1 DIN Power Supply 24V input 120/240VAC

32 Bit MCU Programmable Logic Controllers
Supports for GX Developer GX Work2

( BONUS on drive, PLC Training Software )

Software Pro version 1000 Steps, is FREE, cost includeprocurement, examples and data compilation

GX Developer Programming SoftwareGX-DEV

Features: Full 8000 steps Ladder Logic Diagram, Instruction, and Key code Access

Software supports all this FX processors

FX0/FX0S, FX0N, FX1S, FX1N, FX(FX2/FX2C) FX2N/FX2NC.

FX3u

FX MELSEC single user FX Win Version, 8000 step for FX PLCs controllers series.
This is the standard software easy to use and simple, intuitive interface and a short learning curve.

Full upload and download, monitor, test and program all the Mitsubishi FX-series PLC
package includes Media with the software and manuals in electronic format for programming and hardware installation .

Operating Voltage:DC24（V）
Wide Power SupplyVoltage: 10-28VDC
Baud Rate: 9600
Programming Software:for GX-Developer, for GX-work2.
Size: Approx. 86 x 73x 20mm / 3.4 x 2.9 x 0.7inch
Weight: 120GModule function:
This module isprogrammable control, can achieve thousands of functions, stable and reliableworking performance, built-in watchdog timer circuit, to ensure that the modulefor a long time to run!!!
Some of the commonfeatures are shown as follows:

• Turn on the power supply, the relay 1 is closed for N seconds and then disconnect the relay 2 for N seconds.
• When the power supply is turned on, the relay 1 is switched off after N seconds, and then the relay 2 is closed for N seconds and then is turned off.
• The power supply is switched on, the relay 1, 2 have no action, when a signal or trigger button, relay 1 closed off after N seconds; then relay 2 closed off after N seconds, until the next trigger, repeat the same action.
• Through the signal 1, 2 programming, the control can be achieved on the relay 1 and 2 arbitrarily.
• When the signal 1 has a signal, the relay 1 is closed, the relay 2 is disconnected; when the signal 2 has a signal, the relay 1 is turned off, and the relay 2 is closed.
• Can be connected to the NPN sensor signal, the sensor signal programming, to achieve arbitrary control of the relay.
• When the signal 1 is triggered, the relay 1 is controlled, and when the signal 2 is triggered, the relay 2 is controlled.
• Turn on the power supply, the control motor is turning N seconds, and then reverse N seconds, followed by the cycle.
• When the signal 1 has a signal, the motor is controlled to rotate; when the signal 2 has a signal, the motor is reversed.

• Input high speed pulse C235, C251 and FX1N compatible.
• Output relay 1A output, Rated current 5A, can directly drive DC solenoid valve, AC solenoid valve, AC contactor, AC motor, etc,.

• The PLC with two programming port. The 232 interface, you can directly use the USB-232 serial port with a computer to download the program directly. The TTL interface.
• Built-in Analog input AD, corresponding to internal data register D5030.(Not D8030)
• Built-in Analog output DA, corresponding to internal data register D5101.
• When the PLC need to connect with the touch screen or text, can be used to connect 232 programming port.

Evaluation at every lesson
Table of ContentsLESSON 1 – Introduction and Overview1.1 Course Objectives 1.4 Course Product Line 2 – FX-Series Hardware Review2.1 What is a dedicated 52.2 FX Line Hardware Components ................. 82.4 ....................... 102.5 Outputs Special Function High Speed Counter & Positioning 152.8 Communication Modules and Option Network Modules & Option Miscellaneous Power Exercise – Power Supply Calculation Memory Types 3 – Programming Equipment3.1 Hand-Held Programming Units Programming Software GX-Developer Overview File Format Hardware 4 – Number Systems4.1 Binary Numbers Hexadecimal Binary Coded Decimal Exercise – Number 43LESSON 5 – Numeric Data in PLCs5.1 Integer (16/32 Decimal (16/23 6 – System Devices6. System 7 – Addressing7.1 Right Side Bus Rules of Addressing FX3U Left Side Bus Addressing Exercise – PLC 56LESSON 8 – Demo Kit Indicator Operator 9 – PLC Instruction Types9.1 STL (Step Ladder) 599.3 Applied 10 – Basic Instructions10.1 Symbols Ladder Common Exercise – Ladder 65LESSON 11 – Develop and Edit Programs11.1 Launching Creating a New 6811.3 Editing Online Monitor the Program Operation Forcing Bits and Changing 7311.8 Exercise – Contacts and 73LESSON 12 – Timers and Counters Program Additional 8112.5 Exercise – Timers 8212.6 Exercise – Conveyor 82LESSON 13 – Applied Instructions13.1 General Data Transfer Comparison Instructions Exercise – Parking Lot Exercise – Conveyor Control 8813.6 Conversion 8813.7 Increment and Decrement 8913.8 Exercise – INC and 8913.9 Exercise – Binary Exercise – Parking Lot Part 2 Exercise – Conveyor Control Part High-Speed Processing TO/FROM Instructions Exercise – FX2N-5A Module Access Shift Registers Exercise – Bit Shift Register Program Flow Control 14 – Diagnostic Devices14.1 Special M Special D Handy 9814.4 Real Time Clock Usage Exercise – Daylight Savings 10014.6 15 – class="MsoNormal" class="MsoNormal"