Multi
Prox
Proximity Card and Pin Reader
Installation Manual
PUBLICATION INFORMATION
60A9 - Draft Release Version 0.1.2
71D0 - Version 1.0.5
CONTENTS
Introduction................................................... 1
Legend........................................................................2
Terminology ................................................................2
Mounting........................................................ 4
Wiegand Connection ...................................... 5
Aux Button Input ........................................... 7
Programming................................................. 8
Entering Programming Mode..........................................8
Address Selection.........................................................9
Data Programming ..................................................... 10
Standalone Operation .................................. 18
Programming Users .................................................... 18
Super User Mode........................................................ 18
Specification ................................................ 19
Warranty...................................................... 20
1.0 INTRODUCTION
INTRODUCTION
Thank you for choosing the Multi Prox Proximity and Pin Reader from
Integrated Control Technology. The Multi Prox Proximity and Pin
Reader is an advanced technology radio frequency identification
device (RFID) specifically designed to enhance the functionality of
security, building automation and access control by providing
independent multiple format compatibility for both card and pin, high
speed data transmission, built in Standalone operation and sabotage
protection.
The Multi Prox Proximity and Pin Reader is designed to operate as a
Normal Wiegand Proximity and Pin Reader or as a complete
Standalone Single Door Controller.
The Multi Prox Proximity and Pin Reader can be programmed to
perform and operate using independent card and pin output formats.
Therefore, before installing the Multi Prox Proximity and Pin Reader,
we highly recommend you read this manual carefully and ensure that
the formats you program will operate with the configured access
control or security product.
When operating the Multi Prox Proximity and Pin Reader in
Standalone mode you must use the Nano Prox Access Manager
Application which allows a personal computer to perform user
programming and configuration.
For more information on the Multi Prox Proximity and Pin Reader and
other Integrated Control Technology products please login to
www.integratedcontroltechnology.com
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Multi Prox™ Proximity Reader and Pin Installer Manual
LEGEND
Indicates a warning or advisory message relating to the
section or location.
Indicates a hint or suggestion that relates to the section or
location.
[TEXT] Bold text enclosed in brackets is used to show a section
number or address of a programmable option or information
on programming shortcut sequences.
Italics Italic text shows a reference to a section or page.
TERMINOLOGY
To ensure that you program the Multi Prox effectively please
familiarize yourself with the following terms used throughout this
manual.
Wiegand
The data transmission method used to communicate data to a
controller or reader expansion device. Data is sent on a D0 (Data 0)
and D1 (Data 1) interface in an open collector connection.
Programming Card
The Nano Prox Series of readers utilize built in programming
functions that allow many options to be configured. To program these
options you must have a Programming Card. These are typically
marked with the text “ICT Programming Card” in place of the normal
facility code and card number.
Facility Code
The facility code is the code that is common to a group of cards or
facility; this is also referred to as the site code or family number.
Facility codes are not normally printed on a card.
Multi Prox™ Proximity Reader and Pin Installer Manual
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Card Number
The card number identifies the card to the system; the card number
is printed in the lower right of the card or across the back of the tag.
Pin Number
The pin number identifies a user in the system, this is entered by the
user into the keypad on the Multi Prox.
Index
The Index is the location in memory where a user is stored. This is
from 0 - 119, where index 0 would be User 1.
Pre Alarm Time
When the door contact is opened during the door unlock time a prealarm warning will be sounded after the pre alarm time has expired
to indicate the door left open alarm will be generated.
Door Left Open Time
When the door contact is left open during the door unlock time the
beeper will be sounded continuously after the time has expired to
indicate the door has been left open. Closing the door silences the
Door Left Open Alarm.
REX (Request to Exit)
The REX or Request to Exit input is used to exit a door, the input can
be connected to an exit detector, push button or other egress device
to allow free exit of the door.
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Multi Prox™ Proximity Reader and Pin Installer Manual
MOUNTING
When mounting the Multi Prox Proximity and Pin Reader please
respect the following guidelines.
• Avoid wiring the Multi Prox cables in the same conduit with AC
power cables, lock power, or signal wiring.
