K7m dr30ue инструкция по применению - Самые разные инструкции по применению

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MASTER-K 120S series

— When using LGIS equipment, thoroughly read this datasheet and associated

manuals introduced in this datasheet. Also pay careful attention to safety and

handle the module properly.

— Keep this datasheet within easy reach for quick reference

User’s Manual

LG Programmable Logic Controller

LG Industrial Systems

Troubleshooting

Related Manuals for LG MASTER-K 120S Series

Summary of Contents for LG MASTER-K 120S Series

Источник

Если я правильно понял, нужно подключить вашу программу к контроллеру, но там английский текст и нужен более уверенный пользователь ПК. У вас нет пошагового алгоритма моих действий?

Вся пошагавая инструкция по программированию в KGL-WIN тут:

http://www.lsis.com/…4&qt=&q=&e=&n=1

Инструкции по подключению и системным требованиям тут:

http://www.lsis.com/…&c=P00148#achr2

Более пошаговой инструкции нет. Нужно подключить компьютер, через (COM1) с помощью кабеля RS-232C. И обязательно

что бы был Windows 95 или более поздняя версия до XP.

Если ничего не выходит, то можно заменить контроллер и написать новую программу. Для такого маленького станка это можно сделать за пару дней.

Источник

Programmable Logic Controller

●Various base (main) unitsStandard type Economic type

�20 points (I: 12, O: �10 points (I: 6, O: 4)

�30 points (I: 18, O: 12) �14 points (I: 8, O: 6)

�40 points (I: 24, O: 16) �20 points (I: 12, O:

�60 points (I: 36, O: 24) �30 points (I: 18, O: 15)

●Processing speed0.1㎲ / step

(Economic type: 0.4㎲ / step)

●Program capacity10 ksteps (Economic type: 2 ksteps)

●Battery-less backup

CONTENTS

PPIIDD ccoonnttrrooll ((88 llooooppss))OOuuttppuutt tteerrmmiinnaall

PPoossiittiioonniinngg ffuunnccttiioonn ((PP004400��PP004433))- 2 Axes (100kpps)

IInnppuutt tteerrmmiinnaall

HHiigghh ssppeeeedd ccoouunntteerr ((PP000000��PP000077))1 phase 100kpps 2Ch, 10kpps 2Ch (Total 4Ch)2 phase 50kpps 1Ch, 20kpps 1Ch (Total 2Ch)

RRSS—223322CC ((22 ppoorrttss))Loader port: 2 (Rx), 3 (Tx), 5 (SG)Ch No.0: 4 (Rx), 7 (Tx), 5 (SG)

RRSS—448855 ((CChh NNoo..11))Multi-drop communication Modbus communication

EExxtteennssiioonn tteerrmmiinnaall (Extansion, RTC, Memory modules)

BUILT-IN CNET

Rom Mode

OFF

BUILT-IN CNET

ROM MODE

OFF RUN

PAU/REMSTOP

RUNPAU/REM

STOP

Features � 4

System configuration � 5

CPU specifications [Standard type] � 6

CPU Specifications [Economic type] � 8

Digital I/O specifications (Relay) � 9

Digital output specifications (TR output) � 11

Wiring diagram � 12

Built-in functions � 14

Analog module � 19

RTD module / Analog timer � 22

Data register for special modules � 23

Communication interface � 24

Extension communication modules � 25

Communication specifications � 26

Built-in/Communication module setting switch � 26

Network configuration � 27

Cable connection � 29

Product list � 30

Dimensions � 31

DDiiggiittaall II//OO mmoodduulleess:: 55 ttyyppeess

Dedicated basic functionPowerful built-in functions

Various extension modules

The best partnerin price

& performance

CCoommmmuunniiccaattiioonn mmoodduulleess:: 66 ttyyppeessSSppeecciiaall mmoodduulleess:: 77 ttyyppeess

((AAnnaalloogg II//OO,, AAnnaalloogg ttiimmeerr,, TTeemmppeerraattuurree))

● Digital I/O modulesG7E-DR10A (6/4)

G7E-DR20A (12/8)

G7E-TR10A (0/10)

G7E-DC08A (8/0)

G7E-RY08A (0/8)

● Special modulesG7F-ADHA (AD: 2Ch / DA: 1Ch)

G7F-ADHB (AD: 2Ch / DA: 2Ch)

G7F-AD2A (AD: 4Ch)

G7F-DA2I (DA: 4Ch, Current)

G7F-DA2V (DA: 4Ch, Voltage)

G7F-AT2A (4 points, 0 � 200)

G7F-RD2A (4Ch)

● Communication modulesG7L-CUEB: RS-232C 1Ch (Ch0)

G7L-CUEC: RS-422 1Ch (Ch0)

G7L-DBEA: DeviceNet slave (Ch0)

G7L-PBEA: Profibus-DP slave (Ch0)

G7L-FUEA: Fieldbus interface (Fnet, Ch0)

G7L-RUEA: Fieldbus interface (Rnet, Ch0)

※※

※※:: Slim type

Features

Main unit�Economic type: 10/14/20/30 points (10/14 points, built-in analog timer 2 points)

— Total 70 points are available (up to 2 extension modules can be connected; only one communication module can be applied)

�Standard type: 20/30/40/60 points DR type, DRT type (DRT types have 4 transistor output points for positioning)

— Total 120 points are available (up to 3 extension modules can be connected; only one communication module can be applied)

�Easy interface with SMART I/O (Rnet, Modbus) due to the increased P area (P000�P63F)

High speed processing �Basic commands: 0.1�0.9㎲/step

�Application command: several ㎲�several tens of ㎲/step

�Special module processing: several hundreds of ㎲�1㎳/module

※※ Economic type: 0.4㎲/step (Min.)

Battery-less backup�Program backup method: User program is automatically backed up in EEPROM

(EEPROM backup while online editing)

�Data backup methods: Supercapacitor (over 2000hours at normal temperature)

Compact extension modules

Various input handling�Input filter: Delay time can be set from 0㎳ to 1000㎳ (8 points unit)

�Pulse catch: 10㎲ (P0, P1), 50㎲ (P2�P7)

※※ Economic type: 50㎲ (P0�P3)

�External interrupt: 10㎲ (P0, P1), 50㎲ (P2�P7)

※※ Economic type: 50㎲ (P0�P3)

Improved high speed counter function (32-bit signed counter)�1 Phase: 100kpps 2Ch, 20kpps 2Ch (Total 4Ch)

�2 Phase: 50kpps 1Ch, 10kpps 1Ch (Total 2Ch)

�Additional functions: Ring counter, Comparison output, RPM, Latch counter, Preset function

※※ Economic type � 1 phase: 20kpps (4Ch), 2 phase: 10kpps (2Ch)

Positioning function (DRT type only)�Control axis: 2 axes (100kpps)

�Operation mode: Single, Repeated, End, Keep, Cont

�Additional functions: Return to origin, JOG operation, Speed operation, PWM output

