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PLC(Programmable Logic Controller) Module - MODEL : PLC-CP1E-03NS • System housed in a portable and robust metal case form factor with epoxy powder coated • Central Processing Unit with 24 DC inputs, 16 relay outputs) • CPU operating mode indicators; LED indicators for inputs/outputs/ CPU status • Built in 24VDC Power Supply (short circuit protection) with fuse protection • Power Indicator • USB Communication/Programming Interface Port X 1 • RS232C port X 1 • Programming capacity: 8K steps; Data Memory capacity: 8K words • Built-in high speed counters (100KHz x 2 inputs & 10KHz x 4 inputs) • Inputs: 24 integrated standard 4mm connector sockets with COMs • Input Simulation: 24 toggle switches • Output: 16 integrated standard 4mm connector sockets with COMs • Output Simulation: 16 Lamps , 1 x 24VDC Buzzer with interface on panel • I/O Mode Selector For Input • I/O Mode Selector For Output • Supports ladder programming software using CX- Programmer /CX-ONE (optional) • Power Supply Distributor: 4 x +24VDC, 4 x -ve points • Input supply: 240VAC/50Hz • Overload/short circuit fuse protection • On/Off power switch with indicator TRAFFIC LIGHT SIMULATION MODULE - ITEM: PLC-TL- 01 • User can use this application board is to construct a fully functional PLC controlled 4-way traffic light that incorporates other components such as pushbutton, lamps & etc. • In addition, this module also simulates cross junction for both different direction of traffic with pedestrian crossing. Main function of pedestrian pushbutton switch is to speed up the switching of traffic light. • Consists of following mimics & I/O: ▪ Two pushbutton switches as pedestrian request input ▪ 4 set of traffic lights (each with Red, Yellow and Green lamp indicator ) ▪ 2 set of pedestrian crossing light indicator ( each with Red and Green lamp indicator ) • Mimic diagram on panel with clear labelling • Interface via 4mm banana sockets ELEVATOR CONTROL SIMULATION MODULE - ITEM: PLC-EC-01 • The main objectives of this application board is to simulate a system of a 3 level lift. • Here, the lift car is controlled manually by selector button either from external or internal mode. Then only the lift car will resulted in going UP or going DOWN. In addition, priority of UP & DOWN flag is encountered. • For safety purpose, the condition of lift door is noticed for every time desired floor reached. Lastly, indicators for current floor will be stated accurately. • Consists of following mimics & I/O: ▪ External Levelling Control Panel ▪ Internal Levelling Control Panel ▪ Lift Door Manipulation ▪ Current Floor Indicators ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets WASHING MACHINE SIMULATION MODULE - ITEM: PLC- WM-01 • The main objectives of this application board is to simulate a system of a washing machine with level controlling panel. There was a speed control panel as resulting in control the time inserting and removing of water into drum of washing machine according to three different level which is low, medium and high. • Besides, each current process taken for that particular moment can be monitored through process panel. • In addition, operation of motor that built within drum are shown clearly as well whether it rotate anticlockwise or clockwise at different process type. • Consists of following mimics & I/O: ▪ Speed Control Panel [ Low – Medium - High ] ▪ Process Panel [ Ready – Wash – Rinse – Spin - Done ] ▪ Lid Manipulation [ Open – Close ] ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets OBJECT SORTING SIMULATION MODULE- ITEM: PLC- OSS-01 • This application board is to simulate a system that sorted out metal and non-metal where there is random object. • In addition, this training board consists of basic operation of conveyor as it travelled object for each single steps. • Besides, sensor used to differentiate the characteristics of metal and non-metals alsoencountered as well as the pneumatic cylinder is presented. • Consists of following mimics and I/O:- ▪ Conveyor Belt simulation ▪ Inductive Sensor [ Detect Metal Object ] ▪ Capacitive Sensor [ Detect Non-Metal Object ] ▪ Pneumatic Cylinder A and Cylinder B ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets CAR PARK MONITORING SYSTEM SIMULATION MODULE - ITEM: PLC-MS-01 • The main objectives of this application board is to simulate that monitored the number of parking slots leftover in an open parking place. • In this simulation, there are consist of 7 free parking slot in total at initial stage. For any time there was presence of driver at the entered gate, each parking slot will be occupied, while the KM1 will light up until KM7 in ascending order and vice versa. • In addition, parking house indicator used to alert the driver the current conditions of open parking slots. Indeed, this can prevent drivers wasting time on searching parking slots. • Consists of following mimics & I/O: ▪ Check-in & Check-out PB Switch ▪ Parking Slot Indicator [ Low – Half – Full ] ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets WATER DISTRIBUTION SIMULATION - ITEM: PLC-WD-01 • The main objectives of this application board is to simulate the storage of a water tank and able to distribute water to each housing area if and only if there is sufficient of water. • Level sensor indicator also present on side of water tank to detect the current water level. • Presence of pump used to delivered water to reach consumer. • Consists of of following mimics & I/O: ▪ Level Sensor Panel [ Detect the water level reached ] ▪ Pump ▪ Filling Toggle Switch [ Normally Close ] ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets MIXING SYSTEM SIMULATION MODULE- ITEM: PLC-MX- 01 • The main objectives of this application boardis to simulate a simpler system that mixing two different material