RF Ideas LC8058X Dual Frequency Card Reader User Manual

pcProx® Plus, pcProx® Enroll

&

Wiegand

C

onv

er

t

er

Configuration

Utilit

y

User

Manual

99009010

Rev

A.5

Thank

You!

Congratulations on

the

purchase

of

your pcProx® Enroll, pcProx® Plus,

or

Wiegand

device(s).

RF IDeas hopes you enjoy using

the

readers as much as

we

enjoyed creating and developing

them.

Configuration

is

easy, so you

will

be able

to

quickly take advantage

of

a more secure environment

in

your business, school,

or organization.

Please call

our

Sales

department

if

you have any questions

or

are interested

in our

OEM

and

Independent Developer’s

programs.

We

look forward

to

your comments and suggestions

for our

product

line!

Please go

t

o

www.RFIDeas.com and

follow the

Suppor

t

a

Learning Center

link for

more details about

our

product

line.

We

are always discovering new applications

for our

product

line(s).

There are several

software

developer’s licensing

our

t

echnology

so

the

solution you are looking

for

may already be de

v

eloped.

Thank

you,

The RF IDeas

Staff

Need

Assistance?

Ph:

84

7.87

0

.17

23

Fx:

84

7

.

483.

1129

E:

Sales@RFIDeas.com

TechSupport@RFIDeas.com

Glossary

Of Terms

ASCII: The American Standard Code

for

Information Interchange codes represent

text in computers,

communications equipment, and

other

devices

that

use

text.

Contactless: The high frequency

13.56

MHz smart

card

t

echnology

.

FAC:

F

acilit

y

Access

Code

OEM: The

proximity

card and badge reader available

in

self-contained electronic modules

for easy

system

integration.

pcProx Contactless: The registered

RF

IDeas brand name given

to all

13.56

MHz

contactless

card

reader

products.

pcProx

Proximity:

The registered

RF

IDeas brand name given

to all

125 kHz

proximity reader

products.

Proximity:

The

low

frequency 125 kHz RFID

t

echnology

.

SDK:

Sof

t

w

ar

e

Developer’s

Kit.

Sof

t

w

ar

e

Developer’s

Kits from

RF

IDeas provide

the

high

level

command capabilities

to

integrate software applications

to our devices.

Contents

2

Thank

You!

3

Glossary

Of Terms

5

Chapter

1: The

Basics

5

Wireless Identification

Overview

6 ID

Card Reader

S

y

st

em

6

pcProx

Output

F

ormats

7

Credential Form

F

actor

s

8

Card

Compatibility

8

Reader

Configuration

P

urposes

8

pcProx Plus

&

Non-Plus Reader

Differences

9

Chapter

2:Hardware

9 What’s In

Your

P

ar

t

Number?

10

Interface

(Connectors)

11

USB Readers

and Wiegand

Converters

11

RS-232 Readers and

Converters

11

Minimum

System

R

equirements

12

Reader Set-Up

Basics

12

LED

Beeper

13

Chapter 3:

Software

13

pcProx Configuration

Utilit

y

13

Utility Overview

14

Menu Tool

bar

19

Icon Tool

bar

22

pcProx Plus

Configuration

23

Standard

Configuration

23

Connect

Tab

25 Output

Test

Area

26

Data

F

ormat

Tab

28

Delimeters

Tab

30

Timing

Tab

31

SDK

Tab

35

CHUID

Tab

45

Chapter

4:

ASCII Command

P

r

ot

oc

ol

45

ASCII

Overview

46

Connect Serial Communications

P

r

ogram

47

Command

Structure

50

Help

Command

54

Variable

Command

58

ACP Error

Codes

59

Chapter 5: Tips and

Troubleshooting

59 Troubleshooting

60

Frequently Asked

Questions

63

P

r

ecautions

63

Before You Call Technical

Support

63

Talking To The

Technician

66 Index

67 Appendix

69

Other Products and

Accessories

The

Basics

1

Wireless Identification

Overview

pcP

r

o

x®

Activated

Identification

Employers are more security conscious than ever.

More

buildings, machines, systems,

and

applications require identification information

to

gain access. RF

IDeas devices allow

the building

access cards

to

be used as a digital identifier throughout

the workplace.

Various pcProx applications

include:

•

Card

Enrollment

•

Application

log-on

•

Form

filler to

existing software

applications

•

PC/LAN Log

On

•

Cafeteria

P

ur

chases/V

ending

•

Machine

Access

•

PLC and embedded

controllers

•

Time

/

A

tt

endanc

e

Our pcProx Plus devices are easily configured

to

increase security and

r

eliabilit

y

.

Companies

using

proximity

and

/

or

contactless

t

echnology

for

building access

immediately benefit, as

their employee

identification cards can also be used

with the

pr

o

ximit

y

/

c

ontactles

s

device

for additional

authentication applications. Thus,

the majority of

deployment and enrollment costs are

quickly

recovered.

The diagram on

the

following page

is

a high level overview

of how the

reader

works.

The

reader

sends

RF signals

to the

card and

the

card sends signals back

to

send

data.

The card data

is output by

the

reader

in

keystrokes

or

ASCII characters. This card data can be configured

to

include

delimiters

to

separate

the data.

This reader can be used as a standalone system

or

seamlessly integrated

with

other software applications

using

the

optional

Sof

t

w

ar

e

Developer’s

Kit (SDK).

ID

Card Reader

S

y

st

em

Output

F

ormats

Credential Form

F

act

or

s

Credentials are inactive electronic devices

that

rely on readers

to

supply

the

required power

for

start-up

and communication. The credential

itself

,

consists

of

antennas

that

produce

proximity or

contactless frequencies.

P

r

o

ximit

y

and contactless smart card

t

echnology

cards allow users

t

o

effortlessly manage multiple applications through a single

credential.

Data: The data on access cards are a string

of

binary numbers set

with

a fixed configuration

and

length.

Frequencies:

RF

IDeas’ access control readers and credentials utilize

the

low-frequency

125

kHz

(proximity)

band and

/

or

the

high-frequency

13.56

MHz

(contactless)

band.

Credential Form Factors:

With

over

300 million

physical access credentials

in

use worldwide,

there

are a variety

of low

and high frequency

form

factors customers can choose

from to

meet

their

particular

needs.

The below illustrates some

of

the various

form

factors

available.

CSN: Also known as

the

Card Serial Number,

is part of the

ISO 15693 standard

for vicinity cards

operating

at the

13.56

MHz

fr

equency

.

UID: The User

ID or

User Identification, can be encoded as data on

the

card when a security key

is

needed.

Manuf

actur

er

/

V

endor

Card

Compatibility

Please go

to

www.RFIDeas.com

for

specific device

part

numbers associated

to

card

types.

Reader

Configuration

P

urposes

The method

of

encoding data on a card and transmitting data

to the

reader differs accordingly

t

o

each

t

echnology

involved.

The reader

itself is not

aware

of the

makeup

of the

card data

format or

access privileges

for the

cardholder. This information

is

only accessible through

the configuration

process

of the

reader utilizing

the

supplied

software.

The reader

is

very flexible and may need

to

be configured

in

order

to

present an exact desired

output

for the

user, such as, singling

out

FAC

or

ID, obtaining a desired base (i.e. decimal, lowercase,

upper-

case,

hexadecimal).

Differences Between pcProx Plus Reader Non-Plus

R

eader

The pcProx Plus

is

a dual frequency programmable reader

that

combines 125 kHz and 13.56

MHz

t

echnologies

into the

same reader.

It’s the

only reader

in the

industry

that

reads

two

cards

of your

choice among

35

card

t

ypes,

delivering

flexibility to

any customer struggling

with

different

card

technologies.

In

contrast

to the

pcProx Plus reader,

our

standard pcProx Enroll

proximity

and contactless

readers

function on a single frequency band, which

is

either 125 kHz

proximity or

13.56

MHz contactless.

Hardware

2

What’s In

Your

P

ar

t

Number?

All

RF

IDeas reader

part

numbers

follow

a

distinct

system

of

categorization

to

allow

for

an ease

of

differentiation between

products.

Below

is the

basic

part

number

scheme.

RDR - 6 3 8

1

A K U

Reader

Type

Frequency

Card

Type Model

Housing

Color Interface

Housing

Version

Reader Type: The reader

type distinguishes between standard

reader, OEM, c

onv

er

t

er

,

mag-stripe,

or

a

kit.

Frequency:

RF

IDeas’ access control readers are available

in

low-frequency

125 kHz

(proximity) or

high-frequency

13.56

MHz (contactless).

Card Type: The card type allows

for the

selection

of

over

35

different card

t

ypes

for reader

compatibility

(Please

visit

www.RFIDeas.com, choose a product and locate

the

P

ar

t

Numbers

tab for

specific device

part

numbers associated

to

card

types).

Housing: This option provides

the

user

to

select

the form factor

housing

for the

desired reader.

The

housings include; desk

t

op

,

wall

mount, USB dongle, PCMCIA, bare board, ExpressCard,

or custom.

(For more on

form

factors, please

visit www.RFIDeas.com)

Model

:

The model selection corresponds

to the

type

of

reader, whether

it is

a standard,

writ

er

(13.56

MHz

contactless only), playback (13.56

MHz

contactless only), SDK,

or

analyzer

.

V

er

sion

:

The version refers

to the

selection

of

either

our

standard

or

custom

build.

Housing Color: The color category simply allows

for the

selection

of

either

our

black

or pearl

housings.

(Applies only

to

desk

t

op

and

wall

mount

housings)

Int

er

f

ac

e

:

This option specifies

the

type

of

connection

for the

reader (i.e. USB, RS-232, PCMCIA,

etc).

Interface

(Connectors)

C

T

ONNE

C

T

ORS

OUTPUT

USB Readers

and Wiegand

Converters

The pcProx USB keystroke device operates

in two

primary

modes:

•

USB keyboard.

It

reads

the

card data and sends

it

as keystrokes as

if the

user typed

the ID

data on a

keyboard.

•

Under

the

application programmer interface

(API)

defined

in the

pcProx SDK.

When it reads

card data,

the

active application receives

the

entire card

data.

Note:

The pcProx ExpressCard operates as a USB

r

eader

.

RS-232 Readers and

Converters

The RS-232, Ethernet,

or virtual COM port

device operates

in two

primary

modes:

1.

ASCII

output

device.

In this

mode

the

user card data

is

read and sent as a decimal

or

hexadecimal number

in

ASCII

characters.

2. API defined

in the

pcProx SDK. The device attaches

to

a computer serial

port. When it reads

card data,

the

active application receives

the

entire card

data.

Once

the

configuration settings are correctly configured and

written to

flash

memory

,

the

device

can

immediately be

deployed.

Note:

The pcProx PCMCIA operates as an RS-232

r

eader

.

Minimum

System

R

equir

ements

Minimum

S

y

s

t

em

Requirements

HARDWARE

Pentium class

PC

MEMORY 32 MB RAM

DISK 25 MB

hard disk

space

I

/O

1

available RS-232

or

USB

P

or

t

Operating

S

y

s

t

em

Any

operating system

that supports

a USB keyboard

including

Microsoft

Windows 2000®,

XP®, Vista®, 7®, Server

200

3®,

Server 2008®, Linux, Macintosh®. Can be used

for keystroke

applications

Note:

The software

does

not

perform any data validation checking. The data must be known before

it is

read

to

verify

its

v

alidit

y

.