Increased No. of communication channels and functions (Total 3 Channels)�Supports built-in RS-232C/RS-485 (Total 2Ch)

�Supports no protocol mode and Communication monitoring for Ch0/1 (KGLWIN)

※※ Economic type � K7M-DR10UE-14UE: 1 loader port and 1 RS-485 port (Total 2Ch)

� K7M-DR20UE-30UE: 1 loader port and 1 RS-232C port (Pin No.: 4 (Rx), 7 (Tx), 5 (SG))

Improved PID control function (Standard type only)�Relay and PRC auto-tuning

�PWM output, Anti-derivative kick, Positioning/Velocity algorithm can be assigned

Powerful built-in functions““

””

System configuration

▶▶Main modules●● PPrroodduucctt ttyyppee

— K7M-DR(T)20U: DC input 12 points / Relay 8 points / (Relay output 4 points / TR 4 points)

— K7M-DR(T)30U: DC input1 8 points / Relay 12 points / (Relay output 8 points / TR 4 points)

— K7M-DR(T)40U: DC input 24 points / Relay 16 points / (Relay output 12 points / TR 4 points)

— K7M-DR(T)60U: DC input 36 points / Relay 24 points / (Relay output 20 points / TR 4 points)

▶▶Number of availableextension modules

●●DDiiggiittaall II//OO:: 3 modules

●●SSppeecciiaall mmoodduullee:: 3 modules

●●CCoommmmuunniiccaattiioonn II//FF:: 1 module

●●RRTTCC mmoodduullee ((11 mmoodduullee))

●●MMeemmoorryy mmoodduullee ((11 mmoodduullee))

※※ Standard type: Max. 3 extension modules are connectable※※ Economic type: Max. 2 extension modules are connectable

(RTC/Memory module and be added after extension modules)

●● SSppeecciiaall mmoodduulleess

A/D G7F-AD2A: 4Ch

D/A G7F-DA2V: 4Ch (Voltage output)

G7F-DA2I: 4Ch (Current output)

A/D, D/A G7F-ADHA: 2Ch/1Ch

G7F-ADHB: 2Ch/2Ch

RTD G7F-RD2A: 4Ch

Analog timer G7F-AT2A: 4 points (0�200)

●● CCoommmmuunniiccaattiioonn mmoodduulleess

G7L-CUEB: RS-232C 1Ch

G7L-CUEC: RS-422 1Ch

G7L-FUEA: Fieldbus interface (Fnet)

G7L-RUEA: Fieldbus interface (Rnet)

G7L-DBEA: DeviceNet slave

G7L-PBEA: Profibus-DP slave

●● OOtthheerr ooppttiioonn mmoodduulleess

G7E-RTCA: RTC module

G7E-M256B: Memory module

▶▶Extension modules●● DDiiggiittaall iinnppuutt//oouuttppuutt mmoodduulleess

InputG7E-DC08A: DC input 8 points

OutputG7E-TR10A: TR output 10 points

G7E-RY08A: Relay output 8 points

Input/output hybrid moduleG7E-DR10A: DC 6 points / Relay 4 points

G7E-DR20A: DC 12 points / Relay 8 points

System configuration

RS-485 (+, — )

RS-232C4 (Rx), 7 (Tx), 5 (SG)

Loader (KGLWIN)

HMI

Loader port2 (Rx), 3 (Tx), 5 (SG)

Various extension modules““ ””

(+, — )

BBuuiilltt—iinn

ffuunnccttiioonnss

PPIIDD CCoonnttrrooll ffuunnccttiioonn

CCnneett II//FF FFuunnccttiioonn

CCaappaacciittyy

MMooddee

AAddddiittiioonnaall

ffuunnccttiioonn

Specifications

MMeemmoorryy ddeevviiccee

SSppeecciiffiiccaattiioonnss

IItteemm KK77MM—DDRR2200UU KK77MM—DDRR3300UU KK77MM—DDRR4400UU KK77MM—DDRR6600UU RReemmaarrkk

KK77MM—DDRRTT2200UU KK77MM—DDRRTT3300UU KK77MM—DDRRTT4400UU KK77MM—DDRRTT6600UU

CCPPUU ooppeerraattiioonn mmeetthhoodd Cyclic execution of stored program, Time-driven interrupt, Interrupt task operation

II//OO ccoonnttrrooll mmeetthhoodd Scan synchronized batch processing method (refresh method), Direct method by command

PPrrooggrraamm llaanngguuaaggee Ladder Diagram, Instruction List

NNuummbbeerrss ooff BBaassiicc 30

iinnssttrruuccttiioonn AApppplliiccaattiioonn 277

PPrroocceessssiinngg ssppeeeedd Basic command: 0.1㎲/step

PPrrooggrraamm ccaappaacciittyy 10kstep

II//OO PPooiinnttss 20 points 30 points 40 points 60 points

PP P000�P63F I/O relay

MM M000�M191F Aux. relay

KK K000�K31F Keep relay

LL L000�L63F Link relay

FF F000�F63F Special relay

100㎳: T000�T191

TT 10㎳: T192�T250 Timer

1㎳: T251�T255

CC C000�C255 Counter

SS S00.00�S99.99 (100×100 steps) Step relay

DD D0000�D4999 Data register

OOppeerraattiioonn mmooddee RUN, STOP, PAUSE

SSeellff—ddiiaaggnnoossttiicc ffuunnccttiioonnss Detect errors of scan time, Memory, I/O, Power supply

DDaattaa bbaacckkuupp mmeetthhoodd Set by parameter

MMaaxx.. eexxtteennssiioonn ssttaaggee 3 (except RTC/Memory pack)

Control by command, Auto-tuning, PWM output

Forced output, Set scan time anti-windup

Delta MV function, SV-Lamp function

MASTER-K dedicated protocol support

Modbus protocol support RS-232C 1 port

User-defined protocol support RS-485 1 port

No protocol support

1 Phase: 100kHz 2Ch / 20kHz 2Ch

2 Phase: 50kHz 1Ch / 10kHz 1Ch

It has 4 different counter functions

� 1 phase, up-down by program

� 1 phase, up-down by B-phase input

� 2 phase, up-down by 1 phase

� 2 phase, up-down by phase difference

� Internal/External preset function

� Latch counter function

� Comparison output function

� RPM function

CPU specifications [Standard type]

HHiigghh

ssppeeeedd

ccoouunntteerr

※※ RTC/Memory module must be connected to the last extension terminal.

