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Press machine controller
- 2. MACHINE CONTROLLER Controller function To design the controller we must know the motions and actions of press well to determine the input and output needed in controller and write the suitable program to do this motions and actions The motions and actions required When press on down switch press will stop the motion in up direction and move downwards When press on up switch the press will stop the motion in down direction and move upwards When stop switch was pressed stop any motion When the press touch the upper limit switch stop motion in upward direction When the press touch the lower limit switch stop motion in downwards direction and move upward Green Led Indicator Light on when power switch is on and off when the Emergency Stop Switch is Pressed Red led indicator light on when Emergency stop Switch is Pressed Yellow Led Indicator light on when the press move downward According to the required motions and actions we designe and programing the circuit whiche achive the required functions
- 4. Controller Board Circuit Hand Box Controller Circuit
- 6. CONTROLLER COMPONENT No Qty Component Image 1 1 Electric Control panel box 30 x 40 cm 2 2 Plastic box 115, 75, 38 mm L, W, H 3 1 8 Output Relay Module [KIT.8RELAY] 4 2 Limit Switch 5 1 Arduino UNO Circuit 6 1 Power Supply 12 VDC [KIT.SMPS.12V.3A] 7 1 3SC8 AC contactor 35 A 8 8 Pluggable Terminal Block 2 Pin
- 7. 9 3 Push Button Switch 10 4 10 KΩ Resistor 11 1 Emergency Stop Switch 12 1 Machine Switch 13 3 Led Indicator 220 VAC Red, Green and Yellow 14 1 Pkg Wire Terminal 1 mm 15 1 Holes Prototype PCB 9x7 cm
- 8. 16 4 Wire Gland for limit Switches 17 2 Wire Gland for Power Cable & Motor Cable 18 2 Wire Gland for DCV Cable 19 2 Wire Gland for Hand Box Cable 20 16 Plastic Hex Spacer with Bolts and Nuts 21 1 10 m Cable 2 Wires 3 mm for Power and Motor
- 9. 22 1 3 m Cable 5 Wires 0.5 mm for Hand Box Remote 23 1 3 m Cable 2 Wires 1 mm for DCV 24 1 6 m Cable 2 Wires 0.5 mm for Limit Switches 25 1 5 m Wire 0.5 mm for each color “Red, Black, Yellow and Blue” 26 1 Terminal Blocks Rail 27 4 Terminal Blocks Ends 28 30 Terminal Blocks 3 mm
- 10. 29 1 Plastic Cable Tray 20 x 30 cm 30 1 pkg Cable Ties 3.5 x 150 mm 31 30 Screw Drive Bolts With Nuts and Washers M4 x 15 10 mm
- 11. 8 Output Relay Module (Enabled with 3 ~ 12 Volts) [KIT.8RELAY] Features: 1) Operating with 12VDC(300mA). 2) Open each relay with 3 ~ 12 volts ( Can be directly connected to Microcontrollers , Arduino Boards or PC port). 3) Output of each relay can be used for current up to 7A (at 28Vdc or at 240Vac). 4) Each relay with LED illuminate when the relay is enabled. 5) Dimensions: 100 x 52 mm 6) Easy to connect the wires through PCB screw terminal blocks (Enlarge the photo to see it clearly). Limit switch Dual circuit snap-action limit switch
- 12. Actuator heads are adjustable in 90° increments through 360° Actuator can be adjusted through 360° about rotary shaft on lever types Metal enclosure, protection to IP67 Limit Switch Actuator Roller Lever Operating Force Max 13.34N Contact Voltage AC Max 500V Contact Current AC Max 10A Contact Voltage DC Max 250V Contact Current DC Max 10A Contact Configuration 1NO and 1 NC Arduino UNO Board Microcontroller: ATmega328 Operating Voltage: 5V Input Voltage (recommended): 7-12V Input Voltage (limits): 6-20V Digital I/O Pins: 14 (of which 6 provide PWM output) Analog Input Pins: 6 DC Current per I/O Pin: 40 mA DC Current for 3.3V Pin:50 mA Flash Memory: 32 KB (ATmega328) of which 0.5 KB used by bootloader SRAM: 2 KB (ATmega328)
- 13. EEPROM: 1 KB (ATmega328) Clock Speed: 16 MHz Arduino Program ------------------------------------------------------------------------------------------------------------- int button1Pin = 4; // pushbutton 1 pin int button2Pin = 5; // pushbutton 2 pin int button3Pin = 6; // pushbutton 2 pin int button4Pin = 7; // pushbutton 2 pin int led1Pin = 0; // LED pin int led2Pin = 1; // LED pin void setup() { // Set up the pushbutton pins to be an input: pinMode(button1Pin, INPUT); pinMode(button2Pin, INPUT); pinMode(button3Pin, INPUT); pinMode(button4Pin, INPUT); // Set up the LED pin to be an output: pinMode(led1Pin, OUTPUT); pinMode(led2Pin, OUTPUT); } void loop() { int UP, DN, STOP, LM ; // variables to hold the pushbutton states DN = digitalRead(button1Pin); UP = digitalRead(button2Pin); STOP = digitalRead(button3Pin); LM = digitalRead(button4Pin); if (DN == HIGH) {
- 14. digitalWrite(led2Pin, LOW); delay(200); digitalWrite(led1Pin, HIGH); } else if (UP == HIGH) { digitalWrite(led1Pin, LOW); delay(200); digitalWrite(led2Pin, HIGH); } else if (STOP == HIGH){ digitalWrite(led1Pin, LOW); digitalWrite(led2Pin, LOW); } else if (LM == HIGH){ digitalWrite(led2Pin, LOW); } } ---------------------------------------------------------------------------------
- 19. Arduino Simulation Circuit The Simulation Done with using Proteus 8 Professional Application