FAgoods Time and Wire Saving Devices General Catalog

FAgoods Time and Wire Saving Devices General Catalog Time and Wire Saving Devices Network Devices Products for Monitoring and Traceability Upgrade Tool Products Products for System Maintenance 2022-23 Creating a safe and secure control panel

Source: Mitsubishi Electric Corporation e-F@ctory Manufacturing can be optimized by analyzing and utilizing the data collected from various devices and equipment connected with IoT in developing, manufacturing, and logistics processes. Our high technical capability and quality and technique to link FA devices and IT system will offer solutions for next-generation manufacturing such as mass customization, preventive maintenance, and traceability. Fields of manufacturing are changing and to be changed Labor-saving will support future manufacturing as the number of workers is decreasing today. Our products provide five methods for innovative solutions according to fields of manufacturing. 2

Time and wire saving devices Network devices Products for monitoring and traceability Five methods for smart factory Upgrade tool products Products for system maintenance Time and wire saving devices Network devices Easy wiring for innovative solutions Introduction of small-scale IoT Our products can offer innovative solutions by reducing to reform production sites wiring work for PLCs (programmable controllers), servo We provide products to use the CC-Link systems, HMIs (Human Machine Interfaces), and family, SSCNET, or FL-net communication. computerized numerical controllers (CNCs). Products for monitoring and traceability Visualization (monitoring and diagnosis) of production sites Our products and solutions enable monitoring and diagnosis. Upgrade tool products Upgrading system leading to smart factory System can be upgraded for smart factory using our products for upgrading PLCs (programmable controllers) and devices and software for servo system. Products for system maintenance Stable operation for productivity improvement We provide products to reduce cost and time for maintenance in production sites. 3

Our products solve your issues. Taking wiring time due to Time and wire saving complicated wiring works devices Taking time to check wiring Taking maintenance time due to retightening the screw or other works Easy wiring for innovative solutions Smaller enclosure size Our products can offer innovative solutions by Reducing wiring inside the control panel to reducing wiring work for Mitsubishi Electric save space and costs programmable controllers, servo systems, HMIs (GOTs), and computerized numerical Saving space in the control panel by controllers (CNCs). optimized system configuration Our products are also available for non-Mitsubishi PLCs. Batch monitoring information from each sensor Incorporating simple Internet of Things rather than large-scale IoT 4

Reforming work style by reducing the wiring work Easy push-in connection Easy connection with a dedicated cable R 1P L E L R N U B N C C 1 N I K D 2 S A 3 L 4 E L R D D B 5 S E 6 D G 7 N I K M LSEC S / Cable • Reducing wiring work by using push-in connection compared Using a dedicated cable enables prior check of pin layout and to the screw type (No need for technical skills such as reduces cost and time for wiring. handling a screwdriver or tightening the screws) Labor-saving leads to work style reform. • No need for retightening work at delivery or inspection of a panel or devices • Elimination of risks arising from screw-loosening due to vibration or long-term use Different use depending on the application in a variety of lineups Lineup depending on the connected devices Optimized configuration with a base unit 4-point 8-point 16-point installation base unit installation base unit installation base unit Digital signal converter Programmable controller Servo amplifier HMI (GOT) CNC Cable N/O contact relay N/C contact relay Triac output Transistor output Signal output output pass-through Electromagnetic switch, switch, relay, lamp, sensor (such as temperature/flow rate/ pressure), servo amplifier, or other devices AC magnetic starter DC magnetic starter Solenoid valve DC relay DC lamp Indication lamp Devices in the system can be connected with one programmable controller module by combining output modules on the base unit. Implementing "easily collecting device information" and "wiring saving" by connecting a network Maintenance and management Data analysis Production site Main power Emergency stop Control V bration ℃ % Installation inside the system enabled by one-cable connection Information of electromagnetic switches and sensors (such as thermal, flow, and pressure sensors) can be visualized by simply connecting an analog/digital signal converter with a network interface module. Information can be batch-collected. Wiring and maintenance time can also be reduced because of using a single Ethernet cable. 5 For servo systems For programmable controllers, HMIs, and CNCs