PPuullssee ccaattcchh

EExxtteerrnnaall iinntteerrrruupptt

IInnppuutt ffiilltteerr

RUNPAU/REM

STOP

RUNPAU/REM

STOP

SpecificationSSppeecciiffiiccaattiioonnss

IItteemm KK77MM—DDRR2200UU KK77MM—DDRR3300UU KK77MM—DDRR4400UU KK77MM—DDRR6600UU RReemmaarrkk

KK77MM—DDRRTT2200UU KK77MM—DDRRTT3300UU KK77MM—DDRRTT4400UU KK77MM—DDRRTT6600UU

No, of axis: 2 axes

Control method: PTP/speed

Control unit: Pulse

Positioning data: 20 data per each axis (Step No: 1�20)

Operation mode: End, Keep, Cont

Control method: Single, Repeated, Operation

Positioning method: Absolute method/Incremental method

Address range: -2,147,483,648 � 2,147,483,647

Speed: Max. 100kpps (Speed: 5 � 100,000pps)

Acceleration/Deceleration processing (Operation pattern: Trapezoidal method)

Origin detection when approximate origin turns off

Origin detection after deceleration when approximate origin turns on

Speed setting range: 5 � 100,000pps (High/Low)

Pulse width: 10㎲ 2 points (P0000�P0001) / 50㎲ 6 points (P0002�P0007)

8 points: 10㎲ 2 points (P0000�P0001) / 50㎲ 6 points (P0002�P0007)

0, 1, 2, 5, 10, 20, 50, 100, 200, 500, 1000㎳ set by user

WWeeiigghhtt ((gg)) 520 540 660 850

SSiittiioonniinngg

ffuunnccttiioonnBBuuiilltt—iinn

ffuunnccttiioonnss

DRT Type

only

CPU Operation mode

MMooddee kkeeyy ppoossiittiioonn OOppeerraattiioonn mmooddee

RRUUNN Local RUN

SSTTOOPP Local STOP

SSTTOOPP →→ PPAAUU//RREEMM ※※ Remote STOP

PPAAUU//RREEMM →→ RRUUNN Local RUN

RRUUNN →→ PPAAUU//RREEMM Local PAUSE

PPAAUU//RREEMM →→ SSTTOOPP Local STOP

※※ PLC operates continuously when changed from Remote RUN to Local RUN.Remote RUN/Remote STOP control is available in KGLWIN.

●● RRUUNN MMooddee ((LLooccaall RRUUNN//RReemmoottee RRUUNN)): operating mode; initialization of data area is executed when the first scan starts.

●● SSTTOOPP MMooddee ((LLooccaall SSTTOOPP//RReemmoottee SSTTOOPP)): program is not operated; program transferring in KGLWIN is available only in Remote STOP mode.

●● PPAAUU ((PPAAUUSSEE)):: program operation is temporarily stopped; if it returns to RUN mode, the operation will continue from the state before it stopped.

●● RREEMM ((RReemmoottee)): changeable mode to Remote RUN/STOP in KGLWIN

[Mode key]

BBaassiicc ffuunnccttiioonn

PPoossiittiioonniinngg

RReettuurrnn ttoo oorriiggiinn

JJoogg

CPU Specifications [Economic type]

MMeemmoorryy ddeevviiccee

Specifications

BBuuiilltt—iinn

ffuunnccttiioonnCCnneett II//FF

SSppeecciiffiiccaattiioonnssIItteemm

KK77MM—DDRR1100UUEE KK77MM—DDRR1144UUEE KK77MM—DDRR2200UUEE KK77MM—DDRR3300UUEERReemmaarrkk

CCPPUU ooppeerraattiioonn mmeetthhoodd Cyclic execution of stored program, Time-driven interrupt, Interrupt task operation

II//OO ccoonnttrrooll mmeetthhoodd Scan synchronized batch processing method (refresh method), Direct method by command

PPrrooggrraamm llaanngguuaaggee Ladder Diagram, Instruction List

NNuummbbeerrss ooff BBaassiicc 30

iinnssttrruuccttiioonn AApppplliiccaattiioonn 265

PPrroocceessssiinngg ssppeeeedd Basic command: 0.4㎲/step

PPrrooggrraamm ccaappaacciittyy 2kstep

II//OO ppooiinnttss 10 points 14 points 20 points 30 points

PP P000�P63F I/O relay

MM M000�M191F Aux relay

KK K000�K31F Keep relay

LL L000�L63F Link relay

FF F000�F63F Special relay

100㎳: T000�T191

TT 10㎳: T192�T250 Timer

1㎳: T251�T255

CC C000�C255 Counter

SS S00.00�S99.99 (100×100 Steps) Step relay

DD D0000�D4999 Data register

OOppeerraattiioonn mmooddee RUN, STOP, PAUSE

SSeellff—ddiiaaggnnoossttiicc ffuunnccttiioonn Detect errors of scan time, Memory, I/O, Power supply

DDaattaa bbaacckkuupp mmeetthhoodd Set by parameter

MMaaxx.. eexxtteennssiioonn ssttaaggee 2 (except RTC/Memory pack)

BBuuiilltt—iinn aannaalloogg ttiimmeerr 2 points None

IInnppuutt ffiilltteerr 0, 2, 5, 10, 20, 50, 100, 200, 500, 100㎳ set by user

IInntteerrrruupptt 4 points (P0�P3), 50㎲

PPuullssee ccaattcchh 4 points (P0�P3), 50㎲

Built-in RS-485 Built-in RS-232C

MASTER-K dedicated protocol (LG protocol)

Modbus protocol

User-defined protocol

No protocol support

WWeeiigghhtt ((gg)) 520 540 660 850

※※ Special function modules are available after October, 2003.

TTyyppee IItteemm SSppeecciiffiiccaattiioonnss RReemmaarrkk

G7E-DR10A DC 24V input 6 points / Relay output 4 points

G7E-DR20A DC 24V input 12 points / Relay output 8 points

DDiiggiittaall II//OO mmoodduullee G7E-TR10A TR input 10 points

G7E-DC08A DC 24V input 8 points

G7E-RY08A Relay output 8 points

CCnneett iinntteerrffaaccee mmoodduulleeG7L-CUEB RS-232C 1Ch

G7L-CUEC RS-422 1Ch

RRTTCC mmoodduullee G7E-RTCA RTC module

MMeemmoorryy mmoodduullee G7M-M256B Memory module

Digital I/O specifications (Relay)

Digital input specifications

Digital output specifications (Relay)MMaaiinn uunniitt EExxtteennssiioonn mmoodduullee

KK77MM—DDRR2200UU KK77MM—DDRR3300UU KK77MM—DDRR4400UU KK77MM—DDRR6600UU GG77EE—DDRR1100AA GG77EE—RRYY0088AA GG77EE—DDRR2200AA

OOuuttppuutt ppooiinnttss 8 12 16 24 4 8 8

IInnssuullaattiioonn mmeetthhoodd Relay insulation

RRaatteedd llooaadd vvoollttaaggee//ccuurrrreennt DC 24V/2A (Register load), AC 220V/2A (COS = 1)/1point 5A/COM

MMiinn.. llooaadd vvoollttaaggee//ccuurrrreenntt DC 5V/1㎃

MMaaxx.. llooaadd vvoollttaaggee//ccuurrrreenntt AC 250V, DC 110V

OOffff lleeaakkaaggee ccuurrrreenntt 0.1㎃ (AC 220V, 60Hz)

