Wireless Communication

TW-800R-EXC
Instruction Manual V1.20

Please use this Instruction manual correctly on reading well.
Please keep it carefully to be able to read immediately, when required.

Table of contents■ Outline ...................................................................................................................................................................1■ A main part and accessories...............................................................................................................................2■ Safety concerns....................................................................................................................................................3■ Name and function of each part .........................................................................................................................8■ Input/output terminal Block ................................................................................................................................9■ Installation...........................................................................................................................................................10■ Setting .................................................................................................................................................................13■ Function ..............................................................................................................................................................15
1. Judgment ........................................................................................................................................................15
2. Work ................................................................................................................................................................16
3. Count Alarm....................................................................................................................................................17
4. Sensor Input ...................................................................................................................................................17
5. Timer ...............................................................................................................................................................175-1. Work timer ...............................................................................................................................................175-2. Tool timer .................................................................................................................................................17
5-3. Alarm Timer .............................................................................................................................................17
5-4. Reset Timer..............................................................................................................................................175-5. Output Time .............................................................................................................................................17
6. Judgment Mode .............................................................................................................................................18
7. Judgment Type...............................................................................................................................................19
8. Sequence ........................................................................................................................................................19
9. Over count ......................................................................................................................................................19
10. Buzzer Out ....................................................................................................................................................19
11. Pass Buzzer ..................................................................................................................................................19
12. Buzzer Pattern ..............................................................................................................................................19
13. Keylock function ..........................................................................................................................................19■ Screen composition and setting ......................................................................................................................21
1. Screen Composition ......................................................................................................................................21
2. Pairing Method ...............................................................................................................................................22
3. Setting Menu ..................................................................................................................................................24
3-1. Work Select..............................................................................................................................................25
3-2. Sensor Input ............................................................................................................................................313-3. Judge Mode .............................................................................................................................................32
3-4. Judge Type ..............................................................................................................................................32
3-5. Sequence .................................................................................................................................................32
3-6. Reset Timer..............................................................................................................................................33

3-7. Output Time .............................................................................................................................................33
4. Special Menu ..................................................................................................................................................34
4-1. 7 SEG Tool<--> Total( 7 segment display method) ...........................................................................35
4-2. Reg-ID List (Registered Transmitter ID Number Inspection) .............................................................35
4-3. Setup List (the Contents Inspection of Setting) ..................................................................................35
4-4. Channel Table ..........................................................................................................................................36
4-5. Monitor (Status Monitor of Input Terminal block) ...............................................................................37
4-6. LCD Contrast (LCD Brilliance Control).................................................................................................37
4-7. Tool ID Erase ...........................................................................................................................................37
4-8. Initialize ....................................................................................................................................................38
4-9. Language(Language Choice) ................................................................................................................38■ Explanation of operation ...................................................................................................................................39
Mode 1 .................................................................................................................................................................39
Mode 2 .................................................................................................................................................................47
Mode 3 .................................................................................................................................................................57
Mode 4 .................................................................................................................................................................65■ Specification .......................................................................................................................................................76■ Dimensional drawing .........................................................................................................................................78■ After service and Warranty ................................................................................................................................79

TW-800R-EXC

Term explanation
ID number

Pairing

Channel table

It is a serial number (they are 10 figures at a hexadecimal number) of a transmitter.
The same ID number is not shipped.
It is the processing which makes the transmitter which communicates, and thereceiver of each other recognize.
A transmitter and a receiver are the channels used for communication. The number
is 4 and the channel range is 3-78ch.

1point type transmitter

It is a transmitter for performing sensor input / judgment / reset. TW-800T is used.

Count value

It is a value counted down from a desired value.
Operating unit.

Work

The work can register a maximum of eight {(tool + count number) x4 sorts}.
Selection of a work is performed in a work selection input (terminal box).

Work selection

Tool

SensorJudgment

Count alarm

It is an input terminal block for choosing the work of No.1-8.
It chooses by 3-bit ON/OFF.
Within this operation manual, a tool points to the tool or transmitter simple
substance in which it was equipped with transmitter TW-800T.
A count is permitted in the state of the sensor ON. It will be set to FAIL if it counts atthe time of OFF. There is a sensor input as an input signal.
The judgment of "PASS" and "FAIL" is meant.
Moreover, there is a judgment input as an input signal for judging.
It is the warning taken out when longer than a setup of a conclusion interval (it is
this time by the next conclusion with the same tool).
If a judgment type is carried out to a "tool" type, a "PASS" judging output will be

Judgment type

carried out for every tool.
If a "work" is used, it will judge at the time of all the tool completion.

Sequence

It is used when adding the turn with a tightening of a tool to judgment conditions.
The turn with a tightening of the tools 1-4 is shown.

Tool order

At the time of the modes 1/2, only when a sequence is ON, it becomes effective.
It becomes effective at the time of the modes 3/4.

TW-800R-EXC■ Outline
TW-800R-EXC (henceforth, this machine) is the receiver with a count function which made the unit portion withreceiver TW-800R and a count function unite.
The signal from transmitter TW-800T is received and the judgment of "PASS" and "FAIL" is performed according
to the contents and judgment mode which are registered beforehand. This machine can be used combining amaximum of 4 sets of tools.
* A tool points to the tool by which it was equipped with transmitter TW-800T. Moreover, only a transmitter points.

<Function>◆ It can be used combining a maximum of 4 sets (tool) of transmitters.
◆ A maximum of 8 kinds of works can be registered. {(tool + count number) x4 kinds} is contained in one work.
◆ There is a count alarm function which supervises the time of a conclusion interval.
◆ The remainder of a count can display either for all the every tool tools.
◆ A sensor input can be used as a working condition.
◆ The use order of a tool is manageable. (A free setup can also be performed.)◆ The auto re-set can be carried out by a timer after the "PASS" judging.
◆ The "PASS" output method at the time of the completion of work can be set as either at every tool and the timeof all the tool completion.
◆ The signal (sensor / judgment / reset) input for control can be changed to wireless by using TW-800T.
◆ It can be set up not to receive for a definite period of time after receiving once.
(Prevention from a double count)1TW-800R-EXC■ A main part and accessories
Receiver TW-800R-EXC

TW-800R-EXC Main partx1

(The dipole antenna for ANT2 is attached and shipped)(*FCC/IC ANT2 is fixed and shipped by resin by regulation at the time of shipment in an applicable country)

Onerous option
・AC/DC adaptor

ADB24050-C (with the connecting cable 3m)

Antenna
Cable

About 1.5 m

Cable

About 1.8 m

About 22.5 cm

Coaxial cable

About 1.5 m

・External antenna
MB-13F (about 1.5 m of/coaxial cables with a magnet base)* Since ANT2 is fixed by resin by FCC/IC regulation at the time of shipment in an applicable country and it ships,
an external antenna cannot be used.

2

TW-800R-EXC■ Safety concerns

Safety concerns(Be sure to read)To prevent human injury of user or damage in property from occurring, be sure to observe the precautions
shown below.

■ The degree in safety hazard and damage generated by the wrong usage while ignoring the descriptions isclassified by the following displays.

!

Warning

Using in an improper way while ignoring this pictorial symbol might cause a death or!

CautionUsing in an improper way while ignoring this pictorial symbol might cause a human injury

serious human injury.

or property damage.

■The type of descriptions you should observe is classified by the following pictorial symbols.

!

This pictorial symbol indicates a “Reminder” to attract an attention.

This pictorial symbol indicates a “Prohibition” to prohibit a certain action.

!
■ For the usage to be commonly applied in all the models:●Avoid using in a place with a plenty of humidity or dust. Otherwise, absorbing a dust or watercontents may cause machine trouble, fire or electrical shock.
■For handling this machine:●This is the electronic devise or wireless radios composed of the precision parts.
Do not overhaul/remodel. It may cause accident or machine trouble.

! Warning■ For handling this machine:●Do not use this product for the application needing the high reliability related to human lives.

●Do not use this product in a place where it is uncertain about whether or not radio waves reach.

3TW-800R-EXC! Warning■For handling the power source:
Be sure to observe the following precautions to prevent the AC adapter and Power cord from being heated,damaged, or ignited.
●Do not approximate the AC adapter and Power cord to a fire, or do not put them into a fire. The
AC adapter and Power cord can be broken or ignited, resulting in an accident.
●You can use the AC adapter and main body only with the specified power voltage to protect themfrom the damage and fire accident.
●Do not use the AC adapter and main body in a wettable atmosphere. It may cause accidents ortroubles such as heating, igniting or electrical shock.
●Do not touch the AC adapter, main body, Power cord and Plug outlet with wet hands. It may
cause an accident such as electrical shock, etc.
●Do not damage the Power cord. A short-circuit or heating may cause a fire or electrical shock.
●Do not use the Power plug with dust being adhered.
A short-circuit or heating may cause a fire or electrical shock.
●Do not give a strong impact onto the AC adapter. It may cause an accident or machine failure.
●If you find out deformed AC adapter, do not use it.
It may cause an accident or machine failure.
●Do not charge this equipment in a place where flammable gas can be generated.It may cause afire accident.
●Never overhaul the AC adapter.
It may cause an accident or machine failure.
■When trouble happens during use:
Since it may cause a fire or electrical shock, disconnect a power plug, and immediately ask outlet store or
our company to repair.
●When smoke or abnormal odors are generated, stop using, immediately disconnect a power
plug, and ask outlet store or our company to repair.
●Once the Power cord is damaged, do not use it.
Using it as is may cause a fire or electrical shock.

4！

TW-800R-EXC■Caution for wireless Law○Radio device in this product has been certified by the Radio Law. It does not needs a license of radio stations
according to using this product.
○Do not use it close to a person with a cardiac pacemaker.
Electromagnetic interference may affect it, putting his/her life at risk.
○Do not use it close to medical equipment.
Electromagnetic interference may affect the cardiac pacemaker to cause loss of human life.
○Do not use it close to an electric oven.
Electromagnetic interference may affect the medical equipment to cause loss of human life.
○Radio device in this product has been certified by the Radio Law. Do not disassemble or modify this product.

■Caution for Radio Interference with 2.4GHz Wireless communication
Take the following precautions for communication by 2.4GHz wireless communication.
Within this product's frequency range, industrial, scientific, and medical equipment, such as electric oven, as
RFID premises radio stations (license required) and specified low power radio station and ham radio

well asstation (license

not required) used in factory manufacturing lines are operated.

○Before using this device, confirm that no RFID premises radio station, specified low power radio station,or ham radio
station is operating close to it.

○If this product caused radio interference with an RFID premises radio station, immediately change the product's
frequency or stop radio emission, and contact representative for actions to take to prevent cross talk.

5

TW-800R-EXC■FCC/IC Warning (TW-800T,TW-800R)
Information about FCC Standard.
FCC CAUTION
Change or modifications not expressly approved by the party responsible for compliance could void theuser’s authority to operate the equipment.

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:(1) This device may not cause harmful interface, and (2) This device must accept any interface
received, including interface that may cause undesired operation:

Information about FCC Standard and IC standard.
This device complies with Part 15 of FCC Rules and Industry Canada licence-exempt RSS standard(s).
Operation is subject to the following two conditions: (1) this device may not cause interference, and (2)this device must accept any interference, including interference that may cause undesired operation of
the device.
Le présent appareil est conforme aux la partie 15des règles de la FCC et CNR d'Industrie Canada
applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions
suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter
tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre lefonctionnement.

Information about SDoC(Thailand)This telecommunication equipment conforms to technical standard NTC TS 1010-2550.

This telecommunication equipment conforms to NTC technical requirement.

Information about SDPPI(Indonesia)
TW-800T/TW-800R
85352/SDPPI/2022
3441

6

TW-800R-EXC

Information about CMIIT(China)
・CMIIT ID
TW-800T ： 2013DJ9940
TW-800R ： 2013DJ9941
1.
■

使用频率:2400～2483.5MHz■等效全向辐射功率(EIRP)＜＝10mW■

频率容限：+-75kHz

2.不得擅自更改发射频率、加大发射功率(包括额外加装射频功率放大器)，不得擅自外接天线或改用其它发射天线；
3.使用时不得对各种合法的无线电通信业务产生有害干扰；一旦发现有干扰现象时，应立即停止使用，并采取措施消除干扰后方可继续使用；
4.使用微功率无线电设备，必须忍受各种无线电业务的干扰或工业、科学及医疗应用设备的辐射干扰；5.不得在飞机和机场附近使用。

Production label is changed only for China as below.
Transmitter TW-800T

Receiver TW-800R

7

TW-800R-EXC■ Name and function of each part
●Receiver

TW-800R-EXC
(7)

(9)
(8)

(10)

(11)

(1)

(2)

(1) Power switch(2)The terminal block for
power supplies

(3)

(5)

(6)

(4)

A power supply is turned on and off.
It is a terminal block for DC24V input. (M3)
It is a Photo-Mos relay output terminal block. A contact output is performed whenever it(3)Output terminal block(OUT1)

receives the signal from a transmitter. When a signal is completely simultaneously
received from two or more transmitters, it outputs as one output in piles. A contact output isperformed also when using the object for control signals (a sensor / judgment / reset) on
radio, and a signal is received from an one-point type transmitter (TW-800T).

(4) Output terminal block(JUDGE)(5) LED for receiving(green)(Lighting switch for pairing)

It is a terminal block for a judgment output. A PASS/FAIL output is performed.
The light will be switched on if the signal from a transmitter is received normally.
At the time of pairing, it is used as a lighting switch for pairing.
The work selection (WORK SELECT) (3 points) and sensor (SENSOR) / judgment(6) Input terminal block(JUDGE)/ It is a terminal block for a reset (Reset) input. It becomes a non-voltage contact
input. (M3)
It is a dipole antenna. It is a diversity type, and ANT1 is removed by a stationary type and it
is improper. ANT2 can be removed by a SMA connector type.

(7) Antenna

When using an external antenna, the antenna of ANT2 is removed and an externalantenna is attached. An external antenna is an onerous option article.
* FCC/IC ANT2 is fixed and shipped by resin by regulation at the time of shipment in an
applicable country.

(8) LCD(9) Keyboard

It is graphic LCD which displays various setup and a work state. (Those with a back light)
It is a keyboard for various setup. (16 keys)
the ten key [0] [9] - and [▲] -- [ -- ▼], [ESC], [ENT], [F1], [F2](10) 7 segment displays

It is 7 segment LED which displays a count number. Character size 27mmx15mm 2 figure(11) Judgment display

It is a judgment display. Green / blue / yellow / red is turned on.

