Shinko HR-700 Instruction Manual

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Page 1

HYBRID RECORDER

HR-700

(DOT PRINTING TYPE)

INSTRUCTION MANUAL

Page 2

For safe use

Thank you for purchasing our HR-706 type Hybrid Recorder. In order for this instrument to function effectively and correctly, please read and underst a nd thi s instru ction manual thoroughly before using the instrument.

The symbols below are used on this instrument for the cautioning information.

Symbols used on the instrument

This indicates “Caution for handling”. Please refer to the instruction manual when handling parts with this symbol on it for protecting human body and the instrument.

This indicates “Protective grounding”. Be sure to provide protective grounding prior to the operation of this instrument.

This indicates “Risk of electric shock”. This symbol is used on the parts which have a risk of electric shock.

Be sure to observe the following warnings/cautions and those written in this

manual in order to secure safety when using this instrument.

WARNING

In order to prevent electric shock, be sure to disconnect this instrument from the main power source when wiring it.

(1) In order to prevent electric shock, be sure to provide protective grounding

prior to turning on this instrument.

(2) Do not cut a protective grounding conductor or disconnect protective

grounding.

(1) Make sure that the supply voltage for this instrument conforms to the

voltage of the supply source.

(2) Attach protective covers prior to turning on this instrument.

Do not operate this instrument in the environment where it is exposed to a combustible/explosive/corrosive gas or water/steam.

Provide input and output wiring after turning off the pow er.

General

Protective Grounding

Power Source

Working Environment

Input and Output Wiring

Page 3

CAUTION

Do not use unused terminals for other purposes such as relaying.

When transporting this instrument or the equipment with this instrument incorporated in it, take measures to prevent opening the door and falling out the inner module.

Do not touch the switches, etc. inside this instrument. Also, do not replace the main unit or printed circuit boards. When this is neglected, we cannot guarantee functioning of the instrument. Contact our dealer where you purchased the instrument, or our sales representative.

[Note]

(1) Deliver this instruction manual to an end user. (2) Prior to handling this instrument, be sure to read this manual. (3) If you have any questions on this manual or find any errors or omissions in

this manual, contact our sales representative. (4) After reading this manual, keep it carefully by the instrument. (5) When the manual is lost or stained, contact our sales representative. (6) It is prohibited to copy or reproduce this manual without our permission.

(1) When installing this instrument, put on a protective gear such as safety

shoes and helmet for safety. (2) Do not step on the installed instrument or get on it, because this is

dangerous.

Only our servicemen or engineers authorized by Shinko are allowed to remove and take the inner module, the main unit and printed circuit boa rds ap art.

(1) Dispose the replaced batteries in a correct way. (2) Do not incinerate plastics of maintenance parts and replacement parts.

A harmful gas may be produced.

(1) Use dry cloth to clean the surface of this instrument. (2) Do not use any organic solvent. (3) Clean the instrument after the power is turned off.

This instruction manual is subject to change without prior notice.

SAFETY PRECAUTIONS

• To ensure safe and correct use, thoroughly read and understand this manual before using this instrument.

• This instrument is intended to be used for industrial machinery, machine tools and measuring equipment. Verify correct usage after consulting purpose of use with our agency or main office. (Never use this instrument for medical purposes with which human lives are involved.)

• External protection devices such as protection equipment against excessive temperature rise, etc. must be installed,

as malfunction of this product could result in serious damage to the system or injury to personnel. Also proper periodic maintenance is required.

• This instrument must be used under the conditions and environment described in this manual. Shinko Technos Co., Ltd.

does not accept liability for any injury, loss of life or damage occurring due to the instrument being used under conditions not otherwise stated in this manual.

Caution with respect to Export Trade Control Ordinance

To avoid this instrument from being used as a component in, or as being utilized in the manufacture of weapons of mass destruction (i.e. military applications, military equipment, etc.), please investigate the end users and the final use of this instrument. In the case of resale, ensure that this instrument is not illegally exported.

Input and Output Wiring

Transportation

Inside of Instrument

Instruction manual

Maintenance

Disposal

Cleaning

Revisions

Installation

Page 4

Using this manual

1. Using this manual

This instruction manual consists of “For safe use”, “Contents” and “Chapter 1 to Chapter 11” as below. Please read the corresponding sections for your purpose to use this instrument.

Chapter and title

For purchase

and installation

For initial

setting and

setting change

For daily

operation

For

communication

For maintenance

and

troubleshooting

For safe use (page 1)

1. INTRODUCTION

2. CONSTRUCTION O O O O

3. INSTALLATION O

4. WIRING O O O O

5. PREPARATIONS FOR OPERATION

6. OPERATION O

7. DEVICE SETTING O O

8.COMMUNICATION

9. MAINTENANCE

10. TROUBLESHOOTING O

11. SPECIFICATIONS O O O

: Be sure to read this.

O: Be sure to read this if required.

The symbols below are used on the warning and cautioning information in this manual.

Symbols used in this manual

WARNING

Failure to observe this information could result in death or injury. Be sure to read this.

CAUTION

Failure to observe this information could damage the instrument. Be sure to read this.

[Note]

This is cautionary information for correct use of the instrument. Be sure to read this.

[Reference]

This is an information about the functions of this instrument for effective use.

2. Guide of Instruction manual

The instruction manuals of this instrument are as the table below.

Name Edition No. Outline

1 HR-700 Hybrid Recorder

(Multipoint type) instruction manual

No.HR71E

Explanation for installation, wiring, standard operation. Setting and operation for using this instrument.

HR-700 Hybrid Recorder Communication Command instruction manual

No.HR7CE

Explanation for reading and writing data of the recorder by communication function.

This manual

Page 5

CONTENTS

1. INTRODUCTION..............................................................6

1.1 Checking the Accessories.......................................................6

1.2 Checking the Model Type and Specifications........................ 7

1.3 T emporary S torage.................................................................. 8

1.4 Indication Card........................................................................8

2. CONSTRUCTION............................................................9

2.1 Appearance............................................................................. 9

2.2 Display Screen and Operation Keys.................................... 10

2.2.1 Display Screen ................................................................10

2.2.2 Operation Keys.................................................................11

3. INSTA LLATION..............................................................12

3.1 External dimensions

and panel cutout .................................................................... 12

3.2 Mounting to the Panel........................................................... 13

3.2.1 Procedure for Mounting to the Panel.............................. 13

3.2.2 Mounting to the Panel in compliance with the IP65.......14

4. WIRING ..........................................................................15

4.1 Terminal arrangement and Power Wiring.............................15

4.1.1 T erminal arrangement..................................................... 15

4.1.2 Power Wiring...................................................................15

4.1.3 Wiring Procedure............................................................. 16

4.2 Input Wiring............................................................................17

4.2.1 Wiring Procedure............................................................. 18

4.3 DI function/Alarm Output Wiring (Option)............................. 20

4.3.1 DI function/Alarm Output Wiring Example ..................... 20

4.3.2 Alarm Output Wiring Procedure...................................... 21

4.3.3 DI function Wiring Procedure..........................................21

4.4 Communication Wiring.......................................................... 22

4.4.1 RS-232C Wiring .............................................................. 22

4.4.2 RS-485 Wiring................................................................. 22

5. PREPA RATIONS FOR OPERATION ...........................23

5.1 Setting the Chart Paper ........................................................ 23

5.2 Setting the Ribbon Cassette................................................. 29

6. RUNNING.......................................................................31

6.1 Running .................................................................................31

6.1.1 Status after Initial Screen................................................ 31

6.2 Recording..............................................................................32

6.2.1 Recording Colors............................................................. 32

6.3 How to Record....................................................................... 32

6.3.1 Starting/S topping Recording .........................................32

6.3.2 Feeding the Chart Paper................................................. 32

6.3.3 Print Sample.................................................................... 33

6.4 Digital Print.............................................................................34

6.4.1 Manual Print.....................................................................34

6.4.2 List Print........................................................................... 35

6.4.3 Engineering List Print...................................................... 37

6.5 Changing the Display ........................................................39

6.5.1 Auto Display <

>...............................................39

6.5.2 Manual Display <

>.............................................. 39

6.5.3 Date Display <

> .............................................. 39

6.5.4 Time Display <

>.............................................. 39

6.5.5 Display Off <

>...................................................... 39

7. DEVICE SETTING.......................................................40

7.1 Setting the Setup Mode.........................................................40

7.1.1 Setting the Range ............................................................43

(1) Setting method .................................................................43

(2)

(Current/Voltage), (Thermocouple),

(Resistance Temperature Detector)..................44

(3)

(Scaling)......................................................46

(4)

(Square Root)..................................................48

(5)

(Decade)......................................................50

(6)

(Difference), (Sum),

(Average)........................................................52

(7)

(Skip) ...............................................................53

7.1.2 Setting the Alarm..............................................................54

7.1.3 Setting the Unit.................................................................56

(1) Character Code T able......................................................57

7.1.4 Setting the Chart feed Speed..........................................58

7.1.5 Setting the Date and Time...............................................59

7.1.6 Copying the Setting Data.................................................60

7.1.7 Setting Other Functions...................................................61

(1)

(Printing Cycle)............................................62

(2)

(Zone Recording)............................................62

(3)

(Partial Compression/Expansion)...................63

(4)

(Digital Print)................................................64

(5)

(Tag).....................................................................65

(6)

(Comment Words)...........................................66

7.2 Setting the Engineering Mode...............................................67

7.2.1 Alarm Hysteresis ..............................................................70

7.2.2 Burnout ON/OFF..............................................................70

7.2.3 Channel Offset.................................................................70

7.2.4 Reference Junction Compensation.................................71

7.2.5 Changing the Printing Color ...........................................72

7.2.6 Settings Related to Recording.........................................73

(1) Trigger setting for recording start/stop.............................73

(2) Tag/channel print selection...............................................73

(3) Alarm print ON/OFF .........................................................74

(4) Logging print ON/OFF......................................................74

(5) Scale print ON/OFF..........................................................75

(6) Logging print Synchronous/Asynchronous .....................75

7.2.7 Setting the Communication Function..............................76

7.2.8 Initializing the Setup Data ..............................................76

7.2.9 DI functions.......................................................................77

7.2.10 Temperature Unit selection............................................77

7.2.11 Point Calibration.............................................................78

7.2.12 Data Calibration .............................................................79

7.3 Terminating the Engineering Mode .......................................81

Page 6

8. COMMUNICATION ......................................................82

8.1 General Description .............................................................. 82

8.1.1 General Description of Functions...................................82

8.1.2 Transmission Specifications............................................82

8.1.3 Data Structure..................................................................82

8.2 Opening/Closing the Link...................................................... 83

8.2.1 Open Command.............................................................. 83

8.2.2 Close Command ............................................................. 83

8.3 Outputting the Process Variable........................................... 84

8.3.1 Specifying the Process Variable Output ......................... 84

8.3.2 Updating the Data ........................................................... 84

8.3.3 Specifying the Process Variable Data Output

Order (At BINARY Mode Output).................................. 84

8.3.4 Outputting the Data......................................................... 84

8.3.5 Process Variable T ransmissio n Format (ASCII)............ 85

8.3.6 Process Variable T r ansmission Format (BINARY)........ 86

8.4 Outputting the Unit and Decimal Point Position Data..........87

8.4.1 Specifying the Unit and Decimal Point Position

Data Output.................................................................... 87

8.4.2 Updating the Data ........................................................... 87

8.4.3 Outputting the Data......................................................... 87

8.4.4 Data Format..................................................................... 87

8.5 Outputting the Status.............................................................88

8.5.1 Status Output Command................................................88

8.5.2 Status Output................................................................... 88

8.6 Data Reception Example...................................................... 89

9. MAINTENANCE.............................................................90

9.1 Inspection ..............................................................................90

9.2 Cleaning................................................................................. 90

9.3 Replacing Consumables....................................................... 91

9.4 Adjusting Dot Printing Position (Point Calibration)............... 91

9.5 Calibration (Data Calibration)................................................91

(1) Calibration of Voltage......................................................92

(2) Calibration of RTD (Resistance temperature detector).. 92

(3) Calibration of Reference Junction Compensation ......... 93

10. TROUBLESHOOTING................................................94

10.1 Troubleshooting...................................................................94

10.1.1 Problems........................................................................94

10.1.2 When the Recorder Dose not Work at All.....................94

10.1.3 When there is a Major Error ..........................................95

10.1.4 When the Trend Recording is Deflected.......................95

10.1.5 When Nothing is Recorded ...........................................96

10.1.6 When Recording is Faint...............................................96

10.1.7 When the Chart Paper is not fed at All..........................97

10.1.8 When the Chart Paper is not fed Properly....................97

10.2 Self Diagnosis Function (ERROR)......................................98

10.2.1 Self Diagnosis Items......................................................98

10.2.2 Error Display...................................................................99

11. SPECIFICATIONS.....................................................100

11.1 Common Specifications.................................................... 100

11.1.1 Input Signal.................................................................. 100

11.1.2 Performance and Characteristics............................... 100

11.1.3 Structure ......................................................................101

11.1.4 Power Source.............................................................. 101

11.1.5 Normal Operating Conditions..................................... 101

11.1.6 Alarm Output (Optional: LH6)..................................... 102

11.1.7 Safety Standard and EMI Standard............................ 102

11.1.8 DI Function (Option : RE6)..........................................102

11.1.9 Paper-empty Detection Function (Option: FL)........... 102

11.2 Standard Specifications..................................................... 103

11.2.1 Measurement Range.................................................. 103

11.2.2 The Accuracy at the Computation .............................. 106

(1) Scaling........................................................................... 106

(2) Square root computation............................................... 106

(3) Decade........................................................................... 107

(4) Difference, Sum, and Average...................................... 107

11.2.3 Individual Specifications.............................................. 108

11.2.4 Standard Functions ..................................................... 109

11.3 Standard Setting Functions................................................110

11.3.1 Standard Setting Functions..........................................110

11.4 Optional Functions.............................................................110

11.4.1 Remote Function of DI.................................................110

11.4.2 Alarm Output function...................................................110

11.4.3 Communication unit.....................................................110

Page 7

1. INTRODUCTION

1.1 Checking the Accessories

Upon delivery of this instrument, unpack and check its a ccessories and appearan ce. If there are any missing accessories or damage to the appearance of the instrument, please contact our dealer where you purchased the instrument, or our sales representative. The following accessories are included with the recorder.

