Linear SECURED User Manual
SECURED SERIES
™
HUB
PLUS
CONTROL MODULE/
MODEM COMPATIBLE
FEATURES, PROGRAMMING AND WIRING GUIDE
500 USERS
1000 TRANSACTION BUFFERED AUDIT TRAIL
SUPPORTS TWO FRONT-ENDS FOR IN/OUT OPERATION
PROGRAMMABLE FROM KEYPAD ON HUB, OR P.C.
PRINT LIVE AUDIT TRAIL
EIGHT TIME ZONES (PROGRAMMABLE WITH P.C. SOFTWARE)
SIXTEEN HOLIDAY TIME ZONES (PROGRAMMABLE WITH P.C. SOFTWARE)
AUTO UNLOCK TIME ZONES
FIRST IN AUTO-UNLOCK
REMOTE ACCESSIBLE VIA MODEM
FORCED DOOR ALARM RELAY/TIMER
PROPPED DOOR RELAY/TIMER
ALARM ZONE SHUNTING RELAY
TIMED EGRESS INPUT
NON-VOLATILE EEPROM MEMORY
“DURESS CODE” CAPABLE WITH KEYPAD
The Secured Series System by IEI is a two part, single door, access control system. When used with
a locking device, it can control access to that particular door. A one door system would consist of one HUB
control module, and up to two front end readers. The door may require a reader on the inside as well as
the outside of the door (for logging of in and out transactions),but the HUB control module can only control
one door.
The HUB is where all memory is stored, and all outputs originate. The HUB control module reads data
sent to it from the front end, determines if access should be granted or not, and energizes the proper outputs. All relay outputs are located internal to the HUB controller, as well as communication ports for networking, an internal clock, a keypad for programming, and memory chips to store user information and
transaction log data.
If you wish, you can run communication wires from HUB to HUB for the purpose of sending data,
ie.,user codes, card or touch chip number information from one stand-alone HUB to the next. This is
referred to as networking. Networking will also allow you to transfer data from any HUB in the system to a
serial printer, for example sending the transaction log information, or the list of code, card or chip numbers.
You can also run a network cable from the HUB designated as “Door #1” to a personal computer. This
will allow the owner to easily manipulate important information from HUB to HUB or simply program in and
out information pertaining to the system from one location, the computer. With a computer networked into
the system the owner can now view the list of people by name when looking at the transaction log, and
also assign time zones and holidays limiting certain users to a timed schedule. The personal computer
makes programming easier than from the HUB keypad. This will also require the IEI Secured Series
Software, Model # PCSFTWR. Up to eight HUB controllers may be networked into the system, or on one
personal computer or serial printer.
The HUB control module comes equipped with an infra-red transmitter mounted just to the left of the
red/green bi-color light. You can see the window that the data is transferred out of just above the numbered digits on the HUB keypad. IEI’s hand held IR-printer, (model# IR-PRINT) will allow you to retrieve
the transaction log or user list from the front of each HUB. WIRELESS! Using the IR port disables the use
of the system with a personal computer, or serial printer.
Table Of Contents
What is a Front End?...............................................................................
Location of HUB.......................................................................................
What you need to know about installing a HUB...................................
Parts Checklist.........................................................................................
Testing the system..................................................................................
Wiring the Front End...............................................................................
Propped Door Relay................................................................................
Forced Door Relay...................................................................................
Alarm Shunt Relay...................................................................................
Auto Re-Lock...........................................................................................
Request to Exit Switch............................................................................
Networking...............................................................................................
Transferring of HUB control data...........................................................
DC wiring diagrams.................................................................................
AC wiring diagrams.................................................................................
Printing features and programming......................................................
Setting up printer to receive data..........................................................
Modem wiring and programming...........................................................
Programming............................................................................................
Troubleshooting guide............................................................................
Programming Options Chart..................................................................
Accessories.............................................................................................
Product specifications............................................................................
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What is a “FRONT END”?
A front end is the device which you choose to place outside the door. IEI manufactures several to
choose from, keypads, magnetic card readers, proximity card readers, touch chip readers. No programming is done from the front end, only at the HUB controller.
Location of HUBS
Once you have established which type of device you need, and how many doors will be equipped
with electronic access, a location must be found for the HUB controllers. Whether you have a one
door system or an eight, IEI recommends that the HUB or HUBs be located in a secure but convenient location. If you are planning a system with two or more HUBs, IEI recommends that you place
all the HUB controllers in the same location if possible.
