Fuji Electric NA0AX06-MR, NA3AY02-MR, NA0AY02-MR, NA3AW03-MR, NA0AW06-MR User Manual

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Page 1

series

USER’S MANUAL

Analog Unit

FEH527d

Page 2

Preface

Thank you for purchasing Fuji Electric Programmable Controller MICREX-SX SPF Series.

This User’s Manual describes the specications of the SPF series analog unit, thermocouple input unit, and resistance

thermometer element input unit.

Read this manual carefully to ensure correct operation and also read the corresponding user’s manuals listed below.

Notes

1. This manual may not be reproduced in whole or part in any form without prior written approval by the manufacturer.

2. The contents of this manual (including specifications) are subject to change without prior notice.

3. If you find any ambiguous or incorrect descriptions in this manual, please write them down (along with the manual No. shown on the cover) and contact FUJI.

* In addition to the above manuals, the following Fuji Electric Co.,Ltd.site offers various manuals and technical documents

associated with MICREX-SX series.

URL http://www.fujielectric.com

Title Manual No. Contents

User’s Manual Hardware, MICREX-SX series SPF

FEH526

Describes the system conguration, hardware specications and

operations of units in the MICREX-SX series SPF.

User’s Manual Instructions (Standard), MICREX-SX series SPF

FEH524

Describes the memory specications and instructions specic to

SPF series.

User’s Manual Instructions (Standard),

MICREX-SX series SPB

FEH430

Describes the memory, language and system denitions of the MICREX-SX series SPB (SX-mode, Standard loader).

User’s Manual Instructions (Standard),

MICREX-SX series SPH

FEH588

Describes the memory, language and system denitions of the MICREX-SX series SPH (SX-mode, Standard loader).

User’s Manual SX-Programmer Standard

<Reference>, MICREX-SX series

FEH598

Describes the functions and the operations of SX-Programmer Standard.

User’s Manual Instructions (Expert), MICREX-SX series SPF

FEH525

Describes the memory specications and instructions specic to

SPF series.

User’s Manual Instructions (Expert), MICREX-SX series SPB

FEH202

Describes the memory, language and system denitions of the MICREX-SX series SPB (SX-mode, Expert loader).

User’s Manual Instructions (Expert),

MICREX-SX series SPH

FEH200

Describes the memory, language and system denitions of the MICREX-SX series SPH (SX-mode, Expert loader).

User’s Manual SX-Programmer Expert

<Reference>, MICREX-SX series

FEH257

Describes the functions and the operations of SX-Programmer Expert.

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Safety Precautions

Be sure to read the "Safety Precautions" thoroughly before using the module.

Here, the safety precautions items are classied into "Warning" and "Caution".

Warning

Caution

: Incorrect handling of the device may result in death or serious injury.

: Incorrect handling of the device may result in minor injury or physical damage

Even some items indicated by "Caution" may result in a serious accident. Both safety instruction categories provide important information. Be sure to strictly observe these instructions.

Warning

 Neve touch any part of charged circuits as terminals and exposed metal portion while the power is turned ON. It may result in an electric shock to the operator.  Turn OFF the power before mounting, dismounting, wiring, maintaining or checking, otherwise, electric shock, erratic

operation or troubles might occur.  Place the emergency stop circuit, interlock circuit or the like for safety outside the PLC. A failure of the PLC might break or cause problems to the machine.  When using an expansion right side unit, be sure to mount a healthy unit to stop the SPF system with a fatal fault if the

expansion right side unit is dropped. Unless a healthy unit is mounted, a dropout of the expansion right side unit is not

detected and the SPF system continues operation in the state where the expansion right side unit is dropped.

Page 4

Safety Precautions

 Do not use one found damaged or deformed when unpacked, otherwise, fire, failure or erratic operation might be caused.  Do not shock the product by dropping or tipping it over, otherwise, it might be damaged or troubled.  Follow the directions of the instruction manual and user’s manual when mounting the product.

If mounting is improper, the product might drop or develop problems or erratic operations.  Use the rated voltage and current mentioned in the instruction manual and user’s manual. Use beyond the rated values

might cause fire, erratic operation or failure.  Operate (keep) in the environment specified in the instruction manual and user’s manual. High temperature, high humidity,

condensation, dust, corrosive gases, oil, organic solvents, excessive vibration or shock, might cause electric shock, fire,

erratic operation or failure.  Select a wire size to suit the applied voltage and carrying current. Tighten the wire terminals to the specified torque.

Inappropriate wiring or tightening might cause fire, malfunction, failure or might cause the product to drop from its

mounting.  Contaminants, wiring chips, iron powder or other foreign matter must not enter the device when installing it, otherwise, fire,

accident, erratic operation or failure might occur.

 Remove the dust-cover seals of modules after wiring, otherwise, fire, accident, erratic operation or failure might occur.  Connect the ground terminal to the ground, otherwise, electric shock or erratic operation might occur.  Periodically make sure the terminal screws and mounting screws are securely tightened.

Operation at a loosened status might cause fire or erratic operation.

 Put the furnished connector covers on unused connectors, otherwise, erratic operation or failure might occur.  Sufficiently make sure of safety before program change, forced output, starting, stopping or anything else during a run.

Wrong operation might break or cause problems to the machine

 Engage the loader connector in a correct orientation, otherwise, an erratic operation might occur.  Before touching the PLC, discharge any static electricity that may have been collected on your body. To discharge it, touch

a grounded metallic object. Static electricity might cause erratic operation or failure.  Be sure to install the electrical wiring correctly and securely, observing the directions of the instruction manual and user’s

manual. Wrong or loose wiring might cause fire, accident or failure.

 When disengaging the plug from the outlet, do not pull the cord, otherwiase, break of cable might cause fire or failure.  Do not attempt to change system configurations (such as installing or removing expansion block) while the power is ON,

otherwise, failure or erratic operation might occur.  Do not attempt to repair the module by yourself, but contact your Fuji Electric agent, otherwise, fire, accident or failure

might occur.  To clean the module, turn power off and wipe the module with a cloth moistened with warm water. Do not use thinner or

other organic solvents, as the module surface might become deformed or discolored.

 Do not remodel or disassemble the product, otherwise, failure might occur.  Follow the regulations of industrial wastes when the device is to be discarded.  The products covered in this user’s manual have not been designed or manufactured for use in equipment or systems

which, in the event of failure, can lead to loss of human life.  Do not use the products covered in this user’s manual for special applications, such as power plant, radiation facilities,

railroad, space/flight equipments, lifeline facilities, or medical equipments, where a great effect on human life, body,

society, major property or rights may be anticipated and high degree of safety is required.  Be sure to provide protective measures when using the products covered in this manual in equipment which, in the event

of failure, can lead to loss of human life or other grade results.  External power supply (such as 24 V DC power supply) which is connected to DC I/O should be strongly isolated from AC

power supply, otherwise, accident or failure might occur. (Use of EN60950 conforming power supply is recommended.)  Do not use the peoducts covered in this user’s manual in a residential environment.

Caution

Page 5

Revision

* The manual No. is printed at the bottom right of the cover of this manual.

Printed on * Manual No. Revision contents

Jan. 2017 FEH527 First edition

May 2017 FEH527a The specications of the following products were added.

