.

(DDDEEFFG-GMN)

Kamstrup type

Active Device class

0x01Shutdown

0x10Error codes

0x00Ext. power

lost

0x01Ext. power restored

fPort 99 Boot/Debug Message


NAS IDMC600 MC66

Registry name DescriptionRegistry ID (HEX) Request ID * Value ID

0 N/A RFU

1 03EB 2 10 DATE Current date (YYMMDD)

2 003C - - E1 Energy register 1: Heat energy

3 005E - - E2 Energy register 2: Control energy

4 003F - - E3 Energy register 3: Cooling energy

5 003D - - E4 Energy register 4: Flow energy

6 003E - - E5 Energy register 5: Return flow energy

7 005F - - E6 Energy register 6: Tap water energy

8 0060 - - E7 Energy register 7: Heat energy Y

9 0061 - - E8 Energy register 8: [m3 • T1]

10 006E - - E9 Energy register 9: [m3 • T2]

11 0040 2 2 TA2 Tariff register 2

12 0041 2 4 TA3 Tariff register 3

13 0044 1 2 V1 Volume register V1

14 0045 4 5 V2 Volume register V2

15 0054 - - VA Input register VA

16 0055 - - VB Input register VB

17 0048 B 5 M1 Mass register V1

18 0049 B 6 M2 Mass register V2

19 03EC 1 3 HR Operational hour counter

20 0071 - - INFOEV Info-event counter

21 03EA D 5 CLOCK Current time (hhmmss)

22 0063 1 10 INFO Infocode register, current

REGISTER ID MAPPING TABLE


NAS IDMC600 MC66


23 0056 1 4 T1 Current flow temperature

24 0057 1 5 T2 Current return flow temperature

25 0058 C 2 T3 Current temperature T3

26 007A - - T4 Current temperature T4

27 0059 1 6 T1-T2 Current temperature difference

28 005B C 4 P1 Pressure in flow

29 005C C 5 P2 Pressure in return flow

30 004A 1 8 FLOW1 Current flow in flow

31 004B C 7 FLOW2 Current flow in return flow

32 0050 1 7 EFFEKT1 (POWER) Current power calculated on the basis of V1-T1-T2

33 007B - - MAXFLOW1DATE/Y Date for max. this year

34 007C - - MAXFLOW1/Y Max. value this year

35 007D - - MINFLOW1DATE/Y Date for min. this year

36 007E - - MINFLOW1/Y Min. value this year

37 007F - - MAXEFFEKT1DATE/Y Date for max. this year

38 0080 - - MAXEFFEKT1/Y Max. value this year

39 0081 - - MINEFFEKT1DATE/Y Date for min. this year

40 0082 - - MINEFFEKT1/Y Min. value this year

41 008A - - MAXFLOW1DATE/M Date for max. this year

42 008B - - MAXFLOW1/M Max. value this year

43 008C - - MINFLOW1DATE/M Date for min. this month

44 008D - - MINFLOW1/M Min. value this month

45 008E - - MAXEFFEKT1DATE/M Date for max. this month

46 008F - - MAXEFFEKT1/M Max. value this month

47 0090 - - MINEFFEKT1DATE/M Date for min. this month

48 0091 - - MINEFFEKT1/M Min. value this month

49 0092 - - AVR T1/Y Year-to-date average for T1

50 0093 - - AVR T2/Y Year-to-date average for T2

51 0095 - - AVR T1/M Month-to-date average for T1

52 0096 - - AVR T2/M Month-to-date average for T2

53 0042 2 3 TL2 Tariff limit 2

54 0043 2 5 TL3 Tariff limit 3

55 0062 3 2 XDAY Target date (reading date)

56 0098 2,D 8,2 PROG NO Program no. ABCCCCCC

57 0099 2,D 9,3 CONFIG NO 1 Config no. DDDEE

58 00A8 2,D 9,3 CONFIG NO 2 Config no. FFGGMN

59 03E9 2 1 SERIAL NO Serial no. (unique number for each meter) (or custom. num)

60 0070 2 1(full) METER NO 2 Customer number (8 most important digits)

61 03F2 2 1(full) METER NO 1 Customer number (8 less important digits)

62 0072 - - METER NO VA Meter no. for VA

63 0068 - - METER NO VB Meter no. for VB

64 03ED - - METER TYPE Software edition

65 009A - - CHECK SUM 1 Software check sum

66 009B - - HIGH RES High-resolution energy register for testing purposes


NAS IDMC600 MC66


67 009D - - TOPMODUL ID ID number for top module ( only mc 601 )

68 009E - - BOTMODUL ID ID number for base module

69 00AF D 8 ERRORHOURCOUNTER Error hour counter

70 00EA 2 6 INA LITERIMP Liter/imp value for input A

71 00EB 2 7 INB LITERIMP Liter/imp value for input B

72 - 1 1 E1-E2

73 - 4 2 QSUM1 High resolution measuring unit for heat energy 1

74 - 4 3 QSUM2 High resolution measuring unit for heat energy 2

75 - 4 6 PRE COUNTER 1 -

76 - 4 9 PRE COUNTER 2 -

77 - B 2 E_COLD -

78 - B 11 M3TF -

79 - B 12 M3TR -

80 - D 4 CALENDAR -

81 - 1 9 P POWER ACT Peak power current period

82 - 3 9 P POWER YEAR Annual peak power

... ... ... ... ... ...

255 - - - Disable all registers When this is sent, then queries will be emptied

* Due to the same register can be read in different requests the first one appearing in data sheet will be considered


COMPATIBILITY LIST

DIMENSIONS / PACKAGING

Packaging

Multical 66-CDE, Multical 601, Multical 602, Multical 801

1 pcs ESD bag

Dimensions

89.3 mm

9.9 mm

44.3 mm


ORDERING INFORMATION

CONTACT INFORMATION

Article / SKU Package qty Frequency Region

IM3060A#0001EU 1 868 MHz EU

IM3060B#0001AU 1 922 MHz AU

IM3060C#0001US 1 915 MHz US

IM3060D#0001AS 1 923 MHz AS

IM3060E#0001CN 1 780 MHz CN

IM3060F#0001KR 1 922 MHz KR

IM3060G#0001EU 1 433 MHz EU

IM3060H#0001CN 1 470 MHz CN

IM3060I#0001IN 1 866 MHz IN

Nordic Automation Systems AS [email protected]


REVISION HISTORY

1.0 - First version1.1 - Added communication protocol. 1.2 - Communication protocol updated.1.3 - Product name1.4 - Class A compatibility

All content contained herein is subject to change without notice. Nordic Automation Systems reserves the right to change or modify the content at any time.

Documents

LoRaWAN™ MULTICAL MODULE IM3060 - NAS · 2017. 10. 20. · 9 0061 - - E8 Energy register 8: [m3 • T1] 10 006E - - E9 Energy register 9: [m3 • T2] 11 0040 2 2 TA2 Tariff register