NAiS FP Technical Manual

Programmable Controller

FP0 RTD Unit

Technical Manual

is a global brand name of Matsushita Electric Works.

BEFORE BEGINNING

Liability and Copyright for the Hardware

This manual and everything described in it are copyrighted. You may not copy this manual, in

whole or part, without written consent of Matsushita Electric Works (Europe) AG.

Matsushita Electric Works (Europe) AG pursues a policy of continuous improvement of the

design and performance of its products, therefore, we reserve the right to change the

manual/product without notice. In no event will Matsushita Electric Works (Europe) AG be

liable for direct, special, incidental, or consequential damage resulting from any defect in the

product or its documentation, even if advised of the possibility of such damages.

We invite your comments on this manual. Please email us at:

[email protected].

Please direct support matters and technical questions to your local Matsushita representative.

LIMITED WARRANTY

If physical defects caused by distribution are found, Matsushita Electric Works (Europe) AG

will replace/repair the product free of charge. Exceptions include:

• When physical defects are due to different usage/treatment of the product other than

described in the manual.

• When physical defects are due to defective equipment other than the distributed

product.

• When physical defects are due to modifications/repairs by someone other than

Matsushita Electric Works (Europe) AG.

• When physical defects are due to natural disasters.

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Important Symbols

One or more of the following symbols may be used in this manual:

WARNING

!

The warning triangle indicates especially important safety instructions. If they are not

adhered to, the results could be:

• fatal or critical injury and/or

• significant damage to instruments or their contents, e.g. data

NOTE

Contains important additional information.

EXAMPLE

Contains an illustrative example of the previous text section.

PROCEDURE

Indicates that a step-by-step procedure follows.

REFERENCE

Indicates where you can find additional information on the subject at hand.

ii

CAUTION

Indicates that you should proceed with caution.

KEY POINTS

Summarizes key points in a concise manner.

SHORTCUTS

Provides helpful keyboard shortcuts.

EXPLANATION

Provides brief explanation of a function, e.g. why or when you should use it.

iii

Table of Contents

FP0 RTD Unit

Table of Contents

BEFORE BEGINNING ......................................................................................i

LIMITED WARRANTY ......................................................................................i

Important Symbols .........................................................................................ii

Precautions Before Use ...............................................................................vii

1 Unit Outline.............................................................................................1

1.1 Functions ................................................................................................................ 1

1.2 Product Number .....................................................................................................1

1.3 Expansion Limit ...................................................................................................... 1

1.4 Part Names and Functions..................................................................................... 2

2 Input Range Setting Switch...................................................................4

3 Wiring......................................................................................................5

4 Conversion Characteristics ..................................................................6

4.1 Pt100 ......................................................................................................................6

4.2 Pt1000 .................................................................................................................... 8

4.3 Ni1000 .................................................................................................................. 10

4.4 Resistor ................................................................................................................12

5 I/O Allocation and Sample Programs ................................................. 14

5.1 I/O Numbers ......................................................................................................... 14

5.2 Programming with FPWIN Pro ............................................................................. 16

5.3 Programming with FPWIN GR .............................................................................17

5.3.1 RTD Types Pt100, Pt1000, Ni1000.......................................................... 17

5.3.2 RTD Type Resistor................................................................................... 18

v

Table of Contents

FP0 RTD Unit

6 When an Error Occurs.........................................................................20

6.1 Troubleshooting.................................................................................................... 20

6.2 Digital Value When Out Of Measuring Range...................................................... 20

7 Specifications.......................................................................................21

8 Dimensions...........................................................................................24

Index ..............................................................................................................25

Record of Changes.......................................................................................27

vi

Precautions Before Use

FP0 RTD Unitnit

Precautions Before Use

Accuracy

When extremely sensitive temperature data is required, use the temperature data obtained 15

minutes after turning ON the FP0 RTD unit. (The temperature data obtained in the first 15

minutes is, however, within the total accuracy range.)

A rapid temperature change in the FP0 RTD unit might change the temperature data

temporarily.