• NA3AW03-MR (Front board type analog input/output, 3 channels)

• NA3AY02-MR (Front board type analog output, 2 channels)

• NA0AX02-TC (Thermocouple input, 2 channels)

• NA0AX16-TC (Thermocouple input, 16 channels)

• NA0AX06-MRTC (Analog input / thermocouple input, 6 channels)

• NA0AX06-PT (Resistance thermometer element input, 6 channels)

July 2017 FEH527b The detailed isolation specications were added.

The following model was deleted.

• NA0AX06-MRTC (Analog input / thermocouple input unit, 6 channels)

Sep. 2017 FEH527c Cautions for using NA0AX02-TC (Thermocouple input, 2 channels) and NA0AX06-TC

(Thermocouple input, 6 channels) were added.

Oct. 2017 FEH527d The safety precautions were revised.

Page 6

Contents

Preface

Safety Precautions

Revision

Contents

Section 1 Overview

1-1 Product List ......................................................................................................................................1-1

1-2 Features ............................................................................................................................................1-1

1-2-1 Number of connectable units ........................................................................................................................1-1

1-2-2 Analog signal range setting function .............................................................................................................1-2

1-2-3 Parameter setting function ............................................................................................................................1-2

1-3 Supported Versions .........................................................................................................................1-2

1-3-1 Supported version of program loader............................................................................................................1-2

1-3-2 Supported version of main unit .....................................................................................................................1-2

Section 2 Specications

2-1 General Specications ....................................................................................................................2-1

2-2 Functional/Performance Specications .........................................................................................2-2

2-2-1 Specication list ............................................................................................................................................2-2

2-2-2 Conversion characteristics ............................................................................................................................2-9

2-3 Names and Functions ......................................................................................................................2-15

2-3-1 Analog input unit (Type: NA0AX06-MR)........................................................................................................2-15

2-3-2 Analog output unit (Type: NA0AY02-MR) ......................................................................................................2-17

2-3-3 Analog input/output unit (Type: NA0AW06-MR) ............................................................................................2-19

2-3-4 Analog output board (Type: NA3AY02-MR) ..................................................................................................2-22

2-3-5 Analog input/output board (Type: NA3AW03-MR) ........................................................................................2-22

2-3-6 Thermocouple input unit (Type: NA0AX02-TC/NA0AX06-TC/NA0AX16-TC) ...............................................2-23

2-3-7 Resistance thermometer element input unit (Type: NA0AX06-PT) ...............................................................2-25

2-4 Wiring ................................................................................................................................................2-26

2-4-1 Analog input ..................................................................................................................................................2-26

2-4-2 Analog output ................................................................................................................................................2-28

2-4-3 Thermocouple input (Target type: NA0AX02-TC/NA0AX06-TC/NA0AX16-TC) ............................................2-30

2-4-4 Resistance thermometer element input unit..................................................................................................2-31

2-5 Dimensions ....................................................................................................................................... 2-32

2-5-1 Expansion unit 1............................................................................................................................................2-32

2-5-2 Expansion unit 2............................................................................................................................................2-33

2-5-3 Front board....................................................................................................................................................2-33

Section 3 Programming

3-1 Memory Assignment ........................................................................................................................ 3-1

3-1-1 Analog input unit NA0AX06-MR ..................................................................................................................3-1

3-1-2 Analog output unit NA0AY02-MR ................................................................................................................3-1

3-1-3 Analog input/output unit NA0AW06-MR ......................................................................................................3-1

3-1-4 Analog output board NA3AY02-MR ............................................................................................................3-1

3-1-5 Analog input/output board NA3AW03-MR ..................................................................................................3-1

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Contents

3-1-6 Thermocouple input unit NA0AX02-TC/NA0AX06-TC/NA0AX16-TC .........................................................3-2

3-1-7 Resistance thermometer element input unit NA0AX06-PT .........................................................................3-2

3-2 System Denition .............................................................................................................................3-3

3-2-1 Registering units ...........................................................................................................................................3-3

3-2-2 Setting parameters ........................................................................................................................................3-5

Appendix 1 Unit Handling Procedure

Appendix 1-1 Handling Upper Cover and Printed Circuit board ........................................................App.1-1

Appendix 1-1-1 Handling Upper Cover ...................................................................................................................App.1-1

Appendix 1-1-2 Handling Printed circuit board inside unit ......................................................................................App.1-3

Appendix 2 Circuit Isolation Block Diagram

Appendix 2-1 Analog Input Unit NA0AX06-MR ..................................................................................App.2-1

Appendix 2-2 Analog Output Unit NA0AY02-MR ...............................................................................App.2-1

Appendix 2-3 Analog Input/Output Unit NA0AW06-MR ....................................................................App.2-2

Appendix 2-4 Thermocouple Input Unit NA0AX02-TC/NA0AX06-TC ...............................................App.2-2

Appendix 2-5 Thermocouple Input Unit NA0AX16-TC ......................................................................App.2-3

Appendix 2-6 Resistance Thermometer Element Input Unit NA0AX06-PT .....................................App.2-3

Page 8

1-1

Section 1 Overview

Type Specication

NA0AX06-MR Analog voltage/current input, 6 channels

NA0AY02-MR Analog voltage/current output, 2 channels

NA0AW06-MR Analog voltage/current input/output, Input 4 channels, Output 2 channels

NA3AW03-MR Analog voltage/current input/output, Input 2 channels, Output 1 channel, Front board type

NA3AY02-MR Analog voltage/current output, 2 channels, Front board type

NA0AX02-TC Thermocouple input, 2 channels

NA0AX06-TC Thermocouple input, 6 channels

NA0AX16-TC Thermocouple input, 16 channels

NA0AX06-PT Resistance thermometer element input, 6 channels

1-1 Product List

The SPF series analog unit and temperature measurement unit include the following models.

In this manual, these models may be collectively referred to as “analog unit.”

1-2 Features

1-2-1 Number of connectable units

The analog unit is an expansion unit that is connected on the right-hand side of the SPF series main unit.

However, a front board type unit is connected on the front of the main unit. For the front board type unit, only one unit can be connected on the main unit. For the other analog units, up to three units can

be connected on the right-hand side of the main unit.

Main unit

Analog unit (front board type)

Analog unit Analog unit Analog unit

Max. 3 units

Max. 1 unit

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1-2

Section 1 Overview

1-2-2 Analog signal range setting function

You can set the analog input and analog output signal range by using the jumper pin of the analog unit. Therefore, a program for

the range setting is not required.

1-2-3 Parameter setting function

You can set the parameters of the analog unit by using a program loader. The parameter setting items are as follows:

• Analog input unit (Type: NA0AX06-MR): Moving average, resolution

• Analog input/output unit (Type: NA0AW06-MR): Moving average, resolution (for analog input only)

• Analog input/output board (Type: NA3AW03-MR): Moving average, resolution (for analog input only)

• Thermocouple input unit (Type: NA0AX02-TC/NA0AX06-TC/NA0AX16-TC)

: Thermocouple type, moving average, sampling period (resolution), unit (Celsius or Fahrenheit)

• Resistance thermometer element input unit (NA0AX06-PT)

: Resistance thermometer element type, moving average, sampling period, unit (Celsius or Fahrenheit)

1-3 Supported Versions

1-3-1 Supported version of program loader

• SX-Programmer Expert (D300win) : V3.6.11 or later

• SX-Programmer Standard : V3.0.16 or later

1-3-2 Supported version of main unit

• V03 or later software version of the main units support analog boards that are connected on the front of them (Type: NA3AY02-MR, NA3AW03-MR). Analog boards cannot be used with a main unit the software version of which is earlier than V03.