What you need to know about installing a HUB
The HUB controller can be mounted in a standard size, single-gang electrical box. If you find
space in a single-gang box insufficient for all the wiring, try a double-gang electrical box with a mud
ring. Arecommendation for systems that have two or more HUBs, is to purchase a can or cabinet.
Mounting at your work bench consists of cutting a 2¾ inch by 2 inch hole in cabinet door for each
HUB. The HUB controllers should be far enough apart to fit a small flat-head screwdriver in between
units, in order to access the screw terminal block at each HUB control. With the HUB controllers
mounted in door of cabinet, you can program from the keypads, all located in a single location.
Open door of cabinet and look at the back of the HUB controllers, all the wiring is now accessible,
easy to work with, easy to install, easy for troubleshooting, and makes for a clean job.
IEI manufactures a one HUB cabinet with a 12VDC power supply all mounted at the factory,
model #PSW/ENC-12V. A 12 x 14 cabinet will house four (4) HUB controls, but power supplies
must be in another cabinet.
3
Power for the Secured Series access control system can be from 12 volts AC/DC, up to 24 volts
AC/DC. Choosing the correct power supply for your application is important! One HUB controller will
power one or two front ends, but will only be capable of controlling one locking device. To calculate
current draw requirements for the Secured Series system,determine what front end you will be using
and view chart on current draw on page 32. Add current draw from front end to 125 milliamps.
Multiply this total by the number of doors in your system. Locking devices must also be taken into
consideration when using the same power supply to power your locks. Adding the current draw for
the locking devices to your total will give you the total current draw on your power supply.
Power for HUB controller
PARTS CHECK LIST
Additional parts included with the HUB
plus
Control Module are as follows:
5 ea. Three conductor harness with blue, green, and gray wires. 1 ea. will be used for the
Propped door, Forced door, and the Alarm shunt relay. The remaining 2 will be used when networking HUBs together, or when connecting HUB to a serial printer or personal computer.
2 ea. 1/4 watt resistors. One 10 ohm resistor, marked with a brown, black, and black stripe and
one 100 ohm resistor with a brown, black, and brown stripe. These are to be used when using AC
as a power source. Use the 10 ohm resistor with 12VAC, and the 100 ohm resistor with 24VAC.
2 ea. Metal Oxide Varistors. These are used when using AC or DC as a power source. One will
be connected at V+ and V- on the terminal strip of the HUB control module, and the other will be
connected across the terminals on the locking device. No polarity need be observed.
1 ea. 1N4004 Diode. This component is wired across the locking device terminals when using DC
as a power source. Silver band towards positive side of lock
1 ea. Three conductor harness with brown, white, and white\orange wires. This harness is to be
connected to a request to exit switch (normally open), and a door contact (normally closed). If no
door contacts are to be used, then the white wire and the white\orange wire must be shorted
together
, otherwise the request to exit switch will not engage the locking device when
pressed, and the transaction log will display “Door
Ajar” when a valid entry has occurred.
1 ea. Four conductor harness with black, red, white\black, and white\yellow wires. This harness is
used to connect the HUB to the front end.
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metal
oxide
varistor
metal
oxide
varistor
10 ohm 1/4 watt resistor
100 ohm 1/4 watt resistor
1N4004 diode
4
Brown
Black
Brown
Gold
Gold
Black
Black
Brown
A.
B.
E. F.
C.
D.
A.
B.
C.
D.
E.
F.
SECURED SERIES DEFA ULTS
Door-Gard Secured Series keypads are designed for easy inst allation in a minimum amount of time. The following default s have
been factory programmed.
Master Code (user 1) 1234
*
Main Relay will energize for 5 secs.
Keypress Feedback O n
Propped door relay will energize af ter 30 secs.
Forced door relay will energize for 10 secs.
Printer Output Port RS-232 Port (Port A on Hub Control Module #1)
If default s must be changed or additional functions are desired, please refer to PROGRAMMING FROM THE HUB (see p a g e
24).
LED INDICATO R S
The following is a list of the LED operations on the Hub Control Module
Yellow LED
Slow blink Program mode active/T ransaction log almost full indicator
Rapid blink Program mode verify
S teady Program mode error
V ery rapid blink Memory (EEProm) erase in progress
Bi-color LED
Solid red Main relay not energized
Solid green Main relay energized
Rapid green blink User dump or log dump in progress
Slow green/yellow blink User dat a being sent (yellow LED also blinks slow)
Slow red/green blink Unit is in receive mode or user dat a is being received
Slow green blink Unit is in A u t o L o c k \ U n l o c k m o d e
TESTING THE SYSTEM
Testing The Hub Control Module
1. Connect the positive (+) lead of your power supply to the screw terminal (TS1) +V input on the Hub Control Module.
2. Connect the negative (-) lead of your power supply to the screw terminal (TS1) -V input on the Hub Control Module.
3. T urn on your power supply.
4. The bi-color (red and green) LED on the face of the Hub Control Module should be red.
5. Press 7890#123456*. If all 12 keypresses are verified, the Hub Control Module will enter self test mode. The bi-color LED
should now turn green. The red LED flashes alternately with the yellow LED and then both will turn of f. The sounder will
then beep 3 times, p ause, then beep once more. If this does not happen, try to enter self test mode again by pressing
7890#123456
*.