A draft (air) created e.g. by a cooling fan built into the control panel and blowing on the FP0

RTD unit will lower accuracy. Avoid any kind of draft.

Programming

Between power ON and the first valid conversion data, the digital value will be 8191 or 16383.

When programming, be sure not to use the data obtained during this period.

When the RTD is broken, the digital value will change to 8191 or 16383. When programming

avoid any risks resulting from a broken RTD. A broken RTD needs to be replaced.

vii

FP0 RTD Unit

Unit Outline

1 Unit Outline

1.1 Functions

RTD input unit for the FP0/FPΣ control unit.

The temperature data obtained using the RTD (Resistance Temperature Detector) is
converted to the digital value to be read into the FP0/ FPΣ control unit.

Available RTD types

Pt100 (to IEC751), Pt1000 (to IEC751), Ni1000 (to DIN43760), and Resistor.

Temperature measurement ranges available

RTD

Type

Pt100 -200.0 … +500.0 -80.00 … +80.00 -328.0 … +800.0 -80.00 … +80.00

Pt1000 -200.0 … +300.0 -80.00 … +80.00 -328.0 … +572.0 -80.00 … +80.00

Ni1000 -30.0 … +150.0 -30.00 … +80.00 -22.0 … +302.0 -22.00 … +80.00

Resolution 0.1K Resolution 0.01K Resolution 0.1°F Resolution 0.01°F

°C °F

Resistor measurement ranges available

RTD

Type

Resistor 20 … +2200 20.0 … 1630.0

Resolution 1 Ω Resolution 0.1 Ω

Ω

Conversion to degrees Celsius or degrees Fahrenheit possible

The temperature data measured using the sensor is converted to degrees Celsius or degrees
Fahrenheit inside the FP0 RTD unit.

Broken-RTD detector attached

A broken RTD can be detected.

1.2 Product Number

Product name RTD input points Product number Part number

FP0 RTD unit 6 points FP0RTD6 AFP0430

1.3 Expansion Limit

Number

Up to 3 expansion units can be connected to the control unit.

Position

Always install the FP0 RTD unit the farthest to the right of the control unit.

1

Unit Outline

FP0 RTD Unit

REFERENCE

For further information, see page 14, I/O Allocation and Sample Programs.

1.4 Part Names and Functions

Left sideFront

1. Input range setting switch

DIP switches to change between the input ranges (RTD types).

REFERENCE

For further information, see page 4, Input Range Setting Switch

2. RTD input terminal block (9-pin)

Manufactured by Phoenix Contact Co. Model No: MC1.5/9-ST-3.5 (Product No.: 1840434).

Suitable wires

Size Nominal cross-sectional area

AWG# 28 to 16 0.08 mm2 to 1.25mm

REFERENCE

FP0 Hardware Manual “Wiring the Terminal Type”
FP∑ User’s Manual “Wiring of Terminal Block Type”

2

2

FP0 RTD Unit

3. Expansion connector

Connects the expansion unit to the internal circuit of the control unit.

Unit Outline

REFERENCE

FP0 Hardware Manual: “Expansion I/O Units”
FP∑User’s Manual: “Expansion”

4. DIN rail attachment lever (one-touch hook)

The unit can be installed to the DIN rail by one-touch operation. The one-touch hook is also
used for installing the unit to the FP0 Slim Type Mounting Plate (AFP0803).

5. Expansion hook

Used to secure expansion units.

3

Input Range Setting Switch

2 Input Range Setting Switch

Input range setting switch

ON

OFF

1

MODE

2
3
4
5

FP0 RTD Unit

NOTE

The following switch settings are read once when the control unit is turned ON.
Changes will not be reflected if they are performed while the control unit is
turned ON.

Input range setting switch

OFF ON OFF ON OFF ON OFF ON

MODE SW 1
2

CH0, CH1, CH2 Pt100 Pt1000 Ni1000 Resistor

OFF ON OFF ON OFF ON OFF ON

MODE SW 3
4

CH3, CH4, CH5 Pt100 Pt1000 Ni1000 Resistor

OFF ON OFF ON

MODE SW 5

Sampling cycle 0.1s 1s

4

FP0 RTD Unit

3 Wiring

Wiring method

Wiring

Input line wiring

NOTE

Keep a distance of more than 100mm between the input line and the power
line/high-voltage line.