1. Chart paper 2. Ribbon cassette 3. Mounting bracket

4. Instruction manual 5. Packing

Fig. 1.1 Accessories

Table 1.1 List of Accessories

No. Part Name Type Quantity Remarks

1 Chart paper H-10100 1 100 equal divisions 2 Ribbon Cassette WPSR188A000001A 1 3 Mounting bracket H4A14175 2 Panel mounting bracket 4 Instruction manual HR71E 1 This manual 5 Packing H4H14900 1 For IP65

[Note]

The ribbon cassette has been set in the instrument upon shipment.

Page 8

1.2 Checking the Model Type and Specifications

A nameplate has been secured on the inside of the in strument. Remove the chart holde r and make sure that the nameplate is put in the middle far side of the instrument. Make sure that this instrument meets your requested specification, checking the following table.

Table 1.2 Model type

H R – 7 0 6,

144(W) x 144 (H) x 150 (D)mm

Measuring point 6 6 points

C5 Communication function (RS-485) RE6 DI function FL Paper-empty detection function

Options

LH6 Alarm output function

Page 9

1.3 Temporary Storage

Store the instrument in the following envir onment. When installed within another machine, ensure that the operating e nvironment conform s to the following conditions.

1.4 Indication Card

An indication card has been affixed to the door upon delivery. Enter a name as required.

CAUTION

Storage in a poor environ ment may damage the appearance, functio ns, and service life of the instrument.

Storage Environment

• A place free from excess dust

• A place free from combustible, explosive, or corrosive gases (SO

, H2S, etc.)

• A place free from vibrations or shocks

• A place frees from water or steam or high humidity (95% RH max.)

• A place free from direct sunlight or high temperature (50

max.)

• A place free from an extremely low temperature (-20

min.)

CAUTION

Note that if a non-approved nameplate is attached, it may damage the door or mounting p art.

Page 10

2. CONSTRUCTION

2.1 Appearance

Fig. 2.1 Appearance

Ribbon cassette

Door

Chart holder

Display keyboard

Terminal block

Printer

Case

Mounting bracket

Indication card

Page 11

2.2 Display Screen and Operation Keys

2.2.1 Display Screen

The following describes the display screen. Since the channel numbers and data are indicated by a 7-segment LED, alphabets are symbolized to represent them. For the LED display , see "Symbolized Alphabets for Display" at [Reference] below.

Fig. 2.2.1 Display

[Reference] Symbolized Alphabets for Display

Display Alphabet A B C D E F G H h I J K L l Display Alphabet M N O P Q R S T U V W X Y Z

Alarm Ty pe Display

Indicates an alarm type in red. "H" is lit when the alarm is High. And “L” is lit when the alarm is Low. Neither of them is lit when there is no alarm.

Channel No. Display

Indicates channel number in orange.

Data Display

Indicates the process variable, time, setting screen, etc. in orange.

Operation Keys

Use these keys for setting and other operations.

Status Display

The "REC" lamp (orange) is lit when recording. The "ALM" lamp (red) is lit while the alarm is being activated.

denotes that the lamp goes out, and denotes that it is lit.

Page 12

2.2.2 Operation Keys

The following describes functions of each operation key. The actual operation keys are described as shown below.

Fig. 2.2.2 Operation Keys in this manual

Table 2.2.2 Names of Operation Keys and Their Functions

Key Name Function

“REC” key

Starts/stop s recording. T o stop , press the “REC” key for 3 seconds or longer . (The “REC” lamp goes out.) To start, press the “REC” key. (The “REC” lamp lights.)

“MENU” key MENU function

Selects engineering list print and changes the mode to the setting mode.

“ESC” key ESC function

While selecting a function, exits that menu without finishing.

“PRINT” key PRINT function Used to perform manual print or list print.

“ ” key function

Used to select a setting parameter (numeral or built-in command) (ascending direction).

“FEED” key FEED function The chart paper is fed while the key is pre ssed, and

stopped when released.

“ “ key function Used to shift a digit in setting a numeral.

“ENT” key

Used to register a setting parameter (numeral or built-in command) after selecting it, or executing a function. Pressing this key executes the setting.

REC

ESC

FEED

ENT

REC

FEED

ENT

ESC

Page 13

3. INSTALLA TION

3.1 External dimensions and panel cutout

Fig. 3.1 External dimensions and panel cutout

CAUTION

For the maintenance and safety of the instrument, spaces larger than the size written in the bracket ( ) should be secured to unit.

Dimension required when the door is full

open (135 degrees). (Wall on the left side).

Unit: mm

<Side>

137

（128）

7 max

（Pannel thickness)

150

（56）

144

3.5

2.5

(100)

200 min.

138

-0

138

-0

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

B4-B4A

5-B5A6+

6 A

1 A

2 A

3+ B

3B3A

RDTD

COM

DI 3DI2DI1

Page 14

3.2 Mounting to the Panel

3.2.1 Procedure for Mounting to the P anel

1) Assemble the mounting bracket, referring to Fig.3.2.1-1.

2) Insert this instrument through the front of the panel.

3) Hook the claws of the mounting bracket at the square holes on the top and b ottom surfaces of the case.

4) Tighten the screw of the mounting bracket with a screwdriver to attach it to the panel. When the mounting unit does not move back and forth any more, tighten the screw by 180

Fig. 3.2.1-1 Mounting bracket

[Note]

If it is tightened with an excessive force, the case may be distorted and the mounting bracket may be defaced. An adequate tightening torque i s about 0.2 to 0.3 N･m (2 to 3 kgf・cm).

WARNING

Do not install the instrument in a place exposed to combustible, explos ive, or corrosive gas (S O2, H

S, etc.).

CAUTION

Install the instrument in the following places

• A place without rapid humidity change.

• A place of normal temperature (around 25

• A place exposed to as little mechanical vibrations as possible.

• A place with as little dusts as possible.

• A place affected by the electromagnetic field as little as possible.

• A place not directly exposed to high radiant heat.

• A place where the altitude is up to 2000m.

• Humidity has an effect on the chart paper and ink. Use the instrumen t in a humidity range of

20 to 80%RH (60%RH is the optimum).

• This instrument needs the inside inst allation.

Mounting to the Panel

• A steel plate not thinner than 1.2mm is recommended as a mounting panel.

• The maximum thickness of the mounting panel is 7mm.

Inclination

• Install the instrument horizontally.

• The instrument should be installed so that it s inclination sh ould be 0

at the front and within 30 at

the rear.

ssemble in such a manne

that the screw nose will be almost aligned with the plate surface.

Mounting Claw

Body

Mounting Claw

Page 15

Fig. 3.2.1-2 Mounting to the Panel

3.2.2 Mounting to the Panel in compliance with the IP65

Prior to mounting the instrument to the panel, attach a packing to the position shown in the figure. The rest of the procedure is the same.

Fig. 3.2.2 Mounting to the Panel (in compliance with the IP65)

Mounting of Packing

Packing

Panel

Mounting bracket

Packing

Panel

Screw

Panel

Mounting bracket

Screw

Page 16

4. WIRING

4.1 Terminal arrangement and power wiring

4.1.1 Terminal arrangement

Fig. 4.1.1 Terminal arrangement (Rear view)

4.1.2 Power Wiring

Power source terminal block

Communication terminal block (RS-232C)

Input terminal block

larm output terminal block

(Option: LH6)

Communication terminal block (RS-485)

(Op

tion: C5)

DI terminal block

(Option: RE6)

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

RDTD

DI COM

DI 3

DI 2

DI 1

WARNING

(1) In order to prevent an electric shock, be sure to provide protective gro unding prior to the powe

supply to the instrument. (2) Do not cut the protective grounding conductor or disconnect protective grounding. (3) Make sure that the supply voltage for the instrument conforms to the voltage of the suppl

source. (4) Attach a transparent protective cover prior to switching on power to the instrument. (5) Any interruption to the protective conductor inside or outside the instrument or disconnection

of the protective grounding terminal is likely to make the instrument dangerous under faul

conditions. Intentional interruption is prohibited.

Page 17

4.1.3 Wiring Procedure

(1) Put your fingers on the left and right (both sides) hooks of the tr ansparent pr otective cover on

the power source terminal block. Pushing them inside, pull out the cover toward you.

(2) Connect the power source electric wire, referring to Fig. 4.1.3. Connect the protective

grounding to the terminal. Connect the non-grounding side of the power source to "L"

terminal. Connect the grounding side to the "N" terminal.

(3) Attach the transparent protective cover. (4) Make sure that protective grounding is properly done.

Fig. 4.1.3 Power source Terminal block

CAUTION

(1) As an electric wire for the power source, use a 600V vinyl insulated wire (IEC 227-3) or its

equivalent or above.

(2) Attach a round solderless terminal with an insulation sleeve (for M3.5) to the end of the electric

wire.

(3) Connect a protective grounding (resistance: 100

or lower, a minimum diameter of a

grounding conductor: 1.6mm) to the protective grounding terminal.

(4) If another instrument shares the protective grounding conductor, there may be an effect

caused by noise coming from the grounding conductor. Do not share the grounding conductor with other instruments.

(5) In order to comply with the requirements of safety standard EN6 1010, the recorder should

have one of the following as a disconnecting device, fitted within easy reach of the operator, and labeled as the disconnecting device.

a. A switch or circuit breaker which complies with the requirements of IEC60947-1,

IEC60947-2 and IEC60947-3. b. A separable coupler which can be disconnected without the use of a tool. c. A separable plug, without a locking device, to plug in a socket outlet in the building.

(6) This product has been designed to conform to IEC1010-1 in stallation Category

and pollution

degree 2.

CAUTION

For the transparent protective cover, remove the left and right (both sides) hooks simultaneously. If they are removed in turn, the cover may be damaged.

Page 18

4.2 Input Wiring

CAUTION

(1) Precautions for the input electric wire

• Make sure that no noise is mixed in input wiring. For input wiring, a shielded wire or twisted wire effective for noise should be used.

• In the case of thermocouple input, connect a thermocouple wire directly or use a compen sati ng lead wire. A shielded input line should be used.

• In the case of RTD (resistance temperature detector) input, dispersion of 3-wire line resistance should be lower than the values mentioned below. A shielded input line should be used.

For Pt 100, JPt 100; 50m

max.

• When it is likely to be affected by induction noise, particularly when wiring near the high-frequency power source, a shielded twisted wire should be used.

• Attach a rou nd solderless terminal with an insulated sleeve (for M3.5) to the end of the electric wire.

(2) Precautions for wiring

• The wiring between the instrument and measurement point should be kept away from the power circuit (25V or higher circuit or DO circuit).

• Short-circuit unused input terminals. (Short-circuit between "+" and "-" in the case of mV, V, or thermocouple input, and short-circuit among A, B, and B in the case of RTD input.)

• Be sure to ground the connecting wire shield.

Page 19

4.2.1 Wiring Procedure

(1) Put your fingers on the left and right hooks of the transparent protective cover on the input

terminal block. Pushing them inside, pull out the cover toward you. (2) Wire the input lines, referring to Fig. 4.2.1-1 (P.18), Fig. 4.2.1-2 and Fig. 4.2.1-3. (P.19) (3) Attach transparent protective covers.

Fig. 4.2.1-1 Input Wiring (For mV, V and Thermocouple inputs)

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

RDTD

DI COM

DI 3

DI 2

DI 1

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

RDTD

DI COM

DI 3

DI 2

DI 1

Shielded wire

（+）（-）（+）（-）

Ground Ground

DC voltage input

Thermocouple input

Connecting lead wire

Connecting compensating lead wire

Input terminal block

CAUTION

For the transparent protective cover, remove the left and right (both sides) hooks simultaneously. If they are removed in turn, the cover may be damaged.

Page 20

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

＋

－

COM

Shielded wire

3-core cord (Identical wire diameter and length)

Ground

RTD (Resistance temperature detector)

Input terminal block

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

＋

－

2DI3DICOM

(+)

(-)

Shunt resistor Connecting lead wire

DC current input

Input terminal block

Shielded wire

Ground

Fig. 4.2.1-2 Input Wiring (For RTD)

Fig. 4.2.1-3 Input Wiring (For mA input)

CAUTION

(1) Attach a shunt resistor to the input terminal block of the instrument. (2) A shunt resistor affects input accuracy. Use the following resistor. Resistance: 250

, Rated power: 1/4W, Tolerance: 0.1% max.

Temperature coefficient:

50ppm max.

Page 21

4.3 DI function/Alarm Output Wiring (Option)

4.3.1 DI function/Alarm Output Wiring Example

Fig. 4.3.1-1 DI function Wiring Example Fig. 4.3.1-2 Alarm Output Wiring Example

WARNING

(1) Be sure to wire after turning off the POWER. (2) When the power source has been connected to the Alarm output, turn off that power source. (3) When a hazardous voltage is supplied to the alarm terminal:

a) Never touch terminals. b) Attach covers to terminals. c) Wires should be double shielded.

d) Use round pressure terminal connectors with an insulation cover for wire, whereb

preventing a loose connection.