8

TW-800R-EXC■ Input (non-voltage contact input)(1) Sensor input

1 point +COM

Work

(2) Judge input

1 point +COM

number(3) Reset input

1 point +COM

(4) Work Select3 point +COM

FAIL output

PASS output

Load

Load

Work Select(Work selection) Input

Reset (reset) input

Judge (judgment) input

OUT1 output

Sensor (sensor) input

Load■ Input/output terminal Block

Work-Select input
1

2

3

1

OFF

OFF

OFF

2

ON

OFF

OFF

3

OFF

ON

OFF

4

ON

ON

OFF

5

OFF

OFF

ON

6

ON

OFF

ON

7

OFF

ON

ON

8

ON

ON

ON

* Sensor/Judge/reset of an input signal can be changed from a cable input to a radio type by using 1 point typetransmitter (TW-800T).
■ Output (Photo-Mos relay output)(1) PASS output

1 point(2) FAIL output

1 point(3) OUT output

1 point* OUT1 output will be outputted if the signal from a transmitter is received. Output time follows a setup of a DIP
switch. since it synchronizes with buzzer sound when the signal from two or more transmitters is received, an
output may overlap and it may become at once.

9

TW-800R-EXC■ Installation(1) Please install this machine in the position which a transmitter to a prospect is good, is stabilized in an electric
wave, and can be received.
(2) Not to become a metal thing and parallel, please detach and install the antenna.
(3) Please supply the stable power supply with little change (DC24V).

Terminal box

M3 (2 very)

Power supply voltage of operation

DC24V (DC19 V-DC 28V)

* When you use with AC power supply, please use the AC/DC adaptor "ADB24050-C" of an option.
(4) Please wire an output terminal block (PASS/FAIL).
An output is a photo-MOS relay contact and between each terminal will be in a short circuit state with the output
ON. Please keep in mind that an internal circuit may be damaged when contact rated load is exceeded enough.

Rated load voltage

AC/DC 30V

Rated load current

0.5A

Contact structure / composition

MOS-FET/1a(5) Please wire an input terminal block (SENSOR/JUDGE/RESET/WORK SELECT).
An input turns into a non-voltage contact input.

10

TW-800R-EXC

The antenna of a receiver should install so that there is no obstacle in the circumference of an antenna.
Since it is a diversity antenna type, there are two antennas, but please install the receiver so that both of
obstacles cannot be found in each circumference of an antenna.
It is about 30-45 degree to thedirection of the front.
It is made to incline and installs.

It sees from the front and is 30-45
degree to the direction of outside.
It extends and installs.

Moreover, when you put in order and install two or more sets of receivers, please install so that antennas
separate 5 cm or more at least.

Please detach at least 5 cm or more, and install.

11

TW-800R-EXC

Please do not carry out the following installation.

An operator control panel (metal thing) on
the back and antenna.It is parallel.

The antenna touches the operator
control panel (metal thing).

Antennas touch.

It is installed immediately near
the power line.

・ This product serves as a minus (-) ground.
When the place to which these machines, such as an operator control panel and a pillar of a production line, areattached is metal, a ground asks you for attachment, after confirming minus grounding or plus grounding.
Please keep in mind that the short circuit breaker of equipment may operate if it attaches with equipment of a plus
earth accidentally. When attached with equipment of a plus earth, I avoid the attachment to a metal thing, or
please give me the disposal of attaching on both sides of an insulator.

12

TW-800R-EXC■ SettingThis machine can perform the following setup with a DIP switch aside from a setup on a LCD screen.
Priority is given to a setup over a setup on a LCD screen by this switch.
●Output settin of a receiver
The relay output time of a receiver, double count prevention time, and buzzer operation can be set up with a DIP
switch. Please set up according to operation.
When you perform a setup and you make a change of a DIP switch, please be sure to turn OFF a power supply
and to perform it.
◆Buzzer ON/OFF
DIPSW

1

Buzzer does not soundON

Buzzer sounds

OFF◆Relay output time (4 kinds)

DIPSW

2

3

50ms

OFF

OFF

200ms

ON

OFF

400ms

OFF

ON

1S

ON

ON

◆Double count protect time (4 kinds)

DIPSW

4

5

10ms

OFF

OFF

200ms

ON

OFF

1S

OFF

ON

2S

ON

ON

*When “Relay output time” is set 50ms and “Double count protect time is set 10ms, Buzzer sounds 50ms.
Buzzer sounds 100ms ordinarily.

13TW-800R-EXC◆Buzzer sounds Big/Small
DIPSW

6

Small

ON

Big

OFF

◆Caution
While the receiver output relay output or while receiver is in double count protect time, receiver transmit thebusy signal to transmitter. Then receiver doesn’t move.
When the transmitter receives the busy signal, the Green LED of transmitter flashes 3 times.
According to setting relay output time and double count protect time, a difference is made for a transmittingintervals. Please set depend on your situation.
<Receiver>

Relay output time

Double count protect time

The time receiver cannot receive

The time receiver can receive(Receiver transmits BUSY signal to transmitter.)14

TW-800R-EXC■ Function
1. Judgment
This machine judges PASS/FAIL according to the mode and the contents
of a setting to be used. A judgment performs a display, a PASS/FAIL output, etc.
The outline which carries out a PASS/FAIL output with the kind to display is explained.
<The contents of a display of a judgment display>
The contents of adisplay
Green lighting
Blue lighting
Red light
Red blink

Yellow lighting

Judgment display

Situation
PASS (work)
The state which all the selected contents of a work completed.
PASS (every tool)
The state which the contents for every tool in the selected work completed.
FAIL
The state where FAIL was judged according to various conditions
The state into which the count went in the state of OFF of a sensor input
when sensor input was ON setup. It is canceled in the sensor input ON.
When count alarm is ON setup, it is in the state which passed the set-up time.
If a count enters, a timer will be reset to zero and lapsed time will be again
measured inside. Since it is not a FAIL judging, a FAIL output is not
performed.

<PASS/FAIL>Output■PASS output (every tool)
When the judgment type is chosen as the tool, PASS output is performed whenever each tool is completed with atightening. The output method is based on LED linkage (for 1 second: blue lighting is interlocked with), or an
output time set period (0.1 to 1.0 second).
■PASS output (work)
PASS output is performed when all the selected contents of a work are completed.
The output method is based on LED linkage (green lighting is interlocked with) or an output time set period (0.1 to
1.0 second).
■FAIL output and the reset method
FAIL output cause

The reset method

Count value remainder
error
Sequence error(Tool order mistake)

When a count value amounts to "0", FAIL output is canceled and it changes toa PASS output.

Over count error

It can cancel only by reset input.

Sensor error

It can cancel only by reset input.
* A sensor error is an error in case a count value is not 0 at the time of thesensor OFF.

It can cancel only by reset input.

15

TW-800R-EXC

2. Work
The work used with this machine puts the operating unit into which the count value of each tool (transmitter) is
registered.
A maximum of 8 kinds of works which are an operating unit can be registered into this machine. (Work No.1-8)
the one contents of a work -- {(tool + count number) -- a maximum of 4 kind} is contained.
For example, it becomes the following registration.
(Example of registration)
Work

No.

Content1

Tool1-1count / Tool2-5 counts

2

Tool3-5counts / Tool4-2 counts

3

Tool1-1count / Tool2-5 counts / Tool3-3counts / Tool4-3counts

4

Tool1- 12 counts

5

Tool1-10counts / Tool3-2counts

6-(unregistered)7-(unregistered)8-(unregistered)

The registered work is chosen by the input to a work selection terminal box.
Work selection input
Work No.
1

2

3

1

OFF

OFF

OFF

2

ON

OFF

OFF

3

OFF

ON

OFF

4

ON

ON

OFF

5

OFF

OFF

ON

6

ON

OFF

ON

7

OFF

ON

ON

8

ON

ON

ON

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TW-800R-EXC

3. Count Alarm
When the interval of work with a tightening is long, it can warn by the buzzer and display.
If the time set as the alarm timer is exceeded, a display will be turned on in yellow, and it sounds and warns of abuzzer.Count alarm is not performed in the state where it is FAIL(ed) "judged.
4. Sensor Input
This machine has a "sensor (SENSOR)" input at an input terminal block, and it can use it for the two following
kinds of uses.
Use

Content
A sensor input is added to judgment conditions.
If a sensor works in the state of un-inputting, it will be notified with a buzzer and a

ON (sensor)

judgment display (red blink). FAIL output is not carried out in that case.
Moreover, if a sensor input is come by off in the state where work is not completed,
it will become the "FAIL" judging, and a judgment display carries out a red light,
and carries out a FAIL output with buzzer sounds.
A sensor input is used as a start trigger of the work timer used when using it in theWork timer TRG

judgment mode 2 or 4. When not using this sensor, a work timer starts to the timing
which received the first conclusion signal.

When you do not use it for the above-mentioned use, please give me a setup as "OFF."5. TimerSome timers can be set now to this machine. There are a timer for judging, a timer for carrying out the auto re-set,a timer for urging warning, etc.
5-1. Work timer
A work timer puts the start - required to work one work and the time of until.
With this machine, it can set up in 1 to 2400 seconds.
5-2. Tool timer
A tool timer puts the time to the completion of work in each tool.
For example, when the tool 2 concludes 5 times by work No.1, time for the tool 2 to conclude 5 times serves as atool timer.
5-3. Alarm TimerAn alarm timer serves as time of the work interval with a tightening of each tool.
With this machine, it can set up in 1 to 600 seconds.
5-4. Reset Timer
Time for a timer to perform reset after a PASS output is put.
With this machine, it can set up in 1 to 30 seconds.
5-5. Output Time
The output time from the output terminal block for a judgment is chosen as either 0.1 to 1.0 second, or display
linkage.An output timer serves as common setting. Moreover, PASS/FAIL cannot be chosen separately.
Buzzer output time (Buzzer Output) can be set up for every work aside from an output timer.

17

TW-800R-EXC

6. Judgment ModeIn order to perform the judgment of "PASS" and "FAIL", there are four judgment modes in this machine.
Although it becomes the "PASS" judging by attaining working conditions, such as a count value and various
timers, it becomes the "FAIL" judging when at least one working condition cannot be attained.
The "PASS" "FAIL" judging by a work mistake cannot be canceled unless it performs reset input, when work
completes the "FAIL" judging by the delay in work. [ although it changes to a judgment ]<Mode 1>
PASS/FAIL is judged with the count value at the time of a Judge (judgment) signal input.
The "PASS" judging will be performed, if a count value is set to "0" before a Judge (judgment) signal is inputted.
According to the contents of a setting, lighting and the PASS output of a judgment display are performed. Buzzer
sound can be carried out by setup at the time of the "PASS" judging.
When the count value remains at the time of a Judge (judgment) signal input, it becomes the "FAIL" judging, anda judgment display turns into a red light, and performs buzzer sounds and a FAIL output according to a setup. If a
count value is set to 0, the "FAIL" judging will change to the "PASS" judging.
<Mode 2>
PASS/FAIL is judged by the count value and a work timer.
Time until all the contents of the work chosen after performing the first 1 count input other than a count value arecompleted is set up. It will become the "PASS" judging if all the count values are 0 (zero) within work timer time. It
will become the "FAIL" judging if all counts are not set to 0 (zero) within work timer time. The "FAIL" judging will becanceled if there is a count input for the count value which remains.It becomes the "PASS" judging. Buzzer soundcan be carried out by setup at the time of the "PASS" judging.
A work timer will be started if the first conclusion signal is received. If sensor input is set as the work timer TRG, awork timer will start by a sensor input.
<Mode 3>
PASS/FAIL is judged by the count value and a tool timer.
After performing the first 1 count input other than a count value, work is completed to within a time which is set as
the tool, and work is completed to within a time to which the following tool is set similarly. It will become the"PASS" judging if the count value is 0 (zero) within the set period for every tools of all the registered into the work.
Buzzer sound can be carried out by setup at the time of the "PASS" judging. It becomes the "FAIL" judging if acount value is not set to 0 (zero) by within a time which was set as each tool at least one. The "FAIL" judging will
be canceled if there is a count input for the count value which remains.

It becomes the "PASS" judging.

<Mode 4>
It judges by the count value, the work timer, and a tool timer.
It becomes the "PASS" judging by attaining all the conditions in the mode 1 - the mode 3.

18

TW-800R-EXC

7. Judgment Type
This machine can choose whether a PASS output is performed in which all the work completes whether the PASS
output for every tool is carried out, or the output method of a PASS judging for every work. When performing a
PASS output for every tool, for about 1 second displays a PASS judging, and outputs from a terminal box
simultaneously. Since the output terminal block at the time of a PASS judging is set to one, the output for every
tool also turns into an output from the terminal box same as the output for every work.
8. SequenceThis machine can carry out turn attachment for the contents of work in each work to a tool. Turn attachment canbe eliminated and the count from which tool can also be received. When performing turn attachment, turnattachment of a tool can be registered to a tool order for every work. The count value in the case of the sequence
OFF turns into a sum total count value of all the tools.
9. Over countIf a count value is exceeded when judging, the "FAIL" judging will be performed, but even if a count value exceeds
by enabling an exaggerated count function, it can be considered as a PASS judging.
10. Buzzer Out
How to sound the buzzer at the time of the "FAIL" judging can be chosen in 1-60S, display linkage, or the buzzer
OFF.
11. Pass Buzzer
Buzzer sounds can be set OFF/Every work/Every Work + Tool at the time of a “PASS”
12. Buzzer Pattern
The tools 1-4 respectively can carry out a selection setup of the buzzer pattern.
Buzzer pattern(1) Pippi(2) Pipippi(3) Pipipippi(4) Pipipipippi can be set as each tool.

It can distinguish in what is depended on which tool at the time of the "FAIL" judging.
Owing to which tool it became the "FAIL" judging, when it cannot specify, and when, such as a case of thesequence OFF, the buzzer pattern of the tool registered into the beginning of the work sounds.
13. Keylock function[F1] The key can be locked if the merit aggressiveness during 3 seconds of the key is carried out.
If one of keys is pressed during a keylock
The message of "locking the key" is displayed.
In order to cancel a keylock, once again, the [F1] key is merit-pressed 3 seconds or more, and is carried out.