RTD

5

Conversion Characteristics

Converted

value

Converted

value

4 Conversion Characteristics

FP0 RTD Unit

NOTE

The measurement range available for degrees Celsius is larger than for degrees
Fahrenheit as the digital value (temperature value displayed) for °F is higher
than the one for °C.

4.1 Pt100

Input range:-200.0°C to 500.0°C/-328.0°F to 800.0°F, resolution: 0.1K/0.1°F

Input value

Input value

Correspondence table for A/D conversion values

Analog input
value (°C)

-200.0 -2000 -328.0 -3280

+500.0 +5000 +800.0 +8000

Digital output
value

Analog input
value (°F)

Digital output
value

Processing if the input value range is exceeded

Analog input
value (°C)

-200.1 or less -328.1 or less

+500.1 or more +800.1 or more

RTD broken

6

Digital output
value

8191

RTD broken

Analog input
value (°F)

Digital output
value

8191

FP0 RTD Unit

Converted

value

Conversion Characteristics

Input range:-80.00°C to 80.00°C/-80.00°F to 80.00°F, resolution: 0.01K/0.01°F

Input value

Correspondence table for A/D conversion values

Analog input
value (°C)

-80.00 -8000 -80.00 -8000

+80.00 +8000 +80.00 +8000

Digital output
value

Analog input
value (°F)

Digital output
value

Processing if the input value range is exceeded

Analog input
value (°C)

-80.01 or less -80.01 or less

+80.01 or more +80.01 or more

RTD broken

Digital output
value

8191

RTD broken

Analog input
value (°F)

Digital output
value

8191

7

Conversion Characteristics

Converted

value

Converted

value

FP0 RTD Unit

4.2 Pt1000

Input range: -200.0°C to 300.0°C/-328.0°F to 572.0°F, resolution: 0.1K/0.1°F

Input value

Input value

Correspondence table for A/D conversion values

Analog input
value (°C)

-200.0 -2000 -328.0 -3280

+300.0 +3000 +572.0 +5720

Digital output
value

Analog input
value (°F)

Digital output
value

Processing if the input value range is exceeded

Analog input
value (°C)

-200.1 or less -328.1 or less

+300.1 or more +572.1 or more

RTD broken

Digital output
value

8191

RTD broken

Analog input
value (°F)

Digital output
value

8191

8

FP0 RTD Unit

Converted

value

Conversion Characteristics

Input range: -80.00°C to 80.00°C/-80.00°F to 80.00°F, resolution: 0.01K/0.01°F

Input value

Correspondence table for A/D conversion values

Analog input
value (°C)

-80.00 -8000 -80.00 -8000

+80.00 +8000 +80.00 +8000

Digital output
value

Analog input
value (°F)

Digital output
value

Processing if the input value range is exceeded

Analog input
value (°C)

-80.01 or less -80.01 or less

+80.01 or more +80.01 or more

RTD broken

Digital output
value

8191

RTD broken

Analog input
value (°F)

Digital output
value

8191

9

Conversion Characteristics

Converted

value

Converted

value

FP0 RTD Unit

4.3 Ni1000

Input range: -30.0°C to 150.0°C/-22.0°F to 302.0°F), resolution: 0.1K/0.1°F

Input value

Input value

Correspondence table for A/D conversion values

Analog input
value (°C)

-30.0 -300 -22.0 -220

+150.0 +1500 +302.0 +3020

Digital output
value

Analog input
value (°F)

Digital output
value

Processing if the input value range is exceeded

Analog input
value (°C)

-30.1 or less -22.1 or less

+150.1 or more +302.1 or more

RTD broken

Digital output
value

8191

RTD broken

Analog input
value (°F)