Page 10

2-1

Section 2 Specications

Item Specication Remark

Physical environmental conditions

Operating ambient temperature

0 to +55°C IEC 61131-2

Storage (transportation) temperature

-25 to +70°C

Relative humidity

20 to 95%RH, no condensation (Transport condition: 5 to 95%RH, no condensation)

Pollution degree 2 (Note 1)

Corrosion immunity Free from corrosive gases. Not stained with organic solvents

Operating altitude 2000 m or less above sea level (Transport condition: 70 kPa or more)

Mechanical service conditions

Vibration

Half amplitude: 0.15mm, Constant acceleration: 19.6 m/s

Two hours for each of three mutually perpendicular axes, total six hours. (Note 2) (Note 3)

Shock

Acceleration peak: 98 m/s

Three times for each of three mutually perpendicular axes.

Electrical service conditions

Electrostatic discharge Contact discharge: ±4kV, Aerial discharge: ±8kV IEC 61000-4-2

Radiated, radio-frequency,

electromagnetic eld

80 to 1000MHz (10V/m)

1.4 to 2.0 GHz (3V/m)

2.0 to 2.7 GHz (1V/m)

IEC 61000-4-3

EFT/B (Electrical fast transient/burst)

Equipment power, I/0 power, AC I/O (unshielded): ±2kV Data communication, digital and analog I/O s’ (except AC unshielded I/O): ±1kV

IEC 61000-4-4

Lightning impulse surge

AC equipment power: ±2kV common mode, ±1kV differential mode DC equipment power: ±0.5kV common mode, ±0.5kV differential mode

IEC 61000-4-5

Conducted radio frequency

150kHz to 80MHz, 10V IEC 61000-4-6

Power frequency

magnetic eld

50Hz, 30A/m IEC 61000-4-8

Construction Panel-mounted type (open equipment)

Cooling Air cooling

2-1 General Specications

Notes:

1) Pollution degree 2: This pollution does not conduct usually, but under certain circumstances temporary conductivity occurs due to condensation.

2) The unit is xed by screws to the control panel. When the unit is mounted to the DIN rail, care must be taken that

vibrations or shocks will not occur.

3) In an environment where repetitive or continuous vibration occurs, be sure to take vibration-proong measures.

Page 11

2-2

Section 2 Specications

2-2 Functional/Performance Specications

2-2-1 Specication list

(1) Analog input unit NA0AX06-MR

Item Specication

Type NA0AX06-MR

No. of input channels 6 channels

Input impedance Voltage: 63.2 kW, Current: 250

Maximum allowable input Voltage: ±15V, Current: ±30mA

Analog input range

-10 to +10V, -5 to +5V, 0 to 10V, 0 to 5V

-20 to 20mA, -10 to 10mA, 0 to 20mA, 0 to 10mA

(Collectively set for all channels by the jumper pin in the unit)

Resolution 12 bits or 14 bits (Set for individual channels by the program loader.)

Overall accuracy ±1% *1

A/D conversion value INT type

Sampling period Synchronized with the scan of the main unit.

Moving average 1 to 16 times (Set for individual channels by the program loader.)

External wire connections 8-pole terminal block (M3) x 2, Tightening torque: 0.59 to 0.78 N·m

Applicable wire size AWG#22-18 * Be sure to use shielded twisted pair cables.

Status indication 5V power supply display, ON when normal (red)

Isolation method Not isolated * For the internal circuit, see “Appendix 2.”

Occupied words 6 words

External power supply 24V DC, 53mA *Wiring length: 10m or less

Internal current consumption 5V DC, 25mA

Dimensions 40 (W) x 90 (H) x 80 (D) (mm)

Mass Approx. 160g

*1 The overall accuracy is the specication for when noise described in “Electrical service conditions” is not applied. If noise is applied, the overall accuracy may exceed the above specication.

*2 Notes on using analog input

If connection between the analog unit and an external analog device is broken, the A/D conversion value (analog input

value) becomes 0 (zero).

Page 12

2-3

Section 2 Specications

Item Specication

Type NA0AY02-MR

No. of output channels 2 channels

External load resistance Voltage output: 500 W to 1 MW, Current output: 0 to 500 W or less

Analog output range

-10 to +10V, -5 to +5V, 0 to 10V, 0 to 5V

-20 to 20mA, -10 to 10mA, 0 to 20mA, 0 to 10mA

(Collectively set for all channels by the jumper pin in the unit)

Resolution 14 bits

Overall accuracy ±1%

Data type of digital output value INT type

Output period Synchronized with the scan of the main unit.

External wire connections 8-pole terminal block (M3) x 2, Tightening torque: 0.59 to 0.78 N·m

Applicable wire size AWG#22-18 * Be sure to use shielded twisted pair cables.

Status indication 5V power supply display, ON when normal (red)

Isolation method Not isolated * For the internal circuit, see “Appendix 2.”

Occupied words 2 words

External power supply 24V DC, 90mA *Wiring length: 10m or less

Internal current consumption 5V DC, 33mA

Dimensions 40 (W) x 90 (H) x 80 (D) (mm)

Mass Approx. 140g

(2) Analog output unit NA0AY02-MR

*1 Notes on using analog output

The analog unit does not support the hold function. If the main unit stops due to a system error, the analog output value

becomes 0 (zero). It is not possible to hold the output status after occurrence of an error or CPU stop.

Page 13

2-4

Section 2 Specications

Item Specication

Type NA0AW06-MR

No. of input channels 4 channels

Input impedance Voltage input: 63.2 kW, Current input: 250

Maximum allowable input Voltage: ±15V, Current: 30mA

Analog input range

-10 to +10V, -5 to +5V, 0 to 10V, 0 to 5V

-20 to 20mA, -10 to 10mA, 0 to 20mA, 0 to 10mA

(Collectively set for all channels by the jumper pin in the unit)

Resolution 12 bits or 14 bits (Set for each channel by the program loader.)

Overall accuracy ±1% *1

A/D conversion value INT type

Sampling cycle Synchronized with the scan of the main unit.

Moving average 1 to 16 times (Set for individual channels by the program loader.)

No. of output channels 2 channels

External load resistance Voltage output: 500 W to 1 MW, Current output: 0 to 500 W or less

Analog output range

-10 to +10V, -5 to +5V, 0 to 10V, 0 to 5V

-20 to 20mA, -10 to 10mA, 0 to 20mA, 0 to 10mA

(Collectively set for all channels by the jumper pin in the unit)

Resolution 14 bits

Overall accuracy ±1%

Data type of digital output value INT type

Output cycle Synchronized with the scan of the main unit.

External wire connections 8-pole terminal block (M3) x 2, Tightening torque: 0.59 to 0.78 N·m

Applicable wire size AWG#22-18 * Be sure to use shielded twisted pair cables.

Status indication 5V power supply display, ON when normal (red)

Isolation method Not isolated * For the internal circuit, see “Appendix 2.”

Occupied words 6 words

External power supply 24V DC, 103mA *Wiring length: 10m or less

Internal current consumption 5V DC, 35mA

Mass Approx. 160g

(3) Analog input/output unit NA0AW06-MR

*2 Notes on using analog input

If connection between the analog unit and an external analog device is broken, the A/D conversion value (analog input

value) becomes 0 (zero).

