Cansec Webster 64 User manual

Webster 64 Controller
INSTALLATION MANUAL
September 2023

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Table of Contents
Introduction...................................................................................................................................................................3
Specifications ..............................................................................................................................................................4
Webster 64 Controller Layout...............................................................................................................................7
Panel Installation......................................................................................................................................................10
Controller Power Connection ............................................................................................10
Entry Reader Wiring ............................................................................................................11
Entry and Exit Reader Wiring............................................................................................ 12
Exit Button and Door Contact Wiring...............................................................................12
Lock Output and Multi-Function Relay Wiring...............................................................15
Appendix......................................................................................................................................................................17
WEBSTER 64 System Indicators.......................................................................................18
Power Connector ................................................................................................................. 19
PB1 –Shutdown Button......................................................................................................20
PB2 –IP Reset Button and Static IP Address Configuration.......................................20
USB IP Configuration Tool.................................................................................................23
Default Factory Static IP Configuration........................................................................... 27
Forced Entry Output............................................................................................................ 30
Door Held Open Output ......................................................................................................30
Alarm Shunt Output.............................................................................................................31
Door Operator Output –All Cards ....................................................................................31
Door Operator Output –Handicap Cards only...............................................................31
DHO or Forced Entry...........................................................................................................31
Copyright 2023 Cansec Systems Ltd. All rights reserved.

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Introduction
Cansec Systems’Webster 64 controller incorporates a mini-computer called the
Panel Logic Module (PLM) utilizing Ethernet connectivity and an Input Output
Module (IOM) which incorporates a 64-bit processor in this new architecture. This
allows for a fast, high capacity access control system with a lower cost per
reader/door system implementation. The Webster 64 architecture has the ability to
flash applications and firmware updates into the control panel using the Ethernet
connection.
The standard Webster 64 controller is available in 2 or 4 doors from the factory.
However, additional controllers like MAPmini, MAP1 and MAP2 controllers can
be added and governed by the Webster 64 controller to increase the number of
door capacity.
The Webster 64 controller allows for 5,000 individual cardholders. The readers can
be Cansec’s CanProx One Proximity Readers (AWID or HID card technology) or
one of many other popular Wiegand readers.
Note: Must have latest approved PLM and IOM firmware version for compatibility to this document.
255 Access Schedules
Supports 5,000 individual user card IDs
Supports up to 64 doors using a combination of MAPmini, MAP1 or MAP2
controllers that must be provisioned in First Access mode.
Supports Door Contact and RTE connection per reader/door
Ease of future software/firmware upgrades
System management via web interface
Key Features

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Specifications
See power supply notes in Appendix section for more information.
Controller Power Requirement
Max. Current (including 4 proximity readers with 100 mA each) ……… 12VDC/1A
Temperature Range
Operating……………………………………………………………………………….. 0˚C to 60˚C
Relative Humidity
Operating ………………………………………………………..……………………… 20% to 80%
Auto Resettable Fuses
Webster 64 Main 12V DC………………………………………………………………………1 A
Each Reader Pair ……………………………………………………………………………………1 A
Output Relays
All Relays (8 per panel) Form ‘C’ …………………………………SPDT 6 A @ 30 VDC
Inputs per Provisioned Doors (Supervised or Non-Supervised)
Door Contact (2 per Webster 64) ………………………Requires normally closed contact
(On/Off door switch)
Exit Button (2 per Webster 64) ………………..…………Requires normally open contact
(Momentary push button switch)
Reader Cable
Wiegand Readers..........................................6 conductor (twisted pair not required)
.................................................................................22 AWG, overall shield
...........................................................................152 m [500 ft] max. Length
NOTE: Consult reader specifications as 18-gauge wire may be required for power
Dimensions & Weight
Webster 64 Enclosure …………………………………………..4.6” (W) x 4.9” (H) x 2.0” (D)
[11.7 cm (W) x 12.4 cm (H) x 5.1 cm D)]
Enclosure plus Controller Weight....................................................... 500 g [17.6 oz]

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Note: Specifications subject to change without notice.

