BioSmart PV-WM-MU Bedienungsanleitung

Version 029.1

Date 03.2021

BioSmart PV-WM Reader

Operation Manual

 
 
Operation Manual BioSmart PV-WM v.029.1|03.2021|en 
 
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CONTENTS 
Introduction ..................................................................................................................................................................................................................... 3 
1Description of Reader Operation ..............................................................................................................................................................4 
 Purpose ..............................................................................................................................................................................................................4 
 Technical Characteristics........................................................................................................................................................................4 
 Composition.................................................................................................................................................................................................... 5 
 Construction and Work ........................................................................................................................................................................... 5 
 Measuring instruments, tools and accessories ........................................................................................................................9 
 Marking and Sealing..................................................................................................................................................................................9 
 Packaging.......................................................................................................................................................................................................10 
2Intended Usage ................................................................................................................................................................................................... 11 
 Operating Restrictions ............................................................................................................................................................................ 11 
 Preparing the Product for Use........................................................................................................................................................... 11 
 The Product Installation ........................................................................................................................................................................ 12 
2.3.1 Choosing the Reader Location................................................................................................................................................. 12 
2.3.2 Guidelines for Cable Routing .................................................................................................................................................... 12 
2.3.3 Actions Immediately Before Connection.......................................................................................................................... 12 
2.3.4 Installation Procedure .............................................................................................................................................................. 13 
2.3.5 Connection to BioSmart UniPass Controller................................................................................................................... 17 
 Checking the Reader's Functionality............................................................................................................................................ 18 
 Reader Faults and Method of Its Elimination.......................................................................................................................... 18 
 PV-WM Reader Settings........................................................................................................................................................................ 19 
 Procedure for Performing Product Application Tasks .....................................................................................................20 
3Maintenance for Intended Usage...........................................................................................................................................................23 
4Miantenance.........................................................................................................................................................................................................23 
5Storage and Transortation ..........................................................................................................................................................................23 
6Utilization................................................................................................................................................................................................................23 

Operation Manual BioSmart PV-WM v.029.1|03.2021|en

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BioSmart PV-WM Reader

Operation Manual

Dear Customers!

Thank you for purchasing our product. Subject to the installation and operation rules, this device will

serve for many years.

Introduction

This operating manual (OM) applies to the BioSmart PV-WM reader and contains information on the

principle of operation, technical characteristics, installation procedure and operating conditions, as well as

information on the conditions of transportation, storage, maintenance and maintenance of the reader in a

working condition.

Installation, adjustment and operation of the BioSmart PV-WM reader should be carried out by

personnel who have studied this manual.

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BioSmart PV-WM Reader

Operation Manual

1Description of Reader Operation

Purpose

The BioSmart PV-WM reader is used as part of the BioSmart biometric access control and

management system in accordance with the BioSmart UniPass controller.

The BioSmart PV-WM reader is intended to read biometric data of a human palm vein pattern and

RFID-tag (card) code with subsequent transfer of the read information to the BioSmart UniPass or BioSmart

UniPass-EX controller via Ethernet.

The device is intended for use in premises, the operating conditions in which correspond to those

specified in this OM.

The device can be used outdoors if the following conditions are met:

installation is carried out in accordance with the requirements of this manual, taking into

account the provision of protection against dust and moisture penetration;

the reader is used in conjunction with a protective visor for

BioSmart PV-WM;

the operating conditions of the reader do not go beyond the operational limits (see par. 2.1).

Technical Characteristics

Technical characteristics are in the Table 1.

Table 1 –Reader technical characteristics

Parameter

Value

Biometric ID

Palm vein

Biometric Scanner Type

Optical, infrared

Built-in RFID tag reader

Yes

Communication interface with the control computer

Ethernet (IEEE 802.3u,

100BASE-TX)

Maximum cable lenght Ethernet, m

100

Indicators

Buzzer and LED indicator

DC supply voltage, V

12 ± 15 %

Maximum consumed current, A

0,4

PoE support

IEEE 802.3af class 3

Case material

Palstic

Dimensions, mm

185 x 160 x 134

Net weight, g

550

Gross weight, g

880

Ambient temperature during operation, °С

From -40 to +50

The upper value of the relative air humidity during operation at

a temperature of 25 С, %

Enclosure protection

IP65

Depending on the format of the RFID-tags (cards) used, appropriate versions of the readers are

provided. The list of versions is given in Table 2.

