HYBRID RECORDER

HR-706(DOT PRINTING)
INSTRUCTION MANUAL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 understand this instruction
manual thoroughly before using the instrument.
This instrument should be used in accordance with the instructions described in the manual. If it is not usedaccording to the instructions, it may malfunction or its protection function will be compromised.
The symbols below are used on this instrument for caution information.

Symbols used on the instrument
This indicates “Caution”. Please refer to the instruction manual when handlingparts with this symbol for protection of both the human body and 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 whichhave a risk of electric shock.
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.
This is cautionary information for correct use of the instrument.
Be sure to read this.

[Note][Reference]

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

Be sure to observe the following warnings/cautions and those written in thismanual in order to ensure safety when using this instrument.

WARNING
GeneralProtective Grounding

Power Source

Working Environment

Input and Output Wiring(1) In order to prevent electric shock, be sure to disconnect this instrument fromthe main power source when wiring it.
(2) When this instrument is incorprated in a system, and if the system is expected
to be affected by malfunction from the recorder or external factor, takepreventive measures to secure the safety of the system.
(3) Take measures so that foreign objects cannot enter the opening section.
(1) In order to prevent electric shock, be sure to provide protective grounding
prior to turning on this instrument.
(2) Do not cut protective grounding conductors or disconnect protective grounding.
(1) Make sure that the supply voltage for this instrument conforms to thevoltage of the supply source.
Rated power supply: 10 to 240 V AC
Allowable voltage fluctuation: 85 to 264 V AC
Power frequency: 50/60 Hz
Power consumption: 30 VA max.
(2) Attach protective covers prior to turning on this instrument.
(3) Power supply module used in this instrument complies with EN60950.
(1) Do not operate this instrument in an environment where it is exposed to
combustible/explosive/corrosive gas or water/steam.
(2) Use this instrument in the following environment.
Installation site: Indoor
Altitude: 2000 m max.
Ambient temperature: 0 to 50
Ambient humidity: 20 to 80 %RH (Non-condensing)
Overvoltage category
Pollution degree
Provide input and output wiring after turning off the power.

1

CAUTION
Input and Output Wiring
Transportation

Inside of Instrument

Do not use unused terminals for any other purposes.
When transporting this instrument, or the equipment with this instrument
incorporated in it, take measures to prevent the door opening and the innermodule falling out.
Do not touch the switches, etc. inside this instrument. Also, do not replace themain unit or printed circuit boards. If this is ignored, we cannot guarantee thecorrect functioning of the instrument. Contact our dealer where you purchased the
instrument, or our sales representative.

[Note]
Instruction manual

Installation

MaintenanceDisposalCleaning

Revisions(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 about this manual or find any errors oromissions in this manual, contact our sales representative.
(4) After reading this manual, keep it in close proximity to the instrument.
(5) If the manual becomes 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 protective gear such as safety
shoes, helmet, etc.
(2) Do not step on the installed instrument or get on top of it, as this isdangerous.
Only our servicemen or engineers authorized by Shinko are allowed to remove
and take apart the inner module, the main unit and printed circuit boards.
(1) Dispose of the replaced batteries in a correct way.
(2) Do not incinerate plastics from the maintenance parts or replacement
parts.
Harmful gases may be produced.
(1) Use a 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 purpose-of-use consultation with our agency or main office. (Never use this instrument for medical purposeswith which human lives are involved.)• 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 ofmass 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.

2

Using this manual
Using this manualThis instruction manual consists of “For safe use”, “Contents” and “Chapter 1 to Chapter 11” as below.
Please read the corresponding sections depending on your purpose of use.
Chapter and title

For purchaseand installation

For safe use (page 1)
1. INTRODUCTION
2. CONSTRUCTION
3. INSTALLATION
4. WIRING
5. PREPARATIONS FOROPERATION
6. OPERATION
7. DEVICE SETTING
8.COMMUNICATION
9. MAINTENANCE
10. TROUBLESHOOTING
11. SPECIFICATIONS: Be sure to read this.
O: Be sure to read this if required.

For initial
setting andsetting changeO

For daily
operation

O
O

O
O
O

For maintenanceandtroubleshootingForcommunication

O
O

O

O

O

O
O

O
O

O

O

Guide of Instruction manual
The instruction manuals of this instrument are as the table below.
Thismanual1
2

Name
HR-706 Hybrid Recorder(Multipoint type) instruction
manual
HR-700 Hybrid Recorder
Communication Command
instruction manual

Edition No.

OutlineExplanation for installation, wiring,standard operation. Setting andoperation for using this instrument.
Explanation for reading and writing
data of the recorderbycommunication function.

No.HR71E
No.HR7CE

Initial setting checking list
After installing and wiring the HR-706, the following items are the minimum required setting items before
running.
Checking item
1 Range setting
Check the range setting.
Scaling setting is required for the following cases.
• When converting the input into another physicalquantity• When changing the decimal point position for thethermocouple and RTD input• When changing unit
2 Unit setting
Check the unit.
Chart
feed speed setting3
Check the Chart feed speed.
4 Date and time setting
Check the date and time.

3

Default value

Reference

10 mV DC (All channels)

pp.45-47

Scaling 0 to 100.0 (Unit(All channels)

Unit

)

(All channels)

The 1st chart speed: 20 mm/h
The 2nd chart speed: 20 mm/h
Jan. 1st, 2000,
00:00 (Hour:Minute)pp.48-49

pp.58-59
p.60
p.61

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

7. DEVICE SETTING ....................................................... 42

1.1 Checking the Accessories .................................................... 6
1.2 Checking the Model Type and Specifications ....................... 7
1.3 Temporary Storage............................................................... 8
1.4 Location ID tag .....................................................................8

7.1 Setting the Setup Mode...................................................... 42
7.1.1 Setting the Range......................................................... 45(1) Setting Method ............................................................. 45(Current/Voltage),(Thermocouple),(2)(Resistance Temperature Detector) ................. 46(Scaling) ................................................... 48(3)(Square Root)............................................... 50(4)(Decade) .................................................. 52(5)(Difference),(Sum),(6)(Average) ..................................................... 54(Skip)............................................................ 55(7)
7.1.2 Setting the Alarm .......................................................... 56
7.1.3 Setting the Unit ............................................................. 58(1) Character Code Table ................................................... 59
7.1.4 Setting the Chart Feed Speed ...................................... 60
7.1.5 Setting the Date and Time ............................................ 61
7.1.6 Copying the Setting Data.............................................. 62
7.1.7 Setting Other Functions ................................................ 63(Printing Cycle) ......................................... 64(1)(Zone Recording) ......................................... 64(2)(Partial Compression/Expansion) ................. 65(3)(Digital Printing) ........................................ 66(4)(Tag)................................................................. 67(5)(Comments) ................................................. 68(6)
7.2 Setting Engineering Mode .................................................. 69
7.2.1 Alarm Hysteresis .......................................................... 72
7.2.2 Burnout ON/OFF .......................................................... 72
7.2.3 Channel Offset ............................................................. 72
7.2.4 Reference Junction Compensation............................... 73
7.2.5 Changing the Printing Color ........................................ 74
7.2.6 Settings Related to Recording ...................................... 74(1) Recording RUN/STOP Trigger Setting .......................... 74(2) Channel/tag Printing Selection ...................................... 75(3) Alarm Printing ON/OFF ................................................. 75(4) Logging Printing ON/OFF ............................................. 76(5) Scale Printing ON/OFF ................................................. 77(6) Recording Start/Stop Printing ....................................... 77
7.2.7 Setting the Communication Function ............................ 78
7.2.8 Initializing the Setup Data ............................................. 78
7.2.9 DI functions .................................................................. 79
7.2.10 Temperature Unit Selection......................................... 81
7.2.11 Point Calibration ......................................................... 81
7.2.12 Data Calibration.......................................................... 83
7.3 Terminating the Engineering Mode ..................................... 85

2. CONSTRUCTION...........................................................9
2.1 Appearance..........................................................................9
2.2 Display and Operation Keys ............................................... 10
2.2.1 Display ......................................................................... 10
2.2.2 Operation Keys............................................................. 11

3. INSTALLATION ............................................................12
3.1 External dimensions and panel cutout ............................... 12
3.2 Panel Mounting .................................................................. 13
3.2.1 Procedure for Panel Mounting ...................................... 13
3.2.2 Panel Mounting in compliance with the IP65................. 14

4. WIRING ........................................................................15
4.1 Terminal arrangement and Power Wiring ........................... 15
4.1.1 Terminal 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. PREPARATIONS FOR OPERATION...........................23
5.1 Setting the Chart Paper...................................................... 23
5.2 Setting the Ribbon Cassette............................................... 29

6. OPERATION.................................................................31
6.1 Operation ........................................................................... 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/Stopping Recording ......................................... 32
6.3.2 Feeding the Chart Paper .............................................. 32
6.3.3 Printing Sample ............................................................ 33
6.4 Digital Printing .................................................................... 34
6.4.1 Manual Printing............................................................. 34
6.4.2 List Printing................................................................... 35
6.4.3 Engineering List Printing ............................................... 37
6.4.4 Recording Start/Stop Printing ....................................... 39
6.4.5 DI Manual Printing (DI option)....................................... 39
6.4.6 DI Date/Time Printing (DI option) .................................. 39
6.4.7 DI Comment Printing (DI option) ................................... 40
6.5 Changing the Display ..................................................... 41>............................................. 41
6.5.1 Auto Display <> ............................................ 41
6.5.2 Manual Display <> ............................................ 41
6.5.3 Date Display <> ............................................ 41
6.5.4 Time Display <> ................................................... 41
6.5.5 Display Off <4

8. COMMUNICATION.......................................................86

10. TROUBLESHOOTING ............................................ 103

8.1 General Description ........................................................... 86
8.1.1 General Description of Functions .................................. 86
8.1.2 Transmission Specifications.......................................... 86
8.2 Original Protocol ………………………………………………86
8.2.1 Data Structure .............................................................. 86
8.2.2 Opening/Closing the Link.............................................. 87(1) Open Command ........................................................... 87(2) Close Command .......................................................... 87
8.2.3 Outputting the Process Variable.................................... 88(1) Specifying the Process Variable Output ........................ 88(2) Updating the Data......................................................... 88(3) Specifying the Process Variable Output Order(At BINARY Mode Output)............................................ 88(4) Outputting the Data ...................................................... 88(5) Process Variable Transmission Format (ASCII) ............ 89(6) Process Variable Transmission Format (BINARY) ........ 90
8.2.4 Outputting the Unit and Decimal Point Position Data .... 91(1) Specifying the Unit and Decimal Point Position
Data Output .................................................................. 91(2) Updating the Data......................................................... 91(3) Outputting the Data ...................................................... 91(4) Data Format ................................................................. 91
8.2.5 Outputting the Status .................................................... 92(1) Status Output Command .............................................. 92(2) Status Output ............................................................... 92
8.2.6 Data Reception Example .............................................. 93
8.3 MODBUS RTU Protocol……………………………………... 94
8.3.1 Data Structure……………………………………....... ..... 94
8.3.2 Function Codes………………………………………… .. 94
8.3.3 Error Response………………………………………… .. 94
8.3.4 Reading from the Input Register Area…………… ......... 95
8.3.5 Reading from or Writing to the Holding Register Area ... 98

10.1 Troubleshooting ............................................................. 103
10.1.1 Problems .................................................................. 103
10.1.2 When the Recorder Dose not Work at All ................. 103
10.1.3 When There is a Large Error .................................... 104
10.1.4 When the Trend Recording is Deflected ................... 104
10.1.5 When Nothing is Recorded....................................... 105
10.1.6 When Printing is Faint............................................... 105
10.1.7 When the Chart Paper is not Fed at All ..................... 106
10.1.8 When the Chart Paper is not Fed Properly ............... 106
10.2 Self-Diagnosis Function (ERROR) ................................. 107
10.2.1 Self-Diagnosis Items................................................. 107
10.2.2 Error Display............................................................. 108

11. SPECIFICATIONS ................................................... 109
11.1 Common Specifications.................................................. 109
11.1.1 Input Signal............................................................... 109
11.1.2 Performance and Characteristics .............................. 109
11.1.3 Structure ................................................................... 110
11.1.4 Power Source ........................................................... 110
11.1.5 Normal Operating Conditions.................................... 110
11.1.6 Alarm Output (Optional: LH6) .................................... 111
11.1.7 Low voltage Directive and EMC Directive ................. 111
11.1.8 DI Function (Option: RE6)......................................... 111
11.1.9 Paper-empty Detection Function (Option: FL6) ......... 111
11.2 Standard Specifications .................................................. 112
11.2.1 Measurement Range ................................................ 112
11.2.2 Accuracy at the Computation .................................... 115(1) Scaling........................................................................ 115(2) Square Root Computation .......................................... 115(3) Decade ....................................................................... 116(4) Difference, Sum, and Average .................................... 116
11.2.3 Individual Specifications ............................................ 116
11.2.4 Standard Functions................................................... 117
11.3 Standard Setting Functions ............................................ 118
11.3.1 Standard Setting Functions....................................... 118
11.4 Optional Functions ......................................................... 118
11.4.1 Remote Function of DI .............................................. 118
11.4.2 Alarm Output Function .............................................. 118
11.4.3 Communication Function .......................................... 118

9. MAINTENANCE ...........................................................99
9.1 Inspection .......................................................................... 99
9.2 Cleaning............................................................................. 99
9.3 Replacing Consumables .................................................. 100
9.4 Adjusting Dot Printing Position (Point Calibration)............. 100
9.5 Calibration (Data Calibration) ........................................... 100(1) Calibration of Voltage .................................................. 101(2) Calibration of RTD (Resistance temperature detector) 101(3) Calibration of Reference Junction Compensation ....... 102

51. INTRODUCTION
1.1 Checking the Accessories
Upon delivery of this instrument, unpack and check its accessories and appearance.
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

4. Instruction manual

3. Mounting brackets

5. Packing

Fig. 1.1 Accessories
Table 1.1 List of Accessories

No.

Part NameType

Quantity

Remarks

1

Chart paper

H-10100

1

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 before shipment.

6

100 equal divisions

1.2 Checking the Model Type and Specifications
A nameplate has been secured on the inside of the instrument. Remove the chart holder andmake 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
144 (W) x 144 (H) x 150 (D) mm

H R – 7 0 6,
Measuring point

Options

6

6 points
C5

Communication function (RS-485)

RE6

DI function

FL6

Paper-empty detection function

LH6

Alarm output function

7

1.3 Temporary Storage
Store the instrument in the following environment.
When installed within another machine, ensure that the operating environment conforms to thefollowing conditions.

CAUTION
Storage in a poor environment may damage the appearance, functions, and service life of the
instrument.
Storage Environment• A place free from excess dust
• A place free from combustible, explosive, or corrosive gases (SO2, H2S, etc.)• A place free from vibrations or shocks• A place free from water or steam or high humidity (95 %RH max.)• A place free from direct sunlight or high temperature (50• A place free from an extremely low temperature (-20

max.)

min.)

1.4 Location ID tag
A location ID tag is kept on the inside of the transparent door. Enter location or other data as required.

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

8

2. CONSTRUCTION
2.1 Appearance

Case

Door

Ribbon cassette

Display keyboard
Location ID card

Chart holder

PrinterMounting bracket

Terminal block

Fig. 2.1 Appearance

92.2 Display and Operation Keys
2.2.1 Display
The following describes the display. 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.
Alarm Type Indicator
Data 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.

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

Status indicator
Operation Keys

The "REC" indicator (orange) is lit whenrecording. The "ALM" indicator (red) is lit while

Use these keys for setting andthe alarm is being activated.

other operations.

denotes that the indicator is off, anddenotes that it is lit.

Fig. 2.2.1 Display[Reference] Symbolized Alphabets for Display
DisplayAlphabet

A

B

C

D

E

F

G

H

h

I

J

K

L

l

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

DisplayAlphabet

10

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

ESC
REC

MENU

FEED

PRINT

ENT

Fig. 2.2.2 Operation Keys in This Manual
Table 2.2.2 Names of Operation Keys and Their Functions

Key

REC

Name

Function“REC” key

Starts/stops recording.
To stop, press the “REC” key for 3 seconds or longer.
(The “REC” indicator goes off.) To start, press the “REC” key.
(The “REC” indicator lights.)“MENU” key

MENU function

Selects engineering list printing and changes themode to the setting mode.

“ESC” key

ESC function

While selecting a function, exits that menu without
finishing.

“PRINT” key

PRINTING
function

Used to perform manual printing or list printing.

MENU

PRINT
“

” key

“FEED” keyfunction

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

FEED function

The chart paper is fed while the key is pressed, andstopped when released.

FEED
“

ENT

“ key

“ENT” keyfunction

Used to shift a digit in setting a numeral.

