mymaga

User Manual

Robot Educativo Programable

Model: ASIMOV N 01 Kit

Introduction

The ASIMOV N 01Kit is designed to teach the fundamental concepts of technology and robotics in schools, catering to both primary and secondary education. The kit facilitates practical, mechanical, and logical aspects of robot construction, integrating the STEAM approach (Science, Technology, Engineering, Art, and Mathematics) to connect various disciplines within the educational process.

Component Details

Component	Description	Qty	Photo
Mainboard Board	Nordic nRF52833, Flash Rom 512KB, RAM 128KB, 3-axis gyroscope, 3-axis accelerometer, 3-axis magnetometer, 4-channel motor driver, 4-channel Lego stackable interface, 5 * 5 LED matrix, built-in digital buzzer, built-in EEPROM storage, built-in temperature sensor, built-in 2.4G and BLE 5.2 module	1	[Image of Mainboard]
Constructure Component	Pls reference the below detail	400	[Image of Constructure Component]
Electronic Module: LEGO connecting cable 25cm		2	[Image of LEGO connecting cable 25cm]
LEGO connecting cable 35cm		2	[Image of LEGO connecting cable 35cm]
Data Transfer cable		1	[Image of Data Transfer cable]
Red LED		1	[Image of Red LED]
Sound sensor		1	[Image of Sound sensor]
Light sensor		1	[Image of Light sensor]
Obstacle avoidance sensor		1	[Image of Obstacle avoidance sensor]
Touch sensor		2	[Image of Touch sensor]
Motor with gear boxes		2	[Image of Motor with gear boxes]
180 degree Servo motor		1	[Image of 180 degree Servo motor]
green LED		2	[Image of green LED]
blue LED		2	[Image of blue LED]
Triple IO expansion module		2	[Image of Triple IO expansion module]
Dual Line Follower module		1	[Image of Dual Line Follower module]
RGB Module		1	[Image of RGB Module]
Laser Distance Sensor		1	[Image of Laser Distance Sensor]
Temperature and Humidity Sensor		1	[Image of Temperature and Humidity Sensor]
128x64 pixels OLED		1	[Image of 128x64 pixels OLED]
Potentiometers		1	[Image of Potentiometers]

