elearning modules Sensors Technology (Virtual) labora teknika saintifika
elearning modules Sensors Technology (Virtual) labora teknika saintifika

Sensors Technology (Virtual)

Sensors Technology teaches students how to design and assemble basic control circuits using sensors.

Sensors teaches the concepts and application of digital and analog sensors in control circuits. Students design and build circuits with various sensors including light sensors, fiber optic, magnetic and pressure.

Students learn how digital and analog sensors function. They also also learn how a sensor’s analog signal is converted to a digital output.

Specifications

Activity 1: Introduction to Sensors
Activity 2: Contact Sensors
Activity 3: Digital Light Sensors
Activity 4: Analog Light Sensors
Activity 5: Reed Switch Sensors
Activity 6: Logic AND Circuits
Activity 7: Logic OR Circuits
Activity 8: Relays – Logic NOT Circuits
Activity 9: Inductive Proximity Sensors – Intro
Activity 10: Inductive Proximity Sensors –
Applications
Activity 11: Pressure Sensors
Activity 12: On-Off Control Systems
Activity 13: Using an Optic Fiber as a Conductor
Activity 14: Control Circuit Design
Activity 15: Conclusion

In Stock
Share (0)
Total: 0 Total: 0 Total: 0 Total: 0 Total: 0
SKU: 77-8012-0000 Categories: , , Tags: , , ,
100% Original and quality

Additional information

Brand

Intelitek

Related products

  • bosch rexroth Articulated Robot
    Robotic Arms

    Articulated Robot (KUKA)

    The system consists of a single station with complete protective housing, which secures the motion range of the robot. The station is mechanically connected to the modular mechatronics system (mMS4.0). The dimensions of the individual stations are smaller than 1350 x 700 x 1900 mm (L x W x H) to ensure easy transport (standard door, lift, vehicle). The complete system has a maximum weight of 350 kg. The supply voltage is single-phase 230 V.

    All safety doors and the cell are equipped with safety technology. A safety circuit monitors the system. The robot is operated with a manual operating unit with a 10‘‘ display. The robot is designed as a 6-axis system (X-Y-Z axes, A-B-C axis, S ,T). The robot is equipped with a pneumatic gripper with a 350° rotation angle. The load is 6 kg, and the repeat positioning precision is +/- 0.03 mm. The system contains a robotic control with an additional connected IEC 61131-3 PLC. Any movement of the robot is fully programmed via the PLC.  The entire system is fully assembled and fully functional on delivery.

    The PLC (industry standard) control provides some specific possibilities:
    ▶ PLC programming according to IEC61131-3: with the languages Instruction List, Ladder Diagram, Function Block
    Diagram, Sequential Function Chart, Structured Text.

    Industry 4.0:
    By using high-level language programming it is possible to read data directly from the PLC, even parallel to a running PLC program (conversion of Big Data). An app is available to diagnose the PLC. The communication between the PLC and the robotic control takes place via PROFINET.

    The following practice topics are addressed:
    ▶ Description of individual components and commissioning of a robot system
    ▶ Basic knowledge to create programs; control types
    ▶ Creating programs in a PLC programming environment (IEC 61131-3)
    ▶ Programming individual movements and motion sequences
    ▶ Picking and placing of housings
    ▶ Teaching program points
    ▶ Programming the HMI to operate the robot via PLC

    The exercises are available online.
    Exercises with solutions are available to the trainer.

    The work station contains:
    ▶ 6-axis articulated robot
    ▶ Robot control and PLC according to IEC61131-3
    ▶ Safety relay
    ▶ HMI for operating the robot via PLC
    ▶ Housing cube, aluminum
    ▶ Housing cube, plastic, black
    ▶ Pins (for assembling the housing cubes)
    ▶ Pneumatic maintenance unit
    ▶ Pre-wired control box
    ▶ Protective housing

    The articulated robot meets industry standards. So that students can recognize it in their future work, it is a robot that is used in real-world automation applications.

    (0 reviews)
  • automation rotary transfer unit labts.co.id
    Automation

    Rotary Transfer Unit

    The Rotary Transfer Unit (RTU) represents industrial indexing, manufacturing and assembly processes. A number of programming exercises are possible from simple control operations to fault-tolerant processes.

    The RTU consists of a component dispensing mechanism positioned above a turntable. A turntable with metal pegs represents the assembly station that can be rotated in a clockwise or anti-clockwise direction with a two speed control. Using a control signal it is possible to dispense and assemble black and white rings from the clear plastic tubes onto the pegs in various combinations.

    Each station is identified using a binary code method with black and white sections on the underside of the turntable; this is also represented on the top of the turntable to help understand binary identification methods. Four infra-red reflective sensors identify the position and station number using a bi-colour identification system. The dispensing mechanism, using, infra-red sensors, identifies if the peg has a ring or rings loaded and the colour of the rings.

    The control panel includes an on /off and emergency stop push button and a button to silence the internal buzzer. Four switches are fitted on the rear of the unit for fault insertion. The unit can be controlled by a PLC, having ten digital inputs and six digital outputs, through the D type sub connectors on the rear, or the 4mm colour coded shrouded sockets on the front of the control panel. Connection can also be made to a PC, using a suitable interface card, or Microprocessor training board, through the IDC header with TTL connection. Control is implemented using high or low level programming languages.

    Experiments:

    • Movement of rotary table
    • Initialisation
    • Station counting
    • Dispensing
    • A production line system
    • Follow a set routine

    Key Features

    • Representation of industrial indexing, manufacturing and assembly processes
    • Two speed and two direction motor controller
    • Station tagging and identification
    • Understanding the industrial rotary transfer operation
    • Inputs and Outputs 24v dc and TTL
    • D type sub connectors, IDC and 4mm colour coded terminals for easy connection
    • LEDs on front control panel for visual indication of operations
    • Fault insertion switches
    (0 reviews)