Power input, Polarization and securement of serial port cables, Opto-sensor inputs – MagTek INTELLISTRIPE 380 USB/RS-232 User Manual

Page 15: Rotary pulse generator, Dual color led, Iso-8 smartcard connector with landing switch, Track read/encode magnetic head, Dc motor

Advertising
background image

Section 1. Features and Specifications

7


Power Input

The Reader/Encoder is powered by a 12 VDC power-pack. The +12 VDC power is carried to
the Reader/Encoder as part of the Host Serial cable.

All other voltages required by the Main PCB are generated onboard as required.

The input connector and cabling carry power to support the Reader/Encoder.

Polarization and Securement of Serial Port Cables

The ports, located at the rear of the Reader/Encoder, use RJ connectors with locking tabs, which
assist in securing the cable to the Reader/Encoder.

Opto-Sensor Inputs

The Main PCB provides inputs for the three opto-sensors (Front, Encode, and Rear).

Rotary Pulse Generator

The Main PCB provides input for the MagTek 75/210 bpi Rotary Pulse Generator (RPG).

Dual Color LED

The Main PCB provides facilities for a dual color, red/green PCB. The LED is located on the
front bezel of the Encoder/Reader. When the unit is powered up, the LED will blink green or red
until the Host commands it to a different state. Green means the unit is ready for normal
operation. Red means a card is jammed in the unit and should be manually removed.

ISO-8 Smartcard Connector with Landing Switch

The Main PCB provides resources to support an interface with an ISO-8 smartcard connector
with its associated landing switch. The electronics meet EMV Level 1 requirements.

3-Track Read/Encode Magnetic Head

The Main PCB supports an interface to a 3-Track Read/Encode Magnetic Head. A flex-cable
circuit connects the magnetic head to the Main PCB.

DC Motor

The Main PCB supports a bidirectional drive interface to a DC motor. The motor drives the card
in the forward and reverse directions in the transport. The motor can also be driven with a small
“holding” current to keep a card positioned over the Smart Card contact block during a Smart
Card session.

Advertising