VPL Infotech & Consultants Preet Vihar, Delhi

FEATURES Wireless embedded communication design, manufacture and integrate innovative, practical and easy to implement wireless solutions. These solutions provide our customers a fast track to either incorporate wireless technology within their current products or to simply design a new product range with built in wireless technology. The coordinator (Transmitter) will transmit the data to the all end devices of different short address, MAC address without the routers.   PECIFICATIONS The Wireless Embedded Communication Trainer two in number having the following feature:  Communicated wirelessly at 2.4GHz,/2.5GHz, range 100 ~ 300 ft, various baud rates, Data rate of 250 kbps and 8 bit data.  It has various output devices like:  Six Seven Segment Displays.  Stepper Motor Controller Interface.  LCD Display Interface.  8×8 LED Interface Block.  Status LED’s 12 Nos.  It has various Input devices like:  Four Data Switches.  Relay.  Opto.  Real Time Clock.  Switch Array.  At24C16 Serial EEPROM.    It has various analog I/O devices like:  8 Channel ADC Interface.  1 Channel DAC Interface.

Our company is engaged in exporting and supplying of Zigbee Embedded Network Trainer. Wireless embedded communication design, manufacture and integrate innovative, practical and easy to implement wireless solutions. These solutions provide our customers a fast track to either incorporate wireless technology within their current products or to simply design a new product range with built in wireless technology. Using the Zigbee Embedded Network Trainer, user can transmit the data wirelessly from the coordinator (connected to the PC) to the two end devices node (connected to the Trainers) or vice versa. So that user will able to run different experiments in both communication trainers wirelessly. The coordinator (Transmitter) will transmit the data to the all end devices of different short address, MAC address without the routers. This all can be done using the manager software, which is used to detect different end devices of different short addresses. So just select the end device node where user want to transmit data. Communications between the host (Transmitter) and Trainer (Receiver) is in ASCII format. The wireless industrial serial terminal provides a fully compliant wireless coordinator, Router and End device function via a standard interface. Features Suitable for home/building automation, industrial control and monitoring, low power wireless sensor networks, PC peripherals, set-top boxes and remote controls, consumer electronics etc. High performance and low power consumption. Operates on battery power input of 3~5V. Excellent receiver sensitivity and robustness to interface. Used as coordinator, router or end devices. Application Wireless sensor networks, particularly IEEE802.15.4/Zigbee systems. Home and commercial building automation. Internet of things. Wireless sensor network. Industrial control and monitoring system. Setup boxes and remote controls. Consumer electronics Specifications The Wireless Embedded Communication Trainer two in number having the following feature : Communicated wirelessly at 2.4GHz,/2.5GHz, range 100 ~ 300 ft , various badurates, Data rate of 250 kbps and 8 bit data. It has various output devices like : Six Seven Segment Displays Stepper Motor Controller Interface LCD Display Interface 8x8 LED Interface Block Status LEDs 12 Nos It has various input devices like : Four Data Switches Relay Opto Real Time Clock Switch Array At24C16 Serial EEPROM It has various analog I/O devices like : 8 Channel ADC Interface 1 Channel DAC Interface

Power Supply : +5 to +6 V dc.

Number Of Flower : Network Trainer

Total Carbohydrate : 6 Months

FEATURES Zigbee Development Board is well suited for demonstration, evaluation and software development targeting IEEE 802.15.4 and Zigbee compliant application with CC2530. The user can develop the application using IAR Embedded Work Bench (support Zigbee Development) along with CC Debugger. This debugger is used for debugging and program download. The coordinator (Transmitter) will transmit the data to the all end devices of different short address, MAC address without the routers.   Zigbee Development Board is easy to implement wireless solution. These solutions provide our customers a fast track to either incorporate wireless technology within their current products or to simply design a new product range with built in wireless technology. The coordinator (Transmitter) will transmit the data to the all end devices of different short address, MAC address without the routers. This all can be done using the manager software, which is used to detect different end devices of different short addresses. So just select the end device node where user want to transmit data. EXPERIMENTS  Describes the PEER to PEER Topology, where user needs two development kits with Zigbee module. It is a wireless serial port transparent transmission experiment, the completion of the binding modules and between the two modules through serial port.  Wireless message transparent transmission experiment.  Wireless Flashing of LED on Co-ordinator transparent transmission experiment.  Wireless Flashing of LED’s in transparent transmission experiment on both side.  Describes the mesh topology, where user has need three development kits with Zigbee module. The application of this experiment is to control the light using two switches. Package Contents  1 Coordinator.  1 Debugger.  3 End Devices.  Software CD (Evaluation version of IAR Workbench).  User Manual.