Reader Set-Up

Basics

Plug

the

connector

into the

workstation’s

(or

available on any peripheral) open

RS-232, USB

or

Ethernet

plug.

Place

the

device next

to the

monit

or

,

beside

the

workstation,

or

where

appropriate.

The workstation should detect new hardware

for

USB

connections.

Verify the

workstation

r

ec

ogniz

es

this

connection using Device

Manager’.

Verify the

correct

COM port for

RS-232 DB9 connections using ‘Device

Manag

er

.

’

When the

software

is

installed,

it

should recognize these connections

in

order

to

configure

the

appropriate device. Once

the

device

is

configured and

written to its

flash

memory

,

these settings

will

not

have

to

be configured

again.

LED

Beeper

The desk

t

op

,

USB dongle,

wall

mount, and bare board

(OEM)

model readers are

all

equipped

with

a

light

up LED on

the front

cover. The LED

is

configurable through

the utility

software

(

See

LED

and

Beeper functions

in the

Sof

t

w

ar

e

section)

to

allow

the

device

to

produce a beep upon

light

up

of the

LED when a credential

is

detected

by the

r

eader

.

Software

3

pcProx Configuration

Utilit

y

The pcProx Configuration

Utility

provides users

with the ability to

configure

their

pcProx

Enroll,

pcProx Plus,

or

Wiegand devices

to

meet

their

needs. Through

the

configuration process,

desired

credential data

output

and access privileges

for

cardholders can be

established.

In

contrast

to the

pcProx Enroll readers,

for

which only one configuration can be programmed

into the

reader,

the utility

allows

the

pcProx Plus configuration process

to

create

two

separate

configurations

for users.

Utility Overview

Icon

Toolbar

(pg.

19)

Menu

Toolbar

(pg. 14)

pcProx Plus

C

onfiguration

Ar

ea

(pg.

18)

Standar

d

C

onfiguration

Ar

ea

(pg.

18)

Output

Test

Ar

ea

Menu Tool

Bar

The Menu Tool Bar contains

all the

basic configuration options

for the

utilit

y

.

File

The

file

menu

lists the

options

for

Opening .Hwg and Saving .Hwg

files.

Open

.Hw

g

/.Hwg+

File: Opens either a .Hwg

or

.Hwg+

file. A

.Hwg

or

.Hwg+

file

contains

all the

configuration settings

for the

reader. The

utility

comes

with

sample

.Hwg/.Hwg+ files.

Save

to

.Hwg+ File: Saves

the

configuration settings

to the

r

eader

.

What is

a

.Hwg/.Hwg+ file?

There are

two

kinds

of

configuration files. There

is

a .Hwg

file

and .Hwg+ file.

A

.Hwg

file

can only be created

with

previous pcProx application

utility ver-

sion.

A

.Hwg+

file

can only be saved using

this

new

utility

.

A

.Hwg+ can configure a

pcProx

Plus reader as

well

as a single configuration

r

eader

.

Exit: Exits

out of the

entire

utilit

y

C

onnect

The connect menu provides options

for

device

to utility connections.

Auto

Connect

to

USB on Startup: Set as

utility

default connection. Through

this

connection

the

utility

searches

for

a USB

connection on

star

tup

.

Auto

Connect

to

Serial on Startup:

With this

selection,

the utility

searches

for

any available

serial

connections on

star

tup

.

Auto

Connect

to

Ethernet on Startup:

Utility

option

to

search

for

ethernet connections on

star

tup

.

Why

use

the Auto

Connect

f

eatur

e

?

The

utlity’s

auto connect features allow users

to have

an easy auto connect through a specified

port

on

star

tup

.

Connect: This selection has

the utility

search

for

a device connection through

all

available

port

connections.

Why

use

the

Connect

f

eatur

e

?

The

utlity’s

general connect option gives users

the ability

to

connect

their

device

to the

utilit

y

,

without the

user needing

to

identify

the

devices

actual

interface connection. This feature cycles through

all

available ports

until

a device

is found.

Note:

For further information on

the

connect option, see

the

connect portion

of the Icon

Toolbar section on page 19

of this manual.

(

C

onnect

--C

ont.)

Connect

to

USB: Connects

to

current specified reader through

USB

Connect

to

Serial: Connects

to

current specified reader through

serial

Connect

to

Ethernet TCP/IP: Connects

to

current specified reader through ethernet T

C

P

/IP

Why

use

the

Connect

t

o

f

eatur

e

?

The connect

to

feature allows

the utility to

connect

to a

device through

the

specified

port

upon selection. This

is

especially helpful when users

are

switching

out

and changing devices

with

different

connections.

Disconnect: Disconnects

all

connected devices

from

every available interface connection

from the

configuration

utilit

y

.

Note:

For further information on

the

disconnect option, see

the

disconnect portion

of the

Icon Toolbar section on page 21

of this manual.

Device

Menu

The device menu

lists the

options

for

resetting,

writing

t

o

,

and reading

the

device’s data

memory

.

The

device menu options are altered depending on

the

type

of

device

that is

connected.

A single

configuration reader device has different device menu options than a

two

configuration reader

device.

Single

C

onfigur

ation Readers:

Reset

to

Factory Defaults: Resets

all

configuration parameters

to

factory

defaults.

Read Settings: Displays

the

current connected device

configuration

Write

Settings:

Writes the

current configuration settings

to the

connected

device

Note:

For more information on

the Write

Settings option, see

the Write Settings/W

rit

e

Active portion

of the

Icon Toolbar section on page 21

of this manual.

pcProx Plus

- 2

C

onfigur

ation Reader:

Reset

to

Defaults: Resets

all

configuration parameters

to

defaults. Defaults are set as

HID

Prox and RDR-758x

E

quivalent

(

c

ov

er

s

5

different card

t

ypes;

HID

iCLASS CSN, ISO

14443A

CSN, ISO 15693A CSN, MIFARE CSN, MIFARE DESFire

CSN)

Reset

to

Stored Settings: This selection allows users

to

reset

the

device

to their own

personally defined stored

settings.

Write

Stored Settings:

writes the

current configuration settings

to

stored

settings

Note:

Stored settings are defined as configuration settings created

by

a user

and

set

/

writt

en

to the

device through

the utility

as a stored

settings.

(Device

Menu--Cont.)

pcProx Plus

- 2

C

onfigur

ation Reader:

Read Active: Reads

the

current configuration. Active settings are

what

allow

the

device

t

o

function.

Write

Active:

Writes the

current configuration

to

active

settings.

Note:

For more information on

the Write

Active option, see

the Write Settings/W

rit

e

Active portion

of the

Icon Toolbar section on page 21

of this manual.

Note:

Device Menu options are altered when a

two

configuration device (pcProx

Plus

)

is

connected

to the

utilit

y

.

Navigation Menu

The Navigation menu gives users

the ability to

navigate

in

and

out of the utility

tabs through

the use

of hot

keys. This menu

lists the hot

key commands

for the

tabs as seen on

the

Standard

Configuration

Area (An

explanation

of

each

tab

can be found

in the

Standard Configuration Area section

of this

manual).

For example, pressing

the

F5 key on

the

keyboard

will

open

the

Data

F

ormat

tab

.

A

Test

App hot

key command

is

also available

in this list.

This command opens any

keystroking

capturing program (i.e. notepad, wordpad

etc) in

a new

windo

w

.

The Test

App

default

opening

program

is

set as

notepad.

View Menu

The view menu provides options

for

altering

the

appearance

of

certain functions

of the application

utilit

y

.

All the

options

in this

menu are set

to

appear

by default.

Show

Tooltip

Balloon: Menu option

for

displaying

or not

displaying

the tooltip

pop-up

balloon.

Note: Tooltip

balloons appear

automatically

,

or

pop up, when

the

user pauses

the mouse

pointer over a

tool or

some other

UI

element. The

tooltip

appears near

the

pointer

and

disappears when

the

user moves

the

pointer away

from the

tool,

or

simply waits

for

a

few

seconds. The

tooltip

displays descriptive information

of the

specific element

or tool that the

mouse

is

currently hovering ov

er

.

(View Menu--Cont.)

Show Text Under Toolbar Icons: Provides option

to

display

or

remove

text

under icons

in the Icon

Toolbar (For more information on

the

Icon Toolbar, see

the

Icon Toolbar section on page 19

of this

manual).

Show Pop-Up Warning Dialogues: Gives option

for

user

to

display

or

remove warning

pop-up

dialogue

boxes.

For example,

if the

Show Pop-Up Warning Dialogues option

is

selected, then a

warning

dialogue box, as seen below,

will

display on your screen. The below warning dialogue box

has

been

displayed to

alert

the

user

that the utility

has

not

detected a connected

device.

Show Confirm Dialogue: Menu option

for

displaying

y

es

/

no

confirmation dialogues before

certain

utility

operations are

completed.

For example,

if the

Show Confirm Dialogue option

is

selected, a confirmation

dialogue

window

will

appear when a user clicks

to

reset

their

device

to

factory

defaults.

Note: If the

Show Confirm Dialogue option

is not

selected,

all utility

operations

will

continue upon user selection

without the

need

for confirmation.

Beep On Warnings: Provides an audible system beep when warning are

detected.

Note: With the

Beep on Warnings option,

the

audible beeps

will

sound even

if the Show

Pop-Up Warning Dialogues option

is not selected.

Resize

W

indo

w

:

The

utility

window

is

designed

for

users

to

optionally resize,

by

making

the

window larger

or

smaller

(the

smallest resize choice

will

eliminate

the

view

of the Output Test

Area).

If

a user resizes

the utility

windo

w

,

clicking

this

Resize

Window

option

will

resize

the

window

to its

original

size.

Help

Menu

The help menu provides options

for

which users can seek

out

additional assistance using

the

utilit

y

and

/

or

device.

Read User Manual: Opens

the pdf

user manual

that is

bundled

in the

download

with the

configuration

utilit

y

.

Note:

The user manual can also be found

in the

directory folder

in

which

the configuration

utility

was

installed.

www.RFIDeas.com: This operation

will

open a new window

to the

RF IDeas

website.

Check Website

for

Sof

t

w

ar

e

Updates: Clicking

this

option

will

take users

to

a location on

the

RF

IDeas

software updates portion

of the

website, and

will

detect

what

version

of the

pcProxConfig

utility is

currently

in

use.

Any

updates

that

are available

will

be listed

for

easy

user

download.

About: This selection’s menu options

differ

when a device

is

connected

to the utility

vs.

when

there

is

no device connected.

Without

a connected device

the

about informational content

simply

displays

the utility

version.

When

a device

is

connected,

the

firmware information

is also

provided. The

RF IDeas Tech

support email and website

address are displayed

in both modes.

Icon Tool

Bar

The Icon Tool Bar contains

the

three most general configuration controls

for the

utilit

y

.

These

controls

are also found

in the

Menu Toolbar under Connect

(for

connect and disconnect) and Device

(f

or

writ

e

settings and

write active).

C

onnect

Clicking

the

Connect icon

button

commands

the utility to

search

for

a device through

all available

port connections.

Once

the utility

detects a device connection,

the

Device List pull-down menu

in the Standard

Configuration Area displays

the

interface connection, firmware and LUID information

for the con-

nected device. The model number

of the

device

will

be displayed below

the

Device List pull-down

and

the Output

Test Area

will turn from

gray

to green.

