Azbil MagneW Plus+, MGG14C User Manual

CM2-MGG31F-2001

MagneW PLUS+

Electromagnetic Flowmeter

F

oundation Fieldbus Transmitter

Model MGG14C

User’s Manual

Copyright, Notices and Trademarks

© 2014–2018 Azbil Corporation All Rights Reserved.

Be sure that the user receives this manual before the product is used.

While this information is presented in good faith and believed to
be accurate, Azbil Corporation disclaims the implied warranties of
merchantability and tness for a particular purpose and makes no
express warranties except as may be stated in its written agreement
with and for its customer.
In no event shall Azbil Corporation be liable to anyone for any
indirect, special or consequential damages. is information and
specications in this document are subject to change without no­tice.

MagneW™ is a trademark of Azbil Corporation.
F™ Fieldbus is a trademark of FieldComm Group.

Precaution

is device is designed and manufactured for the use of general
applications.
Do not use this device for the nuclear applications and applications
which are directly related to the human life. Also do not use this
device in the radiation controlled area.

In case the device is used in the following applications, please
make sure to use the device with the system designed as failsafe/
redundant and the system should be maintained periodically.

• Safety device for human body protection

• Directly control the transport machine

• Aircra

• Space appliance

Azbil Corporation disclaims any liability for damages caused by
any of accidents/results by the above application.

SAFETY PRECAUTIONS

About Icons

e safety precautions described in this manual are indicated by various icons.

Please be sure you read and understand the icons and their meanings described below before reading the

rest of the manual.

Safety precautions are intended to ensure the safe and correct use of this product, to prevent injury to the

operator and others, and to prevent damage to property.

Be sure to observe these safety precautions.

Warnings are indicated when mishandling this product might

WARNING

CAUTION

result in death or serious injury.

Cautions are indicated when mishandling this product might result in

minor injury to the user, or only physical damage to the product.

Examples

In describing the product, this manual uses the icons and conventions listed below



.

Use caution when handling the product.

The indicated action is prohibited.

Be sure to follow the indicated instructions.

SAFETY REQUIREMENTS

To reduce risk of electric shock which could cause personal injury, follow all safety notices in this

documentation.

WARNING

This symbol warns the user of a potential shock hazard where hazardous live voltages
may be accessible.

i

Safety messages

Carefully read this section before installing or operating this device.

Cautions for installation

Installation of the device should be done by the expert from the safety perspective.

In case of the installation in the hazardous area, follow the regulation/guidance of the
explosion-proof.

In case of the installation in the hazardous area, select the explosion-protected apparatus.

Do not use the non-explosion-protected apparatus in the hazardous area.

Install the device in the environment where the following is within in the specifications
listed in the specification sheet.

• Ambient temperature, process fluid temperature

• Process fluid pressure

• Humidity

• Vibration

• Power supply voltage

Environment which exceeds the specifications may cause fire or device damage and it may
cause injury.

WARNING

CAUTION

DO NOT use the installed device as foot hold. It may cause the damage of the device.

DO NOT hit the glass of the device by tools. It may cause the damage of the device.

Install the device in a location with an ambient temperature of -25 °C to 60°C (-13 °F to
140 °F) and an ambient humidity of 5 to 100% RH to prevent device malfunction or output
errors.

DO NOT install the device near high-current power lines, motors, or transformers to pre­vent damage from electromagnetic induction, which can cause device malfunction or
output errors.

DO NOT use the device to ground a welder. It can damage the device.

Be sure to ground the welding power transformer when welding near the device to avoid
output errors.

DO NOT install the device in the severe vibration area or in corrosive environment. It may
damage the device, or cause the fume of the device.

DO NOT install the device on the bridge or deck of the ship.

DO NOT install the device on in the severe vibration area on the ship.

Be sure to use the metal conduit for the cables between the remote style transmitter and
flowtube.

Be sure to install the flowtube with a distance of 500mm minimum from the other flow­tube. Magnetic field generated by a flowtube may affect the other flowtube and it may
cause the output errors.

DO NOT install the device in a location subject to direct sunlight, wind, rain, severe vibra­tion, or in a highly corrosive atmosphere. The transmitter and flowtube can be damaged.

ii

Cautions for wiring

DO NOT wire with wet hands. DO NOT wire while the circuit is alive. It may cause electrical
shock.

ELECTRIC SHOCK HAZARD! Turn the power supply OFF before opening the transmitter
cover.

Wiring of the device should be done by the expert from safety perspective.

Wire the cables to the correct terminal. Incorrect wiring may damage the device or cause
the fume of the device.

Connect the correct power supply. Incorrect power supply may damage the device or
cause the fume of the device.

Be sure to properly ground the device. Improper grounding may cause the output errors

DO NOT give impact to the device. It may cause the damage of the device.

WARNING

CAUTION

Be sure to use the power supply with the overcurrent protection function.

Be sure proper wiring. Incorrect wiring may cause the damage of the device.

Be sure to properly tighten the terminal cover on the terminal box so that water does not
penetrate in the terminal.

DO NOT connect AC power supply to the DC power supply model. The wrong power sup­ply damages the device.

Turn off the Fieldbus power supply before connecting the Fieldbus cable to the transmit­ter. The transmitter or the Fieldbus power supply can be damaged. This type of damage is
not covered by Azbil Corporation’s warranty.

Be sure to plug all unused conduit connections with a water tight plug.

In case that a remote model is installed in a ship, the cables between the transmitter and
flowtube must be covered with a flexible metal conduit.

Switch the control equipment to manual control before terminating the device opera­tion and shutting off the output to the control equipment. This action prevents the power
shut-off from directly affecting the control equipment.

iii

iv

Table of Contents

1. Introduction ...........................................................1-1

1.1 System configuration ..............................................................1-1

1.2 F Fieldbus .............................................................1-2

1.3 Main components .................................................................1-4

1.4 Local user interface ...............................................................1-5

2. Overview of MagneW PLUS+ Foundation Fieldbus .........................2-1

2.1 Overview ........................................................................2-1

2.2 Structure of MagneW PLUS+ F Fieldbus .....................................2-1

2.2.1 System/network Management VFD ............................................2-1

2.2.2 Function Block VFD ........................................................2-2

2.2.3 Function block .............................................................2-2

2.2.4 Transducer Block ...........................................................2-2

2.3 VFD/Object correlation diagram ....................................................2-3

2.4 Wiring .........................................................................2-4

2.5 Others .........................................................................2-5

3. Installation ............................................................3-1

3.1 Before installing electromagnetic flowmeter ..........................................3-2

3.2 Installation of transmitter ..........................................................3-3

4. Startup and Shutoff ....................................................4-1

4.1 Startup .........................................................................4-1

4.2 Steps before measurement ..........................................................4-2

4.3 Shutoff .........................................................................4-5

5. Basic Settings by Fieldbus Communication ...............................5-1

5.1 Fieldbus communication menu .....................................................5-2

5.2 Zero adjustment ..................................................................5-3

5.3 Basic settings .....................................................................5-4

6. Maintenance and Troubleshooting ......................................6-1

6.1 Troubleshooting ..................................................................6-1

6.2 Input of simulated signals from calibrator ............................................6-6

6.3 Measurement of excitation current ..................................................6-7

Appendix A. View List .................................................... A-1

Appendix B. Parameter List .............................................. B-1

Appendix C. Menu Configuration ..........................................C-1

v

vi

1. Introduction

This chapter contains an overview of the model MGG14C MagneW PLUS+ Flowmeter
and F Fieldbus system. It describes available configurations and provides
definitions for all the major parts of the transmitter.

MagneW PLUS+ Flowmeter

Thank you for purchasing the Azbil Corporation model MGG14C MagneW PLUS+
Flowmeter This system features:

• Advanced multi-variable capacity

• Digital panel display

• Intuitive, versatile operator interface with large characters and backlit liquid crystal
display

• I/O Capacity

• Flexible digital communication using the F Fieldbus

1.1 System configuration

The model MGG14C MagneW PLUS+ Flowmeter consists of a flowtube and a transmitter
which operate on the principles of Faraday’s law. The flowmeter is available in two
configurations:

Integral

Remote

– The transmitter is mounted directly on the flowtube and they are installed as an

integrated unit on the fluid pipe.

– The transmitter and flowtube are installed separately and connected together

via cables

Figure1-1 Indegral system

1-1

1.2 Foundation Fieldbus

The F Fieldbus provides communications and programmability for a single or
multiple flowmeter system. Some features of the fieldbus include:

• Complies with F Fieldbus H1 (31.25 kbps voltage mode bus)
specifications.

• Supports the standard Analog Input (AI) function block.

• Is an externally powered device – AC and DC powered models available.

• Comes with Enhanced Device Description (EDD) files and a Capability File (CF) for
automatic configuration.

The following figure shows a system in which the flow rate is output with a F
Fieldbus.

Figure1-2 Remote system

1-2

Figure1-3 System using a Foundation Fieldbus

1-3

1.3 Main components

The transmitter consists of the components shown in the figure below.

Figure1-4 Main components

(1)

Local user interface

can be accessed using the four infrared sensor keys on the panel.

(2)

Fieldbus interface board

(3)

Main board

(4)

Power supply board

(5)

Terminal

(6)

Name plate

manufacture and the flowtube constant (EX) for the flowmeter.

(7)

Tag number plate

– This board includes fundamental functions of the flow measurement.

– Encloses the input/output terminals. Contains an integrated 12 kV, 1000A isolator.

– Indicates model numbers and production numbers, power supply requirements, date of

– Indicates the instantaneous flow rate or the totalized valve. The flowmeter functions

– Includes the fieldbus communication function.

– There are two types, AC power supply, and DC power supply type.

– Indicates the tag number as specified in the product order.

1-4

1.4 Local user interface

Figure1-5 Local user interface

Display MEASURING MODE

Main display Indicates a value set by PARAM_SELECTION

under the block selected by BLOCK_TAG_SEL.
Indicates maximum four values cyclically.

Auxiliary display

Upper auxiliary display

Indicates the information of [Tag, unit, or status]
set by DISPLAY_INFO_SEL cyclically.

Lower auxiliary display

Indicates percent flow rate with bar indicator.
Range is set by EU_100, and EU_0.

Other than MEASURING

MODE

Indicates flow velocity.

Indicates procedures for
the parameter setting or
adjustment.

1-5

The following table is a summary of the functions of each of the keys.

1-6

How to operate the infrared touch sensor

For best results, approach the key from below and completely cover the circle. Then move
your finger straight down to its original position. These motions ensure correct operation.
Moving sideways across the keys can accidentally activate the wrong control.

Figure1-6 Using the touch senser keys

1-7

Local user interface operation

The following table describes the functions available in each mode.

Display

MEASURING MODE This is the normal operational mode and indicates the measuring

BASIC SETUP MODE This mode is used to change data settings that must be recorded or

MAINTENANCE MODE

ADVANCED MODE This mode is used to apply some specific noise immunity functions.

MEASURING MODE

Other than MEASURING MODE

status.
Each time the MEASURING MODE is selected, data is written into
memory. Settings entered in other modes are held in temporary
memory for two minutes, but will return to the previously saved
value unless the MEASURING MODE is selected to save the data.
The only exception is the counter, which is always saved into memory
immediately.

changed frequently. These settings include:
TAG NO.
Damping time constant
Auto zero
Detector data

This mode is used when adjustment or verification is required for
regular maintenance of the system or when troubleshooting the
system. This mode includes:
Shipping information
Output adjustment
Gain adjustment
This mode is further divided into the following two modes:
OUTPUT CHECK MODE
CALIBRATION MODE

This mode includes:
Damping
Manual zero
Averaging
Auto spike Cut
Coefficient
Drop out
Low-flow cut off
Flow direction change

1-8

AI – 01 PV

The screen returns to MEASURING mode

MEASURING MODE

to BASIC SETUP

Move the cursor under “Y” and
press key.

Push 3
seconds

MODE

ENTER BASIC SET

YES OR

NO

in case of no operation for 8 seconds.

Move the cursor under “N” and

* BASIC SETUP

MODE

Figure1-7 How to enter BASIC SETUP

* In the BASIC SETUP mode, flow velocity in m/s appears on the upper auxiliary display.
* After entering the BASIC SETIP mode, if do not operate anything for 10 minutes, the

screen automatically returns from BASIC SETUP mode to MEASURING MODE.

1-9

*

2 seconds later

BASIC SETUP

to Fig1-11 screen

*

PD TAG 1/2

YA – RC - 001

*

PD TAG 2/2

YA – RC - 001

*

NODE ADRESS

FFh

*

MEMO

*

DAMPING

*

AUTO ZERO

READY

MODE

XXXXXXXX

003.0 s

s

*

MODE ENTER

ADVANCED

*

MODE ENTER

MAINTENANCE

*

DENSITY

*

SVR 10.000 m/s

1.0000

70.686 t/h

to Fig1-10 screen

*

MGG DIA

M

*

DUMMY

EX 300.0

50.0

0

Figure1-8 BASIC SETUP MODE

*

PVR 10.000 m/s

70.686

m3/h

1-10

2 seconds later

& ADVANCED

MODE

& COEFFICIENT

1.0000

& MANUAL ZERO

READY

& AVARAGING

OFF

& PV SPIKE CUT

OFF

& PV SPIKE CUT

TIME 00.0 s

& PV SPIKE CUT

LEVEL 00.0 %

& SV SPIKE CUT

OFF

& MODE RETURN

BASIC SETUP

& FLOW SWITCH 2

HYSTERISIS

& FLOW SWITCH 2

SP

.00000 t/h

& FLOW SWITCH 2

MODE LOW

& FLOW SWITCH 2

SOURCE SV

& FLOW SWITCH 1

HYSTERISIS 0%

& FLOW SWITCH 1

SP

.00000 m3/h

0%

& SV SPIKE CUT

TIME 00.0S

& SV SPIKE CUT

& PV L-FLOW CUT

LEVEL

& SV L-FLOW CUT

LEVEL

LEVEL 00.0 %

10%

10%

Figure1-9 ADVANCED MODE

& FLOW SWITCH 1

MODE LOW

& FLOW SWITCH 1

SOURCE

& FLOW DIRECTION

& EX FREQUENCY

PV

FORWARD

12.5 Hz

1-11

> MAINTENANCE

MODE

> CALIBRATION

> SHIPPING INFO

> MODE RETURN

BASIC SETUP

OFF

OFF

Figure1-10 MAINTENANCE MODE

1-12

2. Overview of MagneW PLUS+ Foundation Fieldbus

2.1 Overview

This chapter contains an overview of the model MGG14C MagneW PLUS+ F
Fieldbus transmitter.

Model MGG14C MagneW
MagneW PLUS+ flowtube and measures the conductive fluid flow rate. It outputs the
following with the F Fieldbus protocol.

 Primary value of Flow TB: volumetric flow rate
 Secondary value of Flow TB: mass flow rate
 Primary value of Diag TB: scale level by scale diagnostic

Those outputs are displayed on the following Display panel.

Fieldbus is a widely used bi-directional digital communication protocol for field devices
that enable the simultaneous output to many types of data to the process control system.

PLUS+ F Fieldbus transmitter is coupled with the

MODE

The MagneW
by the FieldComm Group, and provides interoperability between Azbil devices and those
produced by other manufacturers.

Fieldbus comes with software consisting of three AI function blocks that enable the
flexible implementation of systems.

PLUS+ Fieldbus communication type employs the specification standardized

2.2 Structure of MagneW PLUS+ Foundation Fieldbus

The MagneW PLUS+ contains two Virtual Field Devices (VFD), one is System/network
Management VFD and the other is Function block VFD.

2.2.1 System/network Management VFD

• Sets node addresses and Physical Device tags (PD Tag) necessary for communication.

• Controls the execution of function blocks.

• Manages operation parameters and communication resources (Virtual Communication
Relationship:VCR).

2-1

2.2.2 Function Block VFD

It includes some objects to execute function block applications. Resource block, Function
block, and Transducer block are one of the objects.

Transducer block

2.2.3 Function block

AI * 2 (3) 30

DI 2 30 1800, 1900 For flow limit switches

PID 1 45 2000

AR 1 30 2100

TOT 2 30 2200, 2300 For totalization volume

Resource block

Function block

Alert object

Trend object

View object

Link object

Block
name

Number

• Manages the status of The

• Automatically informs the host of any detected faults or other problems
based on the NAMUR NE107.

It links together with Transducer block or other function block and
provides arithmetic processing and transmits.

It provides interface function between the hardware and function block.

It provides processing for the event or alarm generated in function block.

Object to transmit trend data collected in short time

Object that provides information of each parameter in the function block.

Objects that links the above mentioned objects.

Execution

time (ms)

INDEX Note

1500, 1600,
(1700)

MagneW PLUS+

For volumetric flow rate and mass flow rate

PID function block execute a control
algorithm to minimize the error as the
difference between a measured process
variable and desired setpoint.
It also has functions of cascade control, feed
forward control, and alarm detection.

Arithmetic block perform an arithmetical
operation to the flow measurement value.

hardware.

* Number of AI becomes three when selecting flow signal analysis function.

Flow signal analysis function will be provided as call factory basis. Consult your azbil
representative.

2.2.4 Transducer Block

Flow transducer block

Display transducer block Block that controls the LCD display

Diag transducer block Block that executes the diagnosis

Block name Description

Block that calculates the flow speed, volumetric flow rate,
and mass flow rate

2-2

2.3 VFD/Object correlation diagram

Device

Basic information control

Function block
Control function

LAS

Communication stack

(FMS/FAS/DLL)

Physical layer (PHL)

H1 Fieldbus Line

/

VCR control

VCR VCR VCR VCR VCR

Function block VFD

Resource
block

AI
Function

Link object

FF standard transducer block

(FLOW/Positioner/Pressure)

View
Object

2-3

Figure2-1 VFD/Object correlation diagram

DI
Function

Senso r

Trend
Object

Display

Display transducer block

PID
Function

Alert
Object

2-3

2.4 Wiring

The number of devices that can be connected to a single bus and the cable length vary
depending on system design. When constructing systems, both the basic and overall
design must be carefully considered to achieve optimal performance.

Fig 2-2 shows typical wiring to the Fieldbus network. The following are required for use
with Fieldbus devices:

• Terminator:

Fieldbus requires two terminators. Refer to the supplier for details of terminators that are
attached to the host.

• Field devices:

Connect Fieldbus communication type MagneW

PLUS+. Two or more MagneW PLUS+

devices or other devices can be connected.

• Host:

Used for accessing field devices. A dedicated host (such as DCS) is used for an
instrumentation line while dedicated communication tools are used for experimental
purposes. For operation of the host, refer to the instruction manual for each host. No
other details on the host are given in this manual.

• Cable:

Used for connecting devices. For laboratory or other experimental use, a twisted pair cable

2

two to three meters in length with a cross section of 0.9 mm

or more and a cycle period
of within 5 cm (2 inches) may be used. Termination processing depends on the type of
device being deployed. For MagneW PLUS+, use an M4 screw terminal claw. Some hosts
require a connector. Refer to Azbil Corporation when making arrangements to purchase
the recommended equipment. Connect the devices as shown in Figure 2-2. Connect
the terminators at both ends of the trunk, with a minimum length of the spur laid for
connection.

Table 2-1 Fieldbus cable

Classification Description Size Maximum length

2

A Type A Fieldbus cable 0.8 mm

B Type B Fieldbus cable 0.32 mm

C Type C Fieldbus cable 0.13 mm

D Type D Fieldbus cable 1.25 mm

(18AWG) 1900m

2

(22AWG) 1200m

2

(26AWG) 400m

2

(16AWG) 200m

Table 2-2 Resistance of the Fieldbus cable

Classification Maximum resistance @ 25ºC

A 22 /Km

B 56 /Km

C 132 /Km

D 20 /Km

2-4

2.5 Others

Figure2-2 Cabling

Connect/disconnect the fieldbus devices

Before connecting/disconnecting the fieldbus device to the network, make sure this
activity does not affect the process.