within a tank. Indeed, there is a motor inside the mixing tank which helps to stir the material. Once the stirring process is done, the material formed will passed out into output chamber which waiting for up-going process taken place. • Consists of of following mimics & I/O: ▪ Level Sensor Panel [ Empty – Half – Full] ▪ Material A & Material B ▪ Stirring Motor ▪ Output Chamber ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets WATER FILLING SIMULATION MODULE- ITEM: PLC-WF- 01 • The main objectives of this application board is to simulate the process of bottle water filling. • In addition, three level indicator is showing the • filling process climbs from empty to full. • Here, sensor is used to detect the ideal bottle size that is whether it is likely for filling process, while proximity sensor developed to sense the position of the bottle on the conveyor. • Consists of following mimics & I/O: ▪ Conveyor Belt simulation ▪ Robot Arm Panel [ Grip Bottle ] ▪ Object PB Switch [ Normally Close ] ▪ Sensor PB Switch [ Normally Close ] ▪ Proximity Sensor [ Detect the current position of bottle ] ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets RE-ROUTING PLATFORM SIMULATION MODULE -ITEM: PLC-RP-01 • The main objectives of this application board is to simulate a system for the operation of rerouting platform for a flight. • Once the presence of flight on particular flight line, pilot might ask request for new spot for landing due to unanticipated issues. • Here, signal PB switch used to sending therequest call to the center of nearest airport. Then, the airport will give feedback as approval for landing to the assigned pilot with PB switch as well. • Consists of following mimics & I/O: ▪ Signal PB Switch [ Sending Request to Nearest Airport ] ▪ Approval PB Switch [ Approval for Rerouting Spot ] ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets BUILDING LIGHTING SIMULATION -ITEM: PLC-BL-01 • The main objectives of this application board is to simulate a system of a building lighting during day-time and night- time at passage and staircase. • Daytime and Nighttime PB switches represents sensors which detect the sufficient of light ray. • For emergency case happen on either daytime or nighttime, emergency light will be triggered. • In addition, testing room for functionality of lighting on each single floor will be monitored here. • Consists of following mimics & I/O: ▪ Day-time & Night-time PB Switch ▪ Emergency PB Switch ▪ Faulty PB Switch ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets COMPRESSED AIR NETWORK SIMULATION -ITEM: PLC- CAN-01 • The main objectives of this application board is to simulate a system that showing how compressor motor work in a split air conditioner. • Thus, the simulation enclosed the full process starting from extracting hot air and leaving cool air at final stage through a complicated time-line. • This training board did showing clearly on the transformation of particles state in indirect ways. • Here, the compressor rotation speed can be controlled by 4 consecutive temperature PB switches. • Consists of following mimics & I/O: ▪ Temperature Remote Controlling Panel [ 16°C – 20°C – 25°C – 30°C ] ▪ Evaporator ▪ Compressor Motor ▪ Condenser ▪ Expansion Valve ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets STAR/DELTA CONTROL SIMULATION -ITEM: PLC-SDC-01 • The main objectives of this application board is to simulate the shifting of the configured mode of motor such as STAR or DELTA connection. • Consists of following mimics & I/O: ▪ Contactors [ Main, Star and Delta Contactors ] ▪ Three-pole Thermal Overload Relay Switch ( TOR ) ▪ Time delay [ Time shifting from Star – Delta ] ▪ Induction Motor simulation ▪ Normally-Open Push Button [ Start ] ▪ Normally-Close Push Button [ Stop ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets STARTER CONTROL SYSTEM SIMULATION MODULE - ITEM: PLC-SC-01 • The main objectives of this application board is to simulate a system that run full operation of aDOL Starter Control. • In addition, this training board gives a clear image on the power circuit and control circuit for DOL Starter control. • Consists of following mimics & I/O: • 4 Poles Contactors • Overload Relay Switch ( OLC ) with Normally Close Contact D • Normally Open PB Switch [ PB1 ] • Normally Close PB Switch [ PB2 ] • Normally-Open Push Button [ Start ] • Normally-Close Push Button [ Stop ] • Motor mimic simulation • Mimic diagram on panel with clear labelling • Interface via 4mm banana sockets TEMPERATURE TRANSDUCER MEASURING -ITEM: PLC- TTT-01 • The main objectives of this application board is to simulate a system with measuring temperature using RTD sensor. • Besides, temperature controller is used to monitor the current temperature measured. • Consists of following mimics & I/O: ▪ Resistance Temperature Detector [ RTD ] DPt 100Ω ▪ Alarm 1 and Alarm 2 Input ▪ Relay Output [ Process Value ] ▪ Mimic diagram on panel with clear labelling ▪ Interface via 4mm banana sockets FIX DC POWER SUPPLY MODULE - ITEM: FDC-01 • As a general 24VDC Power Supply unit • To supply adequate voltage to relevant application boards/modules in used during experiments • Input: 240VAC/50Hz • Output: 24VDC/4A (max.) • Mains ON/OFF rotary switch • Circuit breaker protection • Emergency Push Button • Interface via 4mm banana sockets BENCH TOP MOUNTING FRAME - ITEM: FRAME-01 • Aluminium/Metal construction • 2 or 3 layer • Mounting of the training modules • Dimension 1050mm (L) MANUAL & ACCESSORIES • Operation / User Manual x 1 • Lab Experiment Manual (with answer) x 1 • Power Cord Cable x 1 • Connecting Lead x 1 • Spare Fuse X 1 • USB Programming Cable X 1 • Sample programs and datasheet on CD-ROM • CX Programmer PLC Programming Software, Trial version (in CD) • CXONE Ver. 4. PLC Development Software (Licensed) - OPTIONAL