CAUTION

Precautions for Wiring the DI function (1) DI function input has the built-in drive power source. Do not apply a voltage to a DI function

input terminal from the outside.

(2) A DI function input contact capacity should be a withstanding voltage of 50V DC, 16mA or

more, ON resistance of 20

max. (Wiring resistance included). (3) Do not use unused terminals as relay terminals. Precautions for Wiring the Alarm Output

(1) An alarm output co ntact capacity is as follows：

250V AC : 3A at maximum (Resistive load) 30V DC : 3A at maximum (Resistive load) 125V DC : 0.5A at maximum (Resistive load)

0.1A at maximum L/R= 7ms at maximum (Indu ctive load) (2) Attach an anti-surge protective circuit (surge absorbers, etc.) to an output terminal, when

required.

(3) Attach a round solderless terminal with an insulation sleeve (for M3.5) to the end of an

electric wire. (4) Keep alarm output wiring away from the input wiring. (5) Do not use unused terminals as relay terminals.

Terminal Block

+12V

Recorder Side

COM

Load

～

Terminal Block

Recorder Side

DI1

～

DI.COM

～

Page 22

4.3.2 Alarm Output Wiring Procedure

Wire the Alarm output (option: LH6), referrin g to Fig.4.3.2.

Fig. 4.3.2 Alarm Output Wiring

4.3.3 DI function Wiring Procedure

Wire the DI function (option: RE6), referring to Fig.4.3.3.

Fig. 4.3.3 DI function Wiring

6-Relay output

1C 1A

Relay No.1

(

Normallyopen

)

6C 6A

Relay No.6

(

Normally open)

1A 1C

2A 2C

3A 3C

4A 4C 5A

5C 6A 6C

DI1 DI2 DI3 DI.COM (COMMON to DI1 to DI3)

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

RDTD

COMDI3DI2DI1

CAUTION

The DI function (Option) consists of 3 Digital inputs. The alarm output consists of 6-Relay output (Normally open).

Page 23

1A 2C2A1C

3A 4C4A3C

5A 6C6A5C

4 A

5 A

6 A

1 A

2 A

3 A

RDTD

COMDI3DI2DI1

1A 1C

2A 2C

3A 3C

4A 4C 5A

5C 6A 6C

Host computer

HR-706

………

HR-706

Ｒ

4.4 Communication Wiring

4.4.1 RS-232C Wiring

Wire RS-232C, referring to Fig.4.4.1.

Fig. 4.4.1 RS-232C Wiring

4.4.2 RS-485 Wiring

Wire RS-485, referring to Fig.4.4.2.

Fig. 4.4.2 RS-485 Wiring

[Note]

(1) Be sure to attach terminating

resistance (Rt 200

) to a host

computer side.

(2) Connection is a maximum of 32

units including a host computer.

(3) Cable length is a maximum of 1.2

km.

(4) Use the UL20620-SB (M) cable

made by HITACHI CABLE LTD. or equivalent.

CAUTION

Precautions for the communication wiring (1) Make sure that no noise is mixed in communication wiring. For communication wiring,

a shielded wire effective for noise should be used.

(2) When it is likely to be affected by induction noise, particularly when wiring ne ar the

high frequency power source, a shielded twisted wire should be used.

(3) Attach a round solderle ss t ermi nal with an in sul ation sl eeve (for M3.5) to the end of the electric wire. (4) Be sure to ground the shield of a connecting wire.

[Note]

Cable length is a maximum of 15m.

3 TXD 2 RXD 5 GND 1 DCD 4 DTR 6 DSR 7 RTS 8 CTS 9 RI

2 TXD 3 RXD 7 SG 1 FG 4 RTS 5 CTS 6 DSR 20 DTR 8 CD

⑬ RD ⑫ TD ⑭ SG

Host computer

D sub 9-pin connecto

D sub 25-pin connector

Page 24

5. PREP ARATIONS FOR OPERA TION

5.1 Setting the Chart Paper

(1) Press the “REC” key for 3 seconds or longer Stop recording operation. With the power turned on, press the “REC” key for 3 seconds or longer.

Fig. 5.1-1 Pressing the “REC” key

(2) Open the Door

Push the door hook to unlock the door. Pull out the door to open it.

Fig. 5.1-2 Opening the Door

CAUTION

Our original chart paper should be used to ensure proper recording. If the chart paper holder is taken out with recording operation being activated, the ink ribbon may be damaged. To replace the chart paper, be sure to press the “REC” key to stop recording.

Door Hook

Push the door hook in the arrow direction

to unlock.

The REC lamp goes off

if recording stops.

Press the key for 3 seconds or longer.

CAUTION

Maximum angle of the fully opened door is 135 degrees. Do not open the doo r any further, as the hinge will break.

ＬＭ

Page 25

(3) Pull out the Chart Holder Put your fingers onto the levers at both sides of the chart holder and pull it out.

Fig. 5.1-3 Pulling out the Chart Holder

(4) Open the Chart Cover and Chart Guide Open the chart guide and the chart cover outward.

Fig. 5.1-4 Opening the Chart Cover and Chart Guide

Pull out the chart holder.

Lever

Chart Guide

(Transparent)

Chart Cover (Black)

Open the chart guide in the arro

direction.

Open the chart cover in the arrow direction.

Page 26

(5) Loosen the chart paper The chart paper may not be properly fed, if stuck. Be sure to loosen the p aper.

Fig. 5.1-5 Loosening the Chart Paper

(6) Set the Chart Paper into the Storage Chamber Unfold 2 sections of chart paper. Holding the printing surface upward, set it in the storage chamber.

Fig. 5.1-6 Setting the Chart Paper

Square Holes on the Left

Sprocket Drum

Storage Chamber

Rectangular Holes on the Right

Page 27

(7) Align the Chart Paper with the Sprocket Drum Align the holes in the chart paper with the sprocket drum teeth. Set the chart paper along with the sprocket drum. Put the first ply of the chart paper into the chart receiver.

Fig. 5.1-7 Aligning the Chart Paper with Sprocket Drum (Chart Holder Sectional View)

(8) Close the Chart Cover and Chart Guide Close the chart cover and the chart guide in the arrow directions.

Fig. 5.1-8 Closing the Chart Cover and Chart Guide

Ensure that the left and right holes parallel with each other.

Chart Paper

Chart Receiver

Storage Chamber

Align the holes in the paper properly with the sprocket drum teeth.

Sprocket Drum Teeth

Chart Guide

Chart Cover

Page 28

(9) Turn the Sprocket Drum Gear Check paper feed using your hand. Turn the sprocket drum gear to feed out the chart paper. (4 sections of chart paper should be fed out.)

Fig. 5.1-9 Checking Paper Feed

(10) Put the Chart Paper Holder back Insert the chart holder horizontally into the case until it is locked.

Fig. 5.1-10 Putting Back the Chart Holder

Turn the gear at the left end of the sprocket drum in the arrow direction.

Chart Receiver

Chart guide

When inserting it, push the paper receiver.

Page 29

(11) Close the Door Close the door and check a door lock.

(12) Press the “FEED” key to check Paper Feed Press the “FEED” key on the display keyboard to feed the chart paper.

Fig. 5.1-11 Pressing the “FEED” key

(13) Press the “REC” Key to restart Operation

The chart paper is fed while pressing the key. Releasing the key stops paper feed. The paper begins a slow feed when the key is pressed.

Prior to the operation of the instrument, be sure to confirm that the chart paper is being fed!!

ＬＭ

Page 30

5.2 Setting the Ribbon Cassette

(1) Press the “REC” key for 3 seconds or longer Recording stops. With the power turned on, press the “REC” key for 3 seconds or longer. Once recording stops, the REC lamp goes off.(See Fig. 5.1-1 on page 23.)

(2) Open the Door Push the door hook to unlock the door . Pull the door to open it.

(See Fig.5.1-2 on page 23.)

(3) Pull out the Ribbon Cassette Grab the left side of the ribbon cassette. Holding down the ribbon holder, pull out the ribbon cassette toward you.

Fig. 5.2-1 Taking Out the Ribbon Cassette

CAUTION

If the chart holder is taken out with recording operation being activated, the ink ribbon may be damaged. To replace the ribbon cassette, be sure to press the “REC” key to stop recording. If the ribbon cassette is not set properly, the recording color may change or the ribbon may be damaged.

Ribbon Cassette

Ribbon Holder

Ribbon Cassette

CAUTION

Maximum angle of the fully opened door is 135 degrees. Do not open the doo r any further, as the hinge will break.

Page 31

(4) Unslack the Ink Ribbon Set the new ink ribbon. Turn the knob in the arrow direction to unslack the ink ribbon.

Fig. 5.2-2 Unslacking the Ink Ribbon

(5) Set the Ribbon Cassette Push the ribbon cassette into the ribbon holder until the latch clicks. When the ribbon feeding shaft does not easily fit in, turn the gear in the direction of an arrow to adjust the position. When this is done, push the ribbon cassette until the latch clicks.

Fig. 5.2-3 Setting the Ribbon Cassette

Turn the knob in the arrow direction.

Knob

Slack

Ribbon feeding shaf

First, push the right side.

Second, push the left side until it firmly fits in the ribbon holder.

Page 32

6. RUNNING

6.1 Running

Once the power is turned on, the display on the front of the door lights. The instrument will be ready to run (user mode) in about 5 seconds, including the initial screen. If the REC lamp is unlit, press the “REC” key to start recording operation.

6.1.1 Status after Initial Screen

(1) Display screen : The “REC” lamp keeps the status of before power-off. (2) Printout data : All printing dat a and analog recordi ng dat a of before power-of f are cleared. (3) Alarm and Diagnosis : Alarm indications and output information are not rcoverable after the power has been switched off. (4) Data and Channel number are displayed as the fol lowing Fig. 6.1.1.

Fig. 6.1.1 Screen at Power-on

[Note]

(1) If electric power failed, the initialization is performed after power recovery. And the

recorder reverts to the initial status above.

(2) The printout data is eliminated in initialization. Printout operation does not continue afte

power recovery when the power is turned off during printout.

(3) When the power is turned on, the display indicates “0” while reading data in Fig.6.1.1.

The number of indicated digits differs depending on the setting.

WARNING

Prior to switching the power on, make sure that the supply voltage meets the specifications for the instrument, and the instrument is properly grounded.

CAUTION

This recorder has no power switch. Prior to switching the power on, make sure that the chart paper is set in the chart holder. If the printer is activated with no chart paper set, the sprocket drum (cylindrical part) of the chart holder may be damaged.

WARNING

When calibrating data, connect the equipment according to Section 9.5 of the instruction manual. Data calibration must be performed correctly. Therefore, operators possessing knowledge of electricity and control related matters should perform the calibration after careful reading of Sections 7.2 and 9.5 of the instruction manual.

(Shinko Technos Co., Ltd. is not liable for damages incurred if calibration is performed othe

than prescribed in the instruction manual.)

REC ALM

H L

Returns to the mode before

power-OFF.

Page 33

6.2 Recording

6.2.1 Recording Colors

Table 6.2.1 lists the recording colors for each channel in analog recording. The recording color can be selected from 6 colors for every channel.

Table 6.2.1 Recording Colors (standard)

Channel No. Color

1 Purple 2 Red 3 Green 4 Blue 5 Brown 6 Black

6.3 How to Record

6.3.1 Starting/Stopping Recording

To start/stop recording, press the “REC” key. To stop, press the “REC” key for 3 seconds or longer. “REC” lamp is unlit when recording stops.

6.3.2 Feeding the Chart Paper

The chart paper is fed while the “FEED” key is pressed, and stops when released.

CAUTION

(1) The instrument checks zero point for every recording. If the printer block is manually

moved during recording, the recording position may be dislocated.

(2) In order to protect the chart paper, dot printing is not performed when the distance

between the previous dot printing position and the current one for an identical channel is less than 0.3mm in the chart paper feed direction or less than 0.5mm in the scale direction.

[Note]

(1) When the power is turned on, the recorder continues from the state in which it was turned

off.

(2) When controlling a start/stop of recording through Digital Input DI function (option: RE6),

start/stop cannot be switched by the “REC” key.

Page 34

6.3.3 Print Sample

Logging on print and Alarm on print example

Fig. 6.3.3 Print Sample

[Reference]

When other printing is active with current job, Alarm print, Comment print and Date-and-Time print will queue. HR-706 stores up to six items of Alarm Occurrence/Recovery print and up to five items of Comment/Date-and-Time print. If printing commands exceed those numbers, HR-706 prints “

” on the last printing.

This mark means that the item with a “

” mark and following items could not be printed.

For priority of respective printings, see “Priority” in Reference on the next page.

[Note]

Logging print will not be in the printing queue. At the start time as Logging print, if prior Logging print is printing, the next log will not print. In this case, to prolong the printing interval of the Logging print is recommended.

2L2 19:37

1H1 19:35

1H1 19:33

2L2 19:32

5.000 V

2L2 19:28

1H1 19:27

1H1 19:25 2L2 19:24

May.12.99 19:30

1: 1.532V 2: 2.105V 3: 1.856V 4: 3.790V

0.000 3CH

100mm/h

Date/Time

Process variable: Prints "

" if

skipped.

Chart speed

Scale

Logging Print:

Prints date, channel number, process variable engineering unit and chart speed. T he scale is printed sequentially from 1CH in printing color.

Alarm Print:

Prints alarm occurrence/recovery, channel number, alarm type, and level.

denotes

alarm occurrence (in red) and

denotes

alarm recovery (in purple), respectively.

See the [Reference] below.

Page 35

6.4 Digital Print

Digital prints listed below are performed by key operation.

Manual print

List print

Engineering list print

6.4.1 Manual Print

Prints the following data on the chart paper:

Time/date (year, month, day) Channel number/Tag setting character

Activated alarm type/latest process variable/engineering unit (all channels)

(1) Manual print operating procedure

1) Press the “PRINT” key.