Note: More

than one device can be connected simultaneously

to the

utilit

y

.

To switch

between

devices, select

the

desired connected device

from the

Device List pull-down

menu.

Device List

P

ull-down

Menu

Device

Model

Number

(

C

onnect

--C

ont.)

If

an

attempt to

connect

to

a device

is

made and

the utility

does

not

detect a device through any

of

the

available interface connections, a

“no

devices

found”

message

will

display

in the utility’s status

bar

area.

Status

Bar

Disconnect

Clicking

the

disconnect icon

button

commands

the utility to

disconnect

from all

devices

connected

through any and

all

available

port connections.

Once

the utility

disconnects

from all

available device connections,

the

Device List pull-down

menu

and device model number are cleared

from the

Standard Configuration Area and

the Output Test

Area

will turn from

green

to

gray.

A

dditionally

,

the

status bar

will

display a “Disconnected” mes

sag

e.

Status Bar

Mes

sage

Write

Settings/Write A

ctiv

e

The

Write

Settings icon

button

prompts

the utility to write the

current defined configuration

settings

to the

device. Since

the writing

options

differ

between a single configuration device and a

t

w

o

configuration device (pcProx Plus),

the Write

Settings icon

will

change depending on whether a

single

or two

configuration device

is

connected.

When

a

two

configuration device

is

connected,

the

icon

text

will

change

to

read

“Write

Active,”

as seen

belo

w

.

pcProx Plus

Configuration

This section

is

only available

to

configure selections when a

two

configuration device (pcProx

Plus

)

is

connected

to the

utilit

y

.

Note: When

a single configuration device

is

connected

to the

utilit

y

,

the

pcProx

Plus

Configuration area

is

grayed

out

(as seen

below)

and selections

within this

area are

not possible.

The pcProx Plus Configuration area allows

for

users

to

set-up

two

different configurations

for their

device. The configurations could be either one

125 kHz and one 13.56 MHz,

or two

125 kHz and

t

w

o

13.56

MHz. The configurations can also be

of the

same card

t

ype.

The device

is

set

with two default

configuration settings,

the HID

Prox and RDR-758x

E

quivalent

(

c

ov

er

s

5

different card

t

ypes;

HID

iCLASS CSN, ISO 14443A CSN, ISO 15693A CSN, MIFARE CSN, MIFARE DESFire

CSN).

Note: If

configuring

the

system

for HID 26 bit

and

HID 35 bit,

remember

to

set one

configuration

to

read only

26 bits

and

the

other configuration

to

read only

35 bits.

Configuration

#

(Number)

High

P

riorit

y

Card

T

ype

Dr

op-Do

wn

Configuration

#

(Number): This option provides

the ability to

switch between

c

onfigur

ations.

Users can set and

edit

settings

for two

separate configurations quickly and easily

.

Card Type Drop-Down Menu:

As

stated above,

the

device

is

set

with two

default

configuration

settings,

the HID

Prox and RDR-758x

E

quiv

alent.

This drop-down menu lets users choose

the

desired card

type

for their own

configuration settings.

Each

configuration has

the ability to have

separate card

types.

High

P

riorit

y

:

Provides a pcProx Plus user

the ability to

give a certain configuration a

higher

priority

than another. This is useful when

the

user has a population

of

cards consisting

of a

combination

of

13.56MHz/125kHz cards as

well

as single-technology cards, and one

of

those

is

preferred over

the

other

.

The High

P

riorit

y

bit

increases

the time it

takes

to

read

the

card.

When the

High

priority bit is set,

the

reader

will try to

read

that

card type

10 times before switching

to the

other

configuration.

Standard

Configuration

This Standard Configuration area provides

all the

options and details necessary

to

configure

a

connected

device.

USB

Serial:

RS-

232

and

V

ir

tual

CO

M

Ethernet

Connect

Tab

The connect

tab

offers

the

various ways a device can connect

to the

configuration

utilit

y

.

The

different selections allow

the

user

to

choose

the

connection type

for the

specific logical protocol

of

their

r

eader

.

Note:

Only one connection type

at

a

time will

be

shown.

USB: Make

this

selection

if the

connected device has a

USB

logical protocol. The

utility will then

proceed

to

scan any available USB bus

for

connected

devices.

Serial: RS-232 and

Virtual COM

Ports: This option provides devices

that

are RS-232

or Virtual

COM port

logical protocols

to

connect

to the

utilit

y

.

This section scans

for

RS-232, physical

COM

port

devices,

virtual COM port

devices, including

USB,

CDC and PCMCIA

devices.

When

making

this

selection,

the

lower and upper

limits of the COM

ports

to

scan need

to be

set. The

port

values range

from

1

to

256. The default

COM

ports are set

at

1

thru 8.

Default

1..8:

This option sets

the COM port

values back

to the

default

of

1 and

8.

Note:

Serial devices may slow when scanning a wide

port range.

(

C

onnect

Tab--Cont.)

Ethernet (Local IP 10.10.10.65): Connects

to

an Ethernet reader

at the

given IP address and

open

a TCP/IP on

the

given port. The

first,

second, third, and

fourth

byte

of the

TCP/IP address need

t

o

be entered

for the

interface

to

connect

to the

reader. The IP

port

number

will

also be

required.

P

or

t

Option:

Allows for

changing

the port

location.

Xport port

location needs

to

match

this

number

Note:

Ports below 1024 are

for

system use

only

.

Find Next IP Button: Looks

for

Category

I

Or

oarlzaOOnal

ID

I

Petson}Org.ID

I

:

#

E

xp

:

i

g

ra

:

t

:

ion

Date

Keystroke

s

:

4

o

f

26

b

y

tes

u

se

d

.

R

oom

for

14

key

s

troke

s

.

D

i

spla

y

mod

e

0

Dedm

a

l

0

Hex

@

BCD

+

pa

r

i

ty

Dig

i

ts

to

d

i

splay

0

Wh

e

r

e

Start

bi

t

-

Number

o

f

bits

·

I

Ad

v

anc

e

d

I

1

V

i

rt

u

a

l

K

ey

b

oar

d

·

s

e

l

e

ct

keycode an

d

mo

d

i

f

e

r

(

s

)

F13Bit245

Code:

0}1)004

Mo

ve

Output

test

a

r

ea

O

AutoG

eti

D

Read

y

If any special character is selected with a keystroke, this equals 2 bytes of

memory.

Conn

ec

t

Data

forma

t

De

limi

t

e

rs

r

ll'l'ling

SDK CHUID

c_----------------------,

I

Oe

fne

fiel

d

s..

-

'"

=

-

e

K_eY

'

_

t

_

roke

_

d

_

e

l

i

_

m

i

t

_

e

"

_

b

_

e

_w_

p

_

r

e

_

<

_

e

de

<a

_

rd

_

d

_

a

ta

_

SvstemCode

Credential

Nun.

<

SHIFT+a

>

[BliJ

Credential

series

Ke

y

s

b"oke

s

:

4

of

26

b

y

te

s

u

sed

.

Room

fur

1

4

keystrokes

.

IJCredential

Issue

Displ

a

y

mo

d

e

Personai.ID

[

Advanced

I

Org.

CateQOf"y

Oroar!zational

ID

Person

}Qr

g.

10

Decima

l

Hex

@

BCD

+

pa

r

i

ty

Dig

i

ts

to

d

i

spla

y

0

E:3

W

h

e

r

e

Numb

e

r

of bits

Bit

R

ang

e

:

6

..

2

5

ill

Expi"

·

·-

·

t

D

M

e

a

;

Star t

bit

F

ll

Bit

11

tu

a

l

K

eyb

o

ar

d

-

se:

l

e:

ct

k

ey

c

od

e:

a

n

d

m

od

i

f

i

e

r

(s)

F12Bit

2

4

S

F13Bit245

Fl4Bit

2

4

S

Fl

5Bit245

liJ

Mo

ve

OJ!pu

t

es

t

a

r

ea

[J

Au

to

GetiD

Re

a

dy

[]

Keepshifu

If all the

keystrokes have been assigned

to the

fields,

the

following message

displa

y

s:

Depending on

the

active document

/

windo

w

,

additional functionality can be assigned

to

a field.

F

or

example,

if the

card data

is

read

in

OpenOffice,

the

Note feature can also be

assigned.

Select

the

appropriate field. Click

the

keyboard icon. Check

L

ef

t

C

ontr

ol

.

Check

L

ef

t

Alt.

Click

n

.

Click Inser

t

.

Click Flash

to write this

configuration

to

flash

memory

.

Verify the

active window

is

OpenOffice. Scan

the

card. The Notes function opens when

the

card

is read.

The value assigned

to the

function key

in the

active document

/

windo

w

determines

the output.

Note: This configuration

utility

creates a ComSpecPort.txt

file

and saves

to the

default

dir

ectory

.

This

file

can be opened and deleted

at will.

FIPS

20

1

Card

Configuration

In

order

to

configure a

FIPS

20

1

card:

•

Click Advanced

to

display

the

card data

in the

binary

bit

pattern

to

determine

bit

length

and

format

•

Click

GetID

and present

the

card

to the reader

•

Define

the

fields

to

match

the

specific

output

•

Configure any additional fields as

appropriate

•

Flash

the

configuration

to memory

The Advanced

button displays:

•

Star

t

bit location

•

Number

of bits for

a specific

field

•

Number

of

digits

for the field

•

Location

of the field within the 245 bit range

ASCII Command Protocol

4

ASCII

Overview

ASCII Command Protocol

(ACP) allows

the

user

to talk

directly

to the

device

without

a DLL

or special

application. The serial Prox communicates using ASCII commands. Printable ASCII commands

at

9600

baud, no

parity

1

stop

bit,

and no echo, can be sent

to the device.

Note: USB devices

that

are

virtual COM port

do

not

need

the

baud rate set. The

input is

buffered

by

the

device and executed when a carriage

return

(

CR)

or

line feed line feed (LF)

is

t

yped.

The

unit

then parses

the

command and performs

the

operation, and displays

the

results

or error

code.

“\r\nRF

IDeas>” where

\r

represents a CR and

\n

represents a

LF

that

displays on

the

command

line.

All

commands begin

with the

prefix

rfid:

and end

with

a Return key, CR

or

LF

.

Determine the

COM

P

or

t

Windows

Use device manager

to

display

the COM

ports. Open

the

serial

COM

port.

If it is

a CDC

virtual port,

open

the

newly installed device

that

was

created.

Linux

Most

Linux distributions include Minicom. Download

putty

(

www

.putt

y

.

or

g

) to

communicate

with

the

serial device

if Minicom is not available.

After the

USB CDC device

is

enumerated on

the

Linux machine a device

of

either

/

de

v

/

tt

yACM0 or

/

de

v

/

tt

yA

CM1

is

found

in the

/

de

v

/

dir

ectory

.

Minicom

users may have

to

create a symbolic

link from

/

de

v

/

tt

yACM0 to

/

de

v

/

modem

using

the

command

ln -s

/

de

v

//

tt

y

/

A

CMO

/

de

v

/

modem

or

ln -s

/

de

v

/

tt

yA

CM1

/

de

v

/

modem.

Mac

OS

X

The

/

de

v

/

cu.usbmodemf

a211

device

is

found on a

Mac

OS

X

. Use

putty to

communicate

with this

device.

Connect Serial Communications

P

r

ogram

Open

putt

y

.

e

x

e

.