19

TW-800R-EXC

Functional table
Input

Output

○

○

ON

○

○

○

○

○

○

○

×

×

○

○

○

OFF

○

○

○

○

○

×

×

×

×

×

○

○

ON

○

○

○

○

○

○

○

○

×

○

○

○

OFF

○

○

○

○

○

×

×

○

×

×

○

○

ON

○

○

○

○

○

○

○

×

○

○

○

○

OFF

×

×

×

×

×

×

×

×

×

×

×

×

ON

○

○

○

○

○

○

○

○

○

○

○

○

OFF

×

×

×

×

×

×

×

×

×

×

×

×

Sequence

FAIL

PASS

○

Over count○○Buzzer pattern

×

Reset

Judge

Work sensor

○

×

○

○

Alarm timer

○

○

×

○

Tool timer

×

○

○

Work timer○

Work timer TRG

Reset

Judge

×

○

○

○

OFF

○

×

○

×

ON(Alarm buzzer)

○

○

×

○

Buzzer out

×

○

○

Reset timer○○

SensorEvery tool setting

Count alarm

Output×Work sensor

Work timer TRG

SensorJudge typeWork

Wireless

Every Work setting

Tool

Mode4

Mode3

Mode2

Mode1

Judge mode

Terminal block

Common setting

○

○

○

○

20

TW-800R-EXC■ Screen composition and setting
1. Screen Composition
The screen of this machine consists of "Special menu" which performs the "Setting menu" and the contents checkof a setting which perform "it is usually a screen" and a setup which are usually mainly displayed at the time ofuse, ID elimination, etc.
Power supply ON
Opening screen

ＨＥＲＵＴＵＰＯＫＡＹＯＫＥ－ＣＯＵＮＴＥＲ
ＴＷ－８００Ｒ－ＥＸＣ

Ｗｏｒｋ Ｎｏ．

３

Ｖｅｒ＊．＊＊

ＭＯＤＥ１◆

Main screen

Ｔ２： ５：Ｔ４： ６
Ｔ１： ８

Ｔ３： ７

[F1]

[F2]
[ESC]

Ｓｅｔｔｉｎｇ Ｍｅｎｕ

[ESC]
Ｓｐｅｃｉａｌ Ｍｅｎｕ

＜Ｆ１＞

０．７ＳＥＧ ■Ｔｏｏｌ←→ Ｔｏｔａｌ

１．Ｗｏｒｋ－Ｓｅｌｅｃｔ１．Ｒｅｇ－ＩＤ

２．Ｓｅｎｓｏｒ－Ｉｎｐｕｔ ［ＴＲＧ］

Ｌｉｓｔ

２．Ｓｅｔｕｐ Ｌｉｓｔ

３．Ｊｕｄｇｅ－Ｍｏｄｅ［１］

４．Ｊｕｄｇｅ－Ｔｙｐｅ［ＷＯＲＫ］

５．Ｓｅｑｕｅｎｃｅ［ＯＮ］

６．Ｒｅｓｅｔ－Ｔｉｍｅｒ［ＯＦＦ］ ▼【▲】

＜Ｆ２＞

３．Ｃｈａｎｎｅｌ－Ｔａｂｌｅ
４．Ｍｏｎｉｔｏｒ
５．ＬＣＤ Ｃｎｔｒａｓｔ

【▼】

【▲】

Ｓｅｔｔｉｎｇ Ｍｅｎｕ

＜Ｆ１＞

Ｓｐｅｃｉａｌ Ｍｅｎｕ

７．Ｏｕｔｐｕｔ－Ｔｉｍｅ［ＩＮＴ］

１００：Ｔｏｏｌ－ＩＤ

▼

【▼】
＜Ｆ２＞
Ｅｒａｓｅ

１０１：Ｉｎｉｔｉａｌｉｚｅ
１０２：Ｌａｎｇｕａｇｅ▲▼* With the Setting menu / special menu, when there is no operation for 1 minute, return to main screen
automatically.
When making a change of the case where you use beginning, and a tool, it is necessary to carry out pairing of thetransmitter to tool No.

21

TW-800R-EXC

2. Pairing Method
It is the power supply ON, pushing RX light switch.
Opening screen

ＨＥＲＵＴＵＰＯＫＡＹＯＫＥ－ＣＯＵＮＴＥＲ
ＴＷ－８００Ｒ－ＥＸＣ Ｖｅｒ＊．＊＊＜ Ｐａｒｉｎｇ

Pairing screen

Ｍｏｄｅ ＞

ＩＤ ［］LED for reception (green) is flashing.
The switch for pairing
3-secondor
morelength aggressivenessThis machine can perform a control signal (sensor /judgment / reset) input on radio.
If the ID number of TW-800T is registered into tool
No.5 - 7 in pairing mode, the input to a control signal
will consist of each transmitter.
Cautions!
Since it is necessary to add an I/F board for
exclusive use outside to choose "5. sensor" as the＜ Ｐａｒｉｎｇ

Ｍｏｄｅ ＞

registration place of pairing, please ask to oursales department.

ＩＤ ［０１０１００１６ＡＢＣ ］

The ID number of a transmitter is displayed.
Ｔｏｏｌ Ｎｏ．［］（１－７）＜ Ｐａｒｉｎｇ

Ｍｏｄｅ ＞

ＩＤ ［０１０１００１６ＡＢＣ ］

Input Tool No. you want to register

Ｔｏｏｌ Ｎｏ．［ ４］（１－７）＜ Ｐａｒｉｎｇ

Ｍｏｄｅ ＞

Ｔｏｏｌ Ｎｏ．［ ４］（１－７）

The completion of registration to No.4.
Since it shifts to a pairing screen again after a display for awhile
Same processing is performed when there is registration toother No. When ending, a power supply is once turned off.

Ｒｅｇｉｓｔｒａｔｉｏｎ ＯＫ！

A confirmation screen is displayed when registered ID is already registered.
When it registers with different tool No., it is automatically deleted from tool No. registered before.
22TW-800R-EXC＜

ＰａｒｉｎｇＭｏｄｅ ＞

Ｔｏｏｌ Ｎｏ．［４］Ｏｖｅｒｗｒｉｔｅ？

□ＹＥＳ
■ＮＯ

This machine can change a control signal (sensor / judgment / reset) input to radio.
If the ID number of TW-800T is registered into tool No.5 - 7 in pairing mode, the input to a control signal willconsist of each transmitter.
Registration
place

The contents of registration

1-4

It registers with tool No.1 - 4.

5

It registers with a sensor input.

6

It registers with a judgment input.

7

It registers with reset input.

Cautions!
Since it is necessary to add an I/F board for exclusive use outside to choose "5. sensor" as theregistration place of pairing, please ask to our sales department.

23

TW-800R-EXC

3. Setting Menu
Screen composition and the contents of a setting of the setting menu
(The whole tool is set up)

Settingmenu
F1

1. Work Select

Work

1

Tool
Count

Setup -> tools 1-4 Count value 0-99
(Initial value 0)-(The whole tool is set up)

2. Sensor
Input

Tool
Order
Work

8

Setup -> ON/OFF/TRG(Initial value OFF)

Setup -> tools 1-4 Turn with a tightening
1-4(Initial value 1->2->3->4)(The whole tool is set up)

Tool
Timer

Setup -> tools 1-4 Tool timer
1s-600s(10 s of initial values)

Work
Timer

Setup -> work timer
1s-2400s(10 s of initial values)

3. Judgment Mode
Setup -> Mode 1-4(Initial value Mode1)

4. Judgment Type(The whole tool is set up)

ExcessCount

Setup -> a tool/Work(Initial value Work)

Setup -> tools 1-4 Exaggerated countAn ant/pear(Initial value OK)(The whole tool

5. Sequence

Count
Alarm

Setup -> ON/OFF(Initial value ON)

Alarm
Buzzeris Alarm
set up)Timer

Setup -> ON/OFF
Setup -> ON/OFF(Initial value OFF) (Initial value OFF) Setup -> tools 1-4
1s-60s(5 s of initial values)

6. Reset Timer

BuzzerOut

Setting ->1 - 30 second/OFF(Initial value OFF)

BuzzerPattern

Setting ->1-4
Setup -> 1 s - 60 s
Int (judgment LED linkage)
OFF(Initial value Int)

7. Output Time
Setting ->0.1 - 1 second/Int (judgment LED linkage)
Initial value Int (judgment LED linkage)

Pass Buzzer

Setup -> ON1(Tool + Work)ON2(Only Work)
OFF(Initial value ON1)

◆ If the long aggressiveness of the [F1] key is usually carried out 3 seconds or more in the pictures,
it will change into a keylock state.
When you cancel, once again, please merit-press the [F1] key 3 seconds or more, and carry out it.
With the Setting menu, when there is no operation for 1 minute, it usually returns to a screen automatically.
* If the [ESC] key is double-clicked, it can usually return from a lower layer screen to a screen.

24

TW-800R-EXC

3-1. Work SelectIf the [1] key is pressed from the [Setting menu], it will shift to a [Work-Select] screen.
[Work Select] serves as a screen for changes to each work setting screen. The contents of each work (1~8) canbe registered respectively. The cursor position is moved in order of the work 1 - the work 8 by the [▲][▼]key, andit determines by the [ENT] key.[ESC] It usually returns to a screen by a key.
Work setting screen
Ｓｅｔｔｉｎｇ＜Ｆ１－１＞

ＳｅｔｔｉｎｇＷｏｒｋ－Ｓｅｌｅｃｔ

＜Ｗｏｒｋ

１＞

■Ｔｏｏｌ－Ｃｏｕｎｔ□Ｔｏｏｌ－Ｏｒｄｅｒ

■Ｗｏｒｋ

１

□Ｗｏｒｋ

５

□Ｔｏｏｌ―Ｔｉｍｅｒ

□Ｗｏｒｋ

２

□Ｗｏｒｋ

６

□ Ｗｏｒｋ－Ｔｉｍｅｒ

□Ｗｏｒｋ

３

□Ｗｏｒｋ

７

□Ｏｖｅｒ－Ｃｏｕｎｔ

□Ｗｏｒｋ

４

□Ｗｏｒｋ

８

□Ｃｏｕｎｔ－Ａｌａｒｍ ［ＯＦＦ］

［

１０Ｓ］
▼

3-1-1.Tool count
The cursor position is moved to a [Tool- Count] by a [▲][▼]key, and it determines by the [ENT] key.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ｔｏｏｌ－Ｃｏｕｎｔ１＞（０＜９９）■Ｔｏｏｌ１０［ ０］□Ｔｏｏｌ２０［ ０］□Ｔｏｏｌ３０［ ０］□Ｔｏｏｌ４０［０］▼

The cursor is moved to the number of the tool which sets up and changes a count value by a [▲][▼]key, and it
determines by the [ENT] key. The input of a count value is attained and an under bar is displayed on a number.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ｔｏｏｌ－Ｃｏｕｎｔ１＞（０＜９９）Count value■Ｔｏｏｌ１０［ ０］□Ｔｏｏｌ２０［ ０］□Ｔｏｏｌ３０［ ０］□Ｔｏｏｌ４０［０］Input range

0-99

▼

Any numerical value is inputted and the [ENT] key is pressed. A count value is changed by pushing [ENT] key.
A cursor is moved by a [▲][▼]key and a count value is changed similarly to change the count value of other tool
numbers. When returning to a work setting screen, [ESC] is pushed once, and after the underbar has
disappeared, [ESC] is pushed once again.

25

TW-800R-EXC

3-1-2. Tool order
The cursor position is moved to a [Tool- Order] by a [▲][▼]key, and it determines by the [ENT] key.
The tool concluded to the first is set to 1. It or subsequent ones is set to 2, 3, and 4.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ｔｏｏｌ－Ｏｒｄｅｒ（１－４）■Ｔｏｏｌ １１［１］□Ｔｏｏｌ ２２［２］□Ｔｏｏｌ ３

３［３］

□Ｔｏｏｌ

４ ［４］

４

１＞

▼

When you would like to change a tool order, a cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
Since an under bar is displayed on the numerical value of the selected tool and change becomes possible, one
number of [1] - [4] is inputted.
ＳｅｔｔｉｎｇＴｏｏｌ－Ｏｒｄｅｒ

＜Ｗｏｒｋ

１＞

（１－４）

■Ｔｏｏｌ １１［１］□Ｔｏｏｌ ２２［２］□Ｔｏｏｌ ３３［３］□Ｔｏｏｌ ４４ ［４］▼next, when you would like to change another tool number, A cursor is moved by the [▲][▼] key and the [ENT] key
is pressed.
ＳｅｔｔｉｎｇＴｏｏｌ－Ｏｒｄｅｒ

＜Ｗｏｒｋ

１＞

（１－４）

□Ｔｏｏｌ １

２［４］□Ｔｏｏｌ ２

１［１］■Ｔｏｏｌ ３４［２］□Ｔｏｏｌ ４３ ［３］▼The number which expresses turn similarly is inputted. When the [ENT] key is pressed in the state where theunder bar is displayed on the numerical value of one of tool numbers, if there is no duplication in all the tools, abuzzer(Pi-) will sound, an inner number of [ ] is changed and turn with a tightening is changed. Since thefollowing screen is displayed when overlapping, please once check and correct the contents of return by the[ESC] key. Please press the [ESC] key, for returning to a work setting screen.