Number Of Flower : Development Board

Packaging : 1 Coordinator, 1 Debugger, 3 End Devices, Software CD, User Manual

Application : Demonstration, Evaluation, Software Development Targeting IEEE 802.15.4 And Zigbee Compliant Applications With CC2530

Purity : Easy To Implement Wireless Solution, Fast Track For Incorporating Wireless Technology, Debugging And Program Download With CC Debugger

MAIN FEATURES: The VPL-WSNT-14 is a powerful set of IEEE� 802.15.4 nodes and sensor boards for medium size � deployments. It will let the user implement complex� networking configurations as well as acquiring data� from state-of-the-art sensors. It also includes a� standalone 802.15.4 - Ethernet Bridge able to cope� with a large number of nodes and to easily� configure the nodes and the network itself. Note: Specifications can be changed and added without notice in our constant efforts for improvement.

DESCRIPTION VPL-WSNT-14 is a powerful set of IEEE 802.15.4 nodes and sensor boards for medium size  deployments. It will let the user implement complex networking configurations as well as acquiring data from state-of-the-art sensors. It also includes a standalone 802.15.4 – Ethernet Bridge able to cope with a large number of nodes and to easily configure the nodes and the network itself.   MAIN FEATURES: The VPL-WSNT-14 is a powerful set of IEEE 802.15.4 nodes and sensor boards for medium size  deployments. It will let the user implement complex networking configurations as well as acquiring data from state-of-the-art sensors. It also includes a standalone 802.15.4 – Ethernet Bridge able to cope with a large number of nodes and to easily configure the nodes and the network itself.

Number Of Flower : Development System

Application : Implement Complex Networking Configurations And Acquire Data From Sensors

Purity : Powerful Set Of IEEE 802.15.4 Nodes And Sensor Boards For Medium Size Deployments

This unit is an Educational Robotic Arm based on ATmega328. It provides knowledge about mechanical design  concepts and features like color sensor interfacing, wireless control, audiovideo camera interfacing,various sensors  etc. This Robotic Arm driven by RC servo motors, consists of 5 degree of freedom viz rotating base, shoulder, elbow,  wrist, and the gripper. DC motors at its base makes it a moving Robotic Arm. This Educational Robot with 5 Axis moving Arm is an ideal platform to enhance education, training, skills &  development amongs our young minds. Arduino is a prototype platform based on an easy-to-use hardware and software. It consists of a circuit board, which can  programmed (referred to as a micro controller and a ready made software called Arduino IDE which is used to write and upload the computer code to the board.   Moving Robotic Arm*Command the gripper to open and close*Wrist motion: 120°*Extensive elbow range: 300°*Base rotation: 270°*Base motion: 180°*Vertical reach: 15″*Horizontal reach: 12.6″*Lifting capacity: 100g.*Search light on the gripper*Safety gear audible indicator on all five gear boxes to prevent any potential injury or gear breakage during     operation. Wireless remote control 16 x 2 character LCD interface DC motor interface & control Servo motor interface Color sensor interface Light Sensor interface TSOP Sensor interface IR Sensor interface Fire Sensor interface Clap sensor interface Onboard battery charger PC based programming Audio-Video Camera