Click Connection

a

Serial

and set

the

Speed

(baud) to

9600

,

Data bits to 8, Stop

bits to

1, and

Parity to

None. Flow

control is not

needed as there

is

no software

or hardware

handshaking.

Click

Ses

sion

.

Note: Use Hyper Terminal instead

of putty with the

XP operating

system.

Highlight

the

appropriate session. Click Save. Click

Apply

.

P

utt

y

opens. Type

rfid:help

and press

Ent

er

.

The Help command

output

displays. The complete

list

of

Help command

output is

found

in this

section

of the

Configuration User

Manual.

Command

Structure

Commands are

not

case sensitive. Characters assigned

to

variables are case

sensitive.

·

All

commands begin

with

a prefix string followed

by

one

or

more

t

oken

strings

with

a

period

delimiter character between multiple

tokens.

·

Functions must end

with

a CR

or

LF

.

·

Variables can be assigned a value

with

an equal sign followed

by the

value

or

queried

with a

question

mark.

·

Any

control characters other than

CR, LF,

and backspace

terminate

the command.

·

The Escape key cancels a

c

ommand.

The general syntax

is:

PREFIX TOKEN

{

DELIMITER TOKEN

} { {

=Value} | {?}

}

The prefix string

is rfid:

Command structure falls

into

one

of

three

groups:

1.

Perform a

function.

2. Assign a

variable.

3. Query a

variable.

P

er

f

orm

a

Function

A

function performs an operation

that

may

or

may

not

display any results.

A

function may

not be

queried.

An

example

of

a function

is to write the

variable settings

to

flash memory

using

rfid:cfg.write

CR

.

Certain functions

that

display a value

or

series

of

values display

the

string between curly braces

for

easy parsing. For example,

the rfid:qid

function

output displays:

{0x00BB,

1,

0x0000

,80;0x00000080

1CD19

31B2F14}

Assign

a

Variable

There are three

t

ypes

of variables:

1.

Boolean

2.

Integer

3.

Character

Examples

of

Boolean

As

signments

rfid:op.beep=0

rfid:op.beep=true

rfid:op.beep=False

rfid:op.beep=F

Examples

o f

Integer

As

signment

rfid:out.led=0003

rfid:out.led=3

Note: Some integer values require a 16

bit

hexadecimal

entry

.

For Example: pcProx Plus card

t

ypes:

rfid:cfg.card.type=0xFFFF

Examples

of

Character

As

signment

rfid:Delim.

Chr

.

f

ac=’:’

CR

rfid:Delim.

Chr

.

f

ac=’x3a’

CR

Query a

Variable

Query a single variable

to

display

its

current

value.

·

Booleans display as

true or false.

·

Integers display as

0

..

255

with

leading zero

suppression.

·

Characters display as single quoted printable ASCII characters

in the

range

0x20

..

0x7E.

·

Values

from 0x00

.. 0x1F and 0x7F..0xFF

will

be

with

a leading backslash lowercase

x

and

the

two digit

upper case hex

number

.

· The

output of the

variable displays between curly

braces.

For example: RF

IDeas>r

fid:out.led?

{3}

Variables are set and stored

in

RAM and are

lost

when

the utility is

closed. Use

the cfg.write function

to write the

RAM configuration

to

flash

memory

.

Use

the

cfg.read function

to

read

the

flash

memory

.

Help

Command

Help displays

the

commands followed

by its

data type

and expected syntax. The table below

displays

the

Help command output. The functions display

in blue.

rfid:beep.now

rfid:disp

.

f

ac.he

x

‡ rfid:cfg

rfid:disp

.

f

ac.send

‡

rfid:cfg.card.hipri

rfid:disp

.

f

ac.strip

‡ rfid:cfg.card.list

(Function) rfid:disp.hex.lower

‡

rfid:cfg.card.type rfid:disp.id.digits

rfid:cfg.read

(Funtion) rfid:disp.id.hex

rfid:cfg.reset

(Function)

rfid:help

(Funtion)

rfid:cfg.write

(Function) rfid:op.beep

rfid:chr

.

1

rfid:op

.

c

ont

rfid:chr

.

2

rfid:op.sdk

rfid:chr

.

3

rfid:out.led

rfid:chr.count.lead

rfid:qid

(Function)

rfid:chr

.

c

ount.

tr

ail

rfid:qid.hold

rfid:chr

.

eol

rfid:qid.id

rfid:chr

.

f

ac

rfid:qid.id.hold

rfid:chr

.g

one.

1

rfid:time.hold

rfid:chr.gone.2

rfid:var

(Function)

rfid:cmd.echo rfid:wieg.id.bits

rfid:cmd.prompt rfid:wieg.inv.bits

rfid:dev.luid rfid:wieg.qual

rfid:de

v

.par

t

(Function) rfid:wieg.qual.bits

rfid:dev.ver

(Function) rfid:wieg.rev.bits

rfid:disp

.

6

4bit

rfid:wieg.r

e

v

.b

yt

es

rfid:disp

.

f

ac.

6

4bit

rfid:wieg.strip

.lead.bits

rfid:disp

.

f

ac.digits

rfid:wieg.strip

.

tr

ail.bits

‡ Applies only

to the

pcProx

Plus

Help Command

Summary

C

ommand

Data

Type

R,

W,

R/W

Definition

rfid:beep.now INT

W

Sounds

the

beeper immediately up

to 5 short

beeps

or 2

long

beeps.

beep.now

variables:

1

– single

short

beep

2

–

two

short

beeps

3

–

three short

beeps

4

–

four

short

beeps

5

–

five short

beeps

10

1

– single long

beep

102 –

two

long

beeps

C

ommand

Data Type

R,

W,

R/W

Definition

r

fid:cf

g

(‡

pcProx Plus

only)

INT

R/W

The pcProx Plus reader has

multiple

configurations.

Each

configuration has

the

settings associated

with

a card

t

ype.

When a

configuration

is

changed,

all

other

that

configuration number

.

Ex

ample:

To set configuration #1

to

keystroke

out the card

ID

preceded

by #1/ the

following

commands

would be

entered:

rfid:cfg=1

fid:char

.

c

ount.lead=3

rfid:char

.

c

ount.lead=0

rfid:char

.

1=’#’

rfid:char

.

2=’1’

rfid:char

.

3=’/’

To then set configuration

#2 to

precede

it’s card

ID with #2/ the

following commands would

be

entered:

rfid:cfg=2

fid:char

.

c

ount.lead=3

rfid:char

.

c

ount.lead=0

rfid:char

.

1=’#’

rfid:char

.

2=’2’

rfid:char

.

3=’/’

r

fid:cf

g.

car

d.hipri

(‡

pcProx Plus

only)

BOOL

R/W

Enable

priority

card read. IF True,

current

configuration

is

given

priority

over

the alternate

configuration

r

fid:cf

g.

car

d.lis

t

(‡

pcProx Plus

only)

F

unction

View list of

suppor

t

ed

card

t

ypes

and

their

hexadecimal entries

for the

rfid.

cf

g.

car

d.

t

ype

command.

r

fid:cf

g.

card.

t

ype

(‡

pcProx Plus

only)

INT

(hex)

R/W

Verify or

Set Card

type

for

current

configuration

in

RAM as 16

bit

INT

(0x0000

..

0xFFFF)

Note:

0x0000 is off

r

fid:cf

g.r

ead

F

unction

Read

the

flash memory settings

in to RAM.

r

fid:cf

g.r

eset

F

unction

Reset

the

flash memory

to the

factory

defaults.

r

fid:cf

g.

writ

e

F

unction

Write the

variables

from

RAM

in to flash

memory

.

r

fid:chr

.

1

CHAR

R/W

1st

card data delimiter

character

(A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

u

r

fid:chr

.

2

CHAR

R/W

2nd card data delimiter

character

(A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

u

r

fid:chr

.

3

CHAR

R/W

3rd

card data delimiter

character

(A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

u

rfid:chr.count.lead INT

R/W

Verify or

Set

the

leading character

count

(0 to 3)

u

C

ommand

Data Type

R,

W,

R/W

Definition

r

fid:chr

.

c

ount.

tr

ail

INT

R/W

Verify or

Set

the

trailing character

count

(0 to 3)

u

r

fid:chr

.

eol

CHAR

R/W

Verify or

set end

of

line termination

character

( A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

r

fid:chr

.

f

ac

CHAR

R/W

Verify or set

separating character between

the facil-

ity

code and

ID data( A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

Ex: 123 ;

456

7

89

r

fid:chr

.g

one.

1

CHAR

R/W

1st character sent when card

is removed

( A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

rfid:chr.gone.2 CHAR

R/W

2nd character sent when card

is removed

( A -

Z,

0 -

9, a

- z or

ASCII

\0x00

….\0x0D)

rfid:cmd.echo BOOL

R/W

IF True, enable echo

of

user

input

and use

of

backspac

e

key

r

fid:cmd.prompt BOOL

R/W

IF True, enable RF

IDeas command

prompt

r

fid:dev.luid

INT

(hex)

R/W

Verify or

set

the

logical unique identifier

as 16

bit INT

(0x0000

..

0xFFFF)

r

fid:dev

.par

t

F

unction

Read

the

device

part number

r

fid:dev

.

v

er

F

unction

Read

firmware version

(major

. minor .

variant)

r

fid:disp

.

6

4bit

BOOL

R/W

IF True, use

64 bit

math on

ID data

r

fid:disp

.

f

ac.

6

4bit

BOOL

R/W

IF True, use

64 bit

math on

facility

code

data

rfid:disp.fac.digits INT

R/W

Verify or

set Length

of facility

code

output

(up to 25 digits)

rfid:disp.fac.hex BOOL

R/W

IF True, enable

facility

code

output

as

hex

rfid:disp.fac.send BOOL

R/W

Enable

output of facility code

r

fid:disp

.

f

ac.s

trip

BOOL

R/W

Set

to

True

to

separate

ID

and FAC. False processes

ID

and FAC

t

og

ether

.

rfid:disp.hex.lower

BOOL

R/W

IF True, hex

ID

data

is output in lowercase

r

fid:disp.id.digits BOOL

R/W

Verify or

Set

ID

data length

(0 to 25 digits)

Note:

If

value

is

shorter than actual

Id

length

the left most

significant digits

will

be

truncated

rfid:disp.id.hex BOOL

R/W

IF True, enable

ID

data

output

as

hex

r

fid:help

F

unction

View

menu

of

commands, summary

of output types

and variable

options

rfid:op.beep BOOL

R/W

Beeper

output

control True=beep,

F

alse=silent

r

fid:op

.

c

ont BOOL

R/W

Continuous read mode

True=continuous

output, False=single

output of

credential

data

rfid:op.sdk BOOL

R/W

IF True, enable Quiet mode. (IE: Credential data

is not

displayed) Note:

data can

still

be retrieved

using

function

rfid:qid.

r

fid:out.led INT

R/W

LED

output control

0=off

,

1=red,

2=

gr

een

,

3=Amber

(Immediate

out w\o

writ

e)

255=Automatic control

by

reader (requires

write

t

o

flash) red on standby, green when credential

is read

C

ommand

Data Type

R,

W,

R/W

Definition

r

fid:qid

F

unction

Reads current queued

ID data

EXAMPLE

Output String:

{0x1000

,

2,

0x0000

,80;0x00000080

1DD1910

B2F04}

---Note the

use

of

commas and

semicolons--

FORMAT

of Output String:

{

AG

E

,

O

VERR

UN

,

L

OCK

OUT

,

BITC

OUNT

;

ID

}

AGE (New: Age

(in

hex)

of

last card read as

a

multiple

of

48ms. Value stops

at

0xFFFF.