MMaaxx.. oonn//ooffff ffrreeqquueennccyy 1,200/hr

SSuurrggee aabbssoorrbbeerr None

20 million times or more

Rated load voltage/current: 100,000 or more

AC 200V/1.5A, AC 240V/1A (COS = 0.7) 100,000 or more

AC 200V/1A, AC 240V/0.5A (COS = 0.35) 100,000 or more

DC 24V/1A, DC 100V/0.1A (L/R = 7㎳) 100,000 or more

10㎳ or less

12㎳ or less

OOppeerraattiioonn iinnddiiccaattiioonn LED

MMooddeell

SSppeecciiffiiccaattiioonn

RReessppoonnsseettiimmee

OOffff �� OOnn

OOnn �� OOffff

MMaaiinn uunniitt EExxtteennssiioonn mmoodduullee

KK77MM—DDRR2200UU KK77MM—DDRR3300UU KK77MM—DDRR4400UU KK77MM—DDRR6600UUGG77EE—DDRR1100AA GG77EE—DDCC0088AA GG77EE—DDRR2200AA

KK77MM—DDRRTT2200UU KK77MM—DDRRTT3300UU KK77MM—DDRRTT4400UU KK77MM—DDRRTT6600UU

IInnppuutt ppooiinnttss 12 points 18 points 24 points 36 points 6 points 8 points 12 points

IInnssuullaattiioonn mmeetthhoodd Photocoupler

RRaatteedd iinnppuutt vvoollttaaggee DC 24V

RRaatteedd iinnppuutt ccuurrrreenntt 7㎃

OOppeerraattiinngg vvoollttaaggee rraannggee DC 20.4�28.8V (ripple rate 〈 5%)

MMaaxx.. ssiimmuullttaanneeoouuss 100% Simultaneous on

iinnppuutt ppooiinnttss

OOnn VVoollttaaggee//OOnn ccuurrrreenntt DC 19V or higher / 5.7㎃ or higher

OOffff VVoollttaaggee//OOffff ccuurrrreenntt DC 6V or lower / 1.8㎃ or lower

IInnppuutt iimmppeeddaannccee Approximate 3.3㏀

0, 1, 2, 5, 10, 20, 50, 100, 200, 500, 1000㎳ (default: 10㎳), Set by user

0, 1, 2, 5,1 0, 20, 50, 100, 200, 500, 1000㎳ (default: 10㎳)

CCoommmmoonn tteerrmmiinnaall 12 points/COM 18 points/COM 12 points/COM 18 points/COM 6 points/COM 4 points/COM 12 points/COM

OOppeerraattiinngg iinnddiiccaattoorr LED

MMooddeell

SSppeecciiffiiccaattiioonn

MMeecchhaanniiccaall

EElleeccttrriiccaall

OOffff �� OOnn

OOnn �� OOffff

SSeerrvviiccee lliiffee

RReessppoonnssee

ttiimmee

Ψ Δ

1100

COM

R COM

Input No. P000~P001 (Basic module) Input No. P002~P023

Internalcircuit

Input circuit diagram

COM

Internalcircuit

Relay

Connection display of Digital input part According to external equipment type, refer to the following connection between DC input part and external devices.

EExxtteerrnnaall eeqquuiippmmeenntt ((II//OOss)) EExxtteerrnnaall eeqquuiippmmeenntt ((II//OOss))IInnppuutt ppaarrtt IInnppuutt ppaarrtt

RReellaayy

oouuttppuutt

ttyyppee

NNPPNN

OOppeenn

ccoolllleeccttoorr

oouuttppuutt

ttyyppee

NNPPNN

CCuurrrreenntt

oouuttppuutt

ttyyppee

PPNNPP

CCuurrrreenntt

oouuttppuutt

ttyyppee

VVoollttaaggee

oouuttppuutt

ttyyppee

CON7mARelay

CON-7mA0V

Output

Uses the same power in input power and power for sensor

Power(for sensor)

Uses the same power in input power and power for sensor

CON+

Output

Power(for sensor)

CON+7mA

Sensor

Output

Power(for sensor)

CON+7mA0V

Output

Uses the same power in input power and power for sensor

Constantcurrentcircuit

Power(for sensor)

Output circuit diagram

Digital I/O specifications (Relay)

1111

Digital output specifications (TR output)

AC110V ~240V

FG COM0

P40

COM1

P41

COM2

P42

COM3 P43

L L L LDC12V/24V

Output wiring

P/C

R 3

24V

TR1

R 3

24V

TR1

P40, P41

P42, P43

Internalcircuit

�P40�P43 of K7M-DRT��U type are for positioning control TR output (These can be used as general TR output).�TR parts would be damaged, when used for AC load.

Circuit diagram

Main module MMaaiinn mmoodduullee EExxtteennssiioonn uunniitt

KK77MM—DDRRTT2200UU KK77MM—DDRRTT3300UU KK77MM—DDRRTT4400UU KK77MM—DDRRTT6600UU GG77EE—TTRR1100AA

RReellaayy oouuttppuutt ppooiinnttss 4 points 8 points 12 points 20 points 0 points

TTRR oouuttppuutt ppooiinnttss 4 points 4 points 4 points 4 points 0 points

IInnssuullaattiioonn mmeetthhoodd Photocoupler

RRaatteedd llooaadd vvoollttaaggee DC 12/24V

IInnppuutt ooppeerraattiioonn vvoollttaaggee rraannggee DC 10.2�26.4V

MMaaxx.. llooaadd ccuurrrreenntt 0.1A/point 0.5A/point, 4A/COM

SSuurrggee aabbssoorrbbeerr Zener diode Clamp diode

OOffff lleeaakkaaggee ccuurrrreenntt 0.1㎃ or less

OOffff vvoollttaaggee ddrroopp DC 0.3V (0.1A) or less DC 1.5A or less

IInnrruusshh ccuurrrreenntt 4A, 10㎳ or less

0.2㎳ or less 2㎳ or less

CCoommmmoonn mmeetthhoodd 1point/COM 10 points/COM

OOppeerraattiioonn iinnddiiccaattiioonn LED

MMooddeell

SSppeecciiffiiccaattiioonn

RReessppoonnssee

ttiimmee

OOffff �� OOnn

OOnn �� OOffff

1122

Wiring diagram

24V OUT

DC5/12/24VAC110/220V

●●KK77MM—DDRR2200UU ●●KK77MM—DDRR3300UU ●●KK77MM—DDRR4400UU

●●KK77MM—DDRR6600UU

●●GG77EE—DDRR1100AA

I/O Part (Main module)

I/O Part (Extension module)

1133

G7E-DC08APROGRAMMABLELOGICCONTROLLER

G7E-TR10APROGRAMMABLELOGICCONTROLLER

DC12/24V

IN 24VDC 7mA

I01

I04 I06

I05 I07COM0

I03

I02

Q00 Q02 Q04 Q06 Q08∙ ∙ ∙Q04 Q05 Q06 Q07 Q08COM0 ∙ P

COM000

L L L L L

DC5/12/24VAC110/220V

※※ K7M-DRxxS/DC: PLC operating power is DC 24V.