Fieldbus network allows device connection/disconnection to the network while the device
circuit is alive. However from the process safety perspective, the device connection/
disconnection to the network after turn off the power is suggested.

Make sure to properly isolate the wires after disconnecting the device.

Non-fieldbus device

Non-fieldbus device is not allowed to connect to the fieldbus network.

Communication error and miss-wiring

If communication error appears, the device repeats sending the signal/message until it
is received by the host system. This kind of the communication error appears when the
wiring is improper.

Check the wiring if communication error appears.

2-5

2-6

3. Installation

Overview

Installation of the device should be done by the expert from the safety perspective.

In case of the installation in the hazardous area, follow the regulation/guidance of the
explosion-proof.

In case of the installation in the hazardous area, select the explosion-protected apparatus.
Do not use the non-explosion-protected apparatus in the hazardous area.

Install the device in the environment where the following is within in the specifications
listed in the specification sheet.

• Ambient temperature, process fluid temperature

• Process fluid pressure

• Humidity

• Vibration

• Power supply voltage

Environment which exceeds the specifications may cause fire or device damage and it may
cause injury.

This chapter describes the installation and wiring of the device in the following order:

- Criteria for selecting the installation environment

- Overview of the device installation

- Wiring of signal cables

WARNING

CAUTION

DO NOT use the installed device as foot hold. It may cause the damage of the device.

DO NOT hit the glass of the device by tools. It may cause the damage of the device.

Install the device in a location with an ambient temperature of -25 °C to 60°C (-13 °F to
140 °F) and an ambient humidity of 5 to 100% RH to prevent device malfunction or output
errors.

DO NOT install the device near high-current power lines, motors, or transformers to pre­vent damage from electromagnetic induction, which can cause device malfunction or
output errors.

DO NOT use the device to ground a welder. It can damage the device.

Be sure to ground the welding power transformer when welding near the device to avoid
output errors.

DO NOT install the device in the severe vibration area or in corrosive environment. It may
damage the device, or cause the fume of the device.

DO NOT install the device on the bridge or deck of the ship.

DO NOT install the device on in the severe vibration area on the ship.

Be sure to use the metal conduit for the cables between the remote style transmitter and
flowtube.

Be sure to install the flowtube with a distance of 500mm minimum from the other flow­tube. Magnetic field generated by a flowtube may affect the other flowtube and it may
cause the output errors.

DO NOT install the device in a location subject to direct sunlight, wind, rain, severe vibra­tion, or in a highly corrosive atmosphere. The transmitter and flowtube can be damaged.

3-1

3.1 Before installing electromagnetic flowmeter

Criteria for selecting the installation environment Getting started Select the optimal
location for installing the device according to the following criteria in order to maximize
its performance.

Note:

- Install the device in a location with an ambient temperature of -25 °C to 60 °C (-13 °F
to 140 °F) and an ambient humidity of 5 to 100% RH to prevent device malfunction or
output errors.

- DO NOT install the device near high-current power lines, motors, or transformers to
prevent damage from electromagnetic induction, which can cause device malfunctions
or output errors.

- DO NOT use the device to ground a welder. Doing so can damage the device.

- Be sure to ground the welding power transformer when welding near the device.

- DO NOT install the device in an area with severe vibrations or in a corrosive
environment. Doing so may cause damage the device.

- DO NOT install the device in a location subject to direct sunlight, wind, or rain.

WARNING

Use this product under the conditions as defined in the specifica­tions (e.g., protection against explosion, pressure rating, temperature,
humidity, voltage, vibration, shock, mounting direction, and atmo­sphere) to avoid failure of the device or harmful physical effects such
as fire damage.

WARNING

In case of the installation in the hazardous area, select the explosion­protected apparatus. Do not use the non-explosion-protected appara­tus in the hazardous area.

3-2

3.2 Installation of transmitter

Mounting bracket
Material: SPCC
(Zinc plating)

2B-pipe

2B-pipe mounting

Installation of transmitter

Basic mounting methods

The transmitter can be mounted in three ways—integrated mounting with the
flowtube, wall-mounting, and 2B-pipe mounting

Mounting plate

Terminal box

Tag number plate

Figure3-1 Wall-mounting of transmitter

Figure3-2 2B-pipe mounting of transmitter and Integrated mounting

3-3

Electrical wiring (1)

DO NOT wire with wet hands. DO NOT wire while the circuit is alive. It may cause electrical
shock.

ELECTRIC SHOCK HAZARD! Turn the power supply OFF before opening the transmitter
cover.

Wiring of the device should be done by the expert from safety perspective.

Wire the cables to the correct terminal. Incorrect wiring may damage the device or cause
the fume of the device.

Connect the correct power supply. Incorrect power supply may damage the device or
cause the fume of the device.

Be sure to properly ground the device. Improper grounding may cause the output errors

DO NOT give impact to the device. It may cause the damage of the device.

WARNING

CAUTION

Be sure to use the power supply with the overcurrent protection function.

Be sure proper wiring. Incorrect wiring may cause the damage of the device.

Be sure to properly tighten the terminal cover on the terminal box so that water does not
penetrate in the terminal.

DO NOT connect AC power supply to the DC power supply model. The wrong power sup­ply damages the device.

Turn off the Fieldbus power supply before connecting the Fieldbus cable to the transmit­ter. The transmitter or the Fieldbus power supply can be damaged. This type of damage is
not covered by Azbil Corporation’s warranty.

Be sure to plug all unused conduit connections with a water tight plug.

In case that a remote model is installed in a ship, the cables between the transmitter and
flowtube must be covered with a flexible metal conduit.

Switch the control equipment to manual control before terminating the device opera­tion and shutting off the output to the control equipment. This action prevents the power
shut-off from directly affecting the control equipment.

Introduction
The electromagnetic flowmeter needs to be connected to the main power supply (AC or
DC 24 V) for proper operation.
The following items are described in relation to the electrical wiring of the electromagnetic
flowmeter.

3-4

- Connection points on the main unit of the electromagnetic flowmeter

- Terminal layout

- Transmitter terminal table

- Cables between flowtube and transmitter

- Cable specifications

- Connection between flowtube and transmitter

- Selection of wiring cable

- Installation of wiring cable

- Connection to the Fieldbus output

Note:

- Do not directly connect the AC power supply to the main unit of the electromagnetic
flowmeter if the main power supply is designed to be 24 V DC. AC power supplied
to the main unit of the electromagnetic flowmeter causes irreversible damage in the
internal measurement circuit.

Connection points on the main unit of the electromagnetic flowmeter

Figure 3-4 presents the terminal block of the main unit of the electromagnetic flowmeter.

WARNING

· In wiring, turn off the power before opening the cover to avoid electric shock.

· DO NOT perform wiring work when current is being applied. Doing so may
cause electric shock.

Note:

- Properly align the wiring position as indicated. Improper wiring can damage the
device.

- Especially, check the wiring position of the power lines again as they carry a high
capacity current.

3-5

Terminal layout

Figure3-3 Terminal layout of remote transmitter

Integral transmitter: Terminal layout

Unlike a remote transmitter, an integral transmitter does not use the terminals X, Y, SB,
SA, A, B, C, and E. These terminal symbols are thus erased from the layout.

DC-24V transmitter: Terminal wiring diagram

The power terminal of the DC-24V remote transmitter is indicated as POWER DC
24V. Check carefully if the polarity is positive or negative.

Transmitter terminal table

Terminals for a remote transmitter Terminals for an integral transmitter

Symbol Description Symbol Description

A
B -

C
SA N
SB

FIELDBUS

X

Y

POWER AC

E Not used

Flow signal input

+

Fieldbus output

-

Excitation output

L

N

Power supply

Grounding
(grounding

resistance must be

FIELDBUS

POWER AC

<100)

+

Fieldbus output

L

Power supply

Grounding

(grounding resistance

must be <100)

3-6

Electrical wiring (2)

Cable length (m)

Cable length (m)

Cables between flowtube and transmitter

Please use a special cable (MGA12W) designated for connecting the flowtube and
transmitter.
Select a signal cable (Azbil’s special cable or a commercially-available shielded cable)
depending on the fluid conductance, cable length, and the diameter of the flowtube. Refer
to the figure below.

- Range where Azbil’s special cable can be used: A and B

- Range where a commercially-available cable can be used: Only A

2.5mm and 5mm Diameter Cable >10mm Diameter Cable

B. Usage range of dedicated
cable, model MGA12W

A. Usage range of
commercially
available cable

Fluid Conductivity (µs/cm)

B. Usage range
of dedicated
cable, model
MGA12W

Fluid Conductivity (µs/cm)

Figure3-4 Relationship between the fluid conductance and cable length

Specifications of cables between flowtube and transmitter

Cable (between remote flowtube and transmitter):
Length: Maximum 300 m (depends on the fluid conductance)
Outer diameter: φ 10–12 mm

2

Signal cable: Special cable (diameter of 11.4 mm, 0.75 mm

), or an equivalent among

commercially-available shielded cables (e.g., CVVS, CEEV)

Excitation cable: Special cable (φ 10.5 mm, 2 mm2), or an equivalent among

commercially-available shielded cables (e.g., CVV)

Note:

- Always use a shielded cable as a signal cable.

A. Usage range of
commercially
available cable

3-7

Signal cable

Designed for an M4 screw

Conductive wire

(Model: MGA12W)

Cable termination on the owtube side

Cable termination on the transmitter side

Designed for an M4 screw

Designed for an M4 screw

Designed for an M4 screw

Designed for an M4 screw

Flowtube
side

(type code A)

(type code B)

Cable termination on the owtube side

(type code B)

Transmitter
side

Flowtube
side

Flowtube
side

Cable termination on the Zener barrier side

Flowtube
side

Flowtube
side

Zener barrier side

Zener barrier side

Designed for an M4 screw

Designed for an M3 screw

(type code E)

Designed for an M3 screw

(type E)

Designed for an M3 screw

Designed for an M3 screw

(type code E)

Designed for an M4 screw

Designed for an M4 screw

Cable termination on the Zener barrier side

(type code D)

Flowtube
side

(type code E) (type code C)

Flowtube
side

(type code E)

Outer sheath

Inner sheath

Inner shield

Outer shield

Cable termination on the transmitter side

Zener barrier side

Zener barrier side

Conductive tube

Insulator

Note) Remove the conductive tubes (black) of conductive cables for terminals A and B up

to the edge s of the inner shields.

Figure3-5 Structural drawing of signal cable

3-8

Excitation cable

Designed for an M4 screw

(Model: MGA12W)

Designed for an M4 screw

Insulator

60

Flowtube
side

Transmitter
side

70

Designed for an M4 screw

70L60

Designed for an M4 screw

Designed for an M4 screw

Designed for an M4 screw

Cable termination on the owtube side

Black

White

Flowtube
side

50

50

(Model code: A)

Black

White

Flowtube
side

50

50

(Model code: A)

Black

White

Black

White

Flowtube
side

Flowtube
side

60

39

(Model code: B)

60

39

(Model code: B)

Sheath

Insulator

Conductive wire

Fabric tape

Figure3-6 Structural drawing of excitation cable

3-9

Electrical wiring (3)

Dedicated cable model MGA12W

Commercially available cable

Connection between flowtube and transmitter

Detector

A

Signal cable
model MGA12W

Signal cable 2-core
Single shielded cable

Converter

SA

A

C

B

X

Y

Excitation cable
model MGA12W

Signal cable 2-core
Single shielded cable

Detector

A

C

B

X

Y

Excitation cable

Figure3-7 Connection between flowtube and transmitter

C

B
SB

X

Y

Converter

A

C

B

X

Y

3-10

4. Startup and Shutoff

Overview

This chapter describes the procedure for starting up the device and performing zero
adjustment.
Follow the instructions in this chapter when you start up and operate the device for the
first time.
Zero adjustment can be made in one of the following ways:

 Using the device’s LUI
 Using a fieldbus configurator to communicate with the device

This chapter describes how to perform zero adjustment using the local user interface (LUI).
Refer to Chapter 5 for the alternative method using Fieldbus communication.

4.1 Startup

Start up the device

Procedure

Start up the electromagnetic flowmeter according to the following procedure.

Step Procedure

Make sure that the flowtube of the electromagnetic flowmeter is properly

1

connected to the piping.

Make sure that the flowtube and transmitter of the electromagnetic flowmeter are

2

securely wired.

Fill the flowtube of the electromagnetic flowmeter with a measurement fluid and

3

pause the flowtube.

Check for any fluid leakage from the flange, to which the flowtube of the

4

electromagnetic flowmeter is attached.

5 Apply current to the transmitter of the electromagnetic flowmeter.

Make sure that the LUI display is turned on.
Image

6

This completes the startup of the electromagnetic flowmeter.

. . . . .

4-1

4.2 Steps before measurement

m3/h

m3/h

m3/h

m3/h

m3/h

Setting up flowtube data

Getting started

Select and configure the constant of the flowtube used in combination with the
transmitter, flowtube type, and diameter.

Default settings

The settings of EX 300.0, MGG, and DIA 050.0 are applied when no flowmeter is specified
for the combined use with the transmitter.

Note:

 If you have purchased a combination set including a transmitter and a flowtube, the

flowtube data are already configured by real current calibration. Note that any change
will result in an output error from the flowmeter. Refer to Table 4-1.

Improper setting of flowtube information can result in
output errors from the flowmeter.

Step Procedure Screen

WARNING

Follow the procedure for entering BASIC SETUP MODE

1

to display the screen for setting up the flowtube data.

Touch the  key to set up the constant for the flowtube.
Use the and keys to enter the value for the EX section

2

which is printed on the name plate of the flowtube to be
used in combination with the transmitter.

Next, touch the  key to select the flowtube type.#Use
the and keys to select the MODEL number which is

3

printed on the name plate of the flowtube to be used in
combination with the transmitter.

Next, touch the  key to select the diameter.#Use the

4

and keys to select the diameter of the flowtube used in
combination with the transmitter.

Touch the key to move the cursor underneath the *

5

mark.

4-2

Zero adjustment

m3/h

m3/h

m3/h

m3/h

m3/h

m3/h

Getting started

Make sure to perform zero adjustment after starting up the device. There are three ways to
do so.

 Using the device’s LUI
 Using the parameter list by communicating with the device

 Using the menu by communicating with the device
Adjust the measured instantaneous flow rate value to zero when the fluid inside the
flowtube is sitting still.

Note:

 Zero adjustment is extremely important for ensuring accurate measurement of flow

rate. Make sure to perform this adjustment when you first operate the device.

 Before performing zero adjustment, make sure that Class D grounding is reliably

performed with the flowtube and that the flowtube is filled with a measurement fluid
which is sitting still.
Zero adjustment is possible when the flow velocity falls below 0.2 m/s. Wait until the
fluid comes to a complete rest (a flow velocity of 0.0 m/s) to avoid output errors.

 Zero adjustment requires O/S to be selected for the Actual MODE in Flow Transducer

Block.

Configure the setting from the host system in advance.

Step Procedure Screen

Touch the MODE key for 3 seconds or longer.
Note: The screen as shown on the right is displayed only

1

for 8 seconds. Perform the following operations within 8
seconds. Touch the

Touch the

key to move the cursor underneath YES and

key four times.

touch the ke y.

2

is displayed before the screen
switches to the one shown on the
right in 2 seconds.

Touch the

3

the right.

Touch the key once to move the cursor underneath

4

READY.

key once to display the screen as shown on

Touch the key to start zero adjustment. During the
adjustment, the value of 0.0 blinks for displaying the large
7-segment flow rate. Once the adjustment is complete,

5

the value stops blinking and the screen returns from ON
to READY.
This period is about 30 seconds.

At the very end, make sure to touch the MODE key to

6

complete the adjustment.

4-3

Checking the operation of Fieldbus
Check to see if the device operates properly with Fieldbus.
Prior to operating Fieldbus, the DD file (device description) and the CF file (capability) of
the device need to be copied to the host.
Download the DD file and CF file from the official website of the FieldComm Group.
Operation of Fieldbus requires the following settings in the host.
Ensure that PD_TAG and NODE_ADRS can be set up by configuring the following
settings.

1) Network parameter settings for link active scheduler (LAS)

Symbol Parameter name Description and setting value

V(ST) Slot time Set a value of 5 or greater.

V(MID) Gap between minimum frames Set a value of 10 or greater.

V(MRD) Maximum response delay time

V(FUN)

V(NUN) Total number of unpolled nodes

The number of the first unpolled
node

Set the value so that V(MRD)
V(ST) is 20 or greater.

Set the value immediately next to
the address used by the host. Set
a value of 12 or greater in 16-bit
representation.

The number represents the range
of unused addresses. Set the value
of the minimum address used by
the device in the work site minus
the value of V(FUN).

1) Checking PD_TAG (physical device tag) and address

Parameter name Parameter name Setting value

PD_TAG Physical device tag

NODE_ADRS Node address

The same address setting as another device cannot be selected for NODE_ADRS. (Such an
entry is changed into the default address [0xF8–0xFB])
Assign a different address for each unit.

Up to 32 ASCII
characters

Set the minimum
address of the BASIC
device in hexadecimal
notation and F7 or less

Data when shipped

from the factory

Specified by customers

Hexadecimal notation
and F8

4-4

4.3 Shutoff

CAUTION

· Make sure to switch the controller to manual control mode in order to
shut off the device and stop the output to the controller.
This safeguards the controller from direct impacts caused by the sus­pended output from the device.

· Do not turn off the power within 60 seconds of any data being rewrit­ten using the LUI or another communication method, to avoid pos­sible errors in saving the data.

Procedure

Take the following procedure to shut off the device.

Step Procedure

1 Switch the controller of the device you want to shut off to manual control mode.

2 Turn off the power of the device.

4-5

4-6

5. Basic Settings by Fieldbus Communication

Overview

This chapter outlines zero adjustment as an operation performed using Fieldbus
communication, each Transducer block, as well as basic parameter settings.
Some parameters require O/S to be selected for the Block MODE parameter in order to
change the settings.
Mode parameters can be switched with MODE_BLK in each block.
In order to use each block after the settings are changed, select AUTO for MODE-BLK.

Note

- The device supports Version 3.8 or later versions of 475.
Version 3.6 or earlier versions cannot properly display some parameters.

- The device supports host authentication, HTK 6.1.a or later versions, and Standard
Dictionary 3.70 or later versions.
Other versions may fail to display some parameters.

- Some parameters may not be properly displayed when some hosts are used.

- METHOD may not work with some hosts.
In such cases, access the parameter from the parameter list to configure the settings.

5-1

5.1 Fieldbus communication menu

There are four types of menu structures for Fieldbus communication depending on the
host being used.
This section describes the device menu for communicators.

- Device menu for communicators
This menu displays parameters such as setup and adjustment of the positioner.
A host supporting the device menu can display this menu. (Example: 475 Field
Communicator by Emerson)

- Block menu for communicators
A communicator capable of Fieldbus communication can display this block menu. A
menu prepared for each block displays parameters such as setup and adjustment of the
positioner. (Example: 475 Field Communicator by Emerson)

- Block menu for PCs
A compatible host (PC) can display this block menu. A menu prepared for each block
displays parameters such as setup and adjustment of the positioner. (Example: Azbil's
device management system - InnovativeField Organizer)

- Parameter list
All parameters are displayed by block.
Appendix C presents a list of parameters for Flow Transducer Block, Resource Block,
and Display Transducer Block.