Number Of Flower : Educational Robotic Arm

Wireless communication design, manufacture and integrate innovative, practical and easy to implement wireless  solutions. In this technology, wireless sensor network are currently being employed in a variety of applications  ranging from media to military and from home to industry. It is used to monitor physical or environmental  conditions like temperature, pressure or motion to cooperatively pass their data through the nework to the main  location. Using the Wireless Sensor Network System, user can select any one of the three or more end devices  (connected to the data acquisition module) from the coordinator (connected to the PC) wirelessly. And the sensor output are transmitted to the PC wirelessly. Here we have designed the system based on IEEE 802.15.14 with a complete set of coordinators, End device, intelligent end device with real time sensors, signal conditioners etc. The system consists of the following subcomponents:1) Programmable Coordinator2) Programmable Intelligent End Devices3) Non Intelligent End Device with sensors4) Humidity & Temperature sensor5) Pressure Sensor6) Soil Moisture Sensor TECHNICAL SPECIFICATION a. Programmable Coordinator & gateway ( at 2.4 Ghz range ) Zig Bee Coordinator : the coordinators designed around advance processors and must act as gateway with other wireless connectivity etc. Zigbee 2.4 Ghz with external antenna Coordinator based on ARM 7 LPC2148 Supporting various Network Topology with RF data rate 250 kbps/80 kbps On board relays with isolated Output & one Buzzer for alarm activation On boards 20X4 LCD display for display for end device status Data entry using 4X4 Hex Keypad digital Input On Board USB Communication Facility for switch selection for radio configuration, with / without processors With configurable device software, for GUI based, along with testing utility, RF data rate 250 KBPS On Board Power supply (5V, 3.3V) With software selectable Data rate, with input / output range 100Ft /300Ft. for support of 2.4 Ghz. With power supply 2.8V. b. Programmable Intelligent End Devices The end devices enclosed with plastic encl for filed applications The Programmable Intelligent End Device with USB interface, with ARM LPC 2148 Processor etc. Zigbee 2.4 Ghz Mhz with external antenna Supporting various Network Topology with RF data rate 250 kbps/80 kbps On board 6V relays with isolated Output & one Buzzer On board 16X2 LCD display. Can Connect with any digital Sensor* 05V or with analog sensors On Board Power supply (5V, 3.3V) c. Non Intelligent End Device with sensors Zigbee 2.4 Ghz with external antenna. On Board Configuration facility with USB End Devices to connect with sensor* in range 0 to 3.3 V analog or digital Board on Power supply (5V, 3.3V) Field deployable ready to use External Power for Zigbee In Build features of Zigbee for 2.4 GHz:Supporting various Network Topology with RF data rate 250 kbps

Number Of Flower : Wireless Sensor Network System

Material : Plastic, ARM LPC 2148 Processor

Application : Wireless Communication Design, Monitoring Physical Or Environmental Conditions Like Temperature, Pressure, Or Motion

Jar with Scale Capacitive Transducer Sockets at different places for observing / measuring the signals 3.5 digit DPM for indication 220V Built in IC regulated power supply Enclosed in an attractive ABS plastic cabinet with cover for savety of components. Detailed instruction manual

The VPL’s, Wall-hugging Mouse is a fun and easy-to-build kit that’s great for new robot enthusiasts. The mouse has no electronics, and a simple wire bumper along its side directs current to one of two motors to keep the mouse  moving along the wall. The wall hugging mouse races along a wall in a zig-zag manner. When the bump sensor makes contact with the wall, the mouse moves to the right. When the bump sensor is not touching the wall, the mouse moves to the left. This simple behavior allows the robot to skillfully follow a wall. The sensor and switches are pre-assembled. The thin, clear body can be painted from the inside for an attractive finish that won’t easily scratch. To assemble the mouse you will need a screwdriver, a modeling knife, diagonal cutters, and long nose pliers. How It Works The Wall Hugging Mouse uses a simple two-motor system to scurry along the wall. When motor B is on and motor A is off, the mouse steers left towards the wall.  The sensor wire comes into contact with the wall it activates a  micro switch that turns motor A on and motor B off causing it to steer away from the wall. When the mouse steers away from the wall the sensor rod loses contact with the wall turning the micro switch off and turning motor A off and motor B back on again. Because this kit has two independent motors for differential drive, it can also serve as a base for your own project. There is ample space for adding your own electronics, and you can readily modify the plastic base.

