Unipulse F600AT Operation Manual

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F600AT

WEIGHING CONTROLLER

OPERATION MANUAL

01MAY2015REV.3.01

INTRODUCTION

WARNING

CAUTION

Thank you very much for purchasing our Weighing Controller F600AT.

For good performance, and proper and safe use of the F600AT, be sure to read this instruction manual

and properly understand the contents of it before use. Also, carefully keep this instruction manual so

that it can be referred to at any time.

SAFETY PRECAUTIONS

BE SURE TO READ FOR SAFETY

Installation, maintenance and inspection of the F600AT should be performed by personnel having

technical knowledge of electricity.

In order to have an F600AT used safely, notes I would like you to surely follow divide into

" " and " ", and are indicated by the following documents. Notes indicated

INTRODUCTION

here are the serious contents related to safely. Please use F600AT after understanding the contents well.

WARNING

This sign forewarns the presence of hazards that could result in serious injury or fatality when incorrectly handled.

CAUTION

This sign forewarns the presence of hazards that could result in personnel injury or property damage when incorrectly handled.

SAFETY PRECAUTIONS

This sign forewarns the presence of hazards that could result in serious injury or fatality when incorrectly handled.

Warning on design

Warning on installation

Warning on wiring

WARNING

● For the entire system to function safely when the F600AT becomes faulty or malfunctions,

provide a safety circuit outside the F600AT.

● Before using the F600AT as described below, make sure to consult with our sales

personnel.

- Use in environments not described in the operation manual.

- Use greatly impacting human lives and assets, such as medical devices, transport devices

entertainment devices, and safety devices.

● Do not modify the F600AT. Doing so may cause fire or electric shocks.

● Do not install in the following environments.

- Places containing corrosive gas or flammable gas.

- Where the product may be splashed with water, oil or chemicals.

● Do not connect a commercial power source directly to the signal input/output terminals.

● Be sure to ground the protective ground terminal.

● The attached AC cable is designed for domestic use in Japan, and its rating is 125V AC, 7A.

For use at voltages exceeding the rating and for overseas use, have a separate AC cable

prepared.

● Before performing the following, make sure that no power is applied.

- Attachment/detachment of connectors of options, etc.

- Wiring/connection of cables to the terminal blocks.

- Connection of the earth cable.

● For connection to the signal input/output terminals, check the signal names and pin

assignment numbers, and then carry out wiring properly.

● Be sure to use crimp contacts for connection to the terminal blocks, and do not to connect

bare wires as they are.

● Be sure to install the attached terminal block cover after wiring to the power input terminals.

Otherwise, electric shocks may result.

● Before applying power, carefully check the wiring, etc.

SAFETY PRECAUTIONS

This sign forewarns the presence of hazards that could result in serious injury or fatality when incorrectly handled.

Warning during startup and maintenance

This sign forewarns the presence of hazards that could result in personnel injury or property damage when incorrectly handled.

Caution on installation

WARNING

● Use at a proper power supply voltage.

● Do not damage the power cord. Doing so may cause fire or electric shocks.

● Do not touch any terminal while applying power. Doing so may cause electric shocks or

malfunctions.

● If the cover of the main body is opened, it may cause an electric shock internally. Even if the

power is off, the internal capacitor is charged. Contact us for internal inspection or repair.

● In the case of smoke, an abnormal smell or strange sound, immediately turn off the power,

and disconnect the power cable.

● As for the batteries used in F600AT, do not at any time dismantle the batteries, change the

batteries shape by subjecting it to pressure or throw the batteries into fires as these may

cause the batteries to explode, catch fire or leak.

Type: CR2477/HFK (old type: CR2477-1HF) made by Panasonic

Voltage: 3V

Capacity: 1000mAh

CAUTION

● Use the F600AT as it is incorporated in a control panel, etc.

● Do not install in the following environments:

- Locations where temperature or humidity exceeds specifications;

- Locations subjected to drastic temperature fluctuations or icing and condensing;

- Outdoors or locations above 2,000m;

- Locations exposed to direct sunlight;

- Locations subject to dust accumulation;

- Locations with poor ventilation;

- Locations with a lot of salt and metal powder;

- Locations where the main unit is subject to direct vibration and shock.

● Take adequate shielding measures when using at the following locations.

- Near a power line.

- Where a strong electric field or magnetic field is formed.

- Where static electricity, relay noise or the like is generated.

● Install the F600AT as far away from devices generating high frequency, high voltage, large

current, surge, etc., as possible. Also, carry out wiring separately from their power lines. Do

not carry out parallel wiring and common wiring.

● Do not use it, broken down.

III

RoHS-COMPLIANT PRODUCT

This sign forewarns the presence of hazards that could result in personnel injury or property damage when incorrectly handled.

Caution on wiring

Caution during startup and maintenance

Caution during transportation

Caution during disposal

CAUTION

● Tighten the screws for the signal input/output terminals at the specified torque.

If they are loose, shorts, fire or malfunctions may occur.

Tightening torque: 0.5N •m

● For sensors, external inputs/outputs, RS-232C and options, use shielded cables.

● The temporary overvoltage applied to the power should not exceed 1500V.

● For turning on/off the power, be sure to keep intervals of 5 seconds or more.

● After power-on, make sure to warm up the F600AT for at least 30 minutes or more before use.

● If the F600AT is not used by the specified method, its protective performance may be

impaired.

● Maintenance

- When performing maintenance, disconnect the power.

- Do not wipe with a wet rag, or with benzine, thinner, alcohol, etc. Doing so may cause discoloration or deformation of the F600AT. In the case of heavy contamination, wipe off the contamination with a cloth after dipping it into a diluted neutral detergent and wringing it well, and then wipe with a soft, dry cloth.

● When the F600AT is shipped, spacers made of corrugated cardboard are used as

cushioning materials. Though it is factory-designed so that shocks can sufficiently be absorbed, breakage may result if shocks are applied when the spacers are reused for transportation. If you send the

F600AT to us for repair, etc., take adequate measures against shocks by using polyurethane materials, etc., separately.

● If you dispose of the product, handle it as industrial waste.

● Remove the lithium batteries used in the F600AT and make sure to dispose them according

to classification of waste collection.

RoHS-COMPLIANT PRODUCT

The parts and attachments (including the instruction manual, packaging box, etc.) used for this unit are

compliant with the RoHS Directive restricting the use of hazardous substances with regard to adverse

effects on the environment and human body.

What is RoHS?

It is an abbreviation for Restriction on Hazardous Substances, which is implemented by the European

Union (EU). The Directive restricts the use of six specific substances in electric and electronic

equipment handled within EU borders. The six substances are lead, mercury, cadmium, hexavalent

chromium, PBB (polybrominated biphenyls), and PBDE (polybrominated diphenyl ethers).

CONTENTS

1． OUTLINE ....................................................................................................... 1

1-1． Contents of the Package ...................................................................... 1

1-2． About Connectable Devices ................................................................. 1

1-3． Appearance Description ....................................................................... 1

1-3-1． Front Panel ................................................................................ 1

Touch panel display, Status indicator lamp, Prohibition of key operation

1-3-2． Rear Panel ................................................................................. 2

AC power source input connector, DC power source input terminal block, Analog input/output connector, Signal input/output connector, Frame ground, Protective ground, RS-232C connector, Option slot

2． CONNECTION .............................................................................................. 5

2-1． Analog Input/Output Terminals Connection ......................................... 5

2-2． Loadcell Connection ............................................................................ 6

6-wire connection, 4-wire connection

2-3． Connecting Loadcells In Parallel .......................................................... 7

2-4． Strain Gauge Sensor Cable Coloration ................................................ 7

2-5． Power Input Terminal Connection ........................................................ 8

2-6． Protective Ground Connection ............................................................. 8

2-7． SI/F Connection ................................................................................... 9

2-8． External I/O Connection ....................................................................... 9

2-8-1． How to assemble the connector ................................................. 9

2-8-2． External output connection ...................................................... 10

2-8-3． External input connection ......................................................... 10

2-8-4． RS-232C interface connection ................................................. 11

3． SETTING MODE CONFIGURATION .......................................................... 12

3-1． F600AT Screen Configuration ........................................................... 12

3-2． About a Setting Call ........................................................................... 13

3-3． Setting Modes Tree ............................................................................ 14

4． CALIBRATION ............................................................................................ 16

4-1． Span Calibration Procedure ............................................................... 17

4-2． Equivalent Input Calibration Procedure ............................................. 17

4-3． Calibration Setting .............................................................................. 18

4-3-1． LOCK2 (Calibration value LOCK) ............................................ 18

4-3-2． Minimum scale division (Can be omitted if there is no change) 18

4-3-3． Decimal place .......................................................................... 18

4-3-4． Zero calibration ........................................................................ 18

4-3-5． Equivalent input calibration ...................................................... 18

4-3-6． Span calibration ....................................................................... 19

4-4． Net Over/ Gross Over ........................................................................ 19

CONTENTS

4-5． Unit Setting ........................................................................................ 19

4-6． Tare Subtraction ................................................................................ 19

4-7． Digital Zero ......................................................................................... 20

4-7-1． DZ regulation value .................................................................. 20

5． COMPARISON SETTING ........................................................................... 21

Comparison mode setting, Comparison inhibiting time/ Judging time/ Completion output time, Availability of fall compensation/ Fall compensating coefficient/ Average count of fall compensation, Discharge control mode, Completion signal output mode, Overweight/underweight comparison mode, HI/LO limit comparison selection, Near zero comparison selection/ Preset near zero value, Tare setting selection/ Preset tare value

6． HOW TO SET THE FUNCTIONS ............................................................... 26

For HI/LO limit comparison (when “HI-LO comp” is selected by comp mode sel.) , For final discharge – over weight/under weight comparison (when “DIS.-O/U” is selected by comp mode sel.) , For final discharge – HI/LO limit comparison (when “DIS.-H/L” is selected by comp mode sel.)

7． OPERATION SETTING .............................................................................. 28

Digital filter,Analog filter, Motion detect period/ Motion detect range, Display frequency, Zero tracking period/ Zero tracking range, Indicate color, Backlight lighting time/ Backlight bright-and-dark time, Display table selection, HI/LO limit output selection, LOCK1/LOCK2

8． GRAPH SETTING ....................................................................................... 32

Graphic mode, Trigger level, X-axis (time) end point, Y-axis (load) start point, Y-axis (load) end point, Drawing weight selection

9． SYSTEM ..................................................................................................... 34

Initialization, Password, Language, 〔GROSS/NET〕key, 〔DZ〕key, 〔TARE〕key,

〔Cursor ON/OFF〕key, 〔START/STOP〕key, B4 terminal function selection

10． SEQUENCE SETTING ............................................................................. 36

Control mode, Adjust feeding/ Adjust feeding time, Near zero confirmation at start time, Weight confirmation at start time, AZ times, Judging times

11． TIMING CHART ........................................................................................ 38

11-1． Feed Weighing (In The Simple Comparison Mode) ......................... 38

11-2． Discharge Weighing (In The Simple Comparison Mode) ................. 39

11-3． Sequence Control ............................................................................ 40

11-3-1． Normal sequence ................................................................... 40

11-3-2． Sequence when the adjust feeding is ON .............................. 41

11-3-3． Sequence with no judgment ................................................... 41

11-3-4． About the stop signal ............................................................. 42

11-3-5． Relationship between AZ times, judging times, and

automatic fall compensation ................................................... 42

CONTENTS

12． EXTERNAL INPUT/OUTPUT SIGNALS ................................................... 43

External input signals, External output signal

13． AUTOMATIC PRINT ................................................................................ 45

13-1． In HI/LO Limit Comparison ............................................................... 45

13-2． In The Discharge Mode; Simple Comparison Mode ........................ 45

13-3． In The Discharge Mode; Sequence Mode ....................................... 45

14． RS-232C INTERFACE .............................................................................. 46

14-1． Communication Specifications ......................................................... 46

14-2． RS-232C Interface Setting ............................................................... 46

Communication mode, Baud rate, Character length, Parity bit, Stop bit, Terminator, Flow control

14-3． Communication Format .................................................................... 47

14-3-1． Handshake ............................................................................. 47

14-3-2． Continuous transmission/ Transmission at print-time ............ 50

15． BCD DATA OUTPUT (OPTION) ............................................................... 51

15-1． Connector Pin Assignment .............................................................. 51

15-2． Equivalent Circuit ............................................................................. 52

15-3． Signal Input ...................................................................................... 52

15-4． Signal Output Timing ....................................................................... 53

15-5． BCD Data Output Setting ................................................................. 54

Data output rate, Output weight

15-6． Self Check ........................................................................................ 54

16． D/A CONVERTER (OPTION) ................................................................... 55

16-1． Connection of the D/A Converter Options ........................................ 56

16-2． D/A Converter Setting ...................................................................... 57

D/A output mode, Zero output, Full scale output

17． ERROR MESSAGE .................................................................................. 58

18． SELF-CHECK ........................................................................................... 60

Self-check DSP1, Self-check MEM, Self-check KEY, Self-check EXT, Self-check DSP2, Self-check COM

19． BLOCK DIAGRAM .................................................................................... 61

20． DIMENSIONS ........................................................................................... 62

Standard equipment, When the external input/output signals is connected, When the BCD option is equipped, When the CC-Link option is equipped, When the DeviceNet option is equipped

20-1． Installation in a Panel ....................................................................... 64

VII

CONTENTS

21． SETTING ITEM LIST ................................................................................ 65

22． SPECIFICATIONS .................................................................................... 70

Analog Section, Display Section, Setting section, Communication, Option, External Input/Output, General Performance

VIII

1. OUTLINE

DIGITAL INDICATOR

WEIGHING CONTROLLER

15JAN2008REV.1.00

WEIGHINGCONTROLLER

F600A

F600AT body ・・・1 operation manual ・・・1 Jumper wire ・・・2AC power cable・・・1

(Only at AC spec.)

［

External input/output connector ・・・1set

Connector : FCN-361J024-AU

Cover : FCN-360C024-B

］

Touch panel display

Status indicator lamp

1-1. Contents of the Package

The packaging box contains the following.