5-2

5.2 Zero adjustment

Getting started

Once the device has started up, make sure to perform zero adjustment in one of the
following three ways.
Adjust the measured instantaneous flow rate value to zero when the fluid inside the
flowtube is sitting still.

Note:

- Zero adjustment is extremely important for ensuring accurate measurement of flow
rate. Make sure to perform this adjustment when you first operate the device.

- Before performing zero adjustment, make sure that Class D grounding is reliably
performed with the flowtube and that the flowtube is filled with a measurement fluid
which is sitting still. Zero adjustment is possible when the flow velocity falls below 0.2
m/s. Make sure to wait until the fluid comes to a complete rest (a flow velocity of 0.0
m/s) to avoid output errors.

- Zero adjustment requires O/S to be selected for the Actual MODE in Flow Transducer
Block.
Configure the setting from the host system in advance.

Accessing the option from the menu

Note: Use METHOD in the menu to perform zero adjustment. METHOD may not

operate with some hosts.
In such cases, perform zero adjustment by accessing the option through the
parameter list.

- Device menu for communicators
Perform zero adjustment by selecting Device  Maintenance  Auto Zero Adjustment
(METHOD).

- Block menu for communicators or Block menu for PCs
Perform zero adjustment by selecting FLOW Transducer Block  Block  Maintenance
 Auto Zero Adjustment (METHOD).

Accessing the option from the parameter list

Set TARGET in MODE_BLK of FLOW Transducer Block to O/S (Out of Service).

1

Set “1” (Execute) to AUTO_ZERO_CALIBRATION_CMD in FLOW Transducer
Block.
Zero adjustment starts.

2

Set “4” (Canceled) to AUTO_ZERO_CALIBRATION_CMD in FLOW Transducer
Block in order to cancel zero adjustment.

Execution results of automatic zero adjustment can be checked at
MANUAL_ZERO_CALIBRATION_CMD in FLOW Transducer Block.

3

While “1” (Executing) is displayed during execution of zero adjustment, “2” (Success) is
displayed when zero adjustment is completed successfully.

For flow measurement, set TARGET of Transducer Block in FLOW Transducer Block to

4

AUTO.

5-3

5.3 Basic settings

Sensor value

Flow Transducer Block

Overview of function

Flow Transducer Block enables calculation of flow velocity, volume flow rate, and mass
flow rate based on the sensor outputs of the electromagnetic flowmeter.
The calculated volume flow rate and mass flow rate are output to AI Function Block
and TOT Function Block. A flow switch is prepared for turning the transducer on or off
depending on the volume flow rate and mass flow rate. The value assigned to the flow
switch is output to DI Function Block.

Function Block diagram

The following diagram shows the configuration of Flow Transducer Block.

Calculation function

Self-diagnosis history

Adjustment function

SENSOR_VALUE (ow velocity)

Conguration function

PRIMARY_VALUE
(volume ow rate)

SECONDARY_VALUE
(mass ow rate)

FLSW1_VALUE

FLSW2_VALUE

Figure5-1 Function Block diagram

Parameters

Major parameters for Flow Transducer Block are described as follows.
Refer to the attached Parameter List for more descriptions of parameters.

Output

SENSOR_VALUE

Indicates the flow velocity (m/s) of the measurement fluid.

PRIMARY_VALUE

Indicates the volume flow rate and the status.
Channel 1 corresponds to this parameter.
Select 1 for CHANNEL of Function Block you want to use in order to connect to AI
Function Block or TOT Function Block.

SECONDARY_VALUE

Indicates the mass flow rate and the status.
Channel 2 corresponds to this parameter.
Select 2 for CHANNEL of Function Block you want to use in order to connect to AI
Function Block or TOT Function Block.

FLSW_1_VALUE_D

Indicates the output value of Flow Switch 1 and the status.
Channel 100 corresponds to this parameter.
Select 100 for CHANNEL of Function Block you want to use in order to connect to DI
Function Block.

FLSW_2_VALUE_D

Indicates the output value of Flow Switch 2 and the status.
Channel 101 corresponds to this parameter.
Select 101 for CHANNEL of Function Block you want to use in order to connect to DI
Function Block.

Settings

PRIMARY_VALUE_RANGE

5-4

Indicates setting values for the upper and lower range limits, unit, and the position of
the decimal point for the volume flow rate.
The unit for the flow rate must be identical to the unit assigned for XD_SCALE in AI
Block.
Refer to Table 5-1 for the units that can be set up.

SECONDARY_VALUE_RANGE

Indicates setting values for the upper and lower range limits, unit, and the position of
the decimal point for the mass flow rate.
The unit for the flow rate must be identical to the unit assigned for XD_SCALE in AI
Block.
Refer to Table 5-2 for the units that can be set up.

DENSITY_CONSTANT

Fluid density setup
The assigned value is applied to the calculation of SECONDARY_VALUE (mass flow
rate).

FLOWTUBE_SIZE

Flowtube diameter setup

FLOWTUBE_TYPE

Flowtube type setup

EMPTY_PIPE_DETECTOR

Indicates whether the empty detection function is enabled or disabled.

Calculation function

DAMPING_CONSTANT

A damping constant can be set up when a tiny variation component needs to be cut off
from the measured instantaneous flow rate value.

PRIMARY_VALUE_LOW_FLOW_CUT

A low cut-off threshold can be set for the volume flow rate.
Available range is 0 to 10% (percentage of PRIMARY_VALUE_RANGE.EU100).

SECONDARY_VALUE_LOW_FLOW_CUT

A low cut-off threshold can be set for the mass flow rate.
Available range is 0 to 10% (percentage of SECONDARY _VALUE_RANGE.EU100).

Adjustment function

AUTO_ZERO_CALIBRATION_CMD

This command executes automatic zero adjustment.
Run this command in order to perform zero adjustment when the fluid is filled
and sitting still in the flowtube.

GAIN_CALIBRATION_CMD

This command executes gain adjustment of the transmitter.
Run this command in order to perform zero adjustment of the transmitter using a
calibrator, etc.

Self-diagnosis history

FLOW_TB_STATUS_RECORD_1–10

Saves self-diagnosis history.

5-5

Table 5-1. Units that can be set up for volume flow rate

Unit of

volume

flow rate

3

cm

3

m

cm3/d (1514) cm3/h (1513) cm3/min (1512) cm3/s (1511)

m3/d (1350) m3/h (1349) m3/min (1348) m3/s (1347)

d h min s

L L/d (1354) L/h (1353) L/min (1352) L/s (1351)

bbl bbl/d (1374) bbl/h (1373) bbl/min (1372) bbl/s (1371)

mgal/h (1457)
gal/h (1364)
kgal/h (1458)

mImpGal_h (1472)
ImpGal/h (1369)
kImpGal/h (1473)

gal

ImpGal

mgal/d (1461)
gal/d (1365)
kgal/d (1462)

mImpGal_d (1476)
ImpGal/d (1370)
kImpGal/d (1477)

Unit of time

mgal/min (1453)
GPM (1363)
kgal/min (1454)

mImpGal_min (1468)
ImpGal/min (1368)
kImpGal/min (1469)

mgal/s (1459)
gal/s (1362)
kgal/s (1450)

mImpGal_s (1464)
ImpGal/s (1367)
kImpGal/s (1465)

Table 5-2. Units that can be set up for mass flow rate

Unit of

volume

flow rate

g

g/d (1321)
kg/d (1325)

d h min s

g/h (1320)
kg/h (1324)

t t/d (1329) t/h (1328) t/min (1327) t/s (1326)

lb lb/d (1333) lb/h (1332) lb/min (1331) lb/s (1330)

Unit of time

g/min (1319)
kg/min (1323)

g/s (1318)
kg/s (1322)

5-6

Display Transducer Block

Overview of function

Display Transducer Block controls the display of measurement values and alarm
indication in the local user interface (LUI).
Input and output signal values for function blocks installed in the device can be displayed,
such as OUT of AI Block and PRIMARY_VALUE and SECONDARY_VALUE of Flow
Transducer Block.

Parameter

Major parameters of Display Transducer Block are described as follows.
Refer to the attached Parameter List for more descriptions of parameters.

DISPLAY_PARAM_SELECTION

Select the parameter you want to display from among the parameters configured in the
display setting 1 to 4.
Up to four parameters can be displayed in chronological order.
If all of the parameters for 1 to 4 are unselected, O/S is set for MODE_BLK._Actual in
Display Transducer Block.

DISPLAY_INFO_SELECTION

Adjunct data (tag, status, and unit) that are commonly assigned for parameters in the
display setting 1 to 4 can be configured. Factory default is 0x07 (Tag, Unit, Status
are all selected)
For example, if not displaying Tag and Status, and displaying only Unit, change the
setting to 0x02.
If all the adjunct data are unselected, O/S is set for MODE_BLK._Actual in Display
Transducer Block.

DISPLAY_CYCLE

The cycle for updating the display can be set in units of seconds, in a range from 1 to 10
seconds. Factory default is 0x05(5 sec).

BLOCK_TAG_SELECTION_n

Enter BLOCK_TAG for the block to which the parameter is to be displayed in the
display setting n. Enter the BLOCK_TAG of the block that has the parameters to be
displayed into BLOCK_TAG_SELECTION_n. If an incorrect value is entered, the block
cannot be identified and display settings cannot be set up.

PARAM_SELECTION_n

Select a parameter you want to display in the display setting n.
Available values are presented in Table 5-3.

*1

*2

*2

Note: When writing is not possible for BLOCK_TAG_SELECTION_n (n=1 to 4), or

PARAMETER_SELECTION_n (n=1 to 4), switch the settings of RB FEATURE_SEL
Bit_12 (Deferral of Inter-Parameter Write Checks) to ON (enabled).

DISPLAY_TAG_n

*2

Enter the text you want to display in the indicator as a tag for the display setting n.
Up to 16 characters can be entered.

5-7

UNIT_SELECTION_n

*2

You can select whether the parameter in display setting n will be displayed using the
unit associated with it or another desired unit.
Select Auto (0) in order to display the parameter with the associated unit as assigned
for the displayed value, and select Custom (1) in order to display the parameter with
another desired unit.
Please refer to the parameter list, which includes the display parameter, and section in
Table 5-4, “LUI Display Unit String.”

CUSTOM_UNIT_n

*2

Enter the text you want to display as the unit.
This parameter is displayed only when Custom is selected in UNIT_SELECTION_n.
Up to 16 characters can be entered for CUSTOM_UNIT_n.

*1 If changing the display time, change the parameter setting.
*2 If changing the display detail from the factory default PV value of the Flow Transducer Block to

other parameter, change these parameters.

Regular Display

With the factory default setting, the PV value of Flow Transducer Block is displayed.

With the factory default setting, it gets displayed periodically according to the following
sequence.

Seq. No. 1 2 3

Main Disp.

Aux. Disp

DisplayTime

FTB:PV value FTB:PV value FTB:PV value

PRIMARY_VALUE (Specified Unit) (Status)

5 5 5

For example, if you wish to change the display detail to Out value of AI Function Block,

1. Set AI_FB_01 in BLOCK_TAG_SELECTION_1. (AI_FB_01 of Block Tag is
the factory default value. If it has been changed since factory shipment, set this
modified value)

2. Verify that BLOCK_TYPE_SELECTION_1 is now AI Function Block(0x0101).

3. Select 8:OUT for PARAM_SELECTION_1

4. For example, change DISPLAY_TAG_1, which is the tag to be displayed, to OUT.
For other displayable parameters, please refer to Table 5-3.

Note: If you change the Block Tag of the block that you are trying to set the display for, the

setting will not get properly implemented.
If you had changed the Block Tag, turn the device power off and then on again, or
write “4{Restart Processor}” to Resource Block’s RESTART section and then restart
your device.

5-8

Several Parameter Display

Display Transducer Block can display a maximum of 4 parameters sequentially and
periodically. This section will explain the setting of displaying two parameters as an
example.

This explains how to set it to display the PV value of Flow Transducer Block and OUT
value of AI Function Block periodically.

- The factory default setting sets it so that it only displays the PV value of Flow

Transducer Block. In addition, if adding OUT value of AI Function Block as the second
parameter, enable bit1:Parameter 2 of the DISPLAY_PARAM_SELECTION.
DISPLAY_PARAM_SELECTION will change from the factory default 0x01 to 0x03.

- Next you will set BLOCK_TAG_SELECTION_2 to AI_FB_01. Verify that BLOCK_

TYPE_SELECTION_2 is now set to 0x0101 AI Function Block (AI_FB_01 of Block
Tag is the factory default value. If it has been changed since factory shipment, set this
modified value).

- Select 8:OUT for PARAM_SELECTION_2.

- Set the DISPLAY_TAG_2, a display tag, to OUT for example.

By conducting the above setting, it gets displayed periodically according to the following
sequence.

Seq. No. 1 2 3 4 5 6

Main Disp.

Aux. Disp

DisplayTime

FTB:PV
value

PRIMARY_
VALUE

5 5 5 5 5 5

FTB:PV
value

(Specified
Unit)

FTB:PV
value

(Status) OUT

AI:OUT
value

AI:OUT
value

(Specified
Unit)

AI:OUT
value

(Status)

Set the following to display the third parameter along with the above.
DISPLAY_PARAM_SELECTION: 0x07 (enable bit2:Parameter 3 as well)
BLOCK_TAG_SELECTION_3: set the Block Tag to be displayed
PARAM_SELECTION_3: select the parameter to be displayed
DISPLAY_TAG_3: set the Tag to be displayed

Set the following to display the fourth parameter as well.
DISPLAY_PARAM_SELECTION: 0x0f (enable bit3:Parameter 4 as well)
BLOCK_TAG_SELECTION_4: set the Block Tag to be displayed
PARAM_SELECTION_4: select the parameter to be displayed
DISPLAY_TAG_4: set the Tag to be displayed

Please refer to Appendix B for detail on Display Transducer Block parameters.

Note: If you change the Block Tag of the block that you are trying to set the display for, the

setting will not get properly implemented.
If you had changed the Block Tag, turn the device power off and then on again, or
write “4{Restart Processor}” to Resource Block’s RESTART section and then restart
your device.

5-9

Status Display

Please refer to Table 5-5 for the status displayed by the string part.

Alarm Display

When an alarm is activated, the alarm display strings of Table 5-6 will get periodically
displayed.

Irregular Display

During OOS and main board communication error, the regular display will be switched to
irregular display.

OOS Display

When Display Transducer Block is OOS (Out Of Service), it will display the following.

Main Disp.

Aux. Disp

(upper)

(lower)

DISPLAY OFF

DISP TB O/S

Main Board Communication Error Display

When a main board communication error occurs inside the transmitter, the following
gets displayed.

Main Disp.

Aux. Disp

(upper)

(lower)

HW ERROR

COMM ERROR

Table 5-3 Display Transducer Block Displayable Parameter List

Block ProfileNumber Parameter Index Range Index

FlowTB 0x0113 PRIMARY_VALUE 15 PRIMARY_VALUE_RANGE 16

SECONDARY_VALUE 18

DiagTB 0x8018 SCALE_LEVEL 15 SCALE_LEVEL_RANGE 16

AI 0x0101 OUT 8 OUT_SCALE 11

PID 0x0108 OUT 9 OUT_SCALE 11

IN 15 PV_SCALE 10

CAS_IN 18 PV_SCALE 10

BKCAL_IN 27 OUT_SCALE 11

BKCAL_OUT 31 PV_SCALE 10

RCAS_IN 32 PV_SCALE 10

ROUT_IN 33 OUT_SCALE 11

RCAS_OUT 35 PV_SCALE 10

ROUT_OUT 36 OUT_SCALE 11

TRK_VAL 39 TRK_SCLAE 37

FF_VAL 40 FF_SCALE 41

AR 0x0127 OUT 8 OUT_RANGE 11

IN 14 PV_SCALSE 10

IN_LO 15 PV_SCALSE 10

IN1 16 PV_SCALSE 10

IN2 17 PV_SCALSE 10

IN3 18 PV_SCALSE 10

TOTALIZER 0x0144 OUT 9 OUT_RANGE 12

PRESET_IN 20 XD_RANGE 11

SECONDARY_VALUE_
RANGE

19

5-10

Table 5-4 LUI Display Unit String List

Unit Code Unit String Displayed in LUI Description

1000 K Kelvin

1001 degC degree Celsius

1002 degF degree Fahrenheit

1003 degR degree Rankine

1034 m3 cubic meter

1036 cm3 cubic centimeter

1038 L liter

1048 gal US gallon

1049 ImpGal Imperial gallon

1051 bbl barrel

1088 kg kilogram

1089 g gram

1092 t metric ton

1094 lb pound (mass)