Ｏｖｅｒｌａｐｐｅｄ ｄａｔａ ！！
Ｐｌｅａｓｅ Ｉｎｐｕｔ ［ＥＳＣ］

26

TW-800R-EXC

3-1-3.Tool timer
The cursor position is moved to a [Tool-Timer] by a [▲][▼]key, and it determines by the [ENT] key.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞Ｔｏｏｌ－Ｔｉｍｅｒ （１ｓ＜６００ｓ）■Ｔｏｏｌ １１ｓ［１ｓ］

□Ｔｏｏｌ ２１ｓ［１ｓ］

□Ｔｏｏｌ ３１ｓ［１ｓ］

□Ｔｏｏｌ ４

１ｓ［

１ｓ］ ▼

When you would like to change a tool order, a cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞Ｔｏｏｌ－Ｔｉｍｅｒ （１ｓ＜６００ｓ）■Ｔｏｏｌ １１ｓ［１ｓ］

□Ｔｏｏｌ ２１ｓ［１ｓ］

□Ｔｏｏｌ ３１ｓ［１ｓ］

□Ｔｏｏｌ ４

１ｓ［

１ｓ］ ▼

Since an under bar is displayed on the numerical value of the selected tool and change becomes possible, one
number of [1] - [6] [0] [0] is inputted. Example 90 is inputted.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞Ｔｏｏｌ－Ｔｉｍｅｒ （１ｓ＜６００ｓ）■Ｔｏｏｌ １９０ｓ［１ｓ］

□Ｔｏｏｌ ２１ｓ［１ｓ］

□Ｔｏｏｌ ３１ｓ［１ｓ］

□Ｔｏｏｌ ４

１ｓ［

１ｓ］ ▼

Tool timer input range

1-600s[ENT] If correct by the contents of an input when a key is pressed, buzzer(Pi-) sound will become and a setup will
be changed.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞Ｔｏｏｌ－Ｔｉｍｅｒ （１ｓ＜６００ｓ）■Ｔｏｏｌ １９０ｓ［ ９０ｓ］□Ｔｏｏｌ ２１ｓ［１ｓ］

□Ｔｏｏｌ ３１ｓ［１ｓ］

□Ｔｏｏｌ ４

１ｓ［

１ｓ］ ▼

When returning to a work setting screen, [ESC] is pushed once, and after the under bar has disappeared, [ESC]is pushed once again.

27

TW-800R-EXC

3-1-4.Work timer
The cursor position is moved to a [Work-Timer] by a [▲][▼]key, and it determines by the [ENT] key.
ＳｅｔｔｉｎｇＷｏｒｋ－Ｔｉｍｅｒ
１０ｓ

＜Ｗｏｒｋ

１＞

［

１０ｓ］

（１ｓ＜２４００ｓ）

Ｔｏｏｌ Ｔｏｔａｌ－Ｔ＜Ｗｏｒｋ－Ｔ

One number of [1] - [2] [4] [0] [0] is inputted to change a work timer.
Ｓｅｔｔｉｎｇ

＜Ｗｏｒｋ

１＞

［

１０ｓ］

Work timer input range
Ｗｏｒｋ－Ｔｉｍｅｒ
３０ｓ1-2400s（１ｓ＜２４００ｓ）

Ｔｏｏｌ Ｔｏｔａｌ－Ｔ＜Ｗｏｒｋ－Ｔ

If correct by the contents of an input when a key [ENT] is pressed, buzzer (Pi-) sound will sound and a setup will
be changed.
When the contents of a setting of a work timer are shorter than the sum total time of a tool timer, the following
error message is displayed.
Please check the tool timer sum total time of each tool, and input the value of a work timer.

Ｉｎｐｕｔ

ｅｒｒｏｒ

！！

Ｔｏｏｌ Ｔｏｔａｌ－Ｔ＜Ｗｏｒｋ－Ｔ
Ｐｌｅａｓｅ Ｉｎｐｕｔ ［ＥＳＣ］[ESC] is pushed when returning to a work setting screen.

28

TW-800R-EXC

3-1-5.Over count
The cursor position is moved to a [Over-Count] by a [▲][▼]key, and it determines by the [ENT] key.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞■Ｔｏｏｌ １１［１］ １ ＝ＯＫ□Ｔｏｏｌ ２

１［１］ ２ ＝ＮＧ□Ｔｏｏｌ ３

１［１］□Ｔｏｏｌ ４

１［１］Ｏｖｅｒ－Ｃｏｕｎｔ▼

When validating an over count, 1 (= ant) is inputted. In repealing an over count, it inputs 2 (= pear). The casewhen you would like to change an over count setting , A cursor is moved by the [▲][▼] key and the [ENT] key ispressed.Since an under bar is displayed on the numerical value of the selected tool and change becomes
possible, the number of either [1] or [2] is inputted.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞■Ｔｏｏｌ １１［１］ １ ＝ＯＫ□Ｔｏｏｌ ２

１［１］ ２ ＝ＮＧ□Ｔｏｏｌ ３

１［１］□Ｔｏｏｌ ４

１［１］Ｏｖｅｒ－Ｃｏｕｎｔ▼

If correct by the contents of an input when a key [ENT] is pressed, buzzer (Pi-) sound will become and a setup will
be changed. When returning to a work setting screen, [ESC] is pushed once, and after the under bar has
disappeared, [ESC] is pushed once again.
3-1-6. Count Alarm
The cursor position is moved to a [Count-Alarm] by a [▲][▼]key, and it determines by the [ENT] key.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ｃｏｕｎｔ－Ａｌａｒｍ

１＞

［ＯＮ ］

■ＯＮ
□ＯＦＦ
▼

If count alarm is set as ON and the [ENT] key is pressed, the screen of a [alarm buzzer] will be displayed.
When count alarm is OFF, a [alarm buzzer] screen is not displayed.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ａｌａｒｍ－Ｂｕｚｚｅｒ

１＞

［ＯＮ ］

■ＯＮ
□ＯＦＦ
▼

29

TW-800R-EXC

ON or OFF of an alarm buzzer (buzzer at the time of count alarm), A cursor is moved by the [▲][▼] key and it
determines by the [ENT] key. In any [ of ON/OFF ] case, the screen of a [alarm timer] is displayed.
The case when the alarm timer of each tool is set up, A cursor is moved to arbitrary tool numbers by the [▲][▼]
key, and the [ENT] key is pressed.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞

Ａｌａｒｍ－Ｔｉｍｅｒ （１ｓ＜６０ｓ）■Ｔｏｏｌ １５ｓ［５ｓ］

□Ｔｏｏｌ ２５ｓ［５ｓ］

□Ｔｏｏｌ ３５ｓ［５ｓ］

□Ｔｏｏｌ ４

５ｓ［

５ｓ］ ▼

Since an underbar is displayed on the numerical value of the selected tool and change becomes possible, either
number of [1] - [6] [0] is inputted.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

１＞

Ａｌａｒｍ－Ｔｉｍｅｒ （１ｓ＜６０ｓ）

Alarm timer■Ｔｏｏｌ １５ｓ［５ｓ］

□Ｔｏｏｌ ２５ｓ［５ｓ］

□Ｔｏｏｌ ３５ｓ［５ｓ］

□Ｔｏｏｌ ４

５ｓ［

５ｓ］ ▼

Input range

1-60s

If correct by the contents of an input when a [ENT] key is pressed, buzzer (Pi-) sound will become and a setup will
be changed. When returning to a work setting screen, [ESC] is pushed once, and after the under bar has
disappeared, [ESC] is pushed once again.Furthermore, the [ESC] key is pressed and it returns to [alarm buzzer]->[count alarm] -> [work setting screen].
3-1-7. Buzzer Out
The cursor position is moved to a [Buzzer-Out] by a [▲][▼]key, and it determines by the [ENT] key.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ｂｕｚｚｅｒ－Ｏｕｔ

１＞

［ＩＮＴ］

Buzzer out□１ｓ

Input range

1-60s（１ｓ＜６０ｓ）■Ｉｎｔｅｒｌｏｃｋ（Ｊｕｄｇｅ－ＬＥＤ）□ＯＦＦ▼

The case where time is set to buzzer out, A cursor is moved by the [▲][▼] key and [ENT] is pushed.
Since an under bar is displayed on the existing preset value and change becomes possible,
either number of [1]- [6] [0] is inputted.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Ｂｕｚｚｅｒ－Ｏｕｔ
■１ｓ

１＞

［ＩＮＴ］

（１ｓ＜６０ｓ）□Ｉｎｔｅｒｌｏｃｋ（Ｊｕｄｇｅ－ＬＥＤ）
□ＯＦＦ
▼

30

TW-800R-EXC

If time is inputted and the [ENT] key is pressed, the screen of a [buzzer pattern] will be displayed.
When synchronizing buzzer out with LED for a judgment, [Interlock (Judge- LED)] is chosen. [OFF] is chosenwhen not using buzzer out. In [Interlock (Judge- LED)] and [OFF], the screen of a [buzzer pattern] is not
displayed.
The case where the buzzer pattern of each tool is set up, A cursor is moved to arbitrary tool numbers by the[▲][▼] key, and the [ENT] key is pressed.
Ｓｅｔｔｉｎｇ＜Ｗｏｒｋ

Buzzer pattern

１＞

Ｂｕｚｚｅｒ－Ｐａｔｔｅｒｎ（１－４）■Ｔｏｏｌ １１［１］□Ｔｏｏｌ ２２［２］□Ｔｏｏｌ ３３［３］□Ｔｏｏｌ ４４［４］Buzzer pattern 1-Pippi
Buzzer pattern 2-Pipippi
Buzzer pattern 3-Pipipippi
Buzzer pattern 4-Pipipipippi▼

Since an under bar is displayed on the numerical value of the selected tool and change becomes possible, one
number of [1] - [4] is inputted. All can also be made the same buzzer pattern.
A buzzer pattern can be set up only when performing a time setup of buzzer out, but in [Interlock (Judge-LED)]and [OFF], it cannot be set up.
3-1-8.Pass Buzzer
The cursor position is moved to a [Pass Buzzer] by a [▲][▼]key, and it determines by the [ENT] key.
Ｓｅｔｔｉｎｇ
Ｐａｓｓ Ｂｕｚｚｅｒ

＜Ｗｏｒｋ

１＞

［ＯＮ１］

■ＯＮ１（Ｔｏｏｌ＋Ｗｏｒｋ）□ＯＮ２（Ｗｏｒｋ）□ＯＦＦ▼

When buzzer sounds at the time of (Tool + work) completion, [ON1] is chosen and [ENT] is pushed.
When buzzer sounds at the time of (work) completion, [ON2] is chosen and [ENT] is pushed.When buzzer does
not sound at the time of (Tool) and (work) completion,[OFF] is chosen and [ENT] is pushed
The sound is different. It is impossible to change the sound.
3-2. Sensor Input
If the [2] keys are pressed from the [Setting menu], it will shift to a [sensor-Input] screen.
Ｓｅｔｔｉｎｇ＜Ｆ１－２＞

Ｓｅｎｓｏｒ-Ｉｎｐｕｔ［ＯＮ ］□Ｗｏｒｋ－Ｔｉｍｅｒ ＴＲＧ
■ＯＮ
□ＯＦＦ
▼

31

TW-800R-EXC

When you use a sensor input, please choose ON, and when intact, choose OFF.
[ENT] If a key is pressed, buzzer sound will sound (Pi-) and a setup will be completed. The [ESC] key is pressed
when returning to the [Setting menu].
When it sets to a work timer trigger, the input signal to a SENSOR terminal block serves as a start trigger of awork timer. It does not function, when using it in the judgment mode which does not use a work timer.
3-3. Judge ModeIt shifts to the [Judge mode] screen which presses the [3] keys from the [Setting menu].
Ｓｅｔｔｉｎｇ
Ｊｕｄｇｅ－Ｍｏｄｅ＜Ｆ１－３＞［１］□Ｍｏｄｅ１：Ｃｏｕｎｔ＋Ｊｕｄｇｅ■Ｍｏｄｅ２：Ｗｏｒｋ－Ｔ＋Ｃｏｕｎｔ□Ｍｏｄｅ３：Ｔｏｏｌ－Ｔ＋Ｃｏｕｎｔ□Ｍｏｄｅ４：Ｍｏｄｅ２＋Ｍｏｄｅ３ ▼The case where judgment mode is changed, A cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
The [ESC] key is pressed when returning to the [Setting menu].
3-4. Judge TypeIf the [4] keys are pressed from the [Setting menu], it will shift to a [Judge type] screen.
Ｓｅｔｔｉｎｇ＜Ｆ１－４＞

Ｊｕｄｇｅ－Ｔｙｐｅ［Ｗｏｒｋ］

■Ｔｏｏｌ
□Ｗｏｒｋ

▼

The case where a judgment type is changed, A cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
The [ESC] key is pressed when returning to the [Setting menu].
3-5. Sequence
If the [5] keys are pressed from the [Setting menu], it will shift to a [Sequence] screen.
Ｓｅｔｔｉｎｇ
Ｓｅｑｕｅｎｃｅ＜Ｆ１－５＞
［ＯＮ ］

■ＯＮ
□ＯＦＦ

▼

The case where a sequence is changed, A cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
The [ESC] key is pressed when returning to the [Setting menu].

32

TW-800R-EXC

3-6. Reset Timer
If the [6] keys are pressed from the [Setting menu], it will shift to a [Reset timer] screen.
Ｓｅｔｔｉｎｇ＜Ｆ１－６＞

Ｒｅｓｅｔ Ｔｉｍｅｒ■

１ｓ

Reset timer input range［ＯＦＦ］

1-30s or OFF（１ｓ＜３０ｓ）□ＯＦＦ▼

The case where a reset timer is changed, A cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
The [ESC] key is pressed when returning to the [Setting menu].
3-7. Output Time
If the [7] keys are pressed from the [Setting menu], it will shift to a [Output time] screen.
Ｓｅｔｔｉｎｇ＜Ｆ１－７＞

Ｏｕｔｐｕｔ－Ｔｉｍｅ［ＩＮＴ ］

Output time input range
0.1-1.0s Or Interlocked (display linkage)■０．１ｓ（０．１ｓ＜１．０ｓ）□Ｉｎｔｅｒｌｏｃｋ（Ｊｕｄｇｅ－ＬＥＤ）▼The case where an output time is changed, A cursor is moved by the [▲][▼] key and the [ENT] key is pressed.
The [ESC] key is pressed when returning to the [Setting menu].

33

TW-800R-EXC

4. Special Menu
Screen composition and the contents of a setting of the special menu

SpecialMenu

0: 7 seg
7seg LED display method

Tool <--> Total

It chooses either.

1: Reg-ID List

Registered transmitter ID number inspection

2: Set up List

The contents inspection of a setting of the works 1-8

3: Channel Table

The chosen radio channel table check

4: Monitor

The status monitor of an input terminal block

5: LCD Contrast

LCD brilliance control

100: Tool-ID Erase

25-63

Tool ID Erase Tool/Total

101: Initialize

102: Language◆If the long aggressiveness of the [F1] key is usually carried out 3 seconds or more in the pictures, it will change
into a keylock state.
When you cancel, once again, please merit-press the [F1] key 3 seconds or more, and carry out it.
With a special menu, when there is no operation for 1 minute, it usually returns to a screen automatically.
* If the [ESC] key is double-clicked, it can usually return from a lower layer screen to a screen.