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

11

3. INSTALLATION
3.1 External Dimensions and Panel Cutout
Scale: mm<Front><Rear>






$

Dimension required
when the door is fully
open (135 degrees).
(Wall on left side).

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Fig. 3.1 External Dimensions and Panel Cutout

CAUTION
For the maintenance and safety of the instrument, the space/size indicated in the brackets ( ) is theminimum secure spacing.

123.2 Panel Mounting

WARNING
Do not install this instrument in a place exposed to combustible, explosive, or corrosive gas (SO2,
H2S, etc.).

CAUTIONInstall the instrument only in the following conditions.
• A place without rapid humidity change.
• A place of normal temperature (around 25 ).
• A place exposed to as few mechanical vibrations as possible.
• A place with as little dust as possible.
• A place affected by electromagnetic fields as little as possible.
• A place not directly exposed to high radiant heat.
• A place of altitude below 2000 m.
• Humidity has an effect on the chart paper and ink. Use the instrument in a humidity range of
20 to 80 %RH (60 %RH is the optimum).
• This instrument needs to be installed indoors.
Panel Mounting• A steel plate not thinner than 1.2 mm is recommended as a mounting panel.
• The maximum thickness of the mounting panel is 7 mm.
Inclination• Install the instrument horizontally.
• The instrument should be installed so that its inclination should be 0 at the front and within 30
at the rear.
3.2.1 Procedure for Panel Mounting
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 bottom surfaces of
the case.
4) Tighten the screw of the mounting bracket with a screwdriver to attach it to the panel. Whenthe mounting unit does not move back and forth any more, tighten the screw by 180 .

Assemble in such a mannerthat the screw nose will bealmost aligned with the platesurface.

Mounting Claw

Body
Mounting Claw

Fig. 3.2.1-1 Mounting Bracket[Note]
If it is tightened with excessive force, the case may be distorted and the mounting bracket may bedamaged. An adequate tightening torque is 0.2 to 0.3 N䡡m (2 to 3 kgf䞉cm).

13

PanelMounting bracket

Screw

Fig. 3.2.1-2 Panel Mounting

3.2.2 Panel Mounting in Compliance with the IP65
Prior to mounting the instrument to the panel, attach packing to the position shown in the figure.
The rest of the procedure is the same.
Panel
Packing
Mounting of Packing

Mounting bracket
Screw

Packing

Panel

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

144. WIRING
4.1 Terminal Arrangement and Power Wiring
4.1.1 Terminal Arrangement
Power source
terminal block

Alarm output terminal block(Option: LH6)/

Communication
terminal block (RS-485)(Option: C5)

1

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Input terminal block

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Fig. 4.1.1

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DI terminal block(Option: RE6)',
Communication
terminal block (RS-232C)

7' 5' 6*

Terminal arrangement (Rear view)

4.1.2 Power Wiring

WARNING(1) In order to prevent an electric shock, be sure to provide protective grounding prior to
supplying power 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 supply
source.
(4) Attach a transparent protective cover prior to switching on power to the instrument.
(5) Any disruption to the protective conductor inside or outside the instrument, or disconnectionof the protective grounding terminal, is likely to make the instrument dangerous underconditions that are other than normal. Intentional disruption is prohibited.

15

CAUTION(1) As an electric wire for the power source, use a 600 V vinyl insulated wire (IEC60227-3) or its
equivalent or above.
(2) Attach a ring-type solderless terminal with an insulation sleeve (for M3.5) to the end of theelectric wire.
(3) Connect a protective grounding (resistance: 100

or lower, minimum diameter of agrounding conductor: 1.6 mm) to the protective grounding terminal.
(4) If another instrument shares the protective grounding conductor, there may be interference
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 EN61010-1, the recorder shouldhave 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 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 EN61010-1, installation Category

andpollution degree 2.
(7) The main power supply should be used within a fluctuation range of

10% of rated voltage.

(8) Transient current might flow to the main power supply when the power supply is turned on.

4.1.3 Wiring Procedure

CAUTIONTo remove the transparent protective cover, release the left and right (both sides) hooks
simultaneously. If they are released one after the other, the cover may be damaged.
(1) Put your fingers on the left and right (both sides) hooks of the transparent protective cover on
the power source terminal block. Pushing them in, pull the cover toward you.
(2) Connect the power source electric wire, referring to Fig. 4.1.3. Connect the protective
grounding to theterminal. 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.

L

N

Power supply:
Rated power supply: 100 to 240 V AC
Allowable voltage fluctuation: 85 264 V AC
Power frequency: 50/60 Hz

Fig. 4.1.3

16

Wiring of Power supply

4.2 Input Wiring

CAUTION(1) Precautions for the input electric wire
• Make sure that noise is eliminated in input wiring. For input wiring, a shielded wire or twisted
wire should be used to eliminate noise.
• In the case of thermocouple input, connect a thermocouple wire directly or use a compensating
lead wire. A shielded input line should be used.
• In the case of RTD (resistance temperature detector) input, dispersion of 3-wire line resistanceshould be lower than the value mentioned below. A shielded input line should be used.
For Pt100, JPt100; 50 m

max.

• When it is likely to be affected by induction noise, particularly when wiring near a high-frequency
power source, a shielded twisted wire should be used.
• Attach a ring-type solderless terminal with an insulated sleeve (for M3.5) to the end of theelectric wire.
(2) Precautions for wiring• The wiring between the instrument and measurement point should be kept away from the power
circuit (25 V or higher of either power circuit or DO circuit).
• Short-circuit unused input terminals. (Short-circuit between "+" and "-" in the case of mV, V, orthermocouple input, and short-circuit among A, B and B of RTD input.)• Be sure to ground the connecting wire shield.

174.2.1 Wiring Procedure

CAUTIONTo remove the transparent protective cover, release the left and right (both sides) hooks
simultaneously. If they are released one after the other, the cover may be damaged.

CH4

CH5

 %%  
$ %
%


$

 
%
%


$

 %%  
$ %
%


$

 
%
%


$

CH1

CH2

DC voltage
Thermocouple
RTD

CH6

',


',


',


7'

5'

6*

CH3

























% %

',
&20

$ % %

$ % %$

Direct current
Fig. 4.2.1-1

Input Wiring for Each Channel(1) Put your fingers on the left and right hooks of the transparent protective cover on the input
terminal block. Pushing them in, pull the cover toward you.
(2) Wire the input lines, referring to Fig. 4.2.1-1, Fig. 4.2.1-2 and Fig. 4.2.1-3. (p.19)(3) Attach transparent protective covers.
mV, V inputs

Thermocouple input % % $+Fig. 4.2.1-2

 % % $+--

Input Wiring (mV, V, Thermocouple inputs)

18

RTD input

mA input+ % % $% %

+ % % $$

Shunt resistor+
Fig. 4.2.1-3-

Input Wiring (RTD, mA inputs)

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: 1/4 W

Temperature coefficient:

Tolerance:

50 ppm max.

19

0.1% max.

4.3 DI Function/Alarm Output Wiring (Optional)

WARNING(1) Be sure to wire after turning power OFF.
(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 ring-type solderless terminal connectors with an insulation sleeve.

CAUTION
Precautions for Wiring the DI function(1) DI function input has a built-in drive power source. Do not apply an external voltage to a DI
function input terminal.
(2) A DI function input contact capacity should be a withstanding voltage of 50 V DC, 16 mA or
max. (Wiring resistance included).
more, ON resistance of 20(3) Do not use unused terminals as relay terminals.
Precautions for Wiring the Alarm Output(1) An alarm output contact capacity is as follows.
250 V AC: 3 A max. (Resistive load)
30 V DC: 3 A max. (Resistive load)
125 V DC: 0.5 A max. (Resistive load)
0.1 A max. L/R= 7 ms max. (Inductive load)(2) Attach an anti-surge protective circuit (surge absorbers, etc.) to an output terminal, whenrequired.
(3) Attach a round solderless terminal with an insulation sleeve (for M3.5) to the end of anelectric wire.
(4) Keep alarm output wiring away from the input wiring.
(5) Do not use unused terminals as relay terminals.
4.3.1 DI function/Alarm/
Output Wiring Example

3 1-1
Fig. 44.3.1-1

DI Function Wiring Example

Fig
3 1-2
Fig. 44.3.1-2

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

20

Alarm Output Wiring
Wi
Example4.3.2 Alarm Output Wiring Procedure
Wire the Alarm output (option: LH6), referring to Fig.4.3.2.

/

$ &

$ &

$ &

$ & $ &

1

$ &





6-Relay output
1C

6C

Relay No.1
(Normally open)

1A

Fig. 4.3.2

6A

Relay No.6
(Normally open)

Alarm Output Wiring

CAUTION
Relay No.1 is a common output for Alarm output and Paper-empty detection sensor (optional)(OR output).

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

/

1

$ & $ & $ & $ & $ & $ & 


%


%


$


%


%


$


%


%


$


%


%


$


%


%


$


%


%


$

Fig. 4.3.3

DI Function Wiring

21

',
&20

',


',




',


7' 5' 6*

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

4.4 Communication Wiring

CAUTION
Precautions for the communication wiring(1) Ensure that the communication wiring is unaffected by noise. For communication wiring,a shielded wire effective against noise should be used.
(2) When it is likely to be affected by induction noise, particularly when wiring near a highfrequency power source, a shielded twisted wire should be used.
(3) Attach a ring-type solderless terminal with an insulation sleeve (for M3.5) to the end of theelectric wire.
(4) Be sure to ground the shield of a connecting wire.

4.4.1 RS-232C Wiring
Wire RS-232C, referring to Fig.4.4.1.
$ & $ & $ & $ & $ & $ & 


%


%


$


%


%


$


%


%


$


%


%


$


%


%


$


%


%


$

',
&20

',


[Note]

',

Cable length is a maximumof 15 m.
Host computer',D sub 9-pin connector D sub 25-pin connector

Fig. 4.4.1

7' 5' 6*

3
2
5
1
4
6
7
8
9

RS-232C Wiring

4.4.2 RS-485 Wiring
Wire RS-485, referring to Fig.4.4.2.

TXD
RXD
GND
DCD
DTR
DSR
RTS
CTS
RI

13 RD
12 TD
14 SG

2
3
7
1
4
5
6
20
8

TXD
RXD
SG
FG
RTS
CTS
DSR
DTR
CD

[Note]

/

$ &

$ &

$ &

$ & $&(1) Be sure to attach terminating
resistance (200 ) to a host computerside, and attach it to the remotest
HR-706 from the host computer.
(2) Maximum of 32 units, including a hostcomputer, connectable.
(3) Cable length is a maximum of 1.2 km.
(4) Use the UL20620-SB (M) cable madeby HITACHI CABLE LTD. or equivalent.

1

$ &





Host computer

Rt

Rt

Fig. 4.4.2

RS-485 Wiring+

HR-70622

͐͐͐

HR-706

5. PREPARATIONS FOR OPERATION
5.1 Setting the Chart Paper

CAUTION
Our original chart paper should be used to ensure proper recording.
If the chart holder is taken out and the recording operation is activated, the ink ribbon may bedamaged. To replace the chart paper, be sure to press the “REC” key to stop recording.
(1) Press the “REC” key for 3 seconds or longer.
To stop recording, press the “REC” key for 3 seconds or longer with the power turned on.

㹊㹋

The REC indicator goes

off if recording stops.

Press the key for 3
seconds or longer.

Fig. 5.1-1 Pressing the “REC” key(2) Open the Door.

WARNINGTo avoid injury of fingers by getting caught, be careful when opening/closing the door.

CAUTION

Push the door hook to unlock the door. Pull out the door to open it.
Maximum angle of the fully opened door is 135 degrees. Do not open the door any further, as thehinge will break.

Push the door
hook in thearrow direction
to unlock.

Door Hook
Fig. 5.1-2 Opening the Door23

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

Lever
Pull out the chart
holder.

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.

Chart Cover (Black)

Open the chart coverin the arrow direction.
Chart Guide(Transparent)

Open the chartguide in the arrow
direction.

Fig. 5.1-4 Opening the Chart Cover and Chart Guide24

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

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 thestorage chamber.

Rectangular Holes on the Right

Square Holes on the Left

Sprocket Drum
Storage Chamber

Fig. 5.1-6 Setting the Chart Paper25

(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.
Ensure that the left and rightholes are parallel with each other.

Chart Paper

Chart Receiver

Chart Paper

Storage Chamber

Fig. 5.1-7 Aligning the Chart Paper with the 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.
Chart CoverAlign the holes in thepaper properly with the
sprocket drum teeth.

Sprocket Drum Teeth

Chart Guide

Fig. 5.1-8 Closing the Chart Cover and Chart Guide26

(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.)

Turn the gear at the left endof the sprocket drum in thearrow direction.

Fig. 5.1-9 Checking Paper Feed(10) Put the Chart Holder back.
Insert the chart holder horizontally into the case until it is locked.

Chart guide

Push the Chart receiver
for insertion.
Chart receiverFig. 5.1-10 Putting Back the Chart Holder27

(11) Close the Door.

CautionBe careful when opening the door more than 90 degrees. Also make sure that the display cable
does not get caught.

Close the door and check that it is locked.

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

㹊㹋The chart paper is fed whilepressing the key. Releasing
the key stops paper feed.

Prior to operation of the
instrument, be sure to

The paper begins a slow

confirm that the chart

feed when the key ispaper is being fed.

pressed.

Fig. 5.1-11 Pressing the “FEED” key(13) Press the “REC” Key to restart Operation.

28

5.2 Setting the Ribbon Cassette

CAUTION
If recording operation is activated while the chart holder is removed, 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.
(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 indicator 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.)WARNINGTo avoid injury of fingers by getting caught, be careful when opening/closing the door.

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

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

Ribbon Cassette

Ribbon Holder

Ribbon CassetteFig. 5.2-1 Taking Out the Ribbon Cassette29

(4) Tighten the Ink Ribbon.
Set the new ink ribbon. Turn the knob in the arrow direction to tighten the ink ribbon.
Turn the knob in thearrow direction.

Knob

Slack

Fig. 5.2-2 Tightening 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.
Second, push the left
side until it firmly fits in
the ribbon holder.

Ribbon feeding shaft

First, push theFig. 5.2-3 Setting the Ribbon Cassetteright side.

(6) Close the Door.

CautionBe careful when opening the door more than 90 degrees. Also make sure that the display cable
does not get caught.
(7) Press the “REC” key to restart Operation.

30

6. OPERATION
6.1 Operation

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

CAUTION(1) This recorder has no power switch.
(2) 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.
Operators possessing knowledge of electricity and control related matters should perform thecalibration 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 thanprescribed in the instruction manual.)Once the power is turned on, the display on the front of the door lights. The instrument will be ready torun (user mode) in about 5 seconds, including the initial screen. If the REC indicator is unlit, press the“REC” key to start recording operation.
6.1.1

Status after Initial Screen(1) Display:(2) Printout data:

The “REC” indicator retains its status prior to power-off.
All printing data and analog recording data are cleared after the power has
been switched off.
(3) Alarm and Diagnosis: Alarm indications and output information are not recoverable after the
power has been switched off.
(4) Data and Channel number are displayed as the following Fig. 6.1.1.

REC ALM

Returns to the mode before
power-OFF.
Fig. 6.1.1

Screen at Power-on[Note](1) If electric power failure occurs, the initialization is performed after power recovery.
The recorder reverts to the initial status above.
(2) The printout data is eliminated in initialization. Printout operation does not continue after power
recovery when the power is turned off during printout.
(3) When the power is turned on, the display indicates “ ” while reading data in Fig. 6.1.1.
The number of indicated digits differs depending on the setting.

31

6.2 Recording

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 theprevious dot printing position and the current one for an identical channel is less than 0.4 mm
in the chart paper feed direction or less than 0.5 mm in the scale direction.

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.

6.3

Color

1

Purple

2

Red

3

Green

4

Blue

5

Brown

6

Black

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.
The “REC” indicator goes off when recording stops.

[Note](1) When the power is turned on, the recorder continues from the state in which it was turned off.
(2) When controlling recording start/stop through Digital Input (DI function, option: RE6),
recording start/stop cannot be switched by the “REC” key.

6.3.2

Feeding the Chart Paper

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

32

6.3.3

Printing Sample

Logging printing, Alarm printing
Recording Start/Stop printing examples

Date/Time

Alarm Printing:Prints alarm occurrence/recovery, channel
number, alarm type, and level.
denotes
alarm occurrence (in red) anddenotes
alarm recovery (in purple), respectively.

Recording stop
printing

May.10.06 20:00End

May.10.06
19:30
Process variable:
Prints "" ifskipped.

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



1H1 19:33
2L2 19:32

5.000

0.000
3CH




100mm/hV

2L2 19:28
1H1 19:27
May.10.06 19:00Start1H1 18:25
2L2 18:24

Scale

Chart speed

Logging Printing:Prints date, channel number, process variable,
engineering unit and chart speed. The scale isprinted sequentially from Ch1 in printing color.