FEATURES: The platform includes a wide variety of common industrial sensors, representing different sensing principles (photoelectric, capacitive, inductive, fiber optic) and configurations (through-beam, retro- reflective, diffuse). Features like the protective enclosure, clear electrical terminals, and ease of operation suggest a user-friendly design suitable for beginners. The ready assignment details are particularly helpful for structured learning. The inclusion of a motorized module with speed control allows users to test thesensorsinadynamicenvironment, simulating real-world industrial applications. This is important for understanding sensor response in a control loop. It included necessary components like power supply, counter, tachometer, and relay makes the platform self- contained, minimizing the need for external equipment.

We offer a huge assortment of VPL Trainer Kit (VPL-PTPLC). The kit is capable of being used to demonstrate the design, construction and application of electro-pneumatic components and circuits. The kit is designed to satisfy the following objectives Design and function of a Electro Pneumatic system  Basic Function and identification of Electro-pneumatic components and their symbols Direct and indirect manual controls, stroke dependant controls, time dependant controls. Functional diagrams Systematic design of Electro Pneumatic Sequence Controls Modern trainer with components which allows improved student performance in practical situations Empower students to design their own circuits. The kit contain following components Plates & Stand : The powder coated plate is the base for all of the components. They fit securely and safely onto the plate. The plate with components is fitted on a stand with wheels. Double-acting cylinder assy. : 2 Nos Design Piston cylinder, Operating pressure : 10 bar Stroke length : Maximum 70 mm Manifold assy. : Manifold with six ports. A common manifold for plastic tubing allows supply of compressed air to the control via six Individual ports (for plastic tubing PUN 4mm/6mm). Filter regulator with gauge assy : Filter control valve with pressure gauge, start-up valve, quick push-pull connectors and quick couplings, mounted on a support. The filter with water separator removes dirt, pipe sinter, rust and condensed water. The pressure control valve regulates the supply air pressure to the set operating pressure and compensates pressure fluctuations. The filter bowl has a condensate drain valve. 5/2 Solenoid valve, Single, with LED, NC : The status is indicated by an LED on the housing. The valve is equipped with a manual override. The electrical connections feature polarityreversal protection for the LED and the suppressor circuit with silencer and push pull connector. Pneumatic technical data : Design type is spool valve, pilot controlled, with return spring Pressure range 250 x 800 kPa (2.5 x 8 bar) Electrical technical data: Power consumption 1.5 W 5/2 Solenoid valve, double, with LED : - 1 No. The status is indicated by LEDs on the housings. The valve is equipped with two manual overrides. The electrical connections feature polarity  reversal protection for the LEDs and the suppressor circuits with silencer and push pull connector Pneumatic technical data Design spool valve, with pilot control Pressure range 150 x 800 kPa (1.5 x 8 bar) Electrical technical data : Power consumption 1.5 W 5/2 Pilot Operated valve : These valve are used in application requiring air operated control. It is actuated by the signal and returns to normal position by spring force. 3/2 Push button valve : These valves are commonly used for mechanical actuation to change direction of flow of air for control/automation. 5/2 Timer operated valve : It is designed to provided a solution for automatic changing for direction of flow of air for control/ automation. Specification Fully automatic Multi voltage : 230V AC/50Hz Adjustable interval time Small compact design 5/3 Hard lever valve : These valves are commonly used for manually changing the direction of flow of air for control of cylinder tools. Their compact design and high flow, lower operating force make them versatile in use. Programmable Logic Controller 16 input signals (24V) and 16 outputs for controlling the process on D-type sub connector. ZIF on front panel to load programs from EPROM and adaptor. Descriptive user manual with number of examples including description & fundamentals of PLC. Analog output : 12 bit Analog input : 16 channels (single ended) 8 channels (differential) RS232C port available for uploading & downloading of files from PC. Powerful commands like AND, OR, ANI, ORI, SET, RST, LD, LDI, OUT, TIMER, COUNTER, ANB, ORB, IL, ILC, etc. directly executable Execution or programs are posible even without hand held unit Standard EPROM module which is affixed on ZIF socket to store the programmes provided with the trainer. Operating voltage : 220V, 50Hz AC, ±10% at 50°C. Compressor (Optional) Rated voltage : 220V Rated frequency : 50Hz Motor power : 1.5HP Speed : 2800 RPM - No load speed