Use

qid.id function

to

clear

the

age counter.

As

shown:

the

card was read

4,096 (0x1000 hex)

x

.

048

=

196.608 seconds ago

or 3

minutes

and

16

seconds.

OVERRUN counter (Values:

0

through

255):

number

of

times buffer has been over

writt

en

with

new data

without

content

tr

ansfer

.

LOCKOUT: Time

(in

multiples

of 48ms) re-

maining

until

another card can be

read.

BIT COUNT

bit

length

of

card data

(26 to 255).

As

shown: The

ID

contains

80 bits.

ID: Card data

in

hexadecimal.

As

shown: Card

is

80 bits

and

is 0x000000801DD1910B2F04.

r

fid:qid.hold

F

unction

Read

the

card data and reset lockout

timer

.

Once

the

function

is

called, a new card can

be

read immediately after

without

waiting

for the

lock

out time

period

to expire.

r

fid:qid.id

F

unction

Reads

the

card data, clears

the

age, overrun,

and

bit

count after function

is called.

r

fid:qid.id.hold

F

unction

Combined functions

of

rfid:qid.hold

and

rfid:qid.id

r

fid:time.hold INT

R/W

Verify or

set current data hold

time

setting

in

multiples

of

48ms.

(0 - 200)

Also

controls

duration

of

Green LED during

Auto mode.

r

fid:v

ar

F

unction

Outputs current command variables

in ram

(

Similar

to

a .HWG

file.) Output

can be

cap-

tured, edited and

written

back

into the device.

Note:

To prevent an

input

buffer

ov

erflo

w

,

delay

each character

by

several

milliseconds.

r

fid:wieg.id.bits INT

R/W

Verify or

set card data

output bit

count

(0- 255)

r

fid:wieg.inv.bits BOOL

R/W

IF True,

Invert

card data

output bits

(1

to

0

,

0 to 1)

rfid:wieg.qual BOOL

R/W

IF True, use wiegand qualifier

to verify

card

bit

count

r

fid:wieg.qual.bits INT

R/W

Wiegand Qualifier: Number

of bits (0 - 255)

card data must have

to

be acknowledged as

a

read

r

fid:wieg.r

e

v.bits BOOL

R/W

IF True, reverse

bits of

credential

output

lsb

t

o

msb

rfid:wieg.rev.bytes BOOL

R/W

IF True, reverse

the

bytes

of

credential

output

LSB

to MSB

r

fid:wieg.s

trip

.lead.bits

INT

R/W

Leading

parity bit

count

to

be stripped

from

credential data (options:

0 =

none,

1

to

142

bits

)

r

fid:wieg.s

trip

.

tr

ail.bits INT

R/W

Trailing

parity bit

count

to

be stripped

from

credential data (options:

0 =

none,

1

to

142

bits

)

Key:

R

=

read only

command

W = Write

only

command

R/W =

Command can be read

for its

current value

or written with

a new

value.

Note: Value changes are stored

in

RAM

till

rfid:cfg.write

is

used

to

store

the

value

in to

F

lash.

u

T

hese

three commands identify

the

delimiter characters

that

can display. Three characters may be divided up as

pr

e

and

/

or

post delimiters. The rfid:count.lead command identifies how many

of the

three characters

(

chr

.

1

..

chr

.

3)

displa

y

before

the

card data. For example,

if

rfid:count.lead

is

set

to

1,

only one character displays before

the

card

data

and

chr.2 and chr.3 can be set as post delimiters. Then rfid:count.trail can have a value

of

0

,

1,

or

2.

If rfid:count.lead

is

2,

chr

.

1

and chr.2 are set as leading delimiters. Then, only chr.3 can be set as a trailing

delimit

er

.

However they

are

used,

the

same character location cannot be used

for both

leading and trailing

delimit

er

.

Variable

Command

The var command displays

all

variables. The command

output

can be captured and played back

into

the

device. There must be a delay

of

several

milliseconds after

each character

or the

pcProx

serial

input

buffer

overflows.

rfid:beep.now

rfid:disp

.

f

ac.he

x=False

rfid:cfg=1

rfid:disp

.

f

ac.send=False

rfid:cfg.card.hipri=True

rfid:disp

.

f

ac.strip=T

rue

rfid:cfg.card.type=0xEF04 rfid:disp.hex.lower=

rfid:chr

.

1

rfid:disp.id.digits=0

rfid:chr

.

2

rfid:disp.id.hex=False

rfid:chr

.

3

rfid:op.beep=True

rfid:chr

.

c

ount.lead=0

rfid:op

.

c

ont=F

alse

rfid:chr

.

c

ount.

tr

ail=0

rfid:op.sdk=False

rfid:chr

.

eol=’\x0D’

rfid:out.led=255

rfid:chr

.

fac=’\x00’

rfid:time.hold=20

rfid:chr.gone.1=’\x00’ rfid:wieg.id.bits=16

rfid:chr.gone.2=’\x00’ rfid:wieg.inv.bits=True

rfid:cmd.echo=True rfid:wieg.qual=False

rfid:cmd.prompt=True rfid:wieg.qual.bits=26

rfid:dev.luid=0x0000 rfid:wieg.rev.bits=False

rfid:disp

.

6

4bit=F

alse

rfid:wieg.r

e

v

.b

yt

es=F

alse

rfid:disp

.

f

ac.

6

4bit=F

alse

rfid:wieg.strip

.lead.bits=1

rfid:disp

.

f

ac.digits=0

rfid:wieg.strip

.

tr

ail.bits=1

These five variables

work together

to

display leading and trailing

(pre

and

post)

card data

delimiters.

1.

rfid:chr

.

1=’\x00’

2.

rfid:chr

.

2=’\x00’

3.

rfid:chr

.

3=’\x00’

4.

rfid:chr

.

c

ount.lead=0

5.

rfid:chr

.

c

ount.

tr

ail=0

The

first

three commands identify

the

pre delimiter characters

that

can display. Three characters

may

be divided up as pre and

/

or

post delimiters. Count.lead identifies

how

many

of the

three

characters

(

chr

.

1

..

chr

.

3)

display before

the

card data. For example,

if

count.lead

is

set

to

1,

only one

character

displays before

the

card data and chr.2 and chr.3 can be set as post delimiters. Then count.trail

can

have a value

of

0

,

1,

or

2.

If

count.lead

is

2,

chr

.

1

and chr.2 are set as leading delimiters. Then

only

chr.3 can be set as a trailing

delimit

er

.

The same character can

not

be used

for both

a leading

and

trailing

delimit

er

.

r

fid:cfg=1

The pcProx Plus reader has multiple configurations.

Each has

the

settings associated

with

a card

type.

When the

configuration

is

changed,

all

other related settings reflect

that

configuration number

.

Example: To set configuration #1

to

keystroke

out

card

ID

preceded

by #1/ the

following would be

entered.

rfid:cfg=1

fid:char

.

count.lead=3

rfid:char

.

c

ount.lead=0

rfid:char

.

1=’#’

rfid:char

.

2=’1’

rfid:char

.

3=’/’

And now

set configuration

#2 to

precede

it’s

card

ID with

#2/

rfid:cfg=2

fid:char

.

count.lead=3

rfid:char

.

c

ount.lead=0

rfid:char

.

1=’#’

rfid:char

.

2=’2’

rfid:char

.

3=’/’

r

fid:chr

.

eol=’\x0D’

This command sends

the

End

Of

Line (EOL

)

character

at the

end

of the

card data. Typically

a

carriage

return

(

CR)

(0x0D) is used.

r

fid:chr

.

f

ac=’:’

This command sets a delimiter between

the

FAC and card

data.

rfid:chr.gone.1=’\x0A’

and

rfid:chr.gone.2=’@’

These commands

prompt the

device

to

send

the

characters

‘x0A’

and ‘@’ when

the ID

card

is

removed

if

they are

not ‘00’.

rfid:cmd.echo=True

This command echoes user

input

when

true

and controls

if

backspace sends a space,

backspace,

space

to

erase

the

last character

t

yped.

If

false,

it is

turned

off for

computer control. This value

can

be

written to

flash memory using cfg.write.

It

defaults

to true

on

cfg.reset.

r

fid:cmd.prompt=T

rue

This command displays

the prompt

when true.

If

false,

the prompt

does

not

display. This value can

be

written to

flash memory using cfg.write.

It

defaults

to true

on

cfg.reset.

r

fid:de

v

.luid=0x1234

This command sets

the

logical

unit

ID.

A

user-defined

2

byte value

to

identify

this unit.

r

fid:disp

.

64bit=F

alse

This command uses

64 bit

math

to

computer

64 bit

decimal digits. This should always be kept on.

If

true,

it

uses

64 bit math.

r

fid:disp

.

f

ac.digits=3

This command truncates

or

sets

the

FAC display leading

z

er

o

.

r

fid:disp

.

f

ac.he

x=F

alse

This command sends

the

FAC code

in

hex when true.

If

false,

the

FAC code

is

sent

in decimal.

r

fid:disp

.

f

ac.send=F

alse

This command sends

the

FAC code

if

true.

If

false,

the

FAC code does

not

displa

y

.

r

fid:disp

.

f

ac.s

trip=F

alse

This command separates

the

FAC

from the

card data when

true

so

it

can be independently

formatted

for

display.

If

false,

the

FAC code

is not

separated

from the

card

data.

r

fid:disp

.id.digits=16

This command sets

the

digits so

the left

most significant digits

will

be truncated. For example,

if the

card data

is

1234 and id.digits=3, then only

234

displays.

If the

card data

= 8

formats

the display

width by

truncating digits

or

adding leading

zeros.

rfid:disp.id.hex=False

Displays

the

card data as hexadecimal when true.

If

false, card data displays as a

decimal.

rfid:op.beep=True

This command sets

the

device

to

beep on a successful card read when true.

If

false,

the

device

will

not

beep even

if the

card

is

successfully

read.

rfid:op.cont=False

This command sets

the

device

to

continuously read when true.

It tells the

device

to

read

the same

card data over and over while

the

card

is

on

the

device.

If

false,

the

device only sends card data

once.

rfid:op.sdk=False

This command stops

the

device

from

displaying

the

card data when true, so

the qid or

SDK API

call

must be used

to

get

the

card data.

When true the

device

will

send

the

data via keystrokes

or serial

depending on device

t

ype

/

model.

rfid:out.beep=False

This command makes

the

device beep when true.

If

false,

the

device

will not

beep. This

is only

available

on OEM converter

boards.

r

fid:out.led=255

This command sets

the

variable and also sets

the output

LED color

in

RAM. Use

cf

.

writ

e

to write this

change

to

flash memory

to

persist across power

cycles.

LED

Value Description

0

OFF

1

RED

2

GREEN

3

AMBER

4..254

R

eserved

255

Controlled

by the device

rfid.out.relay= True

This command sets

the output

driver

to ON

(active

low)

when true. This

is

only available on

OEM

converter

boards.

r

fid:time.hold=20

This command sets

how

long

in 48ms

ticks

the

data

is

held

for the

active ID. This also controls

how

long

the

device keeps

the

LED green

in 48

msec ticks. The default

time is 20 *

0

.

