Access Control Reader 2N 9160342-S

The 2N 9160342-S Access Control Reader is an IP-enabled RFID reader operating at 13.56 MHz that combines reader and controller functions in a single device. It connects to an Ethernet LAN (10/100/1000 Mbit/s) via an RJ-45 port and supports Power over Ethernet (PoE) with a power output of 12.95 W. The reader supports NFC for mobile-phone based access and allows direct connection of a lock, exit button and door contact, reducing cabling and installation complexity.

Advantages

The integrated controller design eliminates the need for a separate control panel, simplifying installation and lowering maintenance needs. Gigabit Ethernet connectivity with common network protocols (DHCP, SMTP, TFTP, HTTP, HTTPS, Syslog) enables straightforward integration into existing IT infrastructure. PoE capability provides both power and data over a single cable, while NFC support offers modern mobile access in addition to RFID cards.

Suitable for

• Small to medium commercial entrances
• Office doors requiring networked access control
• Buildings where PoE simplifies installation
• Sites that want mobile phone (NFC) or RFID access

Key specifications

• Model: 2N 9160342-S
• RF frequency: 13.56 MHz (RFID) with NFC support
• Network: Ethernet LAN 10/100/1000 Mbit/s, RJ-45
• Protocols: DHCP, SMTP, TFTP, HTTP, HTTPS, Syslog
• Power: Power over Ethernet (PoE), power output 12.95 W; DC input range 8–12 V, current 600 mA
• Weight: 800 g

How to use

Mount the reader at the door in accordance with the site’s wiring plan, connect it to the IP network via the RJ-45 port, and supply power via PoE or the DC input (8–12 V). Wire the door lock, exit button and door contact directly to the reader’s terminals. Configure network settings and access credentials using the device’s web interface or supported management tools, ensuring required network services (DHCP, HTTPS) are available.

Usage recommendations

Deploy the reader where a single-cable solution is preferred and pair it with compatible locks and door sensors. Use HTTPS for configuration access and keep firmware updated to maintain security. Choose PoE where possible to avoid additional power cabling.