Packaging Type : Metallic

Frequency : 50Hz

Driven Type : Electric

Total Carbohydrate : 1Year

We offer a huge assortment of VPL Trainer Kit (VPL-PTK). The kit is capable of being used to demonstrate the design, construction and application of electro-pneumatic components and circuits. The kit consists of the following : Consisting of a single stage single cylinder Air Compressor with a maximum working pressure of 5 kg/cm2 coupled with 1 HP single phase, 200/220 volts AC mains through a V belt drive both mounted on a 55 liters capacity storage tank. The unit supplied with pressure switch, automatic venting for no load starting, oil separator, suction filter, safety valve, pressure gauge, water drain valve, air delivery valve etc. Pneumatic system to conduct the following experimental capabilities : Study of Pneumatic system and its elements- FRL Unit- Pressure Relief valve- Directional Control Valves- Flow Control Valve. Direct operation of a Single Acting Cylinder (SAC). Direct operation of a Double Acting Cylinder (DAC). Impulse Pilot operation of a single acting cylinder. Maintained Pilot operation of a Single Acting Cylinder. Operation of Single Acting Cylinder controlled from two different positions using shuttle valve. Operation of a Double acting cylinder with quick return using quick exhaust valve. Controlling of the speed of DAC using metering in and metering out circuit. Automatic operation of DAC in single cylinder- Using limit switch and memory valve. Automatic operation of DAC in Multi cycles- Using limit switches and memory valve.

Frequency : 60Hz

Driven Type : Battery

Total Carbohydrate : 1Year

We offer a huge assortment of VPL Trainer Kit (VPL-PTEC). The kit is capable of being used to demonstrate the design, construction and application of electro-pneumatic components and circuits. The kit is designed to satisfy the following objectives Design and function of a Electro Pneumatic system Basic Function and identification of Electro-pneumatic components and their symbols Direct and indirect manual controls, stroke dependant controls, time dependant controls. Functional diagrams Systematic design of Electro Pneumatic Sequence Controls Modern trainer with components which allows improved student performance in practical situations Empower students to design their own circuits. The kit contain following components Plates & Stand : The powder coated plate is the base for all of the components. They fit securely and safely onto the plate. The plate with components is fitted on a stand with wheels. Double-acting cylinder assy. : - 2 Nos Design Piston cylinder, Operating pressure : 10 bar Stroke length: Maximum 70 mm Manifold assy. : Manifold with six ports. A common manifold for plastic tubing allows supply of compressed air to the control via six Individual ports (for plastic tubing PUN 4mm/6mm). Filter regulator with gauge assy : Filter control valve with pressure gauge, start-up valve, quick push-pull connectors and quick couplings, mounted on a support. The filter with water separator removes dirt, pipe sinter, rust and condensed water. The pressure control valve regulates the supply air pressure to the set operating pressure and compensates pressure fluctuations. The filter bowl has a condensate drain valve. 5/2 Solenoid valve, Single, with LED, NC : The status is indicated by an LED on the housing. The valve is equipped with a manual override. The electrical connections feature polarityreversal protection for the LED and the suppressor circuit with silencer and push pull connector Pneumatic technical data : Design type is spool valve, pilot controlled, with return spring Pressure range 250 ¡V 800 kPa (2.5 ¡V 8 bar) Electrical technical data: Power consumption 1.5 W 5/2 Solenoid valve, double, with LED : - 1 No. The status is indicated by LEDs on the housings. The valve is equipped with two manual overrides. The electrical connections feature polarity V reversal protection for the LEDs and the suppressor circuits with silencer and push pull connector. Pneumatic technical data Design spool valve, with pilot control Pressure range 150 x 800 kPa (1.5 x 8 bar) Electrical technical data : Power consumption 1.5 W 5/2 Pilot Operated valve : These valve are used in application requiring air operated control. It is actuated by the signal and returns to normal position by spring force. 3/2 Push button valve : These valves are commonly used for mechanical actuation to change direction of flow of air for control/automation. 5/2 Timer operated valve : It is designed to provided a solution for automatic changing for direction of flow of air for control/ automation. Specification Fully automatic Multi voltage : 230V AC/50Hz Adjustable interval time Small compact design 5/3 Hard lever valve : These valves are commonly used for manually changing the direction of flow of air for control of cylinder tools. Their compact design and high flow, lower operating force make them versatile in use. VPL Electronic Controller : The VPL Electronic Controller module has been designed to control any application. It can be applied to remote I/O system. With its user-friendly interface, user can quickly and easily build any control application without any programming skills. It has digital outputs which has to be used to control different actuators. CPU : 8 bit Microcontroller Digital outputs Serial interface

