Linear BioRead 1000, BioRead 1100 Owner's Manual

BioRead 1000 Series

Installation Manual

BioRead 1000 is the only biometric with a model specifically designed for small stand­alone applications – IEI’s strength in the marketplace.

Enrollment also is SIMPLE. There is no software or PC needed. A low cost hand-held
programmer quickly enrolls users in a fraction of the time it takes competitive products.

Key Features

 Finger only – no card required
 No PC or software needed
 Separate door controller for increased

security-stand alone applications

 90 templates
 Add/delete with hand-held programmer
 Authenticate in less than 2 seconds
 Option for Wiegand output

Service Company Contact Information

company:

BioRead 1000

TABLE OF CONTENTS

Subject Page

BR-1000 Package ------------------------------------ 2

Using as a
Wiring Reader to Door Controller --------------------- 5
Relay Operation and wiring Door Controller --------- 6
BR-1100 Package ------------------------------------ 10
Using as a
Access Panel ---------------------------------------------- 12
IEI eMerge ---------------------------------------------- 13
IEI HUBMAXII System ---------------------------------- 14
Exterior Installation ------------------------------------ 19
Specifications ----------------------------------------- 20
BioRead Access Systems ------------------------------- 21

contact name:
telephone:
email:
website:

Stand-Alone Device

Front-End Reader

-------------------------- 11

------------------------ 3

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BioRead 1000 Series

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Installation Manual

BioRead 1000 Series

BR-1000 Package

Package includes:

1 BioRead 1000 biometric fingerprint reader
1 Mounting Bracket (surface-mount)
1 BioRead Door Controller
1 BioRead 1000 Hardware Pack – see below
1 Installation Manual

BioRead 1000

Reader

Mountin

Bracket

BioRead

Door Controller

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BioRead 1000 Series
Installation Manual

The BioRead™ fingerprint reader can be used as a stand-alone device when used
with the BioRead Door Controller.
If the BioRead is being used as a stand alone device dipswitch 1 at the rear of the
unit must be set to ON. Dipswitches 2-4 must be set to OFF.
See the illustration below.

Using as a Stand Alone device (model BR-1000)

Dipswitch 1 must be set
to ON when BioRead™ is
used with the BioRead
Door Controller.
Dipswitches 2-4 are set
to OFF

BioRead™ fingerprint reader

(rear view)

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BioRead 1000 Series
Installation Manual

Mounting the Reader:

The BioRead Reader mounts on a single-gang electrical box.

1. Remove the screw from the bottom of the unit using a Phillips screwdriver.

2. Remove back mounting plate by pulling gently from inside the cable feed-through hole.

3. Insert the cable from the wall through the hole in the back plate, and then mount the back plate
to the electrical box with the supplied screws.

4. Remove the plug-in connector from the unit and connect the cable as per wiring instructions on
next page.

5. Plug the connector back into the unit.

IMPORTANT: Confirm wiring before applying power as 12VDC applied to wrong pin
can damage the unit.

6. Attach the main unit to the back plate by tilting the bottom of the unit toward you, then sliding
the top of the unit over the back plate.

7. Secure the main unit to the back plate with the screw removed in Step 1.

LED and BEEPER control:

The LED line is used to control the LED on the right side of the unit. This LED is normally RED and will
turn GREEN when the line is pulled LOW.

The BEEPER line is used to activate the unit’s internal beeper. The beeper will sound if the line is pulled
LOW.

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BioRead 1000 Series
Installation Manual

Wiring to the Stand Alone Door Controller

(Model

BR-1000 includes reader and door controller)

Connect the BioRead to the BioRead Door Controller as shown above.

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Relay Operation of the Stand Alone Door Controller

The illustration and chart below indicate how the dry-c

perates. Output connection is made via the RELAY and COM screw terminals as illustrated below. The

o

ature of the output itself is determined through a two-position jumper located on the circuit board.

n

he chart below shows that while the COM terminal is the same in both jumper positions the RELAY

T
terminal changes between the NO (normally-open) and NC (normally-closed) positions.

ontact relay of the Stand Alone Door Controller

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Wiring the Stand Alone Door Controller to a fail-secure electric lock.

In the diagrams below is illustrated how a FAIL - SECURE electric strike is wired.
The differences between the diagrams are in the choice of voltage for the electric strike. Also, notice that
each type of voltage (AC or DC) requires its own protection for inducted or transient voltage effects. I
the diagram where DC is used you will find a diode and in the diagram where AC is used you will find
MOV. Whichever type of voltage you choose for the lock, do not forget to install the cor
across the voltage inputs of the lock.