Digital output
value

8191

10

FP0 RTD Unit

Converted

value

Converted

value

Conversion Characteristics

Input range: -30.00°C to 80.00°C/-22.00°F to 80.00°F, resolution: 0.01K/0.01°F

Input value

Input value

Correspondence table for A/D conversion values

Analog input
value (°C)

-30.00 -3000 -22.00 -2200

+80.00 +8000 +80.00 +8000

Digital output
value

Analog input
value (°F)

Digital output
value

Processing if the input value range is exceeded

Analog input
value (°C)

-30.01 or less -22.01 or less

+80.01 or more +80.01 or more

RTD broken

Digital output
value

8191

RTD broken

Analog input
value (°F)

Digital output
value

8191

11

Conversion Characteristics

Converted

value

4.4 Resistor

Input range: 20Ω to 2200Ω, resolution: 1Ω

FP0 RTD Unit

Input value

(Ω)

Correspondence table for A/D conversion values

Analog input
value (Ω)

+20 +20

+2200 +2200

Digital output
value

Processing if the input value range is exceeded

Analog input
value (Ω)

+19 or less

+2201 or more

Resistor broken

Digital output
value

16383

12

FP0 RTD Unit

Converted

value

Input range: 20.0Ω to 163.0Ω, resolution: 0.1Ω

(Ω)

Input value

Correspondence table for A/D conversion values

Analog input
value (Ω)

+20.0 +200

+1630.0 +16300

Digital output
value

Conversion Characteristics

Processing if the input value range is exceeded

Analog input
value (Ω)

+19.9 or less

+1630.1 or more

Resistor broken

Digital output
value

16383

13

I/O Allocation and Sample Programs

FP0 RTD Unit

5 I/O Allocation and Sample Programs

5.1 I/O Numbers

Up to three expansion units including the FP0 RTD unit can be connected to the CPU (2
words [2x16 bits] are assigned to each WX and WY).

I/O Numbers

FP0/FPΣ CPU

Expansion unit

1 2 3

WY3, WY5, and WY7 are allocated but not used.

NOTES

• Always install the FP0 RTD unit the farthest to the right of the control unit.

• With 3 expansion units, one of which being the FP0 RTD unit, mount the

FP0 RTD unit in the place of expansion unit no. 3.

• With 3 expansion units, two of which being FP0 RTD units, mount the FP0

RTD units in the places of expansion units no. 2 and no. 3.

With the setup illustrated above, the I/O data is allocated as in the table below.

Expansion Unit No.1 Expansion Unit No.2 Expansion Unit No.3

RTD input
channel

RTD output

CH0, 2, 4

CH1, 3, 5

WX2 WX4 WX6

WX3 WX5 WX7

WY2 WY4 WY6

14

FP0 RTD Unit

EXAMPLE

The converted digital data is assigned to WX2 and WX3 when the FP0 RTD unit
is installed as expansion unit no. 1.

I/O Allocation and Sample Programs

Converted data for CH1, 3, and 5
(signed 14-bit data)

Conversion data switch flag

Converted data for CH0, 2, and 4
(signed 16-bit data)

A1 A0 WX3 WX2

0 0 CH1 data CH0 data

0 1 CH3 data CH2 data

1 0 CH5 data CH4 data

Unused

For assignment, see table below

Assignment of outputs Y20…Y27

.

Off On

Y20

Y21

Y22

Y23

Y24

Y25

Y26

Y27

Y28…Y2F

°C °F

CH0: 0.1°C/°F CH0: 0.01°C/°F

CH1: 0.1°C/°F CH1: 0.01°C/°F

CH2: 0.1°C/°F CH2: 0.01°C/°F

CH3: 0.1°C/°F CH3: 0.01°C/°F

CH4: 0.1°C/°F CH4: 0.01°C/°F

CH5: 0.1°C/°F CH5: 0.01°C/°F

Always off Always off

Unused

15

I/O Allocation and Sample Programs

FP0 RTD Unit

5.2 Programming with FPWIN Pro

Control FPWIN Pro provides the convenient function block “Read_RTD6” to read data from
the input channels. It can be used by the FP0 RTD unit for all RTD types (Pt100, Pt1000,
Ni1000, and Resistor).