Configuration diagram MELSEC iQ-R MELSEC-Q MELSEC-L series series series MELSEC iQ-F MELSEC-F series series Network interface module ▶ P.320 Junction terminal block Junction terminal block Junction terminal block ▶ P.120 ▶ P.120 ▶ P.120 Digital signal converter Analog signal converter Analog signal converter (terminal module) ▶ P.218 ▶ P.288 ▶ P.288 HMI AC/DC magnetic starter Servo amplifier Temperature sensor Encoder Temperature sensor (torque control) Computer, etc. DC switch Humidity sensor Pulse generator Humidity sensor Inverter (speed control), etc. Vibration sensor Vibration sensor AC/DC limit switch Servo amplifier, etc. Flow sensor Flow sensor DC pilot lamp Concentration sensor Concentration sensor AC relay, etc. Pressure sensor Pressure sensor Laser distance sensor, etc. Laser distance sensor, etc. 6

MR-J5 MR-J4 GT2000 GT1000 M800/M80 series series series series series FLS/RLS/DOG Anywire's signal-specialized network ASLINKTERMINAL amplifier terminal block Panel mount HMI speaker ▶ P.340 ▶ P.37 Network amplifier CC-Link goods junction terminal block Junction terminal block ▶ P.340 ▶ P.120 Junction terminal block for servo motors with brakes GOT goods ▶ P.340 Digital signal converter (terminal module) ▶ P.328 General-purpose interface amplifier junction terminal block ▶ P.218 ▶ P.340 AC/DC magnetic starter Remote I/O module Sensor Temperature controller, etc. AC/DC magnetic starter DC switch Relay DC switch Pulse generator, etc. AC/DC limit switch AC/DC limit switch DC pilot lamp DC pilot lamp AC relay, etc. AC relay, etc. 7

Time and wire saving devices For programmable controllers, HMIs, and CNCs 8

For programmable controllers, HMIs, and CNCs INDEX Advantages of using the time and wire saving devices for programmable controllers P.10 Overview/features Junction terminal block P.12 Digital signal converter (terminal module) P.24 Related products (network interface modules) P.35 Related products (ASLINK connection) P.37 Analog signal converter P.38 Related products (network interface modules) P.47 Communication cable and cable for HMI (GOT) P.50 Junction terminal blocks for CNCs P.52 Selection tool P.54 Selection chart MELSEC iQ-R series P.56 MELSEC iQ-F series P.66 MELSEC-Q series P.74 MELSEC-F series P.85 MELSEC-L series P.91 CC-Link family networks P.97 Non-Mitsubishi PLCs P.116 Junction terminal blocks Model list P.120 Specifications P.126 Digital signal converters (terminal modules) Model list P.218 Selection notes P.222 Precautions for use P.226 Specifications P.230 Analog signal converters Model list P.288 Specifications P.292 Small-scale IoT (network interface modules) Model list P.320 Specifications P.322 Communication cables and cables for HMIs (GOTs) Model list P.328 Specifications P.329 9 For programmable controllers, HMIs, and CNCs

Advantages of using the time and wire saving devices for programmable controllers Before Our challenges are reducing wiring work and saving the space inside the panel • Taking time for the wiring work • Smaller enclosure size • Poor maintenance Conventional method Indicator lamp, etc. A Programmable controller • Tightening the screws per point is required due to screw R 1P terminal type. U B A • Retightening the screws is required. U B Switch, etc. S E M LS C / • Connecting with the indicator/switch of the installed panel by screw terminals B Relay control B Installing 32 points in 2 stages and connecting them to the electromagnetic switch or switch in the device C Analog control C Installing 16 points and connecting them to the sensors such as temperature/humidity/vibration in the device D External terminal block for D connection with devices Connecting a junction terminal in the panel to easily connect with devices (Cables must be wired to junction terminals on the relay box side.) Control panel Relay box To each sensor 10

Advantages of using the time and wire saving devices for programmable controllers After Time and wire saving devices solve your issues. • Simple wiring to a programmable controller using the dedicated cable • Space saving for the inside of the control panel • Cost saving by eliminating system configuration waste When time and wire saving devices are used A Programmable controller • One-touch connection with the dedicated cable between a connector type programmable controller and the terminal block • Optimizing the module configuration by converting the signals from those of the programmable controller • Easy wiring with the spring clamp terminal block to connect the indicator/ switch in the panel. R 1P B Relay control A L R U B NK • Connecting different voltages to each device (module selectable for each L R S E NK point) • Enabling distributed installation of time and wire saving devices near connected devices within the system. (4/8/16-point installation base units are available.) • Easy wiring with the spring clamp type, connection quality stability, reduction in costs and time for maintenance C Analog control • Connecting temperature, humidity, and vibration sensors by each point Indicator lamp, etc. (module selectable for each point) Switch, etc. • Configuring an optimal system by selecting the installation base unit suitable for the system. (4/8-channel installation base units are available.) • Visualizing information from sensors easily (introducing small-scale IoT) External terminal block for connection with devices No need for the external terminal block because a network interface module connects the master module and the devices only with a single network cable. Control panel B C Relay box To each sensor 11 Advantages of using the time and wire saving devices for programmable controllers For programmable controllers, HMIs, and CNCs

