HID Wiegand PINPad Rev D Installation Guide

9292 Jeronimo Road
Irvine, CA 92618

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Fax: [phone]

PINpad™ Wiegand Reader

Single-Gang box 26-bit Wiegand Reader

INSTALLATION GUIDE - 7393800, REV D

Overview

The Wiegand PINpad is a Wiegand reader and keypad
combined in the same rugged housing. It is fully sealed
against the environment and the wide operating
temperature range makes it id eal fo r Ind oor-Ou tdoor use ,
even under the most extreme conditions. The Wiegand
PINpad mounts easily to standard electrical hardware, such
as a single-gang box, and the attractive appearance makes
it a welcome addition to any location.

The unique design of the Wiegand PINp ad tra nsmit s both
card and keypad data over the Wiegand lines, eliminating
the need to pull separate wiring for each device.

The Wiegand PINpad is ideal for Access Control, Time and
Attendance or other applications where Wiegand card data
and/or Keypad data is required. For Access Control
applications you can use just the keypad during low
security periods, the Wiegand reader during high security
periods or both for maximum security .

with Keypad

Model 32788

October 19, 2007

There is no need to cut two wall openings as both the reader and keypad are combined.
Additionally, the Wiegand PINpad transmits data using Wiegand output making it a direct
replacement

*The Wiegand PINpad may have a higher current draw than the existing equipment. Make sure that the existing wiring and
panel are capable of the increased current requirement.

* for your existing Wiegand output hardware.

Output

The Wiegand PINpad transmits data over the D0 and D1 lines in accordance with the
Wiegand output format (see
a Wiegand card is read when the card is prop erly sw iped and sent dir ect ly from the
reader, the reader performs no calculation on the card data.

Personal ID numbers (PIN) are entered in the keypad. Once a valid number is entered
and the # key is pressed, the PINpad sends the PIN number as a HID 2601 format data
stream. The algorithm is described in detail in the

The Hold Line allows users to store card data. If, while card data is stored, another card is
“swiped” the new card data will replace the stored card data. Keypad data is always sent
directly to the D0 and D1 lines.

Wiegand Reader Output). The binary code embedded within

Keypad Data section.

PINpad 26-bit Wiegand Reader, 7393800, rev D

Specifications

Base Part

Number

310 5 – 12 VDC 40mA

Input

Voltage

Current

(typical)

Operating

Temperature

-31°F to + 149°F

(-35°C to + 65°C)

Cable Distance

Maximum cable distance is
100 feet (30.5 m) using six
conductor, shielded 18 AWG
cable.

For distances greater than
100 feet the unit should be
powered locally and a Line
Extender used to transmit the
data up to 5,000 feet
(1524 m).

Wiring

For maximum performance the Wiegand PINpad should be connected to the host panel
with a six-conductor, shielded, 18 AWG cable.

The tan wire (Case Ground) should be connected to an earth ground as close to the
Wiegand PINpad as possible.

Wire Color Description

Red +5 to 12 VDC, 120 mA Typical, 150 mA Max.
Black DC Ground
Green Data 0. Transmits the Binary “0”s of a Wiegand Data Stream (See Wiegand

White Data 1. Transmits the Binary “1”s of a Wiegand Data Stream (See Wiegand

Brown LED Control. High = Red on/Green off. Low = Red off/Green on.
Blue Hold Line. High = Inactive. Low = Stores up to 64 bits of card data.
Tan Case Ground. Connect to “Earth Ground” as close to the PINpad as possible.

Reader Output

Reader Output

)

)

Wiegand Reader Output

Wiegand readers convert the binary codes embedded within a Wiegand card into
electronic data, see
will affect the order in which the data is sent from the reader. Bits are recognized as a line
transitioning low (below 1.1 volts) for 50 µSec.

Page 2 of 6 © 2007 HID Global Corporation. All rights reserved. October 19, 2007

Figure 1. The direction in which a card is passed through the reader

Figure 1 Binary Stream “01101” Wiegand Output