*3 Notes on using analog output

The analog unit does not support the hold function. If the main unit stops due to a system error, the analog output value

becomes 0 (zero). It is not possible to hold the output status after occurrence of an error or CPU stop.

Page 14

2-5

Section 2 Specications

Item Specication

Type NA3AY02-MR

No. of output channels 2 channels

External load resistance Voltage output: 1k W to 1MW, Current output: 0 to 500 W or less

Analog output range

0 to +10V

0 to 20mA * Selectable by wiring of the terminal block.

Resolution 12 bits

Overall accuracy ±1%

Data type of digital output value INT type

Output period Synchronized with the scan of the main unit.

External wire connections 5-pole European-style terminal block (M2) x 1, Tightening torque: 0.2 N·m

Applicable wire size AWG#28-16 * Be sure to use shielded twisted pair cables.

Status indication None

Isolation method Not isolated

Occupied words 2 words

Internal current consumption 5V DC, 223mA

Mass Approx. 20g

(4) Analog output board, 2 channels NA3AY02-MR

*1 Tightening torque for mounting the board on the main unit: 0.2 N·m

*2 Notes on using analog output

The analog unit does not support the hold function. If the main unit stops due to a system error, the analog output value

becomes 0 (zero). It is not possible to hold the output status after occurrence of an error or CPU stop.

Page 15

2-6

Section 2 Specications

Item Specication

Type NA3AW03-MR

No. of input channels 2 channels

Input impedance Voltage input: 100 kW, Current input: 125

Maximum allowable input Voltage: ±15V, Current: 30mA

Analog input range

0 to +10V

0 to 20mA * Selectable by wiring of the terminal block.

Resolution 14 bits (Set for each channel by the program loader.)

Overall accuracy ±1% *1

A/D conversion value INT type

Sampling cycle Synchronized with the scan of the main unit.

Moving average 1 to 16 times (Set for individual channels by the program loader.)

No. of output channels 1 channel

External load resistance Voltage output: 2 kW to 1 MW, Current output: 0 to 500 W or less

Analog output range

0 to +10V

0 to 20mA * Selectable by wiring of the terminal block.

Resolution 12 bits

Overall accuracy ±1%

Data type of digital output value INT type

Output cycle Synchronized with the scan of the main unit.

External wire connections 5-pole European-style terminal block (M2) x 1, Tightening torque: 0.2 N·m

Applicable wire size AWG#28-16 * Be sure to use shielded twisted pair cables.

Status indication None

Isolation method Not isolated

Occupied words 3 words

Internal current consumption 5V DC, 158mA

Mass Approx. 20g

(5) Analog input/output board NA3AW03-MR

*2 Tightening torque for mounting the board on the main unit: 0.2 N·m

*3 Notes on using analog input

If connection between the analog unit and an external analog device is broken, the A/D conversion value (analog input

value) becomes 0 (zero).

*4 Notes on using analog output

The analog unit does not support the hold function. If the main unit stops due to a system error, the analog output value

becomes 0 (zero). It is not possible to hold the output status after occurrence of an error or CPU stop.

Page 16

2-7

Section 2 Specications

(6) Thermocouple input unit NA0AX02-TC/NA0AX06-TC/NA0AX16-TC

Item Specication

Type NA0AX02-TC NA0AX06-TC NA0AX16-TC

No. of input channels 2 channels 6 channels 16 channels

Resolution 0.1°C or 1°C *1

Thermocouple type J, K, R, S, E, T, B, N (Collectively set for all channels by the program loader.)

Temperature measurement range

J: -200.0 to 1200.0°C -328.0 to 2192.0°F K: -200.0 to 1200.0°C -328.0 to 2192.0°F T: -190.0 to 380.0°C -310.0 to 716.0°F E: -190.0 to 1000.0°C -310.0 to 1832.0°F N: -200.0 to 1000.0°C -328.0 to 1832.0°F B: 350.0 to 1800.0°C 622.0 to 3272.0°F R: 0.0 to 1800.0°C 32.0 to 3272.0°F S: 0.0 to 1700.0°C 32.0 to 3092.0°F

Cold junction automatic compensator

Built in the unit

Overall accuracy

± (1% + 1°C) *2

Data type of

A/D conversion value

INT type

Sampling period

1 second (high speed) or 2 seconds (low speed)

2 seconds (high speed) or 4 seconds (low speed)

3 seconds (high speed) or 6 seconds (low speed)

(Collectively set [high speed or low speed] for all channels by the program loader.)

Moving average No moving average / 2 / 4 / 8 times

(Collectively set for all channels by the program loader.)

External wire connections 8-pole European-style terminal block (M2) x 2,

Tightening torque: 0.2 N·m

18-pole terminal block (M3) x 2, Tightening torque:

0.59 to 0.78 N·m

Applicable wire size AWG#28-16 AWG#22-18

Status indication 5V power supply display, ON when normal (red)

Isolation method

Transformer (power supply) and photocoupler (signal) Not isolated

* For the internal circuit, see “Appendix 2.”

Occupied words 2 words 6 words 16 words

External power supply

24V DC, 21mA 24V DC, 29mA 24V DC, 58mA

*Wiring length: 10m or less

Internal current consumption

5V DC, 30mA

Dimensions 40 (W) x 90 (H) x 80 (D) (mm) 90 (W) x 90 (H) x 80 (D) (mm)

Mass Approx. 130g Approx. 140g Approx. 310g

*1 The resolution is determined by the setting of the “sampling period” in the parameter. When the resolution is 1°C: Set to “high speed.” When the resolution is 0.1°C: Set to “low speed.”

*2 The overall accuracy is the specication for when noise described in “Electrical service conditions” is not applied. If noise is applied, the overall accuracy may exceed the above specication.

*3 Immediately after the main unit is powered on, the A/D conversion value becomes “-32767” until the analog unit collects analog values from external devices and starts A/D conversion (approx. 10 seconds.)

*4 If connection between the analog unit and a temperature sensor is broken, the temperature conversion value becomes “28767.”

Page 17

2-8

Section 2 Specications

(7) Resistance thermometer element input unit NA0AX06-PT

Item Specication

Type NA0AX06-PT

No. of analog input channels 6 channels

Resolution 0.1°C or 1°C *1

Applicable resistance thermometer element

Pt100, Pt1000 (JIS or DIN)

Temperature measurement range

Pt100: -200.0 to 850.0°C (-328.0 to 1562.0°F) Pt1000: -200.0 to 600.0°C (-328.0 to 1112.0°F)

Overall accuracy ±1% *2

Resistance of input wiring 20Ω or less

Data type of A/D conversion value INT type

Sampling period

1 second (high speed) or 2 seconds (low speed) (Collectively set for all channels by the program loader.)

Moving average

No moving average / 2 / 4 / 8 times

(Collectively set for all channels by the program loader.)

External wire connections 8-pole terminal block (M3) x 2, Tightening torque: 0.59 to 0.78 N·m

Applicable wire size AWG#22-18 * Be sure to use shielded twisted pair cables.

Status indication 5V power supply display, ON when normal (red)

Isolation method Not isolated * For the internal circuit, see “Appendix 2.”