Junction terminal block Reforming working style by reducing wiring work using a wide selection. Before After Programmable controller Programmable controller Dedicated cable Tightening Junction terminal block One-touch External the screws (spring clamp connection terminals terminal block) Device Device Tightening Push-in the screws connection • Easy push-in connection Retightening the screws is required at maintenance • Retightening the screws is not required at work. maintenance work P.13 Optimum connection method The connection method can be changed to the optimum connection method, such as using the spring clamp terminal block, selected from a wide selection. P.15 Easy wiring, reducing wiring time A programmable controller and a junction terminal block can be easily wired using the dedicated cable. 12

Overview/features For details, refer to ▶P.120 to P.217 Optimum connection method The connection method can be changed to the optimum connection method, such as using the spring clamp terminal block, selected from a wide selection. (Refer to P.20 to P.21 "Junction terminal blocks (connection method)") Feature of connection method Spring clamp terminal block • Push-in connection does not require screwdrivers. (Significant reduction for wiring work) • Reliable connections (No need for the screw tightening skill) • No need for screw retightening (easier maintenance) Programmable controller side Junction terminal block side Cables with spring clamp terminal block • Wiring work for the programmable controller modules with a spring clamp terminal block is reduced by 99%. • Cables do not need to be terminated or wired to the terminal block individually because the ferrules have already been attached to the cables. • Cables are selectable by the type (discrete cable type or connector type), ampere capacity, and number of pins. Screw terminal block (Example) Spring-up screw type • Easy wiring with round terminals by falling prevention screw mechanism Finger protection Spring-up screw • Electric shock prevention by a finger protection • M3.5 screw type supports thick wires. Terminal block Round solderless terminal e-CON, one-touch connector Connector • No need for stripping wires Push in. Discrete cable (device directly connected) • Directly connecting to a device is available. • Selectable from unprocessed solderless terminals, Y-shaped solderless terminals, or round solderless terminals • Available for non-Mitsubishi PLCs 13 Overview/features For programmable controllers, HMIs, and CNCs

Connection method according to device specifications A terminal block is connected to a limit switch or load using one wire. However, a common terminal is required. 1-wire type Input Output Limit switch, etc. Load L L Terminal block Terminal block for common wiring for common wiring 1-wire type + common 2-wire or 3-wire type is available with the use of 1-wire type junction terminal block. terminal block Common terminal block A terminal block is connected to a limit switch or load using two wires. 2-wire type Since a terminal block for the common wiring is not required, switches or loads can be installed at a distance from one another. (This can be used as 1-wire type.) Input Output Limit switch, etc. L L Load A terminal block is connected to sensors using three wires. 3-wire type Since a terminal block for the common wiring is not required, sensors can be installed at a distance from one another. (This can be used as 1-wire type or 2-wire type.) Sensor, etc. 14

Overview/features For details, refer to ▶P.120 to P.217 Easy wiring, reducing wiring time Dedicated cables and junction terminal blocks applicable to each module are available so that optimum system can be configured and wiring work can be reduced by one-touch connection between the programmable controller and the junction terminal block. We provide dedicated cables such as the cable for terminal block module, cables with shielded and a ferrite core to reduce noise, and the cable for the assembled positioning module to easily configure the system. Cable with spring clamp terminal block Wire ends terminated / wires connected one by one Just remove and attach the cable with spring clamp terminal block 20 minutes 17 Wiring time 1) Terminate minutes 9 minutes 2) Connect 4 seconds 2) Attach 18 34 40 1) Remove No. of pins * Internal investigation data are used for the wiring time. Cable with connectors Cable for assembled positioning module Connectors (FCN, MIL, or D-Sub) according to the programmable controller are available. Cable with screw terminal block Cables with shielded and a ferrite core No need for wiring check No need for wiring check Cable length customization Dedicated cables have already been assembled. The cable length can be customized. Wiring check per point, which is required for fabricated cables, is not (For applicable cables and the maximum cable length, please consult your required. local Mitsubishi representative.) 15 **E1F18 Overview/features For programmable controllers, HMIs, and CNCs