Fig. 6.3.3

2L2 19:37
1H1 19:35

Recording start
printing

See the [Reference]
below.

Printing Sample[Reference]
When other printing is active with current job, Alarm printing, Comment printing, Date-and-Time
printing and Recording Start/Stop printing will queue.
HR-706 can store up to six items of Alarm Occurrence/Recovery printing and up to five items ofComment/Date-and-Time printing.
If printing commands exceed those numbers, HR-706 prints “ ” at the end of the last printing.
This mark means that any following items after the item with a “ ” mark could not be printed.
For priority of respective printings, see “Priority” in Reference on the next page.

Synchronous printing: Performs digital printing with the same speed as the analog recording.
Asynchronous printing: Stops analog recording and performs digital printing. After digitalprinting is completed, restarts analog printing.

[Note]
Logging printing will not be in the printing queue. At the start time of Logging printing, if prior
Logging printing is printing, the next log will not print. In this case, prolonging the printing intervalof the Logging printing is recommended.

33

6.4 Digital Printing
Digital printings listed below are performed by key operation.
Manual printing

List printing

Engineering list printing

Recording Start/Stop printing

Digital printings listed below are performed by DI input.
DI Manual printing

DI Date/Time printing

DI Comment printing[Reference]
Printing is activated in the following priority order. When multiple types of printing are activatedsimultaneously, 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 printing are performed at the same time).

High
List printing

Priority
DI Comment
printing (Async.)

Manual printing
Engineering list
printing

DI Date and Time
printing (Async.)
RecordingStart/Stop
printing (Asyn)

DI Manual printing(Async.)Low
Alarm
Occurrence
Printing

Logging printing(Async.)Alarm Recovery
Printing

DI Comment
Printing (Sync.)
DI Date and Time
Printing (Sync.)
RecordingStart/Stop
printing (Syn)

Logging printing(Sync.)DI Manual Printing(Sync.)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.

6.4.1

Manual Printing

Prints the following data on the chart paper:
Time/date (year, month, day)
Channel number/Tag setting characters
Activated alarm type/latest process variable/engineering unit (all channels)(1) Manual printing 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 printing.

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

[Note](1) Analog recording is interrupted while manual printing is running. However, measurement/alarm
detection remains effective.
(2) If an alarm is activated while manual printing is running, alarm printing will start from the time
when manual printing finished.

34

(2) Manual printing 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 printing.

However, for the line during printing, printing will continue until the line is completely printed. Thenmanual printing will stop, and the display will return to the status prior to starting manual printing.

Nov.12.99.11:08
1:

11.25 mV

2:0.45 mV

3:

0.07 mV

4:–0.00 mV

5:

–1.12 mV

6:

–0.39 mV

Fig. 6.4.1

6.4.2

Manual Printing

List Printing

Prints the following setting data of the instrument on the chart paper:
Date/time/Chart feed speed/2nd chart feed speed/Printing cycle
Channel number/range/scaling value/engineering unit
Setting alarm type
(1) List printing 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 printing.

Once list printing starts, the display automatically returns to the Data Display screen.
Upon termination of the list printing, the display returns to the status prior to starting list printing.

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

35

(2) List printing 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 printing.

However, printing continues until the line is completely printed. Then list printing is stopped, andthe display returns to the status prior to starting list printing.

Date and Time
for List Printing

Dec.01.99

06:00

CHART SPEED

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

Prints alarm set values,
relays and unit.

(1)50mm/h

CH
RANGE LEFT END
TAG NO.
RIGHT END
1 10V
-10.000V
10.000
2 10V-10.000V
ABCD
10.000
3 10V-10.000V
10.000
4 10V-10.000V
10.0005
TYPE K-200.00
100.00
㸨6 10V-10.000V
10.000CH ALARM1
ALARM3
1 H 8.000
L -5.000RLY
RLY

CH DIGITAL
1
ON
2
OFF
3
OFF
4
OFF
5
ON
6
OFF

ZONE(mm)0-100
0- 50 80%
0-100
0-100
50-1000-100(2)100mm/h
SCALE LEFTSCALE RIGHT
Prints Input range, Tag,
Measurement range, andScaling value for eachchannel. If skipped, thechannelnumberisprefixed by “ ”.

ALARM2
ALARM4

RLY
RLY

UNIT
V

PARTIAL
0.000VCOMMENT 1 = OPEN
2=
3=
Comment printing 
values.
Effective for the DI
function (optional).

Fig. 6.4.2

36

List Printing

Digital printing ON/OFF, zone recording,and partial compression/expansion set
value for each channel.

6.4.3Engineering List Printing

Engineering list printing provides the following setting data of the instrument on the chart paper.
Analog recording
Digital printing
Burnout/RJC, etc.
(1) Engineering list printing 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 printing.
Once engineering list printing starts, the display automatically returns to the Data Display screen.
Upon termination of the engineering list printing, the display returns to the status prior to starting
engineering list printing.

[Note]
Analog recording is interrupted while engineering list printing is running.
However, measurement/alarm detection remains effective.
If an alarm is activated while engineering list printing is running, alarm printing is performed
when recording restarts.

37

(2) Engineering list printing stopping procedure
1) Press the “MENU” key.
”, and press the “ENT” key.

2) Use the “PRINT” key to display “
3) Use the “PRINT” key to select “”. Pressing the “ENT” key stops engineering list printing.

However, the printing continues until the line is completely printed.
Then Engineering list printing stops. And the display returns to the status prior to starting
engineering list printing.
Channel Number/Tag Number setting: CH
RUN/STOP Internal/External
Switching setting: INT (key)

Alarm Printing:ON1 (occurrence/recovery)
ENGINEERING
RUN
INT

Recording Start/Stop
printing: Sync

LIST

CH㸭TAGCH

ALM_PRON1

DGT_PR START INTERVAL SCL_PR
ON 00:00
6h
OFF

Alarm Hysteresis setting:ON

Protection, RJC, andSettings of Logging Printing
ON/OFF, Start Time, Interval,
Scale Printing ON/OFF,
Printing Sync/Async:

RUN.PRINT
SYNC
ALM _HYSON

TEMP

CH B.OUT RJC
1 OFF
INT
2 OFF
INT
3 OFF
INT
4 OFF
CH
5 OFF
EXT
6 OFF
CH
Setting of Burnout

SYNC/ASYNC
SYNC

Temperature Unit:
V(REFCH) OFFSET
0.0
0.0
0.0
0.0
798
0.0
(CH5)
0.0

COM_ADR SPEED DATA PARITY
01
9600bps 8bit
NONE

COLOR
PRP
RED
GRN
BLU
BRN
BLK

Logging Printing: ON
Start Time: 00:00
Interval: 6h
Scale Printing: OFF
Printing Sync/Async: Sync

STOP
1bit

Constant value in external
RJC, Offset, and Recording

DI 1:OFF

2:OFF

3:OFF

Color for each channel.
Communication settings
DI function settings.
Effective when the DI function(optional) is ordered.

Fig. 6.4.3

Engineering List Printing

38

6.4.4

Recording Start/Stop Printing

Recording Start and Stop times are printed on the chart paper when recording starts and stops.
Recording Start/Stop printing can be set in Engineering Mode.
Refer to Section 7.2.6 (6) Recording Start/Stop printing.
[]:

Recording Start synchronous printing
Recording Stop printing is asynchronous.

[[]: Recording Start/Stop asynchronous printing]:

Recording Start/Stop times are not printed.

(1) Recording start printing
Press the REC key in the Recording Stop status in order to enable recording status.
Printing will start.
If Recording Start/Stop printing is set to OFF, printing will be disabled.
(2) Recording stop printing
Press the REC key for 4 seconds or longer in the Recording Start status in order to enable
recording stop status.
Printing will start.
If Recording Start/Stop printing is set to OFF, printing will be disabled.

[Note]
If DI function is used for Recording Start/Stop, printing will start by DI function, not via the keypad.

6.4.5

DI Manual Printing (DI option)

DI Manual printing occurs by turning the DI from OFF to ON. Current measured value and time
will be printed on the chart paper.
Printing contents are the same as Section 6.4.1 Manual Printing.
(1) Select Manual Printing of DI function in Engineering Mode.
For detailed setting method, refer to Section 7.2.9 DI Functions.
[MAN-P]:

Synchronous Manual printing[AMAN-P]: Asynchronous Manual printing(2) Turn the DI input ON.
DI Manual printing starts by turning the DI input from OFF to ON.

6.4.6

DI Date/Time Printing (DI option)

DI Date/Time printing starts by turning the DI input from OFF to ON. Current date and time will
be printed on the chart paper.
(1) Select Date/Time printing of DI function in Engineering mode.
For detailed setting method, refer to 7.2.9 DI Functions.
[TIM-P]:

Synchronous Date/Time printing[ATIM-P]: Asynchronous Date/Time printing(2) Turn the DI input ON.
DI Date/Time printing starts by turning the DI input from OFF to ON.

39

6.4.7

DI Comment Printing (DI option)

DI Comment printing starts by turning the DI input from OFF to ON. Comment printing
can be performed on the chart paper.
(1) Select Comment Printing of DI function in Engineering mode.
For detailed setting method, refer to 7.2.9 DI Functions.
[CMNT1], [CMNT2], [CMNT3]: Synchronous comment printing[ACMT1], [ACMT2], [ACMT3]: Asynchronous comment printing(2) Turn the DI input ON.
DI Comment printing starts by turning the DI input from OFF to ON.

Date/Time Printing

May.10.06 20:30
20:10 No.01 OPEN

Comment Printing

Fig. 6.4.7 Date/Time Printing, Comment Printing

40

6.5 Changing the Display
Display selection procedure(1) Press the “MENU” key to display "", then press the “ENT” key.

(2) Use the “PRINT” key to select a required screen from the menu below.
Then press the “ENT” key.
(3) "" is displayed in the case of manual display. Use the “PRINT” key to select the channel

number, then press the “ENT” key.
“
“
“
“
“
6.5.1

”(AUTO): Auto display”(MAN):
Manual display”(DATE): Date display”(TIME): Time display”(OFF):
Display OFF<Auto Display>

Displays the process variable of each channel sequentially at intervals of 2.5 seconds.
Channel Number (1-digit)

H

H: Upper limit Alarm
L: Lower limit Alarm
6.5.2

Process Variable (5-digt)<Manual Display>

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 to the next displayed
channel number.
6.5.3<Date Display>

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

(e.g.) October 18

Month
6.5.4

Day

<Time Display>

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

Hour
6.5.5

Minute<Display Off>Turns off the process variable display. Key operation is the same as usual.
To switch to other displays, repeat steps (1) through (3) mentioned above.

41

7. DEVICE SETTING
7.1 Setting the Setup ModeWARNING
When calibrating data, connect equipment according to Section 9.5 of the instruction manual.
Data calibration must be performed correctly.
Operators possessing knowledge of electricity and control related matters should perform thecalibration 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 thanprescribed in the instruction manual.)

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

(e.g.) Version number: 2.10

To return from setup mode to 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7.1.1

Setting the Range

Setting

Channel

ModeCurrent/Voltage input
Thermocouple input
Resistance temperature detector input
Scaling
Square Root
DecadeDifference
Sum
Average
Skip
Option





.
.
.
.

7.1.2

key for operation.

Setting the Alarm

SettingChannel

Level





.
.
.
.



ON䠋
䠋OFF

Type











42

Set value

Relay ON䠋
䠋OFF





Relay No.㻌㻌




.
.
.
.

7.1.3

Setting the Unit

Setting

ChannelChar. No.





.
.
.
.

Code No.

 ( ) ( )

 End







7.1.4

Setting the Chart Feed Speed

Setting

1st/2nd Chart speedChart speed

7.1.5
Setting

Setting the Date and TimeYear

Month, Day

Time



7.1.6

Copying the Setting Data

Setting

Channel to copy from

Channel to copy to







.
.
.

.
.
.


7.1.7

Setting Other Functions (Printing Cycle, Zone Recording, Partial Compression/Expansion,
Digital Printing, Tag, Comments)

SettingModePrinting Cycle
Zone Recording
Partial Compression/Expansion
Digital Printing
Tag
Comments

Shift to the engineering mode
Setting

PasswordInput the password to enter engineering mode.
See the key operation on page 69.

43

Table 7.1

Default value of the setup mode
Setting items

Range (all channels)

Alarm (all channels)
Engineering unit (all channels)
Chart feed speed

Default value

Remarks

10 mV
Scaling 0 to 100.0 ( )All levels alarm OFF, relay
OFF(BF 43 00)
1st speed: 20 mm/h
2nd speed: 20 mm/h
The present time has

Time

2000/01/01, 00:00

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

Dot point interval

10 (sec)

Zone setting (all channels)

0 to 100 (%)

Partial compression/expansion(all channels)
Digital printing (all channels)
Tag printing character (all channels)

Comment printing word (1 to 3)

OFF
ON“Blank up to the 7th
character”“Blank up to the 16th
character”

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 mode1

to 10 shown in the Table below.

Set the range from the following input signals. (Modes
DC voltage:

1

to

3)

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

200 mV DC,

10 V DC

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

Thermocouple: B, R, S, K, E, J, T, C, Au-Fe, N, PR10-20, PL- , U, L
RTD:

Pt100, JPt100

For the thermocouple and RTD, an optimum range is automatically selected depending on
the set span point.
Sets scaling, square root, decade, interchannel sum/difference/average. (Modes

4

to

9 )

Unnecessary channels can be skipped. (Mode 10 )Setting

ChannelMode(Voltage, Current)

1



Key



2



3



4

(Scaling)

5(Square root)

6(Decade)7(Difference)

8

(Sum)

9

(Average)10(Skip)

(Thermocouple)








Can be set for
all channels.

(Resistance temperature detector)

key[Note]
A decimal point arbitrary position can be set only in "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

Digits after decimal point

Input

Digits after decimal pointmV

2 digits.00

Thermocouple

1 digit.0

1, 0 to 5 V

3 digits

.000

RTD

1 digit.0

10 V

2 digits.00

1 digit.0

2 digits

.00

mA

45

200 mV DC

(2)(Current/Voltage),(Thermocouple),(Resistance Temperature Detector)[Note]: When changing a decimal point position, change it during (3) Scaling (pp. 48, 49).
Measures Current, Voltage, Thermocouple and RTD.
Example: When setting Thermocouple T for Channel 1 (T: -100 to 300 )Display

Operation keys

Description

ESC







MENU

Press the “MENU” key for 3 seconds or longer to enter3 sec" is displayed, then press the

setup mode. "ENT“ENT” key.







PRINT

ENT

PRINT

ENT

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







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

key.



 










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

PRINT

FEED

Use thekey to select a sign and numeral.

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

Use thekey to select a sign and numeral.

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

PRINT



FEED

ENT

(Span setting)



ENT

ENT

(Zero setting)



PRINT



Press the “ENT” key. Setting is completed.

ENT

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

[Note]• When an incorrect numeral is entered,oris displayed.
Press the “ENT” key and re-enter the correct numeral.

• Perform range settings that do not need the scaling at this step (2)

,

,

.

(Be especially sure to perform the thermocouple and RTD range settings for which decimal
point position change is not necessary.) (One digit after the decimal point is standard.)
Do not perform scaling here.

46

[Note]In,

Use the, ormode, press the “ENT” key to select the range.

key to select a range type.
Mode

Range

㻌 㻌 㻌 㻌 㻌 㻌 㻌 㻌 㻌 㻌 㻌 㻌 䛂䛃“ENT” key

10 mV
0 to 20 mV
0 to 50 mV
200 mV
1V
0 to 5 V
10 V
4 to 20 mA
B
R
S
K
E
J
T
C
Au-Fe
N
PR40-20
PLU
L



Pt100
JPt100[Reference]
The following ranges (input types) have more than one measurement range, and their accuracy isdifferent depending on the measurement range. An optimum range (input type) is automaticallyselected by the set span point.
Thermocouple (RTD (): R, K, E, J, T): Pt100, JPt100

47

(3)

(Scaling)

Converts the input of VOLT, TC and RTD to a corresponding value.
Setting the unit is possible. (See 7.1.3 on page 58)
Example: When setting the voltage of 0 to 40 mV and scale of 000.00 to 100.00 for Channel 1.
Display

Operation keys
ESC







MENU

Description

Press the “MENU” key for 3 seconds or longer to enter

3 sec

setup mode. "ENT" is displayed, then press the“ENT” key.







PRINT

ENT

PRINT

ENT

Use thekey to select the desired channel.

Press the “ENT” key.







Use thekey to select "".

Press the “ENT” key.





PRINT



Use theENT

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

here, temperature input scaling is possible.







PRINT





Use theENT

key to select a range (50 mV).

Press the “ENT” key.



(Zero input value)

PRINT

FEED

ENT

Use thekey to select a numeral.

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

[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.



PRINT

(Span input value)

ENT





FEED

Use thekey to select a numeral.