048

=

0

.

960

seconds.

Note: The

qid.hold

resets

the

internal

timer this

value

initializes.

r

fid:time.lo=2

4

This command sets

how

long

in 48ms

ticks

the

card device has

to wait for

no card

in the

RF

field

t

o

begin accepting new card data. This prevents

the

same card data

from

being read over and over.

If

op

.

c

ont

is true this

value has no effect. The default

time is 24 *

0

.

048

=

1.15

seconds.

Note: The

qid.hold

resets

the

internal

timer this

value initializes, so

that

a new card can be

read

assoon as

the

data

is

transferred

to the

host

c

omput

er

.

r

fid:wieg.id.bits=80

This command sets byte reversal and also defines

the

FAC

bit size.

r

fid:wieg.inv.bits=

T

rue

This command sets

all

ones

to

become zero

in the

Wiegand data.

If

false,

all

zeros are set

to become

a

one.

rfid:wieg.qual=False

This command sets card reading

filter to off

.

If

true, card reading

filter is

on. This

is

command,

.qual.bits=80

.

r

fid:wieg.qual.bits=80

This command sets

the

device

to

read only cards

with this

many bits.

All

other size cards are

filtered

out.

r

fid:wieg.r

e

v

.bits=F

alse

This command does

not

reverse

all

bits.

If

true,

the

least significant

bits

are swapped

with the most

significant

bits.

rfid:wieg.rev.bytes=False

This command does

not

reverse

all the

bytes

in the

id.bits size field.

If

true,

all

bytes are

reversed.

r

fid:wieg.s

trip

.lead.bits=1

This command strips

0

.. 15

bits from the

most significant

bits.

r

fid:wieg.s

trip

.

tr

ail.bits=1

This command strips

0

.. 15

bits from the

least significant

bits.

ACP Error

Codes

ACP

Errors Descriptions

Error#1

Illegal Command.

Will return “Try

“rfid:help”. Possible

Wrong or

missing

prefix

“rfid:”

Error#2

Input buffer overrun. Too many characters received

without

CR

or

LF

Error#3

Illegal Operation.

-

Variable assigned

to

function

or

variable used as

function

Error#4

Range Error. Value assigned

to

variable exceeds

limit

(EX: 257

for

255

limit)

Tips and

Troubleshooting

5

Troubleshooting

If the

device

is not

working

or the

following error message

displays:

1. Check

to

be sure

the

device

is

plugged

into the

USB

or

RS-232 port.

When the

workstation

is

on and no card

is

being read,

the

LED

is

red.

A

valid

proximity

card causes

the

LED

to turn

green, provided

the

configuration

is not

set

to

only read certain

bit lengths.

2.

Only one

COM port

application can

own the

RS-232

port at

a time. Make sure there

is not

another

COM port

application running. This prevents

our

software

from

seeing

the device.

3. Verify the

correct model and

the

software configuration

screen agrees

with the device

attached.

4. Verify the port

agrees

with the

workstation

c

onnect

or

.

5. If the

device

still

does

not

work, unplug

it,

remove ‘General USB Device’ using

Windows

‘Control

Panel’

a

‘Add/Remove’

Hardware. Then reboot

the

workstation.

When the

workstation boots up, re-attach

the

device USB and

the

OS should re-install

the Windows

driver

automatically

.

Change

the

release

time to 1000

on

the

Timing

tab for

USB keystrokes

to

slow down

the

de

vic

e.

Open Notepad

or Word

and swipe a card

to

display

the

card data

to

see

the

actions

of any

non-printable

symbols.

If the

device does

not

read

the

card, contact

the

card

manuf

actur

er

/

vendor

to

verify

that the card

type

is

compatible

with the

device

model.

Frequently Asked

Questions

What

t

ypes

of credentials will your

desk

t

op

and OEM

products work

with?

Our products work

with virtually all

125 kHz

proximity

and 13.56

MHz

contactless cards

in the

industry

t

oda

y

.

The charts below can assist you

in

determining

what

RF

IDeas products

will

work

with

your particular credential. You can reference

the

RDR

part

number on

our

website

t

o

get

the

name

of the

particular product

or

you can simply email us

at

sales@RFIDeas.com

with

the

number and

we will

contact

you.

Solutions

for Identification:

Solutions

for Integrators:

When

I present my

card

t

o

the

pcProx

Enrollment

reader

the

number displayed

is not the

number

printed

on

my

card

or the

same number

my

access

control

s

y

s

t

em

displays, why?

Check

with

your supplier

for the

card

format

information, since there are some credentials

that

require a custom

format

reader. You may possess one

of

these

t

ypes

of

credentials. The

pcProx

Enrollment readers may need

to

be configured

to output the

required credential number

,

i.e. FAC,

ID or

CSN using

the

pcProx Enroll Configuration

Utility for

USB and RS-232 readers.

You can

download

our

configuration program free

of

charge

by cutting

and pasting

this

path

into you web

browser

http:

//

www

.rfideas.c

om/Sof

t

w

ar

e

/

pcP

r

o

xConfig.

e

x

e

.

Once downloaded please review

the

User’s Manual

for

configuration instructions.

If

you have any questions please contact

RF

IDeas

t

echnical

support.

What sof

t

war

e

application

can

I

use

t

o

view the

ASCII

output

card

data from

a RDR-6081AKF

or

RDR-6081AKE?

Since these readers use a

virtual COM

port,

the

pcProx Enroll Configuration

Utility for

USB

and

RS-232 readers can be used

to

configure your reader, copy and paste

the

following path

into

your

web

browser and download

to

your

c

omput

er

.

http:

//

www

.rfideas.c

om/Sof

t

w

ar

e

/

pcP

r

o

xConfig.

e

x

e

Once downloaded and installed you

can

use

it to

configure

the

readers and view

the output

data. HyperTerminal

or

ProComm Plus

can

also be helpful

in

viewing card

data.

What configuration

utility

do

I

use

t

o

configure the

pcProx 125

kHz

Enroll, pcProx 13.56

MHz

Enroll

and Wiegand

products?

The products above may

or

may

not

require configuration depending on

the

badge

or

card

type

you are using.

If

you do need

to

configure them

we

have a free download. The

Configuration

Utility for

USB and RS-232 readers can be found

at

http:

//

www

.rfideas.c

om/Sof

t

w

ar

e

/

pcP

r

o

xConfig.

e

x

e

What configuration

utility

do

I

use

t

o

configure the

RDR-7P71AKx FIPS

20

1

reader?

There

is

currently a beta version called pcProxPlusConfig-Beta.exe

for

configuring your

FIPS

20

1

reader. Copy and paste

the

following

link into

your web browser and

the

beta version

will

automatically begin

to download

http:

//

www

.rfideas.c

om/Sof

t

w

ar

e

/

pcP

r

o

xPlusC

onfig-Beta.

e

x

e

.

Please note

that this

program

is a

special

utility to

configure

our

FIPS

201/long format

devices

only

.

Do

you

have RFID

solutions

for

long

read

range?

Yes,

we

have several products

that

can track a vehicle up

to

33 feet and traveling as

fast

as

120

miles per hour. Go

to our

website

at

www.RFIDeas.com, and select products and select

the

long-range

tab for

more

information.

How can

I

use a

proximity

card

for

logon?

One

of the

fastest growing areas

in

contactless and

proximity

t

echnology

is what is

known

as

single sign on

or

SSO

for

short.

We

have

t

echnology

solutions

that

can assist you

in converting

your current building access badge

into

a multifunctional badge

for

use inside

the

building. The

con-

version

will

enable you

to

log

in

and

out of

a

c

omput

er

,

punch you

into the time clock,

control

multi

functional printers and much more. Contact

our

sales office

at 1-866-439-4884

Toll

Free

to find out more.

Can

I

use

your product

for

tracking meeting registration

and

training attendance?

Yes. Our products can be used

to

track training attendance and meeting registration.

Contact

our

sales office

at 1-866-439-4884 Toll

Free

to find out

more on

how our

products can be

used

for

meeting registration, training attendance and many other

applications.

Why

mus

t

I poll the

USB card

reader?

The nature

of

USB

is not

event driven per se,

it

operates on a

host

/

client

protocol

that during

enumeration asks

the

host

to poll at

a specific rate.

As

a keyboard

we

are polled

by the

OS

every

10msec,

the

same speed your keyboard and mouse is.

We

use feature

report

packets

to configure

the

readers.

We

also communicate

to the

DLL API through Feature Reports

for HID

devices. The

AK0

units

that

are RS-232

or

CDC can speak English

with

using

the

ASCII

COMMAND

PROTOCOL

such

as

“rfid:help”

in

Hyper Terminal

or putt

y

.

We

recommend you

poll the

units every 250msec

for the

card id, except

for AK0 unit

and

this with

a QueuedID, as

the

reader

will report the

age

of the

card

id

up

to 52

minutes.

Without the

SDK

the

units can send unsolicited card

id

when

the

card

is in the

rf

field. These appear as USB keystrokes

or

Serial data

for

RS-232 and CDC models. Take a look

at the

pcProx manuals

it

may help you get a better idea

of the AK0

protocol. The

HID is

a proprietary

binary

protocol, where as

the AK0

units are open

protocol.

P

r

ecautions

Do

not

mount

the

device directly on a metal surface. This could interfere

with the

RF signal and

the

operation

of the device.

The device may

not

recognize valid cards

in the

presence

of

high RF fields.

If

current readings

are

erratic, take

the

following

step:

·

Move

the

equipment

from

any known transmitters

nearb

y

.

Contact Technical

Suppor

t

at

866.

439

.

4884

for

more

information.

Before You Call Technical

Support

Please make sure you’ve identified your reader model

and credential type being

used. Have

this

information ready so

that

your call

will

be routed

to the

correct

specialist.

For

Assistance:

Ph:

84

7.87

0

.17

23

E:

TechSupport@RFIDeas.com

Talking To The

Technician

Provide

the

reader model

and credential type

being used

to the

Technical Suppor

t

Specialist.

Explain your problem

to the specialist.

Be prepared

to

provide

the

following

information:

-

Error messages displayed on

the computer

- What

you were doing when

the

problem

occurred

- What

steps you have taken

to

resolve

the

problem, including results

from

each

steps

Listen and

follow the

steps provided

by the

specialist. Let

the

specialist know

what

happens when

you

perform

the steps.

LICENSE AGREEMENT

END-USER LICENSE AGREEMENT

End-User License Agreement for RF IDeas™ SOFTWARE and HARDWARE - RF IDeas’ pcProx®, Proximity Activated Readers, Software

Developer’s Kit, and Proximity Reader DLLs, and Protocol(s).

IMPORTANT-READ CAREFULLY: This End-User License Agreement (“EULA”) is a legal agreement between you (either an individual or a

single entity) and the manufacturer RF IDeas (“Manufacturer”) with which you acquired the RF IDeas software and hardware product(s)

identified above (“PRODUCT”). The PRODUCT includes the RF IDeas reader, computer software, the associated media, any printed

materials, and any “on line” or electronic documentation. The SOFTWARE PORTION OF THE PRODUCT includes the computer software,

the associated media, any printed materials, and any “on line” or electronic documentation. By installing, copying or otherwise using the

PRODUCT, you agree to be bound by the terms of this EULA. If you do not agree to the terms of this EULA, RF IDeas is unwilling to

license the PRODUCT to you. In such event, you may not use or copy the SOFTWARE PORTION OF THE PRODUCT, and you should

promptly contact the vendor you obtained this PRODUCT from for instructions on return of the unused product(s) for a refund.

