MODEL: AD3V

AD3V SPECIFICATIONS

ES-1389 Rev.24 Page 4/9

https://www.m-system.co.jp/

ITEM

MDF.

CODE

DATA

CONTENTS

DEFAULT

P/L

N/A

-9999 – 9999

(-FFFF – FFFF)

Output display in engineering unit with ITEM 01 DATA 1 (as set in ITEM 06/07)

Loop test output with ITEM 01 DATA 2 (‘L’ is indicated as ITEM No.)

BCD or binary (with polarity), offset binary, two’s complement, re ected binary

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01

1, 2, 3

Modi cation code

1 : Data indication only.

2 : All parameters are modi able.

3 : Only ITEM 24 is modi able.

1

02

N/A

0 – 99

Status indication (“0” is normally indicated.)

0: Normal

1: Memory error

10: Out of input range -15 – +115%

0

03

N/A

-15.0 – 115.0

Input indicated in % (of the range set in ITEM 22/23)

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04

05

2

2

-99.99 – 99.99

-99.99 – 99.99

Zero adjustment (%) ( ne adj. of the value set in ITEM 22)

Span adjustment (%) ( ne adj. of the value set in ITEM 23)

0.00

0.00

06

07

2

2

-9999 – 9999

-9999 – 9999

BCD

Display range scaling 0% *

1

Display range scaling 100% *

1

-1000

1000

06

07

2

2

-7FFF – 7FFF

-7FFF – 7FFF

Binary

Display range scaling 0% *

1

Display range scaling 100% *

1

-7FFF

7FFF

06

07

2

2

0000 – FFFF

0000 – FFFF

Offset binary

Display range scaling 0% *

1

Display range scaling 100% *

1

0000

FFFF

06

07

2

2

8000 – 7FFF

8000 – 7FFF

Two’s complement

Display range scaling 0% *

1

Display range scaling 100% *

1

8000

7FFF

06

07

2

2

0000 – FFFF

0000 – FFFF

Re ected binary

Display range scaling 0% *

1

Display range scaling 100% *

1

0000

FFFF

08

2

0 – 99

Power ON-delay time (seconds)

5

09

2

0, 1, 2, 3, 4

Display code

0 : BCD with polarity (decimal)

1 : Binary with polarity

2 : Offset binary

3 : Two’s complement

4 : Re ected binary

0

10

2

0, 1, 2, 3, 4

Available number of bits

0: 16 bits

1: 14 bits

2: 12 bits

3: 10 bits

4: 8 bits

0

11

2

0, 1, 2

Parity check

0: Disable

1: Enable Parity per each digit

2: Enable Parity for all digits

0

12

2

0, 1

Odd or even parity (Checking the number of High in the output)

0 : Odd (CMOS level, open collector (PNP) ),

Even (open collector (NPN) )

1 : Even (CMOS level, open collector (PNP) ),

Odd (open collector (NPN) )

0

13

2

0, 1

POL, OVF output logic

0 : Data available at High (CMOS level) or ON (open collector)

1 : Data available at Low (CMOS level) or OFF (open collector)

0

14

2

0, 1

Data output logic *

2

0 : Positive (CMOS level, open collector (PNP) ),

Negative (open collector (NPN) )

1 : Negative (CMOS level, open collector (PNP) ),

Positive (open collector (NPN) )

0

15

2

0, 1

HOLD input logic

0 : HOLD at Low or shortcircuit

1 : HOLD at High or open circuit

0

16

2

0, 1

DAV output logic

0 : Data available at High (CMOS level) or ON (open collector)

1 : Data available at Low (CMOS level) or OFF (open collector)

0

17

2

1 – 50

DAV output time (msec.) selectable up to 50% of the Output Rate (ITEM 20)

1

18

2

0, 1, 2, 3, 4, 5

Moving average (10 msec./sampling)

0: No

1: 5 samples

2: 8 samples

3: 12 samples

4: 20 samples

5: 36 samples

1

19

2

0.0 – 60.0

Delay buffer (seconds, 0 – 90%)

* When setting to less than or equal to 0.1, response time is 0.15 seconds.

0.5

20

2

1 – 20

Output rate ‘n’ ratio (n : 1 – 20 times)

1

21

2

0, 1 – 60

Power-saving mode

0 : Continuous display

1 – 60 : Time before display turned off (minutes)

10

22

23

2

2

-1.00 – 1.00

-1.00 – 1.00

Input code S1

0% input voltage (V) *

3

100% input voltage (V) *

3

-1.00

1.00

22

23

2

2

-10.0 – 10.0

-10.0 – 10.0

Input code S2

0% input voltage (V) *

3

100% input voltage (V) *

3

-10.0

10.0

22

23

2

2

-30.0 – 30.0

-30.0 – 30.0

Input code S3

0% input voltage (V) *

3

100% input voltage (V) *

3

-30.0

30.0

22

23

2

2

0.0 – 50.0

0.0 – 50.0

Input code Z1

0% input current (mA) *

3

100% input current (mA) *

3

4.0

20.0

24

3

0, 1

Reset all settings

0

25

N/A

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ROM version

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*1. Of the range set in ITEM 04/05. ITEM 06 < ITEM 07.

*2. ITEM 13, 15 or 16 is independent from ITEM 14.

*3. ITEM 22 < ITEM 23.