Enhance your self-service equipment with this high-performance Electronic Coin Acceptor, designed for precise and reliable coin validation. Crafted from durable plastic, this coin acceptor is ideal for game consoles, vending machines, and other coin-operated devices, delivering accurate scoring through an advanced CPU-controlled program. Key Features: · Precise CPU-Controlled Scoring: Ensures accurate coin recognition and reliable transaction processing for all supported machines. · Anti-Electromagnetic Interference Protection: Integrated interference prevention program guarantees stable performance and reduces errors during coin acceptance. · Smooth Coin Insertion Mechanism: Features a specially designed accurate/normal gear system for effortless and consistent coin input. · Clamshell Design for Easy Maintenance: The coin selector’s clamshell structure allows quick cleaning and removal of coins or debris, simplifying upkeep. · Enhanced Stability and Durability: Equipped with an anti-interference isolation circuit that significantly improves the operational stability and extends the product lifespan. · Wide Compatibility: Suitable for various self-service coin-operated equipment including large and small game machines, vending machines, and other applications requiring a reliable coin acceptor. Specifications: · Material: Plastic · Applicable Products: Game consoles, vending machines · Scope of Application: Self-service coin-operated equipment such as game machines of various sizes · Operating System: Comparative coin-clamping · Working Voltage: DC 12V ±20% · Working Current: 60mA ±5% to 1.3A ±10% · Applicable Coin Diameter: Approximately 20mm to 28mm (0.8 to 1.1 inches) · Suitable Coin Thickness: Approximately 1.7mm to 2.2mm (0.07 to 0.09 inches) This Electronic Coin Acceptor combines accuracy, durability, and ease of use, making it the perfect choice for enhancing the performance and reliability of your coin-operated machines. Its intelligent design and robust construction ensure smooth operation and long-term stability in various service environments.