You may download it free of charge from Matsushita Electric Work (Europe) AG’s website at:

www.mew-europe.com.

Figure 1: Function block Read_RTD6

NOTES

Select a data range with or without sign for Switch1 and Switch2:

Switch1,2 = FALSE: Pt100, Pt1000, Ni1000 (with sign)
Switch1,2 = TRUE: Resistor (without sign)

16

FP0 RTD Unit

I/O Allocation and Sample Programs

5.3 Programming with FPWIN GR

5.3.1 RTD Types Pt100, Pt1000, Ni1000

Ladder program to read data from input channels

This program shows you how to store temperature data for CH0 to CH5 of the FP0 RTD unit
installed as expansion unit no.1 in data registers DT0 to DT5.

EXAMPLE

REFERENCE

For further information, see page 14, I/O Allocation and Sample Programs.

Conversion data switch flag

When transferring the data from the FP0 RTD unit to the control unit, it is converted to 32-bit
data including the channel information. Data for WX2 can be used as is, but the following
procedure is required for WX3 data since its higher 2 bits are used as a conversion data
switch flag.

PROCEDURE

1. When temperature data is negative, the data is automatically represented as
two's complement of WX2 and WX3: bit F of WX2 and bit D of WX3 will be
“1”.

2. The higher 2 bits of WX3 are used as conversion data switch flag. After
saving the channel information, the conversion data switch flag needs to be
masked. Mask the data with "00” when the conversion data is positive and
with “11” when it is negative.

17

I/O Allocation and Sample Programs

FP0 RTD Unit

Data for CH3 WX3

1 0100000000000001 → 0000000000000001

-1 0111111111111111 → 1111111111111111

Bit D: recognizes
positive or negative

Conversion data switch flag

→

Data after masking

NOTE

X3D, X3E, X3F, WX2 and WX3 may be different, depending on where the FP0
RTD unit is installed.

5.3.2 RTD Type Resistor

Ladder program to read data from input channels

This program shows you how to store temperature data for CH0 to CH5 of the FP0 RTD unit
installed as expansion unit no.1 in data registers DT0 to DT5.

EXAMPLE

18

REFERENCE

For further information, see page 14, I/O Allocation and Sample Programs.

FP0 RTD Unit

I/O Allocation and Sample Programs

Conversion data switch flag

When transferring the data from the FP0 RTD unit to the control unit, it is converted to 32-bit
data including the channel information. Data for WX2 can be used as is, but the following
procedure is required for WX3 data since its higher 2 bits are used as a conversion data
switch flag.

PROCEDURE

1. As resistor data is only positive, handle the complete data of bit 0 to bit F
for WX2 and bit 0 to bit D for WX3 as the resistance value.

2. The higher 2 bits for WX3 are used as conversion data switch flag. After
saving the channel information, the conversion data switch flag needs to be
masked. Mask the data using “00” as the conversion data is positive.

Data for CH3 WX3

1 0100000000000001 → 0000000000000001

Conversion data switch flag

→

Data after masking

NOTE

X3E, X3F, WX2 and WX3 may be different, depending on where the FP0 RTD
unit is installed.

19

When an Error Occurs

6 When an Error Occurs

6.1 Troubleshooting

FP0 RTD Unit

PROCEDURE

1. Check whether the input signal lines are connected properly.

When the RTD is not connected properly or broken, K8191 is displayed for RTD
types Pt100, Pt1000, and Ni1000. K16383 is displayed for the RTD type Resistor.

2. Check whether the input range setting switch is set properly.

It specifies the allowed temperature range and the RTD type.

3. Use the programs described above.

REFERENCE

For further information, see page 4, Input Range Setting Switch and page 14, I/O
Allocation and Sample Programs.