2) Use the “PRINT” key to display “

”, and press the “ENT” key.

3) Use the “PRINT” key to select “

”. Pressing the “ENT” key executes manual print.

Once manual print starts, the display automatically returns to the Data Display screen. When manual print is finished, the display returns to the status prior to starting manual print.

[Note]

(1) Analog recording is interrupted while manual print is running. However,

measurement/alarm detection remains effective.

(2) If an alarm is activated while manual print is running, alarm print starts from the time when

manual print finished.

[Reference]

Printing is activated in the following priority order. When multiple types of printing are activated simultaneously, higher-priority printing takes effect first by following the priority order. However, while alarm printing is performed, lower category (Logging, DI Manual) is activated at the same time. (See Fig. 6.3.3. Alarm Time printing and Logging print are performed at the same time).

The Synchronous printout synchronizes with the analog recording, and executes digital printout. In the case of asynchronous printout, an analog recording stops and a digital printout is executed. After the digital printout is completed, the analog recording resumes.

High Priority Low

Alarm

Occurrence Pri nt

Alarm Recovery

DI Comment

Print (Sync.)

DI Date and Time

Print (Sync.)

Logging print

(Sync.)

DI Manual Print

(Sync.)

List print

Manual print

Engineering list

DI Comment print

(Async.)

DI Date and Time

print (Async.)

DI Manual print

(Async.)

Logging print

(Async.)

Page 36

(2) Manual print stopping procedure

1) Press the “PRINT” key.

2) Use the “PRINT” key to display “

” , and press the “ENT” key.

3) Use the “PRINT” key to select “

” . Pressing the “ENT” key stops manual print. However, printing will continue until the line is completely printed. Then manual print will stop, and the display will return to the status prior to starting manual print.

Fig. 6.4.1 Manual Print

6.4.2 List Print

Prints the following setting data of the instrument on the chart p aper:

Date/time/Chart feed speed/2nd chart feed speed/Printing cycle. Channel number/range/scaling value/engineering unit Setting alarm type

(1) List print operating procedure

1) Press the “PRINT” key.

2) Use the “PRINT” key to display “

”, and press the “ENT” key.

3) Use the “PRINT” key to select “

”. Pressing the “ENT” key executes the list print. Once list print starts, the display automatically returns to the Data Display screen. Upon terminatin of the list print, the display returns to the status prior to starting list print.

[Note]

(1) Analog recording is interrupted while list print is running. However, measurement/alarm detection remains effective. (2) If an alarm is activated while list print is running, alarm print starts when recording restarts.

Nov.12.99.11:08

1: 11.25mV 2: 0.45mV 3: 0.07mV 4: –0.00mV

5: –1.12mV 6: –0.39mV

Page 37

(2) List print stopping procedure

1) Press the “PRINT” key.

2) Use the “PRINT” key to display “

”, and press the “ENT” key.

3) Use the “PRINT” key to select “

” . Pressing the “ENT” key stops list print . However, prin ting continues until the line is completely printed. Then list print is stopped, and the display returns to the status prior to starting list print.

Fig. 6.4.2 List Print

Dec.01.00 06:00 CHART SPEED (1)50mm/h (2)100mm/h CH RANGE LEFT END SCALE LEFT

TAG NO. RIGHT END SCALE RIGHT 1 10V -10.000V

10.000 2 10V -10.000V ABCD 10.000 3 10V -10.000V

10.000 4 10V -10.000V

10.000 5 TYPE K -200.00

100.00

＊6 10V -10.000V

10.000 CH ALARM1 RLY ALARM2 RLY

ALARM3 RLY ALARM4 RLY UNIT 1 H 8.000 L -5.000 V

CH DIGITAL ZONE(mm) PARTIAL 1 ON 0-100 2 OFF 0- 50 80% 0.000V 3 OFF 0-100 4 OFF 0-100 5 ON 50-100 6 OFF 0-100

COMMENT 1 = OPEN 2 = 3 =

Digital print ON/OFF, zone record, an d partial compression/expansion setting value for each channel.

Prints Input range, Tag, Measurement range, and Scaling value for each channel. If skipped, the channel number is prefixed by “

”.

Setting values of the comment print. Effective with the DI function (option).

Print alarm setting values and relay.

Date and Time for List Print

Chart feed Speed Set value. The 2nd Chart Speed (2) is effective for DI function (Option).

Page 38

6.4.3 Engineering List Print

Engineering list print provides the following setting data of the instrument on the chart pape r.

Analog recording Digital printing Burnout/RJC, etc.

(1) Engineering list print operating procedure

1) Press the “MENU” key.

2) Use the “PRINT” key to display “

”, and press the “ENT” key.

3) Use the “PRINT” key to select “

”. Pressing the “ENT” key executes engineering

list print. Once engineering list print starts, the display automat ically returns to the Data Display screen. Upon termination of the engineering list print, the display returns to the status prior to starting engineering list print.

[Note]

(1) Analog recording is interrupted while engineering list print is running.

However, measurement/alarm detection remains effective.

(2) If an alarm is activated while engineering list print is running, alarm print is performed

when recording restarts.

Page 39

(2) Engineering list print stopping procedure

1) Press the “MENU” key.

2) Use the “PRINT” key to display “

”, and press the “ENT” key.

3) Use the “PRINT” key to select “

”. Pressing the “ENT” key stops engineering list print. However, the printing continues until the line is completely printed. Then Engineering list print stops. And the display returns to the status prior to starting engineering list print.

Fig. 6.4.3 Engineering List Print

ENGINEERING LIST

RUN CH／TAG ALM_PR INT CH ON1

DGT_PR START INTERVAL SCL_PR SYNC/ASYNC ON 00:00 6h OFF SYNC

ALM _HYS TEMP ON

CH B.OUT RJC V(REFCH) OFFSET COLOR 1 OFF INT 0.0 PRP 2 OFF INT 0.0 RED 3 OFF INT 0.0 GRN 4 OFF CH 0.0 BLU 5 OFF EXT 798 0.0 BRN 6 OFF CH (CH5) 0.0 BLK

COM_ADR SPEED DATA PARITY STOP 01 9600bps 8bit NONE 1bit

DI 1:OFF 2:OFF 3:OFF

larm Print Setting value

: ON1 (occurrence/recovery)

Logging Print setting value: ON/OFF,

Start Time, Interval, Scale Print: ON/OFF, Printout: Sync./Async. Logging Print: ON, Start: 00:00, Interval: 6h, Scale Print: OFF

Channel Number /Tag Number Setting value: CH

RUN/STOP Internal/External Switch setting value: INT (key)

larm Hysteresis setting

value: ON

DI Function setting value. Effective when the DI function (option) is added.

Setting of Burnout Protection, RJC, and Constant value in external RJC, Offset, and Recording Color for Each Channel.

Communication setting value

Temperature U nit:

Page 40

6.5 Changing the Display

Display selection procedure

(1) Press the “MENU” key to display "

", and press the “ENT” key. (2) Use the “PRINT” key to select a required screen from the menu below. Press the “ENT” key.

(3) "

" is displayed in the case of manual display. Use the “PRINT” key to select the channel

number. Press the “ENT” key.

“

”(AUTO) : Auto display

“

”(MAN) : Manual display

“

”(DATE) : Date display

“

”(TIME) : Time display

“

”(OFF) : Display off

6.5.1

Displays the process variable of each channel sequentially at intervals of 2.5 seconds.

6.5.2

Displays the process variable of the specific channel, and updates it every measurement cycle. The data is the same as that of Auto display. Pressing the “ENT” key changes the displayed channel number (it increments).

6.5.3

Displays the month and day. Leap year is adjusted automatically.

(e.g.) October 18

6.5.4

Displays the hour and minute. (e.g.) 12:15

6.5.5

Turns off the process varia ble display. Key operation is the same as usual. To switch to other displays, repeat steps (1) through (3) mentioned above.

Process Variable (5-digt

)

Channel Number (1-digit)

H: Upper limit Alarm L: Lower limit Alarm

Month Day

Hour Minute

Page 41

7. DEVICE SETTING

7.1 Setting the Setup Mode

Key Operation for Entering the Setup Mode

Press the “MENU” key for 3 seconds or longer to enter the setup mode. The software version is displayed approximately 1 second as below. After that, the setting screen of the range is displayed.

To return from the setup mode to the recording mode (user mode), press the “MENU” key for 3 seconds or longer again.

The following describes how to set the following items. The following shows a display map of the setup mode. Use the

key to operate.

7.1.1 Setting the Range

7.1.2 Setting the Alarm

Setting

. . . .

Channel

Mode

. . . .

Setting Channel ON／OFF Level Setting valueType Relay ON／OFF

Relay No.

Option

WARNING

When calibrating data, connect equipment according to Section 9.5 of the instruction manual. Data calibration must be performed correctly. Therefore, operators possessing knowledge of electricity and control related matters should perform the calibration after careful reading of Sections 7.2 and 9.5 of the instruction manual. (Shinko Technos Co., Ltd. is not liable for damages incurred if calibration is performed other than prescribed in the instruction manual.)

Current/ Volt age input Thermocouple input Resistance temperature detector input Scaling Square Root Decade Difference Sum Average Skip

Page 42

7.1.3 Setting the Unit

7.1.4 Setting the Chart feed Speed

7.1.5 Setting the Date and Time

7.1.6 Copying the Setting Data

7.1.7 Setting Other Functions (Printing Cycle, Zone Re cording, Partial Compression/Expansion, Digital Print, Tag, Comment Words)

Shift to the engineering mode

Printing Cycle Zone Recording Partial Compression/Expansion Digital Print Tag Comment Words

Setting

Mode

Setting

Channel to copy from

Channel to copy to

. . .

Setting

1st/2nd Chart speed Chart speed

Time Setting

ear

Month, Day

. . . .

Setting Channel Code No. Char. No.

( ) (

)

End

Setting

Password

Input the password to enter the engineering mode. See the key operation on page 67.

Page 43

Table 7.1 Default value of the setu p mode

Setting items Default value Remarks

Range (all channels)

10mV

Scaling 0 to 100.0 (

)

Alarm (all channels)

All levels are alarm OFF, relay OFF

Engineering unit (all channels) (BF 43 00)

Chart feed speed

(1) 20mm/h (2) 20mm/h

Time 2000/01/01, 00:00

The present time has been set. (Japan standard time) GMT + 09:00

Dot point interval 10 (s) Zone setting (all channels) 0 to 100 (%)

Partial compression/expansion (all channels)

OFF

Digital print (all channels) ON

Tag print character (all channels)

“Blank up to the 7th character”

Comment print word (1 to 3)

“Blank up to the 16th character”

Page 44

7.1.1 Setting the Range

(1) Setting method

With a multirange system, setting the range for each channel is possible. Use the

key to shift the mode 1 to 3 shown in the Table below.

Set the range from the following input signals. (mode

to 3)

DC voltage :

10, 0 to 20, 0 to 50, 200 mV DC, 1, 0 to 5, 10 V DC

DC current : 4 to 20 mA DC (External shunt resistor: 250

)

Thermocouple : B, R, S, K, E, J, T, C, Au-Fe, N, PR40-20, PL-

, U, L

RTD : Pt100, JPt100

Sets scaling, decade, square root, interchannel sum/difference/average. (mode

to 9)

Unnecessary channels can be skipped. (mode

)

Setting Channel Mode Key

(Voltage, Current)

(Thermocouple)

(Resistance temperature detector)

(Scaling)

(Square root)

(Decade)

(Difference)

(Sum)

(Average)

(Skip)

key

Setting for all

channels

[Note]

A decimal point arbitrary position can be set only in the "scaling" and "square root" modes. When altering the decimal point position in Voltage/Current/Thermocouple/RTD input, set it in the "scaling" mode. To fix the decimal point position, set it as follows.

Input Decimal point place Input Decimal point place

1, 0 to 5V 10V

2nd place 3rd place 2nd place 2nd place

.00 .000 .00 .00

Thermocouple RTD

200mV DC

1st place 1st place 1st place

.0 .0 .0

Page 45

(2)

(Current/Voltage), (Thermocouple), (Resistance Temperature Detector)

[Note]: When changing a decimal point position, change it during (3) Scaling (pages 4 6, 47)

Measures Current, Voltage, Thermocouple and RTD. Example) When setting Thermocouple T for Channel 1 (T: -100 to 300

)

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Displays "

", then, press the “ENT” key. Use the

key to select the desired channel. Press the “ENT” key. Use the

key to select the mode. Press the “ENT” key. Use the

key to select the type. Press the “ENT” key. Use the

key to select a sign and numeral.

Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a sign and numeral.

Use the

key to shift a digit. Press the “ENT” key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

Display Operation keys Description

ESC

3sec

ENT

FEED

ENT

FEED

ENT

(Span setting)

(Zero setting)

[Note]

When an incorrect numeral is entered, or is displayed. Press the “ENT” key and re-enter a correct numeral.

Perform range settings which do not need the scaling at this step (2) , ,

(Especially the range setting of thermocouple and RTD for which decimal point position change is not necessary). (One digit after the decimal point is standard.) Do not perform scaling here.

Page 46

「」

[Note]

In the , , or mode, press the “ENT” key to select the range. Use the

key to select a range type.

“ENT” key

10mV 0 to 20mV 0 to 50mV

200mV 1V 0 to 5V

10V

4 to 20mA

Range

Mode

B R S K E J T C

Au-Fe

PR40-20

PL- U L

Pt100

JPt100

Page 47

(3)

(Scaling)

Changes the input of VOLT, TC and RTD into a quantity. Setting the unit is possible. (See 7.1.3 on page 56) Example) When setting the voltage of 0 to 40 mV and scale of 000.00 to 100.00 for Channel 1.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

". Press the “ENT” key.