1130 Pa pascal

1131 GPa gigapascal

1132 Mpa megapascal

1133 kPa kilopascal

1134 mPa millipascal

1135 uPa micropascal

1136 hPa hectopascal

1137 bar bar

1138 mbar millibar

1139 torr torr

1140 atm atmospheres

1141 psi pounds per square inch

1142 psia pounds per square inch absolute

1143 psig pounds per square inch gauge

1144 gcm2 gram per square centimeter

1145 kgcm2 kilogram per square centimeter

1146 inH2O inches of water

1147 inH2O_4C inches of water at 4°C

1148 inH2O_68F inches of water at 68°F

1149 mmH2O millimeters of water

1150 mmH2O_4C millimeters of water at 4°C

1151 mmH2O_68F millimeters of water at 68°F

1152 ftH2O feet of water

1153 ftH2O_4C feet of water at 4°C

1154 ftH2O_68F feet of water at 68°F

1155 inHg inches of mercury

1156 inHg_0C inches of mercury at 0°C

1157 mmHg millimeters of mercury

1158 mmHg_0C millimeters of mercury at 0°C

1318 g/s gram per second

1319 g/min gram per minute

1320 g/h gram per hour

1321 g/d gram per day

1322 kg/s kilogram per second

1323 kg/min kilogram per minute

1324 kg/h kilogram per hour

1325 kg/d kilogram per day

1326 t/s metric ton per second

1327 t/min metric ton per minute

1328 t/h metric ton per hour

1329 t/d metric ton per day

1330 lb/s pound per second

5-11

Unit Code Unit String Displayed in LUI Description

1331 lb/min pound per minute

1332 lb/h pound per hour

1333 lb/d pound per day

1334 STon/s short ton per second

1335 STon/min short ton per minute

1336 STon/h short ton per hour

1337 STon/d short ton per day

1338 LTon/s long ton per second

1339 LTon/min long ton per minute

1340 LTon/h long ton per hour

1341 LTon/d long ton per day

1342 % percent

1347 m3/ s cubic meter per second

1348 m3/min cubic meter per minute

1349 m3/ h cubic meter per hour

1350 m3/ d cubic meter per day

1351 L/s liter per second

1352 L/min liter per minute

1353 L/h liter per hour

1354 L/d liter per day

1355 ML/d megaliter per day

1356 CFS cubic feet per second

1357 CFM cubic feet per minute

1358 CFH cubic feet per hour

1359 ft3/d cubic feet per day

1360 SCFM standard cubic feet per minute

1361 SCFH standard cubic feet per hour

1362 gal/s US gallon per second

1363 GPM US gallon per minute

1364 gal/h US gallon per hour

1365 gal/d US gallon per day

1366 Mgal/d mega US gallon per day

1367 ImpGal/s Imperial gallon per second

1368 ImpGal/min Imperial gallon per minute

1369 ImpGal/h Imperial gallon per hour

1370 ImpGal/d Imperial gallon per day

1371 bbl/s barrel per second

1372 bbl/min barrel per minute

1373 bbl/h barrel per hour

1374 bbl/d barrel per day

1449 mgal/s milli US gallon per second

1450 kgal/s kilo US gallon per second

1451 Mgal/s mega US gallon per second

1453 mgal/min milli US gallon per minute

1454 kgal/min kilo US gallon per minute

1455 Mgal/min mega US gallon per minute

1457 mgal/h milli US gallon per hour

1458 kgal/h kilo US gallon per hour

1459 Mgal/h mega US gallon per hour

1461 mgal/d milli US gallon per day

1462 kgal/d kilo US gallon per day

1463 Mgal/d mega US gallon per day

1464 mImpGal/s milli imperial gallon per second

1465 kImpGal/s kilo imperial gallon per second

1466 MImpGal/s mega imperial gallon per second

1468 mImpGal/min milli imperial gallon per day

1469 kImpGal/min kilo imperial gallon per day

5-12

Unit Code Unit String Displayed in LUI Description

1470 MImpGal/min mega imperial gallon per day

1472 mImpGal/h milli imperial gallon per hour

1473 kImpGal/h kilo imperial gallon per hour

1474 MImpGal/h mega imperial gallon per hour

1476 mImpGal/d milli imperial gallon per day

1477 kImpGal/d kilo imperial gallon per day

1478 MImpGal/d mega imperial gallon per day

1482 Mbbl/s megabarrel per second

1486 Mbbl/min megabarrel per minute

1490 Mbbl/h megabarrel per hour

1494 Mbbl/d megabarrel per day

1496 mm3/s cubic millimeter per second

1497 km3/s cubic kilometer per second

1498 Mm3/s cubic megameter per second

1500 mm3/min cubic millimeter per minute

1501 km3/min cubic kilometer per minute

1502 Mm3/min cubic megameter per minute

1504 mm3/h cubic millimeter per hour

1505 km3/h cubic kilometer per hour

1506 Mm3/h cubic megameter per hour

1508 mm3/d cubic millimeter per day

1509 km3/d cubic kilometer per day

1510 Mm3/d cubic megameter per day

1511 cm3/s cubic centimeter per second

1512 cm3/min cubic centimeter per minute

1513 cm3/h cubic centimeter per hour

1514 cm3/d cubic centimeter per day

1518 kL/min kiloliter per minute

1519 kL/h kiloliter per hour

1520 kL/d kiloliter per day

1522 Nm3/s Normal cubic meter per second

1523 Nm3/min Normal cubic meter per minute

1524 Nm3/h Normal cubic meter per hour

1525 Nm3/d Normal cubic meter per day

1527 Sm3/s Standard cubic meter per second

1528 Sm3/min Standard cubic meter per minute

1529 Sm3/h Standard cubic meter per hour

1530 Sm3/d Standard cubic meter per day

1532 NL/s Normal liter per second

1533 NL/min Normal liter per minute

1534 NL/h Normal liter per hour

1535 NL/d Normal liter per day

1537 SL/s Standard liter per second

1538 SL/min Standard liter per minute

1539 SL/h Standard liter per hour

1540 SL/d Standard liter per day

1589 mL/min milliliters per minute

1617 ML/h megaliter per hour

1618 ML/min megaliter per minute

1619 kL/s kiloliter per second

1620 kft3/ d cubic kilofeet per day

1621 kCFH cubic kilofeet per hour

1622 kCFM cubic kilofeet per minute

1623 kCFS cubic kilofeet per second

1624 mft3/ d cubic millifeet per day

1625 mCFH cubic millifeet per hour

1626 mCFM cubic millifeet per minute

5-13

Unit Code Unit String Displayed in LUI Description

1627 mCFS cubic millifeet per second

1648 kgal kilogallon

1649 kImpGal kilo-imperial gallon

1653 Mft3/ d cubic Megafeet per day

1654 Mm3/ d cubic Megameters per day

Table 5-5 Display Transducer Block Display Status List

Quality Substatus Display String Status Detail

0 : Bad 0 Bad-Non_spec Non-specific

1 Bad-ConfigError Configuration Error

2 Bad-NotConnected Not Connected

3 Bad-DeviceFailur Device Failure

4 Bad-SensorFailur Sensor Failure

5 Bad-NoCommWitL No Comm, with LUV

6 Bad-NoCommWitN No Comm, no LUV

7 Bad-OutOfService Out of Service

8 Bad-TrnsducInMA Transducer in MAN

1 : Uncertain 0 Uncertn-Non_spec Non-specific

1 Uncertn-LUV Last Usable Value

2 Uncertn-Substtut Substitute / Manual Entry

3 Uncertn-InitValu Initial Value

4 Uncertn-S-CvNotA Sensor Conversion not Accurate

5 Uncertn-EgUnRaV Engineering Unit Range Violation

6 Uncertn-SubNoma Sub-normal

7 Uncertn-TrdInMA Transducer in MAN

2 : GOOD(NC) 0 GOOD-NC-Non_sp Non-specific

1 GOOD-NC-ActBkA Active Block Alarm

2 GOOD-NC-ActAdA Active Advisory Alarm

3 GOOD-NC-ActCrA Active Critical Alarm

4 GOOD-NC-UakBk Unack Block Alarm

5 GOOD-NC-UakAd Unack Advisory Alarm

6 GOOD-NC-UakCr Unack Critical Alarm

8 GOOD-NC-IFS Initiate Fault State(IFS)

3 : GOOD(C) 0 GOOD-C-Non_spec Non-specific

1 GOOD-C-InitAck Initialization Acknowledge

2 GOOD-C-InitReq Initialization Request

3 GOOD-C-NotInvit Not Invited

4 GOOD-C-NotSelct Not Selected

6 GOOD-C-LoclOvrr Local Override

7 GOOD-C-FaltStAc Fault State Active

8 GOOD-C-IFS Initiate Fault State(IFS)

5-14

Table 5-6 Display Transducer Block Display Alarm List

FD_xxx_ACTIVE Bit Display String Description

0 Check Check Function Bit

1 Not used

2 Not used

3 Not used

4 Gain Calibration Gain Calibration

5 Zero Calibration Zero Calibration

6 Fixed EX Current Fixed EX Current

7 Touch-Key Active Touch-Key Active

8 Not used

9 Not used

10 Not used

11 Not used

12 Not used

13 Zero Calib. Fail Zero Calib. Failure

14 Scale Detected Scale Detected

15 Not Calibrated Not Calibrated

16 Not used Not used

17 Not used Not used

18 Not used Not used

19 Not used Not used

20 Not used Not used

21 Not used Not used

22 Empty Detected Empty Detected

23 Flow Rate Over Flow Rate Over

24 Not used Not used

25 Not used Not used

26 Not used Not used

27 Not used Not used

28 MainBoardCommErr MainBoardCommunicationError

29 Extube Coil Open Extube Coil Open

30 Main Board Fail Main Board Failure

31 FFopt Board Fail FF Option Board Failure

5-15

Diag Transducer Block

S

Overview of function

Diag Transducer Block calculates values for diagnosing the integrity of the flow rate signal
based on the sensor output from the electromagnetic flowmeter.
The calculated diagnostic value is output to AI Function Block.
The block judges the diagnostic value by comparing it against the threshold value. The
result is output in the device status summary of Resource Block as an alarm.

Function Block diagram

The configuration of Diag Transducer Block is presented in the figure below.

Diag_TB

ensor value

SCALE_FACTOR

AI_FB

DEVICE_STATUS_SUM1

RB_FB

Figure5-2 Function Block diagram

Parameters

Major parameters of Diag Transducer Block are described as follows.
Refer to the attached Parameter List for more descriptions of parameters.

Output

SCALE_LEVEL

Displays the value for diagnosing the integrity of the flow rate signal.

Setting

SCALE_LEVEL_RANGE

Indicates setting values for the upper and lower range limits, unit, and the position of
the decimal point for SCALE_LEVEL (value for diagnosing integrity of the flow rate
signal).
The unit for the diagnostic value is UNIT_LESS (1615). The unit must be identical to
the unit assigned for XD_SCALE of the block being used in order to connect with AI
Function Block.

SCALE_LEVEL_MOVING_AVERAGE_MODE

Select whether to calculate a moving average for the diagnostic value.

SCALE_LEVEL_MOVING_AVERAGE_TIME

Assign a moving average time for the diagnostic value.

SCALE_LEVEL_THRESHOLD

Specify a threshold value for diagnosing the integrity of the flow rate signal.
If the diagnostic value exceeds the threshold value, an alarm is generated as an output.

SCALE_LEVEL_HYSTERESIS

Specify a hysteresis for diagnosing the integrity of the flow rate signal.
Assign a value smaller than the threshold value for diagnosing the integrity of the flow
rate signal.

5-16

6. Maintenance and Troubleshooting

Overview

This chapter describes maintenance and checkup procedures for the electromagnetic
flowmeter and reference information for troubleshooting.

6.1 Troubleshooting

Types of trouble

Introduction

There are three types of trouble that could happen when the electromagnetic flowmeter is
started up for operation.

 Trouble caused by the deviation of actual conditions of use from the specifications of

the electromagnetic flowmeter
 Trouble caused by mistakes in settings or operation
 Trouble caused by failures of the electromagnetic flowmeter

Trouble experienced during the operation of the electromagnetic flowmeter is recognized
either as a “major trouble” or a “minor trouble” by the self-diagnosis functions of the
transmitter, before it is displayed or addressed.

If any trouble occurs, refer to the troubleshooting guide described here to take appropriate
corrective action.

Major trouble

A case of major trouble refers to a state or failure that significantly impairs the operation
of the electromagnetic flowmeter and will lead to the damage of the flowmeter if
left unaddressed. If a case of major trouble takes place during the operation of the
electromagnetic flowmeter, an error message appears in the display panel of the
transmitter’s main unit.

Minor trouble

A case of minor trouble refers to a state or failure that does not significantly impair the
operation of the electromagnetic flowmeter. If the transmitter self-diagnoses that a trouble
event that occurred during operation is a case of minor trouble, the electromagnetic
flowmeter continues to output the instantaneous flow rate value.

6-1

Trouble at the start of operation

Troubleshooting

Address a problem occurred at the start of operation in accordance with the table below.
If the instruction in the table does not help eliminate the trouble, the electromagnetic
flowmeter may be out of order. Please contact us by referring to the end of this instruction
manual.

Trouble Checkpoint and action

Nothing is displayed in the
LUI even when the power is
turned on.

No output signal is
transmitted even when the
power is turned on.

· Check the specifications of the power supply for the
transmitter.

· Make sure that the ambient temperature is not below

-25 °C.

Make sure that the LUI display is turnThis completes the
startup of the electromagnetic flowmeter.

6-2

Trouble during operation

Troubleshooting

Address a problem occurred during operation by taking the following steps.

1. Check if the same trouble is described in the table. If yes, address the problem as
instructed in the table.

2. If the trouble cannot be resolved after following the above step, the electromagnetic
flowmeter may be out of order.
Please contact us by referring to the end of this instruction manual.

Trouble Checkpoint and action

The output value fluctuates
substantially when
compared to the anticipated
fluctuation range of flow
rate.

The output value remains at
0%.

Display Transducer Block Does Not Switch To Auto (LUI display says “DISPLAY_O/S.”)

Trouble Checkpoint and action

Display TB Does Not
Switch To Auto (LUI
display says “DISPLAY
O/S”)

Note: When writing is not possible for BLOCK_TAG_SELECTION_n (n=1 to 4), or

PARAMETER_SELECTION_n (n=1 to 4), switch the settings of RB FEATURE_SEL
Bit_12 (Deferral of Inter-Parameter Write Checks) to ON (enabled).

· Make sure that the electromagnetic flowmeter is properly
grounded.

· Make sure that the damping constant is properly
configured.

· Clean the electrodes.

· Check if the piping is empty.
(i.e., the empty detection function is activated)

· Check if the signal line is properly connected.

· Check if the upstream or downstream valves are open.

· Check if BLOCK_TYPE_SELECTION_n (n=1 to 4) is
configured. If not, BLOCK_TYPE_SELECTION_n will
be 0. In that case, assign the BLOCK_TAG(block tag
name) of the parameter you want to display to BLOCK_
TAG_SELECTION_n (n=1 to 4).

· Check if PARAMETER_SELECTION_n (n=1 to 4) is set
to the parameter you want to display.

· Check if DISPLAY_PARAM_SELECTION is set to the
parameters you want to display.
Example: If DISPLAY_PARAM_SELECTION=Parameter
1 and Parameter 2
BLOCK_TAG_SELECTION_1, PARAM_SELECTION_1,
BLOCK_TAG_SELECTION_2, and PARAM_
SELECTION_2 are appropriately configured.

6-3

Error messages and corrective actions

This section describes errors that may be experienced in each block and corrective actions.
Swiftly take proper measures or corrective actions.

Errors experienced with Resource Block

Error display Error description Corrective action

Option Board Fail

Main Board Fail

Extube Coil Open

MainBoardCommErr

Flow Rate Over-Range

Empty Detected

Not Calibrated

Scale Detected

Zero Calib. Fail

Local User I/F Active

Fixed Excitation

Current Mode

Zero Calibration on

Gain Calibration on

ROM error or EEPROM error in
the option board

NVM error, AD converter error,
ROM error, or RAM error in the
main board

Coil disconnection 1. Check the connection.

Communication error between
boards

Flow velocity exceeds 10 m/s. 1. Reduce the flow velocity to

The empty pipe detector is
activated.

Calibration has not been made. 1. Reboot.

The value for diagnosing the
integrity of the flow rate signal
exceeds the threshold.

Failure in zero adjustment Check if the measurement

The LUI is enabled. Return to the measuring mode.

Excitation out mode EXX,
excitation out mode EXY, or
excitation current off

Zero adjustment is being
performed.

Transmitter gain is adjusted at
0 m/s, 2.5 m/s, and 10.0 m/s.

1. Reboot.

2. Replace the main P/C.

1. Reboot.

2. Replace the main P/C.

2. Measure the coil’s resistance.

3. Reboot.

1. Reboot.

2. Replace the main P/C.

3. Replace the Fieldbus option
P/C.

10 m/s or below.

2. Replace the flowtube with
another one with larger
diameter.

1. Check if the piping is filled
with water.

2. Clean the electrodes.

2. Replace the main P/C, then
contact us.

1. It is time to perform
maintenance work. Clean
inside the flowtube.

piping is empty or if the flow
velocity exceeds 0.2 m/s

Bring the excitation current to
the original state by selecting “0”
(None) for EX_OUTPUT_CMD
in Flow Transducer Block.

Wait until zero adjustment is
complete.

Wait until gain adjustment is
complete.

6-4

Errors experienced with Flow Transducer Block

Error display Corrective action

1. Check the connection.

SENS EX FAILURE

SENS NVM FAILURE

SENS ADC FAILURE

SENS ROM FAILURE

SENS RAM FAILURE

IO FAILURE

AUTO ZERO FAILURE

NOT CALIBRATED

FLOWTUBE_CONFIG

ERROR

PVR CONFIG ERROR

SVR CONFIG ERROR

FLSW_1 CONFIG ERROR

FLSW_2 CONFIG ERROR

2. Measure the coil’s resistance.

3. Reboot.

1. Reboot.

2. Replace the main P/C.

1. Reboot.

2. Replace the main P/C.

1. Reboot.

2. Replace the main P/C.

1. Reboot.

2. Replace the main P/C.

1. Reboot.

2. Replace the main P/C.

3. Replace the Fieldbus option P/C.

Check if the measurement piping is empty or if the flow velocity
exceeds 0.2 m/s.

1. Reboot.

2. Replace the main P/C.

Check the diameter and flowtube, and then enter the correct data.

PVR exceeds the flow rate equivalent to 10 m/s.
Check the settings of PVR, diameter, flowtube type, and dummy.

SVR exceeds the flow rate equivalent to 10 m/s.
Check the settings of SVR, diameter, flowtube type, dummy,
and density.

flsw_1_threshold exceeds the value of PVR when
flsw_1_source is PV and flsw_1_threshold exceeds the value
of SVR when flsw_1_source is SV. Check the settings of
flsw_1_threshold.

flsw_2_threshold exceeds the value of PVR when
flsw_2_source is PV and flsw_2_threshold exceeds the value
of SVR when flsw_2_source is SV. Check the settings of
flsw_2_threshold.

Errors experienced with Diag Transducer Block

Error display Corrective action

scale_level_hysteresis exceeds

PARA_ERROR

SENSOR_ERROR

scale_level_threshold. Check the settings of
scale_level_threshold.

A sensor error has occurred.
Check BLOCK_ERR_DESC in Flow Transducer Block.

6-5

6.2 Input of simulated signals from calibrator

Introduction

A special calibrator has been designed for the electromagnetic flowmeter. This special
calibrator can generate the same kind of signal as the flow rate signal produced by
the flowtube. This simulated signal can be used for checking relevant functions of the
transmitter.

Getting started

Prepare the following devices and components.

 A special calibrator (MGZ13) and a special cable
 A digital multimeter
 250- resistance

Checking method

Check the relevant functions in accordance with F1X 1000 Flow Meter Calibrator User's
Manual
(CM2-F1X100-2001).

6-6

6.3 Measurement of excitation current

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

Introduction

The value and direction of the excitation current that flows in the coil in the flowtube can
be checked.
The current value is checked by connecting an ammeter in series to the excitation cables
of the flowtube and transmitter.

Measuring method using LUI

Step Procedure Screen

Follow the procedure for entering MAINTENANCE MODE
to display the screen for checking the excitation current.

1

In this state, the excitation current flows from X to Y.
Confirm that the current value becomes 160 mA.

EX CHECK

>

EXX 1 6 0 . 0

Touch the

2

Touch the
from Y to X. This changes the polarity to the opposite of the

3

key once to move the cursor underneath E.

key once to cause the excitation current to flow

state in Step 2.

Touch the

4

current.

Finally, touch the

5

underneath >.

Use the
excitation returns to the current signal of the rectangular

6

key once to stop the flow of the excitation

key once to move the cursor

or key to transit to a different screen. The

wave.

Next, display the screen for setting the excitation current

7

value. In this state, the excitation current flows from X to Y.

Use the

8

that was measured in Step 1.

Use the
excitation returns to the current signal of the rectangular

9

key or key to set the excitation current value

or key to transit to a different screen. The

wave.

EX CHECK

>

EXX 1 6 0 . 0

EX CHECK

>

EXY 1 6 0 . 0

EX CHECK

>

EXY 1 6 0 . 0

EX CHECK

>

OFF 1 6 0 . 0

6-7

Method using Fieldbus communication

Accessing the option from the parameter list

1. Set TARGET of MODE_BLK in FLOW Transducer Block to O/S (Out of Service).

2. Set “1” (EXX) to EX_OUTPUT_CMD in FLOW Transducer Block.
The excitation current is fixed to EXX.
Measure the excitation current and write down the excitation current value.

3. Set “0” (None) to EX_OUTPUT_CMD in FLOW Transducer Block.
The excitation current is returned to the original state.

4. Read the value of EX_CURRENT_VALUE in FLOW Transducer Block.
If this value is different from the value written down in Step 2, write the value written
down in Step 2 into EX_CURRENT_VALUE.

5. For flow measurement, set TARGET of Transducer Block in FLOW Transducer Block to
AUTO.

Accessing the option from the menu

Note: Use METHOD in the menu to check or adjust the excitation current.

METHOD may not operate with some hosts.
In such cases, check or adjust the excitation current by accessing the option through
the parameter list.

 Device menu for communicators

Check or adjust the excitation current by selecting Device  Maintenance  Excitation
Current Calibration (METHOD).