Be sure to check them before use.

1-2. About Connectable Devices

1.OUTLINE

1-3. Appearance Description

1-3-1. Front Panel

1.OUTLINE

Weight display Graph display

AC power source

RS-232C connector

Signal input/output

Analog input/output connector

Frame ground

Optional slot

Protective ground

connector

input terminal block

*DC spec.

Red (plus)

Black (minus)

DC power source

Notice

- Be aware that the voltage drops depending on the wire thickness and length.

- Never input an AC power source. Doing so will cause a failure.

(Designated when it is shipped)

input terminal block

■ Touch panel display

This is the touch panel display for displaying an indicated value and graph set value and for setting

various setting items of the F600AT. During measurement, a comparison display, hold display and

graph display can be selected according to the function in use.

■ Status indicator lamp

Lamp indication Status

Green lighting Steady state

Orange lighting Writing into internal NOVRAM. Do not turn off the power of the F600AT.

Yellow blink

Voltage drop of the internal memory backup battery. Battery replacement is needed.

■ Prohibition of key operation

Setting of all the key operations or individual key operation ON/OFF is done by "SYSTEM". Please

refer to "9. SYSTEM" on page 34 for details.

1-3-2. Rear Panel

■ AC power source input connector/ DC power source input terminal block

About the power cable

- The power cable attached to this product as standard equipment can be used in

the AC100V power supply in Japan. (Official ratings voltage AC125V)

Please use the power cable authorized in the country when you use this product

outside Japan.

- Our company sells following resistance pressure cable AC250V (European

standard product) separately.

Please purchase it from us when you need after confirming its plug shape/voltage.

CA325AC3P-CEE7/7-B2 : CEE7/7 Plug cable (2m)

- AC spec.

Connect with AC power source cable supplied.

AC voltage is 100V to 240V(

+10%, -15%) AC frequency is 50Hz/60Hz.

- DC spec. (Designated when it is shipped.)

1.OUTLINE

Connect DC power source. Voltage input is DC24V (

±15%).

■ Analog input/output connector

Pin No. Signal (6-wire) Signal (4-wire)

1 +SIG +SIG

2 -SIG -SIG

3 +EXC

4 +S

5 -EXC

6 -S

7 SHIELD SHIELD

Compatible connector : ETB42-07P

(Connector optional type: CN80)

+EXC

(Connect 3 to 4)

-EXC

(Connect 5 to 6)

1.OUTLINE

■ Signal input/output connector

Compatible connector : FCN-361J024-AU

Connector cover: FCN-360C024-B

(Connector & cover optional type: CN50)

A1 COM B1 COM

A2 HH/SP1 B2 CODE0

A3 HI/OVER B3 CODE1

A4 GO/SP2 B4 CODE2/KEY_LOCK

A5 LO/UNDER B5 G/N

A6 LL/SP3 B6 DZ

A7 END B7 TARE ON

A8 NZ B8 TAR E O F F

A9 STAB B9 HOLD/JUDGE

A10 ERR B10 F/D

A11 SI/F B11 START

A12 SI/F B12 STOP

■ Frame ground

Please ground the frame ground terminal to prevent failures due to static electricity.

(The frame and the frame ground terminal are conducted.)

It may be better to remove depending on the environment of the installation location.

■ Protective ground

Be sure to ground the protective ground terminal to prevent electric shocks.

■ RS-232C connector

RS-232C connector to transmit/receive measurement data and status information, etc.

The compatible connector is HOSIDEN-manufactured TCP8080-015267 or equivalent.

Optionally available RS-232C cable (cross) [CA81-232X] is connectable.

■ Option slot

Any one of the following optional boards can be mounted.

- BCD data output

- D/A converter (voltage or current output)

- CC-Link interface

- DeviceNet interface

2. CONNECTION

5 mm

Compatible connector : ETB42-07P

Pin No.1

Pin No.7

Loosen.

(Turn counterclockwise.)

Tighten.

(Turn clockwise.)

Pin No.1

Pin No.7

Tighten.

(Turn clockwise.)

Tighten.

(Turn clockwise.)

2-1. Analog Input/Output Terminals Connection

How to connect

1. Strip 5mm of the covering of the wire to be

connected. The size of connectable wires is from

0.21 to 3.31mm

Twist the tip to such an extent that it will not spread out.

3. Loosen the screw with a screwdriver to open the

connection hole.

A Phillips screwdriver 3 to 3.5mm #1 in shaft

diameter is recommended. (Precision screwdriver,

etc.)

(AWG12 to 24).

2.CONNECTION

4. Insert the wire into the connection hole so as not to

let the tip spread out.

5. Tighten the screw with the screwdriver.

0.5Nm of tightening torque is recommended.

6. Lightly pull the wire to make sure that it is securely clamped.

7. Insert the wire-connected plug into the F600AT

body, and tighten the screws (two).

2.CONNECTION

+IN

-OUT

-IN

Loadcell

+EXC +S

-S

-EXC

+SIG

-SIG SHIELD

+OUT

4 6

5 1

2 7

+IN

-OUT

-IN

+EXC +S

-S

-EXC

+SIG

-SIG SHIELD

+OUT

4 6

Loadcell

These jumpers MUST be connected.

Notice

The loadcell excitation voltage of the F600AT is 10V. Heating or breakage may occur

unless the loadcells maximum excitation voltage is 10V or more.

2-2. Loadcell Connection

The voltage application of this equipment is 10V, and the maximum current is 120mA, to which up to

four 350Ωloadcells can be connected in parallel.

■ 6-wire connection

The loadcell input of the F600AT is a 6-wire (remote sense) connection. 6-wire shielded loadcell cable

should be used and kept separate from AC or other noise generating wire.

Remote sense lines are used to detect and correct variations in excitation voltage over long cable runs.

■ 4-wire connection

Connect 3 and 4, and 5 and 6 as shown below. Be sure to connect 4 and 6 on the terminal block with the

accessory jumper lines because if the four-wire type is used when 4 and 6 are open, apparent normal

operation is performed, but large errors are made in actuality.

2.CONNECTION

+EXC

-SIG

+SIG

-EXC

+EXC

-SIG

-EXC

+SIG

SHIELD

-S

‘n’ (number) loadcells connected in

parallel are considered one unit whose

capacity is ‘n’ x rated capacity of

loadcells (loadcells must have the same

capacity, bridge resistance, and mV/V).

The averaging resistor (R) must be in

same relative ratios with a low

temperature coefficient.

Averaging resistors are not needed if

loadcells were designed for parallel

connection.

Notice

When connecting several loadcells in parallel, loadcell capacity should be higher than

expected load to compensate for mechanical shock or eccentric loading.

2-3. Connecting Loadcells In Parallel

Some industrial applications require several loadcells connected in parallel (e.g., tank or flow scales).

A summing junction box should be used to facilitate connection and corner correction.

2-4. Strain Gauge Sensor Cable Coloration

Cable colors of sensors may differ from one manufacturer to another (it may even differ from one

model to another for some products). Refer to the sensor manual (or data sheet) and check signal names

and colors in order to connect the cables correctly.

2.CONNECTION

Within 6mm

Protective ground

2-5. Power Input Terminal Connection

Connect an AC input cord. The input power source is free in the range of 100 to 240V AC (-15%,

+10%). The frequency is 50/60Hz.

Make connections to the terminal block with a solderless terminal within 6mm in diameter as shown in

the illustration so as not to let the tip of the cable spread out.

1. Make sure that no power is applied.

2. Remove the screws (two), and remove the terminal block

cover.

3. Remove the two screws(“L” and “N”) at the terminal block.

4. Align the solderless terminals with the screw holes, and then

tighten the screws.

5. Install the terminal block cover, and fix it with the screws

(two).

2-6. Protective Ground Connection

The grounding terminal is for prevention of electric shocks.

Use an approx. 0.75mm

1. Make sure that no power is applied.

2. Remove the screws(M4) at the protective ground.

3. Align the solderless terminals(M4) with the screw holes, and

then tighten the screws.

thick wire, and be sure to ground.

WARNING

- Connect with no power applied because it may cause an electric shock.

- The attached AC cable is designed for domestic use in Japan, and its rating is 125V

AC, 7A. For use at voltages exceeding the rating and for overseas use, have a

separate AC cable prepared.

- Since the F600AT has no power switch, install a breaker.

- Be sure to ground the protective ground terminal to prevent electric shocks.

Do not use other screws than that attached to the main body.

2.CONNECTION

ConverterDisplayPrinter

SI/F

A12

A11

← Inside Outside →

F600AT

Connector

Pan-head machine screw M2×8 (short) (two)

Nut M2 (four)

Pan-head machine screw M2×10 (long) (two)

Washer (two)

Case (two)

Screw (two)

2-7. SI/F Connection

The 2-wire serial interface has connective ability for coupling a UNIPULSE printer, external display, etc.

The interface is nonpolarized and up to three external instruments may be connected.

A two-core parallel cable or a cabtyre cable (Wire with covering thickened for construction) may be

used for connection.

When a two-core parallel cable or a cabtyre cable is used, the transmitting distance is approximately

30m. When a two-core shielded twisted pair cable is used, the transmitting distance is approximately

300m.

Do not parallel it with AC lines and high-voltage lines. It may cause of malfunction.

Please refer to "13. AUTOMATIC PRINT" on page 45 for print.

2-8. External I/O Connection

2-8-1. How to assemble the connector

1) Set the connector and screws (two) into the grooves of the case (one side).

2) Cover with the other case, and fit the cases.

3) Tighten the M2×8 pan-head machine screws (two).

Tighten the M2×10 pan-head machine screws (two).

Be aware that washers should be set to the M2×10 pan-head machine screws (two).

2.CONNECTION

COM

Spark Killer

Load

F600AT Inside

Spark Killer

Var isto r

Load

Relay

Vext

Supply an external power source for a relay drive power source (Vext).

Output Data Tr

0OFF

1ON

- Output Transistor Status

Power Supply

A2 ~ A10

Push Switch

To rq u e Switch

Relay

TTL Open Collector (ON when IN is HI)

F600AT Inside

Open → OFF Short → ON

- The external element is required to withstand Ic=10mA.

- Leakage from the external element is required to be 100μA or below.

+12V

COM

B2 ~ B12

2-8-2. External output connection

The external output circuit is operated through an open collector.

The open collector output capacity is 50mA and the withstand voltage is up to 30V.

- Equivalent circuit

2-8-3. External input connection

A signal is inputted to the signal input circuit by short-circuiting or opening the input terminal and the

COM terminal. Short-circuiting is effected by means of a contact (such as a relay or a switch) or a

noncontact (such as a transistor or an open-collector TTL).

2.CONNECTION

Pin No. Signal name

ＤＣＤ

ＲＸＤ

ＴＸＤ

ＤＴＲ

ＧＮＤ

ＤＳＲ

ＲＴＳ

ＣＴＳ

Case

Ｆ.Ｇ.

DCD

DSR

RXD

TXD

DTR

GND

RTS

CTS

5 7

8 7

DTR

TXD

RXD

DCD

DSR

GND

CTS RTS

F600AT PC etc.

Cabling diagram

CA81-232X (optional)

* This connection diagram shows cabling

applicable to the case where your PC is DTE (data terminal equipment). For connection with DCE (data circuitterminating equipment), such as a modem

use straight type cabling.

* Prepare cabling after reconfirmation of the

connector shape and signal lines (pin assignments) of the equipment you use.

2-8-4. RS-232C interface connection

This connector connects the RS-232C.

Example of cabling) The following shows an example of connection between DTE-DTE terminals.

This will require modification depending on the equipment to be connected.

For details, see the operation manual of the equipment to be connected.

3.SETTING MODE CONFIGURATION

O K

ESC ESC

ESC

BACK

BACK BACK

BACK

oror

MODE

ESC

O K

Set value entry from the ordinary display screen

[Ordinary display screen]

[Mode setting screen]

EACH CODE

Mode Keys

[Set value selection screen]

[Each code setting screen]

Each item

Setting keys

[Set value entry screen]

3. SETTING MODE CONFIGURATION

3-1. F600AT Screen Configuration

3-2. About a Setting Call

Operation

Setting call

MODE

by key.

Operation setting

Can be changed

Page 1 Page 2 Page 3

Example) LOCK2 (Calibration Protection)

This call can be made by the following procedure.

1) Press the key on the ordinary display screen.

2) The mode setting screen appears. Select the mode.

3.SETTING MODE CONFIGURATION

Modes are as follows:

- EACH CODE - COMPARISON - OPERATION

- GRAPH - OPTION - SYSTEM

- CALIBRATION - SEQUENCE MODE - RS-232C

3) The setting function setting screen appears. Select the function.

PAGE1

GRAPHIC MODE

(P.33)

TRIGGER LEVEL

(P.33)

X END POINT

(P.33)

Y START POINT

(P.33)

Y END POINT

(P.33)

PAGE2

DRAWING WEIGHT

(P.33)

Ordinary display screen

PAGE1

FINAL

(P.27)

SP1

(P.27)

SP2

(P.27)

CPS

(P.27)

PAGE2

AFFC

(P.27)

OVER

(P.27)

UNDER

(P.27)

PAGE1

COMP MODE SEL.

(P.21)

COMP INH. TIME

(P.21)

JUDGING TIME

(P.21)

COMPLETE OUT T.

(P.21)

AFFC

(P.22)

PAGE2

CPS. COEFFICIENT

(P.22)

AVG. CNT OF AFFC

(P.22)

DIS. CONTROL MODE

(P.24)

COMPLETE SIG. OUT (P.24)

OVER/UNDER COMP. (P.24)

PAGE1

DIGITAL FILTER

(P.28)

ANALOG FILTER

(P.28)

MD (PERIOD)

(P.28)

MD (RANGE)

(P.28)

DISPLAY FREQ.