6. Enter the master code of 1234*. The red LED will turn of f and the green LED will turn on for 5 seconds while the main relay
energizes. Refer to programming section (see p age 24) to program your system.
Testing The Front End Module
1. Power down your Hub Control Module when connecting any Front End Module.
2. Refer to appropriate Front End Module wiring diagram (see p age 6) for proper connection to Hub Control Module.
3. T urn on your power supply.
4. Once the Front End is properly powered a red LED (except for the Ruggedized) will illuminate on the front of the unit.
5. If the Front End Module has a keyp ad, then press 7890#123456*. If all 12 keypresses have been verified, the Front End
Module will enter self test mode. See the following for proper self test mode Front End indicators:
Indoor/Weather Resist ant Keyp ads- LED s will sequence across and then the yellow LED will flash until a key is
pressed.
Mullion Keyp ad- LED s will sequence across and then the far left green LED will flash until a key is pressed.
Card Reader/Keypad- LED s will sequence across, sounder beeps twice and then the yellow LED will flash until a key is
pressed.
Ruggedized Keypad- The sounder will beep twice. Press any key to exit self test mode.
W eather Proof Keyp ad- The LED will alternately flash and then turn of f, af ter which, the sounder will beep twice. Press
any key to exit self test mode.
6. Enter the master code of 1234*(except on the Card, Proximity, or Touch Reader). The red LED (except for the Ruggedized )
will turn green and the main relay on the Hub Control will energize. Refer to programming section (see p age 24) to program
your system.
5
Voltmeter
Electrical
Tape
Electrical
Tape
Front
End
Insulator
BLACK
RED
BLACK/WHITE
BLACK\YELLOW
Drain
Wire
WIRING THE FRONT END
A front end is the device which you choose to place outside the door. IEI manufactures several
to choose from; keypads, magnetic card readers, proximity card readers, and touch chip readers.
No programming is done at the front end.
Choosing the correct front end for the application is important. IEI manufactures light traffic and
heavy traffic devices. If you are not sure which front end to utilize, please call us at 1-800-343-9502.
TESTING THE FRONT END FOR GROUND POTENTIAL DIFFERENCES
Wiring the front end to the HUB control unit requires a four conductor,stranded and shielded
cable to be wired between two units. Maximum lengths are as follows:
At the HUB, connect the four conductor cable to the four pin connector on the Hub control relay
board, as shown in the diagram above. The drain wire at the HUB controller must be attached to
ground, also the foil shield should be cut back with the insulator and taped with electrical tape.
Ground is the V- terminal on TS1 if the power supply is grounded. At the front end, the drain wire
and foil shield is cut back with the insulator and taped with electrical tape. The four conductor harness connects into the four pin connector in the front end. Both wire harnesses are connected to
each other color to color.
22 AWG stranded : 250 feet
20 AWG stranded : 500 feet
18 AWG stranded : 1000 feet
48”
If the front end reader is mounted to the metal frame of the building, a ground potential test
should be run. This test is important because a ground potential difference between the power supply ground and the ground on the metal frame of a building can render the system inoperable. The
front end should first be installed and the power supply grounded and turned off. Now set up a
meter to read DC voltage. At HUB control separate the black wire of the four conductor cable from
the wire running to the front end and attach the meter in series with the two wires per diagram
above. If the meter shows more than one volt then the front end must either be insulated from the
frame or the ground wire of the reader must be removed. Setup meter to read AC voltage and
repeat test. On the front end you will find the grounding wire screwed to the case at one end and
plugged into the circuit board on the other end. If you have any questions about this procedure
please call IEI technical support, 1-800-343-9502.
6
Propped Door Relay
This output is utilized to inform personnel that the door is being held, or propped open, after a
valid entry. To accomplish this, the Hub
plus
Control Module comes equipped with a relay and an
internal timer circuit that is designated for this purpose. The relay is rated to handle one (1) amp of
current at either 12 volts or 24 volts, type AC or DC, and turns on or off one leg of power to a warning device. Warning device not included with IEI equipment.
