iCASS - Door Controller.pdf - Cass Technology Sdn Bhd

Total Secur ity Solution
Technical
OPERATION GUIDE
MODEL: ICASS Door Access Controller
Release Guide (version 1.0)
CASS TECHNOLOGY SDN BHD (338857-X) • ALL RIGHT RESERVED •
WWW.CASTLE.COM.MY
1

Contents
Introduction ……………………………………………………………………………...4
Understanding I-CASS ………………………………………………………………….5
What is I-CASS? …………………………………………………………………………………..5
Why I-CASS? ……………………………………………………………………………………...6
How Security is handled in I-CASS?………………………………………………………………7
Enhanced Door Access System deployment capabilities ………………………………………….9
System’s Main Components …………………………………………………………...10
I-CASS Controller Unit ……………..……………………………………………………………10
SmartBox (Door Interface Unit) ………………………………………………………………….10
Reader ……………………………………………………………...……………………………..11
Electronic Key …………………………………………………………………………………….11
Power Supply ……………..………………………………………………………………………11
PC Interface Unit ………………………………………….………………………………………11
SmartGuard v5.6 (Application software) ………………..………………………………………..11
Others Accessories ……………………………………...……………………………...…………12
System Configuration ………………………………………………………………….13
Basic System configuration ………………………………………………………………………14
Diagram of Door Interface Unit (DIU) …………………………………………………………..15
Diagram of Door Reader Interface ……………………………………………………………….16
Wiring Diagram from Controller to SmartBox (DIU) ……………………………………………17
Wiring Diagram from SmartBox (DIU) to Reader ……………………………………………….18
Operation & User Guideline …………………………………………………………..19
Getting Started …………………………………………………………………………………….19
Menu Architecture ………………………………………………………………………………...21
Introduction to [System] Menu ………………………………..…….……………………………22
Introduction to [DBase] Menu ………………………….…….…………..………………………31
Introduction to [SMS] Menu ……………………………………………………………………...36
Introduction to [GTour] Menu ……………………………………………………………………40
Introduction to [GP Op] Menu ……………………………………………………………………45
Introduction to [Evt Op] Menu ……………………………………………………………………46
Introduction to [Maint] Menu …………………………………………………………………….47
Introduction to [Prt] Menu ………………………………………………………………………..50
Introduction to [Info] Menu ………………………………………………………………………50
Introduction to [Quit] Menu ………………………………………………………………………50
2

How To:
Install Access Card ………………………………………………………………………………..51
Configure Card + Pin Management ………………………………………………………………55
Configure Pin Access Management ………………………………………………………………56
Configure Antipassback …………………………………………………………………………..58
Configure Interlocking ……………………………………………………………………………60
Configure Dual Card Management ……………………………………………………………….62
Configure Auto Lock Release Time Zone control ………………………………………………..64
Configure Alarm/ Intruder Monitoring Management …………………………………………….65
Configure General Purpose output ………………………………………………………………..67
Configure Auxiliary output ……………………………………………………………………….68
Configure Short Message services (SMS) ………………………………………………………..69
Configure Guard Tour Management ……………………………………………………………...70
Configure Counter Access ………………………………………………………………………..73
Configure Emergency Mode ……………………………………………………………………...74
Configure Fire Security …………………………………………………………………………...76
Technical Specification ………………………………………………………………...77
Application of ICASS System …………………………………………………………79
Precaution of Installation ……………………………………………………………...82
Troubleshooting ………………………………………………………………………..83
Appendix A……………………………………………………………………………..85
3

Introduction
Objectives
a. To introduce existing Door Access System.
b. To understand the benefits of using i-CASS series Door Access System.
c. To describe how security is handled in i-CASS.
d. To introduce multi-application for using i-CASS.
e. To introduce the various precautions when using i-CASS system.
f. To understand the effectiveness of using i-CASS in an organization.
g. To understand how flexibility of using i-CASS.
h. To understand the installation and maintenance provided by i-CASS.
i. To master the system configuration of i-CASS.
j. To understand the designing state of i-CASS.
k. To introduce the technologies used in i-CASS.
Who should Read This?
This documentation is designated to meet the needs of a wide range of Door Access
System users. The Table of Contents and the Index will guide you to the subjects you are
looking for.
Non- Technical users
For non-technical level professionals such as those in Managerial positions, Business
Development professionals, Marketing and Sales professionals, this book will assist in
understanding the full features of Door Access System and also operation procedural
of the System.
Technical users
For anyone with Technical background knowledge like Technical Support, Technical
Consultant, System Analyst and Software Engineer will find much useful information in
this book including complete Technical Specification, Wiring Diagram, Troubleshoot
session, explanation of concepts, methods and processes flow.
4

Understanding I-CASS
CASTLE, the security access control manufacturer, is proud to introduce I-CASS, a new
contact-less smartcard and proximity card technology optimized for security access
control application.
What is i-CASS?
� i-CASS is an integrated 32 door access control system based on 24MHz 16bits
microprocessor embedded system design.
� It’s a combination of door access, alarm monitoring, time attendance and guard
tour system that is able to provide a full range of door access series that is
currently available in the market.
� It’s integrated with S-series, K-series, T series, Commando and FEP alarm
monitoring system that is able to provide the user a complete range of features.
� The design of i-CASS is based on existing s series door access system, but
integrated with
T-series : multidoor interlocking capability
K-series : auxiliary relay output triggered based on user define transactions.
Commando : fire alarm input point that enables user to predefine the door for
emergency auto release.
FEP : supervised alarm inputs for every individual door.
Centurion : security proven access control configuration, where door locks
and sensors are connected back to controller.
� To make i-CASS become more user friendly and interesting, we bring in the latest
wireless technology for SMS application. Whereby, any abnormal event will be
transmitted to the user’s cellular phone.
� i-CASS also enables system operator to broadcast a short message to the
respective user when the user flash/present his/her card onto the system reader.
� i-CASS is designed for high end application, which is capable of handling max.
20,000 cards and 15,000-transaction storage. It’s estimated that every valid access
transaction require approximately

� To recover system from emergency breakdown, a electronic key (EKEY) is
provided to override the system during emergency.
� i-CASS is capable of reading a Wiegand 26bits or Mifare smartcard within the
range of 5-10cm.
(Kindly refer to system configuration diagram for more details)
Why i-CASS?
People choose i-CASS for its flexible usage in security Door Access control and other
relevant application such as:
� Multi-door Antipassback that is capable of handling max 32 doors Antipassback
operation.
� Multi-door interlocking feature that only allows one door to grant access at a time.
� Guard Tour application that enables patrol guard to complete his duty at any
doors that was pre-defined.
� Ethernet connection that link up multi-site Door Access System.
� GSM or modem connection for emergency event log.
� Alarm feature for intruder break in.
� Dual card access mode and access counter for restricted area.
� Building automation integration.
� 120kHz proximity card and 13.56MHz contact-less smartcard application.
i-CASS is designed to meet customer’s expectations on application solutions.
Applications that might be used include:
Door Access Control
Time and attendance
Authorized access to office equipment
Guard Tour patrol
Car Park control
Intruder Monitoring
Building Automation
Fire alarm panel integration
CCTV integration
Smart-card based solution
6

i-CASS is specially designed to make access control more interesting ,powerful and
secure all at an affordable price. This, combined with the ability to cost-effectively run
applications, results in a smartcard technology and proximity technology solution.
How security is handled in i-CASS?
System wiring design
Unlike existing door access system, i-CASS door configuration wiring places more
importance towards users personal safety and security. The design of door lock
connection being terminated at SmartBox (DIU) is to avoid intruders from easily
dismantling or damaging the connectivity from the power to door lock device. In other
words, it means the door is not easily forced open.
In the case of system breakdown or any emergency cases, users will be allowed to use the
E-key to override the door setting to Security OFF status. Hence, users can secure
themselves from the premise. Installer is advised to install an emergency break glass to
cut off power on door lock device during any emergency.
(Please use E-KEY or emergency break glass only during emergency)
Electronic Key Design
The design of E-key is to facilitate user in managing door access system during system
breakdown (controller down). It is created by a strong and sophisticated security
encryption and decryption technique. The security code for E-key consists of 10 digits
and each digit is encrypted with 255 combinations of codes. Hence, it is secure from any
key duplication cases. The system will only allow access once the same security key code
is identified.
Communication Data Protection
Each communication element that been transmitted or received from one terminal point
to another is encrypted by security authentication technique.
Emergency event or alert
Each door interface unit (DIU) is designed with 2 supervised alarm inputs point. These
two inputs detect the actual alarm signal, cut-off and bypass signal.
User is given two sets of alarm PIN for arming and disarming purpose. These inputs also
can be programmed for automatic arming and disarming based on user’s specified time
frame.
Low power & Main power failure detection
This system comes with low power input detection and main source power failure
detection.
7

