6WD motor switch board (power), electronic design,high power swith ROHS
This 6WD motor power switch board is designed with professional electronic design and equipped with a high-power switch, fully compliant with ROHS environmental and safety standards. It is specifically used for power control of 6WD robots, featuring stable performance, strong load-bearing capacity, and reliable power switching. The compact design ensures easy integration into various 6WD robot systems, suitable for campus STEM projects, robot competitions, and small-scale automation applications, providing safe and efficient power control support.
$22.99
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+8615019528638
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Specifications
Code
：
RS003HP
Brand
：
DAGU
Detail
6WD motor switch board (power), electr
onic design,high power swith ROHS
This 6WD motor power switch board is a professional, campus-oriented power control component, specifically designed to meet the needs of campus procurement (universities, middle schools, primary schools), STEM teaching, and student robotics projects. Integrating professional electronic design, a high-power switch, and full ROHS compliance, it serves as the core power control unit for 6WD robots, providing stable, safe, and efficient power management support for various campus robotics activities, and perfectly aligning with the practical teaching and project needs of educators and students.
Professional Electronic Design & High-Power Performance (Tailored for Campus Use): Adopting professional electronic circuit design, the switch board is optimized for 6WD robot systems, ensuring stable power output and reliable switching control even under high-load conditions. Equipped with a high-power switch, it can support the power demand of multi-motor 6WD robots (common in campus STEM projects and robot competitions), effectively avoiding power failure or short circuit during student operation. The circuit layout is scientific and reasonable, with overload, overcurrent, and short-circuit protection functions, which can prevent equipment damage caused by incorrect operation by students, reducing the loss of campus teaching equipment and ensuring the safety of student operation.
ROHS Compliance & Campus Safety Standards: Fully adhering to ROHS environmental and safety standards, the switch board uses non-toxic, eco-friendly materials in production, without harmful substances such as heavy metals. The surface is smooth and burr-free, with insulation protection design, eliminating potential safety hazards such as electric shock during student use—critical for campus procurement and teaching. It meets the strict safety requirements of primary and secondary school classrooms, university labs, and after-school STEM clubs, giving teachers, campus administrators, and parents full peace of mind.
Campus-Oriented Application Scenarios (Focus on Teaching & Competition): As a core component for campus robotics, it is widely applicable to various campus scenarios, perfectly matching the needs of teachers and students:1. STEM Classrooms: Used in middle and primary school STEM courses to demonstrate power control principles, electronic circuit design, and robot system integration, helping students visualize abstract electronic knowledge through hands-on operation, and cultivating their practical skills in circuit connection and power management. 2. Student Robotics Projects: Suitable for student-made 6WD robots (such as campus garbage sorting robots, navigation robots, and competition robots), providing stable power control to ensure the smooth operation of student projects, and supporting students to complete innovative design and practice. 3. Campus Robotics Competitions: Ideal for school-level, regional, and national robotics competitions (such as RoboCup junior, campus robotics contests), with stable performance and strong anti-interference ability, ensuring that student robots can maintain reliable power control during intense competitions. 4. Campus Labs & After-School Clubs: Used in university robotics labs for research and teaching, and in after-school STEM clubs for student practice and team cooperation projects, helping students improve their comprehensive abilities in robotics and electronic technology.
Practical Advantages for Campus Procurement & Teaching: - Easy to Integrate & Operate: The compact size and standardized interface design make it easy to install and integrate into various 6WD robot chassis and campus robotic kits (such as Arduino, Raspberry Pi-based robot kits), requiring no professional technical skills, which is convenient for teachers to guide students to assemble and use, and saves teaching preparation time. - Durable & Low Maintenance: Made of high-quality electronic components and sturdy shell materials, it has strong wear resistance and long service life, capable of withstanding repeated assembly, disassembly, and use by multiple batches of students, maximizing the value of campus procurement. It requires no regular maintenance, reducing the workload of campus equipment management and lowering long-term use costs. - Batch Procurement Friendly: It supports batch procurement, with stable product quality and consistent performance, which is suitable for campus centralized procurement (for classroom sets, lab equipment, and after-school club supplies). The cost-effective design meets the campus procurement budget, helping schools save educational funds while ensuring the quality of STEM teaching. - Teaching Auxiliary Value: It can be matched with campus teaching plans, helping teachers carry out project-based teaching, guiding students to master the principles of power control, circuit connection, and robot system debugging, and cultivating students’ innovation ability, logical thinking, and teamwork spirit.
Targeted Service for Campus Buyers: For campus procurement personnel and teachers, we provide professional after-sales support, including product installation guidance, simple fault handling tutorials, and teaching application cases, helping teachers quickly integrate the product into lesson plans and solve practical problems encountered in teaching. The product’s stable performance and safety compliance also meet the audit requirements of campus equipment procurement, making it a reliable choice for campus STEM education and robotics teaching.
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