Frequency : 50Hz

Driven Type : Battery

Total Carbohydrate : 2Years

SPECIFICATIONS   ProcessingUnit  MCU: STM32N657X0  CPU: Dual-core Arm® Cortex®-M7(480MHz)+ Cortex®-M4 (240 MHz)  DSP& AI Acceleration:  FPU(Floating Point Unit) for high-speed DSP computations  CMSIS-DSP and CMSIS-NN support for machine learning  Tensor Flow Lite for Microcontrollers compatibility'   Memory & Storage  RAM: 1MB SRAM + 512KB  TCM (Tightly Coupled Memory)  Flash Storage: 2MB embedded Flash  External Storage: Micro SD card slot, QSPI NOR Flash (128MB)   Display & Camera Interface    Display Output: MIPI DSI forLCD (Optional Display Panel)  Camera Interface: MIPI CSI-2 (Supports up to 2 cameras simultaneously) Expansion & I/O  GPIO Header: 40-pin expansion connector (Raspberry Pi HAT compatible)  STMod+ Connector: Supports additional sensor modules  PCIe Expansion: M.2 Key E for Wi-Fi/Bluetooth modules   Power Supply & Efficiency  Input Power: 5V/3A via USB-C or external power supply  Low-power

Type : Development Platform

We are one of the leading Exporters and Suppliers of VPL Programmer (GPROG8X). VPL Programmer (GPROG8X) is an advanced volume production programmer for 8 pin series of memories having online and off-line operation feature. Performance Descriptions Supports for 1 Master and 8 slaves. It is real 1 TO 8 Duplicators. Online programming and off-line programming for production purpose.   Online Operation : USB interface, you can program the master IC. It is useful for production of samples and R&D purpose. No need to make the master on any other programmer. Off-line Mass Production : one can use for production purpose and can copy 8 ICs simultaneously. High Speed Operation : SST25VF080 28 seconds (full process) Supports a variety of 8 pin series of memory : 24CXXX, 25 series of all, all the series of all. LCD Display : Dynamic directed various operational processes, as well as the operation results. Synchronized three-color indicator light direct copy of the results for each instructions on the results of simultaneous buzzer. A key to trigger the operation of the process : Just click on a button to complete the order, the use of very simple and convenient. Each DIP socket supports two ICs, so that the volume is much narrower. Ultra small and beautiful. Counters : the number of successful copies of the IC count. Can be Software Upgrade : add greatly facilitate the future use of the device libraries the problems encountered. The metal shell. Dimensions length 220mm x width 135mm x High 24mm. Support Devices : Almost to support a full range of 24Cxx, 24LCxxx, 25Fxxx, 25Xxxx, 25VFxxxx .

We are a credible Exporter and Supplier of VPL Programmer (GPROG-16X). VPL Programmer (GPROG-16X) is a most powerful and versatile Gang copier efficient to copy any of the Serial EEPROMS of 24 & 93 series. It is a best product recommended for mass production of PC Monitor, Television, EPABX, etc. Features Copying facility from MASTER to 8/16 SLAVES at a time. Supports 24/93 Series Serial EEPROMs Best suited for mass production of TV, PC Monitor, EPABX etc. 16 x 2 LCD Display (backlit) 4 keys to perform Program, Verify, Blank Check, Checksum & Select. Inbuilt power supply GPROG-16X can do maximum of 8 SMD IC's at a time. Can be Software Upgrade : add greatly facilitate the future use of the device libraries the problems encountered. Most recent 25 series include A25L80P, EON25T80, F25L008A, W25X80 to name just few of them.

