Arduino MEGA2560 Double-side PCB Prototype Screw Terminal Block Shield Board Kit For Arduino Mega 2560 / Mega2560 R3

Description Arduino MEGA2560 Prototype Shield with Screw Terminal Block – Double-Side PCB Board Kit for MEGA2560 / R3 �� Product Description Build secure, permanent, and clean prototypes with this Prototype Screw Terminal Block Shield Board Kit for Arduino MEGA2560 R3. This unassembled kit includes everything you need to expand your MEGA board into a full-featured development and wiring platform. Featuring a high-quality FR-4 fiberglass dual-layer PCB, screw terminals, and female header sockets, this shield offers multiple mounting options and flexibility for robust and long-term installations. Whether you’re building sensor hubs, industrial prototypes, or clean lab environments, this shield simplifies wiring and enhances reliability. ✨ Key Features ✅ Complete Prototype Shield Kit for Arduino MEGA-2560 R3 ✅ Includes: Double-sided prototype PCB, screw terminal blocks, and female header sockets ✅ Unassembled Kit – Customize layout and soldering as needed ✅ Multiple Mounting Options – Flexible integration into enclosures or boards ✅ Screw Terminal Blocks for secure wire connections without soldering ✅ FR-4 Dual Copper Layer PCB for high durability �� Kit Contents 1x Double-Side Prototype PCB for MEGA2560 Screw Terminal Blocks (3.5mm pitch) Female Header Sockets (Full set for MEGA2560 pins) Reset Button & Power LED (optional in some kits) Note: Kit ships unassembled for flexible DIY assembly �� PCB & Hardware Specifications Component Specification PCB Material FR-4 Fiberglass, dual copper layers PCB Size 120mm x 78mm Pads Grid / Pitch 2.54mm / 0.1″ Pad Hole Diameter 0.8mm Terminal Block Pitch 3.5mm / 0.138″ Terminal Hole Diameter 1.2mm Compatibility Arduino MEGA2560 / MEGA2560 R3 �� Ideal For: DIY Arduino prototyping Permanent sensor/relay wiring setups Industrial or lab-based projects Classroom and STEM education kits Secure and clean development boards ��️ Assembly Tips The kit is unassembled, giving you full control over layout. Solder only the headers or terminal blocks you need for your use case. Use a mini breadboard (optional) for temporary testing on the PCB.