 Block menu for communicators or Block menu for PCs

Check or adjust the excitation current by selecting FLOW Transducer Block  Block 
Maintenance  Excitation Current Calibration (METHOD).

6-8

6.4 Gain adjustment

Measuring method using LUI

Step Procedure Screen

Enter CALIBRATION MODE and display the screen shown

1

on the right.

Set the cursor at the position of READY and
press the  key to start gain calibration at the
zero point (0 m/s).

2

When the screen shown on the right is displayed, the gain
calibration at the zero point (0 m/s) has been completed.
Perform gain calibration at 2.5 m/s next.

Display the screen shown on the right.

3

Use the calibrator to input 2.5 m/s.

0.0000

0.0000

Gain calibration starts (the

main display blinks).

A few seconds later

Gain calibration is complete.

0.0000

2.5000

2.5000

Set the cursor at the position of READY and
press the  key to start gain calibration at 2.5
m/s.

4

When the screen shown on the right is displayed, the gain
calibration at 2.5 m/s has been completed.
Perform gain calibration at 10 m/s in the same way.

Gain calibration starts (the

main display blinks).

A few seconds later

Gain calibration is complete.

2.5000

6-9

Method using Fieldbus communication

Accessing the option from the parameter list

1. Set TARGET of MODE_BLK in FLOW Transducer Block to O/S (Out of Service).

2. Use the calibrator to input 0.0 m/s.

3. Set “1” (0.0 m/s) to GAIN_CALIBRATION_CMD in FLOW Transducer Block.
Zero adjustment starts.
To cancel the zero adjustment, set “4” (Canceled) to GAIN_CALIBRATION_CMD in
FLOW Transducer Block.

4. Execution results of automatic zero adjustment can be checked at
GAIN_CALIBRATION_STATUS in FLOW Transducer Block.
While “1” (Executing) is displayed during execution of zero adjustment, “2” (Success) is
displayed when zero adjustment is completed successfully.

5. Use the calibrator to input 2.5 m/s.

6. Set “2” (2.5 m/s) to GAIN_CALIBRATION_CMD in FLOW Transducer Block.
Gain adjustment of 2.5 m/s starts.
To cancel the 2.5 m/s gain adjustment, set “4” (Canceled) to
GAIN_CALIBRATION_CMD in FLOW Transducer Block.

7. Execution results of 2.5 m/s gain adjustment can be checked at
GAIN_CALIBRATION_STATUS in FLOW Transducer Block.
While “1” (Executing) is displayed during execution of 2.5 m/s gain adjustment, “2”
Success} is displayed when 2.5 m/s gain adjustment is completed successfully.

8. Use the calibrator to input 10.0 m/s.

9. Set “3” (10.0 m/s) to GAIN_CALIBRATION_CMD in FLOW Transducer Block. Gain
adjustment of 10.0 m/s starts.
To cancel the 10.0 m/s gain adjustment, set “4” (Canceled) to
GAIN_CALIBRATION_CMD in FLOW Transducer Block.

10. Execution results of 10.0 m/s gain adjustment can be checked at

GAIN_CALIBRATION_STATUS in FLOW Transducer Block.
While “1” (Executing) is displayed during execution of 10.0 m/s gain adjustment, “2”
(Success) is displayed when 10.0 m/s gain adjustment is completed successfully.

11. For flow measurement, set TARGET of Transducer Block in FLOW Transducer Block

to AUTO.

Accessing the option from the menu

Note: Use METHOD in the menu to perform gain adjustment.

METHOD may not operate with some hosts.
In such cases, perform gain adjustment by accessing the option through the
parameter list.

 Device menu for communicators

Perform gain adjustment by selecting Device  Maintenance  Gain Adjustment
(METHOD).

 Block menu for communicators or Block menu for PCs

Perform gain adjustment by selecting FLOW Transducer Block  Block  Maintenance
 Gain Adjustment (METHOD).

6-10

Appendix A. View List

Resource Block

Index Parameter Mnemonic VIEW_1 VIEW_2 VIEW_3 VIEW_4 VIEW_4_2

1 ST_REV 2 2 2 2 2

2 TAG_DESC

3 STRATEGY 2

4 ALERT_KEY 1

5 MODE_BLK 4 4

6 BLOCK_ERR 2 2

7 RS_STATE 1 1

8 TEST_RW

9 DD_RESOURCE

10 MANUFAC_ID 4

11 DEV_TYPE 2

12 DEV_REV 1

13 DD_REV 1

14 GRANT_DENY 2

15 HARD_TYPES 2

16 RESTART

17 FEATURES 2

18 FEATURE_SEL 2

19 CYCLE_TYPE 2

20 CYCLE_SEL 2

21 MIN_CYCLE_T 4

22 MEMORY_SIZE 2

23 NV_CYCLE_T 4

24 FREE_SPACE 4

25 FREE_TIME 4 4

26 SHED_RCAS 4

27 SHED_ROUT 4

28 FAULT_STATE 1 1

29 SET_FSTATE

30 CLR_FSTATE

31 MAX_NOTIFY 1

32 LIM_NOTIFY 1

33 CONFIRM_TIME 4

34 WRITE_LOCK 1

35 UPDATE_EVT

36 BLOCK_ALM

37 ALARM_SUM 8 8

38 ACK_OPTION 2

39 WRITE_PRI 1

40 WRITE_ALM

41 ITK_VER 2

42 FD_VER 2

43 FD_FAIL_ACTIVE 4 4

FD_OFFSPEC_

44

ACTIVE

FD_MAINT_

45

ACTIVE

FD_CHECK_

46

ACTIVE

47 FD_FAIL_MAP 4

4 4

4 4

4 4

A-1

Index Parameter Mnemonic VIEW_1 VIEW_2 VIEW_3 VIEW_4 VIEW_4_2

48 FD_OFFSPEC_MAP 4

49 FD_MAINT_MAP 4

50 FD_CHECK_MAP 4

51 FD_FAIL_MASK 4

FD_OFFSPEC_

52

MASK

53 FD_MAINT_MASK 4

54 FD_CHECK_MASK 4

55 FD_FAIL_ALM

56 FD_OFFSPEC_ALM

57 FD_MAINT_ALM

58 FD_CHECK_ALM

59 FD_FAIL_PRI 1

60 FD_OFFSPEC_PRI 1

61 FD_MAINT_PRI 1

62 FD_CHECK_PRI 1

63 FD_SIMULATE 9

FD_RECOMMEN_

64

ACT

65 CAPABILITY_LEV 1

66 HARDWARE_REV 32

67 SOFTWARE_REV 32

68 SIM_ACTIVE_SW

2 2

40 30 49 69 67

4

FLOW Transducer Block

Index

1 ST_REV 2 2 2 2 2 2 2 2 2 2

2 TAG_DESC

3 STRATEGY 2

4 ALERT_KEY 1

5 MODE_BLK 4 4

6 BLOCK_ERR 2 2

7 UPDATE_EVT

8 BLOCK_ALM

9

10

11

12 XD_ERROR 1 1

13

14

15

16

Parameter

Mnemonic

TRANSDUCER_

DIRECTORY

TRANSDUCER_

TYPE

TRANSDUCER_

TYPE_VER

COLLECTION_

DIRECTORY

PRIMARY_

VALUE_TYPE

PRIMARY_

VALUE

PRIMARY_

VALUE_RANGE

VIEW_1 VIEW_2 VIEW_3_1 VIEW_3_2 VIEW_4_1VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5 VIEW_4_6

2 2 2 2

2

2

5 5

11

A-2

Index

17

18

19

20 XD_OPTS 4

21 SENSOR_TYPE 2

22 SENSOR_RANGE 11

23 SENSOR_SN 32

24

25

26

27

28

29 SENSOR_VALUE 4

30 FLOWTUBE_SIZE 1

31

32

33

34

35

36

37

38 COEFFICIENT 4

39

40

41

42

43

Parameter

Mnemonic

SECONDARY_

VALUE_TYPE

SECONDARY_

VALUE

SECONDARY_

VALUE_RANGE

SENSOR_CAL_

METHOD

SENSOR_CAL_

LOC

SENSOR_CAL_

DATE

SENSOR_CAL_

WHO

BLOCK_ERR_

DESC_1

FLOWTUBE_

TYPE

FLOWTUBE_

FAC TOR

DUMMY_

NUMBER

EMPTY_PIPE_

DETECTOR

DENSITY_

CONSTANT

DENSITY_

CONSTANT_

UNITS

FLOW_

DIRECTION

DAMPING_

CONSTANT

MOVING_

AVERAGE_MODE

MOVING_

AVERAGE_TIME

PRIMARY_

VALUE_SPIKE_

CUT_MODE

PRIMARY_

VALUE_SPIKE_

CUT_TIME

VIEW_1 VIEW_2 VIEW_3_1 VIEW_3_2 VIEW_4_1VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5 VIEW_4_6

2

5 5

11

1

32

7

32

4 4

1

4

1

1

4

2

1

4

1

4

1

4

A-3

Index

44

45

46

47

48

49

50 AC_FREQUENCY 1

51 EX_FREQUENCY 1

52

53

54

55

56

57

58

59

60

61 FLSW_1_SOURCE 1

62 FLSW_1_MODE 1

63

64

65

66 FLSW_2_SOURCE 1

67 FLSW_2_MODE 1

Parameter

Mnemonic

PRIMARY_

VALUE_SPIKE_

CUT_LEVEL

SECONDARY_

VALUE_SPIKE_

CUT_MODE

SECONDARY_

VALUE_SPIKE_

CUT_TIME

SECONDARY_

VALUE_SPIKE_

CUT_LEVEL

PRIMARY_

VALUE_LOW_

FLOW_CUT

SECONDARY_

VALUE_LOW_

FLOW_CUT

EX_OUTPUT_

CMD

EX_OUTPUT_

STATUS

EX_CURRENT_

VALUE

AUTO_ZERO_

CALIBRATION_

CMD

AUTO_ZERO_

CALIBRATION_

STATUS

MANUAL_ZERO_

CALIBRATION_

CMD

GAIN_

CALIBRATION_

CMD

GAIN_

CALIBRATION_

STATUS

FLSW_1_

VALUE_D

FLSW_1_

SETPOINT

FLSW_1_

HYSTERESIS

FLSW_2_

VALUE_D

VIEW_1 VIEW_2 VIEW_3_1 VIEW_3_2 VIEW_4_1VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5 VIEW_4_6

1

1

1

2

2

4

1

4

4

1

1

4

4

1

A-4

Index

68

69

70

71

72

73 FLOWTUBE_SN 32

74

75

76

77

78

79

80

81

82

83

84

Parameter

Mnemonic

FLSW_2_

SETPOINT

FLSW_2_

HYSTERESIS

TRANSMITTER_

MODEL_NO

TRANSMITTER_

SN

FLOWTUBE_

MODEL_NO

CLEAR_FLOW_

TB_STATUS_

RECORDS

FLOW_TB_

STATUS_

RECORD_1

FLOW_TB_

STATUS_

RECORD_2

FLOW_TB_

STATUS_

RECORD_3

FLOW_TB_

STATUS_

RECORD_4

FLOW_TB_

STATUS_

RECORD_5

FLOW_TB_

STATUS_

RECORD_6

FLOW_TB_

STATUS_

RECORD_7

FLOW_TB_

STATUS_

RECORD_8

FLOW_TB_

STATUS_

RECORD_9

FLOW_TB_

STATUS_

RECORD_10

VIEW_1 VIEW_2 VIEW_3_1 VIEW_3_2 VIEW_4_1VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5 VIEW_4_6

4

1

32

32

25 34 25 13 22 106 70 66 66 92

32

9

9

9

9

9

9

9

9

9

9

A-5

DISPLAY Transducer Block

Index Parameter Mnemonic VIEW_1 VIEW_2 VIEW_3 VIEW_4

1 ST_REV 2 2 2 2 2 2 2 2

2 TAG_DESC

3 STRATEGY 2

4 ALERT_KEY 1

5 MODE_BLK 4 4

6 BLOCK_ERR 2 2

7 UPDATE_EVT

8 BLOCK_ALM

TRANSDUCER_

9

DIRECTORY

TRANSDUCER_

10

TYPE

TRANSDUCER_

11

TYPE_VER

12 XD_ERROR 1 1

COLLECTION_

13

DIRECTORY

BLOCK_ERR_

14

DESC_1

DISPLAY_

15

PARAM_SEL

DISPLAY_INFO_

16

SEL

17 DISPLAY_CYCLE 1 1 1 1

BLOCK_TYPE_

18

SEL_1

BLOCK_TAG_

19

SEL_1

PARAM_

20

SELECTION_1

21 DISPLAY_TAG_1 32

UNIT_

22

SELECTION_1

23 CUSTOM_UNIT_1 32

24 EXPONENT_SEL_1 1

BLOCK_TYPE_

25

SEL_2

BLOCK_TAG_

26

SEL_2

PARAM_

27

SELECTION_2

28 DISPLAY_TAG_2 32

UNIT_

29

SELECTION_2

30 CUSTOM_UNIT_2 32

31 EXPONENT_SEL_2 1

BLOCK_TYPE_

32

SEL_3

BLOCK_TAG_

33

SEL_3

34 PARAM_SEL3 2

35 DISPLAY_TAG3 32

2 2 2 2

4 4

2

2

2

VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5

2

1 1 1 1

1 1 1 1

32

2

1

32

2

1

32

A-6

Index Parameter Mnemonic VIEW_1 VIEW_2 VIEW_3 VIEW_4

36 UNIT_SEL3 1

37 DISPLAY_UNIT3 32

38 EXP_MODE3 1

BLOCK_TYPE_

39

SEL_4

BLOCK_TAG_

40

SEL_4

41 PARAM_SEL4 2

42 DISPLAY_TAG4 32

43 UNIT_SEL4 1

44 DISPLAY_UNIT4 32

45 EXP_MODE4 1

46 CLEAR_HISTORY

OPERATION_

47

HISTORY1

OPERATION_

48

HISTORY2

OPERATION_

49

HISTORY3

OPERATION_

50

HISTORY4

OPERATION_

51

HISTORY5

OPERATION_

52

HISTORY6

OPERATION_

53

HISTORY7

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

2

VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

32

A-7

Index Parameter Mnemonic VIEW_1 VIEW_2 VIEW_3 VIEW_4

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

54

HISTORY8

OPERATION_

56

HISTORY10

15 4 23 99 105 105 105 105

VIEW_4_2 VIEW_4_3 VIEW_4_4 VIEW_4_5

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

9

A-8

DIAG Transducer Block

Index Parameter Mnemonic VIEW_1 VIEW_2 VIEW_3 VIEW_4

1 ST_REV 2 2

2 TAG_DESC

3 STRATEGY 2

4 ALERT_KEY 1

5 MODE_BLK 4 4

6 BLOCK_ERR 2 2

7 UPDATE_EVT

8 BLOCK_ALM

TRANSDUCER_

9

DIRECTORY

TRANSDUCER_

10

TYPE

TRANSDUCER_

11

TYPE_VER

12 XD_ERROR 1 1

COLLECTION_

13

DIRECTORY

BLOCK_ERR_

14

DESC_1

15 SCALE_FACTOR 5 5

SCALE_FACTOR_

16

RANGE

SCALE_FACTOR_

17

MOVING_

AVERAGE_MODE

SCALE_FACTOR_

18

MOVING_

AVERAGE_TIME

SCALE_FACTOR_

19

THRESHOLD

SCALE_FACTOR_

20

HYSTERESIS

21 FB_CYCLE_MIN

22 FB_CYCLE_MAX

23 FB_EXEC_MIN

24 FB_EXEC_MAX

2 2 2 2

4 4

11

20 15 20 19

2

1

1

4

4

A-9

A-10

Appendix B. Parameter List

Resource Block (Base INDEX)

INDEX Parameter name Description

Indicates the number of changes of the

Static parameter that belongs to the

1 ST_REV

2 TAG_DESC

3 STRATEGY

4 ALERT_KEY

5 MODE_BLK

6 BLOCK_ERR

7 RS_STATE Indicates the operating state of the device. - D-R 1

8 TEST_RW

9 DD_RESOURCE (Unused) - S-R 32 spaces

10 MANUFAC_ID

11 DEV_TYPE

12 DEV_REV

13 DD_REV

Resource block. It is incremented by one

(0x0001) when a change is made for a

parameter whose access attribute is “S-.”
A tag name for the Resource block set

by the user. It can be referenced by the

host devices and thus does not affect the

execution of Function block operation at

all.
An arbitrary group number for the

Resource block. It does not affect Function

block operation.
The identification number of the relevant

in-plant device. It does not affect Function

block operation.

Indicates the mode parameter　group of

the Resource block. The　configuration is

as follows:

· Target: Parameter for setting mode

from host devices.

· Actual: Indicates the current value of the

mode.

· Permitted: Indicates a mode value used

for the Function block.

· Normal: Indicates a mode value which

should be in a steady state.

Indicates the error state regarding the

Resource block.

This is a parameter for compatibility

testing of communication software. Users

are not supposed to use this parameter.

An identification number specific to each

manufacturer registered in the Fieldbus

Association.
An identification number that indicates a

device model defined by the manufacturer.
A revision number defined by the

manufacturer.
Revision number of a DD file to be applied

to this device.

Sub-parameter

name

- S-R 2 0 ≤ X ≤ 65535 0

- S-R/W 32 spaces

- S-R/W 2 0 ≤ X ≤ 65535 0

- S-R/W 1 1 ≤ X ≤ 255 0

Target N-R/W 1

Actual D-R 1

Permitted S-R/W 1

Normal S-R/W 1

- D-R 2

- D-R/W 112

- S-R 4 0x0DFC96 0x0DFC96

- S-R 2 0 ≤ X ≤ 0xFFFF 0x1601

- S-R 1 0 ≤ X ≤ 0xFF 0x01

- S-R 1 0 ≤ X ≤ 0xFF 0x01

Access

attribute

Size

(Byte)

bit3: Auto

bit7: OOS

bit3: Auto

bit7: OOS

bit3: Auto

bit7: OOS

bit3: Auto

bit7: OOS

0: Other

1: Block Configuration Error

2: Link Configuration Error

3: Simulate Active

5: Device Fault State Set

6: Device Needs Maintenance

Soon

9: Memory Failure

10: Lost Static Data11:Lost NV

Data

13: Device Needs Maintenance

Now

14: Power -up

15: Out-of-Service
0: Undefined

1: Start/Restart

2: Initialization

3: Online Linking

4: Online

5: Standby

6: Failure

Range

*1 : Refer to Display Transducer Block INDEX18 BLOCK_TYPE_SELECTION_1
*2 : Refer to Table 5-3

Factory default

setting

0x08

bit3:Auto

-

0x88

bit3: Auto

bit7: OOS

0x08

bit3:Auto

-

-

B-1

INDEX Parameter name Description

This parameter is used to permit/deny

14 GRANT_DENY

15 HARD_TYPES

16 RESTART

17 FEATURES

18 FEATURE_SEL Makes an option setting for device use. - S-R/W 2

19 CYCLE_TYPE

20 CYCLE_SEL Sets the Function block execution method. - S-R/W 2 bit0: Scheduled 0

21 MIN_CYCLE_T

22 MEMORY_SIZE

23 NV_CYCLE_T

24 FREE_SPACE

25 FREE_TIME

access from MMI or other host devices to

parameters in this block.

Indicates the type of hardware in which

this Resource block exists.

The device is restarted manually. A restart

type can be selected from several types in

the specification.

Sets an option that can be selected for

FEATURE_SEL in the option settings for

device use.