Communication breakdown protection (Surge protection)
I-Cass PCB’s embedded with back surge current and EMF protection for communication
buses.
Vandalism detection
System is embedded with system tamper or case open detection. If the system is forced
open or tampered with, the system will trigger the alarm buzzer.
Build in watchdog for safe guard purpose
System is embedded with automatic watchdog reset circuit for system reset during
emergency breakdown. This watchdog circuit will trigger the reset PIN of the CPU when
the system is running in abnormal circumstances.
8

Enhanced Door Access System Deployment capabilities?
When
using i-CASS system, users can have the option(s):
� To have more card user capacity in the system.
� To have high-speed communication speed and processing
time for every
operation on the door.
� To have a large door capacity
controlled under one controller.
� To have an alarm monitoring feature at each door.
� To have a guard tour feature at each door.
� To have SMS messaging service for each door.
� To have variety of operation method at each doors.
� To have user-friendly graphic displayed on door reader.
� To have an emergency key for each door.
� To have an Ethernet ready system.
9

System Main Components
To have a complete security Door Access Solution, i-CASS requires the below
components to provide equivalent security access solution to customer.
a. i-CASS Controller Unit
b. SmartBox (Door Interface
Unit)
c. Door Reader
d. Electronic Key
e. Power Supply
f. PC interface unit
g. SmartGuardv5.6 software
h. Others Accessories
a.
I-CASS controller
Further
divided into several model such as
Model Version Product Description
32-i ICASS-32i v1.0 I-CASS 32 doors version
controller
24-i ICASS-24i v1.0 I-CASS 24 doors version controller
16-i ICASS-16i v1.0 I-CASS 16 doors version controller
12-i ICASS-12i v1.0 I-CASS 12 doors version controller
8-i ICASS-8i v1.0 I-CASS 8 doors version controller
4-i ICASS-4i v1.0 I-CASS 4 doors version controller
2-i ICASS-2i v1.0 I-CASS 2 doors version controller
Purpose
� Used
as real time processing unit for all door event and alarm.
� As card database storage.
� As log transaction storage.
� User setting storage.
� Responsible for all communication
bus polling.
b. I-CASS SmartBox
Model Version Product Description
SmartBox ICASS-INT v1.0 Door Interface unit
Purpose
� Used
to control the electronic lock device, door contact and lock release button.
� Used as a reader interface communication gateway.
� Perform basic door controlling function during system
emergency breakdown.
10

c. I-CASS Reader Interface
Purpose
� Act
as reader interface for proximity reader.
� Act as 16key keypad and graphic LCD interface.
� Used to perform card number conversion for proximity
signal and Mifare
smartcard.
� To display an
informative message during system operation.
� Act as PIN generator.
� Act as Alarm arm/disarm
panel.
d.
Electronic Key
Purpose
� Used
for emergency breakdown to override the door lock.(security off the door)
� Security key is stored with a standard encryption technique.
� Only one unique key can match with one key-base device to
e. Power Supply
grant access.
Purpose
� Each
hardware/device requires a 12- 13.8Vdc supply with a backup battery.
� Used as power source supply.
f. PC Interface Unit
Purpose
� Used
as a gateway for controller uplink and PC comm. Port.
� Used as a signal converter for RS232 and RS485 communication
signal.
� Act as a software security key for SmartGuard i-CASSv5.6 software.
g.
SmartGuard-ICASS v5.7
Purpose
� Act
as a back-end pc for user setting downloading, event monitoring and
reporting.
� Act as user backup terminal.
11

h. Other Accessories
Accessories Purposes/ Description
Exit/ Release Press to release/exit the protected area. This is normally
button
installed inside the protected area.
Magnetic Door Used to detect door open/close status.
It also acts as an
sensor
input for legal or illegal access.
Electromagnetic
lock
A Fail safe device to lock or unlock
a door.
(Other Locking devices like Electric Door Latch, Drop
bolt or Striker
can be installed besides Electromagnetic lock)
Break Glass Used to terminate power source to Locking
device during
emergency.
Purpose
� These
Accessories are important to complete a Door Access system as Input/
Output devices during normal or emergency operation usage.
(Please
refer to system features for more details)
12

System Configuration
13

Description
�
SmartBox(DIU) is a interface board for door lock, sensor, push button and reader.
� All the communication is connected back to SmartBox(DIU).
� Only require 2 pair of RS485 recommended wire for coummunication between
DIU and readers. (2 wires for power cabling & 2 wires for communication signal)
� Recommended cabling: Belden 1419 screen cable.
� Max.16 units of i-CASS controller can be connected under 1 communication bus.
� SmartBox for other doors is linked back to the same communication wire via
RS485 cabling.
� 1 downlink bus is only allow maximum 8 units of DIU.
� I-CASS controller come with 4 downlink that accumulated up to 32 units of DIU.
� User is not restricted to install out-reader for every installation.
14

Diagram of Door Interface unit
15

Diagram of Reader Interface unit
16

Wiring Diagram of Controller to SmartBox
17

Wiring Diagram of SmartBox to Reader Interface
Getting Started
18

Cold Start
Users are advised to perform Cold Start during each new
installation. Cold Start or Clear
Memory is to clear entire data & reset system to default
configurations.
To perform Cold Start, hold down the ‘Cold Start’ button then press the ‘Reset’ button
inside
the Controller PCB for duration of 1-2 seconds. Release the ‘Cold Start’ button.
(Kindly check button location from Diagram of Controller, refer to page 12) Controller
will return a long beep sound and the Controller LCD will display the following
sequence:
dd/mm DDD hh:mm:ss
>>Clearing Memory
<
dd/mm DDD hh:mm:ss
> >> Cold Start

Programming
ICASS Controller is based on Menu driven Event programming. It consists of two level
of password.
a. Programming Level password: 333333
b. Maintenance Level password: 222222
These passwords pre-programmed and it is subject to change by user.
To enter the Programming mode, press any button from Controller to activate it.
Controller will display the following:
dd/mm DDD hh:mm:ss
Password [ ]
Enter the 6 digits Programming/ Maintenance password to proceed or enter into
Programming Menu.
Understanding Display Information
Information displayed on Controller LCD will be as follow.
dd/mm DDD hh:mm:ss
FFFFFF 00 Bn
Dd => Date
mm => Month
DDD => Day of week
hh:mm:ss => Current Time
FFFFFF => System Default code/ Card Number
00 => Door Interface Address
Bn => Returned Transaction code
20

Menu Architecture
Menu Item
1. System
3. SMS
5. GP Op
7. Maint
9. Info
1. System
2. Dbase
3. SMS
4. G. Tour
5. GP Op
6. Evt Op
7. Maint
8. Prt
9. Info
0. Quit
1.1 Date
1.2 Door
1.3 Holiday
1.4 Timers
1.5 T Zone
1.6 Acc Lvl
1.7 Int Grp
1.8 Clear
1.9 Param
1.10 Main
3.1 Assign
3.2 Delete
3.3 View DB
3.4 Add Book
3.5 View Add
3.6 Clr DB
3.7 Inst Mod
3.8 Main
5.1 On/ Off
5.2 Op Tz
5.3 Main
7.1 CH Pass
7.2 Set Str
7.3 Test
7.4 Main
2. DBase
4. G. Tour
6. Evt Op
8. Prt
0. Quit
2.1 Install
2.2 Delete
2.3 View DB
2.4 View Lg
2.5 Clr DB
2.6 Rst A/p
2.7 Rst L/o
2.8 Main
4.1 SetDB
4.2 Param
4.3 Clr DB
4.4 Main
6.1 Op Time
6.2 Tr Code
6.3 Main
21