6.2 Digital Value When Out Of Measuring Range

When the input of the FP0 RTD unit is out of the measuring range, the following digital values
are displayed:

Pt100 [°C/°F] Pt1000 [°C/°F] Ni1000 [°C/°F]

Resolution [K/°F] 0.1 0.01 0.1 0.01 0.1 0.01 1 0.1

Temperature measured
> upper-limit

Temperature measured
< lower-limit

RTD connected
improperly or broken

8191 16383

Resistor [Ω]

20

FP0 RTD Unit

7 Specifications

General specifications

Parameter Specifications

Increase of current
consumption in
control unit

Operating
temperature

Storage
temperature

Operating humidity

Storage humidity

Vibration
resistance

Shock resistance

Noise immunity

Operating
conditions

Weight

25mA or less (24V DC)

0°C to +55°C

-20°C to +70°C

30%RH to 85%RH (no condensing)

30%RH to 85%RH (no condensing)

10Hz to 55Hz, 1 cycle/min: double amplitude of 75mm for 10 min. on 3 axes (toward
X, Y and Z directions)

98m/s2 for 4 times on 3 axes (toward X, Y and Z directions)

1000V [P-P] with pulse widths 50ns and 1µs (using noise simulator)

Free from corrosive gases and excessive dust.

Approx. 75g

Specifications

Input specifications

Parameter Specification

Input channels

Input range

Up to 6 channels per unit

Resolution 0.1

Pt100

Resolution 0.01

Resolution 0.1

Pt1000

Resolution 0.01

Resolution 0.1

Ni1000

Resolution 0.01

Resistor

Resolution 1

Resolution 0.1

-200.0°C to 500.0°C

-328.0°F to 800.0°F (see note 1)

-80.00°C to 80.00°C

-80.00°F to 80.00°F (see note 1)

-200.0°C to 300.0°C

-328.0°F to 572.0°F (see note 1)

-80.00°C to 80.00°C

-80.00°F to 80.00°F (see note 1)

-30.0°C to 150.0°C

-22.0°F to 302.0°F (see note 1)

-30.00°C to 80.00°C

-22.00°F to 80.00°F (see note 1)

20Ω to 2200Ω

20.0Ω to 1630.0Ω

21

Specifications

FP0 RTD Unit

Parameter Specification

Digital output

Resolution

Sampling cycle

Accuracy

Insulation

Resolution 0.1

Pt100

Resolution 0.01

Resolution 0.1

Pt1000

Resolution 0.01

Resolution 0.1

Ni1000

Resolution 0.01

Resistor

When out of range or RTD is broken: 8191 or 16383 (see note 2)
Until temperature can be measured at initial startup: see note 3

0.1K/°F, 0.01K/°F

0.1 or 1s for all channels (see note 4)

Pt100

Pt1000

Ni1000

Resistor

none

Resolution 1

Resolution 0.1

Cycle 1s

Cycle 0.1s Whole temp. range 0.5%/3.5K

Cycle 1s

Cycle 0.1s Whole temp. range 0.5%/2.5K

Cycle 1s Whole temp. range 1K

Cycle 0.1s Whole temp. range 2K

Cycle 1s Whole temp. range

Cycle 0.1s Whole temp. range

-200.0 to 500.0°C:

-328.0 to 800.0°F:

-80.00 to 80.00°C:

-80.00 to 80.00°F:

-200.0 to 300.0°C:

-328.0 to 572.0°F:

-80.00 to 80.00°C:

-80.00 to 80.00°F:

-30.0 to 150.0°C:

-22.0 to 302.0°F:

-30.00 to 80.00°C:

-22.00 to 80.00°F:

20 to 2200Ω:

20.0Ω to 1630.0Ω:

Ambient temp.: 25°C 0.3K (-10°C to +30°C)

Whole temp. range 0.35%/2.5K

Ambient temp.: 25°C 0.3K (-10°C to +30°C)

Whole temp. range 0.35%/1.7K

-2000 to 5000

-3280 to 8000

-8000 to 8000

-8000 to 8000

-2000 to 3000

-3280 to 5720

-8000 to 8000

-8000 to 8000

-300 to 1500

-220 to 3020

-3000 to 8000

-2200 to 8000

20 to 2200

200 to 16300

0.2%/1.4K (-200°C to +500°C)

