U-Prox IP100 Assembly instructions

1.031
Access Control Panel
U-Prox IP100
Installation and programming manual

http://u-prox.com
2
About this document
This manual covers installation, adjustment and utilization of U-Prox IP100
(hereinafter panel) access control panel. Read this manual carefully prior to installing
the system.
Characteristics, Intended use and parameters of the panel are described in the
section "Summary". Section "Terms" provides an explanation of terms found in this
document.
The look of the panel, the pins and the mode of work are described in the
"Description section". Order of installation, adjustment of external devices and
panel configuration are described in "Working with the device" section.
Technical support
To get warranty and technical support you can apply to authorized service centers,
situated on the territory of countries, enlisted in the warranty card.
Warranty and technical support are performed on the territory of the country, where
the customer applied for warranty or free service.
Technical information is available on the system website
www.u-prox.com
Attention! Read this manual carefully prior to installing the system.
Installation, adjustment and utilization of panel is allowed only to persons or
organizations with the appropriate authority from the manufacturer

http://u-prox.com
3
Contents
Brief description of the panel.........................................................................................................4
Intended use..............................................................................................................................4
Characteristics...........................................................................................................................5
Terms............................................................................................................................................6
Description and operation..............................................................................................................8
Panel.........................................................................................................................................8
Terminals...............................................................................................................................9
Sound and light panel ............................................................................................................9
Panel operation .......................................................................................................................10
“Normal” mode.....................................................................................................................10
"Alarm" Mode.......................................................................................................................11
"Free Pass” Mode ................................................................................................................11
"Blocking" Mode...................................................................................................................12
RF ID properties (cards).......................................................................................................12
Variants of Use and modes of output ...................................................................................13
The communicator...............................................................................................................13
Global antipassback.............................................................................................................17
How to work with the device ........................................................................................................20
Connection procedure .............................................................................................................20
Installation recommendations ..................................................................................................21
Installing Panel........................................................................................................................21
Connecting an external reader.................................................................................................22
Connecting Loop Control.........................................................................................................22
Request to Exit button (RTE) ...............................................................................................23
Door Contact........................................................................................................................23
Combined Loop- RTE and Door Contact..............................................................................24
Loop "Control 220 and Battery"............................................................................................24
Actuators .............................................................................................................................25
Electric locks........................................................................................................................25
Connection..............................................................................................................................26
Wired computer network (Ethernet)......................................................................................26
Wireless computer network (Wi-Fi) ......................................................................................27
Panel programing....................................................................................................................29
Maintenance............................................................................................................................30
Factory reset (before installation).........................................................................................30
Factory reset (after installation)............................................................................................30
Switching to programming mode..........................................................................................30
Replacing the device firmware.............................................................................................30
Factory settings.......................................................................................................................30

http://u-prox.com
4
Brief description of the panel
U-Prox IP100 control panel - a device designed to control access to residential and
business premises, for pass time and events logging and analysis, including
personnel time attendance.
The defalt modification panel has built-in proximity card reader (ASK and FSK RF
IDs) and keyboard.
The MF modification panel has built-in card reader ISO14443A (Mifare® Standard,
Mifare® Hi-Memory, Mifare® Ultralight) and keyboard.
U-Prox IP100 processes the information received from the reader (readers), and
controls actuator (e.g. a lock) with the built-in relay.
Panel has two End-of-line supervised inputs.
The panel can work offline or as part of the network. To add it to Access Control
network, Ethernet (wired computer network) or Wi-Fi (wireless computer network)
interfaces are used.
The network settings of the control panel are programmed via a standard USB port
(mini USB B).
Panel U-Prox IP100 has advanced hardware capabilities and intellectual functions
to control a single door with one built-in reader (single-sided door) or two readers
(double-sided door). Having a large amount of non-volatile memory U-Prox IP100 is
an access control system that provides for access control in variable establishments
in small offices as well as on large enterprises with number of employees up to
31768 and up to 1,000 visitors.
Thoroughly elaborated technical and design solutions, the ability to connect external
reader, communication over a computer Ethernet network or wireless Wi-Fi, non-
volatile memory and the clock, protecting the communication ports and port reader
for short circuit, over-voltage and reverse polarity - all allows to use the panel to build
a variety of Access Control Systems (ACS) - from the system for a small office to the
entrance of a large enterprise.
Intended use
Panel U-Prox IP100 is designed for operation in access control systems (ACS) of
diverse scale in small offices as well as on large enterprises. Panels are connected
in ACS via computer network Ethernet or wireless Wi-Fi.
The panel provides access to one room with the ability to control entry and exit as
well as an alarm system of rooms connected with this access point. In the case of
simultaneous control of entry and exit from the rooms function " Antipassback" is
provided (prohibition of re-runs).