Introduction to [System] Menu
1. System
1.1 Date
1.2 Door
1.3 Holiday
1.4 Timers
1.5 T Zone
1.6 Acc Lvl
1.7 Int Grp
1.8 Clear
1.9 Param
1.10 Main
1.1 Set Date & Time
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘1’ (1. Date) from System Menu
iv. Controller LCD will display the following:
dd/mm DDD hh:mm:ss
Yr[2002] M(07) D(21)
dd/mm DDD hh:mm:ss
HH[23] MM(05)
-Key in the ( ) bracket on focus
-From 1998/01/01 to 2030/12/31 allowed.
1.2 Door
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘2’ (2. Door) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Door No? (01)
-Key in the ( ) bracket on focus to select door no
-A range of value (01 – 32) allowed
22

dd/mm DDD hh:mm:ss
Counter Mode[ON/OFF]
dd/mm DDD hh:mm:ss
Counter [0000]
dd/mm DDD hh:mm:ss
Counter Tz[001]
dd/mm DDD hh:mm:ss
Interlock Mode[ON/OFF]
dd/mm DDD hh:mm:ss
Dual Card Mode[ON/OFF]
dd/mm DDD hh:mm:ss
ALR Tz [000]
dd/mm DDD hh:mm:ss
Lock Rel Time [05]
dd/mm DDD hh:mm:ss
Door Open Time [10]
dd/mm DDD hh:mm:ss
In Loc Code [00]
-Press 0 to ON/ OFF
-Counter Mode turned to ON to track total Entrance.
-Press Enter to continue.
Notes: Counter increase by 1 whenever any received ‘Valid
Entry’ & Door Opened; Counter will decrease by 1 with any
‘Valid Exit’ and Door Opened transaction received.
-Key in the ( ) bracket on focus to set maximum
counter/ entries allowed per day basis.
-A value range of (0000 – 9999) allowed.
-Counter will only activate by Time Zone. Counter will
automatically set to 0 after Time Zone period.
-Press 0 to ON/ OFF
-Interlocking Mode turned to ON, if door set to be
Interlocking group.
-Press Enter to continue
-Press 0 to ON/ OFF
-Turn to ON to activate Dual Card Mode function.
-Press Enter to continue
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A Value range of (000 – 255) allowed.
-Key in the ( ) bracket on focus to set Lock Release
time frame.
-A Value range of (00 – 60) seconds allowed
Notes: Lock will auto energize after Release period.
-Key in the ( ) bracket on focus to set door open
time frame.
-A Value range of (00 – 99) seconds allowed
Notes: Reader will buzz if door left opened after the Door
Open time period.
-Key in the ( ) bracket on focus to In Location Code
-A Value range of (00 – 99) allowed
23

dd/mm DDD hh:mm:ss
Out Loc Code [00]
dd/mm DDD hh:mm:ss
Arming Tz [01]
dd/mm DDD hh:mm:ss
Exit button Tz [01]
dd/mm DDD hh:mm:ss
Security [ON]
dd/mm DDD hh:mm:ss
Fire Security [ON]
dd/mm DDD hh:mm:ss
Card+Pin Mode{ON/OFF]
dd/mm DDD hh:mm:ss
Card+Pin Tz [000]
dd/mm DDD hh:mm:ss
Emer. Mode [E-Pin]
dd/mm DDD hh:mm:ss
Emer Pin [6666]
-Key in the ( ) bracket on focus to In Location
Code.
-A Value range of (00 – 99) allowed
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A Value range of (000 – 255) allowed.
Notes: System will Arm & Disarm based on Time Zone period
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A Value range of (000 – 255) allowed.
Notes: Exit button will only be enabled within
programmed Time Zone period.
-Press 0 to ON/ OFF
-Normal operation is set to ON, when turned to OFF
will let the door remain open.
-Press Enter to continue
-Press 0 to ON/ OFF
-Turned to ON, system will recognize door as Fire Security
door and will release the door upon detecting fire.
-Press Enter to continue
-Press 0 to ON/ OFF
-Turned to ON, Reader will always request PIN upon flashing
the Card.
-Press Enter to continue
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A value range of (000 – 255) allowed.
Notes: Card + Pin only activated within programmed
Time Zone period. Card + Pin must turned to OFF.
-Press 0 to select
-Option: [E-Pin], [E-Key], [L-Rel], [Fac]
-Press Enter to continue
-Key in the ( ) bracket on focus to set Emergency PIN
-A 4 digits number needed to be assigned.
24

dd/mm DDD hh:mm:ss
Alarm Mode [OFF]
dd/mm DDD hh:mm:ss
Arm Dly [05]
dd/mm DDD hh:mm:ss
DisArm Dly [05]
dd/mm DDD hh:mm:ss
Alarm Output Tz [000]
dd/mm DDD hh:mm:ss
Pin Error Limit [03]
dd/mm DDD hh:mm:ss
Alm Pin 1 [0000]
dd/mm DDD hh:mm:ss
Alm Pin 1 Tz [000]
dd/mm DDD hh:mm:ss
Alm Pin 2 [0000]
dd/mm DDD hh:mm:ss
Alm Pin 2 Tz [000]
-Press 0 to ON/ OFF
-When turned ON will arm the particular Door Interface.
-Press Enter to continue
-Key in the ( ) bracket on focus to set Emergency PIN.
-A range of value 00 – 60 seconds allowed.
Notes: Arm Delay is used to delay the Arming time.
-Key in the ( ) bracket on focus to set Emergency PIN.
-A range of value 00 – 60 seconds allowed.
Notes: Disarm Delay use to delay disarm period.
-Key in the ( ) bracket on focus to assign Time Zone code.
-A value range of (000 – 255) allowed.
Notes: Alarm Output only activated/ triggered
within programmed Time Zone period. However,
transactions & Alarm beeper will still return to PC.
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A value range of (00 – 10) allowed.
Notes: Alarm Pin will be locked out for 1 minute, if error PIN
Limit exceeded.
-Key in the ( ) bracket on focus to set Emergency PIN.
-A 4 digits number needed to be assigned.
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A value range of (000 – 255) allowed.
Notes: This Alarm PIN will only be applicable within
programmed Time Zone period.
-Key in the ( ) bracket on focus to set Emergency PIN.
-A 4 digits number needed to be assigned.
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A value range of (000 – 255) allowed.
Notes: This Alarm PIN will only be applicable within
25

dd/mm DDD hh:mm:ss
Use Common Pin [ON]
dd/mm DDD hh:mm:ss
Local Pin Mode [ON]
dd/mm DDD hh:mm:ss
Local Pin 1/2 [0000]
dd/mm DDD hh:mm:ss
Local Pin 1/2 Tz [000]
1.3 Holiday
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘3’ (3. Holiday) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Set Holiday
dd/mm DDD hh:mm:ss
Type? (1/2)
dd/mm DDD hh:mm:ss
Hol (1) selected
dd/mm DDD hh:mm:ss
Hol–01 MM(00) DD(00)
dd/mm DDD hh:mm:ss
Hol–02 MM(00) DD(00)
programmed Time Zone period.
-Press 0 to ON/ OFF
-When turned ON will activate the Global PIN set.
-Press Enter to continue
Notes: To use Global PIN set Pin Mode to ON.
-Press 0 to ON/ OFF
-When turned ON will activate the PIN Access control.
-Press Enter to continue
-Key in the ( ) bracket on focus to set Emergency PIN.
-A 4 digits number needed to be assigned.
Notes: Use Common must set to OFF to activate Local PIN.
-Key in the ( ) bracket on focus to assign Time Zone
code.
-A value range of (000 – 255) allowed.
Notes: This Local PIN will only applicable within
programmed Time Zone period.
-Press 1 to select Holiday 1;
-Press 2 to select Holiday 2.
(Assume Holiday 1 selected)
-Key in the ( ) bracket on focus to set holiday date.
-MM represent Month (01- 12) allowed;
DD represent Day (01 – 31) allowed.
Notes: Each Holiday 1 /2 support up to 30 sets.
-Continue to key in the Holiday dates.
-To finish, press ‘ESC’ key.
26