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

[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.

48





PRINT



FEED

(Zero-side scale value) ( 1)





FEED



(Decimal point)

Use thekey to select a numeral.

Use thekey to shift a digit.

Press thePRINT

key again in the lowest digit (at right)

to flash a decimal point. Use theENT

key to select a

decimal point position. Press the “ENT” key.





PRINT



(Span-side scale value) ( 2)

ENT



ENT





FEED

Use thekey to select a numeral.

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

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

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

49

or

(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 58.)
Example: Setting the voltage of 0 to 40 mV and scale of 000.00 to 100.00 for Channel 1.
Display

Operation keys

Description

ESC







MENU

Press the “MENU” key for 3 seconds or longer to enter

3 sec

setup mode. "ENT" is displayed, then press the“ENT” key.
PRINT











PRINT







PRINT







Use the

ENT



PRINT

Use the

FEED









PRINT

Use theFEED

key to select a range (50mV). Press the

PRINT

key to select a numeral. Use thekey to select a numeral. Use theUse theFEED

key to select a numeral. Use the

FEEDPress the

PRINT

key

key again at the lowest digit (at right) to

flash a decimal point. Use thekey to select a

decimal point position. Press the “ENT” key.



PRINT

Use theFEED

key to select a numeral. Use the(Span-side scale value)

ENT



ENT

Press the “ENT” key. Setting is completed.

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

[Note]
If an incorrect numeral is entered,orkey

to shift a digit.

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



key

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

ENT

ENT

(Decimal point)". Press the “ENT”

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

ENT

(Zero-side scale value)

key to select "“ENT” key.

(Span input value)

Use theENT

key.

(Zero input value)

key to select the desired channel. Press

the “ENT” key.



Use theENT,

is displayed.

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

50

About Square Root Computation
The square root computation is as follows:Each item is defined as follows:
SPAN L :Span lower-limit value (Span L)

SPAN R :Span upper-limit value (Span R)

SCAL L :Scaling lower-limit value (Scale L)

SCAL R :Scaling upper-limit value (Scale R)

IN:

Input voltage

OUT:

Output (Scaling value)When an input value is 1% or more (1 to 100%)
IN – SPAN L+ SCAL L
SPAN R – SPAN L

OUT = (SCAL R – SCAL L) xWhen an input value is less than 1%

OUT =10 x (SCAL R – SCAL L)
SPAN R – SPAN L

x (IN – SPAN L) + 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.

51

(5)

(Decade)Scaling the VOLT input and displays the index number. Setting the unit is possible. (See 7.1.3 on
page 58)
Example: When setting the voltage of 0 to 5 V and decade of 1.0 x 100 to 1.0 x 105 for Channel 1.
Display

Operation keys

Description

ESC







MENU

Press the “MENU” key for 3 seconds or longer to enter3 sec" is displayed, then press the

setup mode. "ENT“ENT” key.





PRINT



Use theENT

key to select the desired channel.

Press

the “ENT” key.







PRINT

Use theENT

key to select "". Press the “ENT”

key.





PRINT



Use theENT

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

key.











PRINT

(Span input value)

ENT



PRINT





(Zero-side scale value)

ENT



PRINT



Use theFEED

key to select a numeral. Use thekey to shift a digit. Press the “ENT” key.

ENT

(Zero input value)



PRINT

Use theFEED

key to select a numeral. Use thekey to shift a digit. Press the “ENT” key.

Use theFEED

key to select a numeral. Use thekey to shift a digit. Press the “ENT” key.

Use theFEED

key to select a numeral. Use the(Span-side scale value)

ENT

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



ENT

Press the “ENT” key. Setting is completed.

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

[Note]
When an incorrect numeral is entered,or,is displayed.

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

52

About Decade Display
Each item is defined as follows:
SPAN L : Span lower limit value (Span L)
SPAN R : Span upper limit value (Span R)
SCAL L : Scaling lower limit value (Scale L)XXEYYSCAL R : Scaling upper limit value (Scale R)
XX: Mantissa section (1.0 to 9.9)

IN

: Input voltage

OUT: Output (Scaling value)

YY: Exponent section (-19 to 19)
Up to 5 decades.
(Scaling upper limit)–(Scaling lower limit) is
1.0E5 or less.

Decade display adheres to the following relational expression.

OUT1= IN x
OUT = 10OUT1LGSCAL R–LGSCAL L

SPAN R– SPAN L+

SPAN R x LGSCAL L– SPAN L x LGSCAL R

SPAN R– SPAN L

LGSCAL L : Log10 (SCAL L)
LGSCAL R : Log10 (SCAL R)[Note]
Decade output is used for display and printing. It is not reflected in a printing position.

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

53

(6)

(Difference),(Sum),(Average)

Caluclates the input of VOLT, TC, RTD or SCALE, and outputs it.
Example: Subtracting Ch1 input data from Ch6 input data to set the difference value to Ch6. (0 to 40 mV)“Ch6 (input) - Ch1 (input)” is recorded and displayed on Ch6.
Display

Operation keys

Description

ESC







MENU

Press the “MENU” key for 3 seconds or longer to enter

3 sec

setup mode. "ENT" is displayed, then press the“ENT” key.





PRINT



Use theENT

the “ENT” key.

(Channel to be set)







PRINT



Use the

ENT

PRINT

Use the

ENT



PRINT

(Zero input value after
difference computation)

ENT



PRINT



". Press the “ENT”



key to select the desired channel

subtracted. Press the “ENT” key.

(Reference channel)

key to select "

key.





key to select the desired channel. Press

Use theFEED

key to select a numeral. Use thekey to shift a digit. Press the “ENT” key.

Use theFEED

key to select a numeral. Use the(Span input value after
difference computation)

ENT

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



ENT

Press the “ENT” key. Setting is completed.

To return to user mode, press 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.
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 from Ch1 to Ch5 can be subtracted from Ch6.
• The range and scale of the channel to be set 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.

54

(7)

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

Operation keys

Description

ESC





















MENU

3 sec

PRINT

ENT

PRINT

ENT

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

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

Press the “ENT” key.
PRINT



Use theENT

key to select "". Press the “ENT”

key.



Press the “ENT” key. Setting is completed.

ENT

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

[Note]• If all channels are set to “Skip”,
is displayed.
At least one channel should be set to Measurement.
• Measurement can be conducted on a skipped channel, however, display, printing or alarmassessment cannot be performed.
If input is not connected, be sure to short-circuit the input terminal.
• To return the skipped settings to the measurement settings, set the measurement range again.

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, andsimultaneously, 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.
OptionOperation
Setting

ChannelLevel

ON/OFFType

Setting value Relay ON/OFF




.
.
.
.

Relay No.㻌㻌


.
.
.
.



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
Display

Operation keys

Description

ESC







MENU

PRINT

Press the “MENU” key for 3 seconds or longer to enter3 sec

the setup mode. Use the

ENT

"








PRINT



". Press the “ENT” key.

Use theENT

key to display

key to select the desired channel.

Press

the “ENT” key.



PRINT

ENT

PRINT

ENT

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







Use the“ENT” key. Setting to "
"



PRINT

 

key to select alarm setting ON. Press the" and completes setting.

Use theENT" displays

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







PRINT

Set an alarm point. Use theFEED

use theENT

key to shift a digit, andkey to select a numeral. Once setting iscompleted, press the “ENT” key. A decimal point positionis fixed depending on the range.

[Note]
When the “ENT” key is pressed during the alarm point setting process, display will switch to thenext setting display.

56

Setting hereinafter is valid only for the model to which an alarm output (option: LH6) has beenordered. If the option has not been ordered, press the “ENT” key until "" is displayed.

Then, press the “ENT” key again. Setting is completed.
DisplayOperation keys



PRINT

Description

When an alarm occurs, the alarm output is issued fromENT

the alarm output relay. Use thekey to select alarm

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

 

PRINT

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

ENT

Use thekey to select a relay number (1 to 6), andpress the “ENT” key.







Press the “ENT” key. Setting is completed.

ENT

To continue to set other channels, press the

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

[Note]For Alarm printing, the channel number is printed even if the tag printing has been set.

57

7.1.3

Setting the Unit

Setting Items
Sets the temperature unit for each channel.

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

Operation
Setting

ChannelChar. No.

Code No.

( )

.
.
.
.

( )
End

Example: Setting the unit ( ) for Channel 1.
Display

Operation keys

Description

ESC














MENU

3 sec

PRINT

ENT

PRINT

ENT

PRINT

(Code No.)ENT

the setup mode. Use thekey to display "".

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

Press the “MENU” key for 3 seconds or longer to enter

Use theFEEDorkey to select the 1st character ofthe code number, and press the “ENT” key.
See Character code table on the next page.









PRINT

FEED

Set the 2nd character in the same manner.

FEED

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

ENT















PRINT
ENT

the code (ENTPress the “ENT” key. Setting is completed.

) to finish. Press the “ENT” key.

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

[Note]The unit setting is effective only when the range setting is,and(For the,and).
effective only when reference channel range is set to,,,,the unit setting is

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

58

(1) Character code table

0
1
2
3
4

2

3

4

5

SP

0

@

P

!
"
#
$

1
2
3
4

A
B
C
D

6

Q
R
S
T

7

A
p

a

q

b

r

c

s

d

t

B
0
1
2
3
4

5

%

5

E

U

e

u

5

6

&

6

F

V

f

v

6

7

'

7

G

W

g

w

7

8

(

8

H

X

h

x

8

9

)

A

9

I

Y

i

y

:

J

Z

j

z

B

+

;

K

C

,

<

L

D

–

=

M

E

.

>

F

/

?

[

9

C

D

0

E

䃀

䃟

1

A

P

䃐

䃠

2

B

䃂

䃑

䃢

3

䂳

T

䃒

䃣

Y

䃓

䃤

4
5

E

䃅

䃔

䃥

6

Z

X

䃕

䃦

7

H

䃇

䃖

䃧

8

䂸

䃗

䃨

9

I

䃘

K

䃙

䂻

䃚

+

k

{

l

䡘

M

䃛

]

m

}

N

䃜

N

䠺

n

䢟

-

䂾

䃝

O

䠻

o

䡋

䂿

o

+

䡋

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

59F

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

0
30
160
750

Chart Speed (Unit: mm/h)

1
40
180
900

2
50
200
1200

3
60
240
1500

4
75
300

5
80
360

10
90
375

15
100
450

20
120
600

25
150
720

Operation
Setting

1st/2nd Chart feed speedChart feed speed



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

Display

Operation keys

Description

ESC







MENU

3 sec

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
the setup mode. Use thekey to display "",and press the “ENT” key.







PRINT

Use theENT

key to select the 1st chart feed speed, andpress the “ENT” key.

[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 ordered, setting of the 2nd chart feed speed becomes invalid.

Display

Operation keys







PRINT







ENT

Description

Use theENT

key to set the 1st chart feed speed, andpress the “ENT” key.

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

60

[Note]Restriction of printing
by chart feed speed:

Printing type
Alarm occurrence printing, Alarm recovery printing, Affix
printing, DI Comment printing (Synchronous), DI Dateand Time printing (Synchronous), DI Manual printing(Synchronous), Recording start printing (Synchronous)

Chart speed (mm/h)

Logging printing (Synchronous)

10 to 100 (mm/h)

1 to 100 (mm/h)

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

7.1.5

Setting the Date and TimeOperation

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

Year

Month, Day



Time





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

Operation keys

Description

ESC







MENU

3 sec

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display "",and press the “ENT” key.







PRINT

Set the year. Use theFEED

use the

ENT







PRINT











PRINT

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

Set the month and day.

FEED

Follow the same process as above.

ENT

key to select a numeral, and

Set the time (Hour:Minute).

FEED

ENT

Follow the same process as above.

ENT

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

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

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

61

7.1.6

Copying the Setting Data

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

Operation

Channel to copy from

SettingChannel to copy to









.
.
.


.
.
.




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

Operation keys

Description

ESC




















MENU

3 sec

PRINT

ENT

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display "", andpress the “ENT” key.
Use thekey to select the channel to copy from, andpress the “ENT” key.



PRINT



ENT

Use theENT

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

627.1.7

Setting Other Functions

Other functions can be set as follows.
Setting Items(1)

(Printing cycle)

Selects a printing cycle from 10, 20, 30, and 60 seconds.
(Zone recording)(2)

The data for each channel can be recorded separately in another area so as not to overlap.
(Partial compression/expansion)(3)

Records the measured data of the channel, partially compressed or expanded.
(Digital printing)(4)

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 printing or manual
printing.
For tag setting, up to 7 characters can be used (select from Character code table on page 59)
for each channel.
(6)

(Comments)

Sets the comments to be printed by DI function (Option: RE6).
There are 3 kinds of comments, and settings of up to 16 characters (select from Charactercode table on page 59) for each DI are possible.

Operation
Setting

Mode

Printing Cycle
Zone Recording
Partial Compression/Expansion
Digital Printing
Tag
Comments63

(1)(Printing Cycle)

Example: Setting the printing cycle to 60 seconds.
Display

Operation keys

Description

ESC
















3 sec

PRINT

ENT

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display "", andpress the “ENT” key.
Use thekey to display "", and press the“ENT” key.
PRINT





MENU

Use theENT

key to select the printing cycle "", andpress the “ENT” key.

Press the “ENT” key. Setting is completed.

ENT

To return to 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 %.
Display

Operation keys

Description

ESC


















3 sec

PRINT

ENT

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display ", andpress the “ENT” key.
Use thekey to display "", and press the“ENT” key.
PRINT



Use theENT

key to select the desired channel, andpress the “ENT” key.
PRINT



(Setting of Left-end position)



MENU

ENT



ENT



key to select a numeral, and use thekey to shift a digit. Press the “ENT” key.

(Setting of Right-end position)

Use the

ENT

PRINT



Set a zero point printing position in percentage (%).

FEED

Set the span point printing position in percentage (%).

FEED

Use the same process as the zero point printing position
setting.
Press the “ENT” key. Setting is completed.
To return to user mode, hold down the “MENU” key for 3
seconds or longer.

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

64

(3)

(Partial Compression/Expansion)

Example: Setting Channel 1 scale of 0 to 1000.0

to 500.00500.0

1000.0

(0%)

(30%)

(100%)

Display

Operation keys

at a boundary point of 30%.

Description

ESC







MENU

3 sec

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display "", andpress the “ENT” key.





PRINT



Use theENT

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





PRINT



Use theENT

key to select the desired channel, andpress the “ENT” key.







PRINT







PRINT

Use theENT

key to select "", and press the “ENT”

key.
Set a boundary point position in percentage (%).

FEED

Use theENT

key to select a numeral, and use thekey to shift a digit. Press the “ENT” key.







PRINT

Set a boundary point position to "0500.0". Use the

FEED

key to select a numeral, and use theENT

key to shift adigit. Press the “ENT” key.







Press the “ENT” key. Setting is completed.

ENT

To return to 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.

65

(4)

(Digital Printing)

Example: Setting logging channel data printing to "ON" (printing enabled) for all channels.
Display

Operation keys

Description

ESC









MENU

3 sec

PRINT

ENT

PRINT

ENT















PRINT







ENT

setup mode. Use thekey to display "", andpress the “ENT” key.
Use thekey to display "", and press the“ENT” key.
PRINT



Press the “MENU” key for 3 seconds or longer to enter

Use theENT

key to select the desired channel, andpress the “ENT” key.
Use theENT

key to switch from "" to "

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





PRINT



ENT

Repeat the setting for other channels.









PRINT




", andpress the “ENT” key.

ENT

ENT

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

66

(5)

(Tag)

Example: Setting "ABCD" for Channel 1.
Display

Operation keys

Description

ESC







MENU

3 sec

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display "", andpress the “ENT” key.





PRINT



Use theENT

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

key.






PRINT






PRINT
ENT



PRINT





(Setting of 2nd Character)









(Setting of 3rd Character)









(Setting of 4th Character)









" as the 1st character. Use theselect a code, and use thekey tokey to shift a digit. Press

FEED

ENT

PRINT

Set the 2nd to 4th characters in the

FEEDsame manner.

ENT

PRINT

FEED

ENT

PRINT
ENT



ENT



Set "

FEED

the “ENT” key.

(Setting of 5th Character)key to select the desired channel, andpress the “ENT” key.

(Setting of 1st Character)Use the

ENT

Set "

FEED

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

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

[Note]
When the number of tag characters is less than 7, add "See page 59 for Character code table.

67" code next to the last character.

(6)

(Comments)

Example: Setting "ON" for Comment 1 (Display).

Operation keys

Description

ESC













MENU

3 sec

PRINT

ENT

PRINT

ENT

Press the “MENU” key for 3 seconds or longer to enter
setup mode. Use thekey to display "", andpress the “ENT” key.
key to display "Use the", and press the“ENT” key.








PRINT






PRINT













key to select a comment number. Display"" and press the “ENT” key.

