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Discovery 1014844

Discovery #MINDBLOWN Action Circuitry Electronic Experiment Set

Mudell: 1014844

Introduzzjoni

This manual provides essential instructions for the safe and effective use of your Discovery #MINDBLOWN Action Circuitry Electronic Experiment Set. This STEM kit allows you to explore the principles of electricity, circuitry, and engineering through hands-on experiments. Please read all instructions carefully before assembly and operation.

The kit includes components to build various kinetic sculptures, spinning robots, and devices that launch and levitate objects. It is designed for users aged 8 and older.

Informazzjoni dwar is-Sigurtà

TWISSIJA: PERIKLU TA’ FGATAR - Partijiet żgħar. Mhux għal tfal taħt it-3 snin.

  • Adult supervision is recommended for assembly and during experiments.
  • Do not short-circuit the battery compartments.
  • Kun żgur li l-batteriji jiddaħħlu bil-polarità korretta (+/-).
  • Tħallatx batteriji qodma u ġodda, jew tipi differenti ta 'batteriji.
  • Remove batteries from the kit if it will not be used for an extended period.
  • Keep all electronic components away from water and moisture.
  • Do not attempt to modify or disassemble any electronic modules beyond their intended use.

X'hemm fil-Kaxxa

Iftaħ il-komponenti kollha mill-pakkett bir-reqqa u vverifika mal-lista t'hawn taħt. Jekk xi partijiet huma nieqsa jew bil-ħsara, jekk jogħġbok ikkuntattja l-appoġġ għall-klijenti.

Contents of the Discovery Mindblown Action Circuitry Electronic Experiment Set, showing various modules and connectors.

Image: All components included in the Action Circuitry Electronic Experiment Set, laid out on a white surface.

  • 1 x Balance Ball Set
  • 1 x Ball Launch Platform
  • 1 x Blower
  • 1 x Floating Ball
  • 1 x Launch Button
  • 1 x Light Box
  • 1 x Robot
  • 1 x Rocket
  • 1 x Rocket Launch Pad
  • 1 x Wajer Hook
  • 1 x Wire Maze
  • 7 x Breadboard
  • 6 x Battery Compartment (requires 2 AA batteries each, 12 total, not included)
  • 6 x On/Off Switches
  • 19 x Spring Connector

Setup

  1. Installazzjoni tal-batterija: Each of the 6 battery compartments requires 2 AA batteries (not included). Open the battery cover on each compartment, insert 2 AA batteries according to the polarity markings (+/-), and close the cover securely.
  2. Breadboard Assembly: The breadboards can be connected together to form larger bases for your experiments. Align the interlocking edges and press them firmly together. You can create flat layouts or 3D cube designs.
  3. Tqegħid tal-Modulu: Place the various experiment modules (e.g., Light Box, Robot, Rocket Launch Pad) onto the breadboard by aligning their bases with the breadboard's connection points.
  4. Ċirkwiti ta' Konnessjoni: Use the spring connectors to link the modules and battery compartments. Ensure connections are firm to establish a complete circuit. Refer to the specific experiment diagrams for correct wiring.

Operating Instructions: Experiments

This kit allows for 6 primary experiments. Follow the general setup instructions above before proceeding with specific experiment wiring.

Vidjo: Overview of the Toy Circuitry Action Experiment Set, demonstrating various builds and functionalities.

1. Floating Ball Experiment

A child's hand interacting with the Action Circuitry set, showing a rocket, a Newton's cradle, and a light box.

Image: The complete Action Circuitry Electronic Experiment Set with various modules, including the floating ball mechanism, rocket, and Newton's cradle.

This experiment demonstrates air current and levitation.

  1. Connect a battery compartment and an On/Off switch to the Blower module using spring connectors.
  2. Place the Floating Ball on top of the Blower's nozzle.
  3. Turn the On/Off switch to the 'ON' position. The blower will activate, causing the ball to levitate in the air current.

2. Light Tunnel Experiment

Explore light and visual effects with the Light Box.

  1. Connect a battery compartment and an On/Off switch to the Light Box module.
  2. Turn the On/Off switch to 'ON'. Observe the light patterns and effects within the Light Box.

