Description of front panel, Setting parameters, List of parameters – Yokogawa JUXTA VJSS User Manual

Page 3: 1 front panel, 2 connector for communication

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IM 77J01S11-01E 2nd Edition Mar, 02. 2012-00

4. DESCRIPTION OF FRONT PANEL

4.1 Front Panel

The communications connector in the front panel is used for

setting up parameters through a PC (VJ77 PC-based Parameters

Setting Tool) or the Handy Terminal.

Connector for

communication

4.2 Connector for Communication

Use the connector for communication when setting the

parameters using a PC (VJ77 Parameters Setting Tool) or the

Handy Terminal

How to connect with the setting tool

Modular jack conversion

adapter (E9786WH)

[Provided with VJ77]

JHT200

Handy Terminal

JUXTA communication cable

with 5-pin connector (F9182EE)

[Provided with VJ77 and JHT200]

Dedicated adapter (E9789HA)

[Provided with VJ77]

PC which is installed

with the VJ77

Dedicated cable (E9786WK)

[Provided with VJ77]

• Use the VJ77 of version R1.04 or later.

• The modular jack conversion adapter does not come with the

JHT200 Handy Terminal. It is sold separately.

5. SETTING PARAMETERS

Set the parameters using a PC (VJ77 Parameter Setting Tool) or

the Handy Terminal. Refer to

“6. LIST OF PARAMETERS” in this

manual and the User’s Manual for VJ77 PC-based Parameters

Setting Tool (IM 77J01J77-01E) or the User’s Manual for JHT200

Handy Terminal (IM JF81-02E). Parameters are indicated inside

the

[ ].

Setting High Selector/Low Selector

Set the high selector or low selector in the fixed constant

[H01:CONST].

High selector: H01=100.0

Low selector: H01=0.000

Note

Do not change the parameter set value of the other

than above.

6. LIST OF PARAMETERS

Parameter Display

Item

MODEL

Model

TAG NO

Tag No.

SELF CHK

Self-check result

A

DISPLAY1

Display 1

*1

A01

INPUT1

Input value 1

A02

INPUT2

Input value 2

A05

OUTPUT1

Output value 1

A06

OUTPUT2

Output value 2

A11

T1

Temporary memory 1

A12

T2

Temporary memory 2

A13

T3

Temporary memory 3

A14

T4

Temporary memory 4

A15

DI

Digital input

A16

DO

Digital output

A17

LOAD

Load factor

A54

STATUS

Status

*2

A56

REV NO

REV No.

A58

MENU REV

MENU REV

A60

SELF CHK

Self-check result

B

DISPLAY2

Display2

*1

B01

INPUT1

Input value 1

B02

INPUT2

Input value 2

B05

OUTPUT1

Output value 1

B06

OUTPUT2

Output value 2

B11

T1

Temporary memory 1

B12

T2

Temporary memory 2

B13

T3

Temporary memory 3

B14

T4

Temporary memory 4

B15

DI

Digital input

B16

DO

Digital output

B17

LOAD

Load factor

B60

SELF CHK

Self-check result

D

SET (I/O)

Setting (I/O)

*1

D01

TAG NO.1

Tag No.-1

D02

TAG NO.2

Tag No.-2

D03

COMMENT1

Comment-1

D04

COMMENT2

Comment-2

D20

INP TYPE

Input type

*3

D22

IN RESIST

Input resistor

*3

D27

INPUT1 L_RNG

Input-1 low range

*3

D28

INPUT1 H_RNG

Input-1 high range

*3

D29

INPUT2 L_RNG

Input-2 low range

*3

D30

INPUT2 H_RNG

Input-2 high range

*3

D38

OUT1 L_RNG

Output-1 low range

*3

D39

OUT1 H_RNG

Output-1 high range

*3

D40

OUT2 L_RNG

Output-2 low range

*3

D41

OUT2 H_RNG

Output-2 high range

*3

D46

PRGM SELECT

Program selection

*3

D47

CYCLE TIME

Computation cycle

*3

D60

SELF CHK

Self-check result

G

PROGRAM

Program

G01

PROGRAM

Program

*3

G02

PROGRAM

Program

*3

*3

G59

PROGRAM

Program

*3

G60

SELF CHK

Self-check result

H

CONST

Fixed constant

H01

CONST

Fixed constant

H02

CONST

Fixed constant

*3

*3

H59

CONST

Fixed constant

*3

H60

SELF CHK

Self-check result

P

ADJUST

Adjustment

P08

IN1 ZERO ADJ

Input-1 zero adjustment

P09

IN1 SPAN ADJ

Input-1 span adjustment

P10

IN2 ZERO ADJ

Input-2 zero adjustment

P11

IN2 SPAN ADJ

Input-2 span adjustment

P26

OUT1ZERO ADJ

Output-1 zero adjustment

P27

OUT1SPAN ADJ

Output-1 span adjustment

P28

OUT2ZERO ADJ

Output-2 zero adjustment

P29

OUT2SPAN ADJ

Output-2 span adjustment

P60

SELF CHK

Self-check result

Q

TEST

Test

Q03

OUT1 TEST

Forced output-1

Q04

OUT2 TEST

Forced output-2

Q60

SELF CHK

Self-check result

*1 The displayed status is to let the service staff know the past

records of the product.

*2 There are items not displayed depending on what output-2 is

specified.

*3 The parameters are the items to be set at the factory.

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