0.2%/1.0K (-200°C to +300°C)

1Ω (20 to 2200Ω)

2Ω (20 to 2200Ω)

method

Input/output
points

Input 32 points:

Output 8 + 24 points (reserved)

16 points for WX2, 4, 6 Analog input CH0, 2, 4 (WX2)

(see notes 5 and 6)

16 points for WX3, 5, 7 Analog input CH1, 3, 5 (WX3)

(see notes 5 and 6)

22

NOTES

1. The measurement range available for degrees Celsius is larger than
for degrees Fahrenheit as the digital value (temperature value
displayed) for °F is higher than the one for °C.

2. When the RTD is broken, the digital value will change to 8191 or

16383. Use a program to avoid risks resulting from a broken RTD. A
broken RTD needs to be replaced.

FP0 RTD Unit

3. Until conversion data is ready after the initial startup, the digital
value shows 8191 or 16383. These are not temperature data. Program
in such a way that these values are not interpreted as temperature
data.

4. These are the settings of the input channel selection switch.

5. The control unit reads data from 2 channels in one scan. Read data
by using the programs described above.

6. This address applies when the FP0 RTD unit is installed as
expansion unit no. 1.

Block diagram

FP0/FPΣ

CPU

24V DC
(increased
amount: max. 25mA)

Bus

+5V

I/F

FP0-RTD6 unit

Analog

input

circuit

PhotoMos

relay channel

switch circuit

Specifications

CH0

to

CH5

23

Dimensions

8 Dimensions

FP0 RTD Unit

24

FP0 RTD Unit

Index

A

A/D conversion values...... See Conversion

characteristics

Accuracy ........................................... vii, 22

Addresses...............................................14

Index

Input channels ..................................14, 21

Input range..............................................21

Input range setting switch.....................2, 4

Input/output points ..................................22

Insulation method ...................................22

M

B

Block diagram .........................................23

Broken-RTD detector.......................... 1, 23

C

Celsius ......................................................1

Conversion characteristics

Ni1000 ...............................................10

Pt100 ...................................................6

Pt1000 .................................................8

Resistor..............................................12

Conversion data switch flag..............15, 17

Current consumption increase................ 21

D

Digital output...........................................22

Dimensions .............................................24

DIN rail attachment lever ..........................3

E

Expansion ...........................................1, 14

Expansion connector ................................3

Expansion hook ........................................ 3

F

Fahrenheit................................................. 1

FPWIN GR

Programming .....................................17

FPWIN Pro

Programming .....................................16

Function block.........................................16

I

I/O allocation...........................................14

I/O numbers ............................................ 14

Masking ..................................................18

Measurement ranges................................ 1

Mode switch..............................................4

N

Ni1000

Conversion characteristics ................10

Measurement range ............................1

Noise immunity ....................................... 21

O

Operating conditions............................... 21

Operating humidity..................................21

Operating temperature ...........................21

Output assignments................................ 15

P

Product number ........................................ 1

Programming

FPWIN GR......................................... 17

FPWIN Pro ........................................16

Pt100

Conversion characteristics ..................6

Measurement range ............................1

Pt1000

Conversion characteristics ..................8

Measurement range ............................1

R

Read_RTD6............................................16

Resistor

Conversion characteristics ................12

Measurement range ............................1

Resolution...............................................22

RTD types.................................................1

25

Index

S

FP0 RTD Unit

V

Sampling cycle........................................22

Shock resistance ....................................21

Specifications..........................................21

Storage humidity.....................................21

Storage temperature............................... 21

T

Troubleshooting ...................................... 20

Vibration resistance ................................21

W

Weight..................................................... 21

Wires......................................................... 2

Wiring........................................................ 5

26

Record of Changes

Manual No. Date Description of Changes

ACGM0159V10END SEPT. 2004 First Edition

GLOBAL NETWORK

North America Europe Asia Pacific China Japan

Aromat
Corporation

Matsushita
Electric Works

Europe

H Europe Matsushita Electric Works (Europe) AG

H Austria Matsushita Electric Works Austria GmbH

H Benelux Matsushita Electric Works Benelux B. V.

