HID Smart Card Reader and Access Control Device

CONFIGURATION CARD, TURNS OFF PROX, LED RED, FLASH GREEN, MIFARE 32 CONVERT TO MIFARE 26 BIT. BUZZER ON, MIN ORDER $100

YMCKK HALF PANEL, FULL COLOR FRONT WITH BLACK ONLY BACK, 750 PRINTS, FOR HDP5000

ICLASS SE CREDENTIAL, PVC, 2K BITS W/ 2 APP AREAS, PRG WITH SIO, WHITE GLOSS FINISH F/B, NO #. PACK OF 100, VERT SLOT PRICED BY EA.

ISOPROX II PROGRAMMED CARD ENGRAVED, NO

COMPOSITE ISOPROX II, PROG, GLOSS/GLOSS

HID iCLASS Prox Card - Printable - Smart Card - 3.38" x 2.13" Length - White - Polyethylene Terephthalate (PET), Polyvinyl Chloride (PVC)

COMPOSITE ICLASS PROX SE 2K/2, PROG ICLA

HID iCLASS/MIFARE Classic ID Card - Printable - Smart Card - 3.37" x 2.13" Length - White - Polyethylene Terephthalate (PET), Polyvinyl Chloride (PVC)

The 5355 proximity card reader's weatherproof design and architecturally attractive enclosure allows easy mounting indoors or out. The 5355 is ideal for applications requiring a larger read range. This reader employs a high reliability, consistent read range characteristics, and low power consumption in a single, easy-to-install package. Features multicolor LED, internal or host control of the LED, and/or beeper and a beeper "off" switch for silent operation. The 5355 also provides Wiegand protocol interface compatibility with all standard access control systems. The HID 5355 offers an optional, fully integrated personal identification number keypad for heightened security. Can be mounted to glass (using the optional glass mounting kit).

The 5365 proximity card reader's potted electronics and slim, attractive design are ideal for indoor or outdoor mounting. It accepts 5- to 16-volts, meeting most voltage requirements and is available with Wiegand or Clock-and-data interfaces. Allows easy upgrade from magstripe to a proximity reader which means there is no rewiring or pulling of new cable required. The 5365 offers a high reliability, consistent read-range and low power consumption in an easy-to-install package. It also mounts directly onto metal with no change in read range performance.