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PassPort 360

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LCD Visual Display


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PassPort 360

Passport 360° Card Reader System
The Passport 360 is an access control device which provides a vend signal when a valid card is presented. The vend signal allows a door lock, barrier gate, or other control device to be opened, allowing the patron access to the facility. The Passport 360 controller provides all the functionality you need to control the process. The reader features a wide range of technology and program flexibility to satisfy your access requirements. It allows you to match a variety of configurations and reader technologies to your specific application, including Proximity, Magnetic Stripe, AVI, Barcode, and Dyna Read (barium ferrite).

The Passport 360 reader can be linked as part of a computerized, online facility management system, or used as a stand-alone device. The intelligent reader gives you the security you need with an advanced distribution processing architecture, ensuring continual and independent operations at all times. Decisions such as ill status, time zones, and issue levels are made at the reader and do not require external memory.

This versatile reader system offers the advantage of centralized computer control. By using our ScanNet Central Management System, you can create, store, send, and retrieve all programming from a central desktop computer. With simple keyboard commands, you can track monthly patrons, while controlling access to certain areas, lots, and even entire buildings.

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Highly Functional Controller

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Off-line Programming

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Reader Technologies

Insertion Type Card Readers Passive Card Reader
Insertion Type Readers provide you with simple and trouble-free operation. Simple, electro- mechanical card lock system eliminates the problems associated with embossed characters or hole punch cards. The reader itself is passive and does not require power to operate. When used in parking applications, the KK IV can be used in conjunction with any Federal APD model barrier gate.

• Unlimited security codes available
• Simple installation and programming
• Flush mount or surface mount enclosure
• Single period, four period, and twelve period operations available

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Magnetic Stripe Readers: Insertion and Swipe
Magnetic stripe technology uses electromagnetic charges to record or encode information on a piece of tape attached to the back of a card. A magnetic read reads the charges and a computer translates them into alphanumeric sequences for identification purposes.

Identification cards use a polyester material with a high coercivity magnetic stripe. This material prevents inadvertent or malicious alterations and is immune from accidental erasure. Ordinary magnetic fields will not erase this material, even in contact.

Magnetic stripe is capable of storing large amounts of information in a small area. Because it's magnetic, it cannot be photocopied or duplicated through optical means and common contaminants have little effect on the readability of the data.

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Bar Code Readers
Easy to produce and easy to use, bar code technology consists of a pattern or series of narrow and wide bars and spaces called "elements." An "element" is a single bar or white space. A "character" is a group of elements which together stand for a unique number, letter, or special character (for example, punctuation mark).

The specific arrangement of bars and spaces follows strict rules defined by the specific bar code "language," known as symbology, being used. Code 3 of 9, an alphanumeric symbology, is used with the bar code Passport Plus Card Readers.

Passport Plus bar code readers (or scanners) use fixed infrared LED light sources to read the symbol. A special blocking agent can be laminated onto the card to inhibit or prevent photocopying the bar code label. This blocking agent conceals the entire label, making it readable only by an infrared bar code reader.

Wiegand Swipe Readers
Wiegand technology, used widely for ultra-secure access control applications, utilizes short lengths of small-diameter, special-alloy wire with unique magnetic properties. The Wiegand wire is inserted into a code strip in two rows and e:rnbedded in an identification card. Depending on the number of wires in the code strip, up to several hundred million codes can be created.

When the card is exposed to a changing magnetic field, it induces a strong, discrete electrical output in a small pick-up coil located nearby. Wire location in the code strip determines whether the output signal is read as a "one" or a "zero" in the binary code.

The Wiegand Effect pulse generating technology is immune to stray magnetic fields, radio interference, and other external influences. Code strips are factory encoded and buried within the card, making duplication or counterfeiting virtually impossible.

The unique characteristics of the Wiegand technology permits construction of maintenance-free readers impervious to all environmental conditions - including rain, snow, sleet, heat, and cold.