Badger Meter ModMAG M2000 Bedienungsanleitung

Badger Meter Europa GmbH

ModMAG® M2000

ModBus® memory map

USER MANUAL

May 2018

MID_M2000_BA_MODBUS_02_1805

Contents

1. Overview.......................................................................................................................... 3

1.1 Write security .......................................................................................................... 3

1.2 Register name......................................................................................................... 4

1.3 Register address..................................................................................................... 4

1.4 Register type........................................................................................................... 4

1.5 Read / Write............................................................................................................ 4

1.6 FNC support............................................................................................................ 4

2. Memory maps by category............................................................................................. 6

2.1 Product identification............................................................................................... 6

2.2 Meter calibration...................................................................................................... 7

2.3 Meter measurement settings................................................................................... 7

2.4 Digital input ............................................................................................................. 8

2.5 Analog output.......................................................................................................... 8

2.6 Output #1................................................................................................................ 9

2.7 Output #2................................................................................................................ 9

2.8 Output #3...............................................................................................................10

2.9 Output #4...............................................................................................................10

2.10 Port A diagnostic counters......................................................................................11

2.11 Port B diagnostic counters......................................................................................11

2.12 Measurements .......................................................................................................12

2.13 Meter diagnostic counters ......................................................................................13

2.14 Miscellaneaous ......................................................................................................14

2.15 Verification tool support..........................................................................................14

2.16 Empty pipe.............................................................................................................14

2.17 Control commands.................................................................................................15

2.18 Security..................................................................................................................15

3. M2000 memory map by register address.....................................................................16

4. M2000 register write properties....................................................................................21

5. Troubleshooting ............................................................................................................29

6. Return of goods for repair / Harmlessness declaration..............................................30

Overview Page 3/30

MID_M2000_BA_MODBUS_02_1805

1. Overview

ModMAG®M2000 supports ModBus®RTU communications. Port A (pins 5, 6, 7) support

ModBus® RTU using RS232.The RS485 is supported as an accessory daughterboard. Verify

or configure the ModMAG® M2000 communication port B. Access the port settings at main

menu > communications > port B settings.

The tables to follow identify the ModBus®registers and attributes that exist in the ModMAG®

M2000 flow meter. Each register has attributes that are also specified in the tables.

Parameter

Value

Comments

Port address

001

Mandatory value of 001

Extended port address

Application specific. sets

ModBus

address of module

Baud rate

38400

ModBus® daughterboard

auto-bauds

Data bits

Mandatory value of 8

Parity

EVEN

Mandatory value of EVEN

Stop bits

Mandatory value of 1

1.1 Write security

Write security identifies the required security level of the register in order to be suc-

cessfully written. This attribute does not apply to the readability of the register and re-

gisters listed with admin, service or user are unprotected if the meter is not secured

(that is, admin pin is not programmed.)

•Firmware - Typically, read-only registers.This means only the flow meter firmware

has the privilege to update the register.

•Factory – Includes registers that can only be written by the factory

•Admin – Registers that require admin level access

•Service – Registers that require service level access

•User – Registers that require user level access

•None – Register is always unprotected

All registers can be protected by enabling security on the flow meter. Once the flow

meter is secured, all registers are write-protected unless remote privilege is granted.

All read accesses to registers are still accepted when the flow meter is secured.

Obtaining remote privilege for write operations requires a sequence of ModBus®

actions to take place. Remote login process is encrypted to ensure protection of the

log-in pins.

•Read the random value register (address 0x012B).

•Perform necessary calculations (contact Badger Meter for details).

•Write the remote login register (address 0x012F).

It is advised that a support application is written to perform this process and embed-

ded within the main application software used to access the flow meter.

Overview Page 4/30

MID_M2000_BA_MODBUS_02_1805

1.2 Register name

When applicable, describes the parameter so it can be associated within the display

menu items. Please note, not all registers are directly modifiable via the menu mana-

ger. Also, some registers are not accessible via the menu manager.

1.3 Register address

the ModBus®RTU serial link. Some third-party applications require the use of logical

addressing when communicating over ModBus®. The logical address determines the

ModBus®function code that is transmitted over the serial link.