Occupied words 6 words

External power supply 24V DC, 16mA *Wiring length: 10m or less

Internal current consumption 5V DC, 32mA

Dimensions 40 (W) x 90 (H) x 80 (D) (mm)

Mass Approx. 140g (excl. expansion cable)

*4 If connection between the analog unit and a temperature sensor is broken, the temperature conversion value becomes “28767.”

Page 18

2-9

Section 2 Specications

2-2-2 Conversion characteristics

(1) Analog input

1) 0 to 5V / 0 to 10mA (when set at UNIPOLAR)

3) 0 to 10V / 0 to 20mA (when set at UNIPOLAR)

2) 0 to 5V / 0 to 10mA (when set at BIPOLAR)

8191 (2047)

5V/10mA

0V/0mA

-8192 (-2048)

A/D conversion value

(INT type)

Analog input voltage/current

* The values in ( ) are the A/D conversion value

when “12 bits” is selected for the resolution.

(4095) 16383

10V/20mA

A/D conversion value

(INT type)

Analog input voltage/current

*1: The value in ( ) is the A/D conversion value when “12 bits” is selected for the resolution

*2: 16380 for a front board

(4095) 16383

A/D conversion value

(INT type)

Analog input voltage/current

5V/10mA

* The value in ( ) is the A/D conversion value

when “12 bits” is selected for the resolution.

Page 19

2-10

Section 2 Specications

5) -5 to 5V / -10 to 10mA (when set at UNIPOLAR)

4) 0 to 10V / 0 to 20mA (when set at BIPOLAR)

6) -5 to 5V / -10 to 10mA (when set at BIPOLAR)

8191 (2047)

10V/20mA

0V/0mA

-8192 (-2048)

A/D conversion value

(INT type)

Analog input voltage/current

* The values in ( ) are the A/D conversion value

when “12 bits” is selected for the resolution.

(4095) 16383

5V/10mA

-5V/-10mA

A/D conversion value

(INT type)

Analog input voltage/current

* The value in ( ) is the A/D conversion value

when “12 bits” is selected for the resolution.

8191 (2047)

5V/10mA

-5V/-10mA

-8192 (-2048)

A/D conversion value

(INT type)

Analog input voltage/current

* The values in ( ) are the A/D conversion value

when “12 bits” is selected for the resolution.

Page 20

2-11

Section 2 Specications

7) -10 to 10V / -20 to 20mA (when set at UNIPOLAR)

8) -10 to 10V / -20 to 20mA (when set at BIPOLAR)

(4095) 16383

(2047) 8191

10V/20mA

-10V/-20mA

A/D conversion value

(INT type)

Analog input voltage/current

* The values in ( ) are the A/D conversion value

when “12 bits” is selected for the resolution.

8191 (2047)

10V/20mA

-10V/-20mA

-8192 (-2048)

A/D conversion value

(INT type)

Analog input voltage/current

* The values in ( ) are the A/D conversion value

when “12 bits” is selected for the resolution.

Page 21

2-12

Section 2 Specications

(2) Analog output

1) 0 to 5V / 0 to 10mA (when set at UNIPOLAR)

16383

5V/10mA

Analog output

voltage/current

D/A

conversion value

(INT type)

3) 0 to 10V / 0 to 20mA (when set at UNIPOLAR)

2) 0 to 5V / 0 to 10mA (when set at BIPOLAR)

8191

5V/10mA

0V/0mA

-8192

Analog output

voltage/current

D/A

conversion value

(INT type)

16383

10V/20mA

Analog output

voltage/current

D/A

conversion value

(INT type)

* 16380 for a front board

Page 22

2-13

Section 2 Specications

4) 0 to 10V / 0 to 20mA (when set at BIPOLAR)

5) -5 to 5V / -10 to 10mA (when set at UNIPOLAR)

6) -5 to 5V / -10 to 10mA (when set at BIPOLAR)

8191

10V/20mA

0V/0mA

-8192

Analog output

voltage/current

D/A

conversion value

(INT type)

16383

5V/10mA

-5V/-10mA

Analog output

voltage/current

D/A conversion value (INT type)

8191

5V/10mA

-5V/-10mA

-8192

Analog output

voltage/current

D/A

conversion value

(INT type)

Page 23

2-14

Section 2 Specications

7) -10 to 10V / -20 to 20mA (when set at UNIPOLAR)

8) -10 to 10V / -20 to 20mA (when set at BIPOLAR)

16383

10V/20mA

-10V/-20mA

Analog output

voltage/current

D/A

conversion value

(INT type)

8191

10V/20mA

-10V/-20mA

-8192

Analog output

voltage/current

D/A

conversion value

(INT type)

Page 24

2-15

Section 2 Specications

2-3 Names and Functions

2-3-1 Analog input unit (Type: NA0AX06-MR)

(1) Names

The jumper pins in the analog input unit are used to change the analog signal range and digital value range. Therefore, remove

the upper cover and control board when setting the jumper pin.

Pin layout of control board

(When the upper cover is removed)

Pin layout of I/O board

(When the control board is removed)

2) Terminal block

1) Status indication LED

Nameplate

Expansion connector (IN)

Expansion connector (OUT)

3) JP1

2) Terminal block

4) JP3

5) JP5 (CH1)

5) JP5 (CH0)

4) JP2

5) JP8 (CH4)

5) JP9 (CH5)

5) JP7 (CH3)

5) JP6 (CH2)

• When handling the analog unit, remove it from the control panel, turn off the power, and disconnect other units.

• The procedure for handling the upper cover and printed circuit board, see “Appendix 1 Unit Handling Procedure.”

• Before mounting/removing the upper cover or handling the printed circuit board, be sure to eliminate static electricity.

Page 25

2-16

Section 2 Specications

Status indication LED Status Specication

PWR of analog input unit ON (red) While 5V DC power is normally supplied.

Digital value range JP1 setting

-8192 to 8191

0 to 16383

Signal range JP3 setting JP2 setting

0 to 10V

or 0 to 20mA

0 to 5V

or 0 to 10mA

-10 to 10V

-20 to 20mA

-5 to 5V

-10 to 10mA

Voltage/current

Setting of JP4 (CH0) to JP9 (CH5)

Voltage

Current

(2) Functions

1) Status indication LED

2) Terminal block

These are terminals for 24V DC power supply to operate the analog unit and analog input signal.

3) JP1: Digital value range selection

This jumper pin is used to set the digital value range.

4) JP2 and JP3: Analog input range selection

These jumper pins are used to set the analog signal range for six channels in a batch.

5) JP4 to 9: Voltage/current selection

This jumper pin is used to select voltage or current for each channel.

* For the wiring method, see “2-4 Wiring.”

10V

VIV

NA0AX06-MR

* When handling the setting pins on the printed circuit board, be sure to turn OFF the unit power. Securely mount them by using

tweezers.

Page 26

2-17

Section 2 Specications

2-3-2 Analog output unit (Type: NA0AY02-MR)

(1) Names

The jumper pins in the analog output unit are used to change the analog signal range and digital value range. Therefore, remove

the upper cover and control board when setting the jumper pin.

NA0AY02-MR

3) JP1

5) JPA (CH1)

5) JPA (CH0)

4) JPB (CH0)

4) JPB (CH1)

2) Terminal block

1) Status indication LED

Nameplate

Expansion connector (IN)

Expansion connector (OUT)

2) Terminal block

Pin layout of control board

(When the upper cover is removed)

• When handling the analog unit, remove it from the control panel, turn off the power, and disconnect other units.