※※ No allocation of I/O point

●● GG77EE—DDRR2200AA GG77EE—RRYY0088AA ((OOuuttppuutt))

●● GG77EE—TTRR1100AA ●● GG77EE—DDCC0088AA

I/O Part (Extension module)

●● II//OO aallllooccaattiioonn mmeetthhoodd

Addressing to each module for data output.

IInnppuutt

OOuuttppuutt

P000�000B

P040�P047

P080�P085

P090�P093

—

P100�010B

P110�P117

Basically, I/O area is a fixed-point type. Special and communication

modules have nothing to do with I/O allocation. Rest area can be used

as internal relays.

IItteemmss

MMaaiinn

EExxtteennssiioonn##11

EExxtteennssiioonn##22

EExxtteennssiioonn##33

SSppeecciiaall

AArreeaa

P000�P03F

P040�P07F

P080�P08F

P090�P09F

P100�P10F

P110�P11F

P120�P12F

P130�P13F

—

RReemmaarrkk

64 points

16 points

A/D, A/T, Communication

TTyyppee

Input

Output

Input

Output

Input

Output

Input

Output

Example)

DDRRTT2200UU((1122//88))

DDRR1100AA((66//44))

AADDHHBB※※ DDRR2200AA((1122//88))

++ ++ ++

1144

Built-in functions

Pulse catch functionUsing pulse catch function, a very short pulse signal can be taken as valid input

signal which can’t be executed by general digital input.Min. 10㎲

Time

Input image data

Input filter function

Any input signal shorter than assigned on/off filter time from KGLWIN is ignored.

※※ Using input filter function, malfunction by noise can be prevented effectively.

●● UUsseeaabbllee iinnppuutt ppooiinntt:: All input points

●● SSeettttiinngg iinnppuutt ffiilltteerr ttiimmee:: 8-point unit

●● AAssssiiggnnmmeenntt bbyy ggrroouupp (Extension Input)

●● SSeettttiinngg rraannggee:: 0 � 1s

(0, 1, 2, 5, 10, 20, 50, 100, 200, 500, 1000㎳)

●● IInnppuutt ppooiinntt:

8 points (P000 � P007)

●● Input signal shorter than scan time can

be detected.

Time

Input image data

Input signal

Input on/off delay time(Filter time)

Interrupt functionMK120S can perform interrupt function using input points without any special interrupt module.

Setting

Pulse catch setting

●● IInnppuutt ppooiinntt::

Max. 8 points (P000 � P007)

●● Rising, Falling, Rising & Falling

An input signal is valid after the setting time after an input filter signal becomes on.

The input image data turn off after the setting time after an input filter signal becomes off.

1155

High speed counter functionUsing HSC function, High speed pulses which are generated from encoder of pulse generator can be counted.

●● FFuunnccttiioonn

FFuunnccttiioonn DDeessccrriippttiioonn

4 counter modes are available as follows.

∙1-phase operation mode: Increment count by program

CCoouunntteerr mmooddee ∙1-phase+direction mode: Increment/decrement count by B-phase state

∙2-phase CW/CCW mode: Increment/decrement count by input pulse

∙2-phase multiplication mode: Increment/decrement count by phase difference

LLaattcchh ccoouunntteerr Counter latch function in power off or counter disable

PPrreesseett ffuunnccttiioonn Change current value to preset value

RRiinngg ccoouunntteerr ffuunnccttiioonn When counter value reaches set value, it rotates to 0

CCoommppaarriissoonn oouuttppuutt When counter value reaches set value, turns on output contact point of executes interrupt program.

RRPPMM ffuunnccttiioonn Calculates the RPM(Rotate per minute) of input pulse

●● SSppeecciiffiiccaattiioonnss

IItteemm SSppeecciiffiiccaattiioonnss

PPooiinntt 1-phase 4 points, 2-phase 2 points

IInnppuutt ssiiggnnaall A-phase, B-phase, Preset input (P4 � P7)

CCoouunnttiinngg rraannggee -2,147,483,648 � 2,147,483,647 (Binary 32 bit)

CCoouunnttiinngg ssppeeeedd Ch0, Ch1(1-phase 100kpps / 2-phase 50kpps) Ch2, Ch3 (1-phase 20kpps / 2-phase 10kpps)

AAddddiittiioonnaall ffuunnccttiioonn Ring counter, Preset, Comparison output, RPM

NNoo.. TTeerrmmiinnaall NNoo..NNaammee UUssee

11 pphhaassee 22 pphhaassee 11 pphhaassee 22 pphhaassee

①① PP000000 Ch0 Counter input Ch0 A-phase input Counter input terminal A-phase input terminal

②② PP000011 Ch1 Counter input Ch0 B-phase input Counter input terminal B-phase input terminal

③③ PP000022 Ch2 Counter input Ch2 A-phase input Counter input terminal A-phase input terminal

④④ PP000033 Ch3 Counter input Ch2 B-phase input Counter input terminal B-phase input terminal

⑤⑤ PP000044 Ch0 Preset 24V Ch0 Preset 24V Preset input terminal Preset input terminal

⑥⑥ PP000055 Ch1 Preset 24V Preset input terminal

⑦⑦ PP000066 Ch2 Preset 24V Ch2 Preset 24V Preset input terminal Preset input terminal

⑧⑧ PP000077 Ch3 Preset 24V Preset input terminal

⑨⑨ CCOOMM 00 Input Common Common terminal Common terminal

●● IInnppuutt

1) A/B-phase input●● IInnppuutt tteerrmmiinnaall ddiiaaggrraamm

IItteemm SSppeecciiffiiccaattiioonnss

RRaatteedd iinnppuutt vvoollttaaggee//ccuurrrreenntt DC 24V (7㎃)

OOnn gguuaarraanntteedd vvoollttaaggee 20.4V � 28.8V

OOffff gguuaarraanntteedd vvoollttaaggee Below 6V

2) Preset input

IItteemm SSppeecciiffiiccaattiioonnss

RRaatteedd iinnppuutt vvoollttaaggee//ccuurrrreenntt DC 24V (7㎃)

OOnn gguuaarraanntteedd VVoollttaaggee 20.4V � 28.8V

OOffff gguuaarraanntteedd VVoollttaaggee Below 6V

OOnn ddeellaayy ttiimmee Below 200㎲

OOffff ddeellaayy ttiimmee Below 200㎲

P00

P01

P02

P03

P04

24G

COM1

24VP22

COM0P10

P11P0FP05

P06

P07

P08 P23

① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨

Counter input Preset inputCommon terminel

※※ Refer to user’s manual regarding detail specifications.

1166

Built-in functions

Positioning controlThe position of servo or stepping motor can be controlled by positioning function.