H France Matsushita Electric Works France S.A.R.L.

H Germany Matsushita Electric Works Deutschland GmbH

H Ireland Matsushita Electric Works UK Ltd. Irish Branch Office

H Italy Matsushita Electric Works Italia s.r.l.

H Portugal Matsushita Electric Works Portugal España S.A. Portuguese Branch Office

H Scandinavia Matsushita Electric Works Scandinavia AB

H Spain Matsushita Electric Works España S.A.

H Switzerland Matsushita Electric Works Schweiz AG

H UK Matsushita Electric Works UK Ltd.

Rudolf–Diesel–Ring 2, D–83607 Holzkirchen, Tel. [phone], Fax [phone], www.mew–europe.com

Josef Madersperger Straße 2, A-2362 Biedermannsdorf, Austria, Tel. [phone], Fax [phone], www.matsushita.at

De Rijn 4, (Postbus 211), 5684 PJ Best, (5680 AE Best), Netherlands, Tel. [phone], Fax [phone], www.matsushita.nl,
www.matsushita.be

B.P. 44, F-91371 Verrières le Buisson CEDEX, France, Tél. [phone], Fax [phone], www.matsushita–france.fr

Rudolf–Diesel–Ring 2, 83607 Holzkirchen, Germany, Tel. [phone], Fax [phone], www.matsushita.de

Waverley, Old Naas Road, Bluebell, Dublin 12, Republic of Ireland, Tel. [phone], Fax [phone], www.matsushita.ie

Via del Commercio 3-5 (Z.I. Ferlina), I-37012 Bussolengo (VR), Italy, Tel. [phone], Fax [phone], www.matsushita.it

Avda Adelino Amaro da Costa 728 R/C J, 2750-277 Cascais, Portugal, Tel. [phone], Fax [phone] www.matsushita.es

Sjöängsvägen 10, 19272 Sollentuna, Sweden, Tel. [phone], Fax [phone], www.matsushita.se

Parque Empresarial Barajas, San Severo, 20, 28042 Madrid, España, Tel. [phone], Fax [phone], www.matsushita.es

Grundstrasse 8, CH-6343 Rotkreuz, Switzerland, Tel. [phone], Fax [phone], www.matsushita.ch

Sunrise Parkway, Linford Wood East, Milton Keynes, MK14 6LF, England, Tel. [phone], Fax [phone],
www.matsushita.co.uk

North & South America

H USA Aromat Corporation Head Office USA

629 Central Avenue, New Providence, N.J. 07974, USA, Tel. [phone], Fax [phone], www.aromat.com

Asia

H China Matsushita Electric Works, Ltd. China Office

H Hong Kong Matsushita Electric Works Ltd. Hong Kong

H Japan Matsushita Electric Works Ltd. Automation Controls Group

H Singapore Matsushita Electric Works (Asia Pacific) Pte. Ltd.

2013, Beijing Fortune, Building 5, Dong San Huan Bei Lu, Chaoyang District, Beijing, China, Tel. [phone],
Fax [phone]

Rm1601, 16/F, Tower 2, The Gateway, 25 Canton Road, Tsimshatsui, Kowloon, Hong Kong, Tel. [phone], Fax [phone]

1048 Kadoma, Kadoma–shi, Osaka 571–8686, Japan, Tel. [phone], Fax [phone], www.mew.co.jp/e–acg/

101 Thomson Road, #25–03/05, United Square, Singapore 307591,Tel. [phone], Fax [phone]

Matsushita
Electric Works

Matsushita
Electric Works

Matsushita
Electric Works Ltd.
Automation Controls
Group

COPYRIGHT E 2004 All Rights Reserved ARCT1F0000ABC V1.x 12/99

Specifications are subject to change without notice. Printed in Europe

ACGM0159V1.0END 9/2004