The products described in this publication are intended for consumer applications. RF IDeas assumes no liability for the performance of

product. RF IDeas products are not suitable for use in life-support applications, biological hazard applications, nuclear control applications,

or radioactive areas. None of these products or components, software or hardware, are intended for applications that provide life support

or any critical function necessary for the support of protection of life, property or business interests. The user assumes responsibility for

the use of any of these products in any such application. RF IDeas shall not be liable for losses due to failure of any of these products, or

components of these products, beyond the RF IDeas commercial warranty, limited to the original purchase price.

SOFTWARE PRODUCT LICENSE The PRODUCT is protected by copyright laws and international copyright treaties, as well as other

intellectual property laws and treaties. The SOFTWARE PORTION OF THE PRODUCT is licensed, not sold.

1. GRANT OF LICENSE. This EULA grants you the following rights: *Software. You may install and use one copy of the SOFTWARE

PORTION OF THE PRODUCT on the COMPUTER. *Network Services. If the SOFTWARE PORTION OF THE PRODUCT includes

functionality that enables the COMPUTER to act as a network server, any number of computers or workstations may access or otherwise

utilize the basic network services of that server. The basic network services are more fully described in the printed materials accompanying

the SOFTWARE PORTION OF THE PRODUCT. *Storage/Network Use. You may also store or install a copy of the computer SOFTWARE

PORTION OF THE PRODUCT on the COMPUTER to allow your other computers to use the SOFTWARE PORTION OF THE PRODUCT

over an internal network, and distribute the SOFTWARE PORTION OF THE PRODUCT to your other computers over an internal network.

1.1 General License Grant RF IDeas grants to an individual, a personal, nonexclusive license to make and use copies of the SOFTWARE

PRODUCT for the sole purposes of designing, developing, and testing your software product(s) that are designed to operate in conjunction

with any RF IDeas designed proximity reader product. You may install copies of the SOFTWARE PRODUCT on an unlimited number of

computers provided that you are the only individual using the SOFTWARE PRODUCT. If you are an entity, RF IDeas grants the right to

designate one individual within your organization to have the sole right to use the SOFTWARE PRODUCT in the manner provided above.

1.2 Documentation. This EULA grants an individual, a personal, nonexclusive license to make and use an unlimited number of copies of

any documentation, provided that such copies shall be used only for personal purposes and are not to be republished or distributed (either

in hard copy or electronic form) beyond the user’s premises and with the following exception: you may use documentation identified in the

SOFTWARE PRODUCT as the file format specification for RF IDeas’ proximity readers solely in connection with your development of

software product(s) or an integrated work or product suite whose components include one or more general purpose software products.

1.3 Storage/Network Use. You may also store or install a copy of the SOFTWARE PRODUCT on a storage device, such as a network

server, used only to install or run the SOFTWARE PRODUCT on computers used by a licensed end user in accordance with Section 1.1. A

single license for the SOFTWARE PRODUCT may not be shared or used concurrently by other end users.

1.4 Sample Code. RF IDeas grants you the right to use and modify the source code version of those portions of the SOFTWARE

PRODUCT identified as “Samples in the SOFTWARE PRODUCT (“Sample Code”) for the sole purposes to design, develop, and test your

software product(s), and to reproduce and distribute the Sample Code, along with any modifications thereof, only in object code form.

2. DESCRIPTION OF OTHER RIGHTS AND LIMITATIONS. *Limitations on Reverse Engineering, Decompilation and Disassembly. You

may not reverse engineer, decompile, or disassemble the PRODUCT, except and only to the extent that such activity is expressly

permitted by applicable law notwithstanding this limitation *You may not reproduce or otherwise emulate, in whole or in part, any form the

protocol(s) defined within this PRODUCT for use without a RF IDeas PRODUCT Redistributable Code. If you are authorized and choose

to redistribute Sample Code (“Redistributables”) as described in Section 1.4, you agree to: (a) distribute the Redistributables in object code

only in conjunction with and as a part of a software application product developed by you using the PRODUCT accompanying this EULA

that adds significant and primary functionality to the SOFTWARE PRODUCT (“Licensed Product”); (b) not use RF IDeas’ name, logo, or

trademarks to market the Licensed Product; (c) include a valid copyright notice on the Licensed Product; (d) indemnify, hold harmless, and

defend RF IDeas from and against any claims or lawsuits, including attorney’s fees, that arise or result from the use or distribution of the

Licensed Product; (e) otherwise comply with the terms of this EULA; and (g) agree that RF IDeas reserves all rights not expressly granted.

You also agree not to permit further distribution of the Redistributables by your end users except: (1) you may permit further redistribution

of the Redistributables by your distributors to your end-user customers if your distributors only distribute the Redistributables in conjunction

with, and as part of, the Licensed Product and you and your distributors comply with all other terms of this EULA; and (2) in the manner

described in Section 1.4.

*Separation of Components. The PRODUCT is licensed as a single product. Its component parts may not be separated for use on more

than one computer.

*Single COMPUTER. The PRODUCT is licensed with the COMPUTER as a single integrated product. The PRODUCT may only be used

with the COMPUTER.

*Rental. You may not rent or lease the PRODUCT without permission from RF IDeas.

*Software Transfer. You may permanently transfer all of your rights under this EULA only as part of a sale or transfer of the COMPUTER,

provided you retain no copies, you transfer all of the PRODUCT (including all component parts, the media and printed materials, any

upgrades, this EULA and, if applicable, the Certificate(s) of Authenticity), AND the recipient agrees to the terms of this EULA. If the

PRODUCT is an upgrade, any transfer must include all prior versions of the PRODUCT.

*Termination. Without prejudice to any other rights, RF IDeas may terminate this EULA if you fail to comply with the terms and conditions

o

nn

f this EULA. In such event, you must destroy all copies of the SOFTWARE PORTION OF THE PRODUCT and all of its component parts.

3. UPGRADES. If the SOFTWARE PORTION OF THE PRODUCT is an upgrade from another product, whether from RF IDeas or another

supplier, you may use or transfer the PRODUCT only in conjunction with that upgraded product, unless you destroy the upgraded product.

If the SOFTWARE PORTION OF THE PRODUCT is an upgrade of a RF IDeas product, you now may use that upgraded product only in

accordance with this EULA. If the SOFTWARE PORTION OF THE PRODUCT is an upgrade of a component of a package of software

`

programs which you licensed as a single product, the SOFTWARE PORTION OF THE PRODUCT may be used and transferred only as

part of that single product package and may not be separated for use on more than one computer.

4. OEM COPYRIGHT. All title and copyrights in and to the PRODUCT (including but not limited to images, photographs, animations, video,

audio, music, text and “applets,” incorporated into the PRODUCT), the accompanying printed materials, and any copies of the SOFTWARE

PORTION OF THE PRODUCT, are owned by RF IDeas or its suppliers. The PRODUCT and SOFTWARE PORTION OF THE PRODUCT

is protected by copyright laws and international treaty provisions. You may not copy the printed materials accompanying the PRODUCT.

5. DUAL-MEDIA SOFTWARE. You may receive the SOFTWARE PORTION OF THE PRODUCT in more than one medium. Regardless

of the type or size of medium you receive, you may use only one medium that is appropriate for your single computer. You may not use

or install the other medium on another computer. You may not loan, rent, lease, or otherwise transfer the other medium to another user,

except as part of the permanent transfer (as provided above) of the SOFTWARE PORTION OF THE PRODUCT.

6. OEM PRODUCT SUPPORT. Product support for the product is not provided by RF IDeas or its subsidiaries. For product support,

please refer to the OEM supplies support number provided in the documentation. Should you have any questions concerning the EULA, or

if you desire to contact OEM for any other reason, please refer to the address provided in the documentation provided.

FOR THE LIMITED WARRANTIES AND SPECIAL PROVISIONS PERTAINING TO YOUR PARTICULAR JURISDICTION, PLEASE

REFER TO YOUR WARRANTY BOOKLET INCLUDED WITH THIS PACKAGE OR PROVIDED WITH THE SOFTWARE PRODUCT

PRINTED MATERIALS.

Limited Warranty: RF IDeas warrants to the original buyer of this product, that the hardware and related disk(s) are free of defects in

material and workmanship for a period of one year from date of purchase from RF IDeas or from an authorized RF IDeas dealer. Should

the RF IDeas products fail to be in good working order at any time during the one-year period, RF IDeas will, at its option, repair or replace

the product at no additional charge, provided that the product has not been abused, misused, repaired or modified. This warranty shall be

limited to repair or replacement and in no event shall RF IDeas be liable for any loss of profit or any commercial or other damages,

including but not limited to special, incidental, consequential or other similar claims. No dealer, distributor, company, or person has been

authorized to change or add to the terms of this agreement, and RF IDeas will not be bound by any representation to the contrary. RF

IDeas SPECIFICALLY DISCLAIMS ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO

IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS OF PURPOSE. Since some states do not allow such exclusion of

limitation of incidental or consequential damages for consumer products, check the statute of the state in which your business resides.

This warranty gives you the specific legal rights in addition to any rights that you have under the laws of the state in which your business

resides or operates.

Returns: RF IDeas products which require Limited Warranty service during the warranty period shall be delivered to the nearest authorized

dealer or sent directly to RF IDeas at the address below with proof of purchase and a Return Materials Authorization (RMA) Number

provided by RF IDeas Technical Support Dept. Replacement parts or complete boards become the property of RF IDeas If the returned

board or unit is sent by mail, the purchaser agrees to pre-pay the shipping charges and insure the board or unit or assume the risk of loss

or damage which may occur in transit. The purchaser is expected to employ a container equivalent to the original packaging. Copyright:

prohibited without express written permission from RF IDeas.

Trademarks: All RF IDeas products are trademarks of RF IDeas. All other product names or names are trademarks or registered

trademarks of their respective holders.

Applicable Patents: RF IDeas pcProx Plus card readers supporting HID formats retain US Patent No. 5,952,935 and U.S. Patent No.

7,439,862.

Disclaimer: This Reference Guide is printed in the U.S.A. Any resemblance mentioned in the Reference Guide to persons living or dead,

or to actual corporations or products is purely coincidental. RF IDeas believes that the information contained in this manual is correct.

However, RF IDeas does not assume any responsibility for the accuracy of the content of this User Manual, nor for any patent

infringements or other rights of third parties. RF IDeas reserves the right to make any modifications in either product or the manual without

giving prior written notification.