Use the

key to select the desired channel. Press the “ENT” key. Use the

key to select " ". Press the “ENT” key.

Use the

key to select " ". Press the “ENT” key. If

or is selected here, temperature input scaling is possible. Use the

key to select a range (50mV).

Press the “ENT” key.

Use the

key to select a numeral.

Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral.

Use the

key to shift a digit. Press the “ENT” key.

Display Operation keys Description

FEED

ENT

(Span input value)

ESC

3sec

ENT

FEED

ENT

(Zero input value)

[Note]

In the case of TC and RTD inputs, set the Zero input value equal to the Zero-side scale value

See 1 on the next page.

[Note]

In the case TC and RTD inputs, set the Span input value equal to the Span-side scale value. See

2 on the next page.

Page 48

Use the

key to select a numeral.

Use the

key to shift a digit.

Press the

key again in the lowest digit (right end)

to flash a decimal point. Use the

key to select a

decimal point position. Press the “ENT” key.

Use the

key to select a numeral.

Use the

key to shift a digit. Press the “ENT” key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

FEED

ENT

FEED

ENT

(Decimal point)

(Zero-side scale value) (

(Span-side scale value) (

[Note]

When an incorrect numeral is entered, , or is displayed. Press the “ENT” key and re-enter a correct numeral.

Page 49

(4)

(Square Root)

Caluclates the square root of Volt input, and scales the value. The unit can be set. (See 7.1.3 on page 56.) Example) Setting the voltage of 0 to 40 mV and scale of 000.00 to 100.00 for Channel 1.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

". Press the “ENT” key.

Use the

key to select the desired channel. Press the “ENT” key. Use the

key to select " ". Press the “ENT” key. Use the

key to select a range (50mV). Press the “ENT” key. Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit.

Press the

key again at the lowest digit (right end)

to flash a decimal point. Use the

key to select a

decimal point position. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

FEED

ESC

3sec

ENT

FEED

ENT

FEED

ENT

FEED

ENT

FEED

(Span input value)

(Zero input value)

(Zero-side scale value)

(Decimal point)

(Span-side scale value)

Display Operation keys Description

[Note]

If an incorrect numeral is entered, , or is displayed. Press the “ENT” key and re-enter a correct numeral.

Page 50

About Square Root Computation

The square root computation is as follows:

Each item is defined as follows:

SPAN

: Span lower-limit value (Span L)

SPAN

: Span upper-limit value (Span R)

SCAL

: Scaling lower-limit value (Scale L)

SCAL

: Scaling upper-limit value (Scale R) IN : Input voltage OUT : Output (Scaling value)

When an input value is 1% or more (1 to 100%)

OUT = (SCAL

– SCAL L) x + SCAL L

When an input value is less than 1%

OUT = x (IN – SPAN

) + SCAL L

Example) When setting on the previous page is performed, the display is shown as below.

Input voltage (mV) 0 10 20 30 40 Display (%) 0.00 50.00 70.71 86.63 100.00

[Note]

The relation between scaling factor and displaying digit may stagger the accuracy rating.

IN – SPAN

SPAN R – SPAN

10 x (SCAL R – SCAL L)

SPAN R – SPAN L

Page 51

(5)

(Decade)

Scaling the VOLT input and displays the index number. Setting the unit is possible. (See 7.1.3 on page 56) Example) When setting the voltage of 0 to 5V and decade of 1.0 x 10

to 1.0 x 10

for Channel 1.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

". Press the “ENT” key.

Use the

key to select the desired channel. Press the “ENT” key. Use the

key to select " ". Press the “ENT” key. Use the

key to select a range (5V). Press the “ENT” key. Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

ESC

3sec

ENT

FEED

ENT

FEED

ENT

FEED

ENT

(Span input value)

(Zero input value)

(Zero-side scale value)

(Span-side scale value)

Display Operation keys Description

[Note]

When an incorrect numeral is entered, , or is displayed. Press the “ENT” key, and re-enter a correct numeral.

Page 52

About Decade Display

Each item is defined as follows:

SPAN

: Span lower limit value (Span L)

SPAN

: Span upper limit value (Span R)

SCAL

: Scaling lower limit value (Scale L)

SCAL

: Scaling upper limit value (Scale R) IN : Input voltage OUT : Output (Scaling value)

Decade display adheres to the following relational expression.

OUT1= IN x + OUT = 10

OUT1

LGSCAL

: Log10(SCAL L)

LGSCAL

: Log10(SCAL R)

Example) When setting on the previous page is performed, the display is shown as below.

Input voltage (V) 0.0 1.0 2.5 3.0 5.0 Display 1.0E0 1.0E1 3.2E2 1.0E3 1.0E5

LGSCAL

–LGSCAL

SPAN R– SPAN L

SPAN R x LGSCAL L– SPAN

x LGSCAL

SPAN R– SPAN L

XXEYY

XX: Mantissa section (1.0 to 9.9) YY: Exponent section (-19 to 19)

Up to 5 decades. (Scaling upper limit)–(Scaling lower limit) is 1.0E5 or less.

[Note]

Decade output is used for display and print. It is not reflected in a printing position.

Page 53

(6)

(Difference), (Sum), (Average)

Caluclates the input of VOLT, TC, RTD or SCALE, and output it. Example) Subtracting Ch1 input data from Ch6 input dat a to set the diff erence value to Ch6.

(0 to 40mV). “Ch6 (input) - Ch1 (input)” is recorded and displayed on Ch6.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

". Press the “ENT” key.

Use the

key to select the desired channel.

Press the “ENT” key.

Use the

key to select " ". Press the “ENT” key. Use the

key to select the desired channel

subtract." Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Use the

key to select a numeral. Use the

key to shift a digit. Press the “ENT” key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

About Difference, Sum and Average

• The channel to be set must be larger than the one which computes the "difference, sum or average" value. (e.g.) When setting to Ch6, a value of from Ch1 to Ch5 can be subtracted from Ch6.

• The range and scale of the setting channel is the same as those of the reference channel which computes the "difference, sum or average" value.

• The range value after computation cannot exceed the maximum range of the instrument.

• For the reference channel, only the voltage, current, thermocouple, RTD, and their scaling ranges can be set.

(Reference channel)

(Setting channel)

(Span input value after difference operation)

(Zero input value after difference operation)

ESC

3sec

ENT

FEED

ENT

FEED

ENT

Display Operation keys Description

[Note]

If an incorrect numeral is entered, , or is displayed. Press the “ENT” key and re-enter a correct numeral.

Page 54

(7)

(Skip)

Set SKIP to the channel for which display and recording are not required. Example) When skipping Channel 6.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

". Press the “ENT” key.

Use the

key to select the desired channel. Press the “ENT” key. Use the

key to select " ". Press the “ENT” key. Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

About Skip

Measurement can be conducted on a skipped channel, however, display, print or alarm assessment cannot be performed. If input is not connected, be sure to short-circuit the measurement terminal.

[Note]

If all channels are set to Skip, is displayed. At least, one channel should be set to Measurement.

ESC

3sec

ENT

Display Operation keys Description

Page 55

7.1.2 Setting the Alarm

Setting items

The following 2 alarm types can be set to each channel. Up to 4 alarm points (4 levels) can be set per channel. Once alarm point is set, the “ALM” lights when PV (process variable) reaches alarm point, and simultaneously, the alarm is printed on the chart paper, indicating an alarm occurrence.

: Upper limit alarm --- When the process variable is higher than the alarm set point,

an alarm is issued.

: Lower limit alarm --- When the process variable is lower than the alarm set point,

an alarm is issued.

Operation

Example) When setting Channel 1 alarm point (Level 1) to the following:

Upper limit alarm, set value of -2.000, Alarm output relay No. 1

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

". Press the “ENT” key.

Use the

key to select the desired channel. Press the “ENT” key. Use the

key to select an alarm level. Press the “ENT” key. Up to 4 levels can be set. Use the

key to select alarm setting ON. Press the

“ENT” key. Setting to "

" displays

" and completes setting.

Use the

key to select an alarm type. Press the “ENT” key. Set an alarm point. Use the

key to shift a digit, and

use the

key to select a numeral. Once setting is completed, press the “ENT” key. A decimal point position is fixed depending on the range.

ESC

3sec

ENT

FEED

ENT

Display Operation keys Description

[Note]

When the “ENT” key is pressed during the alarm point setting process, display will switch to the next setting display.

. . . . .

Setting Channel ON/OFF Level Setting valueType Relay ON/OFF

Relay No.

Option

Page 56

Setting hereinafter is valid only for the model to which an alarm output (option: L H6) has been a dded.

If the option has not been added, press the “ENT” key until "

" is displayed.

Then, press the “ENT” key again. Setting is completed.

When an alarm occurs, the alarm output is issued from the alarm output relay. Use the

key to select alarm output ON and press the “ENT” key. If the alarm output is not used, select OFF and press the “ENT” key.

If the alarm output is set to ON, set the relay number. Use the

key to select a relay number out of 1 to 6,

and press the “ENT” key.

Press the “ENT” key. Setting is completed. To continue to set other channels, press the

key to select a channel, and start setting. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

With Alarm print setting, the channel number is printed even if the tag print has been set.

ENT

Display Operation keys Description

ENT

Page 57

7.1.3 Setting the Unit

Setting Items

Sets the temperature unit for each channel.

Operation

Example) Setting the unit (

) for Channel 1.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ". Then, press the “ENT” key. Use the

key to select the desired channel. Then, press the “ENT” key. Use the

or key to select the 1st character of the code number, and press the “ENT” key. See Character code table on the next page. Set the 2nd character in the same manner.

When the number of unit characters is less than 6, enter the code (

) to finish. Press the “ENT” key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

To change the unit in the range of , or , set the range to .

[Note]

The unit setting is effective only when the range setting is , ,

, and (including the range setting of , and

only when

is selected as a range setting of the reference channel).

For other range settings, the unit is automatically determined according to the range.

ESC

3sec

ENT

FEED

ENT

FEED

ENT

FEED

ENT

(Code No.)

Display Operation keys Description

. . . .

Setting Channel Code No. Char. No.

( ) (

)

End

Page 58

(1) Character code table

2 3 4 5 6 7 A B C D E F

0 SP 0 @ P p

Π π

1 ! 1 A Q a q

A P α ρ

2 " 2 B R b r

B Σ β σ

3 # 3 C S c s

Γ T γ τ

4 $ 4 D T d t

Y δ υ

5 % 5 E U e u

E Φ ε φ

6 & 6 F V f v

Z X ζ χ

7 ' 7 G W

H Ψ η ψ

8 ( 8 H X h x

θ ω

9 ) 9

Y i y

I ι

: J Z j z

K κ

B + ; K [ k {

Λ λ

C , < L

l ｜

M μ D – = M ] m } N ν E . > N ＾ n ￣

Ξ ξ

F / ? O ＿ o

ｏ

Ο o

Setting example) The code number for "C" is "43".

Page 59

7.1.4 Setting the Chart feed speed

Setting Items

Sets the chart feed speed. Select it from the table below.

Table 7.1.4 Chart Speed (Unit: mm/h)

0 1 2 3 4 5 10 15 20 25 30 40 50 60 75 80 90 100 120 150 160 180 200 240 300 360 375 450 600 720 750 900 1200 1500

Operation

Example) When setting the 1st chart feed speed to 1500 mm/h.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

", and press the “ENT” key.

Use the

key to select the 1st chart feed speed,

and press the “ENT” key.

Use the

key to set the 1st chart feed speed, and

press the “ENT” key.

Press the “ENT” key. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

When changing the chart feed speed using the DI function (option: RE6), set the 2nd chart feed speed. If the DI function (option: RE6) is not added, setting of the 2nd chart feed speed becomes invalid.

Setting

1st/2nd Chart feed speed Chart feed speed

ESC

3sec

ENT

Display Operation keys Description

ENT

Display Operation keys Description

FEED

Page 60

7.1.5 Setting the Date and Time

Operation

The following figure describes how to set the date/time of the internal clock.

Example) When setting the date and time to January 1st, 2000, 6:00.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display

", and press the “ENT” key.

Set the year. Use the

key to select a numeral, and

use the

key to shift a digit. Press the “ENT” key. Set the month and day. Operate in the same manner as setting the year.

Set the time (Hour:Minute). Operate in the same manner as setting the year.

Press the “ENT” key. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

Restriction of printing by chart feed speed

When the chart speed is 0mm/h, it’s printed with forcible chart feed. (When the chart feed speed is higher than 120mm/h, the table shown above is not printed.) List Print, Engineering List Print, Manual Print (key), DI Comment print (Asynchronous), DI Date and Time print (Asynchronous), DI Manual print (Asynchronous) and Logging print (Asynchronous) are printed regardless of the chart feed speed.

Print type Chart speed (mm/h)

Alarm occurrence print, Alarm recovery print, Affix print, DI Comment print (Synchronous), DI Date and Time print (Synchronous), DI Manual print (Synchronous)

1 to 100 (mm/h)

Logging print (Synchronous) 10 to 100 (mm/h)

[Note]

If a non-existent date or time is entered, is displayed.

Press the “ENT” key and re-enter a correct numeral.

ESC

3sec

ENT

FEED

ENT

FEED

ENT

FEED

ENT

Display Operation keys Description

Time Setting

ear

Month, Day

Page 61

7.1.6 Copying the Setting Data

Setting Items

The following describes how to copy the setting data of any channel to another cha nnel. The number of the channel to be copied must be bigger than the channel to copy from.

Operation

Example) When copying the setting data of Channel 1 to Channel 2.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ", and press the “ENT” key. Use the

key to select the channel to copy from, and press the “ENT” key. Use the

key to select the channel to copy to, and press the “ENT” key. Press the “ENT” key. To return to the user mode, press the “MENU” key for 3 seconds or longer.