(P.28)

PAGE2

ZT (PERIOD)

(P.29)

ZT (RANGE)

(P.29)

INDICATE COLOR

(P.29)

BACK LIGHT

(P.30)

PAGE3

HI/LO COMP. SEL

(P.25)

NEAR ZERO COMP

(P.25)

PRESET TARE WGT.1 (P.25)

NEAR ZERO

(P.25)

PRESET TARE WGT.2 (P.25)

PAGE3

DISPLAY SELECT

(P.30)

HI/LO OUT SEL

(P.31)

LOCK1

(P.31)

LOCK2

(P.31)

PAGE1

(P.21)

PAGE1

FINAL

(P.27)

SP1

(P.27)

SP2

(P.27)

CPS

(P.27)

PAGE2

AFFC

(P.27)

Mode setting screen

COMPARISON OPERATION GRAPHEACH CODE

When “HI-LO COMP” is selected by COMP MODE SEL

EACH CODE

When “DIS. - O/U” is selected by COMP MODE SEL.

EACH CODE

When “DIS. - H/L” is selected by COMP MODE SEL.

FIN

SP2

SP1

CPS

H I

L L

H H

L O

MODE

Mode Keys

FIN

SP2

SP1

CPS

Main display item

*1 The display item in the main screen changes by the "COMP MODE

SEL." of COMPARISON, and "DISPLAY SELECT" of OPERATION.

*2 The display item in the EACH CODE changes by the "COMP MODE

SEL." of COMPARISON.

3.SETTING MODE CONFIGURATION

3-3. Setting Modes Tree

3.SETTING MODE CONFIGURATION

PAGE1

ZERO CAL.

(P.18)

SPAN CAL.

(P.19)

EQUIV. CAL.

(P.18)

BALANCE WGT VALUE((P.18)

MIN. SCALE DIV

(P.18)

PAGE2

NET OVER

(P.19)

GROSS OVER

(P.19)

UNIT DISPLAY

(P.19)

DECIMAL PLACE

(P.18)

DZ REGULATION VAL

(P.20)

CALIBRATION

PAGE1

SEQUENCE MODE

(P.36)

ADJUST FEEDING

(P.36)

AT START NZ CONF.

(P.36)

AT START WV CONF.

(P.37)

ADJ. FEEDING TIME

(P.36)

PAGE2

AZ TIMES

(P.37)

JUDGING TIMES

(P.37)

SEQUENCE MODE

PAGE1

INITIALIZATION

(P.34)

SELFCHECK DSP1

(P.60)

DELFCHECK MEM

(P.60)

SELFCHECK KEY

(P.60)

SELFCHECK EXT

(P.60)

PAGE2

SELFCHECK DSP2

(P.60)

SELFCHECK COM

(P.60)

PASSWORD

(P.34)

LANGUAGE

(P.34)

〔

GROSS/NET

〕 KEY

(P.34)

SYSTEM

PAGE1

COMM. MODE

(P.46)

BAUD RATE

(P.46)

LENGTH

(P.46)

PARITY BIT

(P.46)

STOP BIT

(P.47)

PAGE2

TERMINATOR

(47)

FLOW CONTROL

(P.47)

RS232C

PAGE1

D/A OUTPUT MODE

(P.57)

ZERO OUTPUT

(P.57)

FULLSCALE OUT

(P.57)

D/A OUTPUT

PAGE1

DATA UPDATE RATE

(P.54)

OUTPUT WEIGHT

(P.54)

SELFCHECK

(P.54)

BCD OUTPUT

A setting function changes by the option. Refer to attachment for CC-Link and DeviceNet.

OPTION

PAGE3

[DZ] KEY

(P.34)

[TARE] KEY

(P.34)

[

CURSOR ON/OFF

] KEY

(P.34)

[

START/STOP

] KEY

(P.34)

B4 FUNC. SELECT

(P.35)

4.CALIBRATION

Actual Load

Loadcell

Indicated value

F600AT

2.001mV/V － 100.0kg

Rated Output capacity

In case of the load

F600AT

Loadcell

Rated output value (mV/V) + Indicated value

A data sheet is attached to a loadcell at the time of purchase.

The data sheet provides data including:

Capacity Load (in kg, t, etc.)

Rated Output voltage (in mV/V)

non-linearity, hysteresis,input resistance,output resistance and zero balance.

Enter the capacity and the rated output value required for equivalent input

calibration into the F600AT.

4. CALIBRATION

Calibration is performed for matching the F600AT to a loadcell. The following two types of calibration

are available for the F600AT.

◇ Actual load calibration

Apply an actual load to the loadcell and enter the actual load value by the keys for calibration.

Calibration is accurately performed with reductions in errors.

◇ Equivalent input calibration

Calibration is performed without an actual load by entering the rated output value (mV/V) and the

capacity (to be indicated) of the strain-gage sensor by the keys. Calibration is easily performed when

no actual load is available.

For example, the gain is automatically determined by entering:

as indicated for a load.

4-1. Span Calibration Procedure

Lock2 Release

Unit Setting

Zero Calibration

Calibration Protection

Minimum Scale Division

Span Calibration

Decimal Place

Lock2 Release

Zero Calibration

Calibration Protection

Equivalent Input Calibration

Unit Setting

Minimum Scale Division

Decimal Place

Follow the steps below to perform span calibration.

Release the calibration protection.

Set the unit of the load to be displayed.

Determine the decimal point place of the indicated value. (Can be omitted if there is no change.)

Enter the minimum value of digital increments. (Can be omitted if there is no change.)

Set the zero point of the loadcell in no-load condition (with the loadcell unloaded).

Enter the span (gain) point of the loadcell with a load applied to the loadcell.

4.CALIBRATION

4-2. Equivalent Input Calibration Procedure

Turn on the calibration protection for preventing misoperation.

Follow the steps below to perform equivalent input calibration.

Release the calibration protection.

Set the unit of the load to be displayed.

Determine the decimal point place of the indicated value. (Can be omitted if there is no change.)

Enter the minimum value of digital increments. (Can be omitted if there is no change.)

Set the zero point of the loadcell in no-load condition (with the loadcell unloaded).

Turn on the calibration protection for preventing misoperation.

4.CALIBRATION

MODE

Twice

［OPERATION］

［LOCK2］

→

→→

MODE

［CALIBRATION］

［MIN. SCALE DIV.］

→

Once

→

MODE

［

CALIBRATION

］

［

DECIMAL PLACE

］

→

Once

→

Once

MODE

［CALIBRATION］

［ZERO CAL.］

→

Once

→

MODE

［CALIBRATION］

［EQUIV. CAL.］

→

Once

→

About the [BALANCE WGT VALUE] setting

For performing calibration, weight value input can be omitted by setting a weight value to [BALANCE WGT VALUE] beforehand. [BALANCE WGT VALUE] is ganged with the weight value inputs of [SPAN CAL.] and [EQUIV. CAL.].

4-3. Calibration Setting

4-3-1. LOCK2 (Calibration value LOCK)

Set values relating to calibration are locked so as not to be changed by misoperation.

Cancel the lock before performing calibration.

Alternatives: ［OFF］［ON］

4-3-2. Minimum scale division (Can be omitted if there is no change)

Set the minimum scale division of the indicated value.

Setting range: 001 to 100

4-3-3. Decimal place

Set the decimal point place of the indicated value. Selection can be made from the following.

Alternatives: ［NONE］［0.0］［0.00］［0.000］

4-3-4. Zero calibration

Set the zero point in no-load condition.

4-3-5. Equivalent input calibration

Set the rated output value and reading of the sensor.

Rated output value: 0.001 to 3.000mV/V

Rated value: 00001 to 99999

4.CALIBRATION

MODE

［CALIBRATION］

［SPAN CAL.］

→

Once

→

MODE

Once

［

CALIBRATION

］

［

NET OVER

］

→→

→

Once

→

MODE

Once

［

CALIBRATION

］

［

GROSS OVER

］

→→

→

Once

→

MODE

Once

［

CALIBRATION

］

［

UNIT DISPLAY

］→→→

Once

→

TARE ON

* It operates it with the net weight (NET) displayed.

YES

RESET

4-3-6. Span calibration

Set the actual load value under an actual load.

Setting range: 00001 to 99999 (The decimal point is selectable.)

4-4. Net Over/ Gross Over

When the net weight value or gross weight value exceeds a fixed regulation, an alarm is given by this

function.

NET OVER: 00000 to 99999 GROSS OVER: 00000 to 99999

The alarm is given when the following conditions are met.

Conditional expression Display

NET OVER

GROSS OVER

Net weight ＞ “NET OVER” set value

Gross weight ＞ “GROSS OVER” set value

4-5. Unit Setting

Set the unit of the load to be displayed.

The display value (calibration value) is not affected by changing the unit.

Alternatives: ［NONE］［kg］［t］［g］［N］［lb］

4-6. Tare Subtraction

The net weight is zeroed by this function. The gross weight value is not changed by this operation.

NET OVER

GROSS OVER

Alternatives: ［RESET］［NO］［YES］

: Perform the tare subtraction.

: Go back to the previous screen without executing tare subtraction.

: Reset the tare subtraction.

4.CALIBRATION

ＤＺ

* It operates it with the gross weight (GROSS) displayed.

YES

RESET

MODE

Once

［

CALIBRATION

］

［

DZ REGULATION VAL

］

→→

→

Once

→

RESET

4-7. Digital Zero

The gross weight value is zeroed by this function.

Alternatives: ［RESET］［NO］［YES］

: Perform the digital zero.

: Go back to the previous screen without executing digital zero.

: Reset the digital zero.

4-7-1. DZ regulation value

By setting the DZ regulation value, the alarm “ZALM” is displayed when operation is performed with

any gross weight value exceeding the range.

Setting range: 0000 to 9999

The displayed “ZALM” can be invalidated by the following method.

DZ reset ....................... Press the key to reset the digital zero.

DZ re-execution.......... Perform digital zero again within the regulation value range.

(Refer to "4-7. Digital Zero" on page 20.)

5. COMPARISON SETTING

FINAL – SP1

FINAL – SP2

FINAL – CPS

Comparison inhibiting timer

Judging timer

■ Comparison mode setting

Select the comparison mode.

Alternatives: ［HI － LO COMP］［DIS. － O/U］［DIS. － H/L］

Explanation of each alternative

HI/LO limit comparison (HI － LO COMP)

The net or gross weight is compared with the set values.

Final discharge – overweight/underweight comparison (DIS. － O/U)

This function is for accurate discharge of the weight value. Overweight/underweight judgment

is made by comparing with the net weight.

Final discharge – HI/LO limit comparison (DIS. － H/L)

This function is for accurate discharge of the weight value. Comparisons are made with the net weight.

High/low limit comparisons are made with the net or gross weight.

5.COMPARISON SETTING

■ Comparison inhibiting time/ Judging time/ Completion output time

Valid in the discharge mode. Comparisons are not made for a fixed time by this function to prevent

inappropriate operation of control and judgment due to mechanical vibrations related to opening and

closing of valves. The length of the completion signal to be output when weighing is completed can

also be set.

COMP.INH.TIME Setting range: 0.00 to 9.99 (sec.)

JUDGING TIME Setting range: 0.00 to 9.99 (sec.)

COMPLETE OUT T. Setting range: 0.00 to 9.99 (sec.)

5.COMPARISON SETTING

FINAL – SP1

FINAL – SP2

FINAL – CPS

FINAL

NET

NEAR ZERO

Time

STAB output

END output

Completion

Completionl output time setting

OVER

UNDER

output time

Value to be added to or subtracted from the preset fall value.

＋ D2＋ D3・・・・・・DA)

× C

■ Availability of fall compensation/ Fall compensating coefficient/

Average count of fall compensation

Variations in fall, which is a major cause of errors in weighing, are automatically compensated by this

function for accurate weighing.

AFFC Alternatives: ［OFF］［ON］ CPS.COEFFICIENT Alternatives: ［1/1］［3/4］［2/4］［1/4］

AVG.CNT OF AFFC Setting range: 1 to 9 (times)

Principle of automatic fall compensation

Differences (D) between the value set at the final weight and actually weighed value are recorded by

the predetermined number of times (preset number of times) (A) to calculate a mean value, which is

multiplied by the compensating coefficient (C), and the value is added to or subtracted from the preset

fall value.

In order to minimize the errors, the values of D (D

, D2, D3, ... DA) can also be regulated.

Setting of automatic fall parameters

AFFC Select whether or not to use the automatic fall compensating function.

AFFC REGULATION VAL

AVG.CNT OF AFFC Set the number of times of recording the weighed value to calculate a

CPS.COEFFICIENT Set to prevent variations in compensation value through multiplication

Set the regulation value to prevent the compensation value from

becoming extremely large (or small). (Each code)

mean value.

by a coefficient of 1 or less.

Example)

Times Actual Weighing Error

Average count of AFFC.

CPS

← Power ON

1 20.050 +0.050 1 0.500

2 20.040 +0.040 2 0.500

3 20.070 +0.070 3 0.500

4 20.080 +0.080

4 → 0

0.500

+0.240/4 = 0.060

0.060×2/4 = 0.030

→ CPS Value

5 20.020 +0.020 1 0.530

6 20.000 0.000 2 0.530

7 20.010 +0.010 3 0.530

8 20.110 (+0.110)

← ×3

0.530

9 20.010 +0.010

4 → 0

0.530

+0.040/4 = 0.010

0.010×2/4 = 0.005

→ CPS Value

10 19.880 (-0.120)

← ×1

0.535

11 19.990 -0.010 1 0.535

12 20.010 +0.010 2 0.535

13 20.000 0.000 3 0.535

14 19.980 0.020

4 → 0

0.535

-0.020/4 = -0.005

-0.005×2/4 = 0.003

→ CPS Value

0.532

Setting CPS coefficient

CPS coefficient can be selected from 1/4, 2/4, 3/4, or 1. You can get more accurate CPS value by selecting 1 when each weight value is approximate same in each measuring or by selecting 1/4 to 2/4 when each weight value fluctuates in each measuring.

5.COMPARISON SETTING

Final 20.000

Auto Free Fall Compensation Regulation 0.100 Average count of AFFC. 4 CPS coefficient 2/4

5.COMPARISON SETTING

OFF

FEEDING

DISCHARGE

Indeterminate interval (within 50msec.)

F/D (B10)

OFF

Comparison inhibition

Comparison

Indeterminate interval (within 50msec.)

