A suitable and realible PLC (programmable logic controller) based training system that teaches and demonstrates IoT (Internet of Things) capabilities, since the technology nowadays are heading toward the Industrial 4.0 standard. It covers teaching of hardware interfaccing, programming and computing. It is also a fantastic starting point for the development of the PLC based Internet of Things (IoT) projects. In this IOT package, we bundle all the neccessary tools and modules for you easily get start to develop an IOT project. One PLC CPU is interface to an IoT Gateway module to enable wireless data input/output from various sensors.Input data can be processed, manipulated and stored into system memory in a database for for readout. Data can be processed and send out to output devices. Data transfered between the PLC with gateway and microcontroller with sensors can be done remotely via wirelessly (WiFi). User interface are based on GUI(graphical user interface). Development tools and lab exercises are provided .

DESCRIPTIONS :

PROGAMMABLE LOGIC CONTROLLER (PLC) SPECIFICATION

• Digital inputs 14; Integrated, Source/sink input • Digital outputs 10 ; • Relays Output number of operating cycles, max. mechanically 10 million, at rated load voltage 100,000 • 2 Ethernet ports • Analog IO: 2 AI 0-10 V DC, 2 AO 0-20 mA DC, • Supply voltage: 120V - 240VAC, 50/60Hz • Permissible frequency range, upper limit 63 Hz • Current consumption (rated value) 100mA at 120V AC; 50mA at 240VAC • In rush current, max 20A; at 264V • Usable memory for user data 100 kbyte • Work memory: integrated 125 kbyte • Load memory: integrated 4 Mbyte • Memory Backup • CPU processing times: - For bit operations, typ. 0.085uS; / Operation - For word operation, typ. 1.7us; / Operation - For floating point arithmetic, typ. 2.3uS; / Operation

PLC GATEWAY INTERFACE SEPCIFICATION

• CPU Technology: Intel Quark x1000 (x86 400 MHz) • System memory: - 512 MB DDR3 RAM - 8 MB FLASH - 256 kB SRAM • Communication interfaces: 1x10/100 Ethernet RJ45 • Media interfaces: USB Host & Client • Extension: mPCIe + Arduino shields + USB • On board I/O • Arduino Uno pins • Mass storage With microSD card(32GB SD card included) • Operating System: Arduino IDE/ Yocto Linux/ Intel Studio/ Eclipse • Embedded Features: LEDs • Power supply: 9..36 V • Operating temperature : 0 to 50°C • Certificates: Industry-Standards (UL, CE) • Programming: Various options for programming in high-level languagues like C++ and Json • Industrial comm. protocols • Modbus and Profinet • Installation: DIN Rail, panel or wall mounted • Fantastic performance with a strong WiFi reception • Easy to use — plug into a USB port on your Pi and you are ready to go • Compact in size: 30 x 16 x 8 mm • 802.11 b/g/n • USB 2.0 • BCM43143 chip set •150 Mbps maximum throughput • Supports Arduino IDE or Red-Node programmimg(either one)

I/O INTERFACE WIFI MODULE SPECIFICATION

•   Wi-Fi Protocols: - 802.11 b/g/n (802.11n up to 150 Mbps) - A-MPDU and A-MSDU aggregation and 0.4us guard interval support - Frequency range: 2.4 GHz ~ 2.5 GHz • Bluetooth Protocols: - Bluetooth v4.2 BR//EDR and BLE specification - Radio: NFIZ receiver with -97 dBm sensitivity - Class-1 class-2 and class-3 transmitter -AFH, Audio CVDS and SBC • On-board clock: 40MHz cyrstal • Operating voltage / Power supply: 2.7!3.5V • WiFi Mode: Station / SoftAP / SoftAP + Station /P2P • WiFi Security: WPA / WPA2/ WPA2-Enterprise / WPS • Encription: AES/ RSA / ECC/ SHA • Firmware upgrade: UART Download / OTA (download and write firmware via network or host) • Software development: Supports Cloud Server Development / SDK for custom firmware development • Network protocols: IPv4, IPv6, SSL, TCP/UDP/HTTP/FTP/MQTT • User Configuration: AT instruction set. cloud server. Android / iOS app • WIth I/O extension(30 I/O)

• Required for development, programming & data viewing • Windows 10 OS • Preloaded with microcontroller IDE • Preloaded with user GUI interface • CPU i3 or better • LCD Color Monitor display • Data Storage: 256GB • RAM: 4GB • USB ports • DVD/CD reader/writer • Keyboard & mouse

PROGRAMMING & USER INTERFACE SYSTEM SPECIFICATION

• Microcontroller: ATmega328P • Operating Voltage: 5V • Input Voltage (recommended): 7-12V • Input Voltage (limit): 6-20V • Digital I/O Pins: 14 (of which 6 provide PWM output) • PWM Digital I/O Pins: 6 • Analog Input Pins: 6 • DC Current per I/O Pin: 20 mA • DC Current for 3.3V Pin: 50 mA • Flash Memory: 32 KB of which 0.5 KB used by bootloader • SRAM: 2 KB • EEPROM: 1 KB) • Clock Speed: 16 MHz • LED BUILT-IN: 13

EMBEDDED MICROCONTROLLER SPECIFICATION

a. Flame Sensor Module b. Gas Sensor - Good sensitivity to Harmful gases in wide range c. Water Level Sensor Module d. IR Sensor Module e. Touch Sensor f. Buzzer g Output LED h. Relay - Working supply: 5VDC i. DC Fan - Working supply: 12V j. Linear Hall Sensor Module k. Servo Motor Module l. LDR Sensor Module m. Water Flow Sensor o. MQ2 Gas/Smoke Sensor Module p.MQ135 Air Sensor module q.MQ5 LPG/Natural Sensor module r. MQ3 Alcohol Sensor Module s.MQ7 Carbon Monoxide Sensor Module t. MQ137 Ammonia Sensor Module u PIR Sensor Module v. 3X-Gyro Sensor Module w. Flexible Force Sensor Module x. will using ABL GUI interface software.

I/O MODULE SPECIFICATION

• Understand the basic of Internet of Things(IOT) • Using PLC as controller for IoT application • PLC IOT with Microcomputer • PLC IOT with Microcontroller • Implementation and application of sensors • Data capture, monitoring and data logging of sensors • Wireless transmission of data • Sending data to output devices • Wireless module interface and application • Using the ABL Graphic User Interface Software version 4.0 • PLC Programming • IoT Gateway setting/programming

STUDY COVERAGE

MANUAL & ACCESSORIES

• USB download cable • Ethernet cable • User Manual & Experiment Lab Manual • Power Supply Unit • 32GB Micro SD Card • Software/Development Tool Installer • Carrying/Storage Case • Wireless Wifi Router