http://u-prox.com
5
Characteristics
Built-in card reader:
oDefault: with support for ASK and FSK identifiers.
oMF Modification: ISO14443A - Mifare® Standard, Mifare® Hi-
Memory, and Mifare® Ultralight identifiers
Programming of readers indication
Reading distance: up to 50 mm
Current consumption from 12V power source (off load), max 160 mA
Amplitude ripple of DC power supply, no more than 500 mV
External reader may be connected to the U-Prox IP100 . It should be
U-Prox series
Two End-of-line supervised inputs
Built-in Request to Exit button
One relay (contact NO, NC, COM) 1 A @ 24 V
One USB port to configure the network settings (for connection to the ACS
server )
Port Ethernet (4 wire) 10/100 Mbps.
Wi-Fi device. Support WEP/WPA/WPA2.
The complete configuration is done using ACS software via a computer
network
Antipassback
Real-time clock (Door Time)
Non-volatile memory:
RF IDs
31768
Events
47000
Time zones
255
Weekly schedules
255
Holidays
255
Temporary RF IDs
1000
Overall Unit Dimensions - 119.4 x65, 4x20, 4 mm
Weight Panel - 0.2 kg (with 0,5 m cable)
Climatic version - UHL 4.2 GOST 15150-69 in the range of ambient
temperatures from 0 to +55о C
Relative humidity up to 80% without condensation

http://u-prox.com
6
Terms
Identifiers
In access control systems each user has a unique RF ID. Identifiers can take the
form of a plastic card, key FOB etc.
Reader
The information on the identifiers is read with READERS, connected to the ACS
control panel. There are several types of RF IDs and readers for them. It is essential
that reader and control panel use the same interface. Only U-Prox series readers
may be connected to the U-Prox IP 100 control panel.
PIN (Personal Identification Number)
Some readers have built-in keypad. Keypads may be used for PIN entering. It can
be both self-dependant or used as an additional code to user RF ID. When PIN is
programmed as additional code, reader waits for PIN entering after RF ID is read-
out.
Access point
Access point is a logical concept of the access control system implying control of
passing through a door in one direction. It consists of reader, access control panel
(or its part), door supervision devices (like door contact, RTE button etc.) and door
locking device. For instance, the turnstile with two-way passes has two Access
points –one for entrance and the other one for exit, door of this type is called
double-sided door. A door with a reader on one side has only one Access point –
Entry point, and it is called single-sided door\
Direction of passage
Passageway - is a logical unit of ACS, controlling passage through the access point
in one direction. It includes reader, access control panel (or part of access control
panel), actuator. So, tourniquet with double-sided control has two passageways, and
the door, having single-sided reader - only one passageway. Access point, which
consists of two passageways, is called double-sided, and the point of access, which
consists of one direction of passage - single- sided.
RTE (request to exit)
To exit from the premises with a single-sided door, a button wired to control panel is
used. This button is called RTE (request to exit) button. If someone opens a door
otherwise than pressing RTE button –by re-energizing locking device, opening lock
with a key etc., "Door Forced Open" event arises. RTE button may be used for
remote door opening as well.
Door Contact
A properly designed ACS has to supervise door status (opened or closed): magnetic
door sensor, sensor of the turnstile rotor position, inductive sensor of the road
barrier, etc. This ensured that the system prevents situations when several users
access the door with one RF ID or door left open after user’s access and so on.

http://u-prox.com
7
For these purposes the magnetic door sensor, the turnstile rotor position sensor and
the position sensor of boom barrier are connected to the input of panel. The input
used to connect the sensors, is called the input of the door contact.
Antipassback
Antipassback function is implemented in access control panels to prevent the
situation when user gives his RF ID to another person after passing into the
premises. If this function is on, control panel tracks an RF ID position –inside or
outside the premises. On any attempt to pass in the same direction twice the panel
denies access and stores “Access Denied, Antipassback” event into the Log.
Antipassback function can be set on only in case of the double-sided door control.
Global antipassback
Prevents user door pass from the areas where he must not appear. The facility
spitted into the closed areas connected with double-sided access points, in which
system supervises the personnel appearance for this purpose. System detects the
global antipassback violation when somebody tries to re-enter such area without exit
or tries to enter somewhere from the area he have not enter. System generates
message “GLOBAL ANTIPASSBACK: Access Denied” in case of global
antipassback violation.
Door time
If door sensor is open, corresponding access point goes into alarm. Alarm is not
invoked, if contact is opened during Door Time interval. This interval starts when
access is granted and lasts for the programmed time or terminates on opening and
subsequent closing of door contact.
Code matching attempt
Control panels can activate alarm on attempt of a code (or RF ID) matching. Code
matching is considered when invalid code (or RF ID) is entered several times
successively. Valid code entering clears the counter. This function switching On and
number of code entrances are subjects of programming.
Schedules
Date and time of valid access are indicated when setting user access rights. Control
panel stores up to 250 time zones.
250 week schedules can be combined from these time zones.
Moreover, control panel can store up to 250 holidays, which happen once a year.
Time zones
Time zones are a part of schedule. This is a way to organize a range of days and
times and associate it with access levels.
Time zones are utilized by the application to validate, authorize, or perform various
functions based on schedules.

