THE COMPARATIVELY COMPACT AY-Z12A OFFERS THE BEST SOLUTION FOR LONG-RANGE RFID PROXIMITY READERS FOR STANDARD PASSIVE PROXIMITY CARDS AND TAGS, AT AN AFFORDABLE COST. ASIDE OF ITS SMALL SIZE AND EASE OF USE, THIS READER PROVIDES THE SAME FEATURES THAT COME STANDARD IN ALL OF ROSSLARE’S READERS AND CONTROLLERS, HIGH-QUALITY, DURABILITY, AND AESTHETIC DESIGN.
AY-Z12A Long Range Outdoor Proximity Reader
The AY-Z12A is compatible with a variety of Rosslare’s access controllers (AC-215, AC-115, AC-020, AC 015), as well as with many third party access control systems.
Description
Overview
Overview
GENERAL DESCRIPTION
The AY-Z12A is the low-cost solution for security situations that require a relatively compact, Long-Range proximity reader.
The state-of-the-art design and small footprint is ideal for indoor/outdoor access control that is both easy to install and easy to use.
The AY-Z12A features an output format of standard Wiegand 26 Bits, which will allow it to work with most common controllers. For added convenience, the reader also contains tri LED indicators that provide the unit’s status upon power up and the status for card reading attempts.
Specifications
Specifications
MAIN FEATURES
Wiegand 26 Bit output format
RFID read range:
Up to 60 cm (23.6 in.) in single mode
Up to 45 cm (17.7 in.) in multiple mode
Operating voltage range of 10 to 16 VDC
60 cm (23.6 in.) shielded interface cable
PROFFESIONAL GRADE FEATURES
RF Modulation: ASK at 125 kHz
Compatible with standard, passive EM type, cards and tags
Internal buzzer
LED control input
Optical wall tamper detection
Water-resistant with epoxy potting (IP65) suitable for indoor and outdoor applications
Made of tough polycarbonate UV-resistant plastic
Shipping & Delivery
Related products
AURA – P6 – Remote 16-zone MatrixBus™
Zone Indicators
A maximum of sixteen zones are possible: 6 on board, 12 on
board with doubling and 16 with an additional expansion
module. The indicators can blink (indicating an open sensor
condition) or be on permanently (when the zone is violated) or
be off, depending on the status or mode or operation of the
system.