Two logical address ranges are supported, 3xxxx and 4xxxx. Logical address range

3xxxx issues the read input register function code 0x04. Logical address range 4xxxx

issues the read holding register function code 0x03. All logical addresses start at in-

dex 1 (example, 30001 and 40001).

For example, suppose the application requires logical addressing and is targeting to

access the “Flow rate [User units]” register. The physical address for this register is

0xF1 or 241d. This register can be read from two different logical addresses (30242 or

40242). The logical address is calculated by adding the physical address to the logical

start address (30001 or 40001).

•30001 + 241 = 30242 (Issues function code 0x04 – Read Input Register)

•40001 + 241 = 40242 (Issues function code 0x03 – Read Holding Register)

1.4 Register type

is 16 bits. Supported register types include:

Number of

ModBus

registers

UCHAR16

Unsigned character (16 bits)

UCHAR16[x]

Unsigned character Array

UINT16

Unsigned integer (16 bits)

SINT16

Signed integer (16 bits)

UINT32

Unsigned integer (32 bits)

FLOAT32

Floating point (32 bits)

For FLOAT32 register types, these registers make use of IEEE-754 floating point

standard. For example, 1.0 is transmitted as 0x3F800000. ModBus®serial link will

transmit the most significant byte first, 0x3F, followed by 0x80, 0x00, 0x00.

1.5 Read / Write

The Read/Write attribute identifies if the parameter is read-only or writeable.

Parameters that are read only are specified as such, otherwise, the parameter can be

considered accessible with write commands.

1.6 FNC support

FNC support identifies the ModBus®function codes (commands) available to access

the register. Supported ModBus®function codes include:

Overview Page 5/30

MID_M2000_BA_MODBUS_02_1805

ModBus®function code

Description

0x03

Read holding register

0x04

Read input register

0x06

Preset single register (write)

0x10

Preset multiple registers (write multiple)

Important:

Write function codes are not accepted while menu navigation is in process.

Write function codes update only the working register located in volatile memory. Any

sequence of writes must be followed by a write of value 0x01 to the “Command Action

Request Register”, address 0x0125. Otherwise changes will be lost if the flow meter is

power cycled or reset.

For efficiency, it is possible with read function codes, 0x03 and 0x04, to read blocks of

registers.This allows for the ability to read multiple registers in one transmission.

Memory maps by category Page 6/30

MID_M2000_BA_MODBUS_02_1805

2. Memory maps by category

2.1 Product identification

No.

Write

security

address

Read /

Write

FNC support

Firmware

Product code

0x0000

UINT16

Read only

0x03, 0x04

Firmware

Product name

0x0001

UCHAR16[8]

Read only

0x03, 0x04

Firmware

Firmware name

0x0009

UCHAR16[16]

Read only

0x03, 0x04

Factory

Application

Version

0x0019

UCHAR16[10]

0x03, 0x04, 0x06,

0x10

Firmware

Compile date

[MM:DD:YYYY]

0x0023

UCHAR16[16]

Read only

0x03, 0x04

Firmware

Compline time

[HH:MM:SS]

0x0033

UCHAR16[16]

Read only

0x03, 0x04

Factory

PCB serial

number

0x0043

UCHAR16[5]

0x03, 0x04, 0x10

Firmware

OTP boot

checksum

0x0048

UCHAR16[3]

Read only

0x03, 0x04

Firmware

Flash OS

checksum

0x004B

UCHAR16[3]

Read only

0x03, 0x04

Firmware

Boot version

0x004E

UCHAR16[5]

Read only

0x03, 0x04

Firmware

OS version

0x0053

UCHAR16[4]

Read only

0x03, 0x04

None

Daughterboard

product type

0x0057

UINT16

Port B

0x03, 0x04, 0x06,

0x10

None

Daughterboard

major version

0x0058

UINT16

Port B

0x03, 0x04, 0x06,

0x10

None

Daughterboard

minor verion

0x0059

UINT16

Port B

0x03, 0x04, 0x06,

0x10

Factory

Power on splash

line 1

0x005A

UCHAR16[11]

0x03, 0x04, 0x06,

0x10

Factory

Poser on splash

line 2

0x0156

UCHAR16[11]

0x03, 0x04, 0x06,

0x10

None

Meter tag name

0x0161

UCHAR16[17]

0x03, 0x04, 0x06,

0x10

Memory maps by category Page 7/30

MID_M2000_BA_MODBUS_02_1805

2.2 Meter calibration

2.3 Meter measurement settings

No.