Dedicated cables and junction terminal blocks for each module For I/O, analog, thermocouple, RTD, and temperature control modules For the I/O module, signals of the 32-point module can be branched into two 16-point modules. Dedicated cable Junction terminal block Programmable controller Analog/ RTD/ Temperature Connection type Shape Connection type Input/output Connection type thermocouple high-speed counter control Spring clamp terminal Straight ● Spring clamp, block MIL (20P) 1:1 (16-point) screw Straight Discrete Spring clamp, General-purpose 1:1 cable screw Branch ● Spring clamp, MIL (20P) × 2 1:2 (16-point × 2) screw FCN connector Straight MIL (40P) ● ● ● Spring clamp, 1:1 (32-point) screw Straight Discrete Spring clamp, MELSEC iQ-R General-purpose 1:1 cable screw MELSEC-Q MELSEC-L non-Mitsubishi Branch MIL (20P) × 2 ● PLC 1:2 (16-point × 2) Spring clamp, screw D-Sub connector Straight MIL (40P) ● C 1:1 (32-point) ● ● Straight Discrete Spring clamp, General-purpose 1:1 cable screw Branch ● Spring clamp, MIL (20P) × 2 1:2 (16-point × 2) screw Screw terminal block Straight ● ● ● Spring clamp, MIL (20P) 1:1 (16-point) screw Discrete cable Straight ● Spring clamp, MIL (20P) 1:1 screw Spring clamp terminal Straight MIL (20P) ● Spring clamp, block 1:1 (16-point) screw Straight Discrete Spring clamp, General-purpose 1:1 cable screw MIL (20P) MELSEC iQ-F Straight ● Spring clamp, MIL (20P) MELSEC-F 1:1 (16-point) screw MIL (20P) × 2 Straight Spring clamp, MIL (40P) ● 1:1 (32-point) screw Spring clamp terminal Straight ● Spring clamp, MIL (20P) block 1:1 (16-point) screw Straight Discrete Spring clamp, General-purpose 1:1 cable screw Branch ● Spring clamp, MIL (20P) × 2 1:2 (16-point × 2) screw FCN (40P) Straight Spring clamp, MIL (40P) ● 1:1 (18-point) screw CC-Link IE TSN CC-Link IE Field Straight Discrete Spring clamp, General-purpose CC-Link IE Field 1:1 cable screw Basic CC-Link Branch ● Spring clamp, MIL (20P) × 2 1:2 (16-point × 2) screw MIL (20P/40P) Straight MIL ● Spring clamp, 1:1 (20P/40P) (20/40-point) screw Discrete cable Straight Spring clamp, MIL (20P) 1:1 ● screw 16

Overview/features For details, refer to ▶P.120 to P.217 Straight cable connection 32-point 16-point Q6 DV UN R R 2 3 5 6 9 32-point 16-point A D 0 1 Branch cable connection 32-point 32-point FA-CBL**FM2LV Branching cable (programmable controller side) FA-CBL**FM2V Branching cable (junction terminal block side) 16-point 16-point 16-point 16-point A digital signal converter A digital signal converter can be used. can be used. Distributed installation of I/O module Signals of 32-point module can be distributed to four modules maximum (8 points × 4 modules) Dedicated cable (between programmable controller Junction Junction and junction terminal block) terminal block Dedicated cable (between junction terminal blocks) terminal block Connection type Shape Connection type Input/output Connection type Shape Connection type Input/output FCN connector MIL (40P) connector MIL (40P) connector MIL (40P) connector MELSEC iQ-R/ MELSEC-Q/ MELSEC-L 32-point module Straight ● Straight ● 1:1 For distributing 1:1 For distributing Distributed connection 32-point 32-point 32-point FA-CBL**MMH FA-CBL**MMH FA-CBL**MMH 8-point 8-point 8-point 8-point 8-point 8-point 16-point 16-point 16-point A digital signal converter A digital signal converter cannot be used. cannot be used. 17 Overview/features For programmable controllers, HMIs, and CNCs