The list of RFID-tags formats read by BioSmart PV-WM, depending on the version of the reader, is

given in the reader's passport.

Table 2 –List of the BioSmart PV-WM reader versions Construction

Execution

Note

BioSmart PV-WM-EM

For reading EM-Marine format card

BioSmart PV-WM-MF

For reading Mifare format card

BioSmart PV-WM-LG

For reading Legic format card

BioSmart PV-WM-IC

For reading HID iClass format card

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BioSmart PV-WM Reader

Operation Manual

Execution

Note

BioSmart PV-WM-MU

Multi-format reader

BioSmart PV-WM-MFR

Multi-format reader

Composition

The BioSmart PV-WM reader consists of the following parts:

reader case;

reader board;

biometric palm vein scanner;

RFID-tags (cards) reader.

The reader case consists of a front panel and a back cover with a mounting plate.

The back cover of the reader can be removed to provide access to the reader board.

The reader board is designed to connect the power supply and the BioSmart UniPass controller.

The palm vein scanner is designed to obtain users biometric data.

RFID-tags reader is intended to read the applied RFID-tags (cards) code.

Construction and Work

The reader is designed as a functionally complete device in a standard case.

The appearance and purpose of the main elements of the reader is shown in Figure 1 and Figure 2.

Figure 1 –Front view and purpose of the reader main elements

RFID-card

reader field

Retainer

(arrester)

between

fingers

Palm vein

scanner

Wrist retainer

(arrester)

LED indicator

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BioSmart PV-WM Reader

Operation Manual

Figure 2 –Rear view of the back cover of the reader and the purpose of the main elements

The reader, powered and connected to the BioSmart UniPass controller, enters into palm/card

standby mode, according to the set operating mode.

During operation, the controller cyclically polls the status of connected readers. When an object is

brought to the palm vein biometric scanner, this object parameters are analyzed. If the attached object is

recognized as the palm of a living person, and biometric data of sufficient quality may be read from the palm,

then the biometric data is scanned in the infrared range by PV-WM. The read biometric data is transferred

to the BioSmart UniPass controller. Next, the obtained biometric data is compared with the palm vein

patterns stored in the database. If a template was found in the database, deviations from which fall within

the specified limit, the access settings prescribe to grant access to the appropriate employee. BioSmart

UniPass performs the actions specified in the working model for this situation and sends a message about

successful identification to the reader BioSmart PV-WM. If the template is not found in the database or the

access settings instruct to deny access, then the controller performs other actions prescribed by the working

model. For example, controller sends a message about failed identification to the reader. A failed

authentication message is being sent. Then there is a return to cyclic polling of the reader’s state.

If the object attached to the reader is recognized as an RFID-tag (card), then the BioSmart PV-WM

reads the RFID-tag code and transmits it to the controller. Upon the code receipt, the controller compares it

with the codes stored in the database. If a match is found and the access settings instruct the corresponding

employee to be allowed access, then the controller performs the actions specified in the working model for

this situation. For example, the controller activates the relay and controls the reader indication. If no match

Mounting

holes

Back cover

Cable

entry hole

Mounting

plate

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BioSmart PV-WM Reader

Operation Manual

is found or the access settings prescribe to deny passage, then the controller performs other actions specified

in the working model. For example, BioSmart UniPass controls the sound signal on the reader.

Detailed information about operating modes is given in User Manual BioSmart UniPass.

The LED indicator displays the current reader status (see Figure 3).

Figure 3 –The reader LED indicator

The following display modes are set by default:

blue flashing - palm / card standby mode;

red single - notification about unsuccessful identification;

red flashing - there is no connection with the BioSmart UniPass controller or the reader is “not

tied” to the controller;

green single - notification about successful identification;

green flashing - firmware is being flashed (written) to the reader.

The reader board contains terminals for connectors for connecting power, external devices, as well as

LED indicators and switches.

A picture of the reader board is shown in Figure 4.