Write

security

address

Type

Read /

Write

FNC support

31 User Flow unit 0x0083 UINT16 --

0x03, 0x04,

0x06, 0x10

32 User Volume unit 0x0084 UINT16 --

0x03, 0x04,

0x06, 0x10

33 User Unit multiplier 0x0085 UINT16 --

0x03, 0x04,

0x06, 0x10

34 User

Zero scale flow [User

units] 0x010D FLOAT32 --

0x03, 0x04,

0x10

35 User Full scale velocity [m/s] 0x0086 FLOAT32 --

0x03, 0x04,

0x10

36 User Full scale flow [User units] 0x0090 FLOAT32 --

0x03, 0x04,

0x10

37 User Low flow cutoff [%] 0x008E FLOAT32 --

0x03, 0x04,

0x10

38 User Flow direction 0x0092 UINT16 --

0x03, 0x04,

0x06, 0x10

39 User Damping factor [s] 0x0093 UINT16 --

0x03, 0x04,

0x06, 0x10

Write

security

address

Type

Read /

Write

FNC support

Admin

Detector diameter

0x006F UINT16 --

0x03, 0x04,

0x06, 0x10

Admin

Detector diameter

Other [mm] 0x0070 UINT16 --

0x03, 0x04,

0x06, 0x10

Admin

Detector factor

0x0071 FLOAT32 --

0x03, 0x04,

0x10

Firmware

[Factory]

Detector factor 0x0073 FLOAT32 Read only 0x03, 0x04

Admin

Detector offset [m/s]

0x0075 FLOAT32 --

0x03, 0x04,

0x10

Firmware

[Factory]

Detector offset

0x0077 FLOAT32 Read only 0x03, 0x04

Admin

Amplifier factor

0x0079 FLOAT32 --

0x03, 0x04,

0x10

Firmware

[Factory]

Amplifier factor

0x007B FLOAT32 Read only 0x03, 0x04

Admin

Detector current [mA]

0x007D FLOAT32 --

0x03, 0x04,

0x10

Firmware

[Factory]

Detector current [mA]

0x007F FLOAT32 Read only 0x03, 0x04

Service

Power line frequency [Hz]

0x0081 UINT16 --

0x03, 0x04,

0x06, 0x10

Admin

Excitation frequency [Hz]

0x0082 UINT16 --

0x03, 0x04,

0x06, 0x10

Service

Scale factor [%]

0x010B FLOAT32 --

0x03, 0x04,

0x10

Memory maps by category Page 8/30

MID_M2000_BA_MODBUS_02_1805

2.4 Digital input

No.

Write

security

address

Type

Read /

Write

FNC support

40 Service

Digital input:

Input operation 0x0094 UINT16 --

0x03, 0x04, 0x06,

0x10

Firmware

Digital input: Status 0x0155 UINT16

Read only

0x03; 0x04

2.5 Analog output

No.

Write

security Register name

address

Type

Read /

Write

FNC

support

42 Service Analog output range 0x0095 UINT16 --

0x03, 0x04,

0x06, 0x10

Firmware

Analog output offset 0x0096 FLOAT32

Read only

0x03; 0x04

44 Admin

Analog output calibration

point A [A]

0x0126 FLOAT32 --

0x03, 0x04,

0x10

45 Admin

Analog output calibration

point B [A]

0x0128 FLOAT32 --

0x03, 0x04,

0x10

Firmware

[FACTORY] Analog output:

Calibration point A [A]

0x0088 FLOAT32 Read only 0x03; 0x04

Firmware

[FACTORY] Analog output:

Calibration point B [A]

0x008C FLOAT32 Read only 0x03; 0x04

Firmware

Analog output slope 0x0131 FLOAT32

Read only

0x03; 0x04

Service

Analog customer offset

4 mA [A]

0x0133 FLOAT32 --

0x03, 0x04,

0x10

Service

Analog customer offset

20 mA [A]

0x0135 FLOAT32 --

0x03, 0x04,

0x10

Firmware

Analog output current [A] 0x014E FLOAT32

Read only

0x03; 0x04

Firmware

Analog output current string

[mA]

0x0150 FLOAT32 Read only 0x03; 0x04

53 Service Alarm mode 0x012E UINT16

0x03, 0x04,

0x06, 0x10

54 None Fixed current mode 0x008A FLOAT32 Port B

0x03, 0x04,

0x10

Memory maps by category Page 9/30

MID_M2000_BA_MODBUS_02_1805

2.6 Output #1

No.