Set "" as the 1st character. Use theselect a code, and use thekey tokey to shift a digit.

Press the “ENT” key.
PRINT

Set "

FEED

" as the 2nd character.

Operate in the same manner as the 1st character

ENT(Setting of the 2nd Character)



FEED

ENT

(Setting of the 1st Character)Use theENT

setting.
PRINT

Set "

FEED

ENT

(Setting of the 3rd Character)" as the 3rd character.

Operate in the same manner as setting the 1st
character.

(Setting of the 9th Character)
Repeat the settings up to the 16th Characters.

 (Setting of the 10th Character) (Setting of the 11th Character) (Setting of the 16th Character)

Press the “ENT” key. Setting is completed.

ENT

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

[Note]• When the number of tag characters is less than 16, add "" code next to the last character.

See page 59 for Character code table.
• When DI (option: RE6) is not ordered, comment printing does not function.
Do not set the comment setting.

687.2 Setting Engineering ModeWARNING
When calibrating data, connect the equipment as 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 thecalibration 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 otherthan described in the instruction manual.)

Key Operation to Enter Engineering Mode
Press the “MENU” key for 3 seconds or longer to enter setup mode.
Use thekey to select "", and press the “ENT” key to display "0000".
Use thekey 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 unit enters engineering mode.
The following shows a display map of the Engineering mode. Use the• 7.2.1

Alarm Hysteresis

Setting

ON/OFF• 7.2.2

Sets the hysteresis width.
Cancels the hysteresis width.

Burnout ON/OFF

Setting

ChannelON/OFF• 7.2.3

Sets burnout.
Cancels burnout.

Channel Offset

Setting

ChannelOFFSET• 7.2.4

key to operate.

Enters an offset value.

Reference Junction Compensation

Setting

ChannelFunctionInternal Compensation
External Compensation
External Channel Input Compensation69

• 7.2.5

Changing the Printing Color

Setting

ChannelCOLOR• 7.2.6

Purple
Red
Green
Blue
Brown
Black

Settings Related to Recording

SettingFunction• 7.2.7

Recording start/stop INT/EXT selection
Channel/tag printing selection
Alarm printing ON/OFF
Logging printing ON/OFF
Scale printing ON/OFF
Recording Start/Stop printing (OFF/Synchronous/Asynchronous)

Setting the Communication Function

Setting

Setting the Communication Function
Protocol
Local address
Communication speed
Data length
Parity bit
Initializing the Setup Data and Calibration Data

• 7.2.8

Setting

YES/NO

Data in Setup mode is initialized.

Calibration data returns to the default value.

• 7.2.9

DI Functions

Setting

DI No.

Function

No function
RUN/STOP trigger
Chart feed speed selection
Comment 1 printing (Synchronous)
Comment 2 printing (Synchronous)
Comment 3 printing (Synchronous)
Manual printing(Synchronous)
Date and time printing (Synchronous)
Comment 1 printing (Asynchronous)
Comment 2 printing (Asynchronous)
Comment 3 printing (Asynchronous)
Manual printing(Asynchronous)
Date and time printing (Asynchronous)• 7.2.10

Temperature Unit selection

Setting

Temp Unit      Centigrade Unit      Fahrenheit Unit

70• 7.2.11

Point Calibration

SettingFunction• 7.2.12



Zero point calibration
Span point calibration
Hysteresis at left/right move (Factory adjustment item)
Ribbon select calibration (Factory adjustment item)

Data Calibration

SettingFunction• 7.3

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



Terminating the Engineering Mode

SettingFunction

Saves the set value
Cancels the set value[Note]
Upon termination the Engineering mode, if "" is selected and the power was turned off without", the setting will become invalid.
selecting "For "" operation, see Section 7.3 on p.85.

Table 7.2

Default value of the engineering mode

Setting items

Default value

Alarm hysteresis

ON (0.5%)

Burnout (all channels)

OFF

Channel offset (all channels)

0.0

RJC (all channels)

Internal compensation

Dot printing color (Ch1 to Ch6)

Purple(1), Red(2), Green(3), Blue(4),Brown(5), Black(6)REC (recording):
RUN/STOP trigger
Channel/Tag printing
Alarm printing
Logging printing
Logging printing interval
Logging printing reference time
Logging scale printing
Logging printing Sync/Async
Recording Start/Stop printing
COM (communication):ProtocolAddress
Communication speed
Data length
Parity bit
Stop bit

Original
01
9600
8 bitsNone
1 bit

DI function (Ch1 to Ch3)OFF

Temperature unit

INT
Ch
OFF
ON
6H
00:00
OFF
Sync (Synchronous)OFF(centigrade unit)

71

Remarks

INT

Use the“REC” key

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.
Display

Operation keys

Enter engineering mode (See the key operation on page

ENT
PRINT

Description

67). Use theENT

key to display "", and press

the “ENT” key.







7.2.2

Burnout ON/OFF

PRINT

Use theENT

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

key.

Burnout High for each channel (to deflect the recording over the span) can be set.
Example: Setting Burnout High for Channel 4.
Display

Operation keys

Enter engineering mode (See the key operation on page

ENT













7.2.3

Channel Offset

Description

PRINT

ENT

PRINT

ENT

69). Use thekey to display "", and press

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

key to select "", and press the “ENT”

key.



PRINT

Use theENT

key.

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

Display

Operation keys















Description

Enter engineering mode (See the key operation on page

ENT
PRINT

ENT

PRINT

ENT

69). Use thekey to display "", and press

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

key.



PRINT

Use theFEED

key to alter a sign/numerical value or shift

a decimal point. Use theENT

key to shift a digit.

Once

the numerical value is determined, press the “ENT” key.

72

7.2.4

Reference Junction Compensation

The following describes how to compensate an electromotive force generated between athermocouple wire or compensation lead wire and a terminal. There 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). For external reference junction compensation voltage, -19999 to
19999 V can be set as an input.
• By connecting the terminal of the external junction box to one input of the recorder, compensates
the input of other channels. (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 V)
DisplayOperation keys

PRINT

Description

Enter engineering mode (See the key operation on page

ENT



V.

69). Use theENT

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







PRINT







PRINT





Use theENT

key to select "", and press the “ENT”

key to select "", and press the “ENT”

key.
Use the

ENT

key.



PRINT

Use theFEED

key to alter a numerical value, and the

key to shift a digit. Once the numerical value is

ENTdetermined, press the “ENT” key.

Once setting is completed, the recorder will return toChannel setting mode.

Example: When Channel 1 input compensates Channel 6 reference junction.
DisplayOperation keys







Description

Enter engineering mode (See the key operation on page

ENT
PRINT

ENT

PRINT

ENT

69). Use thekey to display "", and press the“ENT” key.
Use thekey to select "", and press the “ENT”

key to select "", and press the “ENT”

key to select "", and press the “ENT”

key.





PRINT



Use the

ENT

key.







PRINT

Use the

ENT

key.





Once setting is completed, the recorder will return toChannel setting screen.

73

7.2.5

Changing the Printing Color

Set a printing color for each channel.
Example: Setting black as a printing color.
Display

Operation keys

Enter engineering mode (See the key operation on page

ENT
PRINT

Description69). Use theENT

key to display "", and press

the “ENT” key.







PRINT







PRINT





Use theENT", and press the “ENT”

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

key.
Use the

ENT

key.



PRINT

Once setting is completed, the recorder will return to

FEED

Printing Color Setting screen.

ENT

7.2.6

key to select "Settings Related to Recording

Recording RUN/STOP trigger, channel/tag printing, alarm printing, logging printing, scale printing
ON/OFF and Recording start/stop printing can be set.
(1) Recording RUN/STOP Trigger setting
Recording RUN/STOP Trigger can be set by the “REC” key or by the DI.
Example: Setting Recording RUN/STOP Trigger by the DI.
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENT



PRINT

Description69). Use theENT

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







PRINT

Use theENT

key to select "", and press the

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













PRINT

Use the

ENT

key.
PRINT

Once setting is completed, the recorder will return to

FEEDRecording RUN/STOP Setting screen.

ENT[Note]
Default value:(REC key)(EXT)” as in the example above, select “RUN/STOP
If Recording Start/Stop is set to “(RCD)” as the DI function. See pages 79, 80 for the DI function.
triggerIf "" is selected, the “REC” key will not function.

74

(2) Channel/Tag printing Selection
In the case of logging printing or manual printing, this sets either a tag printing or a channel printing.
Example: Setting the tag printing.
DisplayOperation keys



















Enter engineering mode (See the key operation on page

ENTDescription

PRINT

ENT

PRINT

ENT

69). Use thekey to display "", and press the“ENT” key.
Use thekey to select "", and press the “ENT”

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

key.
PRINT

Use theENT

key.
Once setting is completed, the recorder will return toChannel/Tag Setting screen.

(3) Alarm printing ON/OFF
Sets the alarm printing ON/OFF.
ON1: Prints the alarm occurring and alarm recovering.
ON2: Prints only the alarm occurring.
Example: When setting both alarm occurring and alarm recovering printings.
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENTDescription69). Use the
PRINT

ENT

ENT







PRINT







PRINT







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

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

key.
Once setting is completed, the recorder will return to the
Alarm Printing Setting screen.

75

(4) Logging Printing ON/OFF
Sets the logging printing ON/OFF. In the case of logging printing ON, this sets the printing start time,
printing interval and Synchronous/Asynchronous.
Setting

ON/OFF

Printing Start time

Interval

Sync/ASync

Example: When setting the logging printing Synchronous (synchronizing with the analog recording)to start at 18:00 every day.
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENT



PRINT

Description69). Use theENT

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









PRINT

PRINT



key to select "", and press theUse theENT

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

key.
PRINT

(Print Start Time)

ENT



Use the

ENT“ENT” key.









PRINT



Use theFEED

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

Use theENT

key to display "", and press the“ENT” key. (Select from 10 min, 15 min, 20 min, 30 min,(Interval)

1H, 2H, 3H, 4H, 6H, 8H, 12H and 24H)
PRINT



SelectENT

with thekey, and press the “ENT”

key.

(Synchronous/Asynchronous): Synchronous: AsynchronousOnce setting is completed, the recorder will return toLogging Printing Setting screen.

76

(5) Scale Printing ON/OFF
Set scale printing to ON/OFF.
Example: Setting the Scale printing to OFF.
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENT



PRINT

Description69). Use theENT

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















PRINT

key to select "", and press the

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



Use theENT

Use theENT

key.
Once setting is completed, the recorder will return toScale Printing Setting screen.

(6) Recording Start/Stop Printing (OFF/Synchronous/Asynchronous)
Prints recording start and stop time on the chart paper.
For Recording Start/Stop printing, OFF, Synchronous or Asynchronous can be selected.
Example: Recording Start is printed with the chart feed speed (Synchronous printing)
DisplayDescription

Operation keys

Enter engineering mode (See the key operation on page

ENT



PRINT

69). Use theENT

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







PRINT

key to select "", and press the

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



Use theENT

Use the

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

Selection item:(Recording Start/Stop OFF): Recording Start/Stop is not printed.
(Recording Start/Stop Synchronous printing):
Recording Start is printed at preset chart speed. However, Recording Stop can be printed
regardless of the preset Chart feed speed.
(Recording Start/Stop Asynchronous printing):
Recording Start/Stop is printed regardless of the preset Chart feed speed.

How to print Recording Start:
Press the “REC” key after recording stops. Recording Start time will be printed
automatically. It will not be printed if “Recording Start/Stop OFF” has been set.

How to print Recording Stop:
Stop recording by pressing the “REC” key for more than 3 sec.
Recording Stop time will be printed automatically.
It will not be printed if “Recording Start/Stop OFF” has been set.

DI function:
If DI function is used for Recording RUN/STOP, Recording Start/Stop cannot be performed
with the REC key. Perform Recording RUN/STOP using external DI terminals.

77Printing sample:


Recording Stop printing(e.g.) 2006.5.10

May.10.06 20:00End

20:00

May.10.06 19:00Start

Recording Start printing(e.g.) 2006.5.10

19:00

7.2.7 Setting the Communication Function
Sets Protocol, Local Address, Communication Speed, Data Length, Parity Bit, and Stop Bit.
Example: Original Protocol, Local Address: 02, Communication Speed: 1200 bps, Data Length: 7bits, Parity Bit: Even, Stop Bit: 2 bits.
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENTDescription

PRINT

ENT

69). Use the

PRINT

ENT

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











PRINT

Use the

ENT(Local address)







PRINT

ENT





PRINT



PRINT

", and press the “ENT”

key to display ")key to display "", and press the

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



Use theENT

key to display "", and press the“ENT” key. (Select 1 bit or 2 bits)(Stop bit)

Use theUse theENT(Parity bit)

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

Use the

ENT(Data length)

key to display "key. (Select from 1200, 2400, 4800, 9600, 19200, 38400.)(Communication speed)”, and press the“ENT” key. (Select either Original or MODBUS RTU.)(Protocol)



key to display “Once setting is completed, the recorder will return toCommunication Function Setting screen.
7.2.8 Initializing the Setup Data and Calibration Data
If “
” is selected, all setup mode data will revert to the default value.
” is selected, calibration data will revert to the default value. Since this function initializes
If “
all setup data and calibration data, take care when executing this function.
Example: Initializing the Setup Data.
Display

Operation keys

Enter engineering mode (See the key operation on

ENT



PRINT

Description

page 69). Use theENT

key to display "", andpress the “ENT” key.





PRINT



Use theENT

key to select "

key.







Initialization is completed.

78", and press the “ENT”

7.2.9DI Functions

Allocates functions to 3 DI terminals. There are 12 DI functions as follows.
No function:
Manual printing (Sync.):
Manual printing (Async.):
RUN/STOP trigger:
Date/Time printing (Sync.):
Date/Time printing (Async.):
Chart feed speed selection:
Comment printing 1 to 3 (Sync.) :Comment printing 1 to 3 (Async.):(Positive edge: Printing starts)(Positive edge: Printing starts)(ON: RUN, OFF: STOP)(Positive edge: Printing starts)(Positive edge: Printing starts)(ON: Spd-1, OFF: Spd-2),,(Positive edge: Printing starts),,(Positive edge: Printing starts)

About DI function
By closing 3 DI terminals (D1, D2, D3) and the COM terminal, the following operations can be
carried out.
Setting method(1) Manual printing (Sync.)(MAN-P)

Temporary channel value, date and time are printed on the chart paper.
Printing channel will be determined depending on whether the Digital printing function isturned ON or OFF in Setup mode.
Refer to Section “7.1.7 Setting other functions: (4) Digital printing”.
Preset Chart feed speed is used for printing.
Printing starts upon closing the DI terminals and the COM terminal (ON).
(2) Manual printing (Async.)

(AMAN.P)

Temporary channel value, date and time are printed on the chart paper.
Printing channel will be determined depending on whether the Digital printing function isturned ON or OFF in Setup mode.
Refer to Section “7.1.7 Setting other functions: (4) Digital printing”.
Temporary channel value, date/time are printed regardless of the preset Chart feed speed.
During printing, measured value recording will not be performed.
Printing starts upon closing the DI terminals and the COM terminal (ON).
(3) RUN/STOP trigger

(RCD)

Recording RUN/STOP can be operated externally by DI terminals.
Recording starts upon closing the DI terminals and the COM terminal (ON).
Recording stops upon opening the DI terminals and the COM terminal (OFF).
(4) Date/Time printing (Sync.)(TIM-P)

Current date and time are printed on the chart paper.
Preset Chart feed speed is used for printing.
Printing starts upon closing the DI terminals and the COM terminal (ON).
(5) Date/Time printing (Async.)

(ATIM.P)

Current date and time are printed on the chart paper.
Date and time will be printed regardless of the preset Chart feed speed.
During printing, measured value recording will not be performed.
Printing starts upon closing the DI terminals and the COM terminal (ON).