34

TW-800R-EXC

4-1. 7 SEG Tool<--> Total( 7 segment display method)
Whenever it presses the [0] keys in a [Special menu] screen, the cursor on a screen moves.
Sum total count either (the count value for every tool) or (the count value of all the tools) can be chosen for the
display method of 7 segment LED.
Whenever it presses a [0] key, a cursor moves.

Ｓｐｅｃｉａｌ Ｍｅｎｕ

Ｓｐｅｃｉａｌ Ｍｅｎｕ

＜Ｆ２＞

＜Ｆ２＞

０：７ＳＥＧ ■Ｔｏｏｌ←→ Ｔｏｔａｌ

０：７ＳＥＧ

１：Ｒｅｇ－ＩＤ Ｌｉｓｔ

１：Ｒｅｇ－ＩＤ

２：Ｓｅｔｕｐ Ｌｉｓｔ

２：Ｓｅｔｕｐ Ｌｉｓｔ

３：Ｃｈａｎｎｅｌ Ｔａｂｌｅ

３：Ｃｈａｎｎｅｌ Ｔａｂｌｅ

４：Ｍｏｎｉｔｏｒ

４：Ｍｏｎｉｔｏｒ

５：ＬＣＤ Ｃｏｎｔｒａｓｔ

▼

５：ＬＣＤ

Ｔｏｏｌ←→■Ｔｏｔａｌ
Ｌｉｓｔ

Ｃｏｎｔｒａｓｔ▼■ Tool -> 7seg

The numerical value of LED displays the count value for every tool.

■Total -> 7seg

The numerical value of LED displays the sum total count values of all tools.

4-2. Reg-ID List (Registered Transmitter ID Number Inspection)
If the [1] key is pressed from a [special menu], it will shift to a [Reg-ID list] screen.
The tool and transmitter ID which are registered can be checked on this screen.
Moreover, transmitter ID in the case of performing a control signal (Sensor/Judge/Reset) on radio can also bechecked.
Ｃｏｎｆｉｒｍ＜Ｆ２－１＞

Ｃｏｎｆｉｒｍ

Ｒｅｇ－ＩＤ Ｌｉｓｔ

Ｒｅｇ－ＩＤ Ｌｉｓｔ

Ｔｏｏｌ１：０１０１００１６ＤＡ

Ｓｅｎｓｏｒ：Ｔｏｏｌ２：

Ｊｕｄｇｅ：

Ｔｏｏｌ３：

Ｒｅｓｅｔ：

Ｔｏｏｌ４：＜Ｆ２－１＞▼▼* The tool with which transmitter ID is not assigned on this screen becomes intact.
Moreover, the control signal with which transmitter ID is not assigned serves as a cable input.
4-3. Setup List (the Contents Inspection of Setting)If the [2] keys are pressed from a [special menu], it will shift to the [Setup list] screen.
On this screen, the contents of a setting of the works 1-8 registered can be checked.
Ｃｏｎｆｉｒｍ＜Ｆ２－２＞

Ｓｅｔｕｐ Ｌｉｓｔ
■Ｗｏｒｋ １□Ｗｏｒｋ

５□Ｗｏｒｋ ２□Ｗｏｒｋ

６□Ｗｏｒｋ ３□Ｗｏｒｋ

７□Ｗｏｒｋ ４

□Ｗｏｒｋ

８

▼

A cursor is moved by the [▲][▼] key to a work number to check, and the [ENT] key is pressed.
35

TW-800R-EXC

The contents list of a setting of selected work numbers can be checked.
Ｓｅｔｕｐ Ｌｉｓｔ

＜Ｗｏｒｋ

１＞

Ｓｅｔｕｐ

[ ▼]

Ｔ１

Ｔ２

Ｔ３

Ｔ４

ＴＣ：

０

０

０

０

ＣＡ：
［

ＴＯ：

１

２

３

４

ＡＢ：
［

ＴＴ：

１

１

１

１

ＡＴ：

ＷＴ：
［
ＯＣ：

１０
ＯＫ

ＯＫ

ＯＫ

］

Ｌｉｓｔ
Ｔ１

[▲]

Ｔ３

］

ＯＦＦ
５

］

５

５

１

２

Ｌｉｓｔ
Ｔ１

ＣＡ：
［
５

ＢＯ：
［

CA: Count alarm

TO: Tool order (turn with a tightening)

AB: Alarm buzzer

TT: Tool timer

AT: Alarm timer

WT: Work timer

BO: Buzzer out

OC: Exaggerated count

BP: Buzzer pattern

５
２

PB: Pass Buzzer
4-4. Channel Table
If the [3] keys are pressed from a [special menu], it will shift to a [channel table] screen.

４４

６６

36

１＞
Ｔ４
］
］

５

５

３

４ ▼

ＩＮＴ
１

TC: Tool count (count value with a tightening)

ＣＨ：１８ ３９

Ｔ３

ＯＦＦ

ＡＴ：

Ｃｈａｎｎｅｌ－Ｔａｂｌｅ

＜Ｗｏｒｋ

Ｔ２
ＯＦＦ

ＡＢ：
［

＜Ｆ２－３＞

４ ▼

【▲】

Ｓｅｔｕｐ

ＢＰ：

］
３

【▼】

Ｃｏｎｆｉｒｍ

５

ＩＮＴ

ＢＰ：

The radio channel currently used can be checked on this screen.

１＞
Ｔ４

ＯＦＦ

ＢＯ：
［

ＯＫ ▼

＜Ｗｏｒｋ

Ｔ２

］

TW-800R-EXC

4-5. Monitor (Status Monitor of Input Terminal block)If the [4] keys are pressed from a [special menu], it will shift to a [Monitor] screen.
The state of an input terminal block can be checked on this screen.
Ｃｏｎｆｉｒｍ＜Ｆ２－４＞

ＭｏｎｉｔｏｒIt becomes ■ during the signal input to a terminal block.

Ｓｅｎｓｏｒ□■ＯＮ

Ｊｕｄｇｅ □

□ＯＦＦ

The state where it has not inputted becomes □.

Ｒｅｓｅｔ □
Ｗｏｒｋ－Ｓｅｌｅｃｔ □□□4-6. LCD Contrast (LCD Brilliance Control)
If the [5] keys are pressed from a [special menu], it will shift to a [LCD contrast] screen.
The luminosity of LCD can be adjusted on this screen.
Please press the [▲] key, when you raise the luminosity ofＣｏｎｆｉｒｍ＜Ｆ２－５＞ＬＣＤ Ｃｏｎｔｒａｓｔ

［５０］

LCD.
Please press the [▼] key, when you lower the luminosity of＋１：ＵＰ－１：ＤＯＷＮ

LCD.

５０

Finally the [ENT] key is pressed.

ＥＮＴ

Setting range: 25-63

4-7. Tool ID Erase
If the [1] [0] [0] key is pressed from a [special menu], it will shift to a [Tool ID Erase] screen.
On this screen, transmitter ID registered can be deleted from the tools 1-4 and a control signal(Sensor/Judge/Reset).
＜＜＜＜＜ Ｃａｕｔｉｏｎ！！＞＞＞＞＞
Ｒｅｇ－ＩＤ Ｅｒａｓｅ＜Ｆ２－１００＞■Ｉｎｄｉｖｉｄｕａｌ□Ａｌｌ▼

The case where a tool simple substance and transmitter ID of each control signal are deleted, A cursor is movedby the [▲][▼] key, [Individual] is chosen, and the [ENT] key is pressed.
＜＜＜＜＜ Ｃａｕｔｉｏｎ！！＞＞＞＞＞＜＜＜＜＜

Ｒｅｇ－ＩＤ Ｅｒａｓｅ＜Ｆ２－１００＞

Ｒｅｇ－ＩＤ Ｅｒａｓｅ＜Ｆ２－１００＞■Ｔｏｏｌ １：０１０１００１６ＤＡ■Ｓｅｎｓｏｒ：□Ｔｏｏｌ ２：

□Ｊｕｄｇｅ：□Ｒｅｓｅｔ：□Ｔｏｏｌ ３：□Ｔｏｏｌ ４：▼

Ｃａｕｔｉｏｎ！！＞＞＞＞＞▲▼

A cursor is moved by the [▲][▼] key to a tool number or a control signal to delete ,and the [ENT] key is pressed.
37TW-800R-EXC＜＜＜＜＜ Ｃａｕｔｉｏｎ！！＞＞＞＞＞
Ｒｅｇ－ＩＤ Ｅｒａｓｅ［Ｉｎｄｉｖｉｄ］■Ｔｏｏｌ １：０１０１００１６ＤＡ
Ｒｅａｌｌｙ？

■ＮＯ
□ＹＥＳ

▼

A confirmation screen is displayed. If it is right, a cursor will be moved to [YES] and the [ENT] key will be pressed.
When returning to a front screen without deleting, [NO] is chosen or the [ESC] key is pressed.
Please choose [All], when you delete transmitter ID from all the tools and control signals. The [ENT] key will bepressed, if very well since a confirmation screen is displayed similarly.
4-8. Initialize
If the [1] [0] [1] key is pressed from a [special menu], it will shift to [Initialize] screen.
On this screen, it can initialize in the same state as the time of factory shipments.
Since it will register and all other contents will be deleted if it initializes, please perform operation after
comprehension beforehand.
＜＜＜＜＜ Ｃａｕｔｉｏｎ！！＞＞＞＞＞
Ｉｎｉｔｉａｌｉｚｅ＜Ｆ２－１０１＞

Ｒｅａｌｌｙ？
■ＮＯ□ＹＥＳ▼

A confirmation screen is displayed. If it is right, a cursor will be moved to [YES] and the [ENT] key will be pressed.
When returning to a front screen without deleting, [NO] is chosen or the [ESC] key is pressed.
4-9. Language(Language Choice)If the [1] [0] [2] key is pressed from a [special menu], it will shift to a [Language] screen.
The case where katakana is chosen, A cursor is moved by the [▲][▼] key, [katakana] is chosen, and the [ENT]
key is pressed.
The case where English is chosen, A cursor is moved by the [▲][▼] key, [English] is chosen, and the [ENT] key ispressed.
Ｌａｎｇｕａｇｅ□Ｅｎｇｌｉｓｈ
■カタカナ
▲

38

TW-800R-EXC■ Explanation of operation
Mode 1
PASS/FAIL is judged with the count value at the time of a Judge signal input.
The "PASS" judging will be performed, if a count value is set to "0" before a Judge signal is inputted. According to
the contents of a setting, lighting and the PASS output of a judgment display are performed.
When the count value remains at the time of a Judge signal input, it becomes the "FAIL" judging, and a judgment
display serves as a red display, and performs buzzer sound and a FAIL output according to a setup. If a countvalue is set to 0, the "FAIL" judging will change to the "PASS" judging.
The function and allotment in the mode 1 which can be set up serve as the following table.
Input

OutputTool timer

Alarm timer

Buzzer pattern

Over count

ON

○

○

○

○

○

○

○

×

×

○

○

○

OFF

○

○

○

○

○

×

×

×

×

×

○

○

Sequence

Work timer

○

FAIL

PASS

○

OFF

○

Reset

Judge

Work sensor○

ON(Alarm buzzer)

×Buzzer out○

Work timer TRG

Reset

Judge

○

Reset timer○

Sensor○

The time chart at the time of using the following setup is shown.
■ In the case of the sequence OFF

Setting item

Tool 1Tool 2Work SelectTool 3Tool 4Work 1

SensorON

SequenceOFF

Reset timer

Tr(**s)

Output timeTo(**s)Work timer-

Tool count

3

3

3

-

Tool timer

-

-

-

-

Tool order

-

-

-

-

Over count

FAIL

FAIL

FAIL

-

-

-

3

-

Count alarm-

Alarm buzzer-

Alarm timer

-

-

1

2

Buzzer out
Buzzer pattern

Every tool setting

Count alarm

Output×Work sensor

Work timer TRG

SensorJudge typeWork

Wireless

Every Work setting

Tool

Mode1

Judge mode

Terminal block

Common setting

Tb(**s)39

TW-800R-EXC(1) Normal operation

P=PASS/F=FAIL

*1

*2
<> <>

Sensor <> <>
2

1

R
e
c
e
p
t
i
o

0

Tool 12

10Tool 22

10Tool 3
Output/Judge LED(every tool)

Tool 1Tool 3Tool 2(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1
P

Judge
Reset
Reset timer*3 ->TrxWork Select<-<- Tr(MAX30s) ->*4 ->Trx->

A change is impossible.

*5-><The Judge-LED of every toolTo
1-s lighting fixation
Tb

40

->

<-

To
Tb

->

<-

To
Tb

*6
a Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.

TW-800R-EXC(2) A count input is carried out before a sensor input, and it is FAIL display.
When the count was inputted before the <example>sensor input and FAIL Judge-LED lights up
Sensor<> <> -> work is usually possible.
2

Tool 1Tool 2Tool 3
Output/Judge LED(every tool)*1*2

Output/Judge LED(every work)

*1

*2

Judge
Reset
Reset timer
Work Select(3) Sensor is set to "L" -- FAIL display

P=PASS/F=FAIL

When the sensor was set to "L" (a work moves) and becomes FAIL output but during <example>work
Sensor ◇ ◆

◆◇
2

1

0

Tool 12

10Tool 22

10Tool 3
Output/Judge LED(every tool)

Tool 1
P

Tool 2Tool 3 (Work 1)
P

Output/Judge LED(every work)

F*1

Work 1
F
*1

*2

Judge
Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx

A change is impossible.

41->

TW-800R-EXC(4) FAIL generating after a Judge input

P=PASS/F=FAIL

When the count of the tool 2 was insufficient and FAIL output is carried out after a <example>Judge.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1
2

1

Tool 22

10Tool 3
Output/Judge LED(every tool)

Tool 2Tool 3 (Work 1)

Tool 1
P

P

Output/Judge LED(every work)

F

Work 1
F

Judge
Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx
->

A change is impossible.