Constructure Components

Name	Unit Qty	Category	Photo
TYRE NORMAL WIDE Ø43,2 X 22	4	Vehicles & Transportation	[Image of TYRE NORMAL WIDE Ø43,2 X 22]
TYRE NORMAL WIDE Ø30,4 X 14	4	Vehicles & Transportation	[Image of TYRE NORMAL WIDE Ø30,4 X 14]
CROSS AXLE 4M	8	Connectors	[Image of CROSS AXLE 4M]
CROSS AXLE 6M	2	Connectors	[Image of CROSS AXLE 6M]
CROSS AXLE 8M	2	Connectors	[Image of CROSS AXLE 8M]
CROSS AXLE 12M	6	Connectors	[Image of CROSS AXLE 12M]
CROSS AXLE 10M	2	Connectors	[Image of CROSS AXLE 10M]
CONNECTOR PEG W. FRICTION	28	Connectors	[Image of CONNECTOR PEG W. FRICTION]
DOUBLE CONICAL WHEEL Z12 1M	2	Vehicles & Transportation	[Image of DOUBLE CONICAL WHEEL Z12 1M]
TECHNIC TOOTHED BAR 8M	1	Vehicles & Transportation	[Image of TECHNIC TOOTHED BAR 8M]
TYRE FOR WEDGE-BELT WHEEL	4	Vehicles & Transportation	[Image of TYRE FOR WEDGE-BELT WHEEL]
ANGLE ELEMENT, 157,5 DEGR. [3]	4	Connectors	[Image of ANGLE ELEMENT, 157,5 DEGR. [3]]
TECHNIC STEERING-GEAR 3M	2	Vehicles & Transportation	[Image of TECHNIC STEERING-GEAR 3M]
T. STEERING GEAR, BEARING 2M	2	Vehicles & Transportation	[Image of T. STEERING GEAR, BEARING 2M]
CONICAL WHEEL Z12	6	Vehicles & Transportation	[Image of CONICAL WHEEL Z12]
CONNECTOR PEG/CROSS AXLE	12	Connectors	[Image of CONNECTOR PEG/CROSS AXLE]
BEVEL GEAR Z20	2	Vehicles & Transportation	[Image of BEVEL GEAR Z20]
3M CONNECTOR PEG	4	Connectors	[Image of 3M CONNECTOR PEG]
DOUBLE CONICAL WHEEL Z20 1M	2	Vehicles & Transportation	[Image of DOUBLE CONICAL WHEEL Z20 1M]
PLATE 1X2	8	Plates	[Image of PLATE 1X2]
TECHNIC BRICK 1X2, Ø4.9	6	Bricks	[Image of TECHNIC BRICK 1X2, Ø4.9]
TECHNIC BRICK 1X4, Ø4,9	6	Bricks	[Image of TECHNIC BRICK 1X4, Ø4,9]
TECHNIC BRICK 1X8	4	Bricks	[Image of TECHNIC BRICK 1X8]
BRICK 1X16, Ø4,9	4	Bricks	[Image of BRICK 1X16, Ø4,9]
PLATE 2X4, 3XxØ4.9	8	Plates	[Image of PLATE 2X4, 3XxØ4.9]
PLATE 1X4	8	Plates	[Image of PLATE 1X4]
PLATE 2X8 W. HOLES	8	Plates	[Image of PLATE 2X8 W. HOLES]
BRICK 1X6, Ø4,9	4	Bricks	[Image of BRICK 1X6, Ø4,9]
BRICK 1X12, Ø4,9	4	Bricks	[Image of BRICK 1X12, Ø4,9]
PLATE 2X6 W. HOLES	8	Plates	[Image of PLATE 2X6 W. HOLES]
CONNECTOR PEG W. FRICTION 3M	10	Connectors	[Image of CONNECTOR PEG W. FRICTION 3M]
DOUBLE ANGULAR BEAM 3X7 45°	2	Technic Beams	[Image of DOUBLE ANGULAR BEAM 3X7 45°]
TECHNIC ANG. BEAM 4X2 90 DEG	8	Technic Beams	[Image of TECHNIC ANG. BEAM 4X2 90 DEG]
TECHNIC ANGULAR BEAM 4X6	4	Technic Beams	[Image of TECHNIC ANGULAR BEAM 4X6]
MINI HAT, NO. 223	1	Minifigure Accessories	[Image of MINI HAT, NO. 223]
2M FRIC. SNAP W/CROSS HOLE	14	Connectors	[Image of 2M FRIC. SNAP W/CROSS HOLE]
2M CROSS AXLE W. GROOVE	14	Connectors	[Image of 2M CROSS AXLE W. GROOVE]
TUBE, W/ DOUBLE 4.85 HOLE	2	Connectors	[Image of TUBE, W/ DOUBLE 4.85 HOLE]
CROSS BLOCK 3M	4	Technic Beams	[Image of CROSS BLOCK 3M]