FEATURES:   The PLC (Allenbradley/Siemens) system is equipped with 8 digital inputs, 6 digital outputs, 2analog inputs, and 1 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes with licensed PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. Real-world components like Pneumatic Solenoid valve and Pneumatic Cylinder with Reed switch, Small Air compressor, Conveyor belt with DC brushless motor and its driver, Inductive Proximity Sensor, Capacitive Proximity sensor, toggle switches, proximity sensors, selector switches, visual and audio indicators, DC motors, relays, contactors, and voltage displays offer students a hands-on, practical experience with equipment they might encounter in the field. Sorting process monitor and control from anywhere using mobile devices and applications.

Application : Industrial Automation Training

Country of Origin : India

Type : Plc System, Training System

Material : Various Materials

Features : Equipped With 8 Digital Inputs, 6 Digital Outputs, 2 Analog Inputs, And 1 Analog Output,Ethernet Communication Support For Industrial Networks,Licensed PLC Programming Software For Programming In Standard Languages,Real-world Components For Hands-on Exper

Components : Pneumatic Solenoid Valve,Pneumatic Cylinder With Reed Switch,Small Air Compressor,Conveyor Belt With DC Brushless Motor And Driver,Inductive Proximity Sensor,Capacitive Proximity Sensor,Toggle Switches,Proximity Sensors,Selector Switches,Visual And Audio

FEATURES: The PLC system (Allenbradley/Siemens) is equipped with 8 digital inputs, 4 digital outputs, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes with PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. The system allows for remote monitoring and control via mobile devices and applications, enabling real-time process oversight from anywhere. A durable polycarbonate tank with a capacity to store water, designed specifically for accurate measurement purposes. Equipped with three float level switches to sense the low, middle, and high water levels in both the sump tank and measuring tank, ensuring precise monitoring of water levels. Visual indicators that clearly signal when the process begins and ends, providing immediate feed back to the operator.

Type : Training System

Material : Polycarbonate

FEATURES:   The PLC (Allenbradley/Siemens) system is equipped with 16 digital inputs, 16 digital outputs, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks control, and diagnostics. The system comes withPLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. A training system features is an educational tool used for teaching students and engineers about traffic light control systems, automation, and PLC programming. This system simulates how real-world traffic light systems function, helping learners understand the interactions between inputstimers) and outputs (such as traffic lights) controlled by a Programmable Logic Controller (PLC). Real-world components like proximity sensors, selector switches, visual and audio indicators, DC motors, relays, contactors, and voltage displays offer students a hands-on, practical experience with equipment they might encounter in the field.

Type : Training System

Color : Multiple Colors

Material : Various Materials

FEATURES:   The PLC (Allenbradley/Siemens) system is equipped with 6 digital inputs, 6 digital outputs, 2 analog inputs, and 1 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes with PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. Real-world components like Temperature Sensor, small heater and fan toggle switches, proximity sensors, selector switches, isual and audio indicators, DC motors, relays, contactors, and voltage displays offer students a hands-on, practical experience with equipment they might encounter in the field. Temperature Control process monitor and control from anywhere using mobile devices and applications

Type : PLC Control System

Material : Various Materials

FEATURES: The PLC (Allenbradley/Siemens) system is equipped with 12 digital inputs, 8 digital outputs, 4 analog inputs, and 2 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes withPLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. 7” HMI with Ethernet communication and Programming software. Real-world components liketoggle switches, proximity sensors, selector switches, visual and audio indicators, DC motors, relays, contactors, and voltage displays, AC Drive and induction motor and offer students a hands-on, practical experience with equipment they might encounter in the field. AC Motor Speed Control process monitor and control from anywhere using mobile devices and applications.