NOTE:
THE DIODE OR MOV MUST BE INSTALLED AS CLOSE TO THE LOCK AS POSSIBLE. INSTALLING
THE MOV OR DIODE ACROSS THE OUTPUT TERMINALS OF THE DOOR CONTROLLER WILL NOT
PROPERLY PROTECT THE BIOREAD DOOR CONTROLLER.

rect component

n

an

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Wiring the Stand Alone Door Controller to a fail-safe electric lock.

In the diagrams below is illustrated how a FAIL – SAFE electromagnetic lock is wired.
The differences between the diagrams are in the choice of voltage for the electric strike. Also, notice that
each type of voltage (AC or DC) requires its own protection for inducted or transient voltage effects. In
the diagram where DC is used you will find a diode and in the diagram where AC is used you will find an
MOV. Whichever type of voltage you choose for the lock, do not forget to install the correct component
across the voltage inputs of the lock.

NOTE:
THE DIODE OR MOV MUST BE INSTALLED AS CLOSE TO THE LOCK AS POSSIBLE. INSTALLING T
OR DIODE ACROSS THE OUTPUT TERMINALS OF THE DOOR CONTROLLER WILL NOT PROPERLY
PROTECT THE BIOREAD DOOR CONTROLLER.

HE MOV

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Installation Manual

Notes:

1. The relay activation time is fixed at 7 seconds.

2. If a door contact is used, it is connected to the DC pin of the BioRead Door

Controller.

3. The Door Contact will ensure that the Relay Activation Time is stopped.

4. The BioRead Door Controller turns the RIGHT LED of the BioRead reader

GREEN to indicate relay activation. The LEFT LED on the BioRead turns
GREEN after a valid fingerprint authentication.

5. Relay can switch up to 2A@24VDC. Do not switch high current/voltage

through this relay.

ee Operator Instructions for programming BioRead with the Hand-Held Programmer.

S

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BioRead 1000 Series

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Installation Manual

BioRead 1000 Series

BioR

Packa

1 BioRe
1 Moun
1 Bio
1 Instal

ge includes:

Read 1100 Hardware Pack – see below

ead 1100 Package

ad 1000 biometric fingerprint reader 12VDC

ting Bracket (surface-mount)

lation Manual

BioRead 1000

Reader

Mountin

Bracket

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BioRead 1000 Series

A

-

Installation Manual

Using as a 26-bit Wiegand front-end reader (model BR-1100)

The BioRead™ fingerprint reader ca
reader for an IEI HubMaxII, Hub MinimaxII, eMerge system or
as 26-bit W

If the BioRead is being used as a front-end reader
all four dipswitches at the rear of
See the illustration below.

n be used as the front-end

iegand front-end reader for another access control system.

the unit must be set to OFF.

ll four dipswitches are
set to OFF when
BioRead™ is used as a 26
bit Wiegand front-end
reader

BioRead™ fingerprint reader

(rear view)

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BioRead 1000 Series
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to the front-end reader port of an access control panel

Wiring the IEI BioRead™ fingerprint reader

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Wiring the IEI B Access Control ioRead™ fingerprint reader to an IEI eMerge

Module

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Wiring the IEI BioRead™ fingerprint reader to a HubMaxII or MinimaxII

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BioRead 1000 Series
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BioRead™ User Capacity

When a user is programmed into the BioRead, that user occupies a place in its memory
known as a User Location.

The IEI BioRead has a 98 User Capacity, which breaks down as:
User Locations 1 thru 90 – fingerprint users only

User Locations 91 thru 98 – Bypass Key users only

How the BioRead™ 1000 fingerprint reader works
when used as a Weigand front-end reader to an IEI eMerge system.

o If a credential is presented to the BioRead 1000, and recognized as a programmed

user, the BioRead will then send the user location number of that credential in
26-bit weigand format through the Data 0 and Data 1.

How the BioRead™ 1000 fingerprint reader works
when used as a front-end reader to an IEI MaxII system.

o The SSIM will convert the weigand data into a format that the MaxII system will

work with

(known as IM FORMAT)

.

o The MaxII system will interpret the data from the SSIM interface module as CARD

DATA.

o This means that the User Location Number sent from the BioRead will only be

interpreted by the MaxII as CARD DATA.

Operation Example:

1. The Right Index Finger of John Smith has been programmed into the BioRead at user location 01.

2. John Smith presents his Right Index Finger to the BioRead.

3. The BioRead recognizes John’s finger.

4. This is indicated by the left hand LED on the BioRead™ turning green.

5. The BioRead sends the number 01 out the D0 and D1 data lines in 26-bit weigand format.

6. The SSIM board translates the 26-bit data from the BioRead into MaxII format.

7. The MaxII sees the CARD NUMBER 01 presented to the front-end reader port.

8. The MaxII recognizes that a CARD NUMBER and initiates an authorized access.

9. This is indicated by the right hand LED on the BioRead turning green.

This means that in order for the BioRead to work with the MaxII system:

o Each user must be programmed into the BioRead, either with a fingerprint or

Bypass Key.

o Each user must also be programmed into the MaxII system.