For positioning modules Wiring for a positioning module that requires complicated processing can be easily connected to a servo amplifier using the assembled cable. 1 When directly connecting external signal device of the positioning module Dedicated cable Programmable controller Connection method Connected device Connection type Connection type Manual pulse generator External signals Servo amplifier Cable (directly External signals Positioning module connected) Manual pulse generator * External signals Servo amplifier *: A junction terminal block for general-purpose interface servo amplifiers (DG2SV1TB) can be used depending on the servo amplifier used. For details, refer to ▶P.358. Control panel To a positioning module To a positioning module Positioning module Dedicated cable A A C Manual pulse generator A for 1 axis/2 axes B Servo amplifier C External signal device External signal A B B device for 1 axis External signal External signal A B Servo amplifier C device device for 2 axes 1st axis 2nd axis 1st axis 2nd axis To a servo amplifier To a servo amplifier 2 When connecting an external signal device and a servo amplifier at the positioning module side with the junction terminal block Dedicated cable Dedicated cable Programmable Connection controller method Junction terminal block Connected device Connection type Connection type Connection type Connection type Manual pulse generator External signals External signals Connector Junction Positioning module terminal block type General-purpose stepping motor Servo amplifier Terminal Manual pulse generator - - block External signals 18 Power supply CPU

Overview/features For details, refer to ▶P.120 to P.217 Control panel Positioning module To To a positioning a positioning module module Dedicated cable Junction terminal block FA T Q 5DP A TB 7 DP A 1 3 AX 4 A 1 3 X /4 Dedicated cable E Manual pulse generator External signal external signal device D Servo amplifier E device for 1 axis D D Manual pulse generator external signal device D Servo amplifier E External signal for 2 axes device 1st axis 2nd axis 1st axis 2nd axis To a servo amplifier To a servo amplifier 3 When connecting an external signal device at the positioning module side with the junction terminal block (connecting a servo amplifier over the servo network) Dedicated cable Programmable controller Connection method Junction terminal block Connection type Connection type Servo amplifier, Junction terminal block Terminal servo network connection, type block positioning module Control panel Positioning module To a positioning module Servo network cable Dedicated cable Junction terminal block A T Q7 M Manual pulse generator external signal device Servo amplifier for 1 axis Manual pulse generator external signal device for 2 axes Servo amplifier 19 Power supply CPU Power supply CPU A Q M Overview/features For programmable controllers, HMIs, and CNCs

Junction terminal blocks (connection method) 3-wire type 1-wire type 2-wire type 1 point for signals/ 2 points for signals/ 1 point for power 1 point for power supply*1 supply*2 8-point One-touch M3 (for distributing) FA-CB8XY1/2/3/4 FA-TB8XY1/2/3/4 Spring M3 FA1-TE1SV16XY (linear) M3.5 M3 16-point FA-TB16XYPN3 FA-TB1L16XYP M3 e-CON (4-pole) FA-TB16XYPN FA-TB1L16XYN FA-TB16XY FA-LEB16XY/-D M3 16-point One-touch M3 (for distributing) FA-TB16XY1N FA-CB16XY1/2 FA-TB16XY1/2 FA-TB16XY2N Spring FA1-TE1S32XY FA1-TESV32XY (vertical type) DC input/ e-CON (4-pole) output M3 M3 FA-LEB32XY 32-point FA-TB32XY FA-TB32XYP3 FA-TBS32XY (small type) FA-TB32XYN3 e-CON (3-pole) FA-TB16X16Y (for CC-Link) FA-LEB32XY-3/-3A M3.5 FA-TB1L32XY MELSEC iQ-R/Q/L series M3 32-point (with LEDs) FA-TB32XYL FA-TB32XYH General-purpose 20-point General-purpose 40-point M3 M3 16-point FA-TB18XY FA-TB161ACC1 FA-TB161AC FA-TB161ACC2 AC/DC input/ 16-point M3 output (8 points/common) FA-TB162ACC General-purpose 20-point Spring FA1-TE1SV16XY (vertical type) 16-point M3 FA-FXTB16XY *1: 1 point for signals/1 point for power *2: 2 points for signals/1 point for power MELSEC supply (24V and 0V) supply (24V and 0V) DC input/ iQ-F/F output M3 series 32-point FA-FXTB32X M3 32-point (16 points/common) FA-FXTB32Y Switch Switch Switch Switch FA-FXTB16X16Y 20 0 24V 0V 1 24V 0V F 24V 0V 0 0V 1 24V 2 0V 0V F 24V