Phase

Direction

Phase

Drive Motor

●● OOuuttppuutt tteerrmmiinnaall ddiiaaggrraamm

AC100-240V

FG COM0

P40

COM1

P41

COM2

P42

COM3P43

Motor drive

③ ④ Direction output⑤

Motor

②①

⑥

Phase output

COM0~3

●● SSppeecciiffiiccaattiioonnss

IItteemm SSppeecciiffiiccaattiioonnss

NNoo.. ooff ccoonnttrrooll aaxxiiss 2 axes

CCoonnttrrooll mmeetthhoodd PTP (point-to-point), speed control

CCoonnttrrooll uunniitt Pulse

PPoossiittiioonniinngg ddaattaa 20 data per each axis (operation step number: 1�20)

PPoossiittiioonniinngg mmeetthhoodd absolute/incremental method

AAddddrreessss rraannggee -2,147,483,648�2,147,483,647

SSppeeeedd Max. 100kpps, Speed range in setting: 5�100,000pps (unit of pulse)

PPoossiittiioonniinngg AAcccceelleerraattiioonn// Operation pattern: Trapezoidal method

DDeecceelleerraattiioonn mmeetthhoodd Acceleration/deceleration time: 0�10.000ms (unit of 1ms)

BBaacckkllaasshh ccoommppeennssaattiioonn 0�1,000pulses

BBiiaass ssppeeeedd 5�100,000pps

SSppeeeedd lliimmiitt 5�100,000pps

OOppeerraattiioonn mmooddee End, Keep, Continuous operation

OOppeerraattiioonn mmeetthhoodd Single, Repeat operation

SSppeeeedd HHiigghh//LLooww Speed setting range: 5�100,000pps

DDwweellll ttiimmee Setting range: 0�10,000㎳

OOrriiggiinn rreettuurrnn 11 Origin detection when approximate origin turns off

MMeetthhoodd 22 Origin detection after deceleration when approximate origin turns on

33 Origin detection by approximate origin

JJOOGG SSppeeeedd HHiigghh//LLooww Speed setting range: 5�100,000pps

PPWWMM oouuttppuuttPeriod setting range: 1�20,000㎳

Duty setting range: 0�100%

●● OOuuttppuutt

NNoo.. TTeerrmmiinnaall NNoo.. NNaammee UUssaaggee

①① P040 Positioning(Ch0) Pulse output terminal

②② P041 Positioning(Ch1) Pulse output terminal

③③ P042 Direction pulse Direction

(Ch0) output terminal

④④ P043Direction pulse Direction

(Ch1) output terminal

⑤⑤ COM Common Common terminal

⑥⑥ P 24V External 24V

supply terminal

RRaatteedd llooaadd LLooaadd MMaaxx.. llooaaddeedd MMaaxx.. vvoollttaaggee SSiiggnnaall nnaammee

vvoollttaaggee vvoollttaaggee rraannggee ccuurrrreenntt ddrroopp dduurriinngg OOnn

PPuullssee oouuttppuuttDC 12/24V DC 10.2�26.4V 100㎃ ≤ DC 0.3V

((ffoorrwwaarrdd ppuullssee,,

rreevveerrssee ppuullssee))

PP4400,, PP4411

PP4422,, PP4433

KK112200SS MMaaiinn uunniitt

Forward direction Reverse direction

1177

Positioning control — wiring●● WWiirriinngg wwiitthh DDCC55VV

Note 3)

Signal

Pulse

Common

Direction

Common

+24V Input

Origin point

Approximiate origin point

Lowear limit�

Upper limit

Emergency stop

Common

Ch0

P40

COMO

P42

COM2

P04

P05

P00

P01

Ch1

P41

COM1

P43

COM2

P06

P07

P02

P03

K7M-DRT U**

DC24V

DC5V

Max. 2m

Stepping motor driver

CW-

CW+

CCW-

CCW+

TIMING

COM

Input point

COMO (input)

Note 4)*

Note 1)*

●● WWiirriinngg wwiitthh DDCC2244VV

Input point

COMO (input)

K7M-DRT U**Max. 2m

Ch0

P40

COMO

P42

COM2

P04

P05

P00

P01

Ch1

P41

COM1

P43

COM2

P06

P07

P02

P03

DC24V

Stepping motor driver

CW-

CW+

CCW-

CCW+

TIMING

COM

2K, 1/2W

Note 3)*

Signal

Pulse

Common

Direction

Common

+24V Input

Origin point

Approximiate origin point

Lowear limit�

Upper limit

Emergency stop

Common

Note 4)*

Note 1)*

Note 2)*

ccw

Off

Pulse input

Rotating direction input

Motor operation

※※ Note) 1. In case of VEXTA RK series, TIMING output turns on when a motor rotates at every 7.2 degree. For exact ‘return to origin’, we suggest you to configure‘AND’operation using TIMING output and the DOG sensor. It may be different to each system features to return to origin by the DOG sensor withoutTIMING output signal (The rated input for the origin of K120S is DC24V.)

2. Using DC24V, wire a proper resistor to driver in series.3. Input points for origin point, approximate origin point, and upper/lower limit signal are fixed but if they’re not used, you are able to use them as general

input points. You can use emergency stop with the command (POSCTR).4. Positioning phase of K120S is as follows: Set the input mode of a step motor driver to 1 phase input mode because motor operation is determined by

rotating direction input.

※※ The maximum connection cable between PLC

and driver equipment is 2m. Please refer to

user’s manual for the connection with other

servo drivers.

1188

Built-in functions

PID Control●● FFeeaattuurreess

�PID function is integrated into the main unit. And, all the PID functions can be performed with instruction (PID8, PID8AT).

�P operation, PI operation and on/off operation can be selected easily.

�Manual output (user-defined forced output) is available.

�By proper parameter setting, it can keep stable operation regardless of external disturbance.

�The operation scan time (the interval that PID controller gets sampling data from an actuator) is changeable for optimizing the system characteristics.

�PWM (pulse width modulation) output is available

※※ P, I, and D value are automatically calculated by auto-tuning.

●● EExxaammppllee

●● SSppeecciiffiiccaattiioonnss

IItteemm SSppeecciiffiiccaattiioonnss

NNoo.. ooff PPIIDD lloooopp 8 loops

PPrrooppoorrttiioonnaall vvaalluuee 1�10,000 (100-time scaled up), D area

PPIIDD IInntteeggrraall vvaalluuee 1�20,000 (100-time scaled up), D area

DDiiffffeerreennttiiaall vvaalluuee 1�20,000 (100-time scaled up), D area

SSeettttiinngg vvaalluuee 0�4,000, D area

PPrreesseenntt vvaalluuee 0�4,000, D area

MMaanniippuullaattiioonn vvaalluuee 0�4,000, D area

MMaannuuaall ooppeerraattiioonn vvaalluuee 0�4,000, D area

CCoonnttrrooll aaccttiioonn P, PI, PID, P_PWM, PI_PWM, PID_PWM, On-Off

SSccaann ttiimmee 1�100 (0.1 second unit), D area

PPrroocceessssiinngg ttyyppee Velocity type, Position type

Set valueManipulation

valueD/A

converting module

Manual MVManual MV

A/Dconverting module

Sensor

ControlobjectPID calculation

SVMVMV

AutomatedAutomatedMVMV

PVPresentvalue

Auto-tuning: P, I and D values calculatedautomatically

�PID operation�

●● SSyysstteemm

SpecificationAA//DD∙∙DD//AA HHyybbrriidd mmoodduullee AA//DD MMoodduullee DD//AA MMoodduullee

