OCB-101BE

OCB-101BE – Long Range Wiegand / RS485 Dual-Frequency RFID Reader

The OCB-101BE is a professional long-range RFID reader designed for access control systems requiring extended communication distances and high reliability. Supporting both 125kHz EM and 13.56MHz MIFARE technologies, this reader offers flexible integration via Wiegand 26 or RS485, making it ideal for industrial, commercial, and outdoor security applications where long cable runs are required.

Product Features

• Dual-frequency operation: 125kHz (EM) and 13.56MHz (MIFARE)
• Long-range communication:
 – Wiegand: up to 100–200 meters
 – RS485: up to 1200 meters
• Standard Wiegand 26 output with opto-isolated OC gate
• RS485 communication interface for extended-distance installations
• Maximum read distance:
 – EM cards: up to 150mm
 – MIFARE cards: up to 80mm
• Wide operating voltage: DC 9–12V
• Low power consumption: 50–60mA standby current
• 100% waterproof PCB, suitable for harsh environments
• Compact housing for easy wall or panel mounting

Product Advantages

• Ideal for long-distance access control installations
• Supports both low-frequency and high-frequency credentials
• Reduced signal loss over long cable runs
• High stability in industrial and outdoor environments
• Compatible with most access controllers using Wiegand or RS485
• Excellent performance in high-humidity and extreme temperature conditions
• Simplifies system design by supporting multiple card technologies

Professional Applications

• Industrial facilities and factories
• Parking access control systems
• Perimeter and gate access control
• Commercial buildings and office complexes
• Warehouses and logistics centers
• Outdoor access control installations
• Infrastructure projects requiring long cable distances

The OCB-101BE RFID reader delivers long-range communication, dual-frequency credential support, and robust environmental performance. With Wiegand and RS485 outputs, it is an ideal solution for professional access control systems requiring flexibility, reliability, and extended transmission distances.