Write

security

address

Type

Read /

Write

FNC support

55 Service

Output #1:

Pulses per unit [m3] 0x0098 FLOAT32 -- 0x03, 0x04, 0x10

56 Service

Output #1:

Pulses per unit [User units] 0x009C FLOAT32 -- 0x03, 0x04, 0x10

57 Service

Output #1:

Pulses width [ms] 0x00A0 UINT16 --

0x03, 0x04, 0x06,

0x10

58 Service

Output #1:

Flow alarm minimum [%] 0x00A1 UINT16 --

0x03, 0x04, 0x06,

0x10

59 Service

Output #1:

Flow alarm maximum [%] 0x00A2 UINT16 --

0x03, 0x04, 0x06,

0x10

60 Service

Output #1:

Output mode 0x00A3 UINT16 --

0x03, 0x04, 0x06,

0x10

61 Service

Output #1:

Ouput operation 0x00A4 UINT16 --

0x03, 0x04, 0x06,

0x10

2.7 Output #2

No.

Write

security Register name

address

Type

Read /

Write FNC support

62 Service

Output #2:

Pulses per unit [m

]

0x00A5 FLOAT32 -- 0x03, 0x04, 0x10

63 Service

Output #2:

Pulses per unit [User units]

0x00A9 FLOAT32 -- 0x03, 0x04, 0x10

64 Service

Output #2:

Pulses width [ms]

0x00AD UINT16 --

0x03, 0x04, 0x06,

0x10

65 Service

Output #2:

Flow alarm minimum [%]

0x00AE UINT16 --

0x03, 0x04, 0x06,

0x10

66 Service

Output #2:

Flow alarm maximum [%]

0x00AF UINT16 --

0x03, 0x04, 0x06,

0x10

67 Service

Output #2:

Output mode

0x00B0 UINT16 --

0x03, 0x04, 0x06,

0x10

68 Service

Output #2:

Ouput operation 0x00B1 UINT16 --

0x03, 0x04, 0x06,

0x10

Memory maps by category Page 10/30

MID_M2000_BA_MODBUS_02_1805

2.8 Output #3

No.

Write

security

address

Type

Read /

Write

FNC support

69 Service

Output #3:

Full scale frequency [Hz] 0x00B2 UINT16 --

0x03, 0x04, 0x06,

0x10

70 Service

Output #3:

Flow alarm minimum [%] 0x00B3 UINT16 --

0x03, 0x04, 0x06,

0x10

71 Service

Output #3:

Flow alarm maximum [%] 0x00B4 UINT16 --

0x03, 0x04, 0x06,

0x10

72 Service

Output #3:

Output mode 0x00B5 UINT16 --

0x03, 0x04, 0x06,

0x10

73 Service

Output #3:

Hardware select 0x00B6 UINT16 --

0x03, 0x04, 0x06,

0x10

74 Service

Output #3:

Output operation 0x00B7 UINT16 --

0x03, 0x04, 0x06,

0x10

2.9 Output #4

No.

Write

security Register name

address

Type

Read /

Write FNC support

75 Service

Output #4:

Flow alarm minimum [%] 0x00B8 UINT16 --

0x03, 0x04, 0x06,

0x10

76 Service

Output #4:

Flow alarm maximum [%]

0x00B9 UINT16 --

0x03, 0x04, 0x06,

0x10

77 Service

Output #4:

Output mode

0x00BA UINT16 --

0x03, 0x04, 0x06,

0x10

78 Service

Output #4:

Hardware select

0x00BB UINT16 --

0x03, 0x04, 0x06,

0x10

79 Service

Output #4:

Output operation

0x00BC UINT16 --

0x03, 0x04, 0x06,

0x10

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