1. Connect the three conductor harness with the green,
blue, and gray wire to the propped door relay jack as
shown in diagram A.
2. Connect green wire to V+ on sounder.
3. Connect blue wire to V+ from power supply.
4. Connect V- from power supply to V- on sounder.
5. Gray wire is not used.
DIAGRAM A
HUB
PLUS
CONTROL RELAY BOARD
V-
V+
V+
GREEN (NO)
BLUE (C)
GRAY (NC) NOT USED
Programming the Propped Door Relay
To program how long the door can be propped open
before the alarm is tripped, Program as follows:
1. Enter programming mode. Press 99 # (master code) *
2. Verify HUB is in programming, yellow light should be
flashing slowly.
To
Power Supply
To incorporate this feature into your system, simply locate one of the five connectors, each one
with three (3) wires, green, blue, and gray, located in the box with the Hub
plus
Control Module. With
the HUB powered down, unlatch the keypad from the plastic housing and slide the two (2) printed
circuit boards out of housing. With the circuit boards out, you can now separate the two (2) boards,
exposing the connectors as shown in Diagram A. If the propped door relay is energized, the event
will be logged in the transaction buffer.
3. Press 44 # (time) # 0 # **, time represents how
long the relay stays de-energized, 10 to 900 seconds
4. Press * to exit program mode, yellow light
should not be flashing.
Propped door time must be programmed in intervals of 10 seconds, ie. 10, 30, 60,... up to 900
seconds.
NOTE: This feature requires that you utilize the
door contact (input) per diagram B.
door contact
white wire
with orange
stripe
white wire
DIAGRAM B.
Propped
Door
Relay
Wiring the Propped Door Relay
7
Forced Door Relay
Forced
Door
Relay
This output is utilized to inform personnel that the door had been opened without authorization. To
accomplish this, the Hub
plus
Control Module comes equipped with a relay and an internal timer circuit that is designated for this purpose. The relay is rated to handle one (1) amp of current at either
12 volts or 24 volts, type AC or DC, and turns on or off one leg of power to a warning device.
Warning device not included with IEI equipment.
To incorporate this feature into your system, simply locate one of the five connectors, each one
with three (3) wires, green, blue, and gray, located in the box with the Hub
plus
Control Module. With
the HUB powered down, unlatch the keypad from the plastic housing and slide the two (2) printed
circuit boards out of housing. With the circuit boards out, you can now separate the two (2) boards,
exposing the connectors as shown in Diagram A. If the forced door relay is energized, the event will
be logged in the transaction buffer.
Wiring the Forced Door Relay
1. Connect the three conductor harness with the green, blue,
and gray wire to the forced door relay jack as shown in diagram A.
2. Connect green wire to V+ on siren.
3. Connect blue wire to V+ from power supply.
4. Connect V- from power supply to V- on sounder.
5. Gray wire is not used.
HUB
PLUS
CONTROL RELAY BOARD
DIAGRAM A.
To
Power Supply
V+
V+
V-
GRAY (NC) NOT USED
GREEN (NO)
BLUE (C)
Programming the Forced Door Relay
To program the time forced door output stays
energized, Program as follows:
1. Enter programming mode. Press 99 # (master
code) *
2. Verify HUB is in programming, yellow light
should be flashing slowly.
3. Press 45 # (time) # 0 # * *, time represents how
long the relay stays energized, 10 to 900 seconds,
or you may press 00 for a latched output, requiring a valid code to reset output.
4. Press * to exit program mode, yellow light
should not be flashing.
white wire
with orange
stripe
white wire
NOTE: This feature requires that you utilize the
door contact (input) per diagram B.
DIAGRAM B.
door contact
8
Alarm Shunt Relay
Alarm
Shunt
Relay
green
blue
gray (not used)
door contact
DIAGRAM A
DIAGRAM B.
HUB
PLUS
CONTROL RELAY BOARD
The shunt relay may be necessary to use when a security
system or other type of system has already been in existence.
The shunt relay would keep the alarm from activating when
the door is opened. No programming required, the HUB controller will activate the shunt relay automatically with any valid
access or egress.
To incorporate this feature into your system, simply locate
one of the five connectors, each one with three (3) wires,
green, blue, and gray, located in the box with the Hub
plus
Control Module. With the HUB powered down, unlatch the
keypad from the plastic housing and slide the two (2) printed
circuit boards out of housing. With the circuit boards out, you
can now separate the two (2) boards, exposing the connectors as shown in diagram A.
Wiring the Alarm Shunt Relay
1. Connect the three conductor harness with the green, blue,
and gray wire to the alarm shunt relay jack as shown in diagram A.
