Description
The Makerlab Pisowifi Universal Custom Board serves as the central hardware bridge for custom vending builds. It unifies the micro-PC (such as a Raspberry Pi or Orange Pi), the coin slot mechanism, and status indicators onto a single, heavy-duty printed circuit board (PCB).
By acting as a centralized motherboard, it completely replaces messy manual wiring, soldering patches, and unstable breadboard connections. It features universal component pathways that cleanly route the necessary 12V and 5V power requirements, ensuring a highly reliable, low-maintenance hardware setup that is well-protected against voltage drops, continuous vibrations,
Features
Anti-Hooking & Cheat Safeguards: Built with dedicated hardware filter loops to reject digital coin cheats, ground-loop tapping, and illegal string-pulling tricks ("anti-hooking").
True Plug-and-Play Hub: Integrates multi-pin terminal blocks and female header pins to seamlessly snap in your controller board without manually soldering individual connections.
Dual Voltage Power Protection: Features onboard step-down voltage pathways to safely take a single input and split it into clean, isolated power rails for electronics.
Integrated Relay Control: Includes robust onboard logic relay circuitry to handle automated power-cycling commands and trigger external network peripherals.
Direct LED status array: Features localized, clear diagnostic indicator lights to help technicians troubleshoot input power, coin pulses, and operational system activity at a glance.
Specifications
Product Framework: Piso WiFi Custom Vending Machine Baseboard
Controller Support: Form-factor matching for Orange Pi One/PC, Raspberry Pi 3/4, and ESP32-based setups
Coin Slot Compatibility: Multi-coin acceptors (e.g., CH-926, JY-926) and single-coin slots (12V)
Input Supply Voltage: DC 12V
Output Power Bus: DC 5V and 12V regulated distribution rails
Wire Terminals: Screw-type barrier blocks for secure component clamping
Trace Protection: Built-in optocoupler isolation to shield processing chips from high-voltage coin pulses