• The procedure for handling the upper cover and printed circuit board, see “Appendix 1 Unit Handling Procedure.”

• Before mounting/removing the upper cover or handling the printed circuit board, be sure to eliminate static electricity.

Page 27

2-18

Section 2 Specications

Status indication LED Status Specication

PWR of analog output unit ON (red) While 5V DC power is normally supplied.

(2) Functions

1) Status indication LED

2) Terminal block

These are terminals for 24V DC power supply to operate the analog unit and analog input signal.

* For the wiring method, see “2-4 Wiring.”

3) JP1: Digital value range selection

This jumper pin is used to set the digital value range.

4) JPA and JPB: Analog output range selection

10V

* When handling the setting pins on the printed circuit board, be sure to turn OFF the unit power. Securely mount them by using

tweezers.

Digital value range JP1 setting

-8192 to 8191

0 to 16383

Signal range JPA setting JPB setting

0 to 10V

-10 to 10V

0 to 5V

-5 to 5V

0 to 20mA

-20 to 20mA

0 to 10mA

-10 to 10mA

Page 28

2-19

Section 2 Specications

2-3-3 Analog input/output unit (Type: NA0AW06-MR)

(1) Names

The jumper pins in the analog input/output unit are used to change the analog signal range and digital value range. Therefore,

remove the upper cover and control board when setting the jumper pin.

NA0AW06-MR

3) JP1

JP1

D/A

A/D

10V

CH0

CH1

4) JPA

6) JP3

6) JP4

U B

5V 10V

CH0

CH1

5) JPB

7) JP5 (CH0) to JP8 (CH3)

10V

2) Terminal block

1) Status indication LED

Nameplate

Expansion connector (IN)

Expansion connector (OUT)

2) Terminal block

Pin layout of control board

(When the upper cover is removed)

Pin layout of I/O board

(When the control board is removed)

• When handling the analog unit, remove it from the control panel, turn off the power, and disconnect other units.

• The procedure for handling the upper cover and printed circuit board, see “Appendix 1 Unit Handling Procedure.”

• Before mounting/removing the upper cover or handling the printed circuit board, be sure to eliminate static electricity.

Page 29

2-20

Section 2 Specications

Status indication LED Status Specication

PWR of analog input/output unit ON (red) While 5V DC power is normally supplied.

(2) Functions

1) Status indication LED

2) Terminal block

These are terminals for 24V DC power supply to operate the analog unit and analog input signal.

* For the wiring method, see “2-4 Wiring.”

3) JP1: Digital value range selection

This jumper pin is used to set the digital value range for analog output (upper side) and analog input (lower side)

Analog output

Analog input

Analog output

Analog input

4) JPA and 5) JPB: Analog output range selection

10V

* When handling the setting pins on the printed circuit board, be sure to turn OFF the unit power. Securely mount them by using

tweezers.

Digital value range JP1 setting

-8192 to 8191

0 to 16383

Signal range JPA setting JPB setting

0 to 10V

-10 to 10V

0 to 5V

-5 to 5V

0 to 20mA

-20 to 20mA

0 to 10mA

-10 to 10mA

Page 30

2-21

Section 2 Specications

6) JP3 and JP4: Analog input range selection

10V

7) JP5 to 8: Input voltage/current selection

This jumper pin is used to select voltage or current for each channel.

* When handling the setting pins on the printed circuit board, be sure to turn OFF the unit power. Securely mount them by using

tweezers.

Signal range JP3 setting JP4 setting

0 to 10V

or 0 to 20mA

0 to 5V

or 0 to 10mA

-10 to 10V

-20 to 20mA

-5 to 5V

-10 to 10mA

Voltage/current

Setting of JP5 (CH0) to JP8 (CH3)

Voltage

Current

Page 31

2-22

Section 2 Specications

2-3-4 Analog output board (Type: NA3AY02-MR)

(1) Names

1) Terminal block

GND

VO0+

IO0+

VO1+

IO1+

(2) Functions

1) Terminal block

These are terminals for analog output signal. (M2, 5-pole terminal block x 1) Tightening torque: 0.2 N·m

* For the wiring method, see “2-4 Wiring.”

2-3-5 Analog input/output board (Type: NA3AW03-MR)

(1) Names

GND

VO0+

IO0+

GND

VI0+

II0+

VI1+

II1+

1) Terminal block

(2) Functions

1) Terminal block

These are terminals for analog input/output signal. (M2, 5-pole terminal block x 2) Tightening torque: 0.2 N·m

* For the wiring method, see “2-4 Wiring.”

Before handling a front board, be sure to eliminate static electricity.

Page 32

2-23

Section 2 Specications

2-3-6 Thermocouple input unit (Type: NA0AX02-TC/NA0AX06-TC/NA0AX16-TC)

(1) Names

2) Terminal block

1) Status indication LED

Nameplate

Expansion connector (IN)

Expansion connector (OUT)

2) Terminal block

NA0AX02-TC

NA0AX16-TC

NA0AX06-TC

1) Status indication LED

2) Terminal block

1) Status indication LED

Nameplate

Expansion connector (IN)

Expansion connector (OUT)

Nameplate

Expansion connector (OUT)

Page 33

2-24

Section 2 Specications

Status indication LED Status Specication

PWR of thermocouple input unit ON (red) While 5V DC power is normally supplied.

(2) Functions

1) Status indication LED

2) Terminal block

These are terminals for 24V DC power supply to operate the unit and thermocouple input signal.

* For the wiring method, see “2-4 Wiring.”

* When performing wiring of NA0AX02-TC and NA0AX06-TC, take extra care not to scratch the parts boxed in red in the gure below with the tip of the screwdriver, and not to enter wiring waste inside the unit. Otherwise, a fault may occur.

Page 34

2-25

Section 2 Specications

2-3-7 Resistance thermometer element input unit (Type: NA0AX06-PT)

(1) Names

2) Terminal block

1) Status indication LED

Nameplate

Expansion connector (IN)

Expansion connector (OUT)

2) Terminal block

Status indication LED Status Specication

PWR of resistance thermometer element input unit ON (red) While 5V DC power is normally supplied.

(2) Functions

1) Status indication LED

2) Terminal block

These are terminals for 24V DC power supply to operate the unit and sensor input.

* For the wiring method, see “2-4 Wiring.”

Page 35

2-26

Section 2 Specications

2-4 Wiring

2-4-1 Analog input

(1) Target type: NA0AX06-MR/NA0AW06-MR

I5+

I1+

I0+

15V

+15V

24V

24V+

CH0

CH1

NA0AX06-MR/NA0AW06-MR

CH5

* Up to CH3 for NA0AW06-MR

shielded twisted pair cable

Analog device

(Example of voltage input

)

(Example of current input)

Analog device

shielded twisted pair cable

Analog device

Voltage/current selection

(Example of voltage input

)

+24V DC

External power supply

*1 Unused channels shall basically be short-circuited.

*2 Ground shielded wires at one point on the PLC side (Grounding resistance of 100Ω or less). However, when shielded wires had better be grounded on the external device side due to the condition of external noise, their ends on the PLC side must

be open.

*3 Keep signal wires that go out of the analog unit sufciently away from high-voltage or power cables, and avoid parallel wiring. *4 Avoid wiring the signal cables in the vicinity of load cables coming from devices other than PLC or bundling them with such

cables.