LED

Indicator

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BioSmart PV-WM Reader

Operation Manual

Figure 4 –Reader board image

Clip connectors description of the reader board is given in Table 3.

Table 3 –Clip connectors description of the reader board

Marking

Description

Purpose

GND

Power supply, common wire

Common wire of power supply 12V

+12V

Power supply, +12V

«+» power supply 12V

Ethernet

Ethernet connector

with PoE support

Ethernet connector for connection to the

BioSmart UniPass controller

Note - The BioSmart PV-WM reader is intended for use in conjunction with the BioSmart UniPass

controller, which powers the readers through PoE technology, and therefore the GND and +12 V connectors

on the reader are used only as backup power connectors.

The green RUN LED on the reader board during the reader normal operation lights up once every two

seconds for 200 ms.

The jumpers are described in Table 4.

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BioSmart PV-WM Reader

Operation Manual

Table 4 –Jumper description

Designation

Purpose

IP RST

Reset the IP-address setting

BOOT (Х2)

The reader transition into debug mode

Jumper BOOT (X2) is intended to switch the reader to debug mode (bootloader). This mode allows to

restore the reader operability if the firmware is damaged. To put in debug mode, close the BOOT (X2) jumper

when the power is off and turn on the reader power. Two seconds after turning on the reader power supply,

open the contacts.

In debug mode, the green RUN LED on the reader board blinks with a period of 1 sec (0.5 sec on, 0.5

sec off).

The reader may be powered from the BioSmart UniPass controller via an Ethernet cable using PoE

technology, or from a 12V DC voltage source connected to the clips on the reader board.

To power the reader from a DC voltage source, connect the "+" (plus) of the power supply to clip 2 on

the reader board, and source “-” (minus) - to clip 1.

The recommended type of power cables and their length are shown in Table 5.

Table 5 –Recommended power cable types

Power supply

method

Maximum

length, m

Cable type

Ethernet (IEEE 802.3)

100

A cable consisting of four twisted pairs of a category

not lower than the fifth with a cross-section of each

wire not less than 0.2 mm2

Power supply cable

Double-core cable with a cross-sectional area of each

core not less than 0.75 mm2

Power supply from a DC voltage source is carried out at a voltage of 12V with an output current of 1A.

The allowable range of the supply voltage is 10.2 - 13.8V. To prevent the device from malfunctioning due to

incorrect power connection, a protective diode is provided in the circuit board.

The BioSmart PV-WM readers are connected to the BioSmart UniPass controller via the Ethernet

interface.

Measuring instruments, tools and accessories

Installing the reader requires the following tools and accessories, listed in Table 6.

Table 6 –The list of tools and tackles

Names of tools and tackles

Notes

8P8C connector

For mounting the connector ("crimping") of

the Ethernet cable

Сrimping tool for Ethernet cables

Crosshead screwdriver

To lift off the cover and install the back cover

of the reader

During the operation of the reader, measuring instruments, tools and accessories are not required.

Marking and Sealing

The reader board is marked with element designations and the manufacturer's logo.

The warranty seal is installed on the reader board.

A serial number label is located on the inside of the scanner bowl and on the back of the reader, next

to the metal mounting plate.

There is a manufacturer's label on the back cover of the reader under the mounting plate. The

packaging is marked with transport markings containing handling symbols:

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BioSmart PV-WM Reader

Operation Manual

Crushable. Caution

Protect from moisture

Stacking limit 5 kg

The packaging is labeled:

package size;

gross weight, net weight;

name of the consignee;

name of the consignor;

point of departure.

Packaging

The BioSmart PV-WM reader in accordance with its completeness, is placed in a consumer package,

which is a cardboard box with inserts made of uncrosslinked polyethylene foam.

The packaging used is intended for storage and transportation of the reader in accordance with the

conditions specified in paragraph 5.

Passport, fasteners are additionally packed in a plastic bag.

Box size (mm): length 238, width 205, height 185.

The cardboard box is non-toxic and safe to handle. It is a flammable material. Non-cross-linked

polyethylene foam liners and liner bags are highly flammable materials with high smoke-generating

capacity.

The packaging should be removed from open flames, heating devices and lighting to prevent fire.

The shelf life of the packaging is unlimited.

No special measures are required to the packaging dispose.

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