(5) The return from FAIL generating after a Judge input

P=PASS/F=FAIL

Although the count of the tool 2 was insufficient and the FAIL output was carried out after the <example>Judge,
the count of an insufficiency in front of reset input or a sensor "L" after that.When it was inputted and becomes a PASS output.
Sensor ◇ ◆

◆◇
2

1

0

Tool 12

10Tool 22

10Tool 3
Output/Judge LED(every tool)

Tool 1
P

Tool 2Tool 3 (Work 1)
P

Output/Judge LED(every work)

Tool 2(Work 1)FP
*1Work 1Work 1

F

P
*1

->Trx

<- Tr(MAX30s) ->

Judge
Reset
Reset timer
Work Select

->Trx
<-

->Trx

A change is impossible.

42->

TW-800R-EXC(6) At the time of Over count generating

P=PASS/F=FAIL

When the Over count occurred by a count input excessive after a PASS output before being reset and FAIL output is carried out
in normal operation
Sensor ◇ ◆

◆◇
2

1

--

0

Tool 1*1
2

1

0

Tool 2
2

1

0

R
e
c
e
p
t
i
o

Tool 3
Output/Judge LED(every tool)

Tool 1Tool 3Tool 2(Work 1)

P

P

P

Output/Judge LED(every work)

F

Work 1
P

F

Judge
Reset
Reset timer
Work Select

->Trx
<-

->Trx

<-

Tr

-> ->Trx*2->

A change is impossible.

(7) At the time of Over count generating (in the middle of [ work ])P=PASS/F=FAIL

When the excessive count was inputted during <example>work, the Over count occurred and FAIL output is carried out
Sensor ◇ ◆

◆◇
2

1

--

0

Tool 12

Tool 2
2

1

R
e
c
e
p
t
i
o

Tool 3Tool 1Tool 1 (Work 1)

Output/Judge LED(every tool)

P

F
*1

Output/Judge LED(every work)

Work 1
F
*1

Judge
Reset
Reset timer
Work Select

->Trx
<-

->Trx

A change is impossible.

43->

TW-800R-EXC■ In the case of the sequence ON
Setting item

Tool 1Tool 2

Sensor selection

Tool 3Tool 4Work 1

SensorON

Sequence

ON

Reset timer

Tr(**s)

Output timeTo(**s)Work timer-

Tool count

3

3

3

-

Tool timer

-

-

-

-

Tool order

1

2

3

-

Over count

FAIL

FAIL

FAIL

-

Ta3(**s)Ta4(**s)Count alarm

ON

Alarm buzzer

ON

Alarm timer

Ta1(**s)Ta2(**s)

Buzzer alarm

Tb(**s)Buzzer pattern

1

2

3

-

(1) Normal operation

P=PASS/F=FAIL

Sensor ◇ ◆

◆◇

2

1

0

Tool 12

10Tool 22

10Tool 3
Output/Judge LED(every tool)

Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1
P

Judge
Reset
Reset timer
Work Select

->Trx
<-

<- Tr(MAX30s) ->

->Trx

->

A change is impossible.
->

<-

To
Tb

->

<-

To
Tb
The Judge-LED of every tool
1-s lighting fixation

44

->

<-

To
Tb
a Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.

TW-800R-EXC(2) At the time of a count alarm setup

P=PASS/F=FAIL<Example> When it was warned since the following work with a bundle was not done within the set period,
but work with a bundle was resumed and it returns to normal operation
Sensor ◇ ◆

◆◇

2

1

0

Tool 1*1Count alarm

Ta1 Ta1 *2
2

10

Tool 2
Count alarm

Ta2 Ta22

Tool 3*1

Count alarm*1

Output/Judge LED(every tool)

Tool 1Tool 2*3*4

0

Ta3 Ta3
Tool 2Tool 3(Work 1)

P

P

Alarm

P

1

*5

Output/Judge LED
Tool 2(every work)
Alarm* As for a work timer, 1 count alarm is continued*3also*4 in warning.
*5
Judge

Work 1P

Reset
Reset timer
Sensor selection

->Trx
<-

->Trx
A change is impossible.

45<- Tr(MAX30s) ->->TW-800R-EXC(3) At the time of procedure mistake generating

P=PASS/F=FAIL

When the tool 3 was accidentally worked during the work of the <example>tool 2,
the count was inputted and it becomes FAIL output by a procedure mistake.
Sensor ◇ ◆

◆◇
2

1

0

Tool 12

Tool 2
2

R
e
c
e
p
t
i
o

Tool 3
Output/Judge LED(every tool)

Tool 1
P

Output/Judge LED(every work)

Tool 2(Work 1)F
*1

*1Work 1
F
*1

*1

Judge
Reset
Reset timer
Work Select

->Trx
<-

->Timerx
A change is impossible.

46->

TW-800R-EXC

Mode 2
PASS/FAIL is judged by the count value and a work timer.
Time until all the contents of the work chosen after performing the first 1 count input other than a count value arecompleted is set up. It will become the "PASS" judging if all the count values are 0 (zero) within work timer time. It
will become the "Fail" judging if all counts are not set to 0 (zero) within work timer time. The "FAIL" judging will becanceled if there is a count input for the count value which remains. It becomes the "PASS" judging.
The function and allotment in the mode 2 which can be set up serve as the following table.
Input

OutputWork timer

Tool timer

Alarm timer

Buzzer pattern

Over count

○

ON

○

○

○

○

○

○

○

○

×

○

○

○

OFF

○

○

○

○

○

×

×

○

×

×

○

○

Sequence

FAIL

PASS

○

OFF

×

Reset

Judge

Work sensor○

ON(Alarm buzzer)○

Buzzer out○

Work timer TRG

Reset

Judge

×

Reset timer○

Sensor○

The time chart at the time of using the following setup is shown.
■ In the case of the sequence OFF
Setting item

Tool 1Tool 2Work SelectTool 3Tool 4Work 1

SensorON

SequenceOFF

Reset timer

Tr(**s)

Output timeTo(**s)Work timer

Tw(**s)Tool count

3

3

3

-

Tool timer

-

-

-

-

Tool order

-

-

-

-

Over count

FAIL

FAIL

FAIL

-

-

-

3

-

Over count-

Alarm buzzer-

Alarm timer

-

-

1

2

Buzzer alarm
Buzzer pattern

Every tool setting

Count alarm

Output○Work sensor

Work timer TRG

SensorJudge typeWork

Wireless

Every Work setting

Tool

Mode2

Judge mode

Terminal block

Common setting

Tb(**s)47

TW-800R-EXC(1) Normal operation

P=PASS/F=FAIL

Sensor ◇ ◆

◆◇
2

1

0

Tool 12

10Tool 22

10Tool 3Work timer*1 -> Tw start

The end -> of Tw *2

Out
Output/Judge LED(every tool)

Tool 3Tool 2Tool 1(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1P

Reset
Reset timer
Work Select

->Trx
<-

<- Tr(MAX30s) ->

->Trx

->

A change is impossible.
->

<-

->

To
Tb

<-

To
Tb

->

<-

To
Tb

The Judge-LED of every tool
1-s lighting fixationa Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.

(2) A count input is carried out before a sensor input, and it is FAIL display.
Since it is the operation before a work timer starts, it is the same operation . as explanation of MODE1 (see MODE1).

(3) FAIL generating after work timer set-period progress

P=PASS/F=FAIL

When the set period of the work timer passed and it becomes FAIL output by the shortage of counts of the tool 3
but during work
Sensor ◇ ◆

◆◇

2

1

0

Tool 12

10Tool 2
2

1

Tool 3Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw
Tool 1Tool 2Tool 3(Work 1)P

P

F

Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx

A change is impossible.

48->

TW-800R-EXC(4) The return from FAIL generating after work timer set-period progress

P=PASS/F=FAIL

When the count of the insufficiency was inputted and it becomes a PASS output, before being reset although the set periodof the work timer passed and it became FAIL output.
Sensor ◇ ◆

◆◇

2

1

0

Tool 12

10Tool 22

10Tool 3Work timer-> Tw start

The end -> of Tw

Output/Judge LED(every tool)

Tool 1Tool 2Tool 3(Work 1)Tool 3(Work 1)

P

P

F

P
*1

Work 1Work 1

F

P
*1

->Trx

<- Tr(MAX30s) ->Output/Judge LED(every work)
Reset
Reset timer
Work Select

->Trx
<-

->Trx

->

A change is impossible.

(5) At the time of Over count generating

P=PASS/F=FAIL

When the excessive tool was inputted after the completion of work in the work timer before being reset,
and it becomes FAIL output at an Over countSensor ◇ ◆

◆◇

2

1

0

--

Tool 1

*1

2

1

0

Tool 22

10Tool 3Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw
Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

F

Work 1PF

Reset
Reset timer
Work Select

->Trx
<-

->Trx

<- Tr(MAX30s) -> ->Trx*2

A change is impossible.

49->

TW-800R-EXC(6) At the time of Over count generating (in the middle of [ work ])P=PASS/F=FAIL

When the Over count occurred with one of tools and it becomes FAIL output during work
Sensor ◇ ◆

◆◇

2

1

0

--

Tool 1
2

1

Tool 22
Tool 3Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw *1
Tool 1Tool 1(Work 1)

P

F

Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx
<-

->Trx

A change is impossible.

50->

TW-800R-EXC■ When a sequence "OFF" and sensor input are the work timers TRG
Setting item

Tool 1Tool 2Work SelectTool 3Tool 4Work 1

SensorWork timer TRG

SequenceOFF

Reset timer

Tr(**s)

Output timeTo(**s)Work timer

Tw(**s)Tool count

3

3

3

-

Tool timer

-

-

-

-

Tool order

1

2

3

-

Over count

FAIL

FAIL

FAIL

-

Ta3(**s)Ta4(**s)Count alarm

ON

Alarm buzzer

ON

Alarm timer

Ta1(**s)Ta2(**s)

Buzzer alarm

Tb(**s)Buzzer pattern

1

2

3

-

Work timer TRG ◇ ◆

◆◇

2

1

0

Tool 12

10Tool 22

10Tool 3Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw
Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1P

Reset
Reset timer
Work Select

->Trx
<-

<- Tr(MAX30s) ->

->Trx

->

A change is impossible.
->

<-

To
Tb

->

<-

->

To
Tb

<-

To
Tb

The Judge-LED of every tool
1-s lighting fixationa Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.

* If a sensor is changed into the work timer TRG, a work timer will start by the work timer TRG "ON."
Although neither of the inputs of the work timer TRG, 1 pulse nor continuation, is problematic, a sensor input is differed from, and an input is to "OFF."
Even if it becomes, it will be in a TRG "ON" state continuously, and will be canceled by reset.
(Reset will vanish <> display of LCD)
Other operations are the same as the time of a sensor "ON."Moreover, operation of the work timer TRG is the same also in the sequence "ON" of the following page.

51

TW-800R-EXC■ In the case of the sequence ON
Setting item
Work SelectSensorSequence
Reset timer
Output timeWork timer
Tool countTool timer
Tool orderOver countCount alarm
Alarm buzzer
Alarm timer
Buzzer alarm
Buzzer pattern

Tool 1Tool 2Tool 3Tool 4

3
3
FAIL

-

Work 1ONON
Tr(**s)To(**s)Tw(**s)
3
1
FAIL

3
2
FAIL
ON
ON

Ta1(**s)Ta2(**s)Ta3(**s)Tb(**s)23

1

Ta4(**s)-(1) Normal operation

P=PASS/F=FAIL

Sensor ◇ ◆

◆◇

2

1

0

Tool 12

10Tool 22

10Tool 3Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1P

Reset
Reset timer
Work Select

->Trx
<-

<- Tr(MAX30s) ->

->Trx

->

A change is impossible.
->

<-

To
Tb

->

<-

To
Tb
The Judge-LED of every tool
1-s lighting fixation

52

->

<-

To
Tb
a Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.

TW-800R-EXC(2) At the time of a count alarm setup

P=PASS/F=FAIL<Example> When it was warned since the following work with a bundle was not done within the set period,
but work with a bundle was resumed and it returns to normal operation
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Ta1 Ta12

10Tool 2
Count alarm

Ta2 Ta22

10Tool 3
Count alarm
Work timer

Ta3 Ta3-> Tw start

Output/Judge LED(every tool)

The end <- of Tw

Tool 1Tool 2
Alarm

P

Tool 2Tool 3(Work 1)PP

*1Output/Judge LED(every work)

Tool 2Work 1
Alarm

P

*1

Reset
Reset timer
Work Select->Trx<- Tr(MAX30s) ->A change is impossible.

->

->Trx
<-

53

TW-800R-EXC(3) FAIL generating at the time of a count alarm setup

P=PASS/F=FAIL<Example> When it was warned since the following work with a bundle was not done within the set period,
but the work timer deadline was passed and it becomes FAIL output
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Ta1 Ta12

1

Tool 2
Count alarm

Ta2 Ta2

Tool 3
Count alarm
Work timer-> Tw start

Output/Judge LED(every tool)

The end <- of Tw

Tool 1Tool 2(Work 1)Tool 2

P

F

Alarm
*1

Output/Judge LED(every work)

Tool 2Work 1
Alarm

F
*1

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

54->

TW-800R-EXC(4) Return from FAIL generating at the time of a count alarm setup.