• Maintain all reader wiring a minimum of 12" (30cm) away from
other wiring such as AC power, computer data wiring, telephone
wiring and wiring to electric lock devices.
• Avoid installing within 3.5 feet (1.1m) of computer monitors or
CRTs. The minimum distance will vary depending on the type of
monitor or CRT.
• Avoid installing in proximity to sources of broad spectrum EMI
noise such as motors, pumps, generators, DC to AC converters,
uninterruptible power supplies, AC switching relays, light
dimmers, computer monitors and CRTs.
• Avoid installing in proximity to potential sources of high power
RF signal transmitters such as cellular telephones and two way
radios.
Multi Prox™ Proximity Reader and Pin Installer Manual
4
WIEGAND CONNECTION
When using the standard Wiegand Interface to the access controller
or reader expander two wiring methods can be used. Dual LED
operation allows the signalling of both LED's independently using the
LED control lines and is ideal to show the status of alarm or other
integrated signals. Single LED allows a single LED line to control both
LED colours.
5
Figure 1 - Dual LED Connection
Multi Prox™ Proximity Reader and Pin Installer Manual
Figure 2 - Single LED Connection
Using the recommended cables listed in the technical specifications in
section 7, splice these cables together with the pigtail of the reader
and seal the splice. Route the cable from the reader to the host
controller. Connect the cables as shown in Figure 1 for Dual LED
Operation or Figure 2 for Single LED Operation.
Do not connect the shield wires together at the
reader cable splice. With the shield wire already
terminated at the reader terminate the shield at the
controller. For more information refer to Figure 1 and
Figure 2.
Multi Prox™ Proximity Reader and Pin Installer Manual
6
AUX BUTTON INPUT
Button input wiring configuration is shown in Figure 3. For
programming options refer to the Protégé System Manual or the
access controller manual for the system that the Multi Prox is
connected to.
Figure 3 - Button Input Wiring
Connect a normally open button or switch as shown in Figure 3 and
complete the programming within the Protégé Integrated System for
the functionality required.
External Button Input Mode and single LED operation
must be enabled when using this wiring
configuration.
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Multi Prox™ Proximity Reader and Pin Installer Manual
PROGRAMMING
By default the Multi Prox Proximity Reader is factory configured
to send card data in 26 Bit Wiegand Format, send pin data in
ARK-501 format, it will read all card formats and operate in the
dual LED line mode. This configuration can be changed to suit
system operating requirements.
The programming mode can only be entered within the
first 2 minutes from when the card reader powers up.
ENTERING PROGRAMMING MODE
To program the Card Reader badge hold the CLEAR key down for
3 seconds, the Card Reader will beep twice and illuminate the
RED LED to indicate programming mode has been entered.
Once in programming mode, if there is no activity on the Multi
Prox for 30 seconds, programming mode is automatically exited
with a long beep.
If there is no activity on the keypad for 30 seconds the
normal mode will be resumed.
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ADDRESS SELECTION
To select an address to program enter the corresponding
number into the keypad and press enter. If the address is valid
the Card Reader will beep twice and the RED LED will start
flashing.
Address Programming Option
1 Card Reading Format
2 Card Data Output Format
3 LED Configuration
4 Intelligent Tamper Mode
5 Auxiliary Button Input Mode
6 Pin Data Output Format
7 Wiegand Site Code
8 Standalone Operating Mode
9 Standalone Entry Mode
10 Add Standalone Super Card
11 Add Standalone Super Pin
12 Multi Prox RS485 Address
13 Door Pre-Alarm Time
14 Door Left Open Time
15 Default
16 Client Code Configuration
For example to program address three (LED Configuration)
press, ‘3’ on the keypad and then ENTER. The card reader will
then respond by beeping twice and flashing the RED LED to
indicate data entry mode has been entered and that the user can
enter the desired option.
Entering an address value that does not exist or not
entering any data when an address is selected will result
9
in the reader timing out and a long Beep tone being
generated.
Multi Prox™ Proximity Reader and Pin Installer Manual
DATA PROGRAMMING
To program a data value in the selected address location the
same method as the address programming is used. Enter the
value in using the keypad and press ENTER. The card reader will
then respond by beeping twice indicating the data was
programmed correctly and return to the address selection mode.