ESC

3sec

ENT

Display Operation keys Description

Setting

Channel to copy from

. . .

Channel to copy to

Page 62

7.1.7 Setting other functions

Other functions can be set as the following.

Setting Items

(1)

(Printing cycle)

Selects a printing cycle from 10, 20, 30, and 60 seconds.

(2)

(Zone recording)

The data for each channel can be recorded separately in another area so as not to be overlapped.

(3)

(Partial compression/expansion)

Records the measured data of the channel, partially compressed or expanded.

(4)

(Digital print)

Specify ON or OFF whether the measured data for each channel is printed or not.

(5)

(Tag) Sets the tag, which is to be printed instead of a channel number, for logging print or manual print. For tag setting, up to 7 characters can be used (select from chara cter co de table on page 57) for each channel.

(6)

(Comment words) Sets the comment word s to be printed by DI function (Option: RE6). There are 3 kinds of comment words and setting u p to 16 characters (select from Character

code table on page 57) for each DI is possible.

Operation

Printing Cycle Zone Recording Partial Compression/Expansion

Digital Print

Tag

Comment Words

Setting

Mode

Page 63

(1)

(Printing Cycle)

Example) Setting the printing cycle to 60 seconds.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ",

and press the “ENT” key. Use the

key to display " ", and press the

“ENT” key. Use the

key to select the printing cycle " ", and press the “ENT” key. Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

(2) (Zone Recording)

Example) Setting the instrument so that Channel 1 zero/span will be recorded at the position of

20 to 50 %.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ,

and press the “ENT” key. Use the

key to display " ", and press the “ENT” key. Use the

key to select the desired channel, and press the “ENT” key. Set a zero point printing position in percentage (%). Use the

key to select a numeral, and use the

key to shift a digit. Press the “ENT” key. Set a span printing position in percentage (%). Operate in the same manner as setting the zero point printing position. Press the “ENT” key. Setting is completed. To return to the user mode, hold down the “MENU” key for 3 seconds or longer.

[Note]

If an incorrect numeral is entered, or is displayed. Press the “ENT” key and re-enter a correct numeral.

ESC

3sec

ENT

Display Operation keys Description

FEED

ENT

ESC

3sec

ENT

FEED

ENT

(Setting of Left-end position)

(Setting of Right-end position)

Display Operation keys Description

Page 64

(3)

(Partial Compression/Expansion)

Example) Setting Channel 1 scale of 0 to 1,000.0

to 500.0 at a boundary point of 30 %.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ",

and press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Use the

key to select the desired channel, and press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Set a boundary point position in percentage (%). Use the

key to select a numeral, and use the

key to shift a digit. Press the “ENT” key. Set a boundary point position to "0500.0". Use the key to select a numeral, and use the

key to shift a digit. Press the “ENT” key. Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

If an incorrect numeral is entered, is displayed. Press the “ENT” key and re-enter a correct numeral.

ENT

ESC

3sec

ENT

FEED

ENT

FEED

ENT

Display Operation keys Description

500.0

1000.0

(0%) (30%)

(100%)

Page 65

(4)

(Digital Print)

Example) Setting logging channel data print to "ON" (print enabled) for all channels.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ",

and press the “ENT” key. Use the

key to display " ", and press the “ENT” key. Use the

key to select the desired channel, and press the “ENT” key. Use the

key to switch from " " to " ", and press the “ENT” key. Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

Repeat the setting for other channels.

[Note]

When the channel for which skip is selected during the range setting is set to ON, " " is printed.

ENT

ESC

3sec

ENT

Display Operation keys Description

Page 66

(5)

(Tag)

Example) Setting "ABCD" for Channel 1.

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ",

and press the “ENT” key. Use the

key to display " ", and press the “ENT” key. Use the

key to select the desired channel, and press the “ENT” key. Set "

" as the 1st character. Use the key to

select a code, and use the

key to shift a digit.

Press the “ENT” key.

Set the 2nd to the 4th characters in the same manner.

Set "

" as the 5th character and press the “ENT”

key.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

When the number of tag characters is less than 7, following the last character, set the " " code. See page 57 for Character code table.

ESC

3sec

ENT

FEED

ENT

FEED

ENT

FEED

ENT

FEED

ENT

FEED

ENT

(Setting of 1st Character)

(Setting of 2nd Character)

(Setting of 3rd Character)

(Setting of 4th Character)

(Setting of 5th Character)

Display Operation keys Description

Page 67

(6)

(Comment Words)

Example) Setting "ON" for Comment 1(

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to display " ",

and press the “ENT” key. Use the

key to display " ", and press the “ENT” key. Use the

key to select a comment number.

Display "

" and press the “ENT” key.

Set "

" as the 1st character. Use the key to

select a code, and use the

key to shift a digit. Press the “ENT” key. Set "

" as the 2nd character. Operate in the same manner as setting the 1st character.

Set "

" as the 3rd character. Operate in the same manner as setting the 1st character.

Repeat the setting up to 16th characters.

Press the “ENT” key. Setting is completed. To return to the user mode, press the “MENU” key for 3 seconds or longer.

[Note]

• When the number of tag characters is less than 16, following the last character, set the " " code. See page 57 for Character code table.

• When DI (option: RE6) is not designated, comment print does not function. Do not set the comment setting.

ENT

ESC

3sec

ENT

FEED

ENT

FEED

ENT

FEED

ENT

(Setting of the 1st Character)

(Setting of the 2nd Character)

(Setting of the 3rd Character)

(Setting of the 9th Character)

(Setting of the 10th Character)

(Setting of the 11th Character)

(Setting of the 16th Character)

Display Operation keys Description

Page 68

7.2 Setting the Engineering Mode

Key Operation to Enter the Engineering Mode

Press the “MENU” key for 3 seconds or longer to enter the setup mode. Use the

key to select " ", and press the “ENT” key to display "0000".

Use the

key to alter a numeral, and the key to shift a digit. Enter the password "2222",

then press the “ENT” key. "

" will be flashing.

Press the “ENT” key. After reset, the mode becomes the engineering mode.

The following shows a display map of the Enginneering mode. Use the

key to operate.

• 7.2.1 Alarm Hysteresis

• 7.2.2 Burnout ON/OFF

• 7.2.3 Channel Offset

• 7.2.4 Reference Junction Compensat i on

Setting

ON/OFF

Sets the hysteresis width

Cancels the hysteresis width

Setting

Channel

ON/OFF

Sets burnout

Cancels burnout

Internal Compensation External Compensation External Channel Input Compensation

Setting Channel Function

Enters an offset value

Setting Channel OFFSET

WARNING

When calibrating data, connect the equipment written in Section 9.5 of the instruction manual

Data calibration must be performed correctly. Operators possessing knowledge of electricity and control related matters should perform the calibration after careful reading the Sections 7.2 and 9.5 of the instruction manual

(Shinko Technos Co., Ltd. is not liable for any damages incurred if calibration is performed other than described in the instruction manual.)

Page 69

• 7.2.5 Changing the Printing Color

• 7.2.6 Settings Related to Recording

• 7.2.7 Setting the Communication Function

• 7.2.8 Initializing the Setup Data

• 7.2.9 DI Functions

• 7.2.10 Temperature Unit selection

Purple

Red

Green

Blue

Brown

Black

Setting Channel COLOR

Setting

Setting the Communication Function Local Address Communication speed Data Length Parity Bit Stop Bit

Setting

ES/NO

Setting Function

Recording start/stop INT/EXT selection Tag/channel print selection Alarm print ON/OFF Logging print ON/OFF Scale print ON/OFF Logging print Synchronous/Asynchronous print selection

Setting

Centigrade Unit

Fahrenheit Unit

Temp Unit

No function

Recording start/stop

Chart feed speed selection Comment 1 print (Synchronous) Comment 2 print (Synchronous) Comment 3 print (Synchronous) Manual print (Synchronous) Date and time print (Synchronous) Comment 1 print (Asynchronous) Comment 2 print (Asynchronous) Comment 3 print (Asynchronous) Manual print (Asynchronous) Date and time print (Asynchronous)

Setting DI No. Function

Page 70

• 7.2.11 Point Calibration

• 7.2.12 Data Calibration

• 7.3 Terminating the Engineering Mode

Table 7.2 Default value of the engineering mode

Setting items Default value Remarks Alarm hysteresis ON (0.5%) Burnout (all channels) OFF Channel offset (all channels) 0.0 RJC (all channels) Internal compensation INT

Dot print color (Ch1 to Ch6)

Purple(1), Red(2), Green(3), Blue(4),

Brown(5), Black(6) REC record RUN/STOP trigger Channel/Tag print Alarm print Logging print Logging printing interval Logging print reference time Logging print scale print Logging print Sync/Async

INT

OFF

00:00

OFF

Sync (Synchronous)

Use the “REC” key

COM (communication) Address Communication speed Data length Parity bit Stop bit

9600

8bit

None

1bit DI function (Ch1 to Ch3) OFF

Temperature unit (centigrade unit)

Setting

Zero point calibration Span point calibration

Hysteresis at left/right move (Factory adjustment item)

Ribb on select calibration (Factory adjustment item)

Function

[Note]

Upon termination the Engineering mode, if " " is selected and the power was turned off without selecting "

", the setting will become invalid.

For "

" operation, see Page 81.

Setting Function

Voltage calibration RTD (Resistance temperature detector) calibration Internal reference junction compensation calibration

Setting Function

Saves the setting value Can cels the setting value

Page 71

7.2.1 Alarm Hysteresis

0.5% hysteresis can be set as a value upon alarm activation and alarm recovery. (Common to all

alarms)

Example) Turning alarm hysteresis OFF.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to display " ", and press the

“ENT” key.

7.2.2 Burnout ON/OFF

Setting Burnout High (to deflect the recording over the span) for each channel is possible. Example) Setting Burnout High for Channel 4.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to display " ", and press the

“ENT” key. Use the

key to select " ", and press the “ENT”

key.

7.2.3 Channel Offset

For channel offset setting, set the value to be added to an actual process variable. Input value canbe set from -19999 to 99999. Example) Setting the value (3.0) to be added to Channel 3.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Use the

key to alter a sign/numerical value or shift

a decimal point. Use the

key to shift a digit. Once the numerical value is determined, press the “ENT” key.

ENT

Display Operation keys Description

ENT

Display Operation keys Description

ENT

FEED

ENT

Display Operation keys Description

Page 72

7.2.4 Reference Junction Compensation

The following describes how to compensate an electromotive force generated between a thermocouple wire or compensation lead wire and a terminal. The re are 3 compensating methods as follows:

• A method of compensation using the built-in temperature sensing element (INT: Internal compensation)

• A method of compensation by keeping an external compensator’s temperature constant (EXT: External compensation)

• A method of compensation by one input for the recorder temperature which receives from external junction box. (CH: Channel input compensation)

For this recorder, Internal compensation (INT) default value has been set. Example) Setting the external compensator’s temperature constant voltage for Ch6 to 391

(Thermocouple T input, external compensator’s compensating temperature 10

Electromotive force input 391

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key Use the

key to select " ", and press the

“ENT” key. Use the

key to select " ", and press the “ENT” key. Use the

key to alter a numerical value, and the

key to shift a digit. Once the numerical value is determined, press the “ENT” key. Once setting is completed, the recorder will return to the Channel setting mode.

ENT

FEED

ENT

Display Operation keys Description

Page 73

Example) When Channel 1 input compensates Channel 6 reference junction.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the

“ENT” key. Use the

key to select " ", and press the “ENT”

key. Use the

key to select " ", and press the “ENT” key. Once setting is completed, the recorder will return to Channel setting screen.

7.2.5 Changing the Printing Color

Set a printing color for each channel. Example) Setting the black color as a printing color.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key.

Use the

key to display " ", and press the “ENT” key. Once setting is completed, the recorder will return to Printing Color Setting screen.

ENT

Display Operation keys Description

ENT

Display Operation keys Description

FEED

ENT

Page 74

7.2.6 Settings Related to Recording

Recording start/stop trigger, tag/channel print, alarm print, logging print, and scale print ON/OFF can be set.

(1) Trigger setting for recording start/stop

Sets whether the recording start/stop trigger should be performed by the “REC” key or by the DI. Example) Setting DI as a recording start/stop trigger.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the

“ENT” key. Use the

key to display " ", and press the

“ENT” key. Once setting is completed, the recorder will return to Recording Start/Stop Setting screen.

(2) Tag/channel print selection

In the case of logging print or manual print, this sets either a tag print or a channel print. Example) Setting the tag print.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the

“ENT” key. Use the

key to display " ", and press the “ENT” key. Once setting is completed, the recorder will return to Tag/Channel Setting screen.

[Note]

When " " is displayed, the “RUN/STOP” key does not function. Set DI to “ ”. See DI functions on page 77.

Display Operation keys Description

ENT

Display Operation keys Description

ENT

FEED

ENT

Page 75

(3) Alarm print ON/OFF

Sets the alarm print ON/OFF.

When ON1, prints the alarm occurring and the alarm recovering. When ON2, prints only the alarm occurring.

Example) When setting both the alarm occurring and the alarm recovering.

Enter the engineering mode (See the key operation on page 67). Use the

key to display “ ”, and

press the “ENT” key. Use the

key to select “ ”, and press the

“ENT” key. Use the

key to display “ ”, and press the “ENT” key. Once setting is completed, the recorder will return to the Alarm Print Setting screen.