1.4 Timers
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘4’ (4. Timers) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
TimeSet No? [002]
dd/mm DDD hh:mm:ss
Recno [0002]
dd/mm DDD hh:mm:ss
I1(0000) – (0000)
dd/mm DDD hh:mm:ss
I2(0000) – (0000)
dd/mm DDD hh:mm:ss
I3(0000) – (0000)
1.5 T Zone
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘5’ (5. T Zone) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
TimeZone No? [002]
dd/mm DDD hh:mm:ss
Recno [0002]
dd/mm DDD hh:mm:ss
Sun TimeSet [0000]
dd/mm DDD hh:mm:ss
Tue TimeSet [0000]
dd/mm DDD hh:mm:ss
Wed TimeSet [0000]
-Key in the ( ) bracket on focus to assign Time Set code
-A value range of (000 – 255) allowed.
-Time Set (00) & (01) are System pre-programmed,
no modification allowed
-Time Set (00) => no access at all; (01) => free access to all.
-Key in the ( ) bracket on focus to set timer.
-A range value of (0000 – 2359) allowed.
Notes: Time Set separated into 3 intervals.
The value is stored in 24 hours format.
Eg. 0700 => 7.00 a.m
1830 => 6.30 p.m
-Continue to key in Interval 2 & 3 or
-Press ‘ENT’ to accept; Press ‘ESC’ to abort.
-Key in the ( ) bracket on focus to assign TimeZone code
-A value range of (000 – 255) allowed.
-TimeZone (00) & (01) refer as System pre-programmed
default settings, no modification allowed.
-TimeZone (00) => no access to all; (01) => free access to all.
-Key in the ( ) bracket on focus with appropriate Time Set.
Notes: Time Zone configured by 1 week + 2 Holiday timer.
-Continue to key in the Time Set from Tue to HL2 or
-Press ‘ENT’ to accept; Press ‘ESC’ to abort.
27

dd/mm DDD hh:mm:ss
Thu TimeSet [0000]
dd/mm DDD hh:mm:ss
Fri TimeSet [0000]
dd/mm DDD hh:mm:ss
Sat TimeSet [0000]
dd/mm DDD hh:mm:ss
HL1 TimeSet [0001]
dd/mm DDD hh:mm:ss
HL2 TimeSet [0001]
1.6 Acc Lvl
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘6’ (6. Acc Lvl) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Acc Lvl No? [002]
dd/mm DDD hh:mm:ss
Recno [0002]
dd/mm DDD hh:mm:ss
Date in dd/mm/yyyy
dd/mm DDD hh:mm:ss
St (01)/ (01)/ (1998)
dd/mm DDD hh:mm:ss
Ed (31)/ (12)/ (2030)
dd/mm DDD hh:mm:ss
Door 01 Tz [000]
dd/mm DDD hh:mm:ss
Door 02 Tz [000]
. . .
-Key in the ( ) bracket on focus to assign Access Level code
-A value range of (000 – 255) allowed.
-Acc Lvl (00) & (01) refer as System pre-programmed
default settings, no modification allowed.
-Acc Lvl (00) => no access to all; (01) => free access to all.
Notes: Access Level refers to each individual door access
Time Zone.
Each Access Level carries an expiry interval.
(dd => Day; mm => Month; yyyy => Year)
-Key in the ( ) bracket on focus to set Start date.
-Minimum Start date = 0101/1998
-Key in the ( ) bracket on focus to set End date.
-Maximum End date = 31/12/2030
-Key in the ( ) bracket on focus with appropriate Time Zone
from Door 1 to Door 32.
-Press ‘ENT’ to continue or ‘ESC’ to abort settings.
28

dd/mm DDD hh:mm:ss
Door 32 Tz [000]
1.7 Int Grp
i. Enter the 6 digits Programming Password.
iv. Press ‘1’ (1. System) to enter System Menu
v. Press ‘1’ (7. Int Grp) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Interlock Group [01]
dd/mm DDD hh:mm:ss
Member 1 -> Door[01]
dd/mm DDD hh:mm:ss
Member 2 -> Door[01]
. . .
dd/mm DDD hh:mm:ss
Member 5 -> Door[01]
1.8 Clear
i. Enter the 6 digits Programming Password.
ii. Press ‘1’ (1. System) to enter System Menu
iii. Press ‘1’ (8. Clear) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Clear Mem (Y=ENT)?
dd/mm DDD hh:mm:ss
Memory Cleared
-Key in the ( ) bracket on focus to set Interlocking Group.
-A value range of (01 – 10) allowed. (Maximum of 10 groups)
Notes: Maximum of 10 groups supported only.
Each group maximum up to 5 Members only.
-Key in the ( ) bracket on focus to assign what Door/ Station
to be grouped.
-A value range of Door (01 – 32) enable.
-Continue to key in the Member 2 to 5 associate Door.
-Press ‘ENT’ to accept or ‘ESC’ to abort.
-Press ‘ENT’ to confirm Clear System Memory. or
Press ‘ESC’ to cancel/ abort.
29

1.9 Param
i. Enter the 6 digits Programming Password.
iv. Press ‘1’ (1. System) to enter System Menu
v. Press ‘1’ (9. Param) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Lock Out [OFF]
dd/mm DDD hh:mm:ss
Chk Expiry [OFF]
dd/mm DDD hh:mm:ss
Antipassback [OFF]
dd/mm DDD hh:mm:ss
Common Pin 01
dd/mm DDD hh:mm:ss
Common Pin 02
. . .
dd/mm DDD hh:mm:ss
Common Pin 10
dd/mm DDD hh:mm:ss
Common Pin Tz -01
dd/mm DDD hh:mm:ss
Common Pin Tz -02
. . .
dd/mm DDD hh:mm:ss
Common Pin Tz -10
dd/mm DDD hh:mm:ss
Facility Code [0000]
-Press 0 to ON/ OFF
-When turned ON will activate the Lockout checking.
-Press Enter to continue
Notes: Card will Lockout if Wrong/ Invalid PIN exceeded
Pin Error Limit
-Press 0 to ON/ OFF
-Turned to ON will activate the Expiry checking.
-Press Enter to continue
-Press 0 to ON/ OFF
-Turned to ON will activate the Antipassback mode. (Assume
In & Out Location been set)
-Press Enter to continue
-Key in the ( ) bracket on focus to set Common Pin
-A 4 digits number needed to be assigned.
-Continue key in the Common Pin 02 to 10.
-Key in the ( ) bracket on focus to assign Common Pin Tz
-A value range of (000 – 255) allowed.
-Continue key in the Common Pin Tz on 02 to 10.
Notes: To use Common Pin/ Global Pin
i. Common Pin must run with Time Zone control.
ii. PIN Mode must be turned ON.
iii. Use Common must be turned to Yes.
-Key in the ( ) bracket on focus to set Facility Code
-A 4 digits number needed to be assigned.
Notes: Kindly refer to Card Manufacturer for Facility Code
reference. This is only applicable when Controller is down.
(Assume Emer. Mode turned to Facility)
30

Introduce to [DBase] Menu
2. Dbase
2.1 Install
2.2 Delete
2.3 View DB
2.4 View Lg
2.5 Clr DB
2.6 Rst A/p
2.7 Rst L/o
2.8 Main
2.1 Install
v. Enter the 6 digits Programming Password.
vi. Press ‘2’ (2. DBase) to enter DBase Menu
vii. Press ‘1’ (1. Install) from DBase Menu
viii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Install Card . .
dd/mm DDD hh:mm:ss
Start [0000000000]
dd/mm DDD hh:mm:ss
End [0000000000]
dd/mm DDD hh:mm:ss
Acc Lvl [001]
dd/mm DDD hh:mm:ss
Dual Card Mode [OFF]
dd/mm DDD hh:mm:ss
Match Pair [000]
dd/mm DDD hh:mm:ss
Guard Tour Mode [OFF]
-Key in the ( ) bracket on focus to Install Card_No
-A 10 digits number needed to be assigned.
-Use ESC as backspace
-Key in the ( ) bracket with last Card_No
Notes: This is to install a batch of/ Sequence of Card.
To install one card only, key-in the same Card_No
at Start & End.
-Key in the ( ) bracket on focus to assign Access Level to card.
-A value range of (000 –255) allowed.
Notes: If cards installed batch, all cards will carried same
Access Level.
-Press 0 to ON/ OFF
-Turned to ON to recognize card install as Dual Card support.
-Press Enter to continue
Notes: This is only applicable to Door Access Cardholder.
-Key in the ( ) bracket on focus to assign Match Pair code
-A value range of (000 – 255) allowed.
Notes: This is only applicable to Dual Card holder.
-Press 0 to ON/ OFF
-Turned to ON, System will recognize card as
Guard Tour Card.
-Press Enter to continue
31