An invalid entry will result in a long tone being generated. The
data can be entered again or allow the Multi Prox to timeout to
select another address.
In the following sections the default configuration
setting of each address is shown in bold text.
ADDRESS 1 - CARD/TAG FORMAT
The card/tag transponder format defines how the Multi Prox will
decode cards and tags that are presented during standalone and
normal operation.
Setting Function
1 Read all card tag types.
2 ICT Prox Format
3 Postech Format
4 HID Format
5 ICT and HID Format
6 ICT and Postech Format
7 Postech and HID Format
ADDRESS 2 - CARD DATA INTERFACE
The card data interface format defines how the card data is sent
using the DO and D1 data interface.
Setting Function
1 26 Bit Wiegand Format
2 34 Bit Wiegand Format
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3 Card Defined Wiegand Format
4 36 Bit (IEI) Wiegand Format
ADDRESS 3 - LED CONTROL
The LED Control Configuration settings allow the LED lines to
operate in either multiple LED or single LED control.
Setting Function
1 Dual LED Input; Red LED control line
controls Red LED. Green LED control
line controls Green LED.
2 Red LED Always On; Red LED control line
will turn Red LED off and Green LED on.
3 Green LED Always On; Red LED control
line will turn Green LED off and Red LED
on.
ADDRESS 4 - INTELLIGENT TAMPER
Enabling the intelligent reader tamper mode will force the Multi
Prox reader to check in to the device it is connected to every 30
seconds.
Setting Function
1 Disabled
2 Enabled
Only enable Intelligent Reader Tamper Mode if the
access control system or reader interface supports
intelligent tamper operation.
ADDRESS 5 - EXTERNAL BUTTON
11
External button input allows the second LED input to be used as
a multiple function input for Area Arming, Request to Exit and
Request to Enter buttons. Enabling the external button input
Multi Prox™ Proximity Reader and Pin Installer Manual
mode requires the Multi Prox to be configured in Single LED
Mode Operation.
Setting Function
1 Disabled
2 Enabled
Only enable the External Button Input Mode if the Multi Prox is
connected using the single LED control lines.
ADDRESS 6 - PIN DATA INTERFACE
The pin data interface format defines how the pin data is sent
using the DO and D1 data interface.
Setting Function Max Pin
1 ARK-501 99999999
2 26 Bit Wiegand Format 65535
3 4 Bit 99999999
4 4 Bit with Parity 99999999
5 4 Bit Buffered 99999999
6 4 Bit Buffered with Parity 99999999
7 36 Bit Wiegand Format 1048575
ARK-501, 4 bit and 4 bit with parity send every button press
instantly down the data interface. 26 bit Wiegand, 36 Bit
Wiegand, 4 bit buffered and 4 bit buffered with parity buffers the
key presses and sends them when the user presses ENTER.
Pressing the CLEAR key wipes the buffer. If the max pin number
is exceeded a long beep is generated and no data is sent.
Max Pin Numbers are based on using an Integrated
Control Technology Reader Module.
When using the format 4 bit Buffered with Parity a Reader
Expander set with the card format of 26 bit will decode
pin codes that are 6 digits long as card numbers and
Multi Prox™ Proximity Reader and Pin Installer Manual
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handle it as a card. This is the same for HID 34 Bit with 8
digit pin codes. Where possible avoid these combinations.
ADDRESS 7 – WIEGAND SITE CODE
When the either 26 bit or 36 bit Wiegand formats are selected
they are sent with this site code. The default value is ‘0’. The
site code can be set from 0 - 255, select this address and enter
the site code required.
When using the Multi Prox with an ICT reader module
leave the site code as 0 for the pin to be processed
correctly as a pin code.
ADDRESS 8 - OPERATION MODE
The Multi Prox Proximity Reader provides a high level of
flexibility and can be configured to operate in five different
modes.
Setting Function
1 Normal Pin and Prox Reader
2 Input Mode. Standalone with 3 inputs and
2 outputs.
