i-Key RX Long Range Receiver - Long Range Access Control Receiver ISCS Australia New Zealand

i-Key RX - Long Range Receiver

Long Range Access Control Receiver
Use part no. i-Key RX when ordering

Key Features

Just one product and with the touch of a button, the -Key is the smart and simple way to control access to your secure areas such as boom gates, rising barriers and doors. Cutting edge technology allows the i-Key to enter multiple facilities with just one key. Use the i-Key and your secure access could not be simpler!

Void and Validate an i-Key pendant in your access control system just like a prox card. The i-Key receiver connects to an access control system just like a reader.

The i-Key-RX Receiver is designed to communicate with an control system using 2
industry standard wiegand outputs. One output for each i-Key TX button.

Advanced Security
i-Secure technology provides an added layer of security to your access control system over and above the standard Wiegand format. With -Secure the i-Key pendant and receiver are encoded with a unique customer code, so card information only gets to access control systemswhen customer codes match. The result of this is an extremely secure system, reducing the risks of compromised data or duplicate pendants being passed to the access control system which can be common place on less secure technologies. Ultra high security can be provided by combining i-Secure with a custom facility/site format for a customer.

See the full range of i-Key Products here.

Related i-Key Products

	I-Key TX Long Range Access Control Pendant (Wiegand Output)		i-Key RX Long Range Receiver

	i-Key PG i-Key Programmer

	i-Key ANT Use part no. i-Key ANT when ordering	Extends the range of the RX up to 100 metres: Note only use RG58c Cable ::: Back to Main

	i-Key 6 Pin Use part no. i-Key 6PIN when ordering	The i-key-6pin Learner Receiver is designed to connect into a standard gate motor drive control system, the connection is made via a 6 way female connector. Up to 250 i-Key TX's can be learnt into memory. ::: Back to Main