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NOTE: Tech Support will only be provided where product installation guidelines
have been followed.
Specification Notes
CAUTION: EMERGENCY LOCKDOWN
Emergency lockdown functions must operate totally independent of the access
control system and must not rely on operation of card readers, access control
panels, communications networks, communications devices or host software.
Cansec accepts no responsibility for direct or consequential damages resulting from
the failure of emergency lockdown functions which are dependant in any way on
the operation of card readers, access control panels, communications networks,
communications devices or host software.
Wiring Note:
Improper Wiegand cable (new or originally installed cable or missing required
shield connections) may result in high frequency noise on the data lines creating
misreads. This Wiegand misread issue is more evident on longer Wiegand reader
cables. The reader cable may have to be replaced with the correct type of Wiegand
reader cable to improve system reliability.
Webster 64 and H1000 Connector Compatibility:
H1000 connectors can be used on the Webster 64 controller. The wiring will have
to be adjusted to accommodate for the reversed connector insertion.

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Webster 64 Controller Layout
Figure 1

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Important Installation Notes
Controller Provisioning Options:
The Webster 64 controller has two options, 2 doors and 4 doors, and can be ordered
as such. Door configurations are as follow:
1. Webster 64 controller only:
a. Default configuration is 2–door configuration: 2 lock relays, 2 multi-function
relays, 2 REX/RTE, 2 door contacts/DPS
OR
b. Can be upgraded to 4–door configuration: 4 lock relays, 4 multi-function
relays, 4 REX/RTE, 4 door contacts/DPS.
2. Webster 64 controller and add–on controllers: With additional combinations
of MAPmini, MAP1 or MAP2 controllers the door capacity can be increased to
a maximum of 64 doors. These additional controllers must be provisioned in
First Access mode. Management is done through the Webster 64 controller.
Electrical Information:
1. The Webster 64 utilizes a mini-computer and must be operated using a battery
backed up power supply to protect the hardware, system files and data files
from corruption due to power outage. See Note 1 in Appendix section.
2. CAUTION: Do not unplug the Webster 64 Power connector if the system is in
operation as data corruption may occur on the Webster 64 mini-computer.
Please follow the instructions from the section “PB1 - Shut Down”.
3. The Webster 64 alone allows for the control of up to 4 door combinations.
Ensure that adequate 12V DC power and current is available, especially when
the same power supply is used for the locks.
Figure 2

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4. It is highly recommended to use a separate power supply for locks as they
require a high amount of current for proper operation.
Network Information:
1. The Webster 64 Controller is set to acquire an IP address automatically
(DHCP). However, it can be optionally set to a static IP address or reset if
necessary. See Appendix section for more information.
Mechanical Information:
1. The Webster 64 has 2 horizontal mounting flanges, which should be used to
attach the product to a stable surface.
2. If required the Webster 64 may be mounted inside of a lockable enclosure
such as the CA-SLBOX or CA-H1000ENCL if access is to be limited to the
external connections.
3. If a Lockable external enclosure is used and a Tamper switch is available as in
the CA-SLBOX or CA-H1000ENCL, the Webster 64 has a Panel Tamper
input connection available. Connecting the Tamper switch, See figure 14, to
this input will produce an Alarm when opening and closing the enclosure.
This Alarm is sent to the Host computer.
Power Issue Indicator:
The controller continuously monitors the main 12 VDC coming into the controller.
In an error condition the onboard beeper sound will be as follow:
Low DC voltage (9 volts or less): 4 one-second beeps then a 2-second pause
High DC voltage (16 volts or higher): 4 half-second beeps then a 2-second pause.
The beep is continuous until the problem is resolved. Also, a message is sent to the
host software e.g. “DC Power Low 9 Volts or Less”or “DC Power High 16 Volts or
Higher”.