(4) Logging print ON/OFF

Sets the logging print ON/OFF. In the case of logging print ON, this sets the print start time and print interval. Example) When setting the logging print to start at 18:00 every day.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the

“ENT” key. Use the

key to display " ", and press the “ENT” key. Use the

key to alter a numeral, and key to shift a digit. Then, set the time and press the “ENT” key. Use the

key to display " ", and press the “ENT” key. (Select from 10min, 15min, 20min, 30min, 1H, 2H, 3H, 4H, 6H, 8H, 12H and 24H) Once setting is completed, the recorder will return to the Logging print Setting screen.

ENT

Display Operation keys Description

ENT

FEED

ENT

(Print Start Time)

(

Interval)

Display Operation keys Description

Page 76

(5) Scale print ON/OFF

Set scale print to ON/OFF. Example) Setting the Scale print to OFF.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the

“ENT” key. Use the

key to display " ", and press the “ENT” key. Once setting is completed, the recorder will return to the Scale Print Setting screen.

(6) Logging print Synchronous/Asynchronous

Sets logging print to synchronous print/asynchronous. Example) Setting logging print to synchronous.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the

“ENT” key. Use the

key to display " ", and press the “ENT” key. Once setting is completed, the recorder will return to the Logging print Sync/Async Setting screen.

ENT

Display Operation keys Description

ENT

Display Operation keys Description

Page 77

7.2.7 Setting the Communication Function

Sets Local Address, Communication speed, Data Length, Parity Bit, and Stop Bit. Example) Local Address: 02, Commu nication speed: 1200bps, Data Length: 7 bits,

Parity Bit: even, Stop Bit: 2 bits.

Enter the engineering mode (See the key operation on page 67). Use the

key to display “ ”, and

press the “ENT” key. Use the

key to display " ", and press the

“ENT” key. (Select from

to )

Use the

key to display " ", and press the

“ENT” key. (Select from 1200, 2400, 4800, 9600) Use the

key to display " ", and press the “ENT” key. (Select 7 bits or 8 bits)

Use the

key to display " ", and press the “ENT” key. (Select from EVEN, ODD and NONE)

Use the

key to display " ", and press the “ENT” key. (Select 1 bit or 2 bits) Once setting is completed, the recorder will return to Communication Function Setting screen.

7.2.8 Initializing the Setup Data

The setup data reverts to the default value. Since this function initializes all setup data, take care when executing this function. Calibration data is not initialized. Example) Initializing the Setup Data.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ",

and press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Initialization is completed.

ENT

Display Operation keys Description

ENT

Display Operation keys Description

ENT

Page 78

7.2.9 DI Functions

Allocates functions to 3 DIs. There are 12 DI functions as follows.

Example) Setting comment print 3 for DI3

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key.

Use the

key to display " ", and press the “ENT” key. Once setting is completed, the recorder will return to the DI3 Function Setting screen.

7.2.10 Temperature Unit selection

Sets the temperature unit. Example) Setting the temperature unit to Fahrenheit.

Enter the engineering mode (See the key operation on page 67). Use the

key to indicate " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Once setting is completed, the recorder will return to the Temperature Unit Setting screen.

[Note]

Although DI synchronous does not print in STOP status, DI asynchronous prints in STOP

status.

Be sure to set to OFF when DI function (Option: RE6) is not designated.

Do not set any setting except for OFF.

ENT

Display Operation keys Description

ENT

Display Operation keys Description

No function : Manual print (Sync.) :

(Positive edge: running start)

Manual Print (Async.) :

(Positive edge: running start)

RUN/STOP trigger function :

(ON: RUN, OFF: STOP)

Date/Time Print (Sync.) :

(Positive edge: running start)

Date/Time Print (Async.) :

(Positive edge: running start)

Chart feed speed selection :

(ON: Spd-1, OFF: Spd-2)

Comment print 1 to 3 (Sync.) :

, , (Positive edge: running start)

Comment print 1 to 3 (Async.) :

, , (Positive edge: running start)

[Note]

If the temperature unit is changed, all setup data will revert to default values.

Page 79

7.2.11 Point Calibration

Calibrates a dot printing position.

：Calibration of the zero point position ：Calibration of the span point position

Example) Calibrating the zero point.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key. The instrument starts to feed and print the chart pap er. With the

(left move) and (right move), adjust the 0mm position of the chart paper and the recording position. Press the “ENT” key . Display indicate s the set counter value. Once setting is completed, the recorder will return to the Zero Point Calibration screen.

Example) Calibrating the span point.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the ”ENT” key. Use the

key to select " ", and press the “ENT” key. The instrument starts to feed and print the chart pap er. With the

(left move) and (right move), adjust the 100mm position of the chart paper and the recording position. Press the “ENT” key. Display indicates the set counter value. Once setting is completed, the recorder will return to the Span Point Calibration screen.

Display Operation keys Description

[Note]

Point calibration “ ” and ” ” are setup item before shipment. Do not change the setup value.

Display Operation keys Description

ENT

FEED

ENT

FEED

Page 80

7.2.12 Data Calibration

Calibrates the voltage, RTD(resistan ce temperature detector), an d referen ce junction co mpensatio n.

: Calibration of the voltage : RTD (Calibration of the resistance temperature detector) : Calibration of reference junction compensation

Example) alibrating the voltage at Channel 1.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Selects the channel where an instrument for calibration such as an mV generator is connected, and then, press the “ENT” key. Enter 0mV. After 30 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 15mV. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 25mV. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 35mV. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 55mV. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 200mV. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 1V. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 5V. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 10V. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key.

If the calibration is correct, select "

" with the key, and if incorrect, select " " with the key. Then, press the “ENT” key.

[Note]

For calibration of voltage input, calibrate only one channel.

ENT

Display Operation keys Description

Page 81

Example) When calibrating the RTD at Channel 2.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key . Select the channel where th e instrument for calibration such as dial resistor is connected and then, press the “ENT” key.

Enter 100

. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 150

. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key. Enter 300

. After 10 seconds, make sure that the ALM lamp is unlit and press the “ENT” key.

If the calibration is correct, select "

" with the key, and if incorrect, select " " with the key. Then, press the “ENT” key.

[Note]

When calibrating RTD for a channel, short-circuit the other channels except the calibrating channel. RTD calibration is required for every channel.

[Note]

During calibration, the ALM lamp displays the following conditions. (1) When the ALM lamp is unlit: (2) When the ALM lamp is flashing:

The calibration is within range. Assessing the input value.

(3) When the ALM lamp is lit: The calibration is not within range. Make sure that the connection is proper and input is correct.

REC

CH.No

REC

CH.No

REC

CH.No

: The lamp is unlit. : The lamp is lit.

ENT

Display Operation keys Description

Page 82

Example) Setting the terminal temperature for Channel 1.

Enter the engineering mode (See the key operation on page 67). Use the

key to display " ", and

press the “ENT” key. Use the

key to select " ", and press the “ENT” key. Select the Channel to set, and press the “ENT” key. Measures and displays the current terminal temperature. Press

the “ENT” key, and the display turns to temperature setting. Use the

key to alter a numeral, and key to shift a digit. Then, press the “ENT” key. See 9.5 (3) Calibration of Reference Junction Compensation. If the calibration is correct, select "

" with the key, and if incorrect, select " " with the key. Then, press the “ENT” key.

7.3 Terminating the Engineering Mode

Example) The following describes how to save the setting data.

Use the

key to display " ", and press the

“ENT” key. Use the

key to select " ", and press the “ENT” key. The settings of the engineering mode have been saved. Recording starts under the new settings.

[Note]

When calibrating the terminal temperature, select a channel to calibrate from channel 1 to channel 3, and select another channel from channel 4 to channel 6. Calibrate these channels separately.

[Note]

When terminating the Engineering mode, if " " is selected and the power was turned off without selecting "

", the settings will become invalid. Selecting " "

invalidates the settings, and starts recording under the previous settings.

ENT

Display Operation keys Description

ENT

Display Operation keys Description

ENT

FEED

Page 83

8. COMMUNICA TION

8.1 General Description

8.1.1 General Description of Functions

This Recorder has the following communication functions: (1) Process variable output Process variable, alarm status, etc. (2) Setting value output Reading the setup data such as a range and chart feed speed. (3) Setting value input Writing the setup data such as a range and chart feed speed. (4) Recorder control (Partial) Switching to print, recording start/stop and changing display. For functions (2) to (4), see the separate volume “Communication Command Manual”. The engineering mode cannot be set by communication function.

8.1.2 Transmission Specifications

(1) Communication system : Start-stop synchronous, half-duplex communications (2) Connection : One-to-one(RS-232C), One-to-N(RS-485); N = 1 to 32 (3) Communication speed : 1200, 2400, 4800 or 9600 bps (4) Start bit : 1 bit (5) Stop bit : 1 or 2 bits (6) Parity : Even, Odd or None (7) Data length : 7 or 8 bits

8.1.3 Data structure

(1) Character structure

In order to send 1 data (byte) in start-stop synchronous communication, the following data format is assumed.

Start Bit (1) + Data Bit (7 or 8) + Parity Bit (1) + Stop Bit (1 or 2)

(2) Data format

The communication data is sent with data terminators added to multiple characters. Upon receiving these terminators, the recorder starts analyzing the communication data.

B C CR LF

Terminator

1 Character

Page 84

(3) Error Detection

If the recorder receives data as a result of a signal error such as parity error and framing error due to noise or hardware problems, this data will be ignored. Consequently, a data format error will result, as the data was not sent in the normal data format. That command will not be executed in the receiving function, and no response will be resulted in the transmitting function. The data format error status can be confirmed by the ESC S command (described later).

(4) Control codes

ESC: 1B HEX (hexadecimal)

This code is used for an escape sequence such as opening/closing the link. This code cannot be treated as a part of the text data.

CR: 0D HEX (hexadecimal)

This data is added to the end of the text data together with the LF data. This code cannot be treated as a part of the text data.

LF: 0A HEX (hexadecimal)

This data is added to the end of the text data together with the CR data. This code cannot be treated as a part of the text data.

8.2 Opening/Closing the Link

To communicate with the recorder, a connection between the host computer and the recorder must be established. In the case of one-to-N communications, it is necessary to inform each recorder to which recorder the text is being sent. If a link open command is sent to multiple recorders through their sending function, all recorders which have received the command will send data. As a result, normal data cannot be received.

8.2.1 Open Command

(ESC)O

01 (CR)(LF)

Address (01 to 32)

Space (20 Hex.) To communicate with the recorder, the host computer must issue this command and must memorize that it has issued this command.

8.2.2 Close Command

(ESC)C

01 (CR)(LF)

Address (01 to 32)

Space (20 Hex.) When sending data to the recorder to which the open command has not been issued, the host computer must issue this command to the reocrder to which the open command has been issued.

Page 85

8.3 Outputting the Process Variable

8.3.1 Specifying the Process Variable Output

TS0(CR)(LF)

Once this command is received, the recorder transfers the process variable to the transmission buffer when the (ESC) T command is received.

8.3.2 Updating the Data

(ESC)T(CR)(LF)

Once this command is received, the recorder transfers the updated process variable to the transmission buffer.

8.3.3 Specifying the Process Variable Output Order (At BINARY Mode Output)

BO0(CR)(LF) Outputs start from the upper byte.

BO1(CR)(LF) Outputs start from the lower byte.

The recorder outputs from the lower byte, unless otherwise specified.

8.3.4 Outputting the Data

FM0, S

CH, E CH Specifies the ASCII mode output.

FM1, S

CH, E CH Specifies the BINARY mode output.

CH: Output start channel 01 to 06

CH: Output end channel 01 to 06

When the number of channel is 1, specify (S_CH) = (E_CH). “_” means Space.

Page 86

8.3.5 Process Variable Transmission Format (ASCII)

DATE (YY) (MM) (DD) (CR) (LF) Date

Year Month Day

TIME (HH) (MM) (SS) (CR) (LF) Time

Hour Minute Second

(DS1) (DS2) (ALM1) (ALM2) (ALM3) (ALM4) (UNIT 1 to 6) (CHNo.), (DATA) (CR) (LF)

(1) DS1: Data information 1 (1 byte)

N: Normal D: Difference computation data S: Sum computation data M: Average computation data R: Square root computation data C: Decade computation data S: Skip (All data: Space)

(2) DS2: Data information 2 (1 byte)

E : Final data _(Space) : Other data

(3) ALM 1 to 4: Alarm information (1 byte each, 4 bytes in total)

H : Upper limit alarm L : Lower limit alarm _(Space) : Alarm OFF or alarm setting OFF

(4) UNIT 1 to 6: UNIT (6 bytes)

Returns the setting unit with codes. (When sending the 7-bit data, 1 bit information is omitted.)

(5) CHNo.: Channel number (2 bytes)

01 to 06

(6) DATA : Process variable

Sign (1 byte) : “+” or “–“ Data mantissa section (6 bytes): 00000 to 99999 Data exponent section (4 bytes): E (Sign: 1 byte) (Multiplier: 2 bytes) <Example> +99999E

Page 87

8.3.6 Process Variable Transmission Format (BINARY)

Output bytes (2 bytes): 5 x n (specified number of channels)+6

(1) Date and time (6 bytes):

Year : 00H to 63H (00H for the year 2000)

Mouth : 01H to 0CH

Day : 01H to 1FH

Hour : 00H to 17H (24-hour system)

Minute : 00H to 3BH

Second : 00H to 3BH

(2) Process variable (5 bytes): CHNo. (1 byte): Channel number 01H to 06H

A1 to A4 (2 bytes): Alarm type activated at each alarm level 1: Upper limit alarm 2: Lower limit alarm 0: Alarm OFF or alarm setting OFF

Example) Bit Sequence.

LEVEL2H LEVEL1H LEVEL4H LEVEL3H

LEVEL2L LEVEL1L LEVEL4L LEVEL3L LEVELxH: Upper limit alarm bit at the alarm level x LEVELxL: Lower limit alarm bit at the alarm level x

DATA1, DATA2 (2 bytes): Process variable

-32000 to + 32000 (2-byte hexadecimal data) The higher and lower bytes can be reversed by the BO command. If Skip is specified, 8080H will be outputted.

