Matrix Cosec Door User manual

SECURITY SOLUTIONS
COSEC DOOR
Quick Start

COSEC DOOR
Door Controller
Quick Start
SECURITY SOLUTIONS

Introduction
Congratulations on choosing the Matrix COSEC DOOR
Controller. This quick start guide is meant to help you in
completing the installation of the COSEC DOOR Controller
Hardware components. For detailed information on the
installation and configuration of the COSEC system, you may
refer the 'COSEC System Manual' a copy of which is available
on the CDROM
Before You Start
Verify Package Content
Unpack the system. Make sure that your package contains all
the below items. If any item is missing or damaged, please
contact the source from where you have purchased the system.
COSEC DOOR
Unit
Quick Start and
User Card
Adapter 12VDC
(Country Specific)
Four Screws M 7/30
Four Screw Grips
Threaded Screw M 3x6
Mounting Plate
Warranty Card Set

Know your COSEC DOOR
The COSEC DOOR can be configured as a PANEL DOOR or
DIRECT DOOR and are designed to control a single Door. The
PANEL DOOR, as the name suggests connects to the COSEC
PANEL which in turn connects to the COSEC Monitor
application.
PANEL DOORs depend on the PANEL for configuration while
DIRECT DOORs are configured directly from the COSEC
application platform. The COSEC DIRECT DOOR configuration
has limited functionalities compared to the PANEL DOOR
configuration as explained in the COSEC System manual.
The COSEC PANEL DOOR Controller supports the following
options:
• 1 Ethernet and RS485 communication port
• LCD Display1
• 4 LEDs. (Status, Alarm, Allow, Deny)
• 2 Internal Readers
• 1 External Reader port
• 1 Door Relay
• 1 Aux input and output ports
• Touch sense Keypad1
• Door Sense and Exit Switch Inputs.
The COSEC DIRECT DOOR connects directly to the COSEC
Monitor application.
The COSEC DIRECT DOOR Controller supports the following
options:
1Variants available without these options.

• 1 Ethernet communication port
• LCD display
• 4 LEDs. (Status, Alarm, Allow, Deny)
• 2 Internal Readers
• 1 External Reader port
• 1 Door Relay
• Touch sense Keypad
• Door Sense and Exit Switch inputs.
The COSEC DOOR is equipped with multiple reader interfaces
to read various credential inputs as provided by the user.
A Door relay port is available to control an access point as also
a door sense input to monitor the access point status through a
door sense device. The COSEC DOOR Controller is supported
with multiple user interfaces like Keypad, multi-color LED,
Buzzer and LCD display in addition to the Readers to
communicate with user. With input device support this controller
can read user credentials from card readers, FP ID from finger
print identification modules and PIN code input through the
touch sense keypad.
In addition to the above, the COSEC DOOR is designed to
support Request for Exit through EXIT switch or through an Exit
reader (interfaced through RS232/Wiegand port).
The COSEC PANEL DOOR also provides an Aux input and
output port. The Aux input port can be used to interface with
suitable sensors to detect an alarm condition. The Aux output
can be used for activating some alarm devices like hooter,
energize some devices or to control some annunciation
devices. Both the Aux input and Aux output ports are user
configurable and can be grouped & linked with other COSEC
PANEL DOOR Controller ports as per the required action.

The DIRECT DOOR communicates with the COSEC Monitor
application over the TCP/IP network. The PANEL DOOR
Controller communicates with PANEL in either of the following
two ways:
1. Serial port communication using the RS 485 interface.
2. Ethernet based packet communication using the LAN
interface.
Though the PANEL DOOR Controller supports both RS 485 and
Ethernet communication ports, only one of the two interfaces
can be activated through configuration.
The Ethernet port uses standard IP address scheme to identify
the Controller and they can be changed depending on the site
requirement.
The RS 485 address on the PANEL DOOR is set using the 5
DIP switches located at the rear of the DOOR enclosure and
they support address range of 00 to 31. On the other hand, the
DIP switches on the DIRECT DOORs are used to default the
various settings on the DIRECT DOOR as explained in the
COSEC System manual.
The COSEC Access control system is designed to support up to
32 COSEC PANEL DOORs using RS485 communication under
one PANEL and 75 PANEL DOORs with Ethernet interface.
However, the system supports a total of 75 PANEL DOORs in a
heterogeneous network under one PANEL.
Mounting and Wiring the COSEC DOOR
Before installing the COSEC DOOR:
The COSEC DOOR has been designed to be mounted on a wall
in a single box without any additional enclosure.