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Panel Installation
CONTROLLER POWER CONNECTION
Note: See Note 1 in Appendix section for suggested power supplies & backup battery.
The Webster 64 requires an external battery backed-up 12 VDC power supply.
However, as many devices can be attached to the Webster 64 controller, it may be
more cost effective to use a separate power supply (battery backed-up) just for the
Webster 64 Controller and a separate power supply which can be sized to supply
the amount of current that the attached high-current devices (locks) will require.
Figure 3
Mode Indicator: After a complete power up PM1 LED is ON, PM2 LED is OFF, IOM LED flashes
once every second. The PLM LED flashes waiting for a host connection and stays steady
when a connection is established. Webster 64 emits 2 beeps to indicate operating mode.
2 Beeps – Webster
Note: Continuous beeps indicate power issue. Refer to
Power Issue section for more information

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ENTRY READER WIRING
The following diagram shows entry reader wiring only. For entry and optional exit
reader wiring diagram, proceed to the next section.
READER LED ON = Reader Active. Two Inputs and two Outputs are used for
RTE/REX, door contacts well as lock relays and multi-function relays respectively.
READER LED OFF = Reader Inactive.
Figure 4

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ENTRY AND EXIT READER WIRING
EXIT BUTTON AND DOOR CONTACT WIRING
The Webster 64 controller can be provisioned for up to 4 doors. The following shows
the input usage for each door combination.
Caution: When moving the MSJx–MicroShunt jumpers (small and easily dropped, accuracy is
important during movement) it is advisable to set up the Webster 64 Controller prior to
attaching it to a surface. It is highly recommended that the Webster 64 be removed from the
attached surface to do a change of the MSJx position. See figure 6 below.
Reader 1: uses Input 1 (Door Contact/DPS) and Input 2 (RTE/REX).
Reader 2: uses Input 3 (Door Contact/DPS) and Input 4 (RTE/REX).
Reader 3: uses Input 5 (Door Contact/DPS) and Input 6 (RTE/REX).
Reader 4: uses Input 7 (Door Contact/DPS) and Input 8 (RTE/REX).
Note: Both door contact and exit button inputs have voltage present on the circuits. Only
connect dry contact devices to these inputs.
To avoid electrical noise, exit reader wires should
piggyback on the entry reader wires leaving just
one set of wires connected to the reader port.
Exit Reader:
*D1 (White) of exit reader
connects to D0 (Green) of
entry reader.
*D0 (Green) of exit reader
connects to D1 (White) of
entry reader.
Figure 5
Exit reader option must also be enabled in
the host software.

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Figure 6
Non-Supervised

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Figure 7
Supervised

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LOCK OUTPUT AND MULTI-FUNCTION RELAY WIRING
Electric Strike Lock Wiring –Up To 6 Amp, 30VDC MAX
The Multi-Function (MF) relay is configured by the user through the host software.
This relay can be set to only one of the following options:
Alarm Shunt: (factory default) Shunt the alarm system before opening lock.
Door Held Open (DHO): Door is left open.
Forced Entry: Door opened without access-granted or exit-button-press event.
Door Operator –All Card: Activated on all cards (Lock Opens first).
Door Operator –Handicap Cards Only: Activated on only Handicap cards (Lock
Opens first).
DHO or Forced Entry: Activated on either DHO or Forced Entry.
Figure 8
See Note 2 in
Appendix section for
6 Amp relay rating

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Magnetic Lock Wiring –Up To 6 Amp, 30VDC MAX
IMPORTANT: In some jurisdictions, the use of a UL approved power supply and
connection to the fire alarm system for emergency release may be required. Installers
should contact the local authority having jurisdiction to verify the specific
requirements. Also, a building permit may be required in some jurisdictions for the
installation of magnetic locks.
Figure 9
See Note 2 in
Appendix section for
6 Amp relay rating
Note: A diode can
cause slow release of
the magnetic lock. It
is better to use a
MOV device. Some
magnetic locks have
built-in MOV devices;
in that case no diode
or additional MOV is
required. Check with
magnetic lock
supplier.
Note: See Electric Strike
Lock Wiring section for
explanation of MF relay
usage.