dd/mm DDD hh:mm:ss
GT Team No [000]
dd/mm DDD hh:mm:ss
OK . . .
-Key in the ( ) bracket on focus to set Guard Tour Team No
to the Card.
-A value range of (000 – 255) allowed.
-OK message shown indicated installed card succeed.
2.2 Delete
i. Enter the 6 digits Programming Password.
ii. Press ‘2’ (2. DBase) to enter DBase Menu
iii. Press ‘2’ (2. Delete) from DBase Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Delete Card . .
dd/mm DDD hh:mm:ss
Card #[0000000000]
dd/mm DDD hh:mm:ss
Deleted
dd/mm DDD hh:mm:ss
Not Found . .
2.3 View DB
i. Enter the 6 digits Programming Password.
ii. Press ‘2’ (2. DBase) to enter DBase Menu
iii. Press ‘3’ (3. View DB) from DBase Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
View Card DB
dd/mm DDD hh:mm:ss
Page [1 - 20] ?
dd/mm DDD hh:mm:ss
Total Card [00010]
-Key in the ( ) bracket on focus with Card_No to be delete
-A 10 digits number needed to be assigned.
-Use ESC as backspace
-[Deleted] message shown indicated delete succeed.
-[Not Found] message shown if Database failed to search Card
to be delete.
-Key in the ( ) bracket on focus to select Card Database page.
-A value page of (00 – 20) allowed.
-[Total Card] message prompt indicated number of cards
installed.
32

dd/mm DDD hh:mm:ss
011422 ALVL01 . . N 00
-Below shown Card Information:
011422 => Card Number
ALVL01 => Access Level (01)
N => Non –Dual Card mode
0 => Match Pair code (00)
Notes: Users are allowed to perform below procedure during View DB:
a. To Find Card
b. To Edit Card information
a. To perform Find Card, press ‘ENT’, LCD shown as below:
dd/mm DDD hh:mm:ss
Find Card [0000001234]
dd/mm DDD hh:mm:ss
Found in page 05
dd/mm DDD hh:mm:ss
001234 ALVL03 . . N 00
or
dd/mm DDD hh:mm:ss
** Card Not Found **
b. To edit Card, press ‘B’, LCD shown as below:
dd/mm DDD hh:mm:ss
AccLvl [001]
dd/mm DDD hh:mm:ss
Dual Card Mode [OFF]
dd/mm DDD hh:mm:ss
Match Pair [001]
dd/mm DDD hh:mm:ss
Guard Tour Mode [OFF]
dd/mm DDD hh:mm:ss
GT Team No [000]
-Key in the ( ) bracket on focus with Card_No
wanted to be find
-A 10 digits number needed to be assigned.
-Use ESC as backspace
-If Card found, LCD shown Found in page what?
Then follow by Card information. (Press ‘ENT’
to search again)
-If Card not found, LCD display [Card Not Found].
-Key in the ( ) bracket on focus to exchange Access
Level.
-Press ‘ENT’ to continue or ‘ESC’ to cancel edit.
-Press 0 to ON/ OFF Dual Card Mode
-Press ‘ENT’ to continue or ‘ESC’ to cancel edit.
-Key in the ( ) bracket on focus to exchange Match
Pair code.
-Press ‘ENT’ to continue or ‘ESC’ to cancel edit.
-Press 0 to ON/ OFF Guard Tour Mode
-Press ‘ENT’ to continue or ‘ESC’ to cancel edit.
-Key in the ( ) bracket on focus to exchange GT
Team No.
-Press ‘ENT’ to finish edit or ‘ESC’ to cancel edit.
33

2.4 View Lg
i. Enter the 6 digits Programming Password.
ii. Press ‘2’ (2. DBase) to enter DBase Menu
iii. Press ‘4’ (4. View Lg) from DBase Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
View Trans
dd/mm DDD hh:mm:ss
07/11 18:01:06
dd/mm DDD hh:mm:ss
FFFFFFFFFF 00 Bh
2.5 Clr DB
i. Enter the 6 digits Programming Password.
ii. Press ‘2’ (2. DBase) to enter DBase Menu
iii. Press ‘5’ (5. Clr DB) from DBase Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Clear Card (Y=ENT)?
dd/mm DDD hh:mm:ss
Card DB Cleared !!
dd/mm DDD hh:mm:ss
OK !!
2.6 Rst A/p
i. Enter the 6 digits Programming Password.
ii. Press ‘2’ (2. DBase) to enter DBase Menu
iii. Press ‘6’ (6. Rst A/p) from DBase Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Rst A/p (Y=ENT)?
-Use ‘A’ to scroll Left; ‘D’ to scroll Right
-Press ‘C’ to browse Transaction code.
Notes:
07/11 => 7 th of July
18:01:06 => 6.01.06 p.m
FFFFFFFFFF => System code/ Card_No
0 => Door Interface address
Bh => Transaction code
-Press ‘ENT’ to clear Card Database;
-Press ‘ESC’ to abort.
-[Card DB Cleared] & [OK] message shown indicated
clear card database succeed.
-Press ‘ENT’ to clear entire Antipassback violation cards;
-Press ‘ESC’ to Cancel.
34

dd/mm DDD hh:mm:ss
Anti P/B Cleared
2.7 Clr DB
i. Enter the 6 digits Programming Password.
ii. Press ‘2’ (2. DBase) to enter DBase Menu
iii. Press ‘7’ (7. Rst L/o) from DBase Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Rst L/o (Y=ENT)?
dd/mm DDD hh:mm:ss
Lockout Cleared
-[Anti P/B Cleared] message prompt indicated Antipassback
flag reset.
-Press ‘ENT’ to clear entire Lockout cards;
-Press ‘ESC’ to abort.
-[Anti P/B Cleared] message prompt indicated Lockout
flag reset.
35

Introduction to [SMS] Menu
3. SMS
3.1 Assign
3.2 Delete
3.3 View DB
3.4 Add Book
3.5 View Add
3.6 Clr DB
3.7 Inst Mod
3.8 Main
3.1 Assign
ix. Enter the 6 digits Programming Password.
x. Press ‘3’ (3. SMS) to enter System Menu
xi. Press ‘1’ (1. Assign) from System Menu
xii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Install SMS User . .
dd/mm DDD hh:mm:ss
Start [0000000001]
dd/mm DDD hh:mm:ss
End [0000000001]
dd/mm DDD hh:mm:ss
Installing . . .
dd/mm DDD hh:mm:ss
! Card Not Found !
-Key in the ( ) bracket on focus with first Card_No needed
to be assign with Message.
-A 10 digits number of Card_No.
-Use ESC as backspace
-Key in the ( ) bracket with last Card_No to assign with
message.
Notes: This is to assign message to a batch of/ sequence of
cards.
To install one card only, key-in the same Card_No
at Start & End portion.
-‘Installed’ message shown indicated assign succeed.
-‘Card Not Found’ message prompt if Card not Installed from
System.
3.2 Delete
v. Enter the 6 digits Programming Password.
vi. Press ‘3’ (3. SMS) to enter System Menu
vii. Press ‘2’ (2. Delete) from System Menu
viii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Total SMS User [005]
36

dd/mm DDD hh:mm:ss
001 -> [0000001234]
dd/mm DDD hh:mm:ss
002 -> [0000011422]
dd/mm DDD hh:mm:ss
. . . End of Box
-Total SMS Users installed shown during initialize.
-System shows the 1 st Card No being installed.
-Press ‘D’ to scroll next record.
-Press ‘ENT’ to delete particulars Card message.
-‘End of Box’ indicated System have done check on Cards
assign with message.
3.3 View DB
i. Enter the 6 digits Programming Password.
ii. Press ‘3’ (3. SMS) to enter System Menu
iii. Press ‘3’ (3. View DB) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Total SMS User [005]
dd/mm DDD hh:mm:ss
001 -> [0000001234]
-Total SMS Users installed shown during initialize.
-System shown the 1 st Card_No being installed.
-Press ‘B’ to read message from Controller.
-Maximum of 100 message allowed to be installed.
3.4 Add BooK
i. Enter the 6 digits Programming Password.
ii. Press ‘3’ (3. SMS) to enter System Menu
iii. Press ‘4’ (4. Add BooK) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Insert Phone No…
dd/mm DDD hh:mm:ss
#1 [0122142239]
dd/mm DDD hh:mm:ss
Next …
dd/mm DDD hh:mm:ss
#2 [0122242239]
dd/mm DDD hh:mm:ss
Next …
-[Inserting Phone No…] message shown
-Key in 10 digits Phone number wanted to set as Outbound user.
-Continue to key in 2 nd set Outbound user’s phone number.
37