P=PASS/F=FAIL<Example> It is although it was warned since the following work with a bundle was not done within the set period,
and the work timer passed the deadline and the FAIL output was carried out,
Since all subsequent work was made to complete before reset, when a PASS output is carried out.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Ta1 Ta12

10Tool 2
Count alarm

Ta2 Ta22

10Tool 3

Count alarm
Work timer

Ta3 Ta3-> Tw start

Output/Judge LED(every tool)

The end <- of Tw

Tool 1Tool 2
Alarm

P

Output/Judge LED(every work)

Tool 2
Alarm

Tool 2(Work 1)Tool 2F*1

P*1

Tool 3(Work 1)PWork 1Work 1F

P

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

55

->Trx

<- Tr(MAX30s) ->->TW-800R-EXC(5) At the time of procedure mistake generating

P=PASS/F=FAIL

When the tool 3 was accidentally worked during the work of the tool 2,
the count was inputted and it becomes FAIL output by a procedure mistake.
Sensor ◇ ◆

◆◇
2

1

0

Tool 12

Tool 22

Tool 3Work timer-> Tw start

Output/Judge LED(every tool)

The end <- of Tw *1

Tool 1
P

Output/Judge LED(every work)

Tool 2(Work 1)F
*2Work 1F*2

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

Hereinafter, as for (6) - (9), the procedure of the tool was only decided,and operation of a work timer is the same as the time of a sequence "OFF."(6) FAIL generating after work timer set-period progress(7) The return from FAIL generating after work timer set-period progress(8) At the time of Over count generating(9) At the time of Over count generating (in the middle of [ work ])56->

TW-800R-EXC

Mode 3
PASS/FAIL is judged by the count value and a tool timer.
After performing the first 1 count input other than a count value, work is completed to within a time which is set as
the tool, and work is completed to within a time which the following tool is set similarly. It will become the "PASS"
judging if the count value is 0 (zero) within the set period for every tools of all the registered into the work. It
becomes the "FAIL" judging if a count value is not set to 0 (zero) by within a time which was set as each tool atleast one. The "FAIL" judging will be canceled if there is a count input for the count value which remains. It
becomes the "PASS" judging.
The function and allotment in the mode 3 which can be set up serve as the following table.
Input

OutputWork timer

Tool timer

Alarm timer

Buzzer pattern

Over count

○

ON

○

○

○

○

○

○

○

×

○

○

○

○

OFF

×

×

×

×

×

×

×

×

×

×

×

×

Sequence

FAIL

PASS

○

OFF

×

Reset

Judge

Work sensor○

ON(Alarm buzzer)

×Buzzer out○

Work timer TRG

Reset

Judge

×

Reset timer○

Sensor○

The time chart at the time of using the following setup is shown.
■ In the case of the sequence OFF
Setting item

Tool 1Tool 2Work SelectTool 3Tool 4Work 1

SensorON

Sequence

ON

Reset timer

Tr(**s)

Output timeTo(**s)Work timer-

Tool count

3

3

3

-

Tool timer

Tt1(**s)Tt2(**s)Tt3(**s)-

Tool order

1

2

3

-

Over count

FAIL

FAIL

FAIL

-

Ta3(**s)Ta4(**s)Count alarm

ON

Alarm buzzer

ON

Over countTa1(**s)Ta2(**s)

Buzzer alarm
Buzzer pattern

Tb(**s)12

Every tool setting

Count alarm

Output×Work sensor

Work timer TRG

SensorJudge typeWork

Wireless

Every Work setting

Tool

Mode3

Judge mode

Terminal block

Common setting

3

57

-

TW-800R-EXC(1) Normal operation

P=PASS/F=FAIL

Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer*1 <- Tt1 -> *2
2

1

0

Tool 2Tool timer<- Tt2 ->2Tool 3
Output/Judge LED
Tool timer

10<- Tt3 ->Output/Judge LED(every tool)

Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1P

Reset
Reset timer
Work Select

->Trx
<-

<- Tr(MAX30s) ->

->Trx

->

A change is impossible.
->

<-

To
Tb

->

<-

To
Tb

The Judge-LED of every tool is 1-s lighting fixation.

(2) A count input is carried out before a sensor input, and it is FAIL display.
The same . (see MODE1) as the operation explained by MODE1

58

->

<-

To
Tb
a Judge-LED -- reset input -- orTW-800R-EXC
P=PASS/F=FAIL(3) FAIL generating after tool timer set-period progress

When the set period of the tool timer passed with the tool 3 and it becomes FAIL output but during <example>work
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->2

1

Tool 3Tool timer<- Tt3 ->Output/Judge LED(every tool)

Tool 1Tool 2Tool 3(Work 1)P

P

F

Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx

->Trx

<-

->Trx
->

A change is impossible.

(4) The return from FAIL generating after tool timer set-period progress

P=PASS/F=FAIL

Although the set period of the tool timer passed and it became FAIL output during the work of the tool 2,
a count input (work resumes) is carried out before reset input.When it becomes a PASS output.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2*1

Tool timer<- Tt2 ->2

1

0Tool 3Tool timer<- Tt3 ->Output/Judge LED(every tool)

Tool 1Tool 2Tool 2

P

F

P
*10

Output/Judge LED(every work)

Tool 3(Work 1)PWork 1Work 1F

P

Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx

A change is impossible.

59<- Tr(MAX30s) ->->TW-800R-EXC(5) At the time of Over count generating

P=PASS/F=FAIL

When the tool was inputted within reset input or reset timer time after the completion of work and it becomes
FAIL output at an Over countSensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->
2

1

0

--

Tool 3Tool timer<- Tt3 ->Output/Judge LED(every tool)

Tool 1Tool 2Tool 2(Work 1)

P

P

P

Output/Judge LED(every work)

F

Work 1
P

F

-> Tr

->Trx

Reset
Reset timer
Work Select

->Trx

->Trx

<-

A change is impossible.

->(6) At the time of Over count generating (in the middle of [ work ])P=PASS/F=FAIL

When the excessive count was inputted after the completion of work of the tool 2,
the Over count occurred and it becomes FAIL output
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->
2

1

0

--

Tool 1Tool 2Tool 2(Work 1)PP

F

Tool 2Tool timer<- Tt2 ->Tool 3Tool timer
Output/Judge LED(every tool)
Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx

A change is impossible.

60->

TW-800R-EXC(7) At the time of procedure mistake generating

P=PASS/F=FAIL

When the tool 3 was accidentally worked during the work of the tool 2,
the count was inputted and it becomes FAIL output by a procedure mistake.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

Tool 2Tool timer<-Tt2-> *1
2

Tool 3Tool timer
Output/Judge LED(every tool)

Tool 1Tool 3(Work 1)

P

F

Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

61->

TW-800R-EXC(8) At the time of a count alarm setup

P=PASS/F=FAIL<Example> When it was warned since the following work with a bundle was not done within the set period,
but work with a bundle was resumed and it returns to normal operation
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1

0

Tool 2
Count alarm

Tc2 Tc2

Tool timer

<-

Tt2

->
2

1

0

Tool 3
Count alarm

Tc3 Tc3

Tool timer<- Tt3 ->Output/Judge LED(every tool)

Tool 1
P

Tool 2
Alarm

Tool 2Tool 3(Work 1)PP

*1Output/Judge LED(every work)

Work 1
Alarm

P

*1

Reset
Reset timer
Work Select->Trx<- Tr(MAX30s) ->A change is impossible.

->

->Trx
<-

62

TW-800R-EXC(9) FAIL generating at the time of a count alarm setup

P=PASS/F=FAIL<Example> When it was warned since the following work with a bundle was not done within the set period,
but the tool timer deadline was passed and it becomes FAIL output
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1Tool 2
Count alarm

Tc2 Tc2

Tool timer

<-

Tt2

->

Tool 3
Count alarm
Tool timer
Output/Judge LED(every tool)

Tool 1
P

Tool 2(Work 1)Tool 2Alarm

F*1

Output/Judge LED
Work 1(every* As
work)for a work timer, 1 count alarm is continued alsoAlarmin warning.F
*1

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

63->

TW-800R-EXC(10) Return from FAIL generating at the time of a count alarm setup.

P=PASS/F=FAIL<Example> It is although it was warned since the following work with a bundle was not done within the set period,
and the tool timer passed the deadline and the FAIL output was carried out,
Since all subsequent work was made to complete before reset, when a PASS output is carried out.
Sensor <> <>

<> <>
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1

0

Tool 2
Count alarm

Tc2 Tc2

Tool timer

<-

Tt2

->
2

1

0

Tool 3
Count alarm

Tc3 Tc3

Tool timer<- Tt3 ->Output/Judge LED(every tool)

Tool 1
P

Output/Judge LED(every work)

Tool 2
Alarm

Tool 2(Work 1)Tool 2FPWork 1
Alarm

Tool 3(Work 1)
*1 P

Work 1

F

*1 P

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

64

->Trx

<- Tr(MAX30s) ->->TW-800R-EXC

Mode 4
It judges by the count value, the work timer, and a tool timer.
It becomes the "PASS" judging by attaining all the conditions in the mode 1 - the mode 3.
The function and allotment in the mode 4 which can be set up serve as the following table.
Input

OutputWork timer

Tool timer

Alarm timer

Buzzer pattern

Over count

○

ON

○

○

○

○

○

○

○

○

○

○

○

○

OFF

×

×

×

×

×

×

×

×

×

×

×

×

Sequence

FAIL

PASS

○

OFF

×

Reset

Judge

Work sensor○

ON(Alarm buzzer)○

Buzzer out○

Work timer TRG

Reset

Judge

×

Reset timer○

Sensor○

The time chart at the time of using the following setup is shown.
■ Sequence (sequence) In the case of OFF
Setting item

Tool 1Tool 2Work SelectTool 3Tool 4Work 1

SensorON

Sequence

ON

Reset timer

Tr(**s)

Output timeTo(**s)Work timer

Tw(**s)Tool count

3

3

3

-

Tool timer

Tt1(**s)Tt2(**s)Tt3(**s)-

Tool order

1

2

3

-

Over count

FAIL

FAIL

FAIL

-

Ta3(**s)Ta4(**s)Count alarm

ON

Alarm buzzer
Over countON
Ta1(**s)Ta2(**s)

Buzzer alarm
Buzzer pattern

Tb(**s)12

Every tool setting

Count alarm

Output○Work sensor

Work timer TRG

SensorJudge typeWork

Wireless

Every Work setting

Tool

Mode4

Judge mode

Terminal block

Common setting

3

65

-

TW-800R-EXC(1) Normal operation

P=PASS/F=FAIL

Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->2

1

0

Output/Judge LED
Tool timer
Work timer<- Tt3 ->-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1P

Reset
Reset timer
Work Select

->Trx

->Trx

<-

A change is impossible.
->
<-

<->

To
Tb

To
Tb

The Judge-LED of every tool is 1-s lighting fixation.

<- Tr(MAX30s) ->
->
->

<-

To
Tb
a Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.
(2) A count input is carried out before a sensor input, and it is FAIL display.
The same . (see MODE1) as the operation explained by MODE1

66

TW-800R-EXC
P=PASS/F=FAIL(3) FAIL generating after tool timer set-period progress
When the set period of the tool timer passed with the tool 3 and it becomes FAIL output but during work
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->2

1

Tool 3Tool timer
Work timer<- Tt3 -> *1-> Tw start

Output/Judge LED(every tool)

The end -> of Tw *2

Tool 1Tool 2Tool 3(Work 1)P

P

F

Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx

A change is impossible.

67->

TW-800R-EXC(4) The return from FAIL generating after tool timer set-period progress

P=PASS/F=FAIL

Although the set period of the tool timer passed and it became FAIL output during the work of the tool 2.
-- yet -- the inside of the set period of a work timer -- moreover
When the count input (work resumes) was carried out before reset input and it becomes a PASS output.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->2

1

0Tool 3Tool timer
Work timer<- Tt3 ->-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2Tool 2Tool 3(Work 1)

P

F

P

P

Output/Judge LED(every work)

Work 1Work 1F

P

Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx

A change is impossible.

68<- Tr(MAX30s) ->->TW-800R-EXC(5) FAIL generating after work timer set-period progress

P=PASS/F=FAIL

When the set period of the work timer passed before starting the work of the tool 3, and it becomes FAIL output
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->Tool 3Tool timer
Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2Tool 3(Work 1)P

P

F

Output/Judge LED(every work)

Work 1F

Reset
Reset timer
Work Select

->Trx

->Trx

<-

->Trx
->

A change is impossible.

(6) The return from FAIL generating after work timer set-period progress

P=PASS/F=FAIL

Although the set period of the work timer passed before starting the work of the tool 3,
and the FAIL output was carried out, when the count input was carried out and it returns before reset
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->2

1

0Tool 3Tool timer
Work timer<- Tt3 ->-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2Tool 3(Work 1)Tool 3(Work 1)

P

P

F

P

Work 1Work 1

F

P

->Trx

<- Tr(MAX30s) ->Output/Judge LED(every work)
Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

69->

TW-800R-EXC(7) The return from FAIL generating after a tool timer and work timer set-period progress

P=PASS/F=FAIL

Under although it became FAIL output by the deadline of the tool timer during the work of the tool 2,
after carrying out a count input and returning the work of the tool 3
When the deadline was passed, the count input (work resumes) was carried out before reset input after FAIL output.
And a work timer becomes a PASS output.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Tool timer<- Tt1 ->2

1

0

Tool 2Tool timer<- Tt2 ->2

1

0Tool 3Tool timer
Work timer<- Tt3 ->-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2Tool 2Tool 3(Work 1)Tool 3(Work 1)

P

F

P

F

P

Work 1Work 1Work 1

F

F

P

->Trx

<- Tr(MAX30s) ->Output/Judge LED(every work)
Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx
A change is impossible.

(8) At the time of Over count generating
Since FAIL output is carried out when it becomes an Over count in every stage, refer to MODE1-MODE3 in operation.

(9) At the time of procedure mistake generating
Since FAIL output is carried out when a procedure mistake occurs in every stage, refer to MODE1-MODE3 in operation.

70->TW-800R-EXC(10) At the time of a count alarm setup

P=PASS/F=FAIL<Example> Since the following work with a bundle was not done within the set period, it was warned,
but work with a bundle is resumed, and it returns to normal operation, and is on the last target.
When work was completed within the work timer and it becomes a PASS output.

Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1

0

Tool 2
Count alarm

Tc2 Tc2

Tool timer

<-

Tt2

->
2

1

0

Tool 3
Count alarm

Tc3 Tc3

Tool timer<- Tt3 ->Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1
P

Output/Judge LED(every work)

Tool 2
Alarm

Tool 2Tool 3(Work 1)PPWork 1
Alarm

P

Reset
Reset timer
Work Select->Trx<- Tr(MAX30s) ->A change is impossible.

->

->Trx
<-

71

TW-800R-EXC(11) FAIL generating at the time of a count alarm setup (tool timer FAIL)

P=PASS/F=FAIL<Example> When it was warned since the following work with a bundle was not done within the set period,
but the tool timer deadline was passed and it becomes FAIL output
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1Tool 2
Count alarm

Tc2 Tc2

Tool timer

<-

Tt2

->

Tool 3
Count alarm
Tool timer
Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1
P

Tool 2(Work 1)Tool 2
Alarm

F

Output/Judge* Since
LED a work timer is continued also in 1 warning, FAIL output
Work
is carried
1
out when a work timer passes the deadline.
(every work)
Alarm
F
Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

72->

TW-800R-EXC(12) Return from FAIL generating (tool timer FAIL) at the time of a count alarm setup.