Step 1: Unpacking the Door Controller
1. Unpack the COSEC DOOR Controller package. The
following items are required to install the door controller:
• COSEC DOOR Controller with accessory kit (included) as
mentioned earlier.
• Matrix COSEC Door PSBB (13.8VDC @ 2 A Universal
Mains PS with Battery Backup) is not included with the
package but has to be ordered separately in the event of a
requirement for battery backup for the COSEC DOOR.
2. Verify the content for any missing item/part or damaged
component. Any missing or damaged item should be
reported immediately.
Step 2: Selecting a Mounting Location
The COSEC DOOR Controller should be accessible for ease
of installation and maintenance. The DOOR Controller unit
has inbuilt readers and thus it is mandatory that it should be
installed next to the access point.
Select an ideal location using the following guidelines:
• Stay away from electrical or communication devices:
DOOR Controllers must be located at a minimum distance
of
• 2 m (6 feet) from any high voltage equipment or
wiring (> 230 Volts) and from electrical equipment
susceptible of generating electrical interference
• 1 meter (3 feet) from telephone equipment or lines
• 8 meters (25 feet) from any transmitting equipment.
• The DOOR Controller should be mounted adjacent to the
door providing normal temperature and humidity levels.
• DOOR Controllers should be located adjacent to the
controlled door.

In the event of the MATRIX COSEC RF module also being
included in the ordered items, the module needs to be
mounted on the COSEC DOOR prior to starting the wall
mounting procedure as shown.
Step 3: Power Supply
There are three options for providing the 12VDC @ 1 amp
power input to the COSEC DOOR Controller.
• A 2 conductor cable can be drawn from the terminals on
the Power supply unit of the COSEC PANEL. These can
be connected to terminals 39 & 40 of the terminal strip on
the COSEC DOOR Controller. Up to 4 COSEC DOORs
can be powered this way.

Power Supply
J1
J2
J3
J5
0
12V
0
12V
0
0
12V
12V
Door
Controller
39
0
12V
Up to 4 Door
Controllers
40
2. Connect the adapter giving an output of 12VDC @
1~1.5A to the terminals 39 and 40 on the COSEC DOOR
Controller unit. However, care must be taken to maintain
the correct polarity.
T2
21
40
COM
NC
NO
0V
0V
Lock Tamper
COM
Door STS In+
COM
Aux In+
COM
A
B
Shield
+12VDC
0V
+12V
A
B
Shield
Loop
In
Loop
Out

3. Connect the two cables coming from the Matrix PSBB-
Universal Mains Power supply (13.8 VDC @ 2A) with
battery backup to the terminals 39 and 40 on the COSEC
DOOR terminal strip. Here again, care must be taken to
maintain the correct polarity.
Door
Controller
39
0
12V
40
COSEC DOOR
PSBB
Power should only be applied to the unit when all
connections are completed and tested.
Step 4: Installing the COSEC DOOR Unit
The following diagram illustrates a typical door layout:
Lock Device
REX
Reader
Ethernet/RS485
COSEC PANEL
PANEL
DOOR

Door closer: A standard hydraulic door closer is almost
mandatory to insure that the door closes automatically after
an entry or exit and to prevent "door open too long" or "door
left open" alarms.
Door contact: When the door is closed, the access
controller supervises the door contact and will report a "door
forced open" alarm if the door is opened without the use of a
card. When the door is opened for a valid credential, the
condition of the door contact is still supervised but no alarms
are generated.
Step 5: Connecting the Door Locking Device
The lock NO, COM, NC and +12VDC terminals are located
at terminal nos. 21, through to 24 on the top right of the
COSEC DOOR terminal strip. The locking device output is
controlled by the software according to preset parameters for
allowing access or unlocking doors according to schedules
and access levels. The NO or NC output can operate DC
powered locking devices such as electromechanical strikes
and Magnetic Locks. The maximum permitted current is 500
mA @ 12VDC per output. For locks of higher capacity an
external 12 / 24 VDC power supply has to be used based on
the technical specifications of the magnetic lock.
T2
21
COM
NC
NO
0V
+12V
Door Magnet
0V

21
COM
NC
NO
Door Magnet
12V/24V
Using an External Power Supply
For using the 12VDC of the Door controller, short the
terminals 24 (12+) and 21 (COM) as shown, prior to
connecting the NC/NO and the 0V (terminal 25) to the
Door locking device.
Step 6: Hooking up Inputs
The COSEC DOOR has on-board capacity of 4 inputs (2 in
the case of a DIRECT DOOR configuration). Except for the
Request to Exit Input, each input can be supervised with
end-of-line resistors (4.7K ohm).
19
20/30
29
Door Egress
Common
Door Status
4.7 K
4.7 K
NC
NO
The maximum distance of one line is 600 m (2,000 feet) with
AWG#22 grade conductors.