2. Connect green wire to “Common” side of door contact.
3. Connect blue wire to “Normally Open” side of door contact.
4. Make a parallel connection to the green and blue wires,(as
shown in diagram A.), and run the leads to the alarm panel.
NOTE: This feature requires that you utilize the door contact (input) per diagram B.
door contact
white wire with
orange stripe
white wire
Auto Re-Lock
Auto Re-Lock solves the problem of people
“tailgating” in behind those using valid access
protocol, allowing the programmer the opportunity to set a long door open time. This feature
over-rides the main relay timer, resetting the
door open time as soon as the HUB sees the
door open. In many situations, you will find yourself programming a long door open time, this
allows people carrying packages enough time to
get from the front end (reader) to the door and
open it before the timer runs out. Other people may only require a few seconds to do the same task,
without an auto re-lock, the door would be left unlocked long enough for people to tailgate in behind
you. No programming is necessary, after a valid access or egress, the HUB control monitoring the
door contact sees the door switch open and drops the main relay immediately, disengaging the lock
which you will notice always locking behind you, whether you take three seconds to get to the door
or ten seconds.NOTE: This feature requires that you utilize the door contact (input) per dia-
gram B.
To alarm panel
To alarm panel
9
Each HUB control module may
be wired to monitor a remote
switching device, and is meant to
be installed on the safe side of a
door. This is a momentary input
that will engage the main relay for
the same amount of time that the
master code is set for. This input
requires a momentary closure
between two wires at the HUB
enabling you the freedom to use
several devices in a parallel circuit.
This function can be stored in the
transaction log for future viewing. A
remote button may be placed at a
receptionist desk, press to exit
switch on the inside of a door, or a
passive infra red detector, allowing
free and convenient egress. You
may opt to install a second front
end. This would be for higher security where personnel may need to
be monitored entering and exiting a
building or a room. A remote button
can still be used to open a door
even if you have used a second
front end on the door. Their is no
programming required, just wire
according to one of the two
Diagram A.
Diagram B.
REQUEST TO EXIT SWITCH
following wiring diagrams which applies to your application. Locate the cable harness
with the brown, white, and white and orange stripe wires. This three wire harness is
in the box that the HUB came in. Plug the harness into the white connector next to
the program switch (sw1). If you do not wish to install the door contacts per dia-
gram A, then you must twist the white wire and the white and orange striped
wires together, see diagram B.
Door Contact
Brown
White
White\Orange
Normally
Open
Switch
Normally
Open
Switch
Brown
White
White\Orange
10
NETWORKING
USING SHIELDED CABLES
A
C
A
C
A
C
blue
green
gray
drain wire
earth ground
electrical tape
electrical tape
electrical tape
electrical tape
to serial printer
or computer
GROUNDING THE NETWORK CABLE SHIELD
Once you have run the network cable it will need to have the shields grounded. Under the insulator there is a foil shield that protects the wire from any data, RF, or AC that might be induced on the
lines (see diagram B.). After you you strip back the insulator, remove the exposed shield, leaving
only the wires. You will have exposed the wires with individual insulators and a bare wire called a
“drain wire”, they will be used so do not cut them. Tape over the exposed foil with electrical tape to
prevent it from shorting to any wires accidentally not covered properly during installation,(see diagram C.) The shield is now grounded!
DIAGRAM B.
DIAGRAM C.
The network cable provides the data buss that information can be transferred along. This cable is
run between HUBs and will enable the user to transfer all, or selected user information from one
programmed HUB to another. It can also be connected to a personal computer, or a serial printer.
To wire, locate two of the three conductor harness with the green, blue, and gray wire. Now, at
the HUB designated as door #1, locate the two white male connectors ( on the buffer board ), called
port “A” and port “C”(see diagram A.). Insert one three conductor harness into each port on all the
HUBs you wish to network. The wires extending from port “A” of HUB #1 will be wired to a personal
computer or a serial printer. The wires from port “C” of HUB #1 will go to HUB#2 port “A”. Connect
the harnesses between port “C” of HUB #2 to port “A” of HUB #3 color to color.(see diagram A.) If
the cable exits a cabinet, or must be run more than a few feet, then you must protect the data with a
shielded cable. The shield must be connected to ground at one end, the other end is to be “floating”, or un-grounded.
INSULATOR
FOIL
SHIELD
DRAIN WIRE
green
blue
gray
INSULATOR
ELECTRICAL
TAPE
DRAIN WIRE
green
blue
gray
Diagram A.
11
Drain wires
connected
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