79(6) Chart feed speed selection(SPEED)

Chart feed speed can be operated in 2 stages by DI terminals. Refer to Section “7.1.4 Setting
the Chart feed speed”. The 1st chart feed speed can be selected by closing the DI terminals
and the COM terminal (ON). The 2nd chart feed speed can be selected by opening the DI
terminals and the COM terminal (OFF).
,(7) Comment printing 1 to 3 (Sync.),(CMNT 1 to 3)

The preset comments (comment 1, 2, 3) are printed on the chart paper.
Refer to Section “7.1.7 Setting other functions: (6) Comments”.
Comments are printed by the preset Chart feed speed.
Depending on the Chart feed speed, some comments may not be printed (e.g. where
Chart feed speed is too slow.). Refer to Section “7.1.4 Setting the Chart feed speed”.
Printing starts upon closing the DI terminals and the COM terminal (ON).
It is possible to print up to 16 characters for Dot printing type, and up to 12 characters for Pen
writing type.
,(8) Comment printing 1 to 3 (Async.),(ACMT 1 to 3)

The preset comments (comment 1, 2, 3) are printed on the chart paper.
Refer to Section “7.1.7 Setting other functions: (6) Comments”.
Comments are printed regardless of the preset Chart feed speed.
During printing, measured value recording will not be performed.
Printing starts upon closing the DI terminals and the COM terminal (ON).
It is possible to print up to 16 characters for Dot printing type, and up to 12 characters for Pen
writing type.
Notes when operating Recording RUN/STOP
When operating Recording RUN/STOP externally using the DI function, select “(3)(RCD)” of the DI function (p.79), and DI setting in engineering
RUN/STOP trigger(EXT). [Refer to Section “7.2.6 Settings related to Recording (1)mode has to be set toRecording RUN/STOP trigger setting” on page 74.]
For priority order and buffer action of Comment, Manual and Date/Time Printing, refer to
Sections “6.3.3 Printing sample” and “6.4 Digital printing”.
Example: Setting Comment printing 3 for DI3
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENT



PRINT

Description69). Use theENT

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













PRINT



Use theENT

key to select "", and press the “ENT”

key.



PRINT

Use theENT

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

[Note]
Although DI synchronous does not print in STOP status, DI asynchronous does print in STOP
status.
Be sure to set to OFF if the DI function (Option: RE6) is not ordered.
Do not set to any other setting except OFF.

80

7.2.10

Temperature Unit Selection
Sets the temperature unit.
Example: Setting the temperature unit to Fahrenheit( ).

Display

Operation keys

Enter engineering mode (See the key operation on page

ENT



PRINT

Description69). Use theENT

key to indicate "", and press

the “ENT” key.



PRINT





Use theENT

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

Once setting is completed, the recorder will return to the

Temperature Unit Setting screen.

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

7.2.11

Point Calibration

Calibrates a dot printing position.
: Calibration of the zero point position: Calibration of the span point position[Note]
Point calibration “” and ”” have been set before shipment. Do not change thesevalues.
Example: Calibrating the zero point.
Display Operation keys

Enter engineering mode (See the key operation on page

ENT
PRINT

Description69). Use theENT

key to display "", and press

the “ENT” key.






PRINT





Use the

ENT



PRINT



", and press the

The instrument starts to feed and print the chart paper.

FEED

With theENT

key to select "“ENT” key.

(move left) and(move right), adjust

the 0 mm position of the chart paper and the recording

position. Press the “ENT” key. Display indicates thepreset counter value.
Once setting is completed, the recorder will return to theZero Point Calibration screen.

81

Example: Calibrating the span point.
Display Operation keys

Enter engineering mode (See the key operation on page

ENT
PRINT

Description

key to display "69). Use the

ENT", and press

the ”ENT” key.






PRINT





Use theENT

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



PRINT

The instrument starts to feed and print the chart paper.

FEED

With theENT(move left) and(move right), adjust

the 100 mm position of the chart paper and therecording position. Press the “ENT” key.
Display indicates the preset counter value.

Once setting is completed, the recorder will return to theSpan Point Calibration screen.

82

7.2.12

Data Calibration

Calibrates the voltage, RTD(resistance temperature detector), and reference junction compensation.
: Calibration of voltage
 : Calibration of RTD (resistance temperature detector)
 : Calibration of RJC (reference junction compensation)[Note]
This recorder is carefully calibrated, however, if an indicated value is not normal, check the settings
again.
Example: Calibrating the voltage at Channel 1.
DisplayOperation keys

Enter engineering mode (See the key operation on page

ENT
PRINT

Description

key to display "69). Use the

ENT", and press

the “ENT” key.












PRINT



Use theENT

key to select "", and press the“ENT” key. Select a channel to which equipment for
PRINT



calibration such as an mV generator is connected, andENT

then, press the “ENT” key.



ENT



ENT

Enter 0 mV. After 30 seconds, make sure that the ALM
indicator is unlit and press the “ENT” key.

Enter 15 mV. After 10 seconds, make sure that the ALM
indicator is unlit and press the “ENT” key.

Enter 25 mV. After 10 seconds, make sure that the ALM

ENT

indicator is unlit and press the “ENT” key.







ENT



ENT

Enter 35 mV. After 10 seconds, make sure that the ALM
indicator is unlit and press the “ENT” key.

Enter 55 mV. After 10 seconds, make sure that the ALM
indicator is unlit and press the “ENT” key.







Enter 200 mV. After 10 seconds, make sure that theENT

ALM indicator is unlit and press the “ENT” key.





Enter 1 V. After 10 seconds, make sure that the ALM

ENT

indicator is unlit and press the “ENT” key.





Enter 5 V. After 10 seconds, make sure that the ALM

ENT

indicator is unlit and press the “ENT” key.







Enter 10 V. After 10 seconds, make sure that the ALM

ENT

indicator is unlit and press the “ENT” key.







PRINT

ENT

If the calibration is correct, select "" with thekey, and if incorrect, select "" with the

key. Then, press the “ENT” key.

[Note]For calibration of voltage input, calibrate only one channel.

83

Example: When calibrating the RTD at Channel 2
Display

Operation keys Description

Enter engineering mode (See the key operation on pageENT

key to display "69). Use the

ENT

PRINT

", and press

the “ENT” key.





PRINT







PRINT







Use theENT

key to select "", and press the “ENT”

key.
Select a channel to which equipment for calibration suchENT

as a dial resistor is connected, and press the “ENT” key.



ENT



ENT

Enter 100

. After 10 seconds, make sure that the ALM

indicator is unlit and press the “ENT” key.

Enter 150

. After 10 seconds, make sure that the ALM

indicator is unlit and press the “ENT” key.

Enter 300

ENT

. After 10 seconds, make sure that the ALM

indicator is unlit and press the “ENT” key.







PRINT

" with the

If the calibration is correct, select "ENTkey, and if incorrect, select "" with the

key. Then, press the “ENT” key.

[Note]
When calibrating RTD for a channel, short-circuit the other input terminals except the calibrating
channel. RTD calibration is required for every channel.

[Note]
During calibration, the ALM indicator shows the following conditions.
(1) When the ALM indicator is unlit:(2) When the ALM indicator is flashing:

The calibration is within the range.

The recorder is assessing the input value.

CH.No

CH.No

CH.No

(3) When the ALM indicator is lit:
The calibration is out of the range.

: The indicator is unlit.

Make sure that the connection: The indicator is lit.

is proper and input is correct.

If calibration is performed out of the input range, calibration value out of the input range will be(Voltage) or(RTD) will be displayed when the unit returns to
fixed, andmeasurement mode. At this time, return the calibration value to the default value using the function
in Section 7.2.8 Initializing the Setup Data and Calibration Data.

84

Example: Setting the terminal temperature for Channel 1.
Display

Operation keys

 Enter engineering mode (See the key operation on page

ENT
PRINT

Description69). Use theENT

key to display "", and press

the “ENT” key.





PRINT







PRINT







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

key.
Select a channel to be set, and press the “ENT” key.

ENT

Measures and displays the current terminal temperature.

Press the “ENT” key, and the unit moves to temperature

ENT

input display.







PRINT

Use theFEED

key to change a numeral, andkey toshift a digit. Then, press the “ENT” key. See Section 9.5

ENT(3) Calibration of Reference Junction Compensation.







PRINT

If calibration is performed correctly, select "ENTwith the"key, and if calibration is performed

incorrectly, select "" with thekey.

Then, press the “ENT” key.

[Note]For terminal temperature calibration, select a channel from Ch1 to Ch3, and select another channel
from Ch4 to Ch6. Calibrate these two channels separately.

7.3 Terminating the Engineering Mode
Example: The following describes how to save the setting data.
Display









Operation keys

PRINT



Description

Use theENT

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

key to select "", and press the

key.



Use the

ENT“ENT” key. The settings of the engineering mode havebeen saved. Recording starts under the new settings.

[Note]
When terminating 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.

85

8. COMMUNICATION
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
Reads the setup data such as a range and chart feed speed.
(3) Setting value input
Writes the setup data such as a range and chart feed speed.
(4) Controlling recorder via communication (Partial)
Printing start/stop, recording start/stop and switching display are possible via thecommunication function.
For functions (2) to (4), see the separate volume “Communication Command Manual”.
Settings in Engineering mode cannot be performed by the communication function.
8.1.2 Transmission Specifications(1) Communication method:(2) Connection:(3) Protocol:(4) Communication speed:(5) Start bit:(6) Stop bit:
(7) Parity:(8) Data length:

Start-stop synchronization, Half-duplex communications
One-to-one (RS-232C), One-to-N (RS-485); N = 1 to 32
Original protocol, MODBUS RTU
1200, 2400, 4800, 9600, 19200, 38400 bps (Selectable)
1 bit
1, 2 bits (Selectable)
Even, Odd or None (Selectable)
7, 8 bits (MODBUS RTU: 8 bits fixed)

8.2 Original Protocol
8.2.1 Data Structure(1) Character structure
In order to send 1 data (byte) in start-stop synchronization communication, the following data
format is used.
Start Bit (1) + Data Bit (7 or 8) + Parity Bit (1) + Stop Bit (1 or 2)(2) Data format
As communication data, multiple characters are sent by adding terminators to them.
Upon receiving these terminators, the recorder starts analyzing the communication data.

A

B

C

CR

LF

Terminator
1 Character868.2.2 Opening/Closing the Link
To communicate with the recorder, a connection between the host computer and the recordermust be established. In the case of one-to-N communications, it is necessary to inform eachrecorder 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.
(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.
(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 hostcomputer must issue this command to the reocrder to which the open command has been issued.

878.2.3 Outputting the Process Variable(1) Specifying the Process Variable Output
TS0(CR)(LF)
Once this command is received, the recorder transfers the process variable to thetransmission buffer when the (ESC) T command is received.
(2) Updating the Data
(ESC)T(CR)(LF)
Once this command is received, the recorder transfers the updated process variable to thetransmission buffer.
(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.
(4) Outputting the Data
FM0, S CH, E CH (CR) (LF)

Specifies the ASCII mode output.

FM1, S CH, E CH (CR) (LF)

Specifies the BINARY mode output.

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).
(e.g.) FM0, 01, 02(CR) (LF) ASCII, Ch1 to Ch6 output

88

(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

4

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

UNIT 1 to 6: UNIT (6 bytes)
Returns the setting unit with codes. (When sending the 7-bit data, 1 bit information isomitted.)5

CH No.: 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

0289

(6) Process Variable Transmission Format (BINARY)
Output bytes

Date and time

Process variable 1

Process variable 6

Output bytes (2 bytes): 5 x n (specified number of channels)+61

1)Date and time (6 bytes):
1) Year:

2)

3) 4)

5)

6)

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

2) Month: 01H to 0CH
3) Day:01H to 1FH4) Hour:

00H to 17H (24-hour format)5) Minute: 00H to 3BH
6) Second: 00H to 3BH
2Process variable (5 bytes):

CH No. A2 A1 A4 A3 DATA1 DATA2CH No. (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.
0

0

1

0

0

0

0

LEVEL2HLEVEL2L

1

0

0

0

LEVEL1HLEVEL1L

1

0

0

1

LEVEL4H
LEVEL4L

0
LEVEL3HLEVEL3L

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 output.

[Note]
Output data over -32000 to +32000 constitutes overflow. The overflow 7E7EH is output on
the plus side, and 8181H is output on the minus side (Excluding the Decade channel).
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 after the decimal point.

908.2.4 Outputting the Unit and Decimal Point Position Data
(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.
(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(3) Outputting the Data
LF, S CH, E CH (CR) (LF)
S CH: Output starting channel 01 to 06
E CH: Output ending channel 01 to 06(e.g.) LF, 01, 06(CR) (LF) Unit and decimal point place data output for Ch1 to Ch6
When the number of channels is 1, specify (S_CH) = (E_CH).
(4) Data Format(DS1)(DS2)(CHNo.) (UNIT1 to 6)(DP) (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

CHNo.: Channel number (2 bytes); 01 to 06

4

UNIT 1 to 6: UNIT
Returns the set unit by 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, the decimal point position may differ from that of the display screen.

918.2.5 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 an on-going error.
(1) Status Output Command
ESC

S(CR) (LF)

Upon receiving this command, outputs will be the status of commands received so far.
(2) Status Output
ERX

X CR LF

XX: 00 to 19

Table 8.2.5 Status output list
Status factor
Status output
ER 00 CRLF
ER 01 CRLF
ER 02 CRLF
ER 03 CRLF
ER 04 CRLF
ER 05 CRLF
ER 16 CRLF
ER 17 CRLF
ER 18 CRLF
ER 19 CRLF

Status factor
Syntax error

A/D END

Chart paper-empty

O
O
O

O
O

O
O
O
O
O
O
O: Factor by which the status is ENABLED.

OO

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 ordered.)928.2.6 Data Reception Example
Host Computer

RecorderOpen CommandOpens the Link.

Process Variable Output
Designation
Command (TS0)Process Variable Output
Order Designation (BO);BINARY Mode only

Data Update Command(ESC T)

Send the command to therecorder from which datatransmission starts.

Prepares for theProcess
Variable Output.
Send once to the recorder.
Then, it is not necessary
to send it any more.
Determines theProcess
Variable Output
Order.

Prepares the
updated data.
Send to the recorder each time.

Data Output Request
Command (FM)Sends theupdated data.

Close Command
Closes the link.

93

Send the command when sending
to another recorder.

8.3 MODBUS RTU Protocol
The MODBUS protocol is a communication protocol developed for PLCs by Modicon Inc. (AEG
Schneider Automation International S.A.S). It is described in the protocol specification (PI-MBUS-300
Rev. J). Refer to this document for information on the MODBUS protocol specification.
8.3.1 Data Structure
Slave address(1 byte)Function code
(1 byte)Data(variable)

CRC(2 bytes)

8.3.2 Function Codes
The following function codes are available on this product:

Setting data read

Maximum data
length123 words

Data read from holding register

Input data read

123 words

Data read from input register

CodeFunction

03H
04H
06H

One-time data write

10H

Continuous data writes

MODBUS-specific function (reference)

1 wordData write to holding register

123 words

Data write to holding register

8.3.3 Error Response
In accordance with the communication protocol for the pertinent function code, if an error
occurs during command transmission, an error response is returned in the fixed format
described in this section.
Example of slave response (function code = 06H, command error = 10H)㻌
Data
length11125Component
Slave address (only for MODBUS RTU)
Function code + 80H

Error code
Error check (only for MODBUS RTU)
Total number of bytes

Data
86H
10H
CRC
-



Error codes and their occurrence conditions
Error
code

Description

01H

Invalid function code

An unsupported function code is specified.

02H

Invalid register address

03H

Invalid number of registers

The relative address range exceeds "9999."- The length of the accessed data is "0" or the sum of therelative address and data length exceeds the limit.
- It is assumed that two or more function codes, each
executable for one area, are involved.
- Data longer than 2 words is specified for a one-time write
command.
- The data length exceeds 123 words.

04H

Device error

The received data is shorter than the predefined data length.

10H

Command error

An attempt at a write over an area exceeding the writable range.

Occurrence condition(s)94
8.3.4 Reading from the Input Register Area
The input register area is a read-only area. The current measured value and the current
time are mapped. Specify the start address (relative) and data count (assuming that one
word is two bytes) of the data to be read.
Function code: 04H
Example of master transmission (with a start address of 0032H and a data count of 2 words)
Data
length
1
1
1
1
1
1
2
8

Component
Slave address
Function code
Relative start address (high-order)
Relative start address (low-order)
Data
Read data count (high-order)
Read data count (low-order)
Error check
Total number of bytes

Data

–
04H
00H
32H
00H
02H
CRC (16 bits)Example of slave response (with a start address of 0032H and a data count of 2)

Component
Slave address
Function code
Number of data bytes
Data 1 (high-order)㻌
Data 1 (low-order)㻌
Data
Data 2 (high-order)㻌
Data 2 (low-order)㻌
Error check
Total number of bytes

Data
length
1
1
1
1
1
1
1
2
9



95

Data

–
04H
04H
00H
09H
00H
0AH
CRC (16 bits)㻌
㻌[Input Register Area Map] Function code: 04H
Address

Relativeaddress
(HEX)

30001
30002
30003
30004
30005
30006
30007
30008
30009
30010
30011
30012
30013
30014
30015
30016
30017
30018
30019
30020
30021
30022
30023
30024
30025
30026
30027
30028
30029
30030
30031
30032
30033
30034
30035
30036
30037
30038
30039
30040
30041
30042
30043
30044
30045
30046
30047
30048
30049

0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E
1F
20
21
22
23
24
25
26
27
28
29
2A
2B
2C
2D
2E
2F
30

Name

Arrangement

Model type (1/8)
Model type (2/8)
Model type (3/8)
Model type (4/8)
Model type (5/8)
Model type (6/8)
Model type (7/8)
Model type (8/8)
Software version (1/16)
Software version (2/16)
Software version (3/16)
Software version (4/16)
Software version (5/16)
Software version (6/16)
Software version (7/16)
Software version (8/16)
Software version (9/16)
Software version (10/16)
Software version (11/16)
Software version (12/16)
Software version (13/16)
Software version (14/16)
Software version (15/16)
Software version (16/16)
MODBUS map version
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve
Reserve

1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
1
2
3
4
5
6
7
8
9
10
1
2
3













Description

㻌
㻌
㻌
㻌
㻌
㻌
㻌




























96

Remarks

ASCII Multipoint type䠖"MULTI"
Pen type䠖"PEN"
Subsequently blank





ASCII Version information on a system.