0010000100010010

Output bytes Date and time Process variable 1 Process variable 6

CHNo. A2 A4A1 A3 DATA1 DATA2

[Note]

(1) Output data over -32000 to +32000 constitutes overflow. The overflow 7E7E is output on

the plus side, and 8181 is output on the minus side (Excluding the Decade channel).

(2) Irrespective of the BO command, data output of the Decade channel is as follows.

The upper byte outputs a mantissa (10 to 99). The lower byte outputs an exponent (-19 to 19). A decimal point position is fixed on the 1st digit.

2 3 4 5 6 1

Page 88

8.4 Outputting the Unit and Decimal Point Position Data

8.4.1 Specifying the Unit and Decimal Point Position Data Output

TS2(CR) (LF) Once this command is received, the recorder transfers the unit and decimal point position data to the transmission buffer, when the (ESC) T command is received.

8.4.2 Updating the Data

(ESC)T(CR) (LF) Once this command is received, the recorder transfers the updated unit and decimal point position data to the transmission buffer

8.4.3 Outputting the Data

LF, S

CH, E CH S CH: Output start channel 01 to 06 E

CH: Output end channel 01 to 06

When the number of channel is 1, specify (S_CH) = (E_CH). “_” means Space.

8.4.4 Data Format

(DS1)(DS2)(CHNo.) (UNIT1 to 6)(DP)

(1) DS1 : Data information 1 (1 byte)

N : Normal D : Difference computation data S : Sum computation data M : Average computation data R : Square root computation data C : Decade computation data S : Skip (All data: Space)

(2) DS2 : Data information 2 (1 byte)

E : Final data

(Space) : Other data (3) CHNo.: Channel number (2 bytes); 01 to 06 (4) UNIT 1 to 6: UNIT

Returns the set unit with codes. (When sending the 7-bit data, 1 bit information is omitted.)

(5) DP: Decimal point information (1 byte); 0 to 4

[Note]

Depending on the range setting, a decimal point position may differ from that of the display screen.

Page 89

8.5 Outputting the Status

If the open-link recorder has a data error on its link, it will save the error as a communication error in the internal status area. The (ESC S) command reads this status. Issuing the command clears the on-going error.

8.5.1 Status Output Command

ESC S(CR) (LF)

Upon receiving this command, outputs will be the status of commands received so far.

8.5.2 Status Output

XX: 00 to 19

Table 8.5.2 Status output list

Status factor

Status output

A/D END Syntax error Chart paper-empty

ER 00 CRLF ER 01 CRLF O ER 02 CRLF O ER 03 CRLF O O ER 04 CRLF ER 05 CRLF O ER 16 CRLF O ER 17 CRLF O O

ER 18 CRLF O O

ER 19 CRLF O O O

O: Factor by which the status is ENABLED.

A/D END : This occurs when AD conversion is completed. Syntax error : This occurs during a communication error or a command error. Chart paper-empty : This occurs when chart paper-empty is detected.

(When chart paper-empty option has been added.)

E R X X CR LF

Page 90

8.6 Data Reception Example

Host Computer Recorder

Open Command

Process Variable Output Designation Command (TS0)

Data Update Command (ESC T)

Data Output Request Command (FM)

Process Variable Output Order Designation (BO); BINARY Mode only

Close Command

Open the Link

Prepares For the Process Variable Output

Prepares the Update Data

Sends the Update Data

Determines the Process Variable Output Order

Closes the Link

Send once to the recorder. Then, it is not necessary to send it any more.

Send to the recorder every time.

Sends the command when sending to another recorder.

Send the command to the recorder to which data transmission starts.

Page 91

9. MAINTENANCE

Check the following items in order to use this instrument effectively.

 Inspection  Cleaning  Replacing Consumables  Adjustment of the Dot Printing Position  Calibration

9.1 Inspection

Inspect the condition of operation periodically for effective use. When any defect is found, see Chapter “10. Troubleshooting”.

Check whether trend recording is deflected. Check whether the recording indication is proper.

• Check whether there are any large errors in indicated values or dot printing position.

• Check whether there is improper dot printing.

• Check whether there are any blurred dot printing or printout.

• Check whether printout is proper. Check whether the chart paper is fed properly.

• Check whether the chart paper is folded properly.

• Check whether the feed holes in the chart paper are torn off or broken.

• Check whether the chart speed is normal. Check whether there are any abnormal sound.

9.2 Cleaning

Many parts of this instrument are made of plastic. Use a dry cloth to wipe the parts clean.

[Note]

Do not use any organic solvents.

Page 92

9.3 Replacing Consumables

Replace consumables according to the following list.

No. Name Type Period Remarks Quantity

1 Chart paper H-10100 33 days

When chart feed speed is 20mm/h

2 Ribbon cassette

WPSR188A000001A 3 months

When chart feed speed is 20mm/h

9.4 Adjusting Dot Printing Position (Point Calibration)

The following describes how to adjust a printing position on the chart paper. It is advised to adjust recording position annually for accurate recording.

How to Adjust

It is unnecessary to enter the reference. Leave the recorder as it is, and adjust it according to the instructions in 7.2.11 Point Calibration. (See page 78)

9.5 Calibration (Data Calibration)

Calibrate a process variable input every year in order to keep measurement accurate.

Devices required for calibration

 Precision voltage (current) generator (Jointly use a digital voltmeter with accuracy of

0.02 % or less as required)

 Precision dial resistor

[Note]

(1) When recording with a ribbon, a dot printing color phases out. To ensure clear recording,

replace the ribbon cassette as soon as possible.

(2) Use the ribbon cassette within one year after its purchase. Due to evaporation of ink,

printing color phases out over time.

[Note]

Prior to calibration, allow for at least 30 minutes warm-up after switching the power on.

Page 93

(1) Calibration of Voltage

Conduct calibration in the case of voltage, current or thermocouple input. For thermocouple input, calibrate reference junction compensation together.

Calibrate the voltage according to the instructions in Section “7.2.12 Data Calibration” (Calibration of the voltage).(See page 79)

(2) Calibration of RTD (Resistance temperature detector)

Calibrate RTD according to the instructions in Section “7.2.12 Data Calibration” (Calibration of the RTD). (See page 80)

[Note]

The dispersion of resistance for each wire must be 6 m or less. Calibrate RTD at ev ery channel. Short-circuit the input terminals except calibrating channels.

[Note]

(1) Calibrate at any one channel. (2) When a shunt resistor is attached to the input terminal block in the case of current input,

detach it prior to calibration.

irin

Precision Voltage (Current) Generato

Digital Voltmeter

HR-706 Recorder Input Terminals

Precision Dial Resisto

HR-706 Recorder Input Terminals

Wiring

Page 94

(3) Calibration of Reference Junction Compensation

Calibrate the reference junction compensation in the case of thermocouple input.

Example) Connecting the input to Channel 1, and setting the calibration when the thermocouple

input value (RMC measurement) is -0.5

(input 0 ), and the measured RJC

temperature is 24.5

1) Check the Process variable when impressing 0.000mV±2

V to Channel 1 by the

voltage generator beforehand. (In this example, it is -0.5

2) Check the terminal temperature of Channel 1 at the data calibration in the engineering mode (Reference junction compensation). (In this example, it is 24.5

3) Set the value which is added the difference (0.5

) to the true value as a correct RJC

temperature.

[24.5 – (–0.5)=25.0

] Calibrate RJC according to the instructions in 7.2.12 Data Calibration (Calibration of reference junction compensation).(See page 81)

Freezing Point

Cold Junction

Compensator

(Iced Water)

Precision

Voltage(Current)

Generator

HR-706 Recorder Input Terminals

Digital Voltmeter

+ +

Be sure to attach terminal covers.

Thermocouple wires or Compensation lead wires

Copper wires

Wiring

[Note]

(1) This calibration is conducted when compensation by the recorder's built-in temperature

sensing element (INT: internal compensation) is selected as a reference junction

compensation method. (2) Wire Channel 1 and Channel 4 to calibrate. (3) After wiring, attach the terminal covers and wait for 5 minutes or longer, then calibrate it.

Calibration

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10. TROUBLESHOOTING

10.1 Troubleshooting

10.1.1 Problems

10.1.2 When the Recorder does not Work at all

Problems

Does not work at all

Major error

Recording error

Chart paper feed error

Trend recording is deflected Nothing is printed at all Faint printing

Flowchart 1 (Page 94)

Chart paper is not fed at all Improper feed Inaccurate feed rate

Flowchart 2 (Page 95)

Flowchart 3 (Page 95) Flowchart 4 (Page 96) Flowchart 5 (Page 96)

Flowchart 6 (Page 97) Flowchart 7 (Page 97)

Contact our dealer where you purchased the instrument, o

our sales representative.

Remedy

Flowchart 1

Does not work at all

Power terminal

connected

properly?

Power supplied

properly?

Power turned on?

Turn on the power

Connect properly (See 4.1 on Page 15)

Supply the power properly

85 to 264V AC 45 to 65Hz

YES

Contact our dealer where you purchased the instrument, or ou

sales representative.

Page 96

10.1.3 When there is a Major Error

10.1.4 When the Trend Recording is deflected

Flowchart 2

Major error

Scaling setting

proper?

Calibration

correct?

Calibrate again. (See 9.5 on Page 91)

Set it properly. (See 7.1.1 on Page 46)

Zero/span position of chart pape

prop

er?

YES

Calibrate again. (See 7.2.11 on Page 78)

(Dot printing error)

Contact our dealer where you purchased the instrument, or our sales representative.

Display or printed

value matches dot

rinting value?

Flowchart 3

Trend Recording is Deflected (0 or 100%

)

Input signal wiring

correct?

Wire it correctly. (See Section 4.2

on Pa

e 17 and 18

)

(Sensor burnout, etc)

Input value and

signs (+/-) are

correct ?

Range and scale

setting proper?

YES

Input them correctly. (See Section 4.2 on Page 17 and 18)

Set them correctly. (See Section 7.1.1 on Page 43)

Contact our dealer where you purchased

the instrument, or our sales representative.

Page 97

10.1.5 When nothing is recorded

10.1.6 When Printing is Faint

Flowchart 4

No printing at all

Ribbon cassette

set properly?

Error message

displayed?

See 10.2 on Page 98.

YES

Select the RUN mode (See 2.2.2 on Page 11)

Set it properly. (See 5.2 on Page 29)

Ribbon fed

properly?

YES

Replace the ribbon cassette. (See 5.2 on Page 29)

(See 6.4 on Page 34 to 37)

YES

RUN mode

selected?

Digital printout

enabled?

Contact our dealer where you purchased the instrument, or our sales re

resentative.

Flowchart 5

Faint printing

Ribbon ink

shortage?

YES

Ribbon fed

prop

erly?

YES

Replace the ribbon cassette. (See 5.2 on Page 29)

Contact our dealer where you purchased the instrument, or ou

sales representative.

Page 98

10.1.7 When the Chart Paper is not fed at all

10.1.8 When the Chart Paper is not fed properly

Flowchart 6

No chart paper is fed

Chart holder set

properly?

YES

Set it properly.

(See 5.1 on Page 23)

Chart paper fed

FEED key?

DI contact for

remote operation

OFF?

lter chart paper feed

start/stop setting. Turn on the DI contact.

(See 7.2.9 on Page 77)

YES

Contact our dealer where you purchased the instrument, or ou

sales representative.

Flowchart 7

Chart paper feed improper

Chart cover

locked properly?

Chart paper set

properly?

Chart guide

attached

properly?

ttach properly.

(See 5.1 on Page 23)

YES

Lock properly. (See 5.1 on Page 23)

Used in adequate

environment?

Set properly. (See 5.1 on Page 23)

Secure an adequate environment. (See 11.1.5 on Page

101)

YES

Contact our dealer where you purchased the instrument, or ou

sales representative.

Page 99

10.2 Self Diagnosis Function (ERROR)

This instrument always diagnoses itself on the items listed in the T able 10.2.1 below. When an error is found after self diagnosis, a relevant error number is displayed.

10.2.1 Self diagnosis Items

Table 10.2.1 List of Diagnosis Items

Type

Error

message

Part Diagnosis Remedy

Zero point sensor

Zero point position of servomotor cannot be detected.

ADC

AD conversion end error, Initialization error

IC for clock

The clock battery is used up [Note 1]

WDT Watchdog timer error

EEP WRITE Non-volatile memory Writing error

EEP READ1

Non-volatile memory Reading error (Setup data)

EEP READ2

Non-volatile memory Reading error (Engineering data)

Hard ware error

EEP READ3

Non-volatile memory Reading error (ADC Calibration data)

Contact our dealer where you purchased the instrument or our sales representative.

Area error

Input value is outside of the setting range.

Time error Clock time setting error

Setting range error

Setting the channel (CH1) to which sum/difference/average operation cannot be set.

Area error Span L Span R Area error Scale L Scale R

Area error

Zone L

Zone R or

Zone R–Zone L is less than 5mm.

Reference channel setting error

The reference channel range of the sum/difference/average operation is not for Volt, TC, RTD and SCALE.

Operation error

All channels skip error

Setting all channels to Skip

Set properly

Other

Calibration value input error

Not calibrated with the specified input.

Calibrate it with a correct input.

[Note 1] The battery life lasts approx.10 years, however, this is subject to the type of environment

in which it is used.

Page 100

10.2.2 Error Display

 When multiple errors occur, their serial error numbers are automatically displayed.  When an error is recovered, the error display can be canceled by pressing the “REC” key.

CAUTION

While an error is indicated, Auto, Manual and Data/Time are not indicated.