-AAnnaallooggiinnppuutt

AAnnaallooggoouuttppuutt

CCoommmmoonn

Set by input terminal(When current input isused, short the V and Iterminal)

DC 0�10V (load resistance2㏀�1㏁)

DC 0�20㎃ (loadresistance 510Ϊ)DC 4�20㎃ (loadresistance 510Ϊ)

DDiiggiittaall iinnppuutt 12 bits (0�4,000) 12 bits (0�4,000)

VVoollttaaggee//ccuurrrreenntt sseelleeccttiioonn Separated from terminal

NNoo.. ooff cchhaannnneell 1Ch/module 2Ch/module 4Ch/module

AAbbssoolluuttee VV DC +12VDC +24㎃ DC +12V

mmaaxx.. oouuttppuutt II DC +24㎃

VV DC 0�10V: 2.5㎷ (1/4000) DC 0�20㎃: 5㎂2.5㎷ (1/4000)

MMaaxx.. rreessoolluuttiioonnDC 0�20㎃: 5㎂ (1/4000) (1/4000)

IIDC 4�20㎃: 6.25㎂ (1/3200)

DC 4�20㎃: 6.25㎂

(1/3200)

AAccccuurraaccyy ±0.5% (full scale) 0.5%

MMaaxx.. ccoonnvveerrssiioonn ssppeeeedd 1㎳/Ch＋scan time 500㎳/Ch＋scan time 1㎳/Ch＋scan time

IInnssuullaattiioonn Photocoupler insulation between I/O terminal and PLC power supply (Non-insulation between channels).

CCoonnnneecctt tteerrmmiinnaall 9 points 2 terminals 8 points 2 terminals 2 points/16 points terminals 16 points terminal 8 points 2 terminals

IInntteerrnnaall ccuurrrreenntt ccoonnssuummppttiioonn 20㎃ 20㎃ 100㎃ 20㎃ 15㎃

EExxtteerrnnaall ppoowweerr VV DC 21.6�26.4V

ssuuppppllyy II 80㎃ 95㎃ 100㎃ 80㎃ 90㎃

WWeeiigghhtt 240g 180g 300g 280g 160g

Set by dip S/W for V/I selection on left side of product(left: V, Right: I)

Set by jumper pin for V/I selection upperpart of product(Up: V, Down: I)

IItteemmGG77FF—AADDHHAA GG77FF—AADDHHBB GG77FF—AADD22AA GG77FF—DDAA22II GG77FF—DDAA22VV

VVoollttaaggee DC 0�10V (input resistance: more than 1㏁)

DC 0�20㎃ (input resistance 250Ϊ)IInnppuutt rraannggee

CCuurrrreenntt DC 4�20㎃ (input resistance 250Ϊ)

Classified by parameter

DDiiggiittaall oouuttppuutt 12 bits (0�4,000)

VVoollttaaggee//ccuurrrreenntt

sseelleeccttiioonn

V/I selected by KGLWIN parameter

Short the V and I terminal when current input is used.

NNoo.. ooff cchhaannnneell 2Ch/module 4Ch/module

AAbbssoolluuttee VV DC +12V DC ±15V

mmaaxx.. IInnppuutt II DC +24㎃ DC +25㎃

VV DC 0�10V (External load resistance 2㏀�1㏁)

OOuuttppuutt rraannggee II

DC 0�20㎃ (External load resistance 510Ϊ)

DC 4�20㎃ (External load resistance 510Ϊ)

Classified by parameter

※※ Caution for wiring- 2-core, shielded twisted pair cable is recommended. Size: AWG22 (0.3㎟) or higher.

— Wiring with high voltage or generation line, it makes induction failure which may cause malfunction or be out of order.

Specifications

Analog module

1199

2200

Analog module

V 0 I 0 Com0 V 1 I 1 Com1

24V ChO Ch1 V+ V — I + I —

ChO h1C

Input select Ch0 (Input)

PWR

Ch1 (Input)

Output Input

G7F-

LOGICCONTROLLER

ADHAPROGRAMM ABLE

V0+

24G 24V V0

I0 V1 Com0 I1

Com1

I0+ I0 —

V1+ I1+ V1- I1 — V0-

G7F-ADHB PROGRAMMABLE LOGIC CONTROLLER

Ch0 Ch1

Input Input

Output

PWR

⑤ ④①

⑦ ⑥⑥

②③

④

①

⑦

③

⑤ ②

NNoo.. NNaammee GG77FF—AADDHHAA//GG77FF—AADDHHBB

①① PPWWRR LLEEDD Indicate the operating status.

When current input is used,

②② AAnnaalloogg iinnppuutt tteerrmmiinnaallShort the V and I terminal.

Connect upper parts by jumper pins.

Jumper pin of analog input (V/I)

③③ JJuummppeerr ppiinn ooff aannaalloogg iinnppuutt

S/W to choose voltage or current.

③③、、 DDiipp sswwiittcchh ooff aannaalloogg iinnppuutt

Terminal to output analog signal.

④④ AAnnaalloogg OOuuttppuutt tteerrmmiinnaall

G7F-ADHB has 2 output channels so it can select voltage/current respectively.

⑤⑤ EExxtteerrnnaall ppoowweerr iinnppuutt tteerrmmiinnaall External voltage 24VDC needs to this terminal.

⑥⑥ EExxtteennssiioonn ccaabbllee The cable is used to connect while an analog mixture module is used.

⑦⑦ EExxtteennssiioonn ccaabbllee ccoonnnneeccttoorr The connector connects extension cable when an extension module is used.

V0 I0 COM0Ch0 ( Input )

V0 I0 COM0Ch0 ( Input )Voltage

inputCurrent input

Input selectCh0 Ch1

Right: Ch1Left: Ch0

Connect upper parts by jumper pins

Connect lower parts by jumper pins

Voltage input Current input

V+ V- I+ I- Output

Voltage output Current output

Input select

Ch0 Ch1

Right: CurrentLeft: Voltage

Names of parts and functions

G7F-ADHA G7F-ADHB

2211

24V

24G

Ch0

24V

I-

I+ I+

I- I-

I+ I+

I- ·

Ch1 Ch2 Ch3

PWR

G7F-

LOGICCONTROLLER

DA2IPROGRAMM ABLE

V0- V0+ V1+

V1- V2- V2+ V3+

V3-

G7F-DA2V PROGRAMMABLE LOGIC CO NTRO LLER

24V 24G

PWR

24V 24G

Input select

Input

Ch3 Ch2 Ch1 Ch0

Ch0

Ch1 Ch2 Ch3 V0 COM0

· I1

V1 Com1

· I2

V2 Com2

· I3

V3 Com3

PWR

G7F-

LOGICCONTROLLER

AD2APR OG RAMM ABLE

⑤

③ ②

⑥ ⑤

①④ ④ ①

⑥ ⑤

② ②

⑥

③ ①

Input

NNoo.. NNaammee GG77FF—AADD22AA GG77FF—DDAA22II//GG77FF—DDAA22VV

①① PPWWRR LLEEDD Indicate the operating status.