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Binary 


























Address

Relativeaddress
(HEX)

30050
30051
30052
30053
30054
30055
30056
30057

31
32
33
34
35
36
37
38

ReserveYearMonth
Day
Hour
MinuteSecondRecording status㻌











0 to 99
1 to 12
1 to 31
0 to 24
0 to 59
0 to 59
0 to 130058

39 Chart sensor status㻌

0 to 130059

3A Manual print status㻌

0 to 130060

3B List print status㻌

0 to 1

30061

3C

Engineering
list print status



0 to 1

30062

3D

Reserve

Reserve
Channel status





30100
30101
30102
30103
30104
30105
30106
30107
30108
30109
30110
30111
30112
30113
30114
30115
30116
30117
30118
30119
30120
30121
30122
30123
30124
30125
30126
30127
30128
30129
30130

63
64
65
66
67
68
69
6A
6B
6C
6D
6E
6F
70
71
72
73
74
75
76
77
78
79
7A
7B
7C
7D
7E
7F
80
81

Name

Measurement data(BIN)

Decimal pointMeasurement data
(Float)

Arrangement

Description

00bit䠖
Alarm 1 1= ON 0= OFF
01bit䠖
Alarm 2 1= ON 0= OFF
02bit䠖
Alarm 3 1= ON 0= OFF
03bit䠖
Alarm 4 1= ON 0= OFF

CH01
CH02
CH03
CH04
CH05
CH06
CH01 -32000 to 32000
CH02
CH03
CH04
CH05
CH06
CH01 0 to 4
CH02
CH03
CH04
CH05
CH06
Float (high-order 2
CH01
byte)
Float (low-order 2CH02byte)

CH03
CH04
CH05
CH06

97

RemarksEvery second update





0䠖Recording not in progress
1䠖Recording in progress
0䠖With chart
1䠖Without chart0䠖Print stops
1䠖During printing0䠖Print stops
1䠖During printing
0䠖Print stops
1䠖During printing









For data larger or smaller
than 32000, the minus side
will be 8181H, and the plus side
will be 7E7EH.

Address

Relativeaddress
(HEX)

30131
30132
30133
30134
30135
30136
30137
30138
30139
30140
30141
30142
30143
30144
30145
30146
30147
30148
30149
30150
30151
30152

82
83
84
85
86
87
88
89
8A
8B
8C
8D
8E
8F
90
91
92
93
94
95
96
97

30153
30154
30155
䞉䞉䞉

98 Unit (3/4)
99 Unit (4/4)
9A Reserve䞉䞉䞉㻌 

Name

Unit (1/4)
Unit (2/4)
Unit (3/4)
Unit (4/4)
Unit (1/4)
Unit (2/4)
Unit (3/4)
Unit (4/4)
Unit (1/4)
Unit (2/4)
Unit (3/4)
Unit (4/4)
Unit (1/4)
Unit (2/4)
Unit (3/4)
Unit (4/4)
Unit (1/4)
Unit (2/4)
Unit (3/4)
Unit (4/4)
Unit (1/4)
Unit (2/4)

Arrangement

Description

RemarksCurrent unitCurrent unitCurrent unitCurrent unitCurrent unitCurrent unit







CH01

CH02

CH03

CH04

CH05

CH06
㻌
㻌

8.3.5 Reading from or Writing to the Holding Register Area
The holding register area is a read-write area. Parameter settings and the start and stop
command of the recording state are mapped. For read, specify the start address (relative) anddata count (assuming that one word is two bytes) of the data to be read. For write, specify thestart address and the data to be written.
For details, refer to the Communication Command Manual for the Hybrid Recorder HR-700.

98

9. MAINTENANCE
Check the following items in order to use this instrument effectively.
z Inspectionz Cleaningz Replacing Consumablesz Adjusting Dot Printing Positionz 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 out of range.
Check whether the recording indication is off course.
• Check whether there are any large errors in indicated values or the dot printing position.
• Check whether there is improper dot printing.
• Check whether there are any blurred dot printings or printouts.
• Check whether printout is correct.
Check whether the chart paper has been 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 feed speed is normal.
Check whether there are any abnormal sounds.

9.2 Cleaning
Many parts of this instrument are made of plastic. Use a dry cloth to wipe the parts clean.

[Note]
Never use any organic solvents.

999.3 Replacing Consumables
Replace consumables according to the following list.
No.

Name

Type

Period1

Chart paper

H-10100

33 days2

Ribbon cassette WPSR188A000001A

3 months

Remarks

When chart feed speed is
20 mm/hWhen chart feed speed is
20 mm/hQuantity11[Note](1) Over time, ribbon colors will begin to fade. To ensure clear recording, replace the ribbon
cassette as soon as possible.
(2) Use the ribbon cassette within one year after its purchase. Over time, ribbon colors will
begin to fade.

9.4 Adjusting Dot Printing Position (Point Calibration)
The following describes how to adjust printing position on the chart paper.
It is advised to adjust recording position annually for accurate recording.

How to Adjust
Leave the recorder as it is, and adjust it according to the instructions in Section 7.2.11 Point
Calibration. (p. 81, 82)

9.5 Calibration (Data Calibration)
Calibrate a process variable input every year in order to keep measurement accurate.

[Note]
Prior to calibration, allow warm-up for at least 30 minutes after switching the power ON.

Devices required for calibrationz Precision voltage (current) generator (Jointly use a digital voltmeter with accuracy of
0.02% or less as required)z Precision dial resistor

100(1) Calibration of Voltage
Conduct calibration in the case of voltage, current or thermocouple input. For thermocouple
input, calibrate reference junction compensation together.
Wiring+Digital Voltmeter+
Precision
Voltage (Current)
Generator-+

HR-706 Recorder
Input Terminals-

Calibrate the voltage according to the instructions in Section “7.2.12 Data Calibration”(Calibration of the voltage). (See pages 83-85.)[Note](1) Calibrate at any one channel.
(2) When a shunt resistor is attached to the input terminal block for the current input, detach itprior to calibration.

(2) Calibration of RTD (Resistance temperature detector)
WiringA
Precision Dial

B

Resistor

B

HR-706
RecorderInput Terminals

Calibrate RTD according to the instructions in Section “7.2.12 Data Calibration” (Calibration of
the RTD). (See pages 83-85.)[Note]The dispersion of resistance for each wire must be 6 m

or less.

Calibrate RTD at every channel.
Short-circuit the input terminals except the calibrating channel.

101

(3) Calibration of Reference Junction Compensation
Calibrate the reference junction compensation in the case of thermocouple input.
Wiring+DigitalVoltmeter-

Precision+

Thermocouple wires or Compensation lead wires
Be sure to attach terminal covers.

Voltage(Current)

Generator

+

+

+

+

- -

-

-

-

+
-

HR-706 Recorder
Input Terminals

Copper wires
Freezing Point
Cold Junction
Compensator(Iced Water)
Calibration(Example) Connecting the input to Channel 1, and setting the calibration when the thermocouple
input value is -0.5

(input 0 ), and the measured RJC temperature is 24.5 .

1) Check the Process variable when impressing 0.000 mV 2

V to Channel 1 by thevoltage generator beforehand. (In this example, it is -0.5 .)2) Check the terminal temperature of Channel 1 at the data calibration in engineeringmode (Reference junction compensation). (In this example, it is 24.5 .)3) Add the difference (0.5 ) to the true value, then set as a correct RJC temperature.
[24.5 – (–0.5)=25.0 ]Calibrate RJC according to the instructions in Section 7.2.12 Data Calibration (Calibration ofreference junction compensation). (See Section 7.2.12 Data Calibration on p.83.)[Note](1) This calibration is conducted when compensation by the recorder's built-in temperaturesensing 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 perform
calibration.

102

10. TROUBLESHOOTING
10.1 Troubleshooting
10.1.1 Problems
Problem

Solution

Does not work at all.

Flowchart 1 (p. 103)

Large error

Flowchart 2 (p. 104)

Recordingerror

Chart paper
feed error

Trend recording is out of range.

Flowchart 3 (p. 104)

Nothing is printed at all.

Flowchart 4 (p. 105)

Faint printing

Flowchart 5 (p. 105)

Chart paper is not fed at all.

Flowchart 6 (p. 106)
Flowchart 7 (p. 106)

Improper feed
Inaccurate feed rate

Contact our dealer where youpurchased the instrument, or
our sales representative.

10.1.2 When the Recorder Does not Work at All
Flowchart 1
Does not work at all.

Power turned on?

NO

Turn on the power.

YES
Power terminal
connected
properly?

NO

Connect properly.
(See section 4.1 on p.15)

YES
Power supplied
properly?

NO

Supply the power properly.
85 to 264 V AC
45 to 65 Hz

YESContact our dealer where youpurchased the instrument, or oursales representative.

103

10.1.3 When there is a Large Error
Flowchart 2
Large error
YES
1 Display or printed
value matches dot
printing value?

(Dot printing error)NO

YES
Calibration
correct?

NO

Calibrate again.
(See 9.5 on p.100)

YES
Zero/span positionof chart paper
correct?

YES

Scaling setting
correct?

NO

Calibrate again.
(See 7.2.11 on
pages 81-82.)

NO Set it properly.
(See 7.1.1 on p.48)

YES
Contact our dealer where you purchased
the instrument, or our sales representative.

10.1.4 When the Trend Recording is Deflected
Flowchart 3
Trend Recording is out of range (0 or 100%)
Input signal wiringcorrect?

NO(Sensor burnout, etc)

YES
Input value andsigns (+/-) arecorrect ?

NO

Wire it correctly.
(See Section 4.2
on pages 17-19)

Input them correctly.
(See Section 4.2
on pages 17-19)

YES
Range and scalesetting correct?

NO

Set them correctly.
(See Section 7.1.1
on p.45)

YES
Contact our dealer where you purchased
the instrument, or our sales representative.

104

10.1.5 When Nothing is Recorded
Flowchart 4
No printing at all

Error message
displayed?

YES

See 10.2 on Page 107.

NO
REC indicator
is lit?

Press the REC key to light
the REC indicator.
(See 2.2.2 on Page 11)NO

YES
Digital printing
enabled?

YES(See 6.4 on Page 34 to 38)

NO
Ribbon cassette
set properly?

NO

Set it properly.
(See 5.2 on Page 29)

YES
Ribbon fed
properly?

NO

Replace the ribbon cassette.
(See 5.2 on Page 29)

YES
Contact our dealer where youpurchased the instrument, or oursales representative.
10.1.6 When Printing is Faint
Flowchart 5
Faint printing

Ribbon ink
shortage?

YES

NO
Ribbon fed
properly?

NO

Replace the ribbon cassette.
(See 5.2 on Page 29)

YES
Contact our dealer where youpurchased the instrument, or oursales representative.

105

10.1.7 When the Chart Paper is not Fed at All
Flowchart 6
No chart paper is fed.

Chart paper fed
by the FEED key?

YES

NO

DI contact(RUN/STOP trigger)
OFF?

YES

Alter chart paper feed
start/stop setting.
Close (ON) the DI contact.
(See section 7.2.9 on p.79)

NO
Chart holder set
properly?

YES

Contact our dealer where youpurchased the instrument, or oursales representative.

NO
Set it properly.
(See Section 5.1 on p.23.)

10.1.8 When the Chart Paper is not Fed Properly
Flowchart 7
Improper chart paper feed

Chart guideattached
properly?

NO

Attach properly.
(See 5.1 on p.23)

YES
Chart coverlocked properly?

NO

Lock properly.
(See 5.1 on p.23)

NO

Set properly.
(See 5.1 on p.23)

NO

Secure an adequate
environment.
(See 11.1.5 on p.110)

YES
Chart paper set
properly?
YES
Used in adequate
environment?
YES
Contact our dealer where youpurchased the instrument, or oursales representative.
10610.2 Self-Diagnosis Function (ERROR)This instrument always performs self-diagnosis on the items listed in Table 10.2.1 below. When anerror is found after self-diagnosis, a relevant error number is displayed.

Hardware error

10.2.1 Self-Diagnosis Items
Table 10.2.1 List of Self-Diagnosis Items
Error
Type
Part
Diagnosis
messageZero point
Zero point position of servomotor
sensorcannot be detected.
AD conversion end error,
ADC
Initialization error
The clock battery has run down.
IC for clock[Note 1]
WDT

Watchdog timer error

EEP WRITE

Non-volatile memory writing error

EEP READ1EEP READ2EEP READ3 RJC error
Calibration
error
Calibration
error
Area error

Operation error

Time error
Setting range
error
Area error
Area error
Area error
Referencechannel settingerror
All channels
skip error

Non-volatile memory reading error(Setup data)
Non-volatile memory reading error(Engineering data)
Non-volatile memory reading error(ADC Calibration data)
Measurement error of temperaturesensing element of RJC
Input range error at the time ofvoltage calibration
Input range error at the time of
RTD calibration
Input value is outside of the setting
range.

Solution

Please contact
our main officeor dealers.

Calibrate
correctly by
Checking the
input wiring.

Clock time setting error
Setting the channel (Ch1) to whichsum/difference/average operation
cannot be set.
Span L Span R
Scale L Scale R
Set properly.
Zone L Zone R or
Zone R–Zone L is less than 5 mm.
The reference channel range of thesum/difference/average operation
is not for Volt, TC, RTD and
SCALE.
All channels have been set to Skip.

Other

Calibration
Not calibrated with the specified
Calibrate it withvalue input
input.
a correct input.
error[Note 1] The battery life lasts approx.10 years, however, this is subject to the type of environment
in which it is used.

10710.2.2 Error Display
z When multiple errors occur, their serial error numbers are automatically displayed.
z 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.

10811. SPECIFICATIONS
11.1 Common Specifications
11.1.1 Input Signal
DC voltage:

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

200 mV DC,

10 V DC

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

Pt100, JPt100

Direct current: 4 to 20 mA DC (External shunt resistor: 250(sold separately)

11.1.2 Performance and Characteristics
Digital indication accuracy rating: See Section 11.2.1
Input impedance: 10 M

min. in mV, TC input (without burnout)

200 kmin. in mV, TC input (with burnout)

1M

min. in voltage input

250

in mA input [Externally install a shunt resistor (sold separately).]

Allowable signal source resistance:
10 kmax. in mV, TC input (without burnout)

100

max. in mV, TC input (with burnout)

1kmax. in Voltage input

10max. (per line) in RTD input

Normal mode rejection ratio:

60 dB min.(50/60 0.1 Hz)

Common mode rejection ratio: 140 dB min.(50/60 0.1 Hz)
Insulation resistance: 0.5 kV DC 20 M
Withstand Voltage:min. between each terminal and grounding terminal

1.5 kV AC for 1 minute between power terminal and grounding terminal
0.5 kV AC for 1 minute between input terminal and grounding terminal
0.2 kV AC for 1 minute between input terminals
Interchannel maximum noise voltage: 200 V AC at 50/60 Hz

Vibration resistance: 10 to 60 Hz, 1 m/s2 max.
Shock resistance:
Clock precision:

2 m/s2 max.
50 ppm max. (At Reference operating conditions)
The error due to power ON/OFF is not included.

Chart feed accuracy:

0.1% max.

10911.1.3 Structure
Mounting:

Panel mounting (vertical panel)
Allowable backward inclination: Within 30

Material (Color): Case: Polycarbonate (Black), Glass 10% UL94-V0
Door: Polycarbonate UL94-V2 (Transparent)
Dust-proof, drip-proof (IEC60529-IP65)
11.1.4 Power Source
Rated supply voltage range:

100 to 240 V AC

Working supply voltage range: 85 to 264 V AC
Rated power frequency:

50/60 Hz

Working frequency range:

45 to 65 Hz

Table 11.1.4 Power consumption
㻌

100 V AC

Max. power consumption

6-dot recorder

About 25 VA

About 30 VA

11.1.5 Normal Operating Conditions
Ambient temperature: 0 to 50
Ambient humidity:

20 to 80 %RH

Supply voltage:

85 to 264 V AC

Supply frequency:

45 to 65 Hz

Vibration:

10 to 60 Hz 0.2 m/s2 max.

