Lab Equipments

Consumables

PLC Trainer Kit Allen Bradley Micro 810 PLC Analog and Digital I/O Module  PLC Trainer with Allen Bradley Micro810Controller (2080LC1012QWB) 6 digital inputs, 2 analog inputs and 4 digital outputs  6 Digital input switches  2 analog inputs with DC (0-10V) variable input  4 Digital Relay outputs with LED indication  4 NO contacts of the relays connected at outputs of the PLC and a buzzer  24V operated, built-in power supply, additional 5V Power Supply  Computer connectivity to download the program using USB Port with cable Professional Programming Software - Component Connect Workbench (CCW)  Legend printed in the PCB  Closed wooden cabinet

Trainer kit - Interfacing of Discrete Field Devices with PLC (Push button, Limit switch, Reed switch, 3-wire Proximity Sensor and Buzzer) Sequence of Operation:  Develop Ladder Logic in PLC to execute the following logical relation between the input and output field devices.  Y = A + B + C + D  Y = A. B.C. D  Y = (A+B). (C+D)  Y = (A.B) + (C.D) Interface Contains:  PLC Input Interfacing Push Button (A) Limit Switch (B) Reed Switch (C) 3 wire Inductive Proximity Sensor (D)  PLC Output Interfacing Buzzer (Y) Closed Wooden cabinet

TTrainer kit – PLC Based Conveyor System with Pre Warning Siren Interface Sequence of Operation:  Develop and Execute Ladder Logic in PLC using an ON delay timer to delay the start of a conveyor.  While press the START button, activate the Warning Siren for Pre-set Time. After the Pre-Set time delay the Warning siren turns OFF and the conveyor starts running.  When STOP button is pressed turns OFF the conveyor Interface Details – Sloped Conveyor System: Mechanical Setup:  Sloped conveyor integrated with 1 Nos. Shawl Sheet Metal Models for material handling demonstration. PLC Input Interfacing:  1 No. Inductive Proximity Sensors to detect presence of shawls on the conveyor.  1 No. Start Push Buttons – One for each conveyor.  1 No. Stop Push Buttons – For individual conveyor control.  1 No. FWD/REV Toggle Switches – To set direction of conveyor operation (Forward/Reverse). PLC Output Interfacing:  1 No. Siren – To provide audible alarms upon detection events or conditions.  1 No. Conveyor Belts driven by Geared DC Motors – Controlled through PLC for start/stop and direction. All components housed in a Metal Closed Cabinet for safety integration

ITrainer kit – PLC Based Water Level Control System Interface Sequence of Operation:  Develop and Execute Ladder Logic in PLC to fill the empty tank with liquid when the START button is pressed.  When liquid reaches the HIGH Level, turn OFF the Pump Motor and turn ON the Solenoid Valve to drain the liquid from tank.  When liquid reaches the LOW Level, turn OFF the Solenoid Valve and turn ON the Pump Motor for refilling.  Interface external pilot lamp with PLC to indicate the operation of Pump Motor and Solenoid Valve. Interface Contains:  Low High Level sensors as input to the PLC  Water tap as output from the PLC  Water Pump motor control using outputs of the PLC  Water Tank with sump and Overhead tank model  2 Levels sensor switches and 12 V Pump  24 V Solenoid valve to drain water,  Foot valve arrangement to take the water from the sump 12 V and 24V Power Supply Provided

Trainer kit – PLC Based Counting of Moving Objects on Two Conveyors Interface Sequence of Operation:  A manufacturing plant is arranged with 2 feeder conveyors for transferring the Objects into the plant.  Develop and Execute Ladder Logic using math instruction in PLC to get the total number of objects transferred by 2 conveyors into the Plant.  When the count of total object has reached pre-set count value, turn ON buzzer to give beep sound for 1 second and turn OFF the conveyors. Interface Details – Sloped Conveyor System: Mechanical Setup:  Sloped conveyor integrated with 2 Nos. Shawl Sheet Metal Models for material handling demonstration. PLC Input Interfacing:  2 Nos. Inductive Proximity Sensors to detect presence of shawls on the conveyor.  2 Nos. Start Push Buttons – One for each conveyor.  2 Nos. Stop Push Buttons – For individual conveyor control.  2 Nos. FWD/REV Toggle Switches – To set direction of conveyor operation (Forward/Reverse). PLC Output Interfacing:  2 Nos. Buzzers – To provide audible alarms upon detection events or conditions.  2 Nos. Conveyor Belts driven by Geared DC Motors  Controlled through PLC for start/stop and direction. All components housed in a Metal Closed Cabinet for safety integration.