Indicates the current operating state

based on the setting of CYCLE_SEL in the

Function block execution method.

Indicates the minimum period in which

the Function block can be executed.
Indicates the memory capacity that can be

used as a guideline for adding Function

blocks. (Unused)
Indicates the minimum time needed for

writing N-type parameters in non-volatile

memory. (Unused)
Indicates the available memory as a

guideline for adding configurations.
Indicates the loaded condition showing

how much idle time is available for

Function block execution time. (Unused)

Sub-parameter

name

Grant D-R/W 1

Deny D-R/W 1

- S-R 2 bit0: Scalar Input

- D-R/W 1

- S-R 2

- S-R 2 bit0: Scheduled

- S-R 4 4000 4000

- S-R 2 0 0

- S-R 4 345600000(3h) 345600000(3hr)

- D-R 4 0 ≤ X ≤ 100 -

- D-R 4 0 ≤ X ≤ 100 -

Access

attribute

Size

(Byte)

bit0: Program

bit1: Tune

bit2: Alarm

bit3: Local

bit4: Operate

bit5: Service

bit6: Diagnostic
bit0: Program Denied

bit1: Tune Denied

bit2: Alarm Denied

bit3: Local Denied

bit4: Operate Denied

bit5: Service Denied

bit6: Diagnostics Denied

1: Run

2: Restart resource

3: Restart with defaults

4: Restart processor

11: Restores Factory default

blocks

12: Resets transducer block

Factory calibration

bit0: Unicode strings

bit1: Reports supported

bit2: Fault State supported

bit3: Soft Write lock supportedx

bit10: Multi-bit Alarm(Bit-

Alarm) Support

bit12: Deferral of Inter-

Paramter Write Checks

bit0: Unicode strings

bit1: Reports supported

bit2: Fault State supported

bit3: Soft Write lock supportedx

bit10: Multi-bit Alarm (Bit-

Alarm) Support

bit12: Deferral of Inter-

Paramter Write Checks

Range

Factory default

setting

-

-

0x01bit0: Scalar

Input

-

0x140F

bit0: Unicode

strings

bit1: Reports

supported

bit2: Fault State

supported

bit3: Soft Write

lock supportedx

bit10:Multi-bit

Alarm(Bit-Alarm)

Support

bit12:Deferral of

Inter-Paramter

Write Checks
0x100A

bit1: Reports

supported

bit3: Soft Write

lock supportedx

bit12:Deferral of

Inter-Paramter

Write Checks

0x0001

bit0: Scheduled

B-2

INDEX Parameter name Description

Sets the timeout time for writing the value

for a setting value change (SPC) from the

host arithmetic unit connected with the

RCAS_IN parameter when MODE of the

26 SHED_RCAS

27 SHED_ROUT

28 FAULT_STATE Indicates the fail-safe condition. - N-R 1

29 SET_FSTATE Starts the fail-safe state. - D-R/W 1

30 CLR_FSTATE Cancels the fail-safe state. - D-R/W 1

31 MAX_NOTIFY

32 LIM_NOTIFY

33 CONFIRM_TIME

34 WRITE_LOCK

35 UPDATE_EVT

Function block is RCAS. If the setting

value is not written within this set time,

the Function block automatically transits

to the mode which has been set to the

SHED_OPT parameter in the Function

block.
Sets the timeout time for writing the value

for an output value change (DDC) from

the host arithmetic unit connected with

the ROUT_IN parameter when MODE of

the Function block is ROUT. If the setting

value is not written within this set time,

the Function block automatically transits

to the mode which has been set to the

SHED_OPT parameter in the Function

block.

The maximum number of alerts to be

retained.
Limit of the number of alerts. Being set by

the user, the number of alerts to be notified

to the host can be limited to prevent

overflow of the host.
Parameter for setting the wait time for

confirmation of an alert.
Prohibits setting values from being written

from outside.

Parameter for generating an alert when

fixed data (data whose access attribute is

“S-”) of the Resource block is changed. The

configuration is as follows:

· Unacknowledged: Determined state

· Update_State: Change state

· Time_stamp: Change time

· Static_Revision: Revision after change

· Relative_Index: Changed parameter

identification number

Sub-parameter

name

- S-R/W 4

- S-R/W 4

- S-R 1 3 3

- S-R/W 1 0 ≤ X ≤ 3 3

- S-R/W 4

- S-R/W 1

Unacknowledged

Update State D-R 1

Time Stamp D-R 8 ­Static Revision D-R 2 0 ≤ X ≤ 65535 -

Relative Index D-R 2 0 ≤ X ≤ 65535 -

Access

attribute

D-R/W 1

Size

(Byte)

0 ≤ X ≤ 0x

FFFFFFFF

0 ≤ X ≤ 0x

FFFFFFFF

1: Clear

2: Active
1: Off

2: Set
1: Off

2: Set

0 ≤ X ≤ 0x

FFFFFFFF
1: Unlocked

2: Locked
0: Undefined

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Update reported

2: Update not reported

Range

Factory default

setting

640000(20sec)

640000(20sec)

1: Clear

-

-

640000(20sec)

1: Unlocked

-

-

36 BLOCK_ALM

37 ALARM_SUM

Parameter for generating an alert when

fixed data (data whose access attribute is

“S-”) of the Resource block is changed. The

configuration is as follows:

· Unacknowledged: Determined state

· Update_State: Change state

· Time_stamp: Change time

· Static_Revision: Revision after change

· Relative_Index: Changed parameter

identification number

Parameter that indicates the state of

BLOCK_ALM of the Resource block

comprehensively. The configuration is as

follows:

· Current: Current generation state

· Unacknowledged: Alarm checking state

· Unreported: Reporting state to the host

devices

· Disabled: Alarm detection inhibit state

0: Undefined

Unacknowledged

Alarm State D-R 1

Time Stamp D-R 8 ­Subcode D-R 2 ­Valu e D-R 1 ­Current D-R 2 bit1: High high alarm ­Unacknowledged
Unreported D-R 2 bit6: Deviation low alarm -

Disabled S-R/W 2 bit7: Block alarm 0

D-R/W 1

D-R 2 bit5: Deviation high alarm -

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Clear - reported

2: Clear - not reported

3: Active - reported4

: Active - not reported

B-3

-

-

INDEX Parameter name Description

Permits or inhibits automatic checking

for generation of BLOCK_ALM

38 ACK_OPTION

39 WRITE_PRI

40 WRITE_ALM

41 ITK_VER

42 FD_VER

FD_FAIL_

43

ACTIVE

FD_OFFSPEC_

44

ACTIVE

FD_MAINT_

45

ACTIVE

FD_CHECK_

46

ACTIVE

47 FD_FAIL_MAP

of the Resource block. Automatic

checking means acknowledgment in

communication which is regarded as

equivalent to the operation by an operator.
Sets the priority of WRITE_ALM. Aside

from controlling priority, setting this

parameter also makes it possible to

disable informing alarms and eliminate

acknowledgement.

Generates an alarm when WRITE_LOCK

is cancelled.

Indicates the version of the FF

authentication test (interoperability test)

conducted on the device.
A value consistent with the major version

of the Field Diagnostics specification of the

device.

Parameter that reflects activation of the

error state classified into this category

(FAIL). Because this parameter is a bit

string parameter, it indicates more than

one state.

Parameter that reflects activation of the

error state classified into this category

(OFFSPEC). Because this parameter is a

bit string parameter, it indicates more than

one state.
Parameter that reflects activation of the

error state classified into this category

(MAINTENANCE). Because this

parameter is a bit string parameter, it

indicates more than one state.
Parameter that reflects activation of the

error state classified into this category

(CHECK). Because this parameter is a bit

string parameter, it indicates more than

one state.
Parameter that selects a condition

classified into this alarm category (FAIL).

The same condition may become active for

more than one category of the four alarm

categories.

Sub-parameter

name

- S-R/W 2

- S-R/W 1 0 ≤ X ≤ 15 0

Unacknowledged

Alarm State D-R 1

Time Stamp D-R 8 ­Subcode D-R 2 ­Valu e D-R 1 -

- S-R 2 6

- S-R 2 1

- D-R 4

- D-R 4 *1 -

- D-R 4 *1 -

- D-R 4 *1 -

- S-R/W 4 *1

Access

attribute

D-R/W 1

Size

(Byte)

0: Auto Ack Disabled

1: Auto Ack Enabled

0: Undefined

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Clear - reported

2: Clear - not reported

3: Active - reported

4: Active - not reported

*1

bit31: Fieldbus Option Board

Failure

bit30: Main Board Failure

bit29: Flowtube Coil Open

Circuit

bit28: Main Board

Communications Error

bit23: Flow Rate Over-Range

bit22: Empty Detected

bit15: Not Calibrated

bit14: Scale Detected

bit13: Auto Zero Calibration

Failure

bit7: Local User I/F Active

bit6: Fixed Excitation Current

Mode

bit5: Performing Auto Zero

Calibration

bit4: Performing Gain

Calibration

Range

Factory default

setting

0: Auto Ack

Disabled

0xF0000000

bit31/bit30/bit29/

bit28

-

-

-

B-4

INDEX Parameter name Description

Parameter that selects a condition

FD_OFFSPEC_

48

MAP

49 FD_MAINT_MAP

FD_CHECK_

50

MAP

51 FD_FAIL_MASK

FD_OFFSPEC_

52

MASK

FD_MAINT_

53

MASK

FD_CHECK_

54

MASK

55 FD_FAIL_ALM

FD_OFFSPEC_

56

ALM

classified into this alarm category

(OFFSPEC). The same condition may

become active for more than one category

of the four alarm categories.
Parameter that selects a condition

classified into this alarm category

(MAINTENANCE). The same condition

may become active for more than one

category of the four alarm categories.
Parameter that selects a condition

classified into this alarm category

(CHECK). The same condition may

become active for more than one category

of the four alarm categories.
Parameter for the user to set multiple states

of this category (FAIL), which should not

be notified to the host through an alarm

parameter. Setting the bit to 1 inhibits

the notification, while setting the bit to 0

permits the notification.
Parameter for the user to set multiple

states of this category (OFFSPEC), which

should not be notified to the host through

an alarm parameter. Setting the bit to 1

inhibits the notification, while setting the

bit to 0 permits the notification.
Parameter for the user to set multiple states

of this category (MAINTENANCE), which

should not be notified to the host through

an alarm parameter. Setting the bit to 1

inhibits the notification, while setting the

bit to 0 permits the notification.
Parameter for the user to set multiple

states of this category (CHECK), which

should not be notified to the host through

an alarm parameter. Setting the bit to 1

inhibits the notification, while setting the

bit to 0 permits the notification.

Parameter for notifying the state change

of unmasked items of this alarm category

(FAIL) to the host system.

Parameter for notifying the state change

of unmasked items of this alarm category

(OFFSPEC) to the host system.

Sub-parameter

name

- S-R/W 4 *1

- S-R/W 4 *1

- S-R/W 4 *1

- S-R/W 4 *1 0

- S-R/W 4 *1 0

- S-R/W 4 *1 0

- S-R/W 4 *1 0

unacknowledged

alarmstate D-R 1

timestamp D-R 8 ­subcode D-R 4 ­value D-R 1 -

unacknowledged

alarmstate D-R 1

timestamp D-R 8 ­subcode D-R 4 ­value D-R 1 -

Access

attribute

D-R/W 1

D-R/W 1

Size

(Byte)

0: Undefined

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Clear - reported

2: Clear - not reported

3: Active - reported

4: Active - not reported

0: Undefined

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Clear - reported

2: Clear - not reported

3: Active - reported

4: Active - not reported

Range

Factory default

setting

0x00C00000

bit23/bit22

0x0000E000

bit15/bit14/bit13

0x000000F

0bit7/bit6/bit5/

bit4

-

-

-

-

B-5

INDEX Parameter name Description

Parameter for notifying the state change

57 FD_MAINT_ALM

58 FD_CHECK_ALM

59 FD_FAIL_PRI

FD_OFFSPEC_

60

PRI

61 FD_MAINT_PRI

62 FD_CHECK_PRI

63 FD_SIMULATE

FD_

64

RECOMMEN_

ACT

CAPABILITY_

65

LEV

HARDWARE_

66

REV

67 SOFTWARE_REV

68 SIM_ACTIVE_SW

of unmasked items of this alarm category

(MAINTENANCE) to the host system.

Parameter for notifying the state change

of unmasked items of this alarm category

(CHECK) to the host system.

Parameter that sets the priority of this

alarm category (FAIL).
Parameter that sets the priority of this

alarm category (OFFSPEC).
Parameter that sets the priority of this

alarm category (MAINTENANCE).
Parameter that sets the priority of this

alarm category (CHECK).
Parameter that can change the state

manually when simulation is enabled.

When simulation is disabled, both the

simulated diagnostic value and the

diagnostic value indicate the actual

state. While FD_SIMULTE is enabled,

the recommended action indicates that

simulation is active.

Indicates the most important condition

that has been detected by the device.

Indicates the capability level of the device. - S-R 1

Indicates the hardware revision of the

device.
Indicates the software revision of the

device.
Selects between enabled and disabled for

the simulation functionality.Select Set

Simulate Active to enable the simulation

functionality.

Sub-parameter

name

unacknowledged

alarmstate D-R 1

timestamp D-R 8 ­subcode D-R 4 ­value D-R 1 -

unacknowledged

alarmstate D-R 1

timestamp D-R 8 ­subcode D-R 4 ­value D-R 1 -

- S-R/W 1 0 ≤ X ≤ 15 0

- S-R/W 1 0 ≤ X ≤ 15 0

- S-R/W 1 0 ≤ X ≤ 15 0

- S-R/W 1 0 ≤ X ≤ 15 0

diag_sim_value D-R/W 4 *1 ­diag_value D-R/W 4 *1 -

enable D-R/W 1

- D-R 2

- S-R 32 spaces spaces

- S-R 32

- D-R/W 2

Access

attribute

D-R/W 1

D-R/W 1

Size

(Byte)

0: Undefined

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Clear - reported

2: Clear - not reported

3: Active - reported

4: Active - not reported

0: Undefined

1: Acknowledged

2: Unacknowledged
0: Undefined

1: Clear - reported

2: Clear - not reported

3: Active - reported

4: Active - not reported

0: Not Initialized

1: Simulation Disabled

2: Simulation Active

0: Uninitialized

1: No Action Required

2: Replace H/W

3: Check Fluid

4: Recalibrate

5: Remove Scale

6: Calibrating - Please Wait

7: Other

0: capability level not supported

1: Standard Model

2: Scale Diagnostic Model

0: Disabled

1: Active

Range

Factory default

setting

1: Standard

Modelor

2: Scale

Diagnostic Model

-

-

-

-

-

-

-

B-6

FLOW Transducer Block

INDEX Parameter name Description

Indicates the number of changes of the

1 ST_REV

2 TAG_DESC

3 STRATEGY

4 ALERT_KEY

5 MODE_BLK

6 BLOCK_ERR

7 UPDATE_EVT

Static parameter that belongs to FLOW_
TB. It is incremented by one (0x0001)
when a change is made for a parameter
whose access attribute is “S-.”
The tag name of FLOW_TB set by the user.
It can be referenced by the host devices
and thus does not affect the execution of
Function block operation at all.
An arbitrary group number for FLOW_
TB. It does not affect Function block
operation.
The identification number of the relevant
in-plant device. It does not affect Function
block operation.

Indicates the mode parameter group
of FLOW_TB. The configuration is as
follows:

· Target: Parameter for setting mode from
host devices.

· Actual: Indicates the current value of the
mode.

· Permitted: Indicates the mode value used
for the Function block.

· Normal: Indicates the mode value which
should be in a steady state.

Indicates the error state regarding
FLOW_TB.

Parameter for generating an alert when
fixed data (data whose access attribute is
“S-” or “N-”) of FLOW_TB is changed.
The configuration is as follows:

· Unacknowledged: Determined state

· Update_State: Change state

· Time_stamp: Change time

· Static_Revision: Revision after change

· Relative_Index: Changed parameter
identification number

Sub-parameter

name

Target N-R/W 1

Actual D-R 1

Permitted S-R/W 1

Normal S-R/W 1

Unacknowledged

Update State D-R 1

Time Stamp D-R 8 -

Static Revision D-R 2 -

Access

attribute

S-R 2 0 ≤ X ≤ 65535 0

S-R/W 32 spaces

S-R/W 2 0

S-R/W 1 1 ≤ 255 0

D-R 2

D-R/W 1

Size

(Byte)

bit3: Auto
bit4: Man
bit7: O/S

bit3: Auto
bit4: Man
bit7: O/S

bit3: Auto
bit4: Man
bit7: O/S

bit3: Auto
bit4: Man
bit7: O/S

bit0: Other
bit1: Block Configuration Error
bit7: Sensor Failure detected byt

bit15: Out-of-SERVICE
(0: undefined)
1: Acknowedged
2: Unacknowledged

0: Undefined
1: Update reported
2: Updaate not reported

Range

this block

Factory default

0x80
bit7:O/S

0x98
bit3: Auto
bit4: Man
bit7: O/S

0x08
bit3: AUTO

setting

-

-

-

-

8 BLOCK_ALM

TRANSDUCER_

9

DIRECTORY

TRANSDUCER_

10

TYPE

TRANSDUCER_

11

TYPE_VER

An alarm should not be issued when data
whose access attribute is “N-” is changed.

Parameter that indicates the configuration
regarding FLOW_TB and the abnormal
state in execution. The configuration is as
follows:

· Unacknowledged: Generation determined
state

· Alarm_State: Alarm generation state

· Time_stamp: Alarm generation/recovery
time

· Subcode: Alarm content sub-code

· Value: Alarm value

The header information of FOLW_TB.
Users do not directly use this parameter.

Indicates the type of FLOW_TB. S-R 2

Indicates the version of FLOW_TB. N-R 2 0x0101 0x0101

Relative Index D-R 2 -

(0: undefined)

Unacknowledged

Alarm State D-R 1

Time Stamp D-R 8 -

Subcode D-R 2 -

Valu e D-R 1 -

[0] S-R 2 0

D-R/W 1

1: Acknowedged
2: Unacknowledged
0: Undefined
1: Clear - reported
2: Clear - not reported
3: Active - reported
4: Active - not reported

104: Standard Flow with

Calibration

104: Standard

B-7

-

-

Flow with
Calibration

INDEX Parameter name Description

12 XD_ERROR

COLLECTION_

13

DIRECTORY

PRIMARY_

14

VALUE_TYPE

PRIMARY_

15

VALUE

PRIMARY_

16

VALUE_RANGE

SECONDARY_

17

VALUE_TYPE

SECONDARY_

18

VALUE

SECONDARY_

19

VALUE_RANGE

20 XD_OPTS

21 SENSOR_TYPE Sensor type. S-R/W 2 102: Electromagnetic

22 SENSOR_RANGE

23 SENSOR_SN

SENSOR_CAL_

24

METHOD

SENSOR_CAL_

25

LOC
SENSOR_CAL_

26

DATE
SENSOR_CAL_

27

WHO

Indicates an abnormal state specific to the
device.

Definition information of the parameter
group for efficient access of the host
devices to parameters having the same
attribute.
Type of the PRIMARY_VALUE value
(volume flow rate value)

PRIMARY_VALUE value (volume flow
rate value) and its status

Range upper limit value and lower limit
value, unit, and setting value of the
decimal point position of the PRIMARY_
VALUE value (volume flow rate value).
Type of the SECONDARY_VALUE value
(mass flow rate value)

SECONDARY_VALUE value (mass flow
rate value) and its status

Range upper limit value and lower
limit value, unit, and setting value
of the decimal point position of the
SECONDARY_VALUE value (mass flow
rate value).
Option setting for determining the status
of the output value.