Shock:

Unacceptable

Magnetic field:

400 A/m max. (DC and AC: 50/60 Hz)

Noise:

Normal mode (50/60 Hz)
DC voltage, Thermocouple: Peak value is lower than the span widthof the measurement range.
RTD: 50 mV max.
Common mode (50/60 Hz): 250 V AC max.
Interchannel maximum noise voltage: 200 V AC at 50/60 Hz

Posture:Allowable backward inclination: Within 30 , Right-and-left levelWarm-up time:

30 minutes minimum from the time of power-on

11011.1.6 Alarm Output (Option: LH6)
Number of output:

6 points (Built-in option, normally open)

Alarm type:2 types (H, L), total 4 levels/channel

Contact point capacity: 250 V AC, 3 A max. (Resistive load)
30 V DC, 3 A max. (Resistive load)
125 V DC, 0.5 A max. (Resistive load)
Hysteresis width:

0.5%

Setting accuracy:

The same as Digital indication accuracy

11.1.7 Low Voltage Directive and EMC Directive
Low Voltage Directive: EN61010-1
EMC Directive: EN61326-1 Class A
At the EN61000-4-3 test condition:
DC voltage DC contact range: Accuracy Ratings + 3 digits
Thermocouple range: Accuracy Ratings + 5 digits
Resistance temperature detector range: Accuracy Ratings + 10 digits

11.1.8 DI Function (Option: RE6)
A maximum of 3 points can be set.

11.1.9 Paper-empty Detection Function (Option: FL6)
Detects the chart paper-empty to output an alarm.

111

11.2 Standard Specifications
11.2.1 Measurement Range
An arbitrary setup is possible by the front keypad.
Digital indication accuracy rating is described in Table11.2.1 below under the Reference operating
conditions.
Reference operating conditions: Ambient temperature:

23 2

Ambient humidity:

55 10 %RH

Power supply voltage:

85 to 264 V AC

Power-supply frequency: 50/60 Hz 1%
Warm-up time:

30 minutes min.

(Performance is based on a state of no vibration or shocks.)
Terminal block reference junction compensation accuracy is not included in the digital indication
accuracy rating.
Terminal block reference junction compensation accuracy:
B, R, S, Au-Fe, PR40-20:

1K, E, J, T, C, N, PL- , U, L:

0.5

Table 11.2.1 Digital Indication Accuracy Rating
Measurement
Type

Range

DC voltage, current Input

Accuracy-10 to 10 mV(0.2% of rdg + 3 digits)

0 to 20 mV
0 to 50 mV-200 to 200 mVMax.
resolution
10V(0.2% of rdg + 3 digits)

10V(0.2% of rdg + 2 digits)

10V(0.2% of rdg + 3 digits)

100

V-1 to 1 V

(0.1% of rdg + 3 digits)

1 mV

0 to 5 V(0.2% of rdg + 2 digits)

1 mV-10 to 10 V

(0.3% of rdg + 3 digits)

10 mV(0.2% of rdg + 2 digits)

0.01 mA

4 to 20 mA

0.0 to 1820.0
B
Thermocouple

Recording(Analog)

Indication (Digital)

Measurement range

32.0 to 3308.0

0.0 to 1760.0
R1
32.0 to 3200.0(0.15% of rdg + 1 )400 to 600 , 2
Accuracy is not guaranteed
within a range of 0 to less than400
(0.15% of rdg + 1.8 )752 to 1112 , 3.6
Accuracy is not guaranteed
within a range of 32 to less than 0.1 /0.18
752(0.15% of rdg + 1 )However, 0 to 100 , 3.7
100 to 300 , 1.5(0.15% of rdg + 1.8 )However, 32 to 212 , 6.7
212 to 572 , 2.7

112

Accuracy

Digital indication
accuracy(0.3% ofspan)

Measurement
Type

Range

Measurement range

Accuracy
0.0 to 1200.0
R2
32.0 to 2192.0

0.0 to 1760.0
S
32.0 to 3200.0-200.0 to 1370.0
K1-328.0 to 2498.0-200.0 to 600.0
K2

Thermocouple-328.0 to 1112.0-200.0 to 300.0
K3-328.0 to 572.0
E1
E2
E3

-200.0 to 800.0-328.0 to 1472.0-200.0 to 300.0-328.0 to 572.0-200.0 to 150.0-328.0 to 302.0-200.0 to 1100.0J1-328.0 to 2012.0-200.0 to 400.0
J2-328.0 to 752.0-200.0 to 200.0
J3-328.0 to 392.0

Recording(Analog)

Indication (Digital)(0.15% of rdg + 0.8 )However, 0 to 100 , 3.7
100 to 300 , 1.5(0.15% of rdg + 1.44 )However, 32 to 212 , 6.7
212 to 572 , 2.7(0.15% of rdg + 1 )However, 0 to 100 , 3.7
100 to 300 , 1.5(0.15% of rdg + 1.8 )However, 32 to 212 , 6.7
212 to 572 , 2.7(0.15% of rdg + 0.7 )However, -200 to -100 ,(0.15% of rdg + 1 )(0.15% of rdg + 1.3 )However, -328 to -148 ,(0.15% of rdg + 1.8 )(0.15% of rdg + 0.4 )However, -200 to -100 ,(0.15% of rdg + 1 )(0.15% of rdg + 0.7 )However, -328 to -148 ,(0.15% of rdg + 1.8 )(0.15% of rdg + 0.3 )However, -200 to -100 ,(0.15% of rdg + 1 )(0.15% of rdg + 0.5 )However, -328 to -148 ,(0.15% of rdg + 1.8 )(0.15% of rdg + 0.5 )(0.15% of rdg + 0.9 )(0.15% of rdg + 0.4 )(0.15% of rdg + 0.7 )(0.15% of rdg + 0.3 )(0.15% of rdg +0.5 )(0.15% of rdg + 0.5 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.9 )However, -328 to -148 ,(0.15% of rdg + 1.3 )(0.15% of rdg + 0.4 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.7 )However, -328 to -148 ,(0.15% of rdg + 1.3 )(0.15% of rdg + 0.3 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.5 )However, -328 to -148 ,(0.15% of rdg + 1.3 )

113

Max.
resolution

Accuracy

0.1 /0.18

Digital indication
accuracy(0.3% ofspan)

Measurement
Type

Range

Measurement range

Accuracy-200.0 to 400.0
T1-328.0 to 752.0-200.0 to 200.0
T2

Thermocouple-328.0 to 392.0C

0.0 to 2320.0
32.0 to 4208.0

Au-Fe

1.0 to 300.0 K

N

0.0 to 1300.0
32.0 to 2372.0
0.0 to 1880.0

PR40-2032.0 to 3416.0PL-0.0 to 1390.0
32.0 to 2534.0-200.0 to 400.0

U-328.0 to 752.0-200.0 to 900.0
L-328.0 to 1652.0

RTD

Pt100-1
Pt100-2
JPt100-1
JPt100-2-200.0 to 650.0-328.0 to 1202.0-200.0 to 200.0-328.0 to 392.0-200.0 to 630.0-328.0 to 1166.0-200.0 to 200.0-328.0 to 392.0

Recording(Analog)

Indication (Digital)(0.15% of rdg + 0.5 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.9 )However, -328 to -148 ,(0.15% of rdg + 1.3 )(0.15% of rdg + 0.4 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.7 )However, -328 to -148 ,(0.15% of rdg + 1.3 )(0.15% of rdg + 1 )(0.15% of rdg + 1.8 )(0.15% of rdg + 1 K)
However, 1 to 20 K, 2.4 K(0.15% of rdg + 0.7 )(0.15% of rdg + 1.3 )(0.15% of rdg + 1 )However, 0 to 300 , 37.6
300 to 800 , 18.8
(0.15% of rdg + 1.8 )However, 32 to 572 , 67.7
572 to 1472 , 33.8
(0.15% of rdg + 0.7 )(0.15% of rdg + 1.3 )(0.15% of rdg + 0.5 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.9 )However, -328 to -148 ,(0.15% of rdg + 1.3 )(0.15% of rdg + 0.5 )However, -200 to -100 ,(0.15% of rdg + 0.7 )(0.15% of rdg + 0.9 )However, -328 to -148 ,(0.15% of rdg + 1.3 )(0.15% of rdg + 0.3 )(0.15% of rdg + 0.6 )(0.15% of rdg + 0.2 )(0.15% of rdg + 0.4 )(0.15% of rdg + 0.3 )(0.15% of rdg + 0.6 )(0.15% of rdg + 0.2 )(0.15% of rdg + 0.4 )Max.
resolution

Accuracy

0.1 /0.18

0.1 K

Digital indication
accuracy(0.3 % of
span)

0.1 /0.18

For Input types (R, K, E, J, T, Pt100, JPt100), an input type is automatically selected depending on
the measurement range.
B,R,S,K,E,J,T,N: JIS C 1602-1995 (IEC584-1)
C (WRe5-26): ASTM E988-1996
Au-Fe:
ASTM E1751-2009
PR40-20:
ASTM E1751-2009
PL- :ASTM E1751-2009
U:
DIN43710: 1985 (Cu-CuNi)
L:
DIN43710: 1985 (Fe-CuNi)
Pt100:JIS C 1604-1997 (IEC751)
JPt100:(JIS C 1604-1981)

114

11.2.2 Accuracy at the Computation(1) Scaling
The accuracy rating at the scaling is shown as the following formula.
Scaling accuracy (digits) = (Range accuracy rating (digits) x Scaling factor + 2 digits)
But, Scaling factor =Scaling span (digits)
Measurement range span (digits)(Example 1) When VOLT range is –1.000 to 1.000 V and Scaling range is 0.00 to 100.00.
Range accuracy rating = 0.1% x 1.000 V + 3 digits(Input +1.000 V)= 4 digits

Scaling factor=

10000 – 0
=51000 – (–1000)

Therefore, Scaling accuracy

Analog recording accuracy=(4 x 5 + 2)=

22 digits=4+{1000– (–1000)} x=

10 digits=

0.01 V

0.3
100

and Scaling is 0.00 to 200.00.

(Example 2) When Type K is 0.0 to 200.0

Range accuracy rating =0.15% x 200.0 + 0.3(Input 200 )=0.6=6 digits

Scaling factor=

20000 – 0
2000 – 0Therefore, Scaling accuracy

= 10

=

(6 x 10+2)=

62 digits=

0.62(2) Square Root Computation
The square root computation is shown as the following formula.
Display value = 10

Process variable

Display value accuracy rating:
Process variable accuracy: e
Process variable: x (converting into %)Display value = 10

x e

10

Therefore, Display value accuracy

10e
2 x㻌

x
=

5e
x

115

For input 4 to 20 mA, the square root computation accuracy
Measuring 100%100=

Measuring 50%

50=

Measuring 9%9=Measuring 1%

1

=

5e
100
5e
50
5e
9
5e
1

=
=
=

5䠄0.2+0.125䠅
10㻌
5䠄0.1+0.167䠅
7.07㻌
5䠄0.018+1.39䠅
3㻌

= 5(0.002 +12.5)

is as the following formula.
= 0.16% rdg= 0.19% rdg= 2.3% rdg= 62.5% rdg

If the process variable is low, as above, its accuracy rating is not valid.
(3) Decade
The accuracy rating at the decade computation is defined as the logarithm of display value.
Under normal operating conditions, the accuracy rating is less than 1 digit, and it cannot be read.
(4) Difference, Sum and Average
The accuracy rating of Difference, Sum and Average is shown as the following formula.
Difference and Sum: Reference channel accuracy rating x 2
Average:
Reference channel accuracy rating(Example) When Reference channel VOLT is 00.00 to 10.00 V and Difference is -10.00 to 10.00.
Reference channel accuracy rating = (0.3% x 10.00 V + 3 digits)= (1000 x 0.003 + 3)
= 6 digits
Difference accuracy rating = 6 x 2 = 12 digits

11.2.3 Individual Specifications
Table 11.2.3 Individual Specification Items
Block

Item
Measuring Point
Input Sampling
Display Interval
Recording Form
Printing Form
Recording Width
Printing Period

Input

Record&Printer

Chart paper
Chart feed speed
Recording color
Printing color
WeightPower consumption

Specification
6
10 sec/6CH
2.5 sec
Wire dot (6-color ink ribbon)
100 mm10 sec/6CH [Note 1]
Length: 16 m, Width: 114 mm, Folding width: 40 mm
The length of the Clean Chart is 12 m.
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
mm/h (Analog recording will not be performed when the chart feed speed
is set to 0 mm/h.)
No.1 (Purple), No.2 (Red), No.3 (Green), No.4 (Blue), No.5 (Brown), No.6
(Black) [Note 2]
Purple, Red, Green, Blue, Brown, Black
1.5 kg max.
30 VA max.

[Note 1] Select the Dot Print Interval from 10, 20, 30 and 60 seconds.
[Note 2] Colors are interchangeable.

11611.2.4 Standard Functions
Table 11.2.4 Standard Functions
Item

Description

Analog indication

None

Analog recording

Analog recording with 6-color dot.

Engineering unit indication

None

Digital indication
Logging printing
List printing
Engineering list printing

Indicates Channel No., Process variable, Chart feed speed, Alarm setting
value on the display.
Prints Date, Time, Scaling, Chart feed speed, Process variable andEngineering unit at a programmed interval. Synchronous printing/
Asynchronous printing can be selected depending on the setting.
Prints Chart feed speed, Sensor type, Measurement range, Engineering
unit, Alarm value, Comment, Printing description, Logging printing
ON/OFF, Zone, Partial Compression/Expansion
Prints Channel or Tag, Alarm function, Logging printing ON/OFF,
Reference time, Interval, Scaling printing ON/OFF, Logging printing
Sync./Async., Alarm hysteresis, Burnout, DI function(Option)

Affix printing

Prints Channel number near the analog record.

Manual printing

Prints Measurement result by key input. Analog recording pauses.

Dot printing skip
Programming
Memory backup
Alarm
Chart feed speed
Clock indication
Self-diagnosis
Scaling

Skips recording of an unused channel.
Programs Chart feed speed, Alarm setting value, Logging printing interval,
Dot point skip, Date and Time by key operation.
A built-in lithium battery protects the clock function. The battery life is 10
years. (Total power off period of the instrument: 5 years)
A non-volatile memory stores setting data and calibration data.
Sets 2 types (H, L) of alarms per channel. Sets a total of 4 levels.
Selects a Chart feed speed from 34 types.
Indicates Year, Month, Day, Hour and Minute. Sets the year in A.D, andadjusts leap year automatically.
When malfunctions occur, “E Err” is indicated.
: Type of error)(
Indicates and records the input of a signal 4 to 20 mA, etc. by converting it
into engineering scales.

11711.3 Standard Setting Functions
11.3.1 Standard Setting Functions
Table 11.3.1 Standard Setting Functions
Function

Description
When input is burnt out, indication is deflected to the span side. Burnout canbe specified for every channel. (DC voltage of 50 mV max, TC input )Sets a tag number by up to 7 figures per channel. (Printed at a logging
printing)

Burnout
Tag Number
Reference Junction
Compensation

Specifies an inside/outside of the Reference Junction Compensation.

Copy Function

Copies a channel setting.

Input offset

Sets the input offset per channel.

Zone Recording(Track Recording)PartialCompression/Expansion
Decade Recording
Indication

Specifies a recording area per channel to separate the record into Tracks.
Records Partial Compression/Expansion to 1-crease line per channel.

Recording Start/Stop
Printing

Records and indicates by up to 5 decades. 2 digits are effective for indicationand printing.
Prints Occurrence time, Occurrence channel, Alarm setting No. and Alarm
type in red when an alarm occurs.
Prints Recovery time, Recovery channel, Setting No. and Alarm type in
purple when alarm recovers.
Prints Time and Start/End comment when recording starts and stops.
Synchronous, Asynchronous or OFF can be selected.

Computation

Computes Square root.

Interchannel Computation

Computes Sum, Difference and Average values between channels.

Alarm Hysteresis Width

Sets an alarm hysteresis width to 0% FS or 0.5% FS.

Alarm Printing
Alarm Recovery Printing

11.4 Optional Functions
11.4.1 Remote Function of DI
Function

Description

Chart Feed Start/Stop

ON: Start, OFF: Stop

Changing Chart feed Speed

ON: 1st, OFF: 2nd

Comment Printing (Sync./Async.)

ON: Comment Printing

Manual Printing (Sync./Async.)

ON: Manual Printing

Date and Time Printing (Sync./Async.)

ON: Date and Time Printing

11.4.2 Alarm Output Function
6 relays
11.4.3 Communication Function
RS-232C (Standard)
RS-485 (Optional)

118

SHINKO TECHNOS CO., LTD.
OVERSEAS DIVISION
Head Office:2-5-1, Senbahigashi, Minoo, Osaka, 562-0035, Japan[URL][E-mail]

https://shinko-technos.co.jp/e/overseas@shinko-technos.co.jp

Tel: +81-72-727-6100
Fax: +81-72-727-7006
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