Tyco manual Overview, S610s Reader, Multi-technology Intelligent Serial Reader, Features

S610s Reader

Multi-technology Intelligent Serial Reader

OVERVIEW

The S610s Card Reader is designed for use as part of an integrated on-line access control system and is used to control access to restricted areas or in special applications where card activation of machinery is required.

Using a powerful 32bit processor, the S610s gives full off-line validation and decision making at the point of entry, even when host communication is not available.

Designed for use with all card technologies the S610s device is available with integral reading support for 125 KHz HID Proximity, 13.56 MHz MiFare and PicoPass smartcard as well as a multi-technology option to support Proximity + MiFare. Two additional wiegand inputs are also available for connecting other reading technologies externally or an Exit read head for IN/OUT control.

The IP 65 rated polycarbonate enclosure houses the reader electronics, a large 4x3 Keypad, graphical display screen and three LED indicators.

The reader has 4 analogue inputs, which can be used to monitor door and alarm conditions for transmission to the host computer. Two outputs are also available to control the activation of locks or other equipment.

S610s Reader

FEATURES

•Industry’s most advanced card reader

•Integral reading technology for

Proximity, MiFare, Proximity + MiFare or Inside PicoPass.

•Structured database allows storage of large amounts of cardholder records for off-line card validation

•Backlit Monochrome Graphics

LCD display with heating element provides localised character sets and instantly recognisable icons under the most extreme conditions

•Universal Reader - supports all card technologies

•Keypad for configuration and optional personnel Identification

Number (PIN)

•4 analogue inputs to monitor alarm conditions and 2 changeover relay outputs to activate door strike or other equipment

•Remote programming facility to download program

•Broadcast Facility to enable selective operational mode

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