Users programmed into the MaxII system must be programmed as card

o

users, with the number of their BioRead™ Memory Slot programmed as
their encoded card number.

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BioRead 1000 Series
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Setting the Site Code on the SSIM board

If you wish to employ a site c

ode with the BioRead, remember to properly set the SSIM

board by:

. Set dipswitches 1-8 to reflect the Site Code that you defined into the handheld

1

programmer of the BioRead.

. Set dipswitch 9 to ON. This will enable the Site Code feature of the SSIM. If this switch

2

is OFF there will be no Site Code verification bet

ween the BioRead and the SSIM.

The SSIM board is sold with an installation manual that also has

a Site Code Chart,
which translates a decimal number (like 11) into a binary number that can be set using
the dipswitches on the SSIM board.

NOTE: THE SITE CODE (aka FACILITY CODE) THAT THE IEI BIOREAD USES IS

THE LAST 3 DIGITS OF THE PASSWORD PROGRAMMED IN
HAND-HELD PROGRAMMER

SEE THE BIOREAD SETUP AND OPERATOR GUIDE (6035001) FOR

INFORMATION ON SETTING UP THE HAND HELD PROGRAMMER

TO THE

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BioRead 1000 Series

BioRead 1000 Series
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Installation Manual

Exterior Installation

When mounting the IEI BioRead in an exterior environment the BR-1190 reader cover is
required.

If the temperature is likely to drop below 40F (4C),
IEI recommends the installation of a heater kit, as shown below.
The model number of the Heater Kit is STI-6580, and is manufactured by:
Safety Technology International (STI) 800-888-4STI, www.sti-usa.com

Each of these components with is supplied with installation instructions.
The illustration below lays out the entire mounting scenario.

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BioRead 1000 Package
Installation Manual

Specifications

BioRead 1000 Fingerprint Reader

Electrical: 12VDC @ 300mA

Output: 26-bit Weigand

Operating

Temperature:

Size: 3 ¼” (w) X 4 ¾” (h) X 1 ½” (d)

Weight: 10 oz

Housing: High Impact Polycarbonate

Mounting: surface-mount to single gang electrical box

Sensor: optical with typically<2 and up to 4 second verification with 90 users programmed

Indicators:

Sounder: used for programming feedback and can be triggered externally

Cable:

-40F to +70F (-40C to +21C)

LED

Bi-Color Standard (red, green), 1X Authentication Indicator, 1X External Control Indicator

22AWG, 4 Conductor, Stranded, Overall Shield, Maximum 500 ft. to controller

BioRead 1000 Door Controller

Electrical: 12VDC @ 100mA

Output: dry-contact relay, configured as NO or NC via jumper setting

Size: 1 ¾” (w) X” (h) X 4 ” (d)

Mounting: surface-mount

Sounder: used for programming feedback and door ajar alarm

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BioRead 1000 Package
Installation Manual

BioRead Access Systems

Part Number Description

BioRead 1000

print Reader and

Door Controller

programmer

BioRead 1000

Fingerprint Reader

BR-1000

BR-1100

Finger

for stand alone applications

each system requires

provides a 26-bit Wiegand output

to an access control system

each system requires programmer

BR -1150 BioRead Door Controller

B

R-1170

Hand held

programmer with 5

bypass keys

BR-1175 Hand held programmer

BR-1180 Bypass Keys (5)

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BioRead 1000 Package
Installation Manual

Warranty Policy

International Electronics, I products to be free from defects in

nc. (IEI) warrants its
material and workmanship when they have been installed in accordance with the
manufacturer’s instru ified or tampered with. IEI does not
assume any responsib erson or property due to improper
care, storage, handling, a

ctions and have not been mod

y for damage or injury tilit o p

buse, misuse, normal wear and tear, or an act of God.

IEI’s sole responsibility is limited to the repair (at IEI’s option) or the replacement of the
defective product or part when sent to IEI’s facility (freight and insurance charges
prepaid) after obtaining IEI’s Return Material Authorization. IEI will not be
liab purchaser tal or consequential damages arising

le to the or any one else for inciden

from any defect in, or malfunction of, its products.
Except as stated above, IEI makes no warranties, either expressed or implied, as to any

matter whatsoever, including, and without limitation to, th condition of its products,

e

their merchantability, or fitness for any particular purpose.

Warra

nty Periods Are:

1-Year BioRead Access Systems
1 Year eMerge Series
2 Years Door Gard & Secured Series Products
2 Years LS Series

2 Years Glass Break

5 Years “e” Series Keypads
All products have date code labeling and/or serial number

labeling to determine the warranty period.

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