China Suppliers Factory Manual Insertion Magnetic RFID Hybrid Smart Card Reader for Secure Player Identification
This Magnetic & RFID Hybrid Smart Card Reader is a versatile player card reader that reads IDs from both dual magnetic stripes and embedded RFID chips. Featuring triple interfaces (RS232, USB, Bluetooth 4.0) and a card slot with seven adjustable-brightness LEDs, it delivers reliable performance in an operating temperature range of -20°C to 60°C.
Magnetic Stripe & Contactless RFID
RS232, USB, and Bluetooth 4.0
7 Adjustable-Brightness Indicators
Reliable -20°C to 60°C Endurance
| Magnetic Card | Comply with ISO7810. It can read 60% of the magnetic stripe |
| RF Card |
Comply with ISO1443-3/-4 standard with frequency of 13.56MHz; Contactless IC card (TYPE A, TYPE B, CPU card); Mifare S50/S70/UL/Plus card read/write. |
| Interface | RS232 / USB / Bluetooth 4.0 |
| LED | Controllable LEDs |
| Temperature | Operating: 0°C ~ + 60°C | Storage: -20°C ~ + 60°C |
| Voltage input | DC 5.0±5% V / USB power supply |
| Current consumption | Static current: < 50 mA | Peak current: < 200 mA |
It supports ISO7810-compliant magnetic stripe cards (reads up to 60% of the stripe) and ISO1443-3/-4 standard 13.56MHz contactless IC cards, including TYPE A, TYPE B, CPU cards, and Mifare S50, S70, UL, and Plus cards.
The card reader comes equipped with triple communication interfaces: RS232, USB, and Bluetooth 4.0 for versatile connectivity across various terminal systems.
Yes, it fully supports both reading and writing functions for compatible RFID cards such as Mifare S50/S70/UL/Plus and contactless IC cards.
The device operates on a DC 5.0±5% V or standard USB power supply, with a low static current of less than 50 mA and a peak operating current of less than 200 mA.
The reader operates reliably within a temperature range of 0°C to +60°C and can be stored in ambient conditions ranging from -20°C to +60°C.
The card slot features seven controllable LEDs with adjustable brightness levels to provide clear visual feedback during card insertion and transactions.
