Trainer kit – PLC Based Car Parking Control System Interface Sequence of Operation – Parking Lot Management: Parking Capacity: The parking lot accommodates a maximum of 10 cars. Sensor Interfacing:  Sensor 1 (Opto Interrupter or Proximity Sensor) is installed at the ENTRY Gate to detect incoming vehicles.  Sensor 2 (Opto Interrupter or Proximity Sensor is installed at the EXIT Gate to detect outgoing vehicles. Logic Implementation:  Develop and execute a Ladder Logic Program in the PLC to:  Increment the car count when Sensor 1 is triggered (ENTRY).  Decrement the car count when Sensor 2 is triggered (EXIT). Pilot Lamp Indication:  When the car count < 10, turn ON the "AVAILABLE" pilot lamp.  When the car count = 10, turn ON the "FULL" pilot lamp and disable the barrier gate at ENTRY to prevent additional vehicles from entering. Interface Details: PLC Input Interfacing:  2 Nos. Opto Interrupter Sensors  1 No. at Entry Gate  1 No. at Exit Gate  2 Nos. Limit Switches for position/status detection  2 Nos. Pilot Lamps  1 No. for Availability Status  1 No. for Full Capacity Indication PLC Output Interfacing:  Barrier Gate Control for incoming and outgoing vehicles using 2 Nos. DC Motors Wooden Closed Cabinet for housing all PLC and interfacing components

Trainer kit – PLC Based Fan Control for Energy Conservation Interface Sequence of Operation – Meeting Hall Fan Control:  Objective: Develop and execute a Ladder Logic Program in PLC to control the operation of fans in a meeting hall based on real-time person count. Sensor Interfacing:  Interface a suitable Photoelectric Proximity Sensor or IR Sensor at the ENTRY Gate to detect and count individuals entering the hall. Output Devices:  Interface Low Voltage DC Fans with the PLC for output control.  Assume the meeting hall capacity is 10 persons for logic reference. Control Logic:  <50% Occupancy (0–4 persons): urn ON Fan F1 and Fan F2  70–80%Occupancy (7–8 persons): Turn ON Fan F1, F2, and F3  ≥ 90% Occupancy (9 or more persons): Turn ON Fan F1, F2, F3, and F4 Real-Time Interface:  System should dynamically update the fan outputs based on live person count. Interface Details PLC Input Interfacing:  2 Nos. Photoelectric Proximity Sensors  1 No. at Entry Hall 1 No. at Exit Hall PLC Output Interfacing: - 4 Nos. 24V DC Fans Wooden closed cabinet for housing components

rainer kit – PLC Based Illumination Control System Sequence of Operation:  Develop and execute a Ladder Logic Program for a multilevel illumination control system using PLC.  The system will read input from a Potentiometer, and based on its percentage value, control the number of lamps activated as follows:  ≥ 25%: Turn ON 1 lamp to achieve minimum illumination.  ≥ 50%: Turn ON 2 lamps to achieve medium illumination.  ≥ 75%: Turn ON 3 lamps to achieve maximum illumination.  The control logic should ensure smooth transitions between illumination levels as the potentiometer value changes. Interface Details: PLC Input Interfacing:  1 No. Potentiometer for percentage-based input reading  1 No. LDR (Light Dependent Resistor) for illumination sensing PLC Output Interfacing:  4 Nos. 24V LED Light Setup (controlled via PLC output) Real-Time Interface:  Live data acquisition and control for immediate system response Wooden closed cabinet for secure and organized housing of components.

Conveyor Trainer kit (Without PLC): Control and Power circuit for Conveyor Motor without PLC Sequence of Operation: Control and Main circuit for Conveyor Motor with detection of metal object stop the Conveyor Motor for 5 seconds. (Use Proximity sensor and Timer)

Om Technocrafts Corporation (BID ID -1411881)

BARATHI ENTERPRISES (BID ID -1411454)

TECHLAB ELECTRONICS (BID ID -1405067)

MI Measuring Instruments (BID ID -1399317)

Vi Microsystems Pvt Ltd (BID ID -1405036)

micro mech instruments (BID ID -1412110)

RK ENGINEERING (BID ID -1412100)

Dynalab Solutions Pvt Ltd (BID ID -1411677)

Jupiter Scientific Company (BID ID -1410476)