dd/mm DDD hh:mm:ss
#3 [0122342239]
dd/mm DDD hh:mm:ss
Installing
-Continue to key in 2 nd set Outbound user’s phone number.
3.5 View Add
i. Enter the 6 digits Programming Password.
ii. Press ‘3’ (3. SMS) to enter System Menu
iii. Press ‘5’ (5. View Add) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
001 -> [0122142239]
dd/mm DDD hh:mm:ss
002 -> [0122242239]
dd/mm DDD hh:mm:ss
003 -> [0122342239]
dd/mm DDD hh:mm:ss
. . . End of List
dd/mm DDD hh:mm:ss
Top of List . . .
-Controller return 1 st Phone No Address.
-Press ‘A’ or ‘D’ to scroll from left/ right respectively.
-[End of List] message prompt indicates end of data.
-[Top of List] message prompt indicates top of data.
3.6 Clr DB
i. Enter the 6 digits Programming Password.
ii. Press ‘3’ (3. SMS) to enter System Menu
iii. Press ‘6’ (6. Clr DB) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
** SMS DB Cleared **
-[SMS DB Cleared] message return indicates database clearing succeed
38

3.7 Inst Mod
i. Enter the 6 digits Programming Password.
ii. Press ‘3’ (3. SMS) to enter System Menu
iii. Press ‘7’ (7. Inst Mod) from System Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Install SMS Modem
dd/mm DDD hh:mm:ss
service.
SMS MODEM [OFF]
-Turned SMS MODEM turned to On will activate the Outbound
39

Introduction to [G. Tour] Menu
4. G. Tour
4.1 SetDB
4.2 Param
4.3 Clr DB
4.4 Main
4.1 SetDB
1. ShiftDB
2. TimeSet
3. RouteDB
4. SchedDB
0. Main
4.1.1 TeamDB
a. Enter the 6 digits Programming Password.
b. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
c. Press ‘1’ (1. SetDB) from G. Tour Menu
d. Press ‘1’ (1. ShiftDB)
e. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Shift No? [001]
dd/mm DDD hh:mm:ss
GT TimeSet No [000]
dd/mm DDD hh:mm:ss
GT TimeSet No [000]
dd/mm DDD hh:mm:ss
GT TimeSet? [001]
dd/mm DDD hh:mm:ss
Station? (01)
-Key in the ( ) bracket on focus to set Shift No.
-A value range of (000 – 255) allowed.
-Key in the ( ) bracket on focus to set GT Timeset No.
-A value range of (000 – 255) allowed.
-Key in the ( ) bracket on focus to set GT Timeset No.
-A value range of (000 – 255) allowed.
4.1.2 TimeSet
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘1’ (1. SetDB) from G. Tour Menu
iv. Press ‘2’ (2. TimeSet)
v. Controller LCD will display as below:
-Key in the ( ) bracket on focus to set GT TimeSet No.
-A value range of (000 – 255) allowed.
-Key in the ( ) bracket on focus to select Station.
-A value range of (01 – 32) allowed.
Notes: Station also refers as Door.
40

dd/mm DDD hh:mm:ss
Time [0000]-(0000)
dd/mm DDD hh:mm:ss
Station? [02]
-Key in the ( ) bracket on focus to set timer.
-A range value of (0000 – 2359) allowed.
Notes: This Time is only used for Guard Tour System.
The timer value is stored as 24 hours format.
Eg. 0700 => 7.00 a.m
1830 => 6.30 p.m
-Continue to select & set time for other Stations.
-Press ‘ESC’ to finish/ Abort.
4.1.3 RouteDB
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘1’ (1. SetDB) from G. Tour Menu
iv. Press ‘3’ (3. RouteDB)
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
GT Route? [001]
dd/mm DDD hh:mm:ss
Station 01 -> Door [01]
dd/mm DDD hh:mm:ss
Station 01 -> Door [01]
-Key in the ( ) bracket on focus to set GT Route Set No.
-A value range of (000 – 255) allowed.
-Key in the ( ) bracket on focus to select Door No assign to
Station 1.
-A value range of (01 – 32) allowed.
Notes: Please acknowledge Station timer based on
GT TimeSet. Kindly refer to menu no 4.1.2.
-Continue to select the Door assign to other Stations.
(Maximum of 32 Station)
-Press ‘ESC’ to finish/ Abort.
4.1.4 SchedDB
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘1’ (1. SetDB) from G. Tour Menu
iv. Press ‘4’ (4. SchedDB)
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Schedule on [Hol]
-Press ‘0’ to select Schedule Day.
-Option: [Mon], [Tue], [Wed], [Thu], [Fri], [Sat], [Sun] or
[Hol]
41

dd/mm DDD hh:mm:ss
Total Shift [000]
dd/mm DDD hh:mm:ss
01 -> Shift No? [000]
-System shows Total Shift installed of the Schedule Day.
-Key in the ( ) bracket on focus to assign Shift No.
-A value range of (000 – 255) allowed.
dd/mm DDD hh:mm:ss -Continue to assign others Team No involved.
02 -> Shift No? [000]
(A maximum of 50 Team No/ Shifts is allowed to be assigned per
Day) -Press ‘ESC’ to finish /Abort
. . .
dd/mm DDD hh:mm:ss
50 -> Shift No? [000]
4.2 Param
dd/mm DDD hh:mm:ss
Guard Tour [OFF]
dd/mm DDD hh:mm:ss
Guard Tour Tz [000]
4.3 Clr DB
1. C. Shift
2. C. Ts
3. C. Route
4. C. Sched
5. C. DB
0. Main
dd/mm DDD hh:mm:ss
Delete Shift [001]
ix. Enter the 6 digits Programming Password.
x. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
xi. Press ‘1’ (2. Param) from G. Tour Menu
xii. Controller LCD will display as below:
-Press ‘0’ to ON/ OFF
-Turned to ON, to activate Guard Tour features.
-Press ‘ENT’ to continue.
-Key in the ( ) bracket on focus to assign Guard Tour
TimeZone control.
-A value range of (000 – 255) allowed.
Notes: Guard Tour will activate based on TimeZone control.
To use TimeZone control, Guard Tour turned to OFF.
4.3.1 C. Shift
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘3’ (3. Clr DB) from G. Tour Menu
iv. Press ‘1’ (1. C.Shift)
v. Controller LCD will display as below:
-Key in the ( ) bracket on focus to select Shift No to be delete.
-A value range of (000 – 255) allowed.
42

dd/mm DDD hh:mm:ss
Shift [001] Cleared !
-Controller shows the Team No been deleted.
4.3.2 C. Ts
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘3’ (3. Clr DB) from G. Tour Menu
iv. Press ‘2’ (2. C.Ts)
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Delete Timeset [001]
dd/mm DDD hh:mm:ss
TimeSet [001] Clr !
-Key in the ( ) bracket on focus to select TimeSet to be delete.
-A value range of (000 – 255) allowed.
-Controller shows the TimeSet No had been deleted.
4.3.3 C. Route
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘3’ (3. Clr DB) from G. Tour Menu
iv. Press ‘3’ (3. C.Route)
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Delete Route [001]
dd/mm DDD hh:mm:ss
Route [001] Clr !
-Key in the ( ) bracket on focus to select Route to be deleted.
-A value range of (000 – 255) allowed.
-Controller shows the Route No been deleted.
4.3.4 C. Sched
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘3’ (3. Clr DB) from G. Tour Menu
iv. Press ‘4’ (4. C.Sched)
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Delete [Hol] Schedule
dd/mm DDD hh:mm:ss
Hol Schedule Clr !
-Press ‘0’ to select Schedule Day to be delete.
-Option: [Mon], [Tue], [Wed], [Thu], [Fri], [Sat], [Sun] or
[Hol]
-Controller shows the TimeSet been deleted.
43

dd/mm DDD hh:mm:ss
G. Tour DB Cleared !
4.3.5 C. DB
i. Enter the 6 digits Programming Password.
ii. Press ‘4’ (4. G.Tour) to enter G. Tour Menu
iii. Press ‘3’ (3. Clr DB) from G. Tour Menu
iv. Press ‘5’ (5. C.DB)
v. Controller LCD will display as below:
-[G. Tour DB Cleared] message indicates Guard Tour
Database cleared.
Caution: G. Tour DB Cleared will deleted all ShiftDB,
GT TimeSet, RouteDB & SchedDB records.
44

