BALOGH LMB-7013 Compact Reader for Tag Identification User Manual Appendix 1 General presentation

BALOGH Compact Reader for Tag Identification Appendix 1 General presentation

Users Manual

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FR 13053 108 B
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HYPER X PRODUCT
ENHANCED COMPACT READER
LMB_6000 and LMB_7000
INSTALLATION MANUAL
Rédigé par / Written by : Philippe GOBRECHT
Date :
Signature :
Approuvé par / Approved by : Bruno WIEDEMANN
Date :
Signature :
Autorisé par / Authorized by : Philippe GOBRECHT
Date :
Signature / :
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EVOLUTIONS SUCCESSIVES /SUCCESSIVE CHANGES
INDICE /
REVISION
INDEX DATE MODIFIE PAR /
CHANGED BY OBJET /
DESCRIPTION
A 06/2001 Ph. GOBRECHT Création
B 09/2002 Ph. GOBRECHT Addition of FCC notice and CE Notice
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FR 13053 108 B
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TABLE OF CONTENTS
1. FUNCTIONS AND PERFORMANCE .....................................................................................................................4
2. TECHNICAL CHARACTERISTICS.......................................................................................................................5
3. THE POWER SUPPLY.............................................................................................................................................. 6
4. VERIFICATION OF THE READER....................................................................................................................... 7
5. INSTALLATION........................................................................................................................................................8
5.1. LMB_6010 FAMILY ............................................................................................................................................. 8
5.2. LMB_6030 FAMILY ............................................................................................................................................ 8
5.3. LMB_7000 FAMILY ............................................................................................................................................. 8
6. EXTERNAL CONNECTIONS..................................................................................................................................9
7. INSTALLATION AND CONNECTION PROCEDURES FOR THE ASYNCHRONOUS LINKS.................11
7.1. CABLE TO BE USED FOR SERIAL LINK RS422 OR RS485 ..................................................................................... 11
7.2. LINE TERMINATION ............................................................................................................................................ 11
7.3. ELECTRICAL CONNECTIONS................................................................................................................................11
7.4. NETWORKING..................................................................................................................................................... 11
8. OPEN COLLECTOR INTERFACE....................................................................................................................... 13
9. THE OUTPUTS (JR3)..............................................................................................................................................15
10. THE INPUTS (JR4) ............................................................................................................................................. 16
11. OPERATING FREQUENCY CHANNEL.........................................................................................................17
12. ADJUSTMENT OF THE READING RANGE .................................................................................................18
12.1. VERIFICATION OF THE THE POSITION OF THE ADJUSTMENT OF THE READING RANGE : ........................................ 18
12.2. MODIFICATION OF THE POSITION OF THE READING RANGE : ............................................................................... 18
13. ORIENTATION OF THE ANTENNA .............................................................................................................. 19
1. FCC NOTICE............................................................................................................................................................ 20
14. CE NOTICE .........................................................................................................................................................21
APPENDIX 1 : GENERAL PRESENTATION .............................................................................................................. 22
APPENDIX 2 : SERIAL LINK ........................................................................................................................................ 23
APPENDIX 3 : OPEN COLLECTOR OUTPUT ...........................................................................................................24
APPENDIX 3 : OPEN COLLECTOR OUTPUT ............................................................................................................ 25
APPENDIX 4 : INPUTS / OUTPUTS............................................................................................................................... 26
APPENDIX 4 : INPUTS / OUTPUTS............................................................................................................................... 27
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CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
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1. FUNCTIONS AND PERFORMANCE
Hyper X system uses a reader which emits a microwave signal to an identification area . The range of
this identification area varies from a few centimeters to several meters. When a tag enters this zone, it
modulates this radiation, thereby sending its code back to the reader, which then processes the
received signal and extracts the code.
The LMB reader contains all the functional parts of the reading unit. For the LMB_6000 readers, the
antenna is integrated inside the reader. The LMB_7000 readers use an external monolithic antenna
such as AT1, AT2, AT3 or AT5.
The principal functions are :
• Reading distance from 2 to 8m depending on model
• Reading distance adjustment by selection of 3 positions.
• Directivity of the microwave signal :
- Identification relatively insensitive to environment
- Adjustable beam
- Installation of reading antenna against metal walls without range reduction
• Simultaneous identification of 5 tags in 1 second
- Several tags can be present in identification zone, intentionally or not
- Identification of the tag in all positions : recto/verso ; horizontal/vertical
• Coexistence of several readers in same area : 31 in Europe and 119 in US
Precautions:
- Metallic surfaces or persons coming between tags and the reading antennas create shadow zones
in the identification area.
- The proximity of a tag to a metallic surface or a person (<5mm) reduces the reading distance.
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2. TECHNICAL CHARACTERISTICS
Operating temperature -20°C to +70°C
Storage temperature -25°C to +80°C
Relative humidity 90% without condensation
Protection level IP40 or IP56 with waterproof case
Power supply 12 Vdc to 24Vdc- 12W
Frequency band 2,450 GHz
Number of reading channels 31 for Europe or 119 for US
Data rate 30 000 bauds
Error Detection HDLC
Code error rate 1 E-7
Reading failure rate 1 E-4 (normal conditions of use)
Reading adjustment 3 positions
LMB_6012 LMB_6013 LMB_6033 LMB_6034* LMB_6035*
Dimensions in mm 263x178x32 263x178x32 297x297x85 297x297x85 297x297x85
Weight 1,5kg 1,5 kg 5,2kg 5,2kg 5,2kg
EIRP 10mW 75mW 75mW 200mW 350mW
Range 2m 3m 5m 5m 5m
Antenna internal internal internal internal internal
Directivity 90° x 90° 90° x 90° 45° x 45° 45° x 45° 45° x 45°
Waterproof case Optional Optional Yes Yes Yes
LMB_7012 LMB_7013 LMB_7023 LMB_7033
Dimensions
in mm 297x297x85 297x297x85 297x297x85 297x297x85
Weight 5,2kg 5,2kg 5,2kg 5,2kg
EIRP 10mW 75mW 75mW 75mW
Range 2m 3m 5m 5m
Antenna External AT1 External AT1 External AT2 External AT3
Directivity 90° x 90° 90° x 90° 45° x 45° 45° x 45°
Waterproof
case Yes Yes Yes Yes
* : not available in US
EIRP :Equivalent Isotropic Radiated Power
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3. THE POWER SUPPLY
The reader supply must be between 12Vdc and 24Vdc.
With 12Vdc, the current is less than 1A
With 24Vdc, the current is less than 0.6A
The extreme limits for the power supply are 11Vdc to 28Vdc : it’s very important to respect these
limits for correct operation of the readers and to avoid damage.
A led « low voltage », near the power supply connector, indicates the voltage supply is less than
11Vdc.
At the time of the “low voltage” detection, the reader enables a timer of about twenty seconds. After
this time, the reader tries to power on. If the voltage is right, the reader will turn on, if the voltage is
still too low, it enables the timer again and so one.
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THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
4. VERIFICATION OF THE READER
This verification is made during the powering on of the reader with all the interfaces and the
inouts/Outputs disconnected.
We can sume the successive states :
Phase 1 :
• Buzzer emits a bip during 1s
• Indicator light DR09 red on during 4s
• Displays UN17 and UN18 with “P1” during 4s
• Bi-color Indicator light DN02 red on during 5s
Phase 2:
• Displays UN17 and UN18 with “PE” during 1s
Phase 3 :
• Displays UN17 and UN18 off
• Bi-color Indicator light blinks green 0,5s on and 0,5s off.
JK01 JT01
JR04 JR03
JR02
1 2 3 4 5
JR01
1 2 3 4 5
1 2 3 4
Inputs
1 2 3
1 2 3 4 5 6
Outputs
TTL link RS link
Displays
UN17 - UN18
Indicator
Low voltage
DT06
State of Inputs and Outputs
DR03 DR04 DR05 DR06
General state
Bi-color indicator
DN02
State of
TTL link
DR09
State of serial lin
k
DR07 DR08
Buzzer
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FR 13053 108 B
8/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
5. INSTALLATION
5.1. LMB_6010 family
The reader is made of a solid aluminium cast on which the circuits boards are fixed and a plastic
radome fixed with two screws.
To open the reader :
- Unscrew and remove the two screws at each end of the reader
- Remove the radome
The reader must be mounted on a support (wall...) with 4 screws (maximum diameter is 6mm) at the
corners of a rectangle of 151 x 241 mm.
The procedure for closing the reader is the reverse of that for opening.
5.2. LMB_6030 family
The LMB_6030 family uses the same base as the LMB_6010, but has a different antenna and a
waterproof case.
To open the reader :
- Remove the black plastic bushings located in the 4 angles of the grey waterproof case.
- Use the special tool and turn the 4 locking gear ( ¼ of turn)
- Remove the plastic cover of the waterproof case.
5.3. LMB_7000 family
The LMB_7000 family uses the same base as the LMB_6010 with an external monolithic antenna and
a waterproof case.
To open the reader :
- Remove the black plastic bushings located in the 4 angles of the grey waterproof case.
- Use the special tool and turn the 4 locking gear ( ¼ of turn)
- Remove the plastic cover of the waterproof case.
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6. EXTERNAL CONNECTIONS
Buzzer
Pin Name
+
Valim
-
0V
Power supply 12Vdc to 24Vdc
Connector with 2 points
consumption
1 A max / 12Vdc.
Voltage input (Valim) between
11Vdc min and
28Vdc max.
Out In
JR01
JR02
Display
Analog
measurement
Pin Name RS-232 RS-422 RS485
1O1 TX TX+ +V
2 O2 -- TX- -V
3 O3 -- RX+ --
4O4 RX RX- --
5 GND GND GND GND
Pin Nom ISO2 WIEGAND
1 OC1 STROBE DATA “1”
2 OC2 MDATA DATA”0”
3 OC3 PRES BADGE --
4 Valim Valim Valim
5 GND GND GND
Pin Nom
1
Ch I
2
GND
3
ChQ
JT01
JK01
JR01
1 2 3 4 5
RS Link
JT01
Led “ low
Voltage”
JK01
JR04 JR03
JR02
1 2 3 4 5
TTL Link
1 2 3 4 5 61 2 3 4
Red push
Select/Save
Black push
Display/Change
Black push
Reset
bi-color Led
1 2 3
The red and black push buttons are used to configure the reader :
The procedure to display or change parameters is :
Select
☞
Change
☞
Save
☞
1- select the function : red push-button
3- save the parameter : red push-button
2- display the function : red push button
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FR 13053 108 B
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JK01 is a connector to measure the analog signal receive by the reader. These test points allow
measuring the noise with a scope and therefore the quality of the electromagnetic environment for the
installation. These test points allow measuring the analog signals from the tag.
JT01 : is the connector for the supply voltage. A female connector with screw (Phoenix with 2 points
pitch 5.08mm ref. MSTB 2,5/2-ST-5,08) must be used.
JR01 : is the connector for the open collector output . A female connector with screw (Phoenix with 5
points pitch 5.08mm ref. MSTB 2,5/5-ST-5,08) must be used.
JR02 : is the connector for the serial link (RS) . A female connector with screw (Phoenix with 5
points pitch 5.08mm ref. MSTB 2,5/5-ST-5,08) must be used.
JR03 : is the connector for the outputs . A female connector with screw (Phoenix with 6 points pitch
3.81mm ref. MSTB 1,5/6-ST-3,81) must be used.
JR04 : is the connector for the inputs . A female connector with screw (Phoenix with 4 points pitch
3.81mm ref. MSTB 1,5/4-ST-3,81) must be used.
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FR 13053 108 B
11/27
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7. INSTALLATION AND CONNECTION PROCEDURES FOR THE
ASYNCHRONOUS LINKS
7.1. Cable to be used for serial link RS422 or RS485
1. In a "clean" electromagnetic environment - twisted pairs, without screen.
2. In a "noisy" electromagnetic environment - twisted pairs, individual screen for each pair
The cables are electrically characterised by :
- characteristic impédance (Z0 in ohms)
- distributed capacity (CL in pF/m).
- distributed resistance (RL in ohms/m)
For short cable lengths, normal cables are satisfactory.
For cable lengths greater than 1000 metres, high quality cables (low CL and RL) should be used for all
baud rates.
7.2. Line termination
For a simplex link, the termination (if present) should be placed at the receiving end of the line.
For a duplex link, the termination (if present) should be placed at the each end of the line.
For baud rates less than 1200 bauds, no termination is necessary. For baud rates greater than 9600
bauds and line lengths greater than 1000 metres, a resistor equal to the line impedance (120 ohms) is
usually necessary. For cases in-between, there is no clear-cut rule and depends on individual
installations (combination of baud-rate, line-length, cable quality, emitter/receiver characteristics).
7.3. Electrical connections
For an RS-232 link , wiring up is straightforward, the TX and RX lines of both equipments are
connected together.
For a differential link (RS-422 or RS-485), the polarities are not always clearly defined. Normally the
“+” line is at a high level at rest and is active low. For the “-” line, the opposite is true. This is the
case for the differential interface for the HYPERX readers. However if the differential signals are
generated by a converter acting on RS-232 signals, then the “+” line can be at a low level at rest and
active high. In this case, the “+” line of one equipment must be connected to the “-” line of the other
equipment.
Connection of 0V
Whether this is necessary or not, depends on the installation. If host and reader are distant with
different local ground potentials, then an RS-232 link may not work if the 0V references are not
connected. However connecting them will cause ground currents to circulate. In general, for large link
lengths, a differential link should be used. This also tolerates a large common-mode voltage
difference.
7.4. Networking
7.4.1. Topology
The preferred topology is the bus.
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FR 13053 108 B
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Simplex wiring diagram:
L
R
R : line-matching resistor,
added if needed
Half-duplex wiring diagram:
L
RR
R : line-matching resistors,
added if needed
The length of the derivation should be as short as possible (< 30 cm).
The maximum length allowed can be calculated from the cable characteristics using the equation
below.
L < 1300 / (Z0 x CL) L in metres, ZO in ohms and CL in pF
7.4.2. Line biasing
For RS-485, line biasing may prove necessary and must be done externally and only at one point on
the line.
The line “+” is connected to +5V via a 4K7 resistor.
The line “-” is connected to 0V via a 4K7 resistor.
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FR 13053 108 B
13/27
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THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
8. OPEN COLLECTOR INTERFACE
Both the ISO2 and the WIEGAND interfaces use an Open-collector interface. For correct operation,
pull-up resistors (typical values are 1K) must be connected to any voltage supply between 5V and
12V. For the ISO2 interface, this concerns the three signals STROBE, MDATA and PRES_BADGE,
for the WIEGAND interface this concerns the two signals DATA1 and DATA0.
The pins are associated with different signals, depending on the type of link used. The JR2 connector
is used.
pin ISO2 WIEGAND
1 STROBE DATA “1”
2 MDATA DATA “0”
3 PRES_BADGE —
4 Valim Valim
5 GND GND
Note : the Valim on pin 4 is internally connected to the supply voltage.
Circuit diagram for open collector output stage inside the reader :
VCC
12V
CTP
10n
10K
33K
uP
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FR 13053 108 B
14/27
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For the ISO2 system :
USER
EQUIPMENT
HYPERX
READER
O1
O2
O3
O5
5 - 12 VDC
1K
0V
CLOCK
DATA
PRES_BADGE
For Wiegand system :
USER
EQUIPMENT
HYPERX
READER
O1
O2
O5
1K
0V
DATA1
DATA0
5 - 12 VDC
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FR 13053 108 B
15/27
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9. THE OUTPUTS (JR3)
pin name description
1 VI1 Supply voltage for output 1
2 SIC1 Collector output 1
3 SIE1 Emitter output 1
4 VI2 Supply voltage for output 2
5 SIC2 Collector output 2
6 SIE2 Emitter output 2
.
The external voltage must not exceed 24Vdc
V
SI C
SI
E
R e x t
G N D
S o r tie
V e x t
< 2 4 Vd c
D é t e c te u r
L M B
l e d
j
a une
O p t o
c o
u
p
l e
u
1 k o h ms
10 0 o h m s
10
k
o
h
m
s
V e xt
( o r
Va l i m
p i n
4
o f
J R 02)
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FR 13053 108 B
16/27
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10. THE INPUTS (JR4)
pin name description
1 EI1 Signal for input 1
2 GND1 Reference for input 1
3 EI2 Signal for input 2
4 GND2 Reference for input 1
EI must not exceed 24Vdc.
Pin Nom
1 EI 1
2 GND 1
3 EI 2
4 GND 2
Entrée 1
Entrée 2
JR04
GND
EI
EI < 24Vdc
Détecteur LMB
led
jaune
Opto
coupleur
10kohms 1kohms
1kohms
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FR 13053 108 B
17/27
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11. OPERATING FREQUENCY CHANNEL
The enhanced compact reader LMB can operate using 119 different channels (31 for Europe). Each
channel corresponds to a separate microwave frequency band. This is useful when several readers
must be positioned close together. Using different channels on each reader eliminates mutual
interference.
119 channels are available (31 for Europe), the frequency band is between 2435.25MHz and
2464.75MHz (2446.25MHz and 2453.75MHz for Europe) with a channel spacing of 250KHz.
Checking the channel number :
Push the red push-button "select" until the "nC" is displayed.
Then push the black button once : the channel number appears.
After 2 or 3 seconds, the display switches off automatically.
Modifying the channel number :
Push the red button "select" until "nC" is displayed.
Then push the black button "change" until the wanted channel number appears.
When the channel number is right, push the red button "save" once to save the new channel number.
Numéro de canal
1 à 31 Change
1 ☞
Save
☞
Selec
t
☞ ☞ ☞
Change
31
Save
Numéro de canal
1 à 31 Displa
y
1 ☞
Selec
t
☞ ☞
31
Display
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FR 13053 108 B
18/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
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12. ADJUSTMENT OF THE READING RANGE
All the readers are deliver with an adjustment with the maximum reading range.
There are 4 positions for the adjustment :
• Maximum reading range
• Middle reading range
• Minimum reading range
• A few centimers.
12.1. Verification of the the position of the adjustment of the reading range :
Push the red push-button "select" until the "Pr" is displayed.
Then push the black button “display” once : the number corresponding to the reading range appears.
The displays light off automatically after 2s.
12.2. Modification of the position of the reading range :
Push the red push-button "select" until the "Pr" is displayed.
Then push the black button “change” once : the number corresponding to the reading range appears.
Push the black push-button "change" until the wanted position number appears.
When the position number is right, push the red button "save" once to save the new position number.
The new position number is memorised.
The displays light off automatically after 2s.
Réglage Portée
Select
☞
Display
mini
☞
Display
qques cm
☞
Display
moyenne
☞
Display
maxi
☞
Réglage Portée
Select
☞
Change
mini
☞
Save
☞
Change
qques cm
☞
Save
☞
Change
moyenne
☞
Save
☞
Change
maxi
☞
Save
☞
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FR 13053 108 B
19/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
13. ORIENTATION OF THE ANTENNA
LMB_6013
LMB_7013
90
°x
90
°
LMB_6033
LMB_7033
45° x45°
LMB_7023
90
°x 4
5
°
LMB_6034
45° x45°
LMB_6035
45° x45°
LMB_6012
LMB_7012
90°x 90°
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
20/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
1. FCC Notice
This equipment has been tested and found to comply with the limits for a classB digital device, pursuant
to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses, and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If the equipment does cause harmful interference to radio or television reception, which can
be determined by turning the equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures :
• Reorient or relocate the receiving antenna.
• increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio or television technician for help.
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
21/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
14. CE Notice
DECLARATION OF CONFORMITY
BALOGH Toulouse
105 Avenue du Général Eisenhower
31023 TOULOUSE cedex 1
FRANCE
This declaration that the following designated products LMB* comply with the essential protection
requirements of R&TTE Directive 1999/5/CE on the approximation of the law of the Member States
relating to Radio Spectrum Matters, EMC and Electrical safety.
This declaration applies to all specimens manufactured with the attached technical documentation
described in the annex II of the directive which form parts of the declaration.
Assessment of compliance of the product with the requirements relating to the essential requirements
acc. to Article 3 R&TTE was based on AnnexeV of the Directive 1999/5/CE and the following
standards :
Radio spectrum : EN 300 440
EMC : EN 401 489
Electrical safety : EN 60 950
Health : EN 50 371
* : LMB_6012/6013/6033/6034/6035/7012/7013/7023/7033
0682
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
22/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
Appendix 1 : General presentation
Do c u m e n t
r e f .
6 0 0 0 X 0 0 X 0 1
H Y P E R
X
E N H A N C E D
C O M P A C T
R E A D E R
:
L M B
Bu z z e r
P i n
N a m e
+
V a l i m
-
0 V
S u p p l y
v o l t a g e
1 2 V d c
t o
2 4V d c
C o n n e c t o r
w i t h
2
p o i nt s
S u p p l y
c u r r e n t
1
A
m a x
/
1 2 V d c .
I n p u t
v o l t a g e
V a l i m
b e t w e e n
1 1 V d c
m i n
a n d
2 8 V d c
m a x .
O u tp u t sI n p u ts
JR 01 : s e ri a l li n k
J R 0 2 : o pe n co ll e ct or ou t pu t
D ispl ay
A n a l o g
me a s u r em e n t
P i n
N a m e
RS - 2 3 2
RS -4 2 2
R S 4 8 5
1 O 1
T
X
T
X
+
+ V
2 O 2
- -
T
X
- -V
3 O 3
- -
R
X
+
- -
4 O 4
R
X
R
X
-
- -
5 G N D
G N D
G ND
G N D
Pi n
Nam e I S O 2
WI E G
A
N D
1
O C1 STR O BE DATA “1”
2
O C2 M D
A
T
A
DATA”0”
3
O C3 PR E S B
A
D G E
- -
4
Va l i m Va l i m V a l i m
5
G ND
G N D
G N D
Pi n
N a m e
1
I
2
G N D
3
Q
J T 0 1
J K 0 1
JR01
1 2 3 4 5
R S
l i n k
J T 0 1
Lo w
v o l t a g e
l e d
J K 0 1
JR 0 4J R 0 3
JR0 2
1 2 3 4 5
T TL
li n k
1 2 3 4 5 61 2 3 4
R ed push- b utton
Se l ec t / Sa ve
B l a ck p us h-but t on
D i s pl a y/ Ch ang e
B l a c k p u s h - b u t t o n
R e s e t
B i- c o lo r led
1 2 3
T h e r e d a n d bla c k
b utto n s
a re u s e d
to
c on figu re
t h e r ea d e r
T h e
p roc e dure
t o d is pla y or c h a n ge
p ar a m e t e r s
is
:
Se le ct
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
1 -
s ele ct
th e
f u nct i on :
re d
pus h - b utto n
3-
s a v e th e
p a ra met er
:
re d
pu s h- butto n
2-
dis play /c h ang e
th e p aram e t e r
:
blac k
p u s h-b u t t on
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
23/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
Appendix 2 : Serial link
SERIAL LINK : RS-232
RS232 Hyper X
Reader
PC
JR01
SERIAL LINK : RS-422
Hyper X
Reader
JR01
RS-422
PC
RS232
COM port
subD9
PC
TX
RX 2
3
5
GND
TX
RX
1
2
3
4
5
JR01
GND
RS-422
PC
RX+
TX+
RX-
TX-
1
2
3
4
5
JR01
GND
TX+
TX-
RX+
RX-
Document ref. 6000X00X01
HYPER X
READER
HYPER X
READER
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
24/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
C O N F I G U R A TIO N
o f
E N HA N C E D
C O M P A C T
R E A D E R
:
L M B
A S Y N C H R O N U S
S E R IA L
L IN K
:
R S
2 3 2
/
4 2 2
/
4 8 5
R S
i n t e r f a c e C
h
a
n
ge
R S
2 3 2 ☞
S
a
v
e
☞
S e l e c t
☞
C
h
a
n
ge
R S
4 2 2 ☞
S
a
v
e
☞
C
h
a
n
g
e
R S
4 8 5 ☞
S
a
v
e
☞
C h a r ac t e r
F o r m a t
7
/
e v e n
8 /
n o n e
7
/
o d d
S e l e c t
☞
C
h
a
n
ge
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
Po l l i n g
/
I n t e r r u p t C
h
a
n
ge
I n t e r r u p t .
☞
S
a
v
e
☞
S e l e c t
☞
C
h
a
n
g
e
P o l l i n g
☞
S
a
v
e
☞
☞
S
a
v
e
☞
B a u d
r a t e
S e l e c t
☞
C
h
a
n
g
e
4
8 0 0 ☞
S
a
v
e
☞
C
h
a
n
ge
9
6 0 0
C
h
a
n
ge
1
2 0 0 ☞
S
a
v
e
☞
C
h
a
n
ge
1 9
2 0 0 ☞
S
a
v
e
☞
J - B U S
A d r e s s
1
t o
31 C
h
a
n
ge
1
☞
S
a
v
e
☞
S e l e c t
☞
C
h
a
n
ge
3 1
☞
S
a
v
e
☞
Ch an ne l
n u m b er
1
t o
31 C
h
a
n
g e
1
☞
S
a
v
e
☞
S e le c t
☞ ☞ ☞
C
h
a
n
g e
3 1
S
a
v
e
Dis t r i b uto r
c ode
f i l t e r
1 st
co de
d is a b le d
E E P RO M
Se lec t
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g e
☞
S
a
v
e
☞
C
h
a
n
g e
☞
S
a
v
e
☞
B u zzer
C
h
a
n
g e
O F F ☞
S
a
v
e
☞
S e le c t
☞ ☞ ☞
C
h
a
n
g e
O
N
S
a
v
e
M e s s a g e
m o de
Se lec t
☞
C
h
a
n
g e
2
☞
S
a
v
e
☞
C
h
a
n
g e
0
☞
S
a
v
e
☞
C
h
a
n
g
e
3
☞
S
a
v
e
☞
Re ade r
r a ng e
sh o r t
few
cm
m e dium
long
Se lec t
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g e
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
D oc u m en t
r e f .
6 0 0 0 X 00X 01
D E F A U L T
C O N F I G U R A T IO N
☞
☞
-
Ou t p ut
1
:
r e a d i n g
1 0 0m s
-
Ou t p ut
2
:
r e a d i n g
2 s
-
In t e rf a ce
:
R S
2 3 2
-
J - B U S
A d r e s s
:
1
-
Ba u d
r a t e
:
1 9
2 0 0
b a u d s
-
Cha r a c t e r
f o r m a t
:
8
/
n o ne
-
P r o to c o l
:
P o l l i n g
-
F r a m e
f o r m a t :
J - B U S
-
B u z zer
:
O
N
-
C h a nn e l
n u mb e r
: 9
-
R ea de r
r a nge :
3
-
D is t.
c o de f i lte r
:
dis ab le d -
I npu t
1
:
Di sa ble d
-
I npu t
2
:
Di sa ble d
-
Log
:
a l l
( 3)
-
M es s a ge
mo d e :
0
-
I nte r f a c e
T T L
:
n o t
u s e d
C
h
a
n
g
e
Res e t
P l e a s e
s ee t h e
c o n f igu r a t io n m anua l
to
g et a d e t ail e d l ist
of
a l l
p os s i ble
c on f i g u r atio n s
R e d
a n d
b la c k
p u s h - b u t t o n s
a re
us e d
to
c o n f i g u r e
t h e
r e ad e r .
T h e
p r oc e d u r e
t o
d i s p l a y
o r
c h an g e
pa r a m e t e r s
i s
:
S el ect
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
1 -
s e le ct
th e fu n c ti o n
:
r ed
pu s h -b u t t o n
3-
sa v e
t h e
p ar a mete r
:
r ed
pus h - bu tt o n
2 -
d i spla y / c ha n g e
t he
p ar a met e r
:
b la c k
p us h -b ut t o n
O P E R A T I N G
M O D E
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
25/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
Appendix 3 : Open collector output
Connection to an ISO2 system
Connection to a WIEGAND system
1K1K
DATA1
DATA0
1
2
3
4
5
JR02
HYPER X
READER
GND
User
Equipement
1K
The use of the third wire (PRES-
BADGE) is optional
+5 to +12 Vdc
1K
STROBE
MDATA
1
2
3
4
5
JR02
HYPER X
READER
GND
User
Equipement
PRES-BADGE
1K
+5 to +12 Vdc
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
26/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
C O N F I G U R A T I O N
O F
E N H AN C E D
C O M P A C T
R E A D E R
:
L M B
O P E N
C O L L E C T O R
IN T E R F AC E
W IE G A N D
AN D
I S O
2
Ch an ne l nu mb er
1
t o 3 1C
h
a
n
g e
1
☞
S
a
v
e
☞
S el e ct
☞ ☞ ☞
C
h
a
n
g e
31
S
a
v
e
Di s tr ibu t o r
c o de
filt e r
S el e ct
☞
C
h
a
n
g e
1 s t
c o de ☞
S
a
v
e
☞
C
h
a
n
g e
d is a b l e d ☞
S
a
v
e
☞
C
h
a
n
g e
EEPR O M
☞
S
a
v
e
☞
Bu z z e r
C
h
a
n
g e
O FF
☞
S
a
v
e
☞
S el e ct
☞ ☞ ☞
C
h
a
n
g e
O
N
S
a
v
e
M e ss a ge
mode
S el e ct
☞
C
h
a
n
g
e
2 ☞
S
a
v
e
☞
C
h
a
n
g e
0
☞
S
a
v
e
☞
C
h
a
n
g e
3 ☞
S
a
v
e
☞
R e a d e r
r a n g e
s h o r t
f e w
c m
m ediu m
l o ng
S el e ct
☞
C
h
a
n
g e
☞
S
a
v
e
☞
C
h
a
n
g e
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
D o c umen t
r e f .
6 0 0 0 X 00 X 0 1
Op en
c o l l e c t o r s
i n t e r f ac e n o t
u s e d
I S O
2
f ixe d
C
h
a
n
g e
I S O
2
Va r .
☞
S
a
v
e
☞
W I E G A
N
D
C
h
a
n
g e
☞
S
a
v
e
☞
S e le c t
☞ C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g e
☞
S
a
v
e
☞
S e le c t
☞
M T B M
M e a n
Ti m e
B e t w e e n
M e s s a g e s
☞
S
a
v
e
☞
C
h
a
n
g e
1
s
☞
S
a
v
e
☞
C
h
a
n
g e
0 , 5
s
C
h
a
n
g
e
2
s ☞
S
a
v
e
☞
C
h
a
n
g e
1 0
s ☞
S
a
v
e
☞
C
h
a
n
g
e
5
s ☞
S
a
v
e
☞
H o ld
t i m e ☞
S
a
v
e
☞
S e le c t
☞
C
h
a
n
g e
1
s
☞
S
a
v
e
☞
C
h
a
n
g e
0 , 5
s
C
h
a
n
g e
2
s
☞
S
a
v
e
☞
C
h
a
n
g
e
☞
S
a
v
e
☞
C
h
a
n
g e
5
s
☞
S
a
v
e
☞
C
h
a
n
g e
1 0
s ☞
S
a
v
e
☞
0 , 1
s
D E F A U L T
C O N F I G U R A TIO N
☞
☞
-
Out pu t
1 :
re a d i n g
1 0 0m s
-
Out pu t
2 :
re a d i n g
2 s
-
I n t e r f a c e
:
R S
2 3 2
-
J- BU S Ad r e s s
:
1
-
B a u d
r a te
:
1 9
2 0 0
b a u d s
-
C h a r a c t e r
f o r m a t
:
8
/
n o n e
-
P r o t o c o l
:
P o l l i n g
-
F r a m e f o rm a t :
J - B U S
-
Buz z e r
: O
N
- C han ne l
n um b e r
: 9
- R e ad e r
r a n g e
:
3m
-
D i s t .
c o d e
f il te r
:
di s a b l e d-
I n p ut
1
: D i s a b le d
-
I n p ut
2
: D i s a b le d
-
Lo g
:
all
(3 )
-
M es s a g e
mo d e : 0
-
I n ter fa c e T T L
:
n o t
u s e d
C
h
a
n
g e
Reset
R e d
a n d b l a c k
p u s h - b u t to ns
a r e
u s e d
t o
c o n f i g u r e
t h e
r e a d e r.
T h e pro c e d u r e
t o
d i s p l a y
or c ha ng e
p a r am e t e r s
i s
:
S e l ect
☞
C
h
a
n
ge
☞
S
a
v
e
☞
1 - s ele c t
the
fu ncti o n
:
r e d
p u s h -b u tt on
3-
s ave th e
pa r a me te r : r ed
p u s h -b utt on
2 -
d is pl ay / c ha n ge th e
p ar a m e t e r
:
b l a c k
p u s h -b u t t o n
O P E R A T I N G
M ODE
P l e a s e
s e e
t h e
c o nf i g urat i o n
m anu a l
to
ge t a
d e tail e d
l i st
of
a l l
p os s i b l e
co n f i g u r a t i o ns
REFERENCE DU DOCUMENT / DOCUMENT REFERENCE
Langue/ Language Numéro / Number Code Doc. / Doc. Code Indice / Revision Index Pages
FR 13053 108 B
27/27
CE DOCUMENT EST LA PROPRIÉTÉ DE BALOGH IL NE PEUT ETRE COMMUNIQUÉ À DES TIERS SANS AUTORISATION ECRTITE PRÉALABLE.
THIS DOCUMENT IS BALOGH PROPERTY.IT CANNOT BE DISCLOSED TO ANY PARTY WITHOUT PREVIOUS WRITTEN AUTHORIZATION.
Appendix 4 : Inputs / Outputs
Ou tp u t
1
C
h
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C o n f i g u r a t i o n
o f
O U TP U TS
:
c o n n e c t o r
J R
0 3
C o n f i g u r a t i o n
o f
IN P U T S
:
c o n n e c t o r
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H Y P E R
X
E N H A N C E D
C O M P A C T
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:
L M B
Do c u m e n t
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6 0 0 0 X 00X 01
V I
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2 4Vd c
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pin
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2
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P in Nam e
1
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s 1
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re a d . 1 0 0 ms
N
o t
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r ea d ing .
2
s
r ea d ing .
2
s

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