CATCH W. CROSS HOLE	10	Connectors	[Image of CATCH W. CROSS HOLE]
ANGLE ELEMENT, 180 DEGREES	4	Connectors	[Image of ANGLE ELEMENT, 180 DEGREES]
1/2 BUSH	16	Connectors	[Image of 1/2 BUSH]
MINI WIG NO. 5	1	Minifigure Parts	[Image of MINI WIG NO. 5]
BOBBIN	1	Miscellaneous	[Image of BOBBIN]
COMB WHEEL	4	Technic Beams	[Image of COMB WHEEL]
1 1/2 M CONNECTING BUSH	6	Connectors	[Image of 1 1/2 M CONNECTING BUSH]
DIFFERENTIALE 3M Z 28	1	Vehicles & Transportation	[Image of DIFFERENTIALE 3M Z 28]
GEAR WHEEL T=8, M=1	6	Vehicles & Transportation	[Image of GEAR WHEEL T=8, M=1]
CROSSAXLE 3M WITH KNOB	4	Connectors	[Image of CROSSAXLE 3M WITH KNOB]
GEAR WHEEL Z24	4	Vehicles & Transportation	[Image of GEAR WHEEL Z24]
ANGLE ELEMENT, 0 DEGREES	4	Connectors	[Image of ANGLE ELEMENT, 0 DEGREES]
TRIANGEL	2	Technic Beams	[Image of TRIANGEL]
TOOTHED BAR M=1, Z=10	2	Vehicles & Transportation	[Image of TOOTHED BAR M=1, Z=10]
RIM WIDE W.CROSS 30/20	4	Vehicles & Transportation	[Image of RIM WIDE W.CROSS 30/20]
RIM WIDE 18/14 W. CROSS Ø4.8	4	Vehicles & Transportation	[Image of RIM WIDE 18/14 W. CROSS Ø4.8]
CROWN- AND GEAR WHEEL Z24	4	Vehicles & Transportation	[Image of CROWN- AND GEAR WHEEL Z24]
CROSS AXLE 5M	4	Connectors	[Image of CROSS AXLE 5M]
CONNECTOR PEG	8	Connectors	[Image of CONNECTOR PEG]
CROSS AXLE 3M	8	Connectors	[Image of CROSS AXLE 3M]
CROSS AXLE, EXTENSION, 2M	8	Connectors	[Image of CROSS AXLE, EXTENSION, 2M]
GEAR WHEEL Z16	2	Vehicles & Transportation	[Image of GEAR WHEEL Z16]
WORM GEAR, 2 MODULE, FOR GEAR WHEEL	2	Vehicles & Transportation	[Image of WORM GEAR, 2 MODULE, FOR GEAR WHEEL]
GEAR WHEEL, 40T	2	Vehicles & Transportation	[Image of GEAR WHEEL, 40T]
BUSH FOR CROSS AXLE	16	Connectors	[Image of BUSH FOR CROSS AXLE]
WEDGE-BELT WHEEL Ø24	4	Vehicles & Transportation	[Image of WEDGE-BELT WHEEL Ø24]
2X1X3 STEERING KNUCKLE ARM	4	Technic Beams	[Image of 2X1X3 STEERING KNUCKLE ARM]
FLAT TILE 1X4	2	Plates	[Image of FLAT TILE 1X4]
BRICK 2X4	4	Bricks	[Image of BRICK 2X4]
BRICK Ø16 W. CROSS	2	Bricks	[Image of BRICK Ø16 W. CROSS]
ROOF TILE 1X2/45°	4	Bricks	[Image of ROOF TILE 1X2/45°]
BRICK 1X2 WITH CROSS HOLE	4	Bricks	[Image of BRICK 1X2 WITH CROSS HOLE]
TECHNIC 3M BEAM	2	Technic Beams	[Image of TECHNIC 3M BEAM]
TECHNIC 5M BEAM	2	Technic Beams	[Image of TECHNIC 5M BEAM]
TECHNIC 7M BEAM	2	Technic Beams	[Image of TECHNIC 7M BEAM]
TECHNIC 15M BEAM	8	Technic Beams	[Image of TECHNIC 15M BEAM]
TECHNIC 9M BEAM	4	Technic Beams	[Image of TECHNIC 9M BEAM]
Trans-Dark Blue Plastic Science & Technology Panels	1		[Image of Trans-Dark Blue Plastic Science & Technology Panels]
Surfboard on Ocean - Green Legs, Red Cap	3	Minifigures:	[Image of Surfboard on Ocean - Green Legs, Red Cap]
Yellow Flowers - Black Ponytail Hair, Orange Legs	3	Minifigures:	[Image of Yellow Flowers - Black Ponytail Hair, Orange Legs]
Total	400