HOLD/JUDGE (B9)

■ Discharge control mode

Valid in the discharge mode. Select FEEDING or DISCHARGE.

By selecting EXTERNAL, switching is carried out between FEEDING and DISCHARGE according to

the level of the input terminal “F/D.”

Alternatives: ［FEEDING］［DISCHARGE］［EXTERNAL］

■ Completion signal output mode

Valid in the discharge mode. Select the method of outputting the completion signal.

Alternatives: ［JUDGING TIME］［JUD. or STABLE］［JUD. & STABLE］

Explanation of each alternative

JUDGING TIME The signal is ON only for the duration of the completion output time after the

JUD. or STABLE The signal is ON only for the duration of the completion output time after the

JUD. + STABLE The signal is ON only for the duration of the completion output time after the

judging time has elapsed.

weight value has become stable or the judging time has elapsed.

weight value has become stable and the judging time has elapsed.

■ Overweight/underweight comparison mode

Valid when “DIS.-O/U” is selected by COMP MODE SEL.

Select the method of overweight/underweight comparison.

Alternatives: ［REGULARLY］［COMP.SIG.］［EXT.IN］［COMP.SIG&H］

Explanation of each alternative

［REGULARLY］ Comparisons are made regularly.

［COMP.SIG.］ Comparisons are made when the completion signal is ON.

［EXT.IN］ Comparisons are made when the external judgment input is ON.

［COMP.SIG&H］ Comparisons are made when the completion signal is ON, and the weight

value is held.

If [EXT.IN] is selected, comparisons are made according to the level of input terminal “HOLD/JUDGE”.

* In the sequence mode (page 40), this setting is ignored, but comparisons are made when the

completion signal is ON, and the weight value is held.

5.COMPARISON SETTING

■ HI/LO limit comparison selection

Valid when “HI － LO COMP” or “DIS. － H/L” is selected by COMP MODE SEL. Select the weight value for HI-HI limit, HI limit, LO limit, and LO － LO limit comparisons.

By selecting [COMP OFF], all comparisons are turned OFF.

Alternatives: ［GROSS］［NET］［COMP OFF］

■ Near zero comparison selection/ Preset near zero value

Valid in all comparison modes. After selecting the weight value for comparisons, if the weight value ≦ preset near zero value, the

status display “NZ” lights, and the “NZ” output turns ON.

By selecting [COMP OFF], the “NZ” output is turned OFF.

NEAR ZERO COMP.: ［GROSS］［NET］［COMP OFF］［ABS GROSS］

［ABS NET］

NEAR ZERO: 00000 to 99999

NEAR ZERO COMP. Operation near zero

[GROSS]

[NET]

[COMP OFF] Always OFF

[ABS GROSS]

[ABS NET]

ON when gross ≦ near zero setting

ON when net ≦ near zero setting

ON when | gross | ≦ near zero setting

ON when | net | ≦ near zero setting

■ Tare setting selection/ Preset tare value

Valid in all comparison modes.

By turning [PRESET TARE WGT.1] ON, the net changes according to the following expression:

Net = Gross － Preset tare value

(However, if tare subtraction is input, the net weight becomes 0.)

PRESET TARE WGT.1: ［OFF］［ON］ PRESET TARE WGT.2: 00000 to 99999

6.HOW TO SET THE FUNCTIONS

COPY

6. HOW TO SET THE FUNCTIONS

□ Code No. selection

Press the / key on the each code setting screen, and specify the code No. you want to set.

Setting range: ［0 to 7］［ALL］

When each item is set with the code No. specified as “ALL,” the same set value enters into all of code

0 to 7 on the set item. This function is convenient when there is any item you want to set all code in

common.

□ Code copy

Code can be copied. Press the key on the each code setting

screen. Set source and copy.

Setting range: Source: (0 to 7)

Copy: (0 to 7)

■ For HI/LO limit comparison

(when “HI-LO comp” is selected by comp mode sel.)

Setting item Input range

[HH] ±00000 to ±99999

[HI] ±00000 to ±99999

[LO] ±00000 to ±99999

[LL] ±00000 to ±99999

When the weight value ＞ HI-HI limit, the status display “HH” lights, and the signal output “HH/SP1” turns ON.

When the weight value ＞ HI limit, the status display “HI” lights, and the signal output “HI/OVER”

turns ON.

When the LO limit ＜ weight value ＜ HI limit, the status display “GO” lights, and the signal output

“GO/SP2” turns ON.

When the weight value ＜ LO limit, the status display “LO” lights, and the signal output “LO/

UNDER” turns ON.

When the weight value ＜ LO-LO limit, the status display “LL” lights, and the signal output “LL/SP3” turns ON.

Select the weight value from net or gross.

*1: Output when the HI/LO limit comparison output is in the “NORMAL” mode.

For the “COMPARATOR” mode, refer to page 31.

6.HOW TO SET THE FUNCTIONS

■ For final discharge – over weight/under weight comparison

(when “DIS.-O/U” is selected by comp mode sel.)

Setting item Input range

[FINAL] 00000 to 99999

[SP1] 00000 to 99999

[SP2] 00000 to 99999

[CPS] 0000 to 9999

[AFFC] 00000 to 99999

[OVER] 000 to 999

[UNDER] 000 to 999

When the net ≧ final weight – SP1, the status display “SP1” lights, and the signal output “HH/SP1” turns ON.

When the net ≧ final weight – SP2, the status display “SP2” lights, and the signal output “GO/SP2 turns ON.

When the net ≧ final weight – CPS, the status display “SP3” lights, and the signal output “LL/SP3” turns ON.

When the net ＞ final weight + over weight, the status display “OVER” lights, and the signal output “HI/OVER” turns ON.

When the net ＜ final weight – under weight, the status display “UNDER” lights, and the signal output “LO/UNDER” turns ON.

The fall regulation value “AFFC” relates to the automatic fall compensating function.

*2: Output in the simple comparison mode. For the sequence mode, refer to

page 40.

■ For final discharge – HI/LO limit comparison

(when “DIS.-H/L” is selected by comp mode sel.)

Setting item Input range

[FINAL] 00000 to 99999

[SP1] 00000 to 99999

[SP2] 00000 to 99999

[CPS] 0000 to 9999

[AFFC] 00000 to 99999

[HI] ±00000 to ±99999

[LO] ±00000 to ±99999

When the net ≧ final weight – SP1, the status display “SP1” lights, and the signal output “HH/SP1” turns ON.

When the net≧final weight – SP2, the status display “SP2” lights, and the signal output “GO/SP2 turns ON.

When the net ≧ final weight – CPS, the status display “SP3” lights, and the signal output “LL/SP3” turns ON.

When the weight value ＞ HI limit, the signal output “HI/OVER” turns ON.

When the weight value ＜ LO limit, the signal output “LO/UNDER” turns ON.

7.OPERATION SETTING

Weight

100mSec

10ms

value

7. OPERATION SETTING

■ Digital filter

The A/D-converted data is moved and averaged to suppress the instability of the indicated value by this

characteristic. The number of moving averages is selectable in the range of 0 - 256. With an increasing

number, the instability of the indicated value can be suppressed, but the response to input deteriorates.

Alternatives: ［OFF］［2 times］［4 times］［8 times］［16 times］［32 times］［64 times］

［128 times］［256 times］

■ Analog filter

The input signal from the strain gauge sensor is filtered to cancel unnecessary noise components by this

low-pass filter.

The cutoff frequency is selectable in the range of 2Hz - 8Hz. With an increasing cutoff frequency, the

response accelerates, but noise components may also be displayed.

Alternatives: ［2Hz］［4Hz］［6Hz］［8Hz］

■ Motion detect period/ Motion detect range

Set the parameter to detect stability.

When the width of change in weight value falls below the preset range × minimum scale division, and

the state continues for the preset time or more, the weight value is regarded as stable, and the stable

status turns ON.

MD (PERIOD): 0.0 to 9.9 (sec.) MD(RANGE): 00 to 99 (CNT)

“D” in the right picture and the range are

compared at each time of A/D conversion, and

when the preset range × minimum scale division

is exceeded, the stable status is turned OFF.

“STAB” is displayed at the upper part of the

unit display section.

The output signal “STAB” turns ON at stable-time.

“D” is the difference between the present

weight value and the prior weight value 100ms.

■ Display frequency

Set the frequency of rewriting the display.

The frequency can be set in the range of 1 to 10 times/sec. The internal operation speed does not change.

Setting range: 1 to 10 (times)

7.OPERATION SETTING

- Zero tracking automatically takes the zero point at the preset intervals when the

amount of movement of the zero point is less than the preset range × minimum

scale division.

- The period (tracking delay) can be set in the range of 0.1 to 9.9 sec., and the range

(tracking band) can be set in the range of 00 to 99. If the set value is 02, two scale

divisions will result. Also, if the period is set at 0.0 sec. and the range at 00, zero

tracking does not function.

Boundary of zero track

DELAY

Indicated Value

-COUNT

＋

－

From the point when it returned within the range,

DELAY

+COUNT

BAND

counting will be resumed.

Notice

Since zero tracking should function from the zero point of gross, it does not function if the indicated value has already exceeded the tracking band. Take the zero point again by digital zero or zero calibration.

■ Zero tracking period/ Zero tracking range

Slow changes in zero point due to drifting are automatically tracked and compensated by this function.

ZT (PERIOD): 0.0 to 9.9 (sec.)

ZT (RANGE): 00 to 99 (CNT)

■ Indicate color

The indicated value display color can be changed.

By setting Comp.(Comparison Result), the indicated value display color changes following the

comparison status.

Alternatives: ［Yellow］［Green］［Blue］［Comp.］

【When Comparison mode is “HI-LO COMP”】

OK Green

HI, LO Yellow

HH, LL Red

【When Comparison mode is “DIS.-O/U”】

Normal Blue

OVER, UNDER Red

【When Comparison mode is “DIS.-H/L”】

Normal Blue

HI, LO Red

7.OPERATION SETTING

Bright Dark

10 min.

60 min.

Light Out

■ Backlight lighting time/ Backlight bright-and-dark time

This function changes the brightness of the backlight when touch screen has not been used for

certain period of time. The ON time ( lighting time of the backlight) and the Low time ( bright→dark switching time of the

backlight) are set up.

When you use it in the state which a display is always in sight, set the ON time to 0 minutes.

When you want the backlight always bright, set 0 minutes for both the ON time and the Low time.

The backlight is turned bright by touching the panel when the backlight is turned off or it is dark.

Ex.) Set 60 minutes to ON time, 10 minutes to Low time.）

Setting range: 0 to 99 (min.) (with both time)

■ Display table selection

Select the display of set values at the bottom of the weight display screen from three combinations.

The combinations vary with comparison modes.

Alternatives: ［F, SP1-3］［F, SP 3, H, L］［F, S P 3 , T, Z］

(* When “DIS.-H/L” is selected)

Explanation of combination in each comparison mode

【For HI/LO limit comparison (when “HI-LO COMP” is selected)】

- HH, H, L, LL (HI-HI limit, HI limit, LO limit, LO-LO limit)

- H, L, T, Z (HI limit, LO limit, Preset TARE, NEAR ZERO)

- HH, LL, T, Z (HI-HI limit, LO-LO limit, Preset TARE, NEAR ZERO)

【For final discharge – overweight/underweight comparison (when “DIS.-O/U” is selected)】

- F, SP1-3 (FINAL weight, SP1, SP2, SPS)

- F, SP3, O, U (FINAL weight, SPS, Overweight, Under weight)

- F, SP3, T, Z (FINAL weight, SPS, Preset TARE, NEAR ZERO)

【For final discharge – high/low limit comparison (when “DIS.-H/L” is selected)】

- F, SP1-3 (FINAL weight, SP1, SP2, SPS)

- F, SP3, H, L (FINAL weight, SPS, HI limit, LO limit)

- F, SP3, T, Z (FINAL weight, SPS, Preset TARE, NEAR ZERO)

Abbreviations

HH..... HI-HI limit H.........HI limit L .........LO limit LL ........LO-LO limit

T ........ Preset TARE Z ......... NEAR ZERO O.........Over weight U ..........Under weight

........ FINAL weight

SP1 ..... SP1 SP2 .....SP2 SP3.......SPS

■ HI/LO limit output selection

Preset lo-lo limit Preset hi-hi limit

Preset low limit Preset high limit

LL GO HH

LO HI

……This value is included. ……This value is not included.

Preset LO-LO limit Preset HI-HI limit

Preset LO limit Preset HI limit

LL GO HH

LO HI

……This value is included. ……This value is not included.

Select the method of comparison output in the HI/LO limit comparison mode.

Alternatives: ［NORMAL］［COMPARATOR］

□ Explanation of each alternative

［NORMAL］

Signal name Condition

GO ON when HH, HI, LO and LL are all OFF

ON when the preset HI-HI limit ＜ weight value

ON when the preset high limit ＜ weight value

ON when the weight value ＜ preset low limit

ON when the weight value ＜ preset LO-LO limit

7.OPERATION SETTING

［COMPARATOR］

Signal name Condition

ON when the preset HI-HI limit ＜ weight value

ON when the preset HI limit ＜ weight value ≦ preset HI-HI limit

ON when the preset LO limit ≦ weight value ≦ preset HI limit

ON when the preset LO-LO limit ≦ weight value ＜ preset LO limit

ON when the weight value ＜ preset LO-LO limit

■ LOCK1/LOCK2

This function protects set values and calibration from being changed by mistake.

LOCK1: ［OFF］［ON］ LOCK2: ［OFF］［ON］

* Please refer to "21. SETTING ITEM LIST" on page 65 for the setting that LOCK is done by

LOCK1 and LOCK2.

8.GRAPH SETTING

X-axis (time axis)

Graphic display START/STOP

Indicated value display (At cursor ON time, the cursor point value is displayed.)

Y-axis (load axis)

Cursor ON/OFF key

When the cursor display is on and when the setting screen is open, the graph is not upgraded.

The cursor moves to the directly-pressed

Cursor move buttons (The cursor moves on the X-axis.)

Cursor ON/OFF key

place on the graph.