*5 Keep the signal cables sufciently away from circuits where high frequencies occur, such as inverter main load circuit.

Page 36

2-27

Section 2 Specications

(2) Target type: NA3AW03-MR

II1+

VI0+

CH0

CH1

NA3AW03-MR

GND

II0+

VI1+

75k

25k

125

shielded twisted pair cable

For voltage

For current

Analog device

(Example of voltage input)

(Example of current input)

shielded twisted pair cable

*1 Unused channels shall basically be short-circuited. (Voltage signal terminal - Current signal terminal - GND)

The signal terminal on the unused side of the used channel must be open.

Example: When CH0 is used as voltage input, II0+ terminal must be open. *2 Ground shielded wires at one point on the PLC side (Grounding resistance of 100Ω or less). However, when shielded wires had better be grounded on the external device side due to the condition of external noise, their ends on the PLC side must

be open.

cables.

*5 Keep the signal cables sufciently away from circuits where high frequencies occur, such as inverter main load circuit. *6 It is recommended to connect a ceramic capacitor (0.1 to 0.4μF) to reduce noise.

Page 37

2-28

Section 2 Specications

2-4-2 Analog output

(1) Target type: NA0AY02-MR and NA0W06-MR

O1+

15V

+15V

24V

O0+

24V+

NA0AY02-MR/NA0AW06-MR

CH0

shielded twisted pair cable

Analog device

(Example of voltage output

)

CH1

Analog device

(Example of current output)

Voltage/current selection

+24V DC

External power supply

*1 Unused channels shall basically be short-circuited.

be open.

cables.

*5 Keep the signal cables sufciently away from circuits where high frequencies occur, such as inverter main load circuit.

Page 38

2-29

Section 2 Specications

(2) Target type: NA3AY02-MR and NA0W03-MR

VO1+

VO0+

NA3AY02-MR/NA3AW03-MR

IO0+

IO1+

GND

CH0

CH1

* Only CH0 for NA3AW03-MR

shielded twisted pair cable

Analog device

(Example of voltage output

)

(Example of current output)

Analog device

shielded twisted pair cable

*1 Unused channels shall basically be short-circuited.

be open.

cables.

Page 39

2-30

Section 2 Specications

2-4-3 Thermocouple input (Target type: NA0AX02-TC/NA0AX06-TC/NA0AX16-TC)

Multiplexer

+24V DC

24V

24V+

TC15+

TC15-

TC1-

TC1+

TC0+

TC0-

NA0AX02-TC/NA0AX06-TC/NA0AX16-TC

External power supply

Thermocouple sensor

* Up to TC1 for NA0AX02-TC Up to TC5 for NA0AX06-TC

Page 40

2-31

Section 2 Specications

2-4-4 Resistance thermometer element input unit

Multiplexer

24V

24V+

P5+

COM

P1+

P0+

NA0AX06-PT

+24V DC

External power supply

*1 When this unit is used under high noise environment, ground grounding terminal (grounding resistance of 100Ω or less).

*2 For wiring of Po+, Po-, and COM, use the same length of wires so that the impedance becomes equal.

Page 41

2-32

Section 2 Specications

2-5 Dimensions

2-5-1 Expansion unit 1

Type Specication

NA0AX06-MR Analog voltage/current input, 6 channels

NA0AY02-MR Analog voltage/current output, 2 channels

NA0AW06-MR Analog voltage/current input/output, Input 4 channels, Output 2 channels

NA0AX02-TC Thermocouple input, 2 channels

NA0AX06-TC Thermocouple input, 6 channels

NA0AX06-PT Resistance thermometer element input, 6 channels

2×Φ4.5

3.8

9.5 21 40

3.8

(97)

903

7.5

Unit: mm

Page 42

2-33

Section 2 Specications

Type Specication

NA0AX16-TC Thermocouple input, 16 channels

Type Specication

NA3AW03-MR Analog voltage/current input/output, Input 2 channels, Output 1 channel, Front board type

NA3AY02-MR Analog voltage/current output, 2 channels, Front board type

2-5-2 Expansion unit 2

2×Φ4.5

(97)

903

7.5

19.5

2-5-3 Front board

* The left gure shows the appearance of NA3AY02-MR. NA3AW03-MR has the

same dimensions. * There is a screw hole for mounting a front board inside the cover.

Unit: mm

Page 43

3-1

Section 3 Programming

3-1 Memory Assignment

3-1-1 Analog input unit NA0AX06-MR

WXo.0 CH0 A/D conversion value (INT type)

WXo.1 CH1 A/D conversion value (INT type)

WXo.2 CH2 A/D conversion value (INT type)

WXo.3 CH3 A/D conversion value (INT type)

WXo.4 CH4 A/D conversion value (INT type)

WXo.5 CH5 A/D conversion value (INT type)

WXo.0 CH0 A/D conversion value (INT type)

WXo.1 CH1 A/D conversion value (INT type)

WXo.2 CH2 A/D conversion value (INT type)

WXo.3 CH3 A/D conversion value (INT type)

WYo.4 CH4 D/A conversion value (INT type)

WYo.5 CH5 D/A conversion value (INT type)

WXo.0 CH0 A/D conversion value (INT type)

WXo.1 CH1 A/D conversion value (INT type)

WYo.2 CH2 D/A conversion value (INT type)

WYo.0 CH0 D/A conversion value (INT type)

WYo.1 CH1 D/A conversion value (INT type)

WYo.0 CH0 D/A conversion value (INT type)

WYo.1 CH1 D/A conversion value (INT type)

3-1-2 Analog output unit NA0AY02-MR

3-1-4 Analog output board NA3AY02-MR

3-1-3 Analog input/output unit NA0AW06-MR

3-1-5 Analog input/output board NA3AW03-MR

* The unit No. registered in the system denition is entered in o.

Page 44

3-2

Section 3 Programming

WXo.0 T0 Temperature conversion value (INT type)

WXo.1 T1 Temperature conversion value (INT type)

WXo.0 T0 Temperature conversion value (INT type)

WXo.1 T1 Temperature conversion value (INT type)

WXo.2 T2 Temperature conversion value (INT type)

WXo.3 T3 Temperature conversion value (INT type)

WXo.4 T4 Temperature conversion value (INT type)

WXo.5 T5 Temperature conversion value (INT type)

WXo.0 T0 Temperature conversion value (INT type)

WXo.1 T1 Temperature conversion value (INT type)

WXo.2 T2 Temperature conversion value (INT type)

WXo.3 T3 Temperature conversion value (INT type)

WXo.4 T4 Temperature conversion value (INT type)

WXo.5 T5 Temperature conversion value (INT type)

WXo.6 T6 Temperature conversion value (INT type)

WXo.7 T7 Temperature conversion value (INT type)

WXo.8 T8 Temperature conversion value (INT type)

WXo.9 T9 Temperature conversion value (INT type)

WXo.10 T10 Temperature conversion value (INT type)

WXo.11 T11 Temperature conversion value (INT type)

WXo.12 T12 Temperature conversion value (INT type)

WXo.13 T13 Temperature conversion value (INT type)

WXo.14 T14 Temperature conversion value (INT type)

WXo.15 T15 Temperature conversion value (INT type)

3-1-6 Thermocouple input unit NA0AX02-TC/NA0AX06-TC/NA0AX16-TC

(1) NA0AX02-TC

(2) NA0AX06-TC

(3) NA0AX16-TC

WXo.0 P0 Temperature conversion value (INT type)

WXo.1 P1 Temperature conversion value (INT type)

WXo.2 P2 Temperature conversion value (INT type)

WXo.3 P3 Temperature conversion value (INT type)

WXo.4 P4 Temperature conversion value (INT type)

WXo.5 P5 Temperature conversion value (INT type)

3-1-7 Resistance thermometer element input unit NA0AX06-PT

* The unit No. registered in the system denition is entered in o.