http://u-prox.com
8
Downloading
Control panel is to be downloaded after all parameters are set –modes of inputs,
outputs, access rights and others. During downloading parameters are rewritten into
access control panel.
Description and operation
Panel
The look of the access control panel is shown in Fig. 1 and 2.
Fig. 1. U-Prox IP100 panel
Fig. 2. U-Prox IP100 components
3
4
2
1
1. Panel enclosure
2. RTE
3. LED
4. Keypad
7
1
1. The top cover of the
panel
2. Contol panel
electronics, injected
with polyuretane
resin
3. The back plate of
corps
4. 9 wire connection
cable
5. USB port (mini USB
B)
6. Ethernet Cable
connector
7. Fixing screw
2
3
4
6
5

http://u-prox.com
9
Terminals
Colour / №
Name
Function
9-wire cable
Red
+12 V
Connection to the power supply, connection of an
external reader
Black
GND
Connection to the power supply, connection of an
external reader, common for input loops
Yellow
Z1
Terminals for Loop
Orange
Z2
Brown
NC (normally closed)
Relay contacts
Blue
NO (normally open)
Grey
С1 (общий)
White
D1 (Data 1)
Connection of an external reader
Green
D0 (Data 0)
USB connector
USB Mini B
USB connector
Used for the initial configuration of the network
settings
Ethernet connector
1
TX+
Connecting Ethernet cable.
Terminals are measured from LED indicators:
Fig. 3. Marking terminals
2
TX–
3
RX+
4
RX–
Sound and light panel
Yellow LED:
Standby mode (periodic blinking):
o1 short pulse once per second - communication - Working in notification
mode, connection normal;
o2 short pulse once per second - communication - Working in the
notification mode, no connection
frequent blinking - downloading data from the server
uploading mode:
oLED is on for 5 seconds - the detection of removed top cover, uploading
mode start
ofrequent blinking - waiting in uploading mode (with removed top cover),
this indication means that the attempt to upgrade the firmware failed
o6 short beeps - successful upgrade of firmware
o2 short beeps - uploading mode exit
6 short beeps (with shorted pins D0 and D1) –Factory reset .
Green LED 1 - Link (next to the jack Ethernet):
On - Ethernet cable is OK
Green LED 2 - Eth. Activity (next to connector USB)
Frequent blinking - Data Exchange

http://u-prox.com
10
Panel operation
The panels supplied unloaded with factory settings below in document. In this state,
the indicators of readers and the yellow LED on the panel flashes once per second.
To make the panel work in access control system (ACS) you have to upload a
network setting using the "Configurator" software and USB port.
Attention! All inputs should be terminated with resistors (supplied).
If no inputs are triggered panel goes to mode “Normal” after uploading the
configuration.
The panel can supervise one door with one or two access points. There are four
modes of access point: " Normal”, “Alarm", "Blocking" and "Free Pass." "Free Pass"
has the highest priority. If no inputs are broken Panel goes to mode "Normal" after
uploading the configuration.
Panel can supervise one door with one or two access points. There are four modes
of access point: "Normal”, “Alarm", "Blocking" and "Free Pass." Mode "Free Pass"
has the highest priority, as this mode is activated in the event of a fire, followed by
modes of "Blocking", "Alarm" and "Normal” in decreasing order of priority.
“Normal”mode
This is the main mode of the panel. In this mode, the panel grants or denies access
to RF ID owners.
In “Normal" mode the readers blink red.
Passing after entering RF ID
To pass through user enters contactless RF ID to the reader. If RF ID is registered
and the passage is granted, access point opens (the panel activates the actuator).
The reader LED becomes green.
Passing after entering RF ID and PIN code
On entering enrolled RF ID, panel tests whether PIN code is required, and, if
required, waits for entering PIN code. After entering the correct PIN code, AP opens
(the actuator is activated).
The reader LED becomes green.
Passing upon Request to Exit (remote opening of doors)
Exit from premises with single-sided door or passing of users is granted upon
pressing Request to Exit (RTE). Pressing and releasing of RTE AP opens the door
(actuator is activated). The reader LED becomes green.
Access denial upon entering RF ID
Access may be denied to RF ID owner due to the following reasons (the reader LED
is red):
cards (RF IDs) and schedules are not loaded in the panel (light off)
card is not enrolled in the panel (for 1 second buzzer is on and LED is red )
card term expired (for 1 second buzzer is on and LED is red )
RF ID passed out of schedule (for 1 second buzzer is on and LED is red)