FCC Compliance Statement

FCC ID: M9MPCPROXHUSB100 (HID USB model) FCC ID: M9MBUPCPROXH100 (HID RS-232 model)

FCC ID: M9MPCPROXM101 (Indala model) FCC ID: M9MBUPCPROXA100 (AWID)

FCC ID: M9MRDR6X8X (Kantech, Indala, Casi-Rusco) FCC ID: M9MPCPROXP100 (Pyramid)

FCC ID: M9MPCPROXC101 (Casi-Rusco model) FCC ID: M9MRDR7P71 (FIPS 201 13.56 MHz)

FCC ID: M9MRFID1856I100 (MIFARE/iCLASS models) FCC ID: M9MRDR7L81 (Legic 13.56 MHz)

FCC ID: M9MRDR7081 (iCLASS Module based) FCC ID: M9MRDR7580 (iCLASS MIFARE and Other 13.56 MHz)

FCC ID: M9MRDR7581 (iCLASS MIFARE and Other 13.56 MHz) FCC ID: M9MRDR7081AKF (iCLASS MIFARE and Other 13.56MHz)

FCC ID: M9MRDR7081AKE (iCLASS MIFARE and Other 13.56MHz) FCC ID: M9MRDR75DX (iCLASS MIFARE and Other 13.56 MHz)

FCC ID: M9MRDR8XX8U (Plus combo model) FCC ID: M9MRDR758X (iCLASS MIFARE and Other 13.56 MHz)

FCC ID: M9MRDR8058X (Multi-protocol Combo model) FCC ID: M9M8058XCCL (Multi-protocol and Contact model)

FCC ID: M9M758XCCL (MIFARE and Contact model) FCC ID: M9M7580CCL (MIFARE and Contact model)

FCC ID: M9MRDR80081 (Plus SIO Combo Model) FCC ID: M9MRDR70EX (13.56 MHz Express Model)

FCC ID: M9MRDR60DX (125kHz USB Dongle Model) FCC ID: M9MLC608X (125 kHz USB Model)

FCC ID: M9MOEM805NX (Multi-protocol Combo model) FCC ID: M9MSB708X (iCLASS 13.56 MHz)

FCC ID: M9MSB758X (Mifare 13.56MHz) FCC ID: M9MSB6X8X (Multi-protocol 125 kHz)

FCC ID: M9MLC6T8X (132 kHz USB Model) FCC ID: M9MLC60DX (125 kHz USB Model)

FCC ID: M9MLC608XU0 (125 kHz Virtual Com Model) FCC ID: M9MLC758X (13.56 MHz USB Model)

FCC ID: M9MLC6X8X (Multi-protocol 125kHz) FCC ID: M9MLC6X11U (125kHz USB Model)

FCC ID: M9MLC8058X (Multi-protocol Combo model)

“Pursuant to FCC 15.21 of the FCC rules, changes not expressly approved by RF IDeas might cause harmful interference and void the

FCC authorization to operate this product.

Note: This device complies with Part 15 of the FCC Rules and Industry Canada license-exempt RSS standard(s). Operation is subject to

the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received,

including interference that may cause undesired operation. This product complies with FCC OET Bulletin 65 radiation exposure limits set

forth for an uncontrolled environment.

The reader may not recognize value cards in the presence of high RF fields. If the current reading is erratic, the user shall take the

following step: Move the equipment from any known transmitters nearby. For more information contact Tech Support at 866.439.4884.

Index

A

ACP 45, 58

ASCII

3, 5,

11,

45.

4

9

,

51-52, 61-62,

69

Assign Preceding

Keystrokes

40

Auto Clear 25

Auto

Focus

25

Auto GetID 25

B

Beep

12, 17

Beeper 32

Bit (26)

F

ormat

Structure 67

C

Card

Compatibility

8

Card Data Hold

Time

30

Change Fields

Configuration 39

Clear

Button 25

COM

11-12,

23-24,

45,

5

9

,

6

1

Complex Passwords

68

Connectors

10,

2

4

Continuous Read

30

D

Data

Delimiters

28-

29

Delimter

Keyboard 29

Device

List

19, 21,

2

4

E

Emulate Prox Pro

28

Ethernet

11-12, 14-15,

23-24

ExpressCard

11

F

FAC

3,

2

6-

29

Factory

Defaults

15, 17

FIPS

20

1

37,

44

G

GETID

25, 33,

36-3

7

,

44

GetQueuedID 33-34

H

High

P

riorit

y

Bit 22

.HWG 14

K

Key Press

Time

30

Key Release

Time

30

L

LED 30-31

Lock-Out

Time

30

Logical

Unit ID 32

M

Manufacturer Card

Compatibility

(

See

Card

Compatibility)

MIFARE

15,

22

Minimum

System Requirements

11

O

OEM

3, 9, 12, 32,

56-5

7

,

60

One-Factor

Security

68

Output

Test

Area 25

P

Password

Security

68

PCMCIA

11

pcProx

Playback

9,

68-6

9

pcProx Plus

(2

Configuration Reader)

5,

8,

13-16, 21-22,

30

R

RS-232

9,

11-12, 23,

5

9

,

61-62

S

SDK

3, 5, 9,

11,

30-31,

50

,

52, 56,

62

Serial

7,

11,

14-15, 23, 25,

28-

29

,

31,

45-46,

54,

56

Special

Keys

Special1

29

Special2

29

Special3

29

Star

t

Bit

36, 38,

44

T

Termination

Keystroke

26,

29

Test

Button 25

Tool

Tip Balloon

16

Two-Factor

Security

68

I

Icon

Toolbar

19

Connect 19-20

Disconnect

21

Write Active

21

Write Settings

21

ID Digits 27

U

USB

11-12, 14-15,

23-24,

29-30

,

45, 5

9

,

61-62,

69

W

Wiegand

11, 13,

27-28, 53-54, 57,

6

1,

67,

69

Wiegand

Bits 28

Wiegand Bytes

28

Wiegand

to

Keystroke

Data 27

Appendix

Standard

26 Bit

Format

Structur

e

There are several

bits

constructed together

that

comprise data sent

from the proximity

card

to the

device. There are numerous

bit

formats and lengths

for proximity

cards. The most popular

is

a

26

bit

card format. The typical layout

for this format is 24 bits of

usable information as

the first

and last

are

parity bits to

ensure data

int

egrity

.

The

26 bit format

consists

of

255 possible

facility

codes.

Within

each

facility

code there

is

a

total of

65,535 unique card

numbers.

The standard

26 bit

Wiegand

format is

H10

30

1.

It is

binary encoded data. The

format

consists

of 2

parity

bits,

8 bit facility

code

(F)

and 16

bit

card number fields

(B).

This

format

displays belo

w

.

PFFFFFFFFBBBBBBBBBBBBBBBBP

EX

XXXXXXXXXX

X.............

.............X

XXXXXXXXXXXO

Bit

C

oding

P

=

P

arit

y

O =

Odd

P

arit

y

E

=

Even

P

arit

y

X =

Parity

mask

F

=

F

acilit

y

code, range

= 0 to 255

B

=

Card Number, range

= 0 to 65,535

In

general,

the 26 bit format is the

industry standard format. Primary benefits

of this include:

•

Open

format

•

Convenient

to order

•

Universal access control panel ac

c

eptanc

e

The sale

of this format is not limited to

any one company

yet the

range

of

card numbers available

in

this format is

limited. There

is

a potential

for

card numbers

to

be

duplicated.

Please go

to

www.RFIDeas.com and

follow the

Suppor

t

a

Learning Center

a

Proximity Card

Formats

link for

more details. The card manufacturer may also have additional details about

the card

format.

Use

the

pcProx Device

for

Password

Security -

Complex

Passwords

It is

possible

with

certain limitations,

to

use

the proximity

t

oken

as a password

for

an application

or

operating system log on. The unique card bit-stream c

onv

er

t

ed

to

either decimal

or hexadecimal

becomes

the

entire

or

a portion

of the

password. Enroll

this

card data

to the

password

of the

operating system application

for the

user

.

Since

the proximity

t

oken

has no

read/write

memory there

is

no way go change

this or

writ

e

alphanumeric characters such as a user name

to the proximity

t

ok

en.

Some examples are

shown

below. Please see RF

IDeas pcProx Playback

Star

t

er

Kit or

call

the

Sales

Department

if this capability

is needed.

Several companies have adopted a policy

that

requires users

to

change

their

password every

xx

number

of

days

to

increase security. The PIN

is the

portion

of the

password

the

user changes

every

xx

number

of

days. Since

the

card data

is

completely numeric, any alpha and

upper/lower

case

letter

constraints are handled

in the

user supplied

PIN.

A two-factor

authentication system

is

made up

of:

1.

Card

ID data

2. Personal

Identification Number

(PIN)

The device may be configured

to

allow operation under either a one

or two-factor authentication

system.

One-Factor

In

a one-factor system,

the

user simply scans

the ID

card. The device may be configured

to

add

TAB

keystrokes ahead

of the

data as

well

as a TAB

or

ENTER

keystroke after

the

card

data.

Two-Factor

The

two-factor

approach

is

especially useful when insisting on password construction rules

or

periodic changing

of passwords.

In

a

two-factor

system,

the

user may enter

the

PIN either before

or

after

the

card data.

If the user

adds

the

PIN before

the

card data,

the

device may be configured

to

append

the

ENTER

keystroke.

Pre and Post

Characters

There are some additional measures

that

can be taken

to

make

it

more

difficult for

unauthoriz

ed

users

to

reproduce

passwords.

Adding additional keystroke characters

to the

card information,

that is difficult to

re-produce,

while

configuring

the

data. These additional characters are labeled as

Sp1, Sp2, and Sp3 on

the delimeters

tab

menu

selections.

Other

Products

& Accessories

Sof

t

war

e

Developer’s

Kit

Allows independent

developer’s

to

use

their

application

to

read

proximity

access badge Read

ID data

of

more than

1

billion cards

in the field

PVC Label

Proximity Card

Credit card size

with paper

release liner,

500

cards

per

box

Proximity

Cards, Labels,

Key

Fobs

Complete selection

of various

manufacturers proximity

cards,

labels and key

fobs. Marked

with

data code and

ID

number

,

available

in

several

Wiegand

formats

pcProx

R

ead/W

rit

e

C

ontactles

s

Reads and

writes

directly

t

o

the

smart

cards

pcProx

Writer

and

Playback

Desk

t

op

read-only

f

or

iCLAS

S

and NXP

and smart

cards

pcProx Playback

Star

t

er

Kit

Plays back card sector

data

in

ASCII

or keystrokes

pcP

r

o

x

Sonar

Presence detector

c

onfigur

ed

as a

keyboard

PS/2

t

o

USB Power

Tap

Powers a USB RF IDeas

device

from

a PS/2

port

Mounting Brackets

F

urther

adjust

the standard

mounting

of the

device

angle

69

RF IDeas

Inc.

©

2013

RF IDeas.

All

rights

reserved.

Specifications subject

to

change

without notice.

Windows, Macintosh,

Solaris, Sun Ray and Linux are trademarks

of their

respective

companies.

All

other trademarks, service marks and product

or

service names are

property

of their

respective

owners.

Mention of third-party

products

is for

informational purposes only and constitutes neither an endorsement

nor a

recommendation.

RF

IDeas assumes no responsibility

with

regard

to the

performance

or

use

of

these

products.

All

understandings, agreements,

or

warranties,

if

any, take place directly between

the

vendors and

the

prospective

users.

Please feel free

to

call, e-mail

or visit our

web site

for

a

full list of

applications, products, configuration options,

supported

cards and

form factor

specifications. Our web site includes application videos,

support materials,

case studies

and

detailed information about

our

product

line.

Every

effort

has been made

to

ensure

that the

information

in this

manual

is

accurate.

RF IDeas

is not

responsible

for

printing

or

clerical

errors.

RF Ideas LC8058X Dual Frequency Card Reader User Manual

RF Ideas Inc Dual Frequency Card Reader

User Manual

Navigation menu

Namespaces

Views

Navigation