Analog input terminal.

②② AAnnaalloogg iinnppuutt tteerrmmiinnaall

∙When current input is used, short the V and I terminal

Jumper pin of analog input (V/I).

③③ JJuummppeerr ppiinn ooff aannaalloogg iinnppuutt

④④ EExxtteerrnnaall ppoowweerr iinnppuutt tteerrmmiinnaall External voltage 24VDC needs to this terminal.

⑤⑤ EExxtteennssiioonn ccaabbllee The cable is used to connect while an analog mixture module is used.

⑥⑥ EExxtteennssiioonn ccaabbllee ccoonnnneeccttoorr The connector connects extension cable when an extension module is used.

Ch0

·V0

Com0Com0Ch0

Voltageinput

Current input

Names of parts and functions

G7F-AD2A G7F-DA2I G7F-DA2V

ChO

Input select

V I

Ch 1 Ch 2 Ch 3

ChO Ch1 Ch 2 Ch 33 Ch

ChO Ch 1Ch 2

Connect left parts by jumper pin

Connect right partsby jumper pin

Voltage input Current input

—

2222

RTD module / Analog timer

G7F-

LOGICCONTROLLER

AT2APROGRAMMABLE

PWR

24V

B A b

· B A b

A b B A b 24G

G7F-RD2A PROGRAMMABLE LOGIC CONTROLLER

Ch2 Ch3

Ch0 Ch1

PWR

④

②

⑤

①

④

①

⑤

③ ②

②

Input

Ch0 Ch1 Ch2 Ch3

IItteemm SSppeecciiffiiccaattiioonn

CChhaannnneellss 4

OOuuttppuutt vvaalluuee rraannggee 8 bits (0 � 200)

SSeettttiinngg ttyyppeeSetting by variable

resistance

AAccccuurraaccyy ooff ttiimmeerr ±2.0%

(Accuracy about max. value)

IInntteerrnnaall ccuurrrreenntt

ccoonnssuummppttiioonn50㎃

WWeeiigghhtt 200g

NNoo.. NNaammee GG77FF—AATT22AA GG77FF—RRDD22AA

①① RRUUNN LLEEDD Indicate the operation status

②② TTiimmeerr vvoolluummeeTimer setting per channel by

-adjustment of variable resister

②② 、、 RRTTDD iinnppuutt tteerrmmiinnaall -Terminal block which connects

Pt100Ω or JPt 100 100Ω

③③ EExxtteerrnnaall ppoowweerr iinnppuuttExternal voltage 24VDC

needs to this terminal

④④ EExxtteennssiioonn ccaabbllee This cable is used to connect while an extension module is used

⑤⑤EExxtteennssiioonn ccaabbllee This connector connects the extension cable when an extension

ccoonnnneeccttoorr module is used.

Specifications (G7F-AT2A)

Names of parts and functions

G7F-AT2AG7F-RD2A

IItteemm SSppeecciiffiiccaattiioonnss

CCoonnnneeccttaabbllee RRTTDD ∙Pt100 (JIS C1640-1989, DIN 43760-1980) ∙JPt100 (KS C1603-1991, JIS C1604-1981)

TTeemmppeerraattuurree iinnppuutt rraannggee ∙Pt100: -200�600℃ (18.48 to 313.59Ω) ∙JPt100: -200�600℃ (17.14 to 317.28Ω)

DDiiggiittaall oouuttppuutt ∙Digital conversion value: 0�4,000 ∙Detected temperature value: -2000�6000 (10-time scaled up value)

BBuurrnnoouutt ddeetteeccttiioonn Each of three wires at every channel has detection function

AAccccuurraaccyy ±0.5% (Full scale)

MMaaxxiimmuumm ccoonnvveerrssiioonn ssppeeeedd 40scan/module

NNuummbbeerr ooff tteemmppeerraattuurree 4 channels/module

iinnppuutt ddeevviiccee ppooiinnttss

IInnssuullaattiioonn mmeetthhoodd Photocoupler insulation between the input terminal and PLC power supply (Non-insulation between channels)

CCoonnnneeccttiioonn tteerrmmiinnaall bblloocckk Two 8-point terminal blocks

IInntteerrnnaall ccuurrrreenntt ccoonnssuummppttiioonn 25㎃

EExxtteerrnnaall ppoowweerr ssuuppppllyy VV DC 21.6�26.4V

II 70㎃

WWeeiigghhtt 240g

Specifications (G7F-RD2A)

2233

Data register for special modules

In RTD module, following data register are allocated.

EExxtteennssiioonn ppoossiittiioonnTTeemmpp.. vvaalluuee DDiiggiittaall ccoonnvveerrssiioonn

CChh00 CChh11 CChh22 CChh33 CChh00 CChh11 CChh22 CChh33

SSppeecciiaall mmoodduullee ##11 D4980 D4981 D4982 D4983 D4780 D4781 D4782 D4783

SSppeecciiaall mmoodduullee ##22 D4984 D4985 D4986 D4987 D4784 D4785 D4786 D4787

SSppeecciiaall mmoodduullee ##33 D4988 D4989 D4990 D4991 D4788 D4789 D4790 D4791

� Offset/Gain value is fixed and unchangeable.� Analog input is set up to current initially.� Max. 3 modules are extendible.

●● VVaarriioouuss rraannggeess ooff iinnppuutt//oouuttppuutt

MMoodduullee

GG77FF—DDAA22VV

GG77FF—DDAA22II

GG77FF—AADD22AA

GG77FF—AADDHHAA

GG77FF—AADDHHBB

GG77FF—RRDD22AA

CChhaannnneellss

4Ch

Input: 2Ch

Output: 1Ch

Input: 2Ch

Output: 2Ch

4Ch

RRaannggee ooff IInnppuutt//oouuttppuutt

DC 0�10V

DC 4�20㎃, DC 0�20㎃

DC 0�10V,

DC 4�20㎃, DC 0�20㎃

DC 0�10V,

DC 4�20㎃, DC 0�20㎃

DC 0�10V,

DC 4�20㎃, DC 0�20㎃

Pt100, JPt100

Data register for special extension modules.

EExxtteennssiioonn HHyybbrriidd mmoodduullee AA//DD mmoodduullee DD//AA mmoodduulleeAAnnaalloogg RRTTDD

DDaattaa rreeggiisstteerrppoossiittiioonn

ttiimmeerr iinnppuutt mmoodduullee

GG77FF—AADDHHAA GG77FF—AADDHHBB GG77FF—AADD22AA GG77FF—DDAA22II GG77FF—DDAA22VV GG77FF—AATT22AA GG77FF—RRDD22AA

DD44998800Ch0 A/D Ch0 A/D Ch0 A/D Ch0 D/A Ch0 D/A Ch0 A/T Ch0