Drawing area100

200

X-axis end point

Y-axi s

end point

start point

8. GRAPH SETTING

□ Graphic display screen

Graph is updated while operating on the ordinary display screen (a comparison, a hold, graph).

□ Cursor display screen

□ X-axis

“X-axis” is time axis setting. One screen is drawn between the instant of inputting the start and the

instant of the time set by the X-axis end point.

The number of drawing points is 200, and drawing is performed with the representative value at each of

the set time divided by the number of drawing points.

□ Y-axis

“Y-axis” is load axis setting. Drawing is performed from the value set by the Y-axis start point to the

value set by the Y-axis end point. (The number of drawing points is 100.)

8.GRAPH SETTING

START

STOP

START

In drawing in the discharge mode, an “×” mark is drawn when the net weight

exceeds the following:

［Final weight – SP1］［Final weight – SP2］［Final weight - CPS］

■ Graphic mode

Select the method of drawing.

Alternatives: ［CONTINUITY］［SINGLE］［LEVEL］

□ Explanation of each alternative

［

CONTINUITY

［SINGLE］ Drawing is started by the key, and only one screen is drawn.

［LEVEL］ Drawing is started when the drawing weight exceeds the trigger level, or the

］Drawing is started by the key, and drawing is repeated until the

key is input.

key, and only one screen is drawn.

■ Trigger level

Set the graph drawing start level (trigger level) if [LEVEL] has been selected by graphic mode

selection.

Setting range: 00000 to 99999

■ X-axis (time) end point

Set the time to display one screen.The setting range is from 2 sec. to 98 sec. (at intervals of 2 sec.)

The X-axis (time) end point can also be set from the graph screen.

Setting range: 2 to 98 (sec.)

■ Y-axis (load) start point

Set the graph drawing start point. (±00000 to ±99999)

Setting range: ±00000 to ±99999

■ Y-axis (load) end point

Set the graph drawing end point.The Y-axis (load) end point can also be set from the graph screen.

Note) The start point should be smaller than the end point.

Setting range: ±00000 to ±99999

■ Drawing weight selection

Select the weight for drawing.

Alternatives: ［GROSS］［NET］

9.SYSTEM

GROSS

NET

ＤＺ

TARE ON

CUR.ONCUR.

OFF

START

STOP

9. SYSTEM

■ Initialization

All the set values of each setting item are initialized to their factory defaults.

Select the setting item you want to initialize.

Alternatives: ［CODE］［COMP.］［OPR.］［CAL.］［etc.］

* If LOCK1/LOCK2 of setting item which you intend to initialize is ON, the initialization cannot be

executed.

■ Password

This setting is for maintenance and inspection. Do not operate.

■ Language

The display language is selectable between Japanese and English.

JPN: JAPANESE ENG: ENGLISH

■ 〔GROSS/NET〕key

Set OFF/ON of the key operation of / key.

Alternatives: ［OFF］［ON］

■ 〔DZ〕key

Set OFF/ON of the key operation of key.

Alternatives: ［OFF］［ON］

■ 〔TARE 〕key

Set OFF/ON of the key operation of key.

Alternatives: ［OFF］［ON］

■ 〔Cursor ON/OFF〕key

Set OFF/ON of the key operation of / key.

Alternatives: ［OFF］［ON］

■ 〔START/STOP〕key

Set OFF/ON of the key operation of / key.

Alternatives: ［OFF］［ON］

■ B4 terminal function selection

When KEY_LOCK terminal function is selected, measurement code that can be specified from the outside can be specified by CODE0 terminal,CODE1 terminal. It is limited to CODE number 0 to 3.

Selection of the KEY_LOCK terminal function from the CODE2

terminal function by the B4 Function Selection setting makes the

following effective.

KEY_LOCK: When the terminal is short-circuited,

all key operations are disabled.

9.SYSTEM

10.SEQUENCE SETTING

With the near zero confirmation at start time setting “ON,” When the start signal is

input, if the near zero signal is OFF, the feeding gate signal is not turned ON, but a

sequence error results. (Sequence error 4)

10. SEQUENCE SETTING

Operation is performed by following the sequence that weighing is started by inputting the ON edge to

the start signal (external input/output connector pin B11) of the F600AT, and weighing is finished by

the completion signal.

This is valid only in the discharge mode.

Please refer to "11. TIMING CHART" on page 38 for each operation timing.

■ Control mode

Select sequence mode or simple comparison mode.

Alternatives: ［SIMPLE COMP.］［SEQUENCE］

■ Adjust feeding/ Adjust feeding time

The setting is valid in the sequence mode.

ADJUST FEEDING: ［OFF］［ON］

ADJ.FEEDING TIME: 0.00 to 9.99 (sec.)

What is “Adjust feeding”?

If the Net ＜ Final weight – Under weight at the completion signal ON timing (when the judging time

has elapsed after the SP3 signal is turned OFF in the example on P.40), the completion signal is not

turned ON, but the SP3 signal is turned ON for the adjust feeding time.

Adjust feeding is valid only in the “Final discharge – Over weight/Under weight comparison mode”.)

■ Near zero confirmation at start time

The setting is valid in the sequence mode.

Alternatives: ［OFF］［ON］

■ Weight confirmation at start time

When the start signal is input, if

(1) the net ≧ final weight – SP1, or (2) the final weight – CPS≦0,

the feeding gate signal (SP1, SP2, or SP3) is not turned ON, but a sequence error

results. (Sequence error 5)

((1) is applicable only when the “weight confirmation at start time” setting is ON.)

When the start signal is input, tare subtraction is performed at intervals of these

times.

When the completion signal is turned ON, Over weight/Under weight comparisons

are made at intervals of these times.

The setting is valid in the sequence mode.

Alternatives: ［OFF］［ON］

■ AZ times

The setting is valid in the sequence mode.

10.SEQUENCE SETTING

Setting range: 00 to 99 times

■ Judging times

The setting is valid in the sequence mode.

Setting range: 00 to 99 times

11.TIMING CHART

NET

Time

OFF

t1t1

t1: Comparison inhibiting time

COMP.INH.TIME under

COMPARISON

t2: Judging time

JUDGING TIME under

COMPARISON

t3: Completion output time

COMPLETE OUT T. under

COMPARISON

NEAR ZERO

FINAL – SP1

FINAL – SP2

FINAL – CPS

FINAL

NZ output

SP1 output

SP2 output

SP3 output

Comparison

Judging time

STAB output

END output

OVER output

UNDER output

inhibiting time

OVER UNDER

11.TIMING CHART

11-1. Feed Weighing (In The Simple Comparison Mode)

The overweight/underweight comparison timing depends on the OVER/UNDER COMP. setting under

COMPARISON. (It is set at “REGULARLY” in the illustration.)

The END signal output timing depends on the COMPLETE SIG.OUT setting under COMPARISON.

Conditional expression

- NZ output ON when the weight value ≦ preset near zero value

SP1 output ON when the net ≧ preset final weight value – preset SP1 value

SP2 output ON when the net ≧ preset final weight value – preset SP2 value SP3 output ON when the net ≧ preset final weight value – preset CPS value

- UNDER

- OVER

output ON when the net < preset final weight value – preset underweight value

output ON when the net > preset final weight value + preset overweight value

Select the weight value for near zero comparison from GROSS or NET under COMPARISON setting

menu.

11.TIMING CHART

LO limit

NET

Time

t1 t1

t2 t2

t3 t3

NET

GROSS

The near zero signal is used for

discharge completion confirmation

as in the case of feed weighing.

GROSS for high/low limit comparison, and NET for final weight, before-final-weight,and near zero comparisons. (In discharge weighing, NET is compared negatively.)

Materials are fed until the HI limit signal is output.

FINAL – SP1

FINAL – SP2

FINAL – CPS

TARE ON input

SP2 output

SP1 output

SP3 output

Comparison

Judging time

LO limit or less

inhibiting time

NZ output

END output

OVER (UNDER) output

t1: Comparison inhibiting time

COMP.INH.TIME under

COMPARISON

t2: Judging time

JUDGING TIME under

COMPARISON

t3: Completion output time

COMPLETE OUT T. under

COMPARISON

11-2. Discharge Weighing (In The Simple Comparison Mode)

The overweight/underweight comparison timing depends on the OVER/UNDER COMP. setting under

COMPARISON. (It is set at “COMPLETE SIGNAL ON” in the illustration.)

The completion signal output timing depends on the COMPLETE SIG. OUT setting under

COMPARISON.

Conditional expression

- NZ output ON when the weight value ≦ preset near zero value

SP1 output ON when the net ≧ preset final weight value – preset SP1 value SP2 output ON when the net ≧ preset final weight value – preset SP2 value

SP3 output ON when the net ≧ preset final weight value – preset CPS value

- UNDER

- OVER

output ON when the net < preset final weight value – preset underweight value

output ON when the net > preset final weight value + preset overweight value

Select the weight value for near zero comparison from GROSS or NET under COMPARISON setting

menu.

11.TIMING CHART

Comparison inhibiting time

Judging time

NZ output

NET

Time

OFF

t1t1

Hold

t1: Comparison inhibiting time

COMP.INH.TIME under

COMPARISON

t2: Judging time

JUDGING TIME under

COMPARISON

t3: Completion output time

COMPLETE OUT T. under

COMPARISON

OVER

UNDER

FINAL – SP1

FINAL – SP2

FINAL – CPS

FINAL

NEAR ZERO

TARE ON input

START input

STOP input

SP1 output

SP2 output

SP3 output

END output

Completion signal

Judgment output

output time

(OVER or Proper or UNDER)

11-3. Sequence Control

11-3-1. Normal sequence

The completion signal output timing depends on the COMPLETE SIG.OUT setting under

COMPARISON.

The overweight/underweight comparison timing is such that the OVER/UNDER COMP. setting under

COMPARISON is ignored, but comparisons are made when the completion output is ON, and the

weight value is held.

Conditional expression

- NZ output ON when the weight value ≦ preset near zero value

* The large/medium/small feeding gate signal is turned ON at the ON edge (OFF → ON) of the START

signal.

- SP1 output OFF when the net weight ≧ preset final weight value – preset SP1 value

SP2 output OFF when the net weight ≧ preset final weight value - preset SP2 value

SP3 output OFF when the net weight ≧ preset final weight value – preset CPS value

UNDER output ON when the net weight < preset final weight value – preset underweight value

OVER output ON when the net weight > preset final weight value + preset overweight value

Select the weight value for near zero comparison from GROSS or NET by NEAR ZERO COMP. under

COMPARISON. The sequence mode is valid only in the final discharge mode.

11-3-2. Sequence when the adjust feeding is ON

Completion output time

Adjust feeding time

Judging time

Comparison inhibiting time

Judgment output

END output

SP1 output

Hold

OFF

t2 t3t4t1t1 t2

START input

STOP input

SP2 output

SP3 output

t1: Comparison inhibiting time

COMP.INH.TIME under

COMPARISON

t2: Judging time

JUDGING TIME under

COMPARISON

t3: Completion output time

COMPLETE OUT T. unde

COMPARISON

t4: Adjust feeding time

ADJ.FEEDING TIME under SEQUENCE MODE

(OVER)

SP1 output

SP2 output

SP3 output

END output

Comparison inhibiting time

Completion output time

OFF

t3t1t1

t1: Comparison inhibiting time

COMP.INH.TIME under

COMPARISON

t3: Completion output time

COMPLETE OUT T. under

COMPARISON

START input

STOP input

11.TIMING CHART

The completion signal output timing depends on the COMPLETE SIG.OUT setting under

COMPARISON.

The overweight/underweight comparison timing is such that the OVER/UNDER COMP. setting under

COMPARISON is ignored, but comparisons are made when the completion output is ON, and the

weight value is held.

11-3-3. Sequence with no judgment

When the number of JUDGING TIMES under SEQUENCE MODE is 00, overweight/underweight

judgment is not made.

The END signal output timing is such that the COMPLETE SIG.OUT setting is ignored, but it is output

at the OFF edge (ON → OFF) of the final weight signal (SP3 signal).

11.TIMING CHART

OFF

START input

STOP input

SP1 output

SP2 output

SP3 output

ERR output

START

AZ times

3 times

TAR E O N

END

Judgment

Fall compensation

Judging times 2 times

Average count of automatic

2 times

fall compensation

11-3-4. About the stop signal

When the STOP signal is turned ON, all the signals of the SP1 output, SP2 output and SP3 output are

turned OFF.

If the START signal is turned ON when the STOP signal is ON, a sequence error will result.

For resetting the sequence error, input the stop signal again.

11-3-5. Relationship between AZ times, judging times, and

automatic fall compensation

【Example: AZ times=3, JUDGING times=2, AVG.CNT of AFFC=2】

When the number of AZ times is set at 01, tare subtraction is performed at each time when weighing is

started.

When the number of AZ times is set at 02 to 99, tare subtraction is performed at the intervals of these

times.

When the number of AZ times is set at 00, the AZ function is turned OFF.

When the number of judging times is set at 01, judgment is made at each time when weighing is

finished.

When the number of judging times is set at 02 to 99, judgment is made at the intervals of these times.

When the number of judging times is set at 00, overweight/underweight comparisons are not made.

Since weighed values for automatic fall compensation are sampled at the time of judgment, the

automatic fall compensation does not function when no judgment is made.

12.EXTERNAL INPUT/OUTPUT SIGNALS

12. EXTERNAL INPUT/OUTPUT SIGNALS

■ External input signals

(1) CODE0 to CODE2 <Level input> (B2, B3, B4)

Input signals to specify codes for weighing externally.

CODE2 CODE1 CODE0 Selected CODE

Open Open Open 0

Open Open Shorted 1

Open Shorted Open 2

Open Shorted Shorted 3

Shorted Open Open 4

Shorted Open Shorted 5

Shorted Shorted Open 6

Shorted Shorted Shorted 7

* CODE2 is also usable as a Key LOCK terminal.

(Refer to " ■ B4 terminal function selection" on page 35.)

(2) G/N (GROSS/NET) switching <Edge input> (B5)

The weight value of the main unit and indicator is switched.

The ON edge (OFF → ON) of the external input will result in gross display (GROSS).