Application : Industrial Automation Tasks Training

Material : Various Materials

Type : Training System

Country of Origin : India

Features : Equipped With 12 Digital Inputs, 8 Digital Outputs, 4 Analog Inputs, And 2 Analog Outputs,Ethernet Communication Support For Integration Into Industrial Networks,Comes With PLC Programming Software For Programming In Standard Languages,Includes 7

FEATURES: The PLC (Allenbradley/Siemens) system is equipped with 20 digital inputs, 12 digital outputs, 4 analog inputs, and 2 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes with licensed PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. 4-floor model designed for training purposes in order to see the PLC and electromechanics carrier applications together. It is designed in a transparent structure order to examine the mechanical and electronic systems Real-world components like DC Motor, Limit Switch, Proximity sensor toggle switches,selector switches, visual and audio indicators, DC motors, relays, contactors, and voltage displays offer students a hands-on, practical experience with equipment they might encounter in the field. Elevator process monitor and control from anywhere using mobile devices and applications.

Color : Transparent

Type : Training System

Material : Various Materials

Inputs : 20 Digital, 4 Analog

Outputs : 12 Digital, 2 Analog

Communication Support : Ethernet

Programming Software : Licensed

Programming Languages : Ladder Logic, Structured Text

FEATURES: The PLC (Allenbradley/Siemens) system is equipped with 20 digital inputs, 12 digital outputs, 4 analog inputs, and 2 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes with Licensed PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. 7” HMI with Ethernet communication and Programming software. Real-world components like toggle switches, proximity sensors, selector switches,visual and audio indicators, DC motors, relays, contactors, and voltage displays, Baking system, Solenoid valve, BO motorand offer students a hands-on, practical experience with equipment they might encounter in the field. Understanding the concept of Baking System.

Application : Industrial Automation Training

Type : Training System

Country of Origin : India

Material : Various Materials

Features : Equipped With 20 Digital Inputs, 12 Digital Outputs, 4 Analog Inputs, And 2 Analog Outputs,Ethernet Communication Support For Integration Into Industrial Networks,Licensed PLC Programming Software For Programming In Standard Languages,7

FEATURES:   The PLC (Allenbradley/Siemens) system is equipped with 16 digital inputs, 16 digital outputs, 5 analog inputs, and 2 analog output, providing the necessary I/O capabilities for various industrial automation tasks. It also features Ethernet communication support, enabling seamless integration into industrial networks for remote monitoring, control, and diagnostics. The system comes with Licensed PLC programming software, allowing users to program the PLC using standard languages such as ladder logic or structured text. Real-world components liketoggle switches, proximity sensors, selector switches, visual and audio indicators, DC motors, relays, contactors, and voltage displays offer students a hands-on, practical experience with equipment they might encounter in the field. A Conveyor System with PLC control for the movement of bottles, including liquid filling operations and bottle counting, is aindustrial automation setup. This system is commonly used in bottling plants where bottles are moved along a conveyor, filled with liquid, and counted for packaging and distribution. Bottle Filling Control process monitor and control from anywhere using mobile devices and applications.

Application : Industrial Automation Tasks,PLC Training

Type : PLC Training System

Country of Origin : India

Material : Various Materials

Features : Equipped With 16 Digital Inputs, 16 Digital Outputs, 5 Analog Inputs, And 2 Analog Outputs,Ethernet Communication Support For Seamless Integration Into Industrial Networks,Licensed PLC Programming Software For Programming In Standard Languages,Real-world

Service type: Software tool for simulating and analyzing local area network (LAN) protocols Mode of delivery: Licensed desktop software or cloud-based platform Usage model: Single-user license, multi-user license, or enterprise deployment Training/support: Provided through manuals, online tutorials, and technical support Compatibility: Supports Ethernet, TCP/IP, UDP, ARP, ICMP, and other LAN protocols Simulation process: Emulates packet transmission, network traffic, and device behavior in LAN environments Analyzer functions: Captures, decodes, and visualizes LAN traffic for performance analysis and debugging Platform: Windows and/or Linux compatible; some offer cross-platform web interfaces Deployment: Local installation, virtual machine, or web-accessible suite Licensing: Subscription-based, perpetual license, or academic/research use license Payment mode: Online payment via credit/debit card, bank transfer, or purchase order Service duration: Perpetual or time-bound license depending on subscription Use case: Network research, protocol development, education, cybersecurity training, and hardware testing