By default, 2 of the inputs are reserved for the door
contact
and the request to exit. The door contact is assigned to
input
Door STS IN+ at terminals 29 & 30, and the associated
request-to-exit detector to input Exit SW at terminals 19 &
20. It is advisable to use these pre-assigned inputs for the
relevant application as it would make the configuring and
servicing of the site simpler.
External Reader Wiring
The COSEC DOOR supports a maximum of 3 readers (2
internal and one External). The External reader port supports
a single reader with Wiegand / Serial interface. To fully utilize
Wiegand reader port, a shielded 11-conductor cable (18-22
AWG) is required. The maximum recommended length of
wiring is 500 feet per reader.
Connecting the Wiegand HID R10/RW100 Prox Reader:
The HID R10 and RW100 readers come with the Pigtail
option which has color coded conductors as specified in the
following connection diagram.
HID
R10
Reader
Red
Black
Green
White
Orange
Brown
Yel low
Blue
Reader Power
Ground
D0
D1
Green LED
Red LED
Beeper
Hold
Data Return
In the absence of the pigtail option on the RW100 reader

the following are the connection diagrams for the
serial and the wiegand readers.

Connecting the External Serial Readers:
Connect the Matrix COSEC Readers to the COSEC DOOR
terminal strip as shown in the figure below. The terminals
on the back of the COSEC reader unit are numbered 1
through 11/15 (depending on the reader) as shown and
are to be connected to the terminal strip of the DOOR
using at least a 11 conductor 22 AWG cable.

Terminal Connections for External Reader options
1 20
T1
COM
NC
NO
GND
D0
D1
DATA RTN
Green LED
Red LED
Beeper
Hold
COM
Ta m p e r
RS-232 R
RS-232 T
Status LED
Alarm LED
Exit SW
COM
Rdr pwr
COSEC READER FPR
Terminal Strip of Door Controller
The COSEC Mifare and the Proximity reader modules can
be connected in the following ways depending on the
kind on the interface type of the reader.

1
20
T1
COM
NC
NO
GND
D0
D1
DATA RTN
Green LED
Red LED
Beeper
Hold
COM
Ta m p e r
RS-232 R
RS-232 T
Status LED
Alarm LED
Exit SW
COM
Rdr pwr
Terminal Strip of Door Controller
External
Serial Reader
1
20
T1
COM
NC
NO
GND
D0
D1
DATA RTN
Green LED
Red LED
Beeper
Hold
COM
Ta m p e r
RS-232 R
RS-232 T
Status LED
Alarm LED
Exit SW
COM
Rdr pwr
Terminal Strip of Door Controller
External
Wiegand Reader
Connecting the red wire lead (or power lead) of a 5
VDC
reader to the 12 VDC terminal may damage the reader.

Refer the reader installation procedure for proper power
connection.
Step 7: Connecting the DOOR Controller to the RS-485 Bus
Door Controllers are linked together through their RS-485
Loop IN and Loop Out terminals or the Ethernet port in the
event of using the TCP/IP connectivity option.
The maximum communication loop length in the case of an
RS485 option with the appropriate cable is 1.2 kilometers
(4,000 feet) from the last controller to the workstation. The
RS-485 communication loop should be wired with Ethernet
Category 3 double twisted pair network cable (see cable
specifications Belden 1227A or equivalent). The RS-485 loop
can operate at 115,200 baud, under normal conditions.
To link COSEC PANEL DOORs:
1. Connect the incoming RS-485 cable to the Loop IN A and
B terminals (33 and 34 respectively). The outgoing
RS485 conductors will connect to the Loop Out A and B
terminals (36 and 37 respectively).
PANEL DOO R PANEL DOORPANEL
AB
Shield
AB Shield AB Shield
RS485 Loop In RS485 Loop Out
A
B
A
B Shield
A
B Shield
RS485 Loop In RS485 Loop Out
• For the last door controller in the RS485 loop, push
the SW3 switch to the ON position to enable the end-

of-line resistor. This is located at the lower right on
the rear of the COSEC DOOR as shown.
SW3
Also set the number of the door controller by setting
the dip switch provided at the top right on the back of
the PANEL DOOR Controller as shown.
DIP Switch to set the
Physical RS485
address of the Door
On the other hand, the COSEC DIRECT DOOR
configuration uses the DIP switches numbered 1 to 3 to