3 RS232 Serial Communication Mode.
Standalone operation with an RS-232
connection, 2 inputs and
1 output
4 RS485 Serial Communication Mode.
Standalone operation with an RS-485
connection, 2 inputs and
1 output
13
5 Smart RS485 Communication Mode.
Communicates with the ELT-KLCD and
PRT-RDI2 directly
Multi Prox™ Proximity Reader and Pin Installer Manual
ADDRESS 9 - STANDALONE ENTRY MODE
Access can be granted when in Standalone mode using a card,
pin number or combination of both.
Setting Function
1 Card or Pin
2 Card Only
3 Pin Only
4 Card and Pin
ADDRESS 10 – SUPER USER CARD
This adds a Super User Card to the Multi Prox. A super user can
open the door when a Multi Prox when operating in Standalone
Mode. A super user can also change the state of the door; see
Standalone Operation on page 18. To program a super user
select address 10, the Multi Prox Proximity Reader will emit 2
beeps and then flash the RED LED, enter the index that you
want to add the user into and press ENTER. The Multi Prox will
respond with 2 beeps, and start flashing faster. Now present the
card you want to add. The Multi Prox will emit 3 beeps to
confirm the card can be added. Multiple super users can be
programmed by selecting address 10 for each additional user.
To delete a user’s card, enter the index for the user and
press ENTER with out presenting a card.
ADDRESS 11 – SUPER USER PIN
This adds a Super User pin to the Multi Prox. A super user can
open the door when a Multi Prox when operating in Standalone
Mode. A super user can also change the state of the door; see
Standalone Operation on page 18. To program a super user
select address 11, the Multi Prox Proximity Reader will emit two
Multi Prox™ Proximity Reader and Pin Installer Manual
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beeps and then flash the RED LED, enter the index that you
want to add the user into and press ENTER. The Multi Prox will
respond with 2 beeps, and start flashing faster. Now enter the
pin number you want to add to the Multi Prox. The Multi Prox will
emit 3 beeps to confirm the pin has been added. Multiple super
users can be programmed by selecting address 10 for each
additional user.
To delete a user’s pin, enter the index for the user and
press ENTER with out entering a pin number.
ADDRESS 12 – DEVICE ADDRESS
The Multi Prox Proximity Reader can be assigned an address to
allow more than 1 module to be connected in a RS485 network.
The Multi Prox is set to address 0 by default, to change this
enter the address between 0-127 you require.
Setting Function
0 Address 0
1 Address 1
| | | |
127 Address 127
ADDRESS 13 – DOOR PRE ALARM
When the Multi Prox Proximity Reader is operating in standalone
mode the Orange Wire or Input Two (I2) on the PRX-SAM
Interface Board is used to monitor the Door Contact. The PreAlarm Time sets the period of time the door can be left open
before a warning beep will be generated. The beeper will
progress to a constant tone if the door exceeds the period of
15
time set in the Door Left Open setting. The beeper will be
silenced when the door is closed.
Setting Function
1 Disabled
Multi Prox™ Proximity Reader and Pin Installer Manual
2 10 seconds
3 20 seconds
4 30 seconds
5 45 seconds
6 60 seconds
7 120 seconds
8 240 seconds
ADDRESS 14 – DOOR LEFT OPEN
When the Multi Prox Proximity Reader is operating in standalone
mode the Orange Wire or Input Two (I2) on the PRX-SAM
Interface Board is used to monitor the Door Contact. The Door
Left Open Time sets the period of time the door can be left open
before a constant beep output will be generated. The beeper will
be silenced when the door is closed.
Setting Function
1 Disabled
2 10 seconds
3 20 seconds
4 30 seconds
5 45 seconds
6 60 seconds
7 120 seconds
8 240 seconds
ADDRESS 15 – DEFAULT
Selecting address 15 will default the Multi Prox Proximity Reader
to the factory defaults indicated in this manual and it will reset
all standalone users.
When you default the Multi Prox Proximity Reader will
restart the unit and exit programming mode. This
process takes 30 seconds.