Indicates the upper limit value and
lower limit value, unit, and setting
value of the decimal point position of
the measurable flow velocity.Setting 
MeasurementSENSOR_RANGE is a
parameter that indicates the measurable
range of the sensor. This parameter cannot
be set.

Serial number of the sensor module
(Unused for MGG)

Indicates the method of the flowmeter
adjustment that was last carried out.

Indicates the location of the flowmeter
adjustment that was last carried out.
The time of the flowmeter adjustment that
was last carried out can be set.
The person who carried out the flowmeter
adjustment last can be set.

Sub-parameter

name

[0] S-R 4 0

Status D-R 1 -

Valu e D-R 4 -

EU at 100% S-R/W 4 ­EU at 0% S-R/W 4 0 0
Units Index S-R/W 2 refer to table 1 -

Decimal Point S-R/W 1 -128 to +127 2

Status D-R 1 -

Valu e D-R 4 -

EU at 100% S-R/W 4 ­EU at 0% S-R/W 4 0 0
Units Index S-R/W 2 refer to table 2 -

Decimal Point S-R/W 1 -128 to +127 2

EU at 100% S-R 4 10

EU at 0% S-R 4 0 0

Units Index S-R 2 1061: m/s 1061: m/s

Decimal Point S-R 1 1 1

Access

attribute

D-R 1

S-R/W 2 101: volmetric flow

S-R/W 2 100: mass flow 100: mass flow

S-R/W 4

S-R 32 spaces

S-R/W 1

S-R/W 32 "AZBIL"

S-R/W 7 $DATE

S-R/W 32 "AZBIL"

Size

(Byte)

18: Calibration error
19: Configuration error
20: Electronics Failure
21: Mechanical Failure
22: I/O Failure

bit0: Input Status BAD in MAN
bit1: Input Status UNC in MAN

100: volumetric
101: static weigh
102: dynamic weigh
103: factory trim standard

calibration

104: user trim standard

calibration

105: factory trim special

calibration

106: user trim special

calibration

255: other

Range

Factory default

setting

-

101: volmetric

flow

0

102:
Electromagnetic

101: static weigh

B-8

INDEX Parameter name Description

Sub-parameter

name

Access

attribute

Size

(Byte)

Range

Factory default

bit0: Flowtube Coil open circuit
bit1: Nonvolatile Memory

Check Error
bit2: A/D Converter Error
bit3: ROM Check Erorr
bit4: RAM Check Error
bit5: Main Board

Communications Error

28

BLOCK_ERR_
DESC_1

Indicates the details of BLOCK_ERR. D-R 4

bit9: Not Calibrated
bit10: Auto Zero Calibration

Failure

bit16: Flowtube Configuration

Error
bit17: PVR Configuration Error
bit18: SVR Configuration Error
bit19: Flowswitch 1

Configuration Error
bit20: Flowswitch 2

Configuration Error

29 SENSOR_VALUE Flow velocity (m/s) D-R 4 -

FLOWTUBE_

30

31

SIZE

FLOWTUBE_
TYPE

Sets the diameter of the flowtube. S-R/W 1 refer to table 3 -

Selects a flowtube type from MGG, KID,
and NNK.

S-R/W 1

0: KID
2: NHK
3: MGG

Sets the flowtube constant that is specific

32

FLOWTUBE_
FAC TO R

to the flowtube.The flowtube constant has
been determined based on the actual flow
calibration at factory and is stamped on

S-R/W 4 100.0 ≤ X ≤ 999.9 -

the name plate of the device.

0: 0
1: 1
2: 2
3: 3
4: 4
5: 5
6: 6

33

DUMMY_
NUMBER

Sets the number of dummy flowtubes to
install.This parameter needs to be set only
when an NNK flowtube is used.

S-R/W 1

7: 7
8: 8
9: 9

EMPTY_PIPE_

34

DETECTOR
DENSITY_

35

CONSTANT
DENSITY_

36

CONSTANT_

Checks whether the empty detection
function is set.

D-R 1

0: OFF
1: ON

Sets the density of measurement fluid. S-R/W 4 0.1 ≤ X ≤ 9.9999 -

Sets the density unit of measurement fluid. S-R/W 2 1100: g/cm

3

1100: g/cm

UNITS

37

FLOW_
DIRECTION

Sets the flow direction of measurement
fluid.

S-R/W 1

0: Forward
1: Reverse

0: Forward

Sets the correction coefficient.A value

38 COEFFICIENT

which is multiplied by the correction

S-R/W 4 0.1 ≤ X ≤ 9.9999 1.0

coefficient is output.

DAMPING_

39

CONSTANT

MOVING_

40

AVERAGE_
MODE

MOVING_

41

AVERAGE_TIME
PRIMARY_

42

VALUE_SPIKE_
CUT_MODE
PRIMARY_

43

VALUE_SPIKE_
CUT_TIME
PRIMARY_

44

VALUE_SPIKE_
CUT_LEVEL

Sets the damping constant to cut small
fluctuation components in the measured

S-R/W 4 0.1 ≤ X ≤ 199.9 3.0
instantaneous flow rate value.
Selects between ON and OFF for the
moving average function.When ON is
selected, the moving average value of the

S-R/W 1

0: OFF
1: ON

0: OFF

set moving average time is output.

Sets the moving average time. S-R/W 4 1.0 ≤ X ≤ 30.0 1.0

Selects the spike cut mode from OFF,
AUTO, and MANUAL.

S-R/W 1

0: OFF
1: Auto
2: Manual

0: OFF

Sets the spike cut time.This parameter
should be set only when the MANUAL

S-R/W 4 0.0 ≤ X ≤ 99.9 1.0
spike cut mode is selected.
Sets the spike cut level.This parameter
should be set only when the MANUAL

S-R/W 4 1.0 ≤ X ≤ 99.9 1.0
spike cut mode is selected.

setting

-

-

-

-

3

B-9

INDEX Parameter name Description

SECONDARY_

45

VALUE_SPIKE_
CUT_MODE
SECONDARY_

46

VALUE_SPIKE_
CUT_TIME
SECONDARY_

47

VALUE_SPIKE_
CUT_LEVEL

PRIMARY_

48

VALUE_LOW_
FLOW_CUTOFF

SECONDARY_

49

VALUE_LOW_
FLOW_CUTOFF

50 AC_FREQUENCY

51 EX_FREQUENCY Sets the frequency of excitation current. S-R/W 1

EX_OUTPUT_

52

CMD

EX_OUTPUT_

53

STATUS

EX_CURRENT_

54

VALUE
AUTO_ZERO_

55

CALIBRATION_
CMD

AUTO_ZERO_

56

CALIBRATION_
STATUS

MANUAL_ZERO_

57

CALIBRATION_
CMD

Selects the spike cut mode from OFF,
AUTO, and MANUAL.

Sets the spike cut time.This parameter
should be set only when the MANUAL
spike cut mode is selected.
Sets the spike cut level.This parameter
should be set only when the MANUAL
spike cut mode is selected.

Sets the low flow cut function.This setting
can be made between 0% and 10% of the
setting range. When 0% is set, the low flow
cut function does not work.If the flow rate
is lower than the set value, the flow rate
output becomes zero and the display is also
fixed at zero.

Sets the low flow cut function.This setting
can be made between 0% and 10% of the
setting range. When 0% is set, the low flow
cut function does not work.If the flow rate
is lower than the set value, the flow rate
output becomes zero and the display is also
fixed at zero.

Indicates the frequency of the AC power
supply being used.

Outputs the excitation current at a fixed
value.

Displays the output state of the excitation
current.

A value used to adjust the excitation
current.

Executes the automatic zero adjustment. D-R/W 1

Displays the result of the automatic
zero adjustment.If the automatic zero
adjustment cannot be executed, check
whether the measurement piping is empty
or whether the flow velocity is over 0.2 m/
s.

Executes the manual zero adjustment. D-R/W 1

Sub-parameter

name

Access

attribute

S-R/W 1

S-R/W 4 0.0 ≤ X ≤ 99.9 1.0

S-R/W 4 1.0 ≤ X ≤ 99.9 1.0

S-R/W 1

S-R/W 1

D-R 1

D-R/W 1

D-R 1

S-R/W 4 155.000 ≤ X ≤ 165.000 -

D-R 1

Size

(Byte)

0: OFF
1: Auto
2: Manual

0: 0%
1: 1%
2: 2%
3: 3%
4: 4%
5: 5%
6: 6%
7: 7%
8: 8%
9: 9%
10: 10%
0: 0%
1: 1%
2: 2%
3: 3%
4: 4%
5: 5%
6: 6%
7: 7%
8: 8%
9: 9%
10: 10%
50: 50Hz
60: 60Hz
AC_FREAQUENCY is 50: For
50 Hz
0: 6.25Hz
1: 12.5Hz
2: 25Hz

AC_FREAQUENCY is 60: For
60 Hz
0: 7.5Hz
1: 15.0Hz
2: 30.0Hz
0: None
1: EXX
2: EXY
3: EX Current Off
4: Normal
0: Normal
1: EXX
2: EXY
3: EX Current Off

0: None
1: Execute
4: Cancel

0: None
1: Executing
2: Success
3: Failed
4: Canceled

0: None
1: Up
2: Down

Range

Factory default

setting

0: OFF

0: 0%

0: 0%

-

AC_
FREQUENCY
is50:
1: 12.5Hz

For 50 Hz　For
60 (60 Hz)
1: 15Hz

-

-

-

-

-

B-10

INDEX Parameter name Description

GAIN_

58

CALIBRATION_
CMD

GAIN_

59

CALIBRATION_
STATUS

FLSW_1_VALUE_D

60

FLSW_1_

61

SOURCE

62 FLSW_1_MODE

FLSW_1_

63

THRESHOLD

FLSW_1_

64

HYSTERESIS

65 FLSW_2_VALUE_D

FLSW_2_

66

SOURCE

67 FLSW_2_MODE

FLSW_2_

68

THRESHOLD

FLSW_2_

69

HYSTERESIS

TRANSMITTER_

70

MODEL_NO
TRANSMITTER_

71

SN
FLOWTUBE_

72

MODEL_NO

73 FLOWTUBE_SN Displays the serial number of the flowtube. S-R/W 32 -

Executes the gain adjustment of the
transmitter.

Displays the result of the transmitter gain
adjustment.

Displays the flow switch output and
outputs the state from DI Function Block.

Selects between Primary Value and
Secondary Value for the output to which
Flow Switch 1 is applied.
Selects between High alarm and Low
alarm for the alarm output of Flow Switch

1.
Sets the threshold value for the flow
switch.If Flow Switch 1 Mode is “High,”
Flow Switch 1 becomes On when the
threshold value exceeds this setting value.If
Flow Switch 1 Mode is “Low,” Flow Switch
1 becomes On when the threshold value
becomes below this setting value.

Sets hysteresis until Flow Switch 1 becomes
OFF again after it has become ON.

Displays the flow switch output and
outputs the state from DI Function Block.

Selects between Primary Value and
Secondary Value for the output to which
Flow Switch 2 is applied.
Selects between High alarm and Low
alarm for the alarm output of Flow Switch

2.
Sets the threshold value for the flow
switch.If Flow Switch 2 Mode is “High,”
Flow Switch 2 becomes On when the
threshold value exceeds this setting value.If
Flow Switch 2 Mode is “Low,” Flow Switch
2 becomes On when the threshold value
becomes below this setting value.

Sets hysteresis until Flow Switch 2 becomes
OFF again after it has become ON.

Displays the transmitter model number. S-R/W 32 -

Displays the serial number of transmitter. S-R/W 32 -

Displays the flowtube model number. S-R/W 32 -

Sub-parameter

name

Status D-R 1 -

Valu e D-R 1 0 ≤ X ≤ 1 -

Status D-R 1 -

Valu e D-R 1 0 ≤ X ≤ 1 -

Access

attribute

D-R/W 1

D-R 1

S-R/W 1

S-R/W 1 0: Low1: High 1: High

S-R/W 4

S-R/W 1

S-R/W 1

S-R/W 1

S-R/W 4

S-R/W 1

Size

(Byte)

0: None
1: 0.0m/s
2: 2.5m/s
3: 10m/s
4: Cancel
0: None
1: Executing
2: Success
3: Failed
4: Canceled

15: Primary Value
18: Secondary Value

FLSW_2_SOURCE is 15: For
Primary Value
PVR.EU0 ≤ X ≤ PVR.EU100
FLSW_2_SOURCE is 18: For
Secondary Value
SVR.EU0 ≤ X ≤ SVR.EU100

0: 0%
1: 1%
2: 2%
3: 3%
4: 4%
5: 5%
6: 6%
7: 7%
8: 8%
9: 9%
10: 10%

15: Primary Value
18: Secondary Value

0: Low
1: High

FLSW_2_SOURCE is 15: For
Primary Value
PVR.EU0 ≤ X ≤ PVR.EU100
FLSW_2_SOURCE is 18: For
Secondary Value
SVR.EU0 ≤ X ≤ SVR.EU100

0: 0%
1: 1%
2: 2%
3: 3%
4: 4%
5: 5%
6: 6%
7: 7%
8: 8%
9: 9%
10: 10%

Range

Factory default

15: Primary Value

0

0: 0%

15: Primary Value

1: High

0

0: 0%

setting

-

-

B-11

INDEX Parameter name Description

FLOW_

74

SOFTWARE_REV

CLEAR_FLOW_

75

TB_STATUS_
RECORDS

FLOW_TB_

76

STATUS_
RECORD_1

FLOW_TB_

77

STATUS_
RECORD_2

FLOW_TB_

78

STATUS_
RECORD_3

FLOW_TB_

79

STATUS_
RECORD_4

FLOW_TB_

80

STATUS_
RECORD_5

FLOW_TB_

81

STATUS_
RECORD_6

Displays the revision of the main board
(flow rate calculation S/W).

Deletes the self-diagnosis history. D-R/W 1

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Sub-parameter

name

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Access

attribute

S-R 4 -

Size

(Byte)

0: None
253: Clear

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

Error
3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

Error
3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error6: Flow

Rate Over-Range
7: Empty detected

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

Error
3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

Error
3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

0{None}
1{Flowtube Coil open circuit}
2 {Nonvolatile Memory Check

Error}
3{A/D Converter Error}
4{ROM Check Erorr}
5{RAM Check Error}
6{Flow Rate Over-Range}
7{Empty detected}

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

Error
3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

Range

Factory default

setting

-

-

-

-

-

-

-

B-12

INDEX Parameter name Description

82

83

84

85

FLOW_TB_
STATUS_
RECORD_7

FLOW_TB_
STATUS_
RECORD_8

FLOW_TB_
STATUS_
RECORD_9

FLOW_TB_
STATUS_
RECORD_10

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Saves up to 10 data items of the time at
which Flow_TB has detected an error and
the details of the error.

Sub-parameter

name

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Date N-R 8 -

Valu e N-R 1

Access

attribute

Size

(Byte)

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

3: A/D Converter Error
4: ROM Check Erorr
5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

0: None
1: Flowtube Coil open circuit
2: Nonvolatile Memory Check

3: A/D Converter Error4: ROM

5: RAM Check Error
6: Flow Rate Over-Range
7: Empty detected

Range

Error

Error

Error

Error

Check Erorr

Factory default

setting

-

-

-

-

B-13

Display Transducer Block

INDEX Parameter name Description

Indicates the number of changes of the

1 ST_REV

2 TAG_DESC

3 STRATEGY

4 ALERT_KEY

5 MODE_BLK

6 BLOCK_ERR

7 UPDATE_EVT

8 BLOCK_ALM

TRANSDUCER_

9

DIRECTORY
TRANSDUCER_

10

TYPE
TRANSDUCER_

11

TYPE_VER

12 XD_ERROR

COLLECTION_

13

DIRECTORY

Static parameter that belongs to DISPLAY_
TB. It is incremented by one (0x0001)
when a change is made for a parameter
whose access attribute is “S-.”
The tag name of DISPLAY_TB set by
the user. It can be referenced by the host
devices and thus does not affect the
execution of Function block operation at
all.
An arbitrary group number for DISPLAY_
TB. It does not affect Function block
operation.

An identification number of the relevant
in-plant device. It does not affect Function
block operation.

Indicates the mode parameter group of
DISPLAY_TB. The configuration is as
follows:

· Target: Parameter for setting mode from
host devices.

· Actual: Indicates the current value of the
mode.

· Permitted: Indicates the mode value used
for the Function block.

· Normal: Indicates the mode value which
should be in a steady state.

Indicates the error state regarding
DISPLAY_TB.

Parameter for generating an alert when
fixed data (data whose access attribute is
“S-” or “N-”) of DISPLAY_TB is changed.
The configuration is as follows:

· Unacknowledged: Determined state

· Update_State: Change state

· Time_stamp: Change time

· Static_Revision: Revision after change

· Relative_Index: Changed parameter
identification number

Parameter that indicates the configuration
regarding DISPLAY_TB and the abnormal
state in execution. The configuration is as
follows:

· Unacknowledged: Generation determined
state

· Alarm_State: Alarm generation state

· Time_stamp: Alarm generation/recovery
time

· Subcode: Alarm content sub-code

· Value: Alarm value

The header information of DISPLAY_TB.
Users do not directly use this parameter.

Indicates the type of DISPLAY_TB. - S-R 2 0xffff

Indicates the version of DISPLAY_TB. - N-R 2 -

Indicates an abnormal state specific to the
device.
Definition information of the parameter
group for efficient access of the host
devices to parameters having the same
attribute.

Sub-parameter

name

- S-R 2 0 ≤ X ≤ 65535 0

- S-R/W 32 spaces

- S-R/W 2 0

- S-R/W 1 1 ≤ X ≤ 255 0

Target N-R/W 1 O/S, AUTO

Actual D-R 1 -

Permitted S-R/W 1

Normal S-R/W 1

-

Unacknowledged

Update State D-R 1

Time Stamp D-R 8 -

Static Revision D-R 2 -

Relative Index

Unacknowledged

Alarm State D-R 1

Time Stamp D-R 8 ­Subcode D-R 2 -

Valu e D-R 1 -

- S-R 2 0

- D-R 1 19: Configration Error -

- S-R 4 0

Access

attribute

D-R 2

D-R/W 1

D-R 2 -

D-R/W 1

Size

(Byte)

bit0: Other
bit1: Block Configuration Error
bit15: Out-of-Service

(0: Undefined)
1: Acknowledged
2: Unacknowledged

0: Undefined
1: Update reported
2: Update not reported

(0=Undefined)1=Acknowledge
d2=Unacknowledged
0=Undefined1=Clear

- reported2=Clear ­not reported3=Active ­reported4=Active - not
reported

Range

Factory default

setting

bit3:AUTO
0x08

bit3:AUTO
bit7:O/S
0x88

bit3:AUTO
0x08

-

-

-

-

-

B-14

INDEX Parameter name Description

BLOCK_ERR_

14

DESC_1

DISPLAY_

15

PARAM_
SELECTION

DISPLAY_INFO_

16

SELECTION

17 DISPLAY_CYCLE Selects a display update cycle. - S-R/W 1 1 ≤ X ≤ 10 5

BLOCK_TYPE_

18

SELECTION_1

BLOCK_TAG_

19

SELECTION_1
PARAM_

20

SELECTION_1

21 DISPLAY_TAG_1

UNIT_

22

SELECTION_1
CUSTOM_

23

UNIT_1

EXPONENT_

24

SELECTION_1

BLOCK_TYPE_

25

SELECTION_2
BLOCK_TAG_

26

SELECTION_2
PARAM_

27

SELECTION_2

28 DISPLAY_TAG_2

UNIT_

29

SELECTION_2

CUSTOM_

30

UNIT_2

EXPONENT_

31

SELECTION_2

BLOCK_TYPE_

32

SELECTION_3

Indicates the details of BLOCK_ERR. - D-R 4

Select a parameter to be displayed from
four display formats.