P=PASS/F=FAIL<Example> It is although it was warned since the following work with a bundle was not done within the set period,
and the tool timer passed the deadline and the FAIL output was carried out,
Since all subsequent work was made to complete before the end of a work timer, and reset, when a PASS output is carried out.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1

0

Tool 2
Count alarm

Tc2 Tc2

Tool timer

<-

Tt2

->
2

1

0

Tool 3
Count alarm

Tc3 Tc3

Tool timer<- Tt3 ->Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1
P

Output/Judge LED(every work)

Tool 2
Alarm

Alarm

Tool 2(Work 1)Tool 2Tool 3(Work 1)FPPWork 1Work 1F

P

Reset
Reset timer
Work Select

->Trx
<-

->Trx
A change is impossible.

73

->Trx

<- Tr(MAX30s) ->->TW-800R-EXC(13) FAIL generating at the time of a count alarm setup (work timer FAIL)

P=PASS/F=FAIL

When the work timer deadline was passed and it becomes FAIL output, before starting the work of the tool 2 of the tool 3
after the end of work.In this case, since tool work is not done, the warning by count alarm does not come out.
Sensor ◇ ◆

◆◇
2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1

0

Tool 2
Count alarm

Tc2 Tc2

Tool timer<- Tt2 ->Tool 3
Count alarm
Tool timer*1

Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw

Tool 1Tool 2

P

P

Tool 2(Work 1)
F
*2

Output/Judge LED(every work)

Work 1F*2

Reset
Reset timer
Work Select

->Trx
<-

->Trx

->Trx
A change is impossible.

74->

TW-800R-EXC■ When a sensor is the work timer TRG
Setting item

Tool 1Tool 2Work SelectTool 3Tool 4Work 1

SensorWork timer TRG

Sequence

ON

Reset timer

Tr(**s)

Output timeTo(**s)Work timer

Tw(**s)Tool count

3

3

3

-

Tool timer

Tt1(**s)Tt2(**s)Tt3(**s)-

Tool order

1

2

3

-

Over count

FAIL

FAIL

FAIL

-

Ta3(**s)Ta4(**s)Count alarm

ON

Alarm buzzer

ON

Alarm timer

Ta1(**s)Ta2(**s)

Buzzer alarm

Tb(**s)Buzzer pattern

1

2

3

P=PASS/F=FAIL

Work timer TRG ◇ ◆

◆◇

2

1

0

Tool 1Count alarm

Tc1 Tc1

Tool timer<- Tt1 ->2

1

0

Tool 2
Count alarm

Tc2 Tc2

Tool timer<- Tt2 ->2

1

0Tool 3
Count alarm

Tc3 Tc3

Tool timer<- Tt3 ->Work timer-> Tw start

Output/Judge LED(every tool)

The end -> of Tw
Tool 1Tool 2Tool 3(Work 1)

P

P

P

Output/Judge LED(every work)

Work 1P

Reset
Reset timer
Work Select

->Trx
<-

<- Tr(MAX30s) ->

->Trx

->

A change is impossible.
->

<-

To
Tb

->

<-

->

To
Tb

<-

To
Tb

The Judge-LED of every tool
1-s lighting fixationa Judge-LED -- reset input -- orEven a reset timer (Tr) lights up.

* If a sensor is changed into the work timer TRG, a work timer will start by the work timer TRG "ON."
Although neither of the inputs of the work timer TRG, 1 pulse nor continuation, is problematic,a sensor input is differed from, and an input is to "OFF."
Even if it becomes, it will be in a TRG "ON" state continuously, and will be canceled by reset.
(Reset will vanish <> display of LCD)
Other operations are the same as the time of a sensor "ON."75

TW-800R-EXC■ Specification- TW-800 Common specifications
About a wireless-communications portion, they are "TW-800R" and the specification.
Items

Specification

Standard

2.4GHz Small electric power data communication system

Emission designation

F1D

Frequency band

2,403MHz-2,476MHz

Channel76CH

Modulation way

GFSK

Communication way

Simplex

Power of antenna

2.1mW

76

TW-800R-EXC- Receiver with a count function

TW-800R-EXC

Item

Specification
・OUT1 output (TW-800R main part side)
Contact output

1 point (terminal block M3)

Contact mechanism

Output

MOS-FET/1a

Rated load voltage

AC/DC 30V

Rated load current

0.5A

・JUDGE output

PASS/FAIL (count unit side)

Contact output

2 points (terminal block M3)

Contact mechanism

MOS-FET/1a

Rated load voltage

AC/DC 30V

Rated load current

0.5A

Non-voltage contact input
Input

Buzzer6 points

SENSOR 1point / JUDGE 1point /RESET 1 point
Work Select3pointElectric buzzer

95dB/m(TW-800R main part side)
LED for reception (green) 1 point( pairing lighting switch and combination)
LED for power (red) 1 point
Display(Count unit side)
Graphic LCD display

128x64dot

7Seg display

Character size of 27 mm x 15 mm 2 figures

JUDGE display

3-color chip LED(green / blue / yellow / red is turned on)

Power supply
Consumption current
Operatingtemperature-and-relativ
e-humidity range

DC24V±20% (DC19-28V)(Terminal block M3)
110 mA or lessTemperature
Humidity

0-50 degree

80% or less (there should be no dew condensation)

Outside dimension

218Wx100Hx30Dmm (except for a projection thing)

WeightAbout 750g
Dipole antenna (diversity type

Antenna

one can be removed)* FCC/IC ANT2 is fixed and shipped by resin by regulation at the timeof shipment in an applicable country.
Power switch

Switch

6 DIP switch for a setup
Lighting switch

Keyboard

1 point
1 point

One point (for pairing)

16 keys [0] - [9] and [▲] -- [ -- ▼], [ESC], [ENT]* The form of the SMA connector antenna for ANT2 is "M3.5-S SMA-P-MALE."
77

TW-800R-EXC■ Dimensional drawing

78

TW-800R-EXC■ After service and Warranty
If something is wrong. If you should find anything wrong with the machine when using it under normal conditions,check the warranty and repair regulations and contact the outlet store through which you purchased the productor our Sales Office. The latest warranty and repair regulations can be found on our website.
〔Warranty Regulation〕
This regulation (hereinafter referred to as the "Regulation") is for post-shipment warranty provided by HERUTU
ELECTRONICS CORPORATION (hereinafter referred to as the "Company") so that you can use the Company's
product you have purchased with confidence. The Regulation does not apply to special order products (custom
products). In addition, purchased products shall be subject to the relevant manufacturer's warranty regulations,and the Regulation shall not apply.
Please note that in the event that the product you purchased comes with an instruction manual that describes
the Company's old repair regulation, the latest Regulation will still apply.
1. Warranty period
Unless otherwise specified, the warranty period shall be "up to thirteen months from the date of shipment of the
product by the Company". During the warranty period, the Company will replace the product with a new one or
repair it free of charge in accordance with the provisions of the Regulation.
In addition, if a failure occurs during the warranty period due to the Company's responsibility and the productwith the failure (hereinafter referred to as the "Product") is replaced with a new one or repaired free of charge, thewarranty period of the Product will be “thirteen months from the date of initial shipment of the Product, or six
months from the date of shipment of the Product that has been replaced or repaired, whichever comes later”.
The warranty period for paid repairs shall be in accordance with the provisions of the Company's repair
regulation.
2. Warranty scope
If a failure occurs during the warranty period due to the Company's responsibility, the Company will replace theproduct with a new one or repair it free of charge.
Even within the warranty period, the warranty does not apply in the following cases:A) In the event of failure or damage caused by improper handling by the customer, such as dropping or impact
during transportation or movement by the customerB) In case of failure due to disassembly or modification of the main unit by the customerC) In case of natural disasters such as fires, earthquakes, floods, and in case of failure or damage due toabnormal voltage
D) In case of failure caused by failure of equipment other than the Company's designated equipment
connected to the ProductE) In case of failure of the Product's accessories (AC adapter, antenna, connection cable, etc.)
F) If damage is caused by the failure of consumables or limited-life parts included in the Product:
1.

Consumables: Batteries (rechargeable, batteries, dry batteries, button batteries, etc.), recording media(SD cards, etc.)

2.

Limited-life parts: Various switches (limit switches, push button switches, etc.) and various sensors79TW-800R-EXC

3.

Other items that are worn out or have a service life due to use

If consumables or limited-life parts fail, we will replace or repair the parts for a fee.
G) In case of failure caused by handling contrary to the usage and precautions described in the instruction
manual of the ProductH) If repaired, adjusted, or improved by elsewhere other than the Company
I)

If the Company is unable to reproduce the failure

3. About repair of the ProductPlease note that repairing the Product requires equipment such as measuring instruments and tools, so theCompany will handle it as a pick-up repair service at the Company.
4. About the shipping cost for replacement or repair of the Product
Shipping charges for sending the Product to the Company or a distributor, as well as shipping charges for sending
the Product that has been replaced or repaired by the Company or the distributor to the customer, will be borne by
the Company or the distributor.
5. Disclaimer
The Company is not responsible for any direct or indirect damages or monetary loss caused by failure of the
Product or its use.
6. Additional notes
Please note in advance that the information of the Product described on the Company's website and in the
catalogs, instruction manuals, technical materials, and other materials provided by the Company are subject tochange without notice to customers.
〔Repair Regulation〕
This regulation (hereinafter referred to as the "Regulation") shall be applied to paid repair service (hereinafterreferred to as the "Service") provided by HERUTU ELECTRONICS CORPORATION (hereinafter referred to as
the "Company"). The Regulation does not apply to special order products (custom products). In addition,purchased products shall be subject to relevant manufacturer's repair regulations, and the Regulation shall not
apply.
Please note that in the event that the product you purchased comes with an instruction manual that describes
the Company's old repair regulation, the latest Regulation will still apply.
1.

Subject of the Regulation

The Service is provided for the Company's products that are "beyond the scope of the warranty specified in thewarranty regulation" and "from the sales start date to the end date of the repair period (seven years from theproduction end date)". However, please note that the end date of the repair implementation period may be earlier
depending on the availability and procurement status of repair parts.
2.

Establishment of contract

The contract shall be established when the customer approves the quotation presented by the Company and80TW-800R-EXC

issues an order form before the end of the repair implementation period.
3.

Purpose of the Service

The Company will provide the Service for the purpose of repairing the function and performance of theCompany's product used by the customer if it fails beyond the scope of the warranty specified in the warranty
regulation. Please note that the Service requires equipment such as measuring instruments and tools, so theCompany will handle it as a pick-up repair service at the Company.
4.

Usage fee for the Service

The usage fee for the Service shall be the total of the following fees:A) Repair service fee
The repair service fee is the total amount of technical fees, parts costs, other expenses incurred, and applicabletaxes associated with repairing the Company's product (hereinafter referred to as the "Product for repair") thatthe customer wishes to repair.
B) Shipping fee (including the cost of packaging boxes)
The Company kindly asks that customers bear the shipping costs for sending the Product for repair to theCompany and for returning it from the Company. However, in the event that the Product for repair is sent by
payment on delivery by the customer, the shipping cost will be included in the Service charge.
5.

Warranty period and scope of the Product for repair

The warranty period for the Product for repair is "up to six months from the date of repair completion". However,please note that failures other than the repaired parts (repaired places or replaced parts) are not covered by thewarranty of the Product for repair. In addition, if a failure occurs due to the Company's responsibility within thewarranty period, the Company will again repair the product free of charge.
6.

Handling of repair parts
A) In order to provide the Service stably for a long time and to promote environmental protection, etc., theCompany may use recycled parts or alternative parts at the time of repair at its discretion.
B) The Company may, at its own discretion, collect the removed parts for the purpose of recycling or analysis
at the time of parts replacement through the regulation of the Service. Please note that the collected parts
are the property of the Company and will be recycled, used or discarded at its discretion.

7.

Estimate for the Service

The estimate for the Service is basically free of charge. However, if the Company is unable to reproduce thefailure, it will not be able to carry out repairs and will not provide an estimate. If a technical investigation isrequired to reproduce the failure, the Company will estimate the cost of reproducing the failure.

8.

Return of unrepaired product

If the Company does not estimate the cost of the Service due to reasons such as being unable to reproduce thefailure, it will return the Product for repair to the customer.
In addition, if the customer does not place an order within three months from the date of creation of the81TW-800R-EXC

quotation, or if the customer does not accept the quotation and the customer expresses an intention not to carryout the repair, the Company will assume that the customer has canceled the request for the Service, and theCompany will return the Product for repair to the customer without carrying out the repair.
In addition, if a shipping fee is incurred for returning the product, it will be borne by the customer.
9.

Handling of personal information

The Company will properly handle personal information such as names and addresses being provided inaccordance with the privacy policy posted on the Company's website.
10. Compensation for damages
A) The responsibility of the Company for providing the Service shall be limited to the matters and contents
specified in the repair regulation, and shall not include any damages incurred by the customer due tospecial circumstances (including loss of profits of the customer and damages based on claims forcompensation made by third parties against the customer) and damages caused by the customer being
unable to use the product due to a failure or defect of the Product for repair. However, this does not apply
if the damage was caused by the Company's willful misconduct or gross negligence.
B) Even if the Company is liable to the customer for damages in connection with the regulation of the Service,
the Company's liability shall not exceed the amount equivalent to the value of the Product for repair,
except in cases of willful misconduct or gross negligence on the part of the Company. The value of the
Product for repair shall be calculated based on the residual value after depreciation or the price of
products with equivalent performance sold in the market at the time of damage.
11. Additional notes
A) The Company cannot restore stickers, LCD protective sheets, and coloring applied to the outer casing
parts that you have attached yourself. In addition, if advertisement stickers were affixed at the time of sale,they cannot be newly prepared as repair parts when replacing the outer casing parts. After replacing theouter casing parts, the advertisement stickers will be returned without being affixed.
B) Please note in advance that the information of the Product on the Company's website and in the catalogs,
instruction manuals, technical materials, and other materials provided by the Company are subject tochange without notice to customers.

82

HERUTU ELECTRONICS CORPORATION
422-1 Higashimikata-cho, Kita-ku, Hamamatsu, Shizuoka, 433-8104 Japan(Sales dept) TEL.+81-53-438-3555
Website URL https://www.herutu.co.jp/en/

FAX. +81-53-438-3411
E-mail info@herutu.co.jp