General Use

The ASIMOV N 01Kit is a multifunctional educational development board suitable for:

Programming Learning: Introduction to Block Coding (MakeCode) or textual programming (Python, JavaScript).
Electronic Experiments: Connecting sensors, motors, and other peripherals to understand basic circuit principles.
Creative Projects: Building games, robots, IoT devices, and more.
Interdisciplinary Teaching: Combining knowledge from science, math, art, and other subjects.

Specialized Tools and Components

Core Tools

Programming Platform: Microsoft MakeCode (graphical/JavaScript), MicroPython (text programming), Scratch, Arduino IDE (adapters required).
Mobile App: Micro:bit App (wireless program upload, Bluetooth support).

Commonly Used Extension Components

Sensors: Temperature and humidity, light, ultrasonic, sound sensors, etc.
Actuators: Servo, motor, buzzer, LED strip.

Equipment Technical Details

Hardware Configuration

Main Control Chip: Nordic nRF52833.
Display: 5x5 LED dot matrix (capable of displaying icons and numbers).
Input: 2 buttons (A/B).
Sensors: Accelerometer (detects tilt and motion), Magnetometer (compass function), Temperature sensor (on-board chip).
Communication: Bluetooth, 2.4GHz radio (multi-device interconnection).
Interface: GPIO, I2C, SPI, PWM, etc. supported.
Type: USB Type-C (for power supply and program burning).

Software Support

Supported OS: Windows, macOS, Linux, Chromebook.
Program Storage: No SD card required; code is burned directly to the built-in storage via USB.

Q&A

Q1: Unable to recognize the device
A: Check if the USB cable supports data transfer (some cables are for charging only). Try a different USB port or restart the IDE on the computer.
Q2: Program upload failed
A: Ensure the device is displayed in "MAINTENANCE" drive mode. Reset the device using the reset button on the back.
Q3: LED dots do not light up
A: Check the power supply (USB or battery connection). Verify that the program is correctly controlling the LEDs (e.g., using a show icon command).

Common Troubleshooting

Computer does not recognize the device (USB driver problem): Replace the data cable or re-plug it.
Program runs unresponsive (Code error or insufficient power supply): Check code logic or replace the battery.
Sensor data abnormality (Poor contact or wiring error): Reconnect the pins and ensure voltage compatibility.
Bluetooth connection failure (Distance or interference): Ensure proximity to the device and turn off other wireless devices.

Connection and Configuration

Hardware Connection:

Connect peripheral devices via wire (e.g., servo to PO pin).
Ensure voltage compatibility (only supports 3V peripherals).

Software Configuration:

Select the corresponding pin number (e.g., PO) in MakeCode.
Initialize the peripheral library (e.g., import music).

Wireless Configuration:

Bluetooth pairing: Transmit programs wirelessly via a mobile app (e.g., "Micro:bit").
Multi-device communication: Send strings or values using the radio module.

Proper Use and Maintenance

Recommendations for Use:

Avoid short-circuit: Do not let gold finger pins touch each other when connecting peripherals.
Static electricity protection: Discharge static by touching metal objects before operating in a dry environment.
Power Management: Manual shutdown is recommended when not using the device for extended periods.

Maintenance:

Cleaning: Wipe PIGO pins with a dry cloth to prevent oxidation.
Storage: Store in a dry environment, away from high temperatures or humidity.
Firmware Update: Regularly upgrade the firmware using official tools.

For more information, please contact: sales@jpik.com | www.jpik.com

Models: N 01Kit Programmable Educational Robot, N 01Kit, Programmable Educational Robot, Educational Robot

File Info : application/pdf, 14 Pages, 398.13KB

UserGuide-Programmable-Educational-Robot-Kit

References

Microsoft Word para Microsoft 365

	Micro:bit + Sensores para Micro:Bit TURING M 01 Kit Advanced Sensors Kit Manual This manual provides detailed information about the TURING M 01 Kit Advanced Sensors Kit, compatible with the Micro:bit platform. It covers the kit's components, introduction to the TURING M 01 Kit, installation instructions for the mainboard controller, and technical specifications of the included sensors. The kit is designed to help children learn programming and electronics.
	Raspberry Pi TURING R 01 Kit User Manual A comprehensive user manual for the Raspberry Pi TURING R 01 Kit, covering setup, configuration, and basic usage. Includes detailed instructions on preparing the SD card, connecting peripherals, and initial software setup.
	MyMaga SHAPE F 600 01 3D Printer User Manual Comprehensive user manual for the MyMaga SHAPE F 600 01 FDM educational 3D printer, covering setup, operation, maintenance, and troubleshooting.