Page 45

3-3

Section 3 Programming

3-2 System Denition

3-2-1 Registering units

Connect the analog unit on the right of the main unit or the unit that is connected on the right of the main unit.

However, a front board type unit must be connected on the front of the main unit.

NA3AW03-MR (Front board type)

NA0AX06-MR

Main unit

1) Open the system denition screen and register the unit that is connected below the main unit (NA0AX06-MR in this example).

Right-click here.

2) Right-click the main unit and left-click [Insert]. The “Module insert” dialog box opens. Select “NA0AX06-MR Analog Input 6CH” from the [Outline specication] box and then click the [OK] button. The unit is

registered.

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3-4

Section 3 Programming

3) Right-click the main unit and left-click [Insert]. The “Module insert” dialog box opens. Select “Front Board” for the [Module group type], and “NA3AW03-MR Mixed Analog 3CH” from the [Outline specication] box. Then, click the [OK] button. The unit is registered.

The front board is connected on the front of the main unit and registered below the expansion right side unit in the

conguration denition tree. The unit station No. is xed to “100.”

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3-5

Section 3 Programming

Parameter Setting range

Resolution 14 bits, 12 bits, or 14 bits (12 bits) *

Moving average execution times 1 (No moving average) to 16 times

3-2-2 Setting parameters

(1) Analog input unit (Target type: NA0AX06-MR, NA0AW06-MR, NA3AW03-MR)

For an analog input unit, set the resolution and moving average execution times.

* What does the “14 bits (12 bits)” of the resolution mean? This means the resolution is 14 bits, however, the lower two bits are xed to 0. The A/D conversion value range is the same as for 14 bits as shown below, however, the value increments or decrements by 4. UNIPOLAR: 0 to 16000, BIPOLAR: -8000 to 8000

1) Right-click the analog unit registered in the system denition screen and left-click [Properties]. The “Module properties” dialog

box opens.

* The setting procedure is the same for a front board type unit.

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3-6

Section 3 Programming

2) Click the [Parameter] button to display the “Analog Input Unit parameter setting” dialog box. Set the resolution (data format) and moving average for each channel, and then click the [OK] button.

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3-7

Section 3 Programming

(2) Thermocouple input unit (Target type: NA0AX02-TC, NA0AX06-TC, NA0AX16-TC)

For a thermocouple input unit, set the sensor type of the thermocouple, moving average execution times, sampling period, and

unit.

Parameter Setting range

Sensor type

J: -200 to 1200°C K: -200 to 1200°C T: -190 to 380°C E: -190 to 1000°C N: -200 to 1000°C B: 350 to 1800°C R: 0 to 1800°C S: 0 to 1700°C

Moving average No moving average, 2, 4, or 8 times

Sampling period High speed or low speed

Unit Celsius or Fahrenheit

1) Right-click the thermocouple input unit registered in the system denition screen and left-click [Properties]. The “Module properties” dialog box opens.

2) Click the [Parameter] button to display the “Temperature Measurement Unit parameter setting” dialog box. Set the sensor type, moving average, sampling period, and unit for all channels in a batch, and then click the [OK] button.

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3-8

Section 3 Programming

(3) Resistance thermometer element input unit (Target type: NA0AX06-PT)

For a resistance thermometer element input unit, set the sensor type of the resistance thermometer element, moving average execution times, sampling period, and unit.

Parameter Setting range

Sensor type

PT100-DIN: PT100-JIS: PT1000-DIN: PT1000-JIS:

Moving average No moving average, 2, 4, or 8 times

Sampling period High speed (1 second) or low speed (2 seconds)

Unit Celsius or Fahrenheit

1) Right-click the thermocouple input unit registered in the system denition screen and left-click [Properties]. The “Module properties” dialog box opens.

Page 51

App.1-1

Appendix 1 Unit Handling Procedure

Appendix 1-1 Handling Upper Cover and Printed Circuit board

Appendix 1-1-1 Handling Upper Cover

(1) How to remove the upper cover

Notes:

Before mounting/removing the upper cover or handling the printed circuit board, be sure to eliminate static electricity.

Upper cover

Lower case

Lightly turn the lower case of the unit and the upper cover in the direction of each arrow.

A small gap is made between one side of the lower case of the unit and the upper cover as shown below (see the area

marked with an asterisk).

1) Hold the unit with the both hands (with the nameplate facing forward) as shown below.

Hold the lower case with the left hand and the upper cover with the right hand.

Page 52

App.1-2

Appendix 1 Unit Handling Procedure

3) Pull the upper cover and the lower case of the unit to the right and left. T

hen, the upper cover is removed from the lower case as shown below.

(2) How to mount the upper cover

1) Hold the lower case with the nameplate facing forward and the upper cover with the side having the larger notch up.

Then, mount the upper cover straight on the lower case (you will hear a clicking noise when inserted).

* The right and left notches of the upper cover are different in size.

Notes:

Before mounting/removing the upper cover or handling the printed circuit board, be sure to eliminate static electricity.

Page 53

App.1-3

Appendix 1 Unit Handling Procedure

Appendix 1-1-2 Handling Printed circuit board inside unit

(1) How to remove the printed circuit board

1) The image below shows the unit with the upper cover removed.

The printed board is fixed at the printed board fixing hole of the lower case.

3) Pull the upper part of the lower case rightward and leftward, detach the printed board from the fixing hole, and then, pull

it out slowly.

(2) How to mount the printed circuit board

To mount the printed circuit board, reverse the order of removal described in (1).

Notes:

Before mounting/removing the upper cover or handling the printed circuit board, be sure to eliminate static electricity.

Page 54

App.2-1

Appendix 2 Circuit Isolation Block Diagram

Appendix 2-1 Analog Input Unit NA0AX06-MR

Appendix 2-2 Analog Output Unit NA0AY02-MR

Page 55

App.2-2

Appendix 2 Circuit Isolation Block Diagram

Appendix 2-3 Analog Input/Output Unit NA0AW06-MR

Appendix 2-4 Thermocouple Input Unit NA0AX02-TC/NA0AX06-TC

Page 56

App.2-3

Appendix 2 Circuit Isolation Block Diagram

Appendix 2-5 Thermocouple Input Unit NA0AX16-TC

Appendix 2-6 Resistance Thermometer Element Input Unit NA0AX06-PT

Page 57

Materials covered in this document are subject to revision due to the modication of the product.

Fuji Electric Co., Ltd.

Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome, Shinagawa-ku, Tokyo 141-0032, Japan

E-mail: micrex-sx@fujielectric.com URL: http://www.fujielectric.com/

Fuji Electric NA0AX06-MR, NA3AY02-MR, NA0AY02-MR, NA3AW03-MR, NA0AW06-MR User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual