PERCo RP-15.2 User manual

CERTIFICATE AND OPERATION
MANUAL
RP-15.2
Proximity
Card Reader

Proximity Card Reader
RP-15.2
Certificate and Operation Manual
ТС RU C-RU.МЛ02.В.00073
ТУ 4372-015-88226999-2013

CONTENTS:
1. GENERAL INFORMATION..............................................................................................3
2. TECHNICAL SPECIFICATIONS......................................................................................4
3. DELIVERY SET ...............................................................................................................4
4. PRODUCT DESCRIPTION..............................................................................................5
4.1. Design..............................................................................................................5
4.2. Operating principle ...........................................................................................5
4.3. Operation of the reader under Wiegand interface ............................................6
5. CONFIGURATION...........................................................................................................8
5.1. Indication setting ..............................................................................................8
5.2. Changing the format of the output data............................................................8
6. SAFETY REQUIREMENTS .............................................................................................9
7. INSTALLATION PROCEDURE .......................................................................................9
7.1. Features of installation .....................................................................................9
7.2. Tools and equipment required for installation.................................................10
7.3. The cables used.............................................................................................10
7.4. Assembly order ..............................................................................................11
8. TROUBLESHOOTING...................................................................................................12
9. PERCO WARRANTY.....................................................................................................13
WARRANTY CARD ...........................................................................................................15

RP-15.2 Proximity Card Reader
1. GENERAL INFORMATION
Proximity card reader RP-15.2 (hereinafter – the reader) is designed for use in systems of
identification, computing, access control etc.
Operation of the reader is allowed at ambient air temperature from –40°Сto +40°Сand at
relative air humidity of up to 95% at +30°С.
The reader has the marking under the cover on the back side of the housing. The marking
contains the product name, the model abbreviation, the date of manufacture, the serial
number and the technical characteristics.
The reader is packed in a cardboard box that protects it from being damaged during
transportation and storage.
The reader in the original package should be transported in closed freight containers or
other closed type cargo transport units.
Storage of the reader is allowed in dry indoor facilities at the ambient air temperature from
-40°Сto +50°Сand relative air humidity of up to 98% at +25°С.
After transportation or storage at temperatures below zero or at high air humidity, prior to
installation the reader must be kept in the original package for no less than 24 hours
indoors under normal climate conditions (+18°C, humidity – 60%) prior to installation.
Due to continuous improvement of products the Manufacturer reserves the right to modify,
without notice, the product design not aggravating its technical specifications.
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Certificate & Operation Manual
2. TECHNICAL SPECIFICATIONS
Rated operating voltage......................................................................................... 12VDC
Operating voltage limits............................................................................... 10.5 – 14VDC
Consumption current ........................................................................................ max. 60 mA
Power consumption ......................................................................................... max. 0.85 W
Card reading distance at the rated operating voltage for different card (trinket) types:
HID ProxCard II cards .............................................................................. min. 6 cm
EM-Marin cards ........................................................................................ min. 8 cm
Trinkets .................................................................................................... min. 4 cm
Card reading distance at reader mounting on metal base-plate for different card (trinket)
types:
HID ProxCard II cards .............................................................................. min. 5 cm
EM-Marin cards ........................................................................................ min. 7 cm
Trinkets .................................................................................................... min. 3 cm
Controller connection interface ............................................................................. Wiegand
Output and operation signal voltage:
Logic «1» ................................................................................................. min. 4.3 V
Logic «0» ................................................................................................ max. 0.4 V
Distance between the reader and external controller ........................................ max. 150 m
Connection cable standard length .............................................................................. 0.9 m
Ingress protection rating ........................................................................... IP54 (EN 60529)
Electric shock protection class ...................................................................... III (IEC 61140)
Resistance to mechanical factors, according to GOST17516-72 .................................... M4
Reader dimensions (without cable) ............................................................. 1454623 mm
Reader weight .................................................................................................... max. 220 g
3. DELIVERY SET
Reader RP-15.2 ............................................................................................................ 1
Metal base-plate ........................................................................................................... 1
Assembly set:
Plastic dowels ..................................................................................................... 4
Screws ................................................................................................................ 4
Package ........................................................................................................................ 1
Certificate and Operation Manual ................................................................................. 1
As a power supply it is recommended to use DC source with linear voltage stabilization and
output pulsation amplitude max. 50 mV.
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RP-15.2 Proximity Card Reader
4. PRODUCT DESCRIPTION
4.1. Design
Reader consists of a unit in plastic housing with two-color LED indicator on the front panel.
For reader mounting a metal base-plate is included in delivery set. Reader protection from
environmental exposures is ensured by covering its board with compound. Shield cable for
reader connection is output on its rear side.
Also the reader back side features the jumper «single-double» – (jumper uncut – «single
line» LED mode, after cutting the jumper – «double line» LED mode);
Colour of the reader housing is marked by the end letter:
RP-15.2B – light beige;
RP-15.2D – dark grey.
4.2. Operating principle
Readers provide code reading from Proximity identifiers with operation frequency 125 kHz
(hereinafter – the identifier) produced by HID Corporation type ProxCard II, ISOProx II,
trinkets ProxKey II (standard formats HID: 26 bit (H10301), 37 bit (H10302, H10304)), and
the production of EM-Microelectronic-Marin SA.
Each identifier has its own single code (number of combinations – more than 500 mlrd.),
which is one time set at the stage of manufacture and can’t be changed during operation.
Identifiers do not have a built-in power supply which makes their operational life time
almost unlimited.
Code reading is provided by presenting identifier to the reader, for cards at 10 cm, for
trinkets at 5 cm distance, while identifier can be placed inside pocket, wallet or any other
magneto transparent container (cover).
Maximum distance possible for identifier sensing by the reader depends on the type of
identifier.
Figure 1. Reader operation
When switched on the reader radiates close low frequency (125 kHz) electromagnetic
field. Caught in this field the identifier activates and starts transmitting individual encoded
signal received by the reader.
Reader transforms the input signal in accordance with an external device interface and
sends it to controller of external device which determines the necessary operation upon
card presentation.
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Certificate & Operation Manual
Depending on the selected operation mode one of Wiegand interface formats supported
by the reader is used for connection with external controller.
Read
synchronously, at the moment of
propriate value in coded mark.
ion received from identifier.
ark:
If the input coded mark from identifier is shorter than output the missing high-order
bits are padded with zeros.
er can be simultaneously used with controllers of different types.
4.3. Operation of the reader under Wiegand interface
Data is transmitted to the external controller at one time, a
first positive signal receipt from identifier. Repeated data transfer is possible not earlier
than 200 ms after identifier leaves stable reception zone.
Two wires are used for transmission: «data 0» and «data 1». Occurrence of logic level «0»
on one of the wires signals the presence of bit with ap
The length of the coded mark depends on the set mode at assembly and can be fixed or
specified by data dimens
Following rules apply at the difference between coded mark received from identifier and
the output coded m
If the input coded mark from identifier is longer than output the excessive high-order
bits are truncated.
Figure 2. Formation of output reader signals and their diagrams
Data is transmitted with high-order bits forward.
The s are
presented in Figures:
The identifier encoded signal includes the even number of bits (N/2 – integer)
structure of coded mark and order of parities in it for fixed length format
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RP-15.2 Proximity Card Reader
The identifier encoded signal includes the uneven number of bits (N/2 – non
integer)
The structure of output coded mark in Wiegand 26 (H10301) format is presented in
Figure:
1 – Control bit (corresponds with the even parity for the next 12 bit data)
2 – Byte code
3 – High-order byte of card number
4 – Low-order byte of card number
5 – Control bit (corresponds with the odd parity for the previous 12 bit data).
All bytes are transmitted with high-order bits forward.
Time response characteristics of output data format:
Width of data pulse ................................................................................. 100 mcs
Pulse-time.....................................................................................................1 ms
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Certificate & Operation Manual
5. CONFIGURATION
5.1. Indication setting
Reader comes with a sound and LED indication. Two operation modes of LED indication
are possible: «double line» – two line control and «single line» – one line control.
As standard reader comes with a «single line» mode selected (one line control).
Code reading is confirmed by momentary change of LED indicator colour from red to
green (in «single line» mode) or momentary light of green LED indicator (in «double line»
mode). For to set the operation mode into «double line» it is necessary to cut by nippers
the jumper «single-double» on reader backside when mounting the reader.
External control over light and sound indication is provided by applying low-level signal to
corresponding control line. At simultaneous low level signal apply to both LED indicator
control lines in «double line» mode, the colour of indicator turns to orange.
Depending on set external control mode the LED indication is fulfilled through blue and
yellow wires according Table 1.
For external initiation of a sound announcer of a reader its brown wire is connected to a
negative terminal of a power supply unit.
Table 1. Indication setting
Control signals at a connection
cable of a reader LED light in different modes at external control
blue wire yellow wire «single line» «double line»
0 0 green orange
0 HZ green red
HZ 0 red green
HZ HZ red no indication
0 – control line is connected with a negative terminal of a power supply unit;
HZ – high resistance at a control line (the line is not connected with a negative
terminal of the power supply unit).
5.2. Changing the format of the output data
At reader connection to external devices by Fig. 5 scheme the external control mode over
LED indication according «single-double» jumper position (see clause 4 and 5.4) and
output data format Wiegand 26 (W26) (orange wire – WF is not connected) are
automatically set. The output data format W26 is set independent to used identifiers
format.
Attention!
Switching over the reader into one of the abovementioned Wiegand formats does not
prevent it from reading cards of other formats and delivering read code to an output
of a reader in the set format.
For external initiation of a sound announcer of a reader its brown wire is connected to a
negative terminal of a power supply unit.
To change a format of output data of Wiegand interface an orange wire is used (WF –
Wiegand-Format). For changing the format connect the orange wire (WF) in accordance
with Table 2.
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RP-15.2 Proximity Card Reader
Table 2. Change of output data format of the readers:
Wire determining a
format of output data
Connection point (conductor) at an
output of a regular connection
cable of a reader
Format of output data of a
reader determined by performed
connections
Orange (WF) (not connected) Wiegand 26
Orange (WF) D0 (green) Wiegand 37
Orange (WF) “ground” (black + shield) Wiegand
6. SAFETY REQUIREMENTS
Reader installation must be carried out by circuit installer. Before mounting and first
switch-on carefully study the reader manual, order and details of reader adjustment to
different PERCo units stipulated in corresponding sections of their operation manuals.
Operation of the reader must be made in compliance with environmental requirements and
power supply parameters stipulated in clause 1 and 2.
Attention!
Observe general safety requirements for use of electrical equipment
Only serviceable tools should be used.
Joining of all connectors is made only upon power supply off.
Cable laying should be produced subject to electrical devices operation rules.
In case of faulty power supply reader operation is prohibited.
7. INSTALLATION PROCEDURE
7.1. Features of installation
The following factors must be considered:
Close electric interference sources shorten card reading distance, therefore reader
must be installed at min. 1 m whilst its cable laid at min. 30 cm distance from
computer monitors, electric generators and motors, ac relays, thyristor light
regulators, ac lines, computer and telephone signals.
When reader mounted on metal surface the code reading distance from card
reduces to 15–25 %;
If the reader is mounted behind metal surface it is necessary to cut out the window
in it and install the reader opposite and equidistant to window edges (Ref. Fig.3)
provided that window measures are min. 220×126 mm. The window can be
covered with non-metal panel (for ex. plastic) whilst reader can be recessed inside
the window at max. 20 mm distance from metal surface front side – at this
mounting variant the code reading distance reduces to 30 – 50%;
Distance between two readers should be min. 50 cm.
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Certificate & Operation Manual
Figure 3. Reader installation behind the metal surface
7.2. Tools and equipment required for installation
1.2÷1.5kW hammer drill;
Ø16 mm hard-alloy drill bits;
Ø 5 mm hard-alloy drill bits;
Phillips head screwdriver №2;
Knife assembly;
Plumb-line and level;
Measuring tape 2m
7.3. The cables used
Recommended cable type for connection reader to external controller –
RAMCRO SA82BI-T, CABS8/EC, 8C.SEC-SC, W8ekw, cross-section 24AWG – 18AWG
(it is prohibited to use twisted pair cables).
Note:
For extension cables with cross-section 24AWG – 20AWG reader performance after
150 m is not guaranteed. Maximum distance between the reader and external
controller is obtained by meeting above listed requirements for product installation.
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RP-15.2 Proximity Card Reader
Figure 4. RP-15.2 reader installation layout
(reader housing is dotted)
7.4. Assembly order
1. Unpack the package and check the completeness of reader set.
2. Select the reader mounting place.
3. Make the marking and holes in mounting surface for fixing the base-plate and cable
laying from the reader (Ref. Fig. 4).
4. Release the screw at reader bottom fixing it to metal base-plate. Take off the metal
base-plate and fasten it with 4 screws from delivery set.
5. If necessary to change the LED indication operation mode into «double line» (two
line control) please cut by nippers the jumper «single-double» on reader backside
under metal base-plate.
6. Lay the reader cable through specified hole in mounting surface. Install the reader
on metal base-plate and fasten it with a screw in the bottom.
7. Lay the cable, fix it and connect to external units. Connect the black cable wire of
the reader and its braided shield with external device earth loop.
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Certificate & Operation Manual
Attention!
When mounting the reader please provide the cable bending radius of min. 10 mm at
reader basis.
8. Run the cable, attach it and connect to external devices. Layout of reader connection
to external devices under Wiegand interface is shown in Fig. 5. Switching the output
data format is recommended to carry out directly at the junction of the regular reader
cable with an extension cable (see section 5.2).
Figure 5. Connection layout of the reader to external devices
under Wiegand interface
8. TROUBLESHOOTING
Possible faults that can be resolved by the Customer and their remedy are given in the
table below:
Table 3. Troubleshooting guide
Fault Possible cause Remedy
At the power-up the LED
indicator of the reader does no
t
light, reader does not react on
card presentation.
No supply voltage to the reader Check the accuracy of reader
connection to power supply
LED operation mode does not
switch to «double line»
Electric contact between
«single-double» jumper wires
or with ground bar
Insulate «single-double» jumper
wire ends (prior power off the
reader)
The required reader output
data format does not switch on
No electric contact between
orange wire and necessary
conductor according Table 2
Find the disconnection and reset
the electric contact (prior power off
the reader)
If the fault is not cleared please contact the Manufacturer.
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RP-15.2 Proximity Card Reader
9. PERCo WARRANTY
PERCo (the Manufacturer) warrants that the RP-15.2 proximity card reader complies
with applicable statutory safety requirements, electromagnetic compatibility provided that
the instructions on storage, installation and operation, given in the Assembly & Operation
Manual and shared PERCo readers and controllers operation documentation, are
observed.
The warranty period is 5 (five) years commencing from the date of sale.
Should there be no date of sale on the warranty card, the warranty period shall commence
from the date of manufacture specified in the Certificate and on the Product label.
In the post-warranty period the replacement parts/components are warranted to be free
from defects in material or workmanship for a period of 3 (three) months from the date of
shipment of the repaired/replaced Product to the Customer.
All claims with regard to quantity, completeness and defects to appearance of the Product
delivered are accepted by the Manufacturer in writing within no more than 5 (five) working
days after the products are received by the Customer. In case of failure to meet the
abovementioned deadline no claims are accepted.
The Warranty does not cover:
products, parts and components with:
external mechanical damages resulting in the Product’s fault;
defects resulting from Customer's improper testing, operation, installation,
maintenance, modification, alteration, or adjustment;
damages due to force majeure circumstances (natural disasters, vandalism
etc.) or defects as a result of external circumstances (power surges, electric
discharge, etc);
fuses, accumulators, galvanic elements and other components, replacement of
which is performed by the Customer in accordance with the Product’s in-line
documentation.
To the maximum extent permitted by the acting law, the Manufacturer does not incur a
liability for any direct or indirect losses of the Customer, including but not limited to loss of
profit or data, losses caused by idle period, missed profit, and etc related to use or
impossibility to use products and software, including possible software errors and failures.
Within the warranty period the products are repaired free of charge at the Manufacturer’s
site. The Manufacturer reserves the right to repair failed product or replace it with an
operational one. Time of repair is specified at the moment the Product is accepted for
repair. Transportation cost to and back from the place of repair shall be borne by the
Customer.
In order to shorten the repair time the Customer must inform the Manufacturer’s Technical
Support Department (the TSD) of the problem with the Product’s operation and/or about
the origin of the fault by submitting a filled-in Technical Support Form by e-mail, fax or via
the Manufacturer’s website or communicate directly a specialist of the TSD.
The Manufacturer reserves the right not to accept the Product for repair from the Customer
who failed to submit the Technical Support Form.
The Manufacturer’s warranty obligations don’t cover attendance by the experts of a
Customer and maintenance of any Product on site.
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Certificate & Operation Manual
If in the course of the examination taken by the Manufacturer of the Product or its
parts/components believed to be faulty, no faults have been detected, the Customer is
responsible for compensation of the Manufacturer’s expenses related to the examination.
Apart from the warranties mentioned above the Manufacturer does not provide any other
warranties with regard to compatibility of a Product purchased with software or products
produced by other manufacturers as well as any warranties that this Product will fit for the
purposes not stipulated in the Product’s in-line documentation.
The warranty does not provide for any claims with regard to the technical specifications of
the Product in case they are in compliance with those stated by the Manufacturer. The
Manufacturer does not guarantee that the Product purchased will meet Customer’s
requirements and expectations.
PLEASE NOTE THAT PERCo PRODUCES TECHNICALLY SOPHISTICATED
PRODUCTS THAT, IF NOT FAULTY, CANNOT BE RETURNED BACK IF BY SOME
REASON THE CUSTOMER DEEMS THEM UNSATISFACTORY.
The RP-15.2 proximity card reader is in conformity with the essential
requirements of the EU’s Machinery, Low-Voltage and EMC
Directives and carries the CE marking accordingly.
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WARRANTY CARD
RP-15.2 Proximity card reader
Serial number 5 3 7
Date of manufacture ____________________ 20___
Quality Control Seal
____________________________
Date of sale « » ____________________ 20___
____________________________________
(signature, seal)
Cutting line
Warranty Repair Coupon
RP-15.2 Proximity card reader
Serial number 5 3 7
Date of manufacture ____________________ 20___
Quality Control Seal
____________________________
Date of sale « » ____________________ 20___
____________________________________
(signature, seal)

PERCo
Polytechnicheskaya str., 4, block 2
194021, Saint Petersburg
Russia
Tel: [phone]
E-mail: [email protected]
[email protected]
www.perco.com

www.perco.com