The OFF edge (ON → OFF) of the external input will result in net display (NET).

(3) D/Z (Digital zero) <Edge input> (B6)

The ON edge (OFF → ON) of the external input will zero the gross weight.

However, the range that can be zeroed is within the DZ regulation value. Out of this range, zero

will not result, but “ZALM” will light.

(4) TARE ON (Tare subtraction) <Edge input> (B7)

The ON edge (OFF → ON) of the external input will result in immediate tare subtraction to zero

the net weight.

(5) TARE OFF (Tare subtraction reset) <Edge input> (B8)

The ON edge (OFF → ON) of the external input will reset the above tare subtraction. However,

the tare setting is not cancelled.

(6) HOLD (Hold) <Level input> (B9)

As long as the external input is ON, the weight value and comparison are held.

* “HOLD” lights during holding.

* This input terminal can be set to judgment input. It cannot be used for holding in the sequence

mode and when over/under comparison is made by external judgment.

(7) JUDGE (Judgment) <Level input> (B9)

This is valid when over/under comparison is set to external judgment input. (Refer to page 24.)

* This input terminal can be set to HOLD.

12.EXTERNAL INPUT/OUTPUT SIGNALS

These are valid when the control is in the sequence mode. (Refer to page 42.)

Pulse width:

OFF

Indeterminate interval

Charge control Discharge control

< Edge input > < Level input >

50m sec. or more.

(within 50m sec.)

Varies depending on the comparison mode. (Refer to page 26.)

(8) F/D (Charge/Discharge) <Level input> (B10)

This is valid when charge/discharge selection is external.

OFF will result in charge control, and ON will result in discharge control. (Refer to page 24.)

(9) START (Start) <Edge input>

(10) STOP (Stop) <Edge input, Level input>

■ External output signal

(1) HH/SP1 (Comparison output) (A2)

(2) HI/OVER (Comparison output) (A3)

(3) GO/SP2 (Comparison output) (A4)

(4) LO/UNDER (Comparison output) (A5)

(5) LL/SP3 (Comparison output) (A6)

(6) END (Completion) (A7)

This indicates measurement completion output, which is valid only in the “carving-out” mode.

(7) NZ (Near zero) (A8)

This is near zero comparison output. (Refer to page 25.)

(8) STAB (Stable) (A9)

This turns ON when a stable. (Refer to page 28.)

(9) ERR (Weight error or sequence error) (A10)

This turns ON when a weight error or sequence error occurs.

13. AUTOMATIC PRINT

The F600AT can output an automatic print command to the printer or indicator connected to the SI/F.

The automatic print output timing varies depending on the setting.

13-1. In HI/LO Limit Comparison

The command is output at the ON edge of the stable status when the near zero signal is OFF. If the

automatic print is output, it can next be output after the near zero signal is once turned ON.

13-2. In The Discharge Mode; Simple Comparison Mode

The command is output at each ON edge of the completion signal. The value of the number of judging

times is ignored.

13-3. In The Discharge Mode; Sequence Mode

13.AUTOMATIC PRINT

The command is output at the ON edge of the completion signal at the intervals of judging times. When

the number of judging times is 0, the automatic print is not output.

14.RS-232C INTERFACE

14. RS-232C INTERFACE

The RS-232C is an interface to read the indicated value and status of the F600AT and to write

parameters into the F600AT.

This interface is convenient to process controls, totals, records, etc., by connecting the F600AT to a

computer, process controller, sequencer or the like.

14-1. Communication Specifications

□ Specifications

Signal level: Based on RS-232C

Transmitting distance: Approx.15m

Transmitting method: Asynchronous, Full duplex

Transmitting speed: 1200, 2400, 4800, 9600, 19200bps selectable

Bit configuration: Start bit 1bit

Character length 7 or 8 bit selectable

Stop bit 1 or 2 bit selectable

Parity None, odd or even selectable

Terminator CR, CR+LF selectable

Code: ASCII

14-2. RS-232C Interface Setting

Set the RS-232C communication conditions of the F600AT.

■ Communication mode

Alternatives: ［HAND SH.］［CONTINUITY］［AT PRINT］

HAND SH.

Communications are carried out according to the commands from the host computer. Reading of weight values, status and set values, writing of set values, and instructions of operations can be performed.

CONTINUITY

The displayed weight value and status are transmitted continuously.

AT PRINT

The displayed weight value and status are transmitted at the print timing.

For the print timing, refer to "13 AUTOMATIC PRINT" on page 45.

■ Baud rate

Alternatives: ［1200bps］［2400bps］［4800bps］［9600bps］［19200bps］

■ Character length

Alternatives: ［7bit］［8bit］

■ Parity bit

Alternatives: ［NONE］［ODD］［EVEN］

■ Stop bit

Host

F600AT

＋

100 00.

Ter minator

Host

F600AT

＋

100 00.

Ter minator

Host

F600AT

＋

100 00.

Ter minator

NET display GROSS display

In tare subtraction Not in tare subtraction

At hold-time Not at hold-time

At zero-error-time Not at zero-error-time

At stable-time Not at stable-time

Host

F600AT

RD0000 000

Ter minator

: 1 : 0

Completion

Overweight

Underweight

Host

F600AT

RE0000 000

Ter minator

1: ON 0: OFF

SP1

SP2

SP3

Alternatives: ［1bit］［2bit］

■ Termi nat or

Alternatives: ［CR］［CR+LF］

■ Flow control

Alternatives: ［OFF］［RTS/CTS］

14-3. Communication Format

14-3-1. Handshake

- Gross read (sign, 5-digit weight, decimal place)

14.RS-232C INTERFACE

- Net read (sign, 5-digit weight, decimal place)

- Tare read (sign, 5-digit weight, decimal place)

- Status read (7-digit)

14.RS-232C INTERFACE

HI-HI limit

HI limit

Proper weight

Near zero

LO-LO limit

LO limit

Host

F600AT

RF0000 000

Ter minator

1: ON 0: OFF

Sequence error (0 to 5)

+LOAD occurred

-LOAD occurred GROSS OVER occurred NET OVER occurred No error

Host

F600AT

RG0000 000

Ter minator

: 4 : 3

: 5

: 4 : 2 : 1

: 3

: 1

: 0

: 1 : 0

Weight error No Weight error

In equivalent input calibration In span calibration In zero calibration In weighing

Host

F600AT

W0 2± 1 0 00

Termin ator

Command No.

Parameter No. 5-digit parameter (no decimal point)

Sign

Host

F600AT

W0 2± 1 0 00 0CR

Command No. 5-digit parameter (no decimal point)

Sign

Host

F600AT

W0 0 0 0 0 00

Parameter code 0 to 7

Ter minat or

Host

F600AT

W00000 00 CR

Parameter code 0 to 7

- Status read (7-digit)

- Parameter read (example: High limit)

- Parameter write (example: High limit)

* When you write in a setup which it is not with the sign, put “0” in the sign digit.

* Please refer to "21 SETTING ITEM LIST" on page 65 for command No. and the number of

set digits.

- Parameter code read

- Parameter code write

- Command

- Please refer to "21 SETTING ITEM LIST" on page 65 for command No. of parameter read(write) and parameter digit.

- When the digit is less than five digits, it treats by "0".

Example) Comparison prohibition time read

Host

F600AT

W3 2 0 0 0 99

Terminator

Parameter

Sign

Command No.

It sends it back by 0.

SPAN CALIBRATION

NET SELECTION

DIGITAL ZERO RESET

EQUIV. CALIBRATION

ZERO CALIBRATION

GROSS SELECTION

TARE SUBTRACTION

DIGITAL ZERO

PRINT INSTRUCTION

equipment connected to SI/F as desired.

ACCR

CCCR

ECCR

GCCR

ICCR

BCCR

DCCR

FCCR

HCCR

LCCR

TARE RESET

* Refer to below.

* A print instruction is given to the

How to use the CL command (equivalent input calibration execution)

Correct values should previously be set to “equivalent input calibration” and “weight value”. Therefore, check the rated output and rated capacity of the load cell as in the case of equivalent input calibration by the touch panel.

Example) It is assumed that the rated output and the rated capacity of the load cell are

2.000mV/V and 100.00kg, respectively.

2) Set the rated input by using the command W83 (equivalent input calibration).

Example) For 100.00kg (assuming that the decimal point is positioned as 0.00), input as

follows:

3) Set the rated capacity by using the command W84 (weight value).

Example) For 100.00kg (assuming that the decimal point is positioned as 0.00), input as

follows:

4) Give the equivalent input calibration execution command (CL).

This allows slope calculation from the currently registered “weight value” and “equivalent input calibration” value.

W83002000CRLF

Input 2.000mV/V as a value of 2000 with no decimal point.

W84010000CRLF

Input 100.00kg as a value of 10000 with no decimal point.

14.RS-232C INTERFACE

Header

Sign

Ter minato r

GS，

，

，，

＊1

＊2 ＊3

＊4 ＊5

Weight value (with a decimal point)

14-3-2. Continuous transmission/ Transmission at print-time

The formats of continuous transmission and transmission at print-time are common.

Parameters cannot be read or written.

Header

When the gross weight is displayed, the header becomes “GS”, and the gross weight is transmitted.

When the net weight is displayed, the header becomes “NT”, and the net weight is transmitted.

*1 H ....... In holding

O ....... Weight error

S........ Stable

M....... Unstable

*2 T........ Zero tracking ON

A ....... Zero tracking OFF

*3 For HI/LO limit comparison For final weight (DIS.-O/U)

and final weight (DIS.-H/L)

F........ Comparison OFF G ....... OVER and UNDER OFF

G ....... HI and LO OFF V ....... OVER ON

N ....... HI and LO ON U ....... UNDER ON

H ....... HI ON

L........ LO ON

*4 For HI/LO limit comparison For final discharge mode

F........ Comparison OFF E ........Completion ON

G ....... HH and LL OFF 3 ........ SP3 ON

N ....... HH and LL ON 2 ........ SP2 ON

H ....... HH ON 1 ........SP1 ON

L........ LL ON G ....... Completion, SP1, SP2, and SP3 OFF

*5 N ....... Near zero OFF

Z........ Near zero ON

15. BCD DATA OUTPUT (OPTION)

Special-purpose connector

The BCD data output is an interface to extract the indicated value of the F600AT as BCD data. This

interface is convenient to process controls, totals, records, etc., by connecting the F600AT to a

computer, process controller, sequencer or the like.

The I/O and internal circuits are electrically insulated by photocoupler.

15.BCD DATA OUTPUT (OPTION)

15-1. Connector Pin Assignment

32 pin

No. Signal No. Signal

A1 *COMB1 *COM

A2 OUT 1 B2 OUT 1000

A3 OUT 2 B3 OUT 2000

A4 OUT 4 B4 OUT 4000

A5 OUT 8 B5 OUT 8000

A6 OUT 10 B6 OUT 10000

A7 OUT 20 B7 OUT 20000

A8 OUT 40 B8 OUT 40000

A9 OUT 80 B9 OUT 80000

A10 OUT 100 B10 OUT Minus (Polarity)

A11 OUT 200 B11 OUT OVER

A12 OUT 400 B12 OUT STAB

A13 OUT 800 B13 OUT STROBE

A14 IN BCD Data Hold B14 IN Logic Switching

A15 IN NC B15 IN NC

A16 - B16 -

Compatible connector: FCN-361J032-AU (manufactured by FUJITSU COMPONENT or equivalent)

Connector cover: FCN-360C032-B (manufactured by FUJITSU COMPONENT or equivalent)

(Connector & cover optional type: CN51)

15.BCD DATA OUTPUT (OPTION)

F600AT

Inside

Vcc

+5V

COM

Ve x t

Vceo=30V(max) Ic =50mA (max)

- Internal transistor status

Output data Negative Positive

0OFFON

1ONOFF

- Output pin level

Output data Negative Positive

ＨＬ

ＬＨ

Through logic switching (B14)

Outside

Vcc

F600AT

Inside

IC=

COM

Switch Transistor

+5V

TTL open collector output (ON when IN is HI)

Outside

Open OFF

Short ON

Approx.6mA

Notice

- Do not apply external voltage to the signal input circuit.

- The external element is required to withstand Ic=10mA.

- Leakage from the external element is required to be 30μA or below.

15-2. Equivalent Circuit

- Output

The signal output circuit is operated through a TTL open collector.

- Input

15-3. Signal Input

Logic Switching (B14)

The output signal logic is switched. (The strobe signal logic is also switched.)

If open, negative logic will result, and if shorted with COM, positive logic will result.

BCD data hold (A14)

BCD data is held when shorted with COM.

No strobe pulse is output.

15.BCD DATA OUTPUT (OPTION)

BCD data

P. C

BCD data

P. C

BCD data

OFF

STROBE (DUTY about 50%)

If the update rate is changed, the strobe pulse width is also changed proportionally.

15-4. Signal Output Timing

- P.C

Note: P.C should also be acquired in synchronization with the strobe signal as in the case of

the data signal. (Refer to page 53.)

● HI/LO limit output

ON at stable-time, OFF at unstable-time.

● In the discharge control mode; simple comparison mode

The signal is output at each ON edge of the completion signal. The value of the number of judging

times is ignored.

● In the discharge control mode; sequence mode

The signal is output at the ON edge of the completion signal at the intervals of judging times.

- OVER

The signal is output with +ADC OVER (+LOAD) or -ADC OVER (-LOAD) overflow (NET OVER or

GROSS OVER).

- STROBE

Strobe pulses are output in synchronization with BCD data. For reading the data, use the pulse rising

edge(ON → OFF). The BCD data update rate can be changed by setting.

Note: The logic on the software varies depending on the equipment on the receiving side.

(0 → 1, 0 → 1)

15.BCD DATA OUTPUT (OPTION)

15-5. BCD Data Output Setting

■ Data output rate

Alternatives: ［100 times］［50 times］［20 times］［10 times］［5 times］［2 times］

■ Output weight

Alternatives: ［INDICATE］［GROSS］［NET］

Select the weight value for BCD output. If “INDICATE” is selected, the weight indicated by the

indicator is output.

