ROGER MCT12E-BK proximity-lukija, musta, EM 125 kHz, Wiegand/RS232/RS485, IP65

The ROGER MCT12E-BK is a robust and versatile proximity reader designed for secure access control applications. It supports EM 125 kHz technology and is compatible with EM4100/EM4102 cards. The reader offers multiple communication interfaces including Wiegand (26-66 bit), RS232, and RS485, making it suitable for integration with various access control systems. Its IP65-rated housing ensures reliable operation in harsh environments, while the built-in buzzer and two-color LED provide clear visual and audible feedback. The anti-tamper switch enhances security by detecting unauthorized opening.

Advantages

Flexible connectivity options allow seamless integration with existing systems. The durable ABS plastic housing and IP65 rating make it ideal for both indoor and outdoor use. Easy surface mounting and a 0.9 m integrated cable simplify installation.

Suitable for

• Access control systems for commercial buildings, offices, and industrial facilities
• Integration with ROGER PRxx series controllers
• Secure entry points requiring reliable proximity card reading

Key specifications

• Reading Technology: EM 125 kHz
• Supported Card Types: EM4100/EM4102 compatible
• Communication Interfaces: Wiegand 26-66 bit, RS232, RS485 (selectable)
• Power Supply Voltage: 10-15 VDC
• Current Consumption: 50 mA (typical)
• Maximum Reading Range: 10 cm
• Visual Indicators: Two-color LED (Red/Green)
• Audible Indicators: Built-in Buzzer
• Ingress Protection (IP) Rating: IP65
• Operating Temperature Range: -25°C to +60°C
• Housing Material: ABS Plastic
• Color: Black
• Mounting Type: Surface Mount
• Cable Length: 0.9 m (integrated)
• Tamper Detection: Yes (Anti-tamper switch)
• Compatibility: Roger PRxx series access controllers
• Output Formats: Data/Clock, Wiegand, RS232, RS485
• Certifications: CE

Recommendations

For optimal performance, pair the MCT12E-BK with a compatible ROGER access controller. Ensure proper power supply within 10-15 VDC and avoid installing in areas with extreme temperatures beyond the specified range.