3. Wire Trap Experiment

A hand guiding a wire hook through a wire maze, part of the Action Circuitry Electronic Experiment Set.

Image: A close-up of the wire trap experiment in progress, showing a hand carefully moving the wire hook through the maze.

Test your steady hand and learn about open/closed circuits.

  1. Connect a battery compartment, an On/Off switch, and a Light Box (or other indicator module) to the Wire Maze.
  2. Connect the Wire Hook to the circuit.
  3. Turn the On/Off switch to 'ON'. Carefully guide the Wire Hook through the Wire Maze without touching the maze wire. If the hook touches the maze, the circuit will complete, and the indicator (e.g., Light Box) will activate.

4. Spinning Robot Experiment

A spinning robot module on a breadboard, part of the Action Circuitry Electronic Experiment Set.

Image: The spinning robot module assembled on a breadboard, ready for activation.

Observe motion and simple motor mechanics.

  1. Connect a battery compartment and an On/Off switch to the Robot module.
  2. Turn the On/Off switch to 'ON'. The robot will begin to spin.

5. Rocket Launcher Experiment

Experience the excitement of launching a rocket with a simple circuit.

  1. Assemble the Rocket onto the Rocket Launch Pad.
  2. Connect a battery compartment, an On/Off switch, and the Launch Button to the Rocket Launch Pad module.
  3. Turn the On/Off switch to 'ON'. Press the Launch Button to activate the launch mechanism and send the rocket upwards.

6. Balance Balls (Newton's Cradle) Experiment

Demonstrate the principles of conservation of momentum and energy.

  1. Place the Balance Ball Set (Newton's Cradle) on a stable, flat surface.
  2. Lift one of the end balls and release it to strike the adjacent ball. Observe the reaction of the balls on the opposite end.
  3. Experiment with lifting two or more balls simultaneously.

Manutenzjoni

  • Keep all components clean and dry. Wipe with a soft, dry cloth if necessary.
  • Store the kit in its original packaging or a suitable container to prevent loss or damage to small parts.
  • Regularly check battery compartments for corrosion. If corrosion is present, clean with a cotton swab and vinegar, then dry thoroughly.

Issolvi l-problemi

ProblemaKawża PossibbliSoluzzjoni
Experiment does not work (no light, sound, or motion).
  • Il-batteriji huma mejta jew installati ħażin.
  • Konnessjonijiet sfużi.
  • On/Off switch is in 'OFF' position.
  • Komponent difettuż.
  • Ibdel il-batteriji b'oħrajn ġodda; kun żgur li l-polarità hija korretta.
  • Check all spring connectors for firm contact.
  • Ensure the On/Off switch is set to 'ON'.
  • Test components individually if possible, or contact support if a component is suspected to be faulty.
Rocket does not launch.
  • Launch Button not pressed firmly.
  • Circuit issue (see above).
  • Ensure the Launch Button is fully depressed.
  • Verify all connections in the rocket launcher circuit.
Floating ball does not levitate.
  • Blower not receiving power.
  • Ball not placed correctly.
  • Check blower circuit connections and batteries.
  • Ensure the floating ball is centered directly over the blower's nozzle.

Speċifikazzjonijiet

  • Dimensjonijiet tal-Prodott: 3.27 x 12.24 x 15.16 pulzieri
  • Piż tal-oġġett: 3.19 liri
  • Numru tal-Mudell tal-Oġġett: 1014844
  • Età Rakkomandata mill-Manifattur: 8 snin 'il fuq
  • Sors tal-Enerġija: 12 x batteriji AA 1.5V (mhux inklużi)
  • Manifattur: MerchSource
  • Data ta' Rilaxx: 24 ta’ Settembru, 2020

Garanzija u Appoġġ

For warranty information or technical support, please refer to the contact details provided on the product packaging or visit the official Discovery #MINDBLOWN websit. Żomm l-irċevuta tax-xiri tiegħek bħala prova tax-xiri.

For additional resources and other exciting STEM products, visit discoverymindblown.com.

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