15-6. Self Check

The BCD input/output status can be checked from bit to bit.

Each input turns green when its ON state is recognized.

Each output turns on when the corresponding button is pressed.

16. D/A CONVERTER (OPTION)

Voltage/ Current output terminals: Terminals to extract voltage or current signals. 0 to +10V and 4 to 20mA can be obtained by the voltage output and current output, respectively.

＋

－

＋

－

External equipment

Load resistance: 2kΩ or more

SIG

← Inside Outside →

F600AT

D/A CONVERTER V OUT

＋

－

＋

－

External equipment

Load resistance: 350Ω or less

SIG

← Inside Outside →

F600AT

D/A CONVERTER I OUT

D/A converter is provided for obtaining analog output synchronized with the indicated value of the

F600AT.

The analog output ranges are 0 to +10V output or 4 to 20mA constant-current output.

By using the D/A zero setting and D/A full scale setting functions, analog output can be obtained

between zero (0V, 4mA) and full scale (+10V, 20mA) with respect to the predetermined digital value.

The output circuit and the main unit circuit are isolated. The resolution is 1/10000 to 0 to +10V, and the

conversion rate is 2000 times/sec. The output has an overrange of approx. ±10%FS.

* Either voltage output or current output can be mounted.

16.D/A CONVERTER (OPTION)

- Taking voltage output signals

Connect external equipment (2kΩ or more load resistance) to + and - of the F600AT.

For connection, refer to "Connection of the D/A Converter Options" page 56.

- Taking current output signals

Connect external equipment (350Ω or less load resistance) to + and - of the F600AT.

16.D/A CONVERTER (OPTION)

Notice

- The D/A converter is optional.

- Do not apply external voltage because it will break.

- Do not short-circuit the voltage output because a failure will occur.

Also, connecting a capacitive load may cause oscillation.

Notice

- Cable can be from 24 to 14AWG (0.2 to 2.5mm2).

- It is not necessary to solder the cable wires or to fix a solderless terminal.

- If several cables to be inserted to the same hole, twist those cable wires together and

insert.

- Resolution

The D/A converter has a resolution of 1/10000 to 0 to 10V (4 to 20mA).

16-1. Connection of the D/A Converter Options

The terminal block for the D/A converter options is the cage clamp type. Connect according to the

following procedures.

As for wire materials, use parallel 2-core cables, cabtyre cables, or the like.

Connect to the cage clamp type terminal block by using the attached miniscrewdriver.

1) Strip the casing 0.2in (6mm) on the cable to be connected.

Twist the bare wire to fit the terminal hole.

2) Insert the supplied screwdriver into the upper hole and lift

upward.

3) Insert the twisted wires into the lower hole.

4) Pull the screwdriver out from the upper hole.

5) Make sure cable is clamped securely and does not come out

with a slight tug.

16-2. D/A Converter Setting

O K

Reset key

Dummy trimmer position indicator

Dummy trimmer adjustment UP/DOWN keys

■ D/A output mode

Alternatives: ［GROSS］［NET］［ZERO SCALE］［FULL SCALE］

Explanation of each item

GROSS: Output is ganged with the gross.

NET: Output is ganged with the net.

ZERO SCALE: The output is fixed at zero output (0V or 4mA).

FULL SCALE: The output is fixed at full scale (10V or 20mA).

■ Zero output

Set the indicated value for outputting 4mA (0V).

Setting range: 0 ~ 99999

16.D/A CONVERTER (OPTION)

■ Full scale output

Set the indicated value for outputting 20mA (10V).

Setting range: 0 ~ 99999 (However, the preset zero output value should be smaller than

the preset full scale value.)

How to adjust

Adjust the output with the dummy trimmer that appears on the adjustment screen after selecting each

fixed output in the D/A output mode setting and pressing the key.

While monitoring the output value, finely adjust the output with the dummy trimmer the UP/DOWN

・ keys, and press the key to confirm, so that the trimmer position is entered.

Pressing the dummy trimmer

* The trimmer adjusting ranges are as follows: voltage; ±1.0V, and current; ±1.6mA.

* The reset key resets the dummy trimmer position to the trimmer center point (0%).

the UP/DOWN

・

keys

continuously performs continuous operation.

17.ERROR MESSAGE

17. ERROR MESSAGE

“+LOAD” or “-LOAD”

Voltage exceeding the ADC input range is input.

Check to see if the output voltage of the loadcell exceeds the range, and check the cables for breaks.

This message is also displayed when wiring is incorrect or nothing is connected.

“NET OVER”

The net weight value exceeds the “NET OVER” set value. Check the “NET OVER” set value.

“GROSS OVER”

The gross weight exceeds the “GROSS OVER” set value. Check the “GROSS OVER” set value.

“GRAPH ERR”

［Cause］

The set value of the “Y-axis (load) start point” is larger than the set value of the “Y-axis (load) end

point”.

［Remedy］

Set again so that the “Y-axis (load) start point” becomes smaller than the “Y-axis (load) end point”.

“LOCK IS ON”

［Cause］

Key operation is locked.

［Remedy］

Please make the key operation "ON" referring to following instructions.

" ■ LOCK1/LOCK2" on page 31, " ■ 〔GROSS/NET〕key" on page 34, " ■ 〔DZ〕key" on page 34, " ■ 〔TARE〕key" on page 34, " ■ 〔Cursor ON/OFF〕key" on page 34, " ■ 〔START/ STOP〕key" on page 34.

Moreover, please turn OFF external KEY_LOCK input when KEY_LOCK of B4 Function Selection is

set.

“SEQ. ERR 1”

［Cause］

The stop signal is ON when the weighing start signal is turned ON.

［Remedy］

Turn the stop signal OFF.

“SEQ. ERR 2”

［Cause］

The stop signal is turned ON during weighing in sequence control.

17.ERROR MESSAGE

How to reset the sequence error

The sequence error is reset by inputting the stop signal (OFF → ON).

“SEQ. ERR 4”

[Cause]

The near zero signal is OFF when weighing is started.

(On condition that it is set to confirm the near zero signal when weighing is started.)

[Remedy]

First, check the preset near zero value and near zero comparison target.

Next, check to see if:

1. A start was made in spite of incomplete discharge.

2. The start ON timing was too early.

3. Discharged items are jammed.

“SEQ. ERR 5”

[Cause]

1. The SP1 output is ON when weighing is started.

(On condition that it is set to confirm the weight value when weighing is started.)

2. Final weight – CPS ≦ 0.

[Remedy]

First, check the preset SP1 value, preset fall value, and preset final weight value.

Next, check to see if:

1. A start was made in spite of incomplete discharge.

2. The start ON timing was too early.

3. Discharged items are jammed.

4. Another code was selected.

18.SELF-CHECK

Star t

ESC

Bright

Dark

Light Out

Trns.

18. SELF-CHECK

Self-check is performed when the setting is called.

■ Self-check DSP1

Check the display to see that it is free from color and display defects, etc. The screen changes from red,

green, blue, horizontal stripes, to vertical stripes. Touching the screen restores the previous screen.

■ Self-check MEM

Check the memory to see that it is free from defects. The result is

displayed in a moment after the key at the lower right of the

screen is pressed. Or, check the version here.

■ Self-check KEY

Check the touch panel to see that it is free from unrecognized parts.

One touched square turns yellow. Pressing the key at the upper

right of the screen restores the previous screen

■ Self-check EXT

Check the operations of the external input/output signals.

Each output turns on when the corresponding key is pressed.

Each input turns green when its ON state is recognized.

■ Self-check DSP2

Check the backlight and status indicator lamp.

The backlight turns bright by pressing " " button, and turns

dark by pressing " " button.

The backlight goes out when the " " button is pressed, and after

that, it recovers when the screen is touched.

The status indicator lamp lights in green and orange alternately.

■ Self-check COM

The data displayed under "Transmit data" is sent by pressing the

key.

Under "Receive data", externally transmitted data is displayed.

19. BLOCK DIAGRAM

Lithem battery

Low-pass

Fillter

SHIELD

FRAME

×100

MPU

+5VI +12VI -9VA +5VD

DigitalIsolation

Power Supply Unit

+9VA

Serial

Port

Serial

Port

Watch

Dog

CPU 32bit

RAM

16kbyte

NOV.RAM

4096bit

LCD

Driver

LCD

Flash

ROM

SI/F

DeviceNet

BCD

256kbyte

+EXC

-EXC

+SIG

-SIG

-S

Analogue

External

SRAM

External

Flash

ROM

Serial

Port

RS-232C

CC-Link

D/A

(DAVorDAI)

Option

Standard

A/D

Converter

Referrence

Voltage

Excitation

Voltage

Control

Input

11Line

Control

Input

9Line

To uc h

Panel

Input

AC IN

FRAME

19.BLOCK DIAGRAM

20.DIMENSIONS

Unit: mm

＜ Front ＞＜Side ＞＜Rear ＞

＜

To p ＞

Unit: mm

＜ Front ＞＜Side ＞＜Rear ＞

＜

To p ＞

20. DIMENSIONS

■ Standard equipment

■ When the external input/output signals is connected

■ When the BCD option is equipped

Unit: mm

＜ Front ＞＜Side ＞＜Rear ＞

＜

Top ＞

Unit: mm

＜ Front ＞＜Side ＞＜Rear ＞

＜

Top ＞

20.DIMENSIONS

■ When the CC-Link option is equipped

20.DIMENSIONS

Unit: mm

＜ Front ＞＜Side ＞＜Rear ＞

＜

Top ＞

Panel-cut

Panel thickness

92mm

1.6 to 3.2mm

92mm

dimensions

■ When the DeviceNet option is equipped

20-1. Installation in a Panel

To install the F600AT into a control panel, use the following procedure.

1. Make a hole in the panel according to the panel-cut

dimensions.

2. Remove the screws (two), and remove the guide rails

from both sides.

* Do not use other screws than those installed to

the F600AT body

3. Fit in the F600AT from the front of the panel.

4. Install from the rear the guide rails having been

removed from both sides in Step 2, and fix them with

the screws (two).

21. SETTING ITEM LIST

* L1: Setting that LOCK is controlled by LOCK1

* L2: Setting that LOCK is controlled by LOCK2

* S: Saved in SRAM (Lithium-battery-backed-up)

* N: Saved in NOV.RAM (Saved in non-volatile memory)

EACH CODE (Comparison mode: HI-LO COMP)

21.SETTING ITEM LIST

PAG E

1 HH 000.00

2 HI 000.00

3 LO 000.00

4 LL 000.00

Parameter Initial value L1 L2 S

CODE 0

EACH CODE (Comparison mode: DIS.-O/U)

PAG E

1 FINAL 000.00

2 SP1 000.00

3 SP2 000.00

4 CPS 00.00

5 AFFC 098.00

6 OVER 0.00

7 UNDER 0.00

Parameter Initial value L1 L2 S

CODE 0

○

〇〇

○

〇〇

Alternatives・Setting range

0 ~ 7 00(R/W)

±00000 ~ ±99999 01(R/W)

±00000 ~ ±99999 02(R/W)

±00000 ~ ±99999 03(R/W)

±00000 ~ ±99999 04(R/W)

Alternatives・Setting range

0 ~ 7 00(R/W)

00000 ~ 99999 11(R/W)

00000 ~ 99999 12(R/W)

00000 ~ 99999 13(R/W)

0000 ~ 9999 14(R/W)

00000 ~ 99999 15(R/W)

000 ~ 999 16(R/W)

000 ~ 999 17(R/W)

Communication

Command

No.

Communication

Command

No.

EACH CODE (Comparison mode: DIS.-H/L)

PAG E

1 FINAL 000.00

2 SP1 000.00

3 SP2 000.00

4 CPS 00.00

5 AFFC 098.00

6 HI 000.00

7 LO 000.00

Parameter Initial value L1 L2 S

CODE 0

○

〇〇

Alternatives・Setting range

0 ~ 7 00(R/W)

00000 ~ 99999 11(R/W)

00000 ~ 99999 12(R/W)

00000 ~ 99999 13(R/W)

0000 ~ 9999 14(R/W)

00000 ~ 99999 15(R/W)

±00000 ~ ±99999 02(R/W)

±00000 ~ ±99999 03(R/W)

Communication

Command

No.

21.SETTING ITEM LIST

COMPARISON

PAG E

Parameter Initial value L1 L2 S

1 COMP MODE SEL. HI-LO COMP

2 COMP. INH. TIME 0.50sec.

3 JUDGING TIME 1.50sec.

4 COMPLETE OUT T. 3.00sec.

5 AFFC ON

6 CPS. COFFICIENT 1/1

7 AVG. CNT OF AFFC 4times

8 DIS. CONTROL MODE FEEDING

9 COMPLETE SIG. OUT

10 OVER/UNDER COMP. REGULARLY

11 HI/LO COMP. SEL GROSS

12 NEAR ZERO COMP. GROSS

13 PRESET TARE WGT.1 ON

14 NEAR ZERO 000.00

15 PRESET TARE WGT.2 000.00

JUDGING

TIME

〇〇

Alternatives・Setting range

0:［HI-LO COMP］1:［DIS.-O/U］

2:［DIS.-H/L］

0.00 ~ 9.99 32(R/W)

0.00 ~ 9.99 33(R/W)

0.00 ~ 9.99 34(R/W)

0:［OFF］ 1:［ON］

0:［1/1］1:［3/4］2:［2/4］3:［1/4］

1 ~ 9 37(R/W)

0:［FEEDING］1:［DISCHARGE］

2:［EXTERNAL］

0:［JUDGING TIME］1:［JUD.or STABLE

2:［JUD.& STABLE

］

0:［REGULARLY］1:［COMP. SIG.］

2:［EXT. IN］3:［COMP. SIG&H］

0:［GROSS］1:［NET］2:［COMP OFF

0:［GROSS］1:［NET］

2:［COMP OFF］3:［ABS GROSS］

4:［ABS NET］

0:［OFF］1:［ON］

00000 ~ 99999 3E(R/W)

00000 ~ 99999 3F(R/W)

Communication

Command

］

No.