Multi Prox™ Proximity Reader and Pin Installer Manual
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ADDRESS 16 – SETUP CLIENT CODE
The Multi Prox Proximity Reader can be configured to operate in
a high security mode locking the reader and cards to a specific
client code. Once this address has been selected you must
present a valid ICT Client Programming card to set client code
for the Multi Prox Proximity Reader.
Setting this option will only allow cards with a valid client
code for the card reader to be read. It is also
recommended to set the Card/Tag Format (Address 1) to
ICT Format to prevent other card formats from being
read.
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Multi Prox™ Proximity Reader and Pin Installer Manual
STANDALONE OPERATION
The Multi Prox can also operate in a Standalone mode when used
with the PRX-SAM Interface Board. This enables single door
control for a 125 user system.
PROGRAMMING USERS
Users must be programmed through the Nano Prox Access
Manager Application that can be freely downloaded from our
website, www.integratedcontroltechnology.com. Using this
software user’s can be added very quickly through the
TM
Windows®
Prox, typing the details in by hand or importing the details from
a spreadsheet. Site information can also be saved and
interface; by either presenting a card to the Multi
downloaded to multiple Multi Prox’s for larger sites. Set up of
the Multi Prox pre-alarm time, left open time and super user
settings can also be configured from this software.
SUPER USER MODE
Super users have the ability to toggle the lock output by holding
down the ZERO KEY for 2 seconds before presenting their card,
or entering their pin number. When the door is unlocked in a
super user mode the Multi Prox will respond with 4 beeps.
There are 5 super user modes available, that can be changed
using the NanoProx PC software.
• Unlock Latched (default option)
• Unlock for 2 hours
• Unlock for 4 hours
• Unlock for 8 hours
• Super User Mode disabled
Multi Prox™ Proximity Reader and Pin Installer Manual
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SPECIFICATION
Power Supply
Voltage 12VDC (9.5 - 14.0VDC)
Current 120mA (Peak, Reading)
Read Range
Card Up to 12cm (4")
Tag Up to 8cm (2.5")
Standalone Operation
Users 120 (Unlimited Super/Master User)
Access Level 3 (Master, Super, User)
Interface
Wiegand Multiple Format 26, 34, 37 Bit
Data 0 and Data 1
Distance 150 Meters (500 feet)
Frequency
Field 125KHz Pulse Width Modulated
Cable Type
Multi Conductor 22Awg Alpha 5196, 5198
18Awg Alpha 5386, 5388
18Awg Beldon 9553
Temperature
Operating -35˚- +65˚ Celsius
-31˚ - 149˚ Fahrenheit
Specifications are subject to change without notice, please visit
*
www.integratedcontroltechnology.com for the updated information. Read range is
specified using an ICT card format and the card is presented parallel to the reader
using installation procedures detailed in this manual without any electrical interference
present.
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Multi Prox™ Proximity Reader and Pin Installer Manual
WARRANTY
The Seller warrants its products to be free from defects in materials
and workmanship under normal use for a period of one year. Except
as specifically stated herein, all express or implied warranties
whatsoever, statutory or otherwise, including without limitation, any
implied warranty of merchantability and fitness for a particular
purpose, are expressly excluded. The Seller does not install or
connect the products and because the products may be used in
conjunction with products not manufactured by Seller, Seller cannot
guarantee the performance of the security system. Seller's obligation
and liability under this warranty is expressly limited to repairing or
replacing, at Seller's option, any product not meeting the
specifications. In no event shall the Seller be liable to the buyer or
any other person for any loss or damages whether direct or indirect
or consequential or incidental, including without limitation, any
damages for lost profits, stolen goods, or claims by any other party
caused by defective goods or otherwise arising from the improper,
incorrect or otherwise faulty installation or use of the merchandise
sold.
®
Protégé
Integrated Control Technology Limited.
and the logo are registered trademarks of
Multi Prox™ Proximity Reader and Pin Installer Manual
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NOTES
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Multi Prox™ Proximity Reader and Pin Installer Manual
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Multi Prox™ Proximity Reader and Pin Installer Manual
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Unit C, 6 Ascension Place, Mairangi Bay, P.O. Box 302-340
North Harbour, Auckland, New Zealand.
Phone: +64 (9) 476 7124 y Fax: +64 (9) 476 7128
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