Introduction to [GP Op] Menu
5. GP Op
5.1 On/ Off
5.2 Op Tz
5.3 Main
5.1 On/Off
i. Enter the 6 digits Programming Password.
vi. Press ‘5’ (5. GP Op) to enter General Purpose Output Menu
vii. Press ‘1’ (1. On/ Off) from General Purpose Output Menu
viii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Output [OFF]
-Press ‘0’ to turned On/ Off General Purpose Output.
5.2 Op Tz
i. Enter the 6 digits Programming Password.
ii. Press ‘5’ (5. GP Op) to enter General Purpose Output Menu
iii. Press ‘2’ (2. Op Tz) from General Purpose Output Menu
iv. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Output Tz [000]
-Key in the ( ) bracket on focus to set General Purpose Output
triggering TimeZone.
-A value range of [000 – 255] allowed.
Notes: General Purposes Output settings only can be done from Controller.
45

Introduction to [Evt Op] Menu
6. Evt Op
6.1 Op Time
6.2 Tr Code
6.3 Main
6.1 Op Time
i. Enter the 6 digits Programming Password.
vi. Press ‘6’ (6. Evt Op) to enter Event Output Menu
vii. Press ‘1’ (1. Op Time) from Event Output Menu
viii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Duration [0005]sec
-Key in the ( ) bracket on focus to set Output triggering
duration.
-A value range of [0000 – 9999] seconds allowed.
6.2 Tr Code
i. Enter the 6 digits Programming Password.
v. Press ‘6’ (6. Evt Op) to enter Event Output Menu
vi. Press ‘2’ (2. Tr Code) from Event Output Menu
vii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
01 -> [ ]
dd/mm DDD hh:mm:ss
02 -> [ ]
. . .
dd/mm DDD hh:mm:ss
20 -> [ ]
How to Set/ Key in Event code?
Example: Ba, refers to Controller Reset.
-Key in the ( ) bracket on focus to define Event Output
trigger condition.
-2 digit code required to key. (Max: 20 sets allowed)
-Press ‘ENT’ to continue configures 2 nd set Event Code;
Press ‘ESC’ to finish/ Abort.
Notes:
Refers to Transaction Code Table Reference for detail
Information.
i. Each Number from Controller’s keypad represent 3 represent alphabet.
1
ABC
ii. Press ‘B’, then followed by press ‘1’ to select [B]
iii. Press ‘D’, followed by press A then press ‘1’ to select [a]
Remarks: Use D to perform toggle Uppercase and Lowercase during Event code setting.
46

Introduction to [Maint] Menu
7. Maint
7.1 CH Pass
7.2 Set Str
7.3 Test
7.4 Main
7.1 CH Pass
i. Enter the 6 digits Maintenance/ Programming Password.
ix. Press ‘7’ (7. Maint) to enter Maint Menu
x. Press ‘1’ (1. CH Pass) from Maint Menu
xi. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
New Pwd [ ]
-Key in the ( ) bracket on focus to with New Password.
-A 6 digits number is required to be entered.
7.2 Set Str
i. Enter the 6 digits Maintenance Password.
viii. Press ‘7’ (7. Maint) to enter Maint Menu
ix. Press ‘2’ (2. Set Str) from Maint Menu
x. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
7.3 Test
7.3.1 Tst Kpd
7.3.2 Test WD
7.3.3 Test Ip
7.3.4 Test Op
7.3.5 Rd Stat
7.3.6 Main
Notes: Use the Maintenance/ Programming password to login,
based on which password requires to be changed.
7.3.1 Tst Kpd
i. Enter the 6 digits Maintenance Password.
ii. Press ‘7’ (7. Maint) to enter Maint Menu
iii. Press ‘3’ (3. Test) from Maint Menu
iv. Press ‘1’ (1. Tst Kpd) from Test Menu
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
[1234567890*#abcd]
-Key in the ( ) bracket on focus to define display string from Controller.
-Key in based on Controller LCD display.
47

dd/mm DDD hh:mm:ss
[.- - - - - - - - - - - -abcd]
dd/mm DDD hh:mm:ss
Keypad OK . . .
Notes: Display changed ( - ) indicates key functioning.
‘*’ => ESC
‘#’ => ENT
7.3.2 Test WD
i. Enter the 6 digits Maintenance Password.
ii. Press ‘7’ (7. Maint) to enter Maint Menu
iii. Press ‘3’ (3. Test) from Maint Menu
iv. Press ‘2’ (2. Test WD) from Test Menu
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Waiting for rst . .
-Controller shows ‘Keypad OK . . .’ indicates keypad functioning well.
-Controller return ‘Waiting for rst’ message, this indicates testing
Watch Dog in progression.
-Controller reset if WatchDog is functioning in good condition.
7.3.3 Test Ip
i. Enter the 6 digits Maintenance Password.
ii. Press ‘7’ (7. Maint) to enter Maint Menu
iii. Press ‘3’ (3. Test) from Maint Menu
iv. Press ‘3’ (3. Test Ip) from Test Menu
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Select Sensor [1]
dd/mm DDD hh:mm:ss
*** CUTTED ***
dd/mm DDD hh:mm:ss
*** NORMAL ***
-Key in the ( ) bracket on focus with appropriate Input point.
-Sensor Option: [1], [2], [3] or [4]
-Controller will show either ‘CUTTED’ or ‘NORMAL’
-‘CUTTED’ => Circuit opened;
-‘NORMAL’ => Circuit closed
7.3.4 Test Op
i. Enter the 6 digits Maintenance Password.
ii. Press ‘7’ (7. Maint) to enter Maint Menu
iii. Press ‘3’ (3. Test) from Maint Menu
iv. Press ‘4’ (2. Test Op) from Test Menu
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Rly (1 – 2) or 0 - Back
-Key in the ( ) bracket on focus with appropriate Relay point.
-Relay Options: [1], [2] or [0] => Return
-Select [1] to trigger Relay 1; [2] to trigger Relay 2
48

7.3.5 Rd Stat
i. Enter the 6 digits Maintenance Password.
ii. Press ‘7’ (7. Maint) to enter Maint Menu
iii. Press ‘3’ (3. Test) from Maint Menu
iv. Press ‘5’ (5. Test Op) from Test Menu
v. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Bus? (1 – 4)? [1]
dd/mm DDD hh:mm:ss
uuududud
-Key in the ( ) bracket on focus with no. of BUS
-BUS Options: [1], [2], [3] or [4]
Notes: (BUS References)
Select BUS 1: Refers to Door 1 to Door 8
Select BUS 2: Refers to Door 9 to Door 16
Select BUS 3: Refers to Door 17 to Door 24
Select BUS 4: Refers to Door 25 to Door 32
-Message String indicates Reader Status from Door 1 to Door 8
respectively. (Assume BUS 1selected for this example)
-[u] => Up; [d] => Down
49

Introduction to [Prt] Menu
8. Prt
8.1 Prt
i. Enter the 6 digits Programming Password.
xii. Press ‘8’ (8. Prt) to enter Prt Menu
xiii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Online Printer [OFF]
-Press 0 to On/ Off Online Printer.
Introduction to [Info] Menu
9. Info
9.1 Info
i. Enter the 6 digits Programming Password.
ii. Press ‘9’ (9. Info) to enter Info Menu
iii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Castle i-cass
dd/mm DDD hh:mm:ss
Addr = 00
dd/mm DDD hh:mm:ss
i-cass ver1.0
Introduction to [Quit] Menu
0. Quit
0. Quit
i. Enter the 6 digits Programming Password.
ii. Press ‘0’ (0. Quit) to exit Programming mode.
iii. Controller LCD will display as below:
dd/mm DDD hh:mm:ss
Exit Prog Mode
Notes: Dot Matrix printer recommended if online printer to be installed
Notes: Addr refers to Controller address. Kindly check on Controller
DIP switches setting.
50