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Appendix
Note 1: Suggested Power Supplies & Backup Battery
Part Number
Dimension & Weight
H x W x D approx.
Description
AL400ULPD8CB
(battery not included)
Accommodates up to two
(2) 12VDC/7AH batteries.
13.5” x 13” x 3.25”
(342.9mm x 330.2mm x
82.6mm)
7.2 lb. (3.27 kg)
12/24 VDC selectable output.
12VDC @ 4A or 24VDC @
3A supply current. Eight (8)
Class 2 Rated PTC protected
power limited outputs (auto-
resettable). Outputs are rated
@ 2.5A.
Input 115VAC, 60Hz, 3.5A.
Input fuse rated @
3.5A/250V. UL listed.
PA-SLP003
3.63” x 5.88” x 2.5”
(92.20mm x 149.35mm
x 63.50mm)
5.00 lbs (2.27 kg)
Backup Battery 12 VDC 7
Amp Hour. Provides hours of
backup power for above power
supplies.

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Note 2: 6 Amp Relay Rating
Maximum current that can be switched reliably when connected to a ‘non-inductive load’ up to
30VDC. Electric strikes and magnetic locks are considered ‘inductive loads’. It is important to
have diode or MOV attached at the locking device to remove the EMF pulse that is generated
when switching an ‘inductive load’. It is advisable to use a 50% switch factor or 3 amps as the
maximum switching current for longer relay life. An external relay should be used on larger
voltage and current requirements.
WEBSTER 64 SYSTEM INDICATORS
POWER LED: ON indicates 12 volts DC is connected.
MEBR LED, MEBT LED: For future use.
Webster Mode:
Mode indicator: Webster 64 emits 2 beeps after powered up.
PM1 LED: ON, PM2 LED: OFF
IOM LED: Flashing RED –IOM (Input Output Module) is in normal operation.
PLM LED:
Flashing GREEN –PLM (Panel Logic Module) is waiting for Webster to
initialize.
Steady GREEN –PLM (Panel Logic Module) Webster is up and ready.
IMPORTANT: In some jurisdictions, the use of a UL approved power supply and
connection to the fire alarm system for emergency release may be required. Installers
should contact the local authority having jurisdiction to verify the specific
requirements. Also, a building permit may be required in some jurisdictions for the
installation of magnetic locks.
Note: PM1 and PM2 LED will occasionally and rapidly toggle ON and OFF when host
communication is in progress.

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POWER CONNECTOR
Connections:
METBA and METBB are for future use. The Shield from METBA and METBB
wire would be connected to METTAM.
TAMPER allows for the connection of an external Enclosure Tamper Switch.
Note: The Webster 64 has a Tamper MSJx–MicroShunt jumper to the right of this
power connector.
Figure 13
Factory default:
The Tamper jumper
is set to disabled.
To activate the
Panel Tamper move
jumper to the right
2 pins. Connect the
switch between
TAMPER and the
METTAM on the
connector.
Figure 14

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GND –this is the 12 volt power supply ground.
12VDC IN –Power for Webster 64. 12 volt DC battery backed up power
supply. This is the power for the Webster 64 and readers attached.
PB1 –SHUTDOWN BUTTON
As the Webster 64 contains a mini computer, a proper system shutdown is nesscessary
to prevent data corruption. DO NOT simply unplug the power connector. To shut
down follow this procedure:
1. Use a paper clip or a small screw driver, press and hold (4 to 8 seconds) the PB1
pushbutton until the PLM STATUS LED on the front of the enclosure begins a
rapid green ON/OFF flash.
2. Release the pushbutton. The system will start a proper shutdown. This will take
15 to 20 seconds.
3. Wait untill all LEDs (except power) are turned off by the system. Then remove
the Power Connector.
4. If the Shutdown does not occur, try the procedure again. If it still does not
respond correctly as described above, a system fault has occurred. It will be
necessary to unplug the Power connector and re-insert it after 10 seconds.
PB2 –IP RESET BUTTON AND STATIC IP ADDRESS CONFIGURATION
Note: The new panel is factory set to acquire an IP address automatically (DHCP). If the IP
address has been changed to static address by an installer but now unknown or
forgotten and needs to be reset, follow the instructions below. .
Alternatively, s ee USB IP Configuration Tool section for configuring IP
Address using a USB flash drive.
1. Press and hold (4 to 8 seconds) the IP Reset PB2 pushbutton. Wait until the
internal Webster 64 beeper sounds then release the button. Beeper stops
sounding.