Selects at least one of TAG, status, and unit
of the parameter for display.

Displays the block type of the block
selected by BLOCK_TAG_SEL_1.

Inputs Block TAG of the parameter to be
displayed on Screen 1.
Selects a parameter to be displayed on
Screen 1.
Enter the name (TAG) of a parameter to
display on Screen 1.
Select a unit of the parameter to be
displayed on Screen 1.
Freely set a unit of the parameter to be
displayed on Screen 1.

Select an exponent of the parameter to be
displayed on Screen 1.

Displays the block type of the block
selected by BLOCK_TAG_SEL_2.
Inputs Block TAG of the parameter to be
displayed on Screen 2.
Selects a parameter to be displayed on
Screen 2.
Enter the name (TAG) of a parameter to
display on Screen 2.

Select a unit of the parameter to be
displayed on Screen 2.

Freely set a unit of the parameter to be
displayed on Screen 2.

Select an exponent of the parameter to be
displayed on Screen 2.

Displays the block type of the block
selected by BLOCK_TAG_SEL_3.

Sub-parameter

name

- S-R/W 1

- S-R/W 1

- D-R 2

- S-R/W 32 "FLOW_TB"

- S-R/W 1 *2 -

- S-R/W 32 1 character ≤ X ≤ 32 characters -

- S-R/W 1

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- D-R 2 *1 0

- S-R/W 32 spaces

- S-R/W 1 *2 0

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- D-R 2 *1 0

Access

attribute

Size

(Byte)

bit0: Parameter 1 Configuration

bit1: Parameter 2 Configuration

bit2: Parameter 3 Configuration

bit3: Parameter 4 Configuration

bit4: Parameter/Information

bit0: Parameter 1
bit1: Parameter 2
bit2: Parameter 3
bit3 :Parameter 4
bit0: Tag
bit1: Unit
bit2: Status

*1
0x0000: ­0x0101: Analog Input (AI)
0x0108: Proportional-Integral-

0x0127: Arithmetic (AR)
0x0144: Totalizer (TOT)
0x0113: Flow
0x8018: Diagnostic
0x0145: Positioner_TB
0x0102: Analog Output(AO)
0x0126: Input Selector(IS)
0x011C: Output Separator(OS)

0: Auto
1: Custom

0: None
1: 1
2: 2
3: 3
4: 4
5: 5
6: 6

0: Auto
1: Custom

0: None
1: 1
2: 2
3: 3
4: 4
5: 5
6: 6

Range

Error

Error

Error

Error

Selection Error

Differential (PID)

Factory default

setting

-

0x01

0x07

0x0113

0

0

0

0

B-15

INDEX Parameter name Description

BLOCK_TAG_

33

SELECTION_3
PARAM_

34

SELECTION_3

35 DISPLAY_TAG_3

UNIT_

36

SELECTION_3
CUSTOM_

37

UNIT_3

EXPONENT_

38

SELECTION_3

BLOCK_TYPE_

39

SELECTION_4
BLOCK_TAG_

40

SELECTION_4
PARAM_

41

SELECTION_4

42 DISPLAY_TAG_4

UNIT_

43

SELECTION_4
CUSTOM_

44

UNIT_4

EXPONENT_

45

SELECTION_4

ERASE_
OPERATOR_

46

ACTION_
RECORDS
OPERATOR_

47

ACTION_
RECORD_1
OPERATOR_

48

ACTION_
RECORD_2
OPERATOR_

49

ACTION_
RECORD_3
OPERATOR_

50

ACTION_
RECORD_4
OPERATOR_

51

ACTION_
RECORD_5
OPERATOR_

52

ACTION_
RECORD_6
OPERATOR_

53

ACTION_
RECORD_7

Inputs Block TAG of the parameter to be
displayed on Screen 3.
Selects a parameter to be displayed on
Screen 3.
Enter the name (TAG) of a parameter to
display on Screen 3.
Select a unit of the parameter to be
displayed on Screen 3.
Freely set a unit of the parameter to be
displayed on Screen 3.

Select an exponent of the parameter to be
displayed on Screen 3.

Displays the block type of the block
selected by BLOCK_TAG_SEL_4.
Inputs Block TAG of the parameter to be
displayed on Screen 4.
Selects a parameter to be displayed on
Screen 4.
Enter the name (TAG) of a parameter to
display on Screen 4.
Select a unit of the parameter to be
displayed on Screen 4.
Freely set a unit of the parameter to be
displayed on Screen 4.

Select an exponent of the parameter to be
displayed on Screen 4.

Deletes the operation history sent from the
digital operator panel.

Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.

Sub-parameter

name

- S-R/W 32 spaces

- S-R/W 1 *2 0

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- D-R 2 *1 0

- S-R/W 32 spaces

- S-R/W 1 *2 0

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- S-R/W 32 1 character ≤ X ≤ 32 characters spaces

- S-R/W 1

- S-R/W

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Access

attribute

Size

(Byte)

0: Auto
1: Custom

0: None
1: 1
2: 2
3: 3
4: 4
5: 5
6: 6

0: Auto
1: Custom

0: None
1: 1
2: 2
3: 3
4: 4
5: 5
6: 6

0{None}
1{Erase}

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

Range

Factory default

setting

0

0

0

0

0

0

0

0

0

0

0

0

B-16

INDEX Parameter name Description

Sub-parameter

name

Access

attribute

Size

(Byte)

Range

Factory default

setting

54

55

56

OPERATOR_
ACTION_
RECORD_8

OPERATOR_
ACTION_
RECORD_9
OPERATOR_
ACTION_
RECORD_10

Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.

Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.
Saves up to 10 data items of the time at
which LUI input mode was changed and
the mode after the change.

Display Transducer Block

INDEX Parameter name Description

Indicates the number of changes of the

1 ST_REV

2 TAG_DESC

3 STRATEGY

4 ALERT_KEY

Static parameter that belongs to DIAG_TB.
It is incremented by one (0x0001) when
a change is made for a parameter whose
access attribute is “S-.”
The tag name of DIAG_TB set by the user.
It can be referenced by the host devices
and thus does not affect the execution of
Function block operation at all.
An arbitrary group number for DIAG_TB.
It does not affect Function block operation.

An identification number of the relevant
in-plant device. It does not affect Function
block operation.

Date N-R 8

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Date N-R 8 0

Valu e N-R 1

Sub-parameter

name

- S-R 2 0–65535 0

- S-R/W 32 spaces

- S-R/W 2 0–65535 0

- S-R/W 1 1–255 0

Access

attribute

　 0

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

0x00: Local User I/F Inactive
0x80: Local User I/F Active

Size

(Byte)

Range

0

0

0

Factory default

setting

5 MODE_BLK

6 BLOCK_ERR

7 UPDATE_EVT

Indicates the mode parameter group of
Diag Transducer Block. The configuration
is as follows:

· Target: Parameter for setting mode from
host devices.

· Actual: Indicates the current value of the
mode.

· Permitted: Indicates the mode value used
for the Function block.

· Normal: Indicates the mode value which
should be in a steady state.

Indicates the error state regarding DIAG_
TB.

Parameter for generating an alert when
fixed data (data whose access attribute is
“S-”) of Diag Transducer Block is changed.
The configuration is as follows:

· Unacknowledged: Determined state

· Update_State: Change state

· Time_stamp: Change time

· Static_Revision: Revision after change

· Relative_Index: Changed parameter
identification number

Target N-R/W 1

Actual D-R 1

Permitted S-R/W 1

Normal S-R/W 1 bit3: Auto 0x08bit3: Auto

- D-R 2

Unacknowledged

Update State D-R 1

Time Stamp D-R 8 -

Static Revision D-R 2 -

Relative Index D-R 2 -

D-R/W 1

bit3: Auto
bit7: O/S

bit3: Auto
bit4: Man
bit7: O/S

bit3: Auto
bit7: O/S

bit1: Block Configuration Error
bit7: Input Failure/Process has

BAD status

bit15: Out-of-Service

(0: Undefined)
1: Acknowledged
2: Unacknowledged

0: Undefined
1: Update reported
2: Update not reported

0x80bit7: O/S

0x80bit7: O/S

0x88bit3:
Autobit7: O/S

-

-

-

B-17

INDEX Parameter name Description

Parameter for generating an alert when
fixed data (data whose access attribute is
“S-”) of Diag Transducer Block is changed.
The configuration is as follows:

8 BLOCK_ALM

TRANSDUCER_

9

DIRECTORY
TRANSDUCER_

10

TYPE
TRANSDUCER_

11

TYPE_VER

12 XD_ERROR

COLLECTION_

13

DIRECTORY

BLOCK_ERR_

14

DESC_1

15 SCALE_LEVEL Indicates the scale diagnostic value.

SCALE_LEVEL_

16

RANGE

SCALE__LEVEL_
MOVING_

17

AVERAGE_
MODE
SCALE__LEVEL_

18

MOVING_
AVERAGE_TIME
SCALE__LEVEL_

19

THRESHOLD
SCALE__LEVEL_

20

HYSTERESIS

· Unacknowledged: Determined state

· Update_State: Change state

· Time_stamp: Change time

· Static_Revision: Revision after change

· Relative_Index: Changed parameter
identification number

The header information of DIAG_TB.
Users do not directly use this parameter.

Indicates the type of DIAG_TB. S-R 2 0xffff: Other 0xffff

Indicates the version of DIAG_TB. N-R 2 0x0101 0x0101

Indicates an abnormal state specific to the
device.
Definition information of the parameter
group for efficient access of the host
devices to parameters having the same
attribute.

Indicates the details of BLOCK_ERR. D-R 4

Range of the scale diagnostic value.

Specifies whether to perform a moving
average of the scale diagnostic value.

Specifies the moving average time for the
scale diagnostic value.

Specifies the threshold value for scale
diagnosis.

Specifies hysteresis for scale diagnosis. S-R/W 4 0.0 ≤ X ≤ 99.0 0

Sub-parameter

name

Unacknowledged

Alarm State D-R 1

Time Stamp D-R 8 -

Subcode D-R 2 -

Valu e D-R 1 -

Status D-R 1 -

Valu e D-R 4 -

EU at 100% N-R 4 99.0 99
EU at 0% N-R 4 0.0 0
Units Index N-R 2 1615: Unitless 1615
Decimal Point N-R 1

Access

attribute

D-R/W 1

S-R 2 0 0

D-R 1

S-R 4 0 0

S-R/W 1

S-R/W 1 0 ≤ X ≤ 30 0

S-R/W 4 0.0 ≤ X ≤ 99.0 99

Size

(Byte)

(0: Undefined)
1: Acknowledged
2: Unacknowledged
0: Undefined
1: Clear - reported
2: Clear - not reported
3: Active - reported
4: Active - not reported

19: Configration Error
20: Electronics Failure

bit0: Scale Level value not

guaranteed

bit1: Main Board

Communications Error

bit2: Hysteresis Configuration

Error

0

0: Off
1: On

Range

Factory default

setting

0

0

-

-

-

-

B-18

Appendix C. Menu Configuration

Device Level Menu

1st layer 2nd layer 3rd layer 4th layer 5th layer 6th layer Description STYLE BLOCK

Process Variables Displays the current flow rate,

integrated value, and chart.

Volumetric Flow GROUP Flow_TB

Primary Value.Status Parameter Flow_TB
Primary Value.VALUE Parameter Flow_TB
Volumetric Flow Trend Chart Flow_TB

Mass Flow GROUP Flow_TB

Secondary Value.Status Parameter Flow_TB
Secondary Value.Value Parameter Flow_TB
Mass Flow Trend Chart Flow_TB

Block WINDOW All

Basic Setup Default setting that should be

implemented before the device
starts operation upon delivery.
General users do not need to
touch categories other than this
category in the initialization

phase.
Flow Guided Setup Method Flow_TB
Volumetric Flow GROUP Flow_TB

Primary Value
Range.Units Index
Primary Value
Range.EU at 100%

Mass Flow GROUP Flow_TB

Secondary Value
Range.Units Index
Secondary Value
Range.EU_100

Density Constant Parameter Flow_TB
Damping C onstant Parameter Flow_TB
Auto Zero Calibration Method Flow_TB

Configuration Detailed settings PAG E All

Flowmeter
Configuration

Volumetric Flow GROUP Flow_TB

Primary Value Type Parameter Flow_TB
Primary Value Range.
EU at 100%
Primary Value Range.
EU at 0%
Primary Value Range.
Units Index
Primary Value Range.
Decimal

Mass Flow GROUP Flow_TB

Secondary Value Type Parameter Flow_TB
Secondary Value
Range.EU at 100%
Secondary Value
Range.EU at 0%
Secondary Value
Range.Units Index
Secondary Value
Range.Decimal
Density GROUP Flow_TB

Density Constant Parameter Flow_TB
Damping
Constant
Flow Direction Parameter Flow_TB
Coefficient Parameter Flow_TB

WINDOW

PAG E Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

PAG E Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Flow_TB

C-1

1st layer 2nd layer 3rd layer 4th layer 5th layer 6th layer Description STYLE BLOCK

Flow Switch 1 GROUP Flow_TB

Flow Switch 2 GROUP Flow_TB

Noise Immunity GROUP Flow_TB

Display Configuration PAG E Disp_TB

Display Parameter
Selection
Display
Information
Selection
Display Cycle Parameter Disp_TB
Display Parameter 1 GROUP Disp_TB

Flow Switch 1 Value
Descrete.Status
Flow Switch 1 Value
Descrete.Value
Flow Switch 1 Source Parameter Flow_TB
Flow Switch 1 Mode Parameter Flow_TB
Flow Switch 1
Threshold
Flow Switch 1
Hysteresis

Flow Switch 2 Value
Descrete.Status
Flow Switch 2 Value
Descrete.Value
Flow Switch 2 Source Parameter Flow_TB
Flow Switch 2 Mode Parameter Flow_TB
Flow Switch 2
Threshold
Flow Switch 2
Hysteresis

Damping C onstant Parameter Flow_TB
Spike Cut GROUP Flow_TB

Primary
ValueSpike Cut
Mode
Primary
ValueSpike Cut
Time
Primary
ValueSpike Cut
Level
Secondary
ValueSpike Cut
Mode
Secondary
ValueSpike Cut
Time
Secondary
ValueSpike Cut
Level

Moving Average GROUP Flow_TB

Moving Average
Mode
Moving Average
Time

Low Flow Cutoff GROUP Flow_TB

Primary
ValueLow Flow
Cutoff
Secondary
ValueLow Flow
Cutoff

Block Type Selection 1 Parameter Disp_TB
Block Tag Selection 1 Parameter Disp_TB
Parameter Selection 1 Parameter Disp_TB
Display Tag 1 Parameter Disp_TB
Unit Selection 1 Parameter Disp_TB
Custom Unit 1 Parameter Disp_TB
Exponent Selection 1 Parameter Disp_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Disp_TB

Parameter Disp_TB

C-2

1st layer 2nd layer 3rd layer 4th layer 5th layer 6th layer Description STYLE BLOCK

Display Parameter 2 GROUP Disp_TB

Display Parameter 3 GROUP Disp_TB

Display Parameter 4 GROUP Disp_TB

Flowtube Setup PAG E Flow_TB

Flowtube Model
Number
Flowtube Serial
Number
Flowtube Size Parameter Flow_TB
Flowtube Type Parameter Flow_TB
Flowtube Factor Parameter Flow_TB
Excitation
Frequency
Dummy Number Parameter Flow_TB

Maintenance Used by the user service

Auto Zero Calibration Method Flow_TB
Manual Zero
Calibration
Gain Calibration Method Flow_TB
Excitation Current
Calibration
Restores Factory
default blocks
Resets transducer
block Factory
calibration
Calibration Details GROUP Flow_TB

Sensor Calibration
method
Sensor Calibration
Location
Sensor Calibration
Date
Sensor Calibration
Who

Device Information Item that has been set as a

Device Image Image RB
Device Identification GROUP RB

Manufacturer Id Parameter RB
Device Type Parameter RB
ITK Version Parameter RB
Revisions GROUP RB

Block Type Selection 2 Parameter Disp_TB
Block Tag Selection 2 Parameter Disp_TB
Parameter Selection 2 Parameter Disp_TB
Display Tag 2 Parameter Disp_TB
Unit Selection 2 Parameter Disp_TB
Custom Unit 2 Parameter Disp_TB
Exponent Selection 2 Parameter Disp_TB

Block Type Selection 3 Parameter Disp_TB
Block Tag Selection 3 Parameter Disp_TB
Parameter Selection 3 Parameter Disp_TB
Display Tag 3 Parameter Disp_TB
Unit Selection 3 Parameter Disp_TB
Custom Unit 3 Parameter Disp_TB
Exponent Selection 3 Parameter Disp_TB

Block Type Selection 4 Parameter Disp_TB
Block Tag Selection 4 Parameter Disp_TB
Parameter Selection 4 Parameter Disp_TB
Display Tag 4 Parameter Disp_TB
Unit Selection 4 Parameter Disp_TB
Custom Unit 4 Parameter Disp_TB
Exponent Selection 4 Parameter Disp_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

PAG E All
provider at the time of
maintenance.

Method Flow_TB

Method Flow_TB

Method RB

Method RB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

PAG E RB
factory default.

Device Revision Parameter RB
DD Revision Parameter RB
Hardware Revision Parameter RB
Software Revision Parameter RB
Capability Level Parameter RB

C-3

1st layer 2nd layer 3rd layer 4th layer 5th layer 6th layer Description STYLE BLOCK

Flowmeter Information GROUP GROUP

Write Lock Parameter RB

Block Mode PAG E All

Resource Block Mode GROUP RB

Flow_TB Mode

Display_TB Mode

Diagnostic_TB Mode

Flow Software
Revision
Transmitter
Information

Transmitter Model
Number
Transmitter Serial
Number

Flowtube Information GROUP Flow_TB

Flowtube Model
Number
Flowtube Serial
Number
Flowtube Size Parameter Flow_TB
Flowtube Type Parameter Flow_TB
Flowtube Factor Parameter Flow_TB
AC Frequency Parameter Flow_TB
Excitation Frequency Parameter Flow_TB
Dummy Number Parameter Flow_TB
Empty Pipe Detector Parameter Flow_TB
Sensor Type Parameter Flow_TB
Sensor Range GROUP Flow_TB

Sensor Range.EU
at 100%
Sensor Range.EU
at 0%
Sensor Range.
Units Index
Sensor Range.
Decimal

Block Mode.
Target
Block Mode.
Actual
Change Mode to
OOS
Change Mode to
AUTO

Block Mode.
Target
Block Mode.
Actual
Change Mode to
OOS
Change Mode to
AUTO

Block Mode.
Target
Block Mode.
Actual
Change Mode to
OOS
Change Mode to
AUTO

Block Mode.
Target
Block Mode.
Actual
Change Mode to
OOS
Change Mode to
AUTO

Parameter Flow_TB

GROUP Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter Flow_TB

Parameter RB

Parameter RB

Method RB

Method RB

Parameter Flow_TB

Parameter Flow_TB

Method Flow_TB

Method Flow_TB

Parameter Disp_TB

Parameter Disp_TB

Method Disp_TB

Method Disp_TB

Parameter Diag_TB

Parameter Diag_TB

Method Diag_TB

Method Diag_TB

C-4