31(R/W)

35(R/W)

36(R/W)

38(R/W)

39(R/W)

3A(R/W)

3B(R/W)

3C(R/W)

3D(R/W)

OPERATION

PAG E

1 DIGITAL FILTER 16times

１

2 ANALOG FILTER 6Hz

3 MD (PERIOD) 1.5sec.

4 MD (RANGE) 10CNT

5 DISPLAY FREQ. 10times

6 ZT (PERIOD) 0.0sec.

7 ZT (RANGE) 00CNT

２

9 INDICATE COLOR Yellow

11 DISPLAY SELECT

12 HI/LO OUT SEL

３

13 LOCK1 OFF

14 LOCK2 OFF

Parameter Initial value L1 L2 S

BACKLIGHT

BRIGHT-AND-DARK TIME

BACKLIGHT

LIGHTING TIME

(*) It changes with comparison modes. (Refer to page 30.)

0minute

10minutes

HH,H,L,LL (*)

NORMAL

〇〇

0:［2Hz］1:［4Hz］2:［6Hz］3:［8Hz

〇〇

0:［NORMAL］1:［COMPARATOR］

〇

Alternatives・Setting range

0:［OFF］1:［2times］2:［4times］

3:［8times］4:［16times］

5:［32times］6:［64times］

7:［128times］8:［256times］

0.0 ~ 9.9 43(R/W)

00 ~ 99 44(R/W)

01 ~ 10 45(R/W)

0.0 ~ 9.9 46(R/W)

00 ~ 99 47(R/W)

00 ~ 99 48(R/W)

0:［Ye ll ow ］1:［Green］

2:［Blue］3:［Comparison］

00 ~ 99 4A(R/W)

0:［F, S P 1 - 3］1:［F, S P 3, H , L］

2:［F, S P 3 , T, Z ］ (*)

0:［OFF］1:［ON］

］

Communication

Command

No.

41(R/W)

42(R/W)

49(R/W)

4B(R/W)

4C(R/W)

4D(R)

4E(R)

GRAPH

21.SETTING ITEM LIST

PAG E

Parameter Initial value L1 L2 S

1 GRAPHIC MODE CONTINUITY

2 TRIGGER LEVEL 001.00

3 X END POINT 10sec.

4 Y START POINT 000.00

5 Y END POINT 100.00

2 6 DRAWING WEIGHT

NET

OPTION (In case of used BCD OUTPUT)

PAG E

1 DATA UPDATE RATE 100times

2 OUTPUT WEIGHT INDICATE

Parameter Initial value L1 L2 S

OPTION (In case of used D/A OUTPUT)

PAG E

Parameter Initial value L1 L2 S

D/A OUTPUT MODE GROSS

ZERO OUTPUT 000.00

FULLSCALE OUT. 100.00

〇〇

Alternatives・Setting range

0:［CONTINUITY］1:［SINGLE］

2:［LEVEL］

00000 ~ 99999 52(R/W)

2 ~ 98 53(R/W)

±00000 ~ ±99999 54(R/W)

±00000 ~ ±99999 55(R/W)

0:［GROSS］1:［NET］

Alternatives・Setting range

0:［100times］1:［50times］

2:［20times］3:［10times］

4:［5times］5:［2times］

0:［INDICATE］1:［GROSS］2:［NET］

Alternatives・Setting range

0:［GROSS］1:［NET］

2:［ZERO SCALE］3:［FULL SCALE］

00000 ~ 99999

Communication

Command

No.

51(R/W)

56(R/W)

Communication

Command

No.

Communication

Command

No.

OPTION (In case of used CC-Link)

PAG E

1 OCCUPIED STATION 4 stations

2 SPEED 10Mbps

3 STATION NUMBER 1

4 WGT SELECT CODE Extinput

Parameter Initial value L1 L2 S

OPTION (In case of used DeviceNet)

PAG E

1 NODE ADDRESS 0

2 SPEED 500kbps

3 WGT SELECT CODE Extinput

4 COMM. MODE Read only

Parameter Initial value L1 L2 S

〇〇

Alternatives・Setting range

0:［1 station］1:［2 stations］

2:［4 stations］

0:［156kbps］1:［625kbps］

2:［2.5Mbps］3:［5Mbps］

4:［10Mbps］

~ 64

0:［Network］1:［Extinput］

Alternatives・Setting range

~ 63

0:［125kbps］1:［250kbps］

2:［500kbps］

0:［Network］1:［Extinput］

0:［Read only］1:［Write En.］

Communication

Command

No.

Communication

Command

No.

21.SETTING ITEM LIST

SYSTEM

PAG E

Parameter Initial value L1 L2 S

Alternatives・Setting range

1 INITIALIZATION CODE

2 SELFCHECK DSP1

3 SELFCHECK MEM

［CODE］［COMP.］［OPR.］

4 SELFCHECK KEY

5 SELFCHECK EXT

6 SELFCHECK DSP2

7 SELFCHECK COM

8 PASSWORD 0000 0000 ~ 9999

9 LANGUAGE JPN

10 [GROSS/NET] KEY ON

11 [DZ] KEY ON

12 [TARE] KEY ON

13 [CURSOR ON/PFF] KEY ON

14 [START/STOP] KEY ON

15 B4 FUNC. SELECT CODE2

〇〇

CALIBRATION

［CAL.］［etc.］

0: ［JPN］1:［ENG］

0:［OFF］1:［ON］

Communication

Command

No.

69(R/W)

6A(R/W)

6B(R/W)

6C(R/W)

6D(R/W)

6E(R/W)

6F(R/W)

PAG E

Parameter Initial value L1 L2 S

1ZERO CAL. 0

2 SPAN CAL. 100.00

3 EQUIV. CAL. 3.000mV/V

4 BALANCE WEIGHT 100.00

5 MIN. SCALE DIV. 0.01

6 NET OVER 999.99

7 GROSS OVER 999.99

8 UNIT DISPLAY kg

9 DECIMAL PLACE 0.00

10 DZ REGULATION VAL 02.00

〇〇

Alternatives・Setting range

［OK］

00001 ~ 99999

(VOL.) 0.001 ~ 3.000mV/V (WEIGHT) 00001 ~ 99999

00001 ~ 99999 84(R/W)

001 ~ 100 85(R/W)

00000 ~ 99999 86(R/W)

00000 ~ 99999 87(R/W)

0:［NONE］1:［kg］2:［t］3:［g］

4:［N］5:［lb］

0:［NONE］1:［0.0］2:［0.00］

3:［0.000］

0000 ~ 9999 8A(R/W)

Communication

Command

No.

Command

83(R/W)

88(R/W)

89(R/W)

SEQUENCE MODE

21.SETTING ITEM LIST

PAG E

Parameter Initial value L1 L2 S

SEQUENCE MODE

ADJUST FEEDING

AT START NZ CONF.

AT START WV CONF.

5 ADJ.FEEDING TIME 1.00sec.

6 AZ TIMES 01times

7 JUDGING TIMES 01times

RS-232C

PAG E

1 COMM. MODE HAND SH.

2 BAUD RATE 9600BPS

3 LENGTH 8BIT

4 PARITY BIT ODD

5 STOP BIT 1BIT

6 TERMINATOR CR+LF

7 FLOW CONTROL OFF

Parameter

SIMPLE COMP.

OFF

Initial

valueInitial

value

〇〇

L1 L2 S

〇〇

Alternatives・Setting range

0:［SIMPLE COMP.］ 1:［SEQUENCE］

0:［OFF］1:［ON］

0.00 ~ 9.99 95(R/W)

00 ~ 99 96(R/W

00 ~ 99 97(R/W)

Alternatives・Setting range

0:［HAND SH.］1:［CONTINUITY］

2:［AT PRINT］

0:［1200］1:［2400］2:［4800］

3:［9600］4:［19200］

0:［7bit］1:［8bit］

0:［NONE］1:［ODD］2:［EVEN］

0:［1bit］1:［2bit］

0:［CR］1:［CR+LF］

0:［OFF］1:［RTS/CTS］

Communication

Command

No.

91(R/W)

92(R/W)

93(R/W)

94(R/W)

Communication

Command

No.

D1(R)

D2(R)

D3(R)

D4(R)

D5(R)

D6(R)

DA(R)

22.SPECIFICATIONS

22. SPECIFICATIONS

■ Analog Section

Sensor excitation 10V DC Output current: Within 120mA

6-wire (Up to four 350Ωload cells can be connected.)

Signal input range -0.2 to 3.0mV/V

Zero adjusting range -0.2 to 3.0mV/V

Accuracy Nonlinearity Within 0.02%FS ±1digit (When 3mV/V is input)

Zero drift Within 0.25μV/ ℃ RTI Gain drift Within 25ppm/ ℃

A/Dconverter Speed 100times/sec.

Resolution 24bit (binary)

Analog filter Bessel type low-pass filter (-12dB/oct)

Cutoff frequency 2Hz, 4Hz, 6Hz, 8Hz (Selectable by setting)

Calibration Equivalent input calibration and actual load calibration

■ Display Section

Display 3.5 inch TFT color LCD module (Display area: 71mm×53mm)

320×240 dots

Weight value display 5-digit

Sign: Minus sign display

Minimum scale division Can be set in the range of 1 to 100.

Decimal point 8 8. 8. 8. 8 The display position can be set.

Over scale A/D converter input over: “LOAD”

A/D converter input minus over : “-LOAD”

Net weight exceeding the “NET OVER” setting: “NET OVER”

Gross weight exceeding the “GROSS OVER” setting: “GROSS OVER”

Unit display NONE, kg, t, g, N, lb is selectable.

Status display Various states of weight are displayed.

■ Setting section

How to set Set by touch panel operation (with a key click buzzer).

External setting can also be made by RS-232C etc..

Memory of set values Initial values NOV RAM (nonvolatile RAM)

Other values Lithium-battery-backed-up C-MOS RAM

(The memory life is approx. 7 years or more,

which varies depending on the operating conditions

and storage environment.)

Protection of set values Setting operation can be prohibited to prevent changes by misoperation.

(LOCK1, LOCK2)

■ Communication

RS-232C communications interface

Asynchronous communication method

Baud rate 1200bps to 19200bps

SI/F (2-wire serial interface)

2-wire serial interface for connecting a UNIPULSE-manufactured printer,

external display, etc.

Asynchronous communication method

Baud rate 600bps

■ Option

BCD data output Open collector output

The output rate can be changed.

D/A converter Voltage output 0 to 10V

Current output 4 to 20mA

CC-Link Number of occupied stations 1, 2, 4 STAT.

Baud rate 156k, 625k, 2.5M, 5M, 10Mbps

Station number 1 to 64 (when one station is occupied)

1 to 63 (when two station is occupied)

1 to 61 (when four station is occupied)

22.SPECIFICATIONS

DeviceNet Baud rate 125k, 250k, 500kbps

Node address 0 to 63

■ External Input/Output

External output signal Transistor open collector output. (Emitter = COM terminal) (9 points) The output turns ON when the transistor turns ON.

External input signal ON when shorted with COM terminals by contact (relay, switch, etc.) or (11 points) non-contact (transistor, TTL open-collector output, etc.)

■ General Performance

Required power supply AC spec. AC100V to AC240V (+10% -15%)

[

Free power supply 50/60Hz

DC spec. DC24V (±15%)

(Depending on the request at the time of order)

Power consumption AC spec. 18W max

DC spec. 18W max

Operating conditions Temperature Operating temperature range: -10 ℃ to +40 ℃

Storage temperature range: -20 ℃ to +60 ℃

Humidity 80%RH or less (non-condensing)

]

Dimensions 96W × 96H × 138D (mm) (not including projections)

Weight Approx.1.0kg

Unipulse F600AT Operation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

INTRODUCTION

CONTENTS

1. OUTLINE

1-1. Contents of the Package

1-2. About Connectable Devices

1-3. Appearance Description

1-3-1. Front Panel

■ Touch panel display

■ Status indicator lamp

■ Prohibition of key operation

1-3-2. Rear Panel

■ AC power source input connector/ DC power source input terminal block

■ Analog input/output connector

■ Signal input/output connector

■ Frame ground

■ Protective ground

■ RS-232C connector

■ Option slot

2. CONNECTION

2-1. Analog Input/Output Terminals Connection

2-2. Loadcell Connection

■ 6-wire connection

■ 4-wire connection

2-3. Connecting Loadcells In Parallel

2-4. Strain Gauge Sensor Cable Coloration

2-5. Power Input Terminal Connection

2-6. Protective Ground Connection

2-7. SI/F Connection

2-8. External I/O Connection

2-8-1. How to assemble the connector

2-8-2. External output connection

2-8-3. External input connection

2-8-4. RS-232C interface connection

3.SETTING MODE CONFIGURATION

3-1. F600AT Screen Configuration

3-2. About a Setting Call

3-3. Setting Modes Tree

4.CALIBRATION

4-1. Span Calibration Procedure

4-2. Equivalent Input Calibration Procedure

4-3. Calibration Setting

4-3-1. LOCK2 (Calibration value LOCK)

4-3-2. Minimum scale division (Can be omitted if there is no change)

4-3-3. Decimal place

4-3-4. Zero calibration

4-3-5. Equivalent input calibration

4-3-6. Span calibration

4-4. Net Over/ Gross Over

4-5. Unit Setting

4-6. Tare Subtraction

4-7. Digital Zero

4-7-1. DZ regulation value

5. COMPARISON SETTING

■ Comparison mode setting

■ Comparison inhibiting time/ Judging time/ Completion output time

■ Discharge control mode

■ Completion signal output mode

■ Overweight/underweight comparison mode

■ HI/LO limit comparison selection

■ Near zero comparison selection/ Preset near zero value

■ Tare setting selection/ Preset tare value

6.HOW TO SET THE FUNCTIONS

7.OPERATION SETTING

■ Digital filter

■ Analog filter

■ Motion detect period/ Motion detect range

■ Display frequency

■ Zero tracking period/ Zero tracking range

■ Indicate color

■ Backlight lighting time/ Backlight bright-and-dark time

■ Display table selection

■ HI/LO limit output selection

■ LOCK1/LOCK2

8.GRAPH SETTING

■ Graphic mode

■ Trigger level