Durable Paxton 010-495-us Paxton10 Door Controller, Us, Metal Housing, Poe Special: 70% Discount [0kV78Wub]

• Controls a single door and provides additional I/O for general use
• Distributed intelligence architecture, no central point of failure
• Connector port to cascade up to three Paxton10 connectors
• Two reader inputs for read in/read out control
• PoE powered with 12V lead acid battery back up

About Paxton10 Door Controllers are the building blocks of the Paxton10 system. Each one provides control of a single door and a port to allow support for up to three Paxton10 connectors for additional functionality. A single Paxton10 system can include up to 1000 door controllers.

The Paxton10 door controller is a network device that communicates over TCP/IP and can be integrated into an existing network infrastructure.

PoE+ – The Paxton10 PoE+ Door Controller is equipped with a built-in PoE+ splitter, with which it is possible to supply the door controller and door lock via PoE+, so no 230v connection is required at the door. We recommend using a TCP/IP network switch with PoE+ output. It is also possible to place a backup battery in the Paxton10 PoE+ Door Controller, if you want an extra backup in case of power failure, we recommend placing the switch behind a UPS.

The door controller is equipped with 4 inputs, tamper, 230v fail, door contact and RTE.

An intruder alarm can be integrated using the Paxton10 alarm connector

Mains powered and PCB only (with or without plastic enclosure) options also available.

Installation – The wiring label on the Paxton10 Door Controller clearly shows colour coded connections for the readers, power supply, lock etc. The 12v output for the lock can be used to control any door, barrier or gate. Diagnostic LED’s indicate the status of the controller and its inputs and outputs.

Controllers are connected directly to the network via TCP/IP. They are automatically visible in the Paxton10 software under the devices menu.

Operation – Any changes made in the Paxton10 software are immediately communicated to the door controller. When a user presents their token to the reader, the control unit identifies them and permits or denies access as appropriate.