How to Install/ Assign a Card?
Introduction of Access Card
An Access Card encoded with (i)User Card Number, (ii)Facility code & (iii)Default Card
PIN.
i. User card Number
10 digits Card_No that identified Card holder(Unique). This 6 digits number
will be installed into Controller Card Database.
ii. Facility code
4 digits number representing site code. Facility code need not be installed.
End Users are allowed to request on same Facility batch of card.
iii. Default Card PIN
4 digits number pre-programmed as Personnel Identification Number of a
card. This PIN code helps in providing higher security control. It is usable if
Reader/ particulars door turned to Card + Pin Mode.
Sample Card Information
Card_No: 0000011422
PIN: 0223
Facility code: 0019
Introduction of Access Card
I-CASS Access Card consists of above information & carried with:
i. Door Accessibility
ii. Dual Card Mode
iii. Match Pair
iv. Guard Tour Mode
v. GT Team No
i. Door Accessibility
Door Accessibility refers to each Individual door access granted Time Zone
period.
ii. Dual Card Mode
51

A non Dual Card mode is refers to normal Access Card. A Dual Card Mode
card required a correct Match Pair to grant access to particulars door.
iii. Match Pair
Match Pair is a 2 digits number code. This code will used for Dual Card mode
matching purposes.
iv. Guard Tour Mode
This is to categorize/ determine particular Installed Card as Guard Tour Card
holder or Door Access Card holder.
v. GT Team No
Define as Guard Tour Team Number. A 3 digits Team Code, and this is only
applicable to Guard Tour Card holder.
Access Level Management
I-CASS Card Access Management supports 2 types of Card either Dual Card Mode or non-Dual Card
mode (Normal Access Card). However, both carried a Door Accessibility (Access Level) to process/ to
grant access at pre-programmed time frame.
I-CASS Card Access Management is build up by 3 basis component:
a. Time Set
b. Time Zone
c. Door Accessibility
a. TimeSet refers to 3 Intervals gap of Daily Time settings. Maximum of 256
supported. Each TimeSet represent by 3 digits number code(000 – 255).
TimeSet [00] & [01] are pre-fix and not programmable. [00] refers to no access to
all; [01] refers to free access to all. TimeSet [02] to [255] are user programmable.
This Timeset will applied into TimeZone settings.
b. TimeZone refers to a time settings for 1 week + 2 Holidays. Each TimeZone
represented by 3 digits code(000 – 255), maximum of 256 sets supported.
TimeZone [00] & [01] are pre-fix and non programmable. [00] refers to no access
to all; while [01] refers to free access to all. TimeZone [02 – 255] are user
programmable. This programmed TimeZone will be applied to Door Accessibility
configurations.
c. Door Accessibility refers to TimeZone control on each individual door access
granted time frame. Maximum of 256 Door Accessibility allowed to be
configured. Each Door Accessibility represented by 3 digits code(000 – 255).
52

Door Accessibility [00] & [01] are pre-fix and non programmable. [00] refers to
no access at all; [01] refers to free access to all. Door Accessibility [02] to [255]
are user programmable sets. This will final assign to the Cardholder.
Example: TimeSet
TimeSet (00) TimeSet (01) TimeSet (02)
Interval 1 0000 - 0000 0000 - 2359 0830 - 1800
Interval 2 0000 - 0000 0000 - 0000 0000 - 0000
Interval 3 0000 - 0000 0000 - 0000 0000 - 0000
Example: TimeZone
TimeZone (00) TimeZone (01) TimeZone (02)
Monday 00 01 02
Tuesday 00 01 02
Wednesday 00 01 02
Thursday 00 01 02
Friday 00 01 02
Saturday 00 01 03
Sunday 00 01 00
Holiday 1 00 01 00
Holiday 2 00 01 00
**Every Day will assigned/ filled with represent TimeSet code.
Example: Door Accessibility
Dr Acc (00) Dr Acc (01) Dr Acc (02)
Door 1 00 01 02
Door 2 00 01 02
Door 3 00 01 02
**Every door will assigned with a carried TimeZone code. This also based on total of doors
System used.
How To :
a. Install a Normal Access Card
b. Install a Dual Card
c. Install a Guard Tour Card
a. Install a Normal Access Card
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘2’ to select DBase Pg. 31
3. Press ‘1’ to select Install
4. Key in the 10 digits Card number
5. Key in the 3 digits appropriate Acc Lvl
6. Turned Dual Card mode and Guard Tour mode to [off]
7. Press ‘ENT’ to proceed/Ignore Match pair and GT Team
No. setting
53

. Install a Dual Card
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘2’ to select DBase Pg. 31
3. Press ‘1’ to select Install
4. Key in the 10 digits Card number
5. Key in the 3 digits appropriate Acc Lvl
6. Turned Dual Card mode to [on]
7. Assign a Match Pair to the card. Ensure grouped Dual
Card sharing with same Match pair.
8. Turned Guard Tour mode to [off]
9. Press ‘ENT’ to finish/ ignore GT Team No.
c. Install a Guard Tour Card
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘2’ to select DBase Pg. 31
3. Press ‘1’ to select Install
4. Key in the 10 digits Card number
5. Continue to press ‘ENT’ to ignore Acc Lvl, Dual Card
mode, and Match pair
6. Turned Guard Tour mode to [on]
7. Assign with 3 digits GT Team No.
54

How to Configure Card + Pin Operation?
Introduction of Card + Pin Operation
System is embedded with Card & Pin operation. Card + Pin operation is allowed to
perform on a 24 hours basis or activated by Time Zone control. This feature applies to
each individual door or to door based security management.
Any doors associated with Card + Pin will require users to present/flash his/ her card &
respective Card PIN in order to grant access. Users are also be allowed to change their
Card PIN at any reader. (This will further be discussed in details on later chapter)
Premise will still remain secured if any card is lost and prided up by an unauthorized
person.
How To:
Configure Card + Pin on 24 hours basis
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set to Card + Pin)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Dual Card Mode.
6. Turn Dual Card Mode to [off]
7. Continue to press ‘ENT’ to ignore non related and search
for Card + Pin Mode.
8. Turn Card + Pin Mode to [on]
9. Continue to press ‘ENT’ to finish/ save the door settings
Configure Card + Pin by Time Zone control
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 23
4. Key in appropriate door no. (Door will set to Card + Pin)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Dual Card Mode.
6. Turn Dual Card Mode to [off]
7. Continue to press ‘ENT’ to proceed/ignore non-related and
search for Card + Pin Mode.
8. Turn Card + Pin Mode to [off], press ‘ENT’ to configure
Card + Pin Tz
9. Key in 3 digits appropriate Time Zone code. Ensure Time
Zone had been created.
10. Continue to press ‘ENT’ to finish/ save door settings
How to configure Time
Zone refer to page 27
55

How to Configure PIN Access?
Introduction of Pin Access Management
ICASS consists of 2 types categories of Pin Access Management. They are Common Pin
Access and Local Pin Access respectively.
Common Pin Access refers to Global Pin Access. Maximum of 10 sets Pin allowed to
configure. All Pin sets must applied/ paired with TimeZone to control Pin Access granted
activation. Use Common Pin if system required to share same Pin for multiple/ entire
doors.
Local Pin Access or refers to Individual Pin Access. Maximum of 2 sets Pin allowed to
be configured. These Pin also required to apllied/ paired with Time Zone control. Local
Pin enable easier management for Department.
How To:
Configure Common Pin Access
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set to use Common
Pin)
5. Press ‘ENT’ to ignore non related and search for Use
Common Pin
6. Turned Use Common to [on]
7. Continue to press ‘ENT’ to finish the door settings.
8. Return to System Menu, press ‘9’ to select Param Pg 30
9. Press ‘ENT’ to ignore non-related & search for Common
Pin 1
10. Key in the 4 digits Pin wanted to be set into Common pin 1
11. Repeat step no. 10 to continue sets for others set of Pin. or
press ‘ENT’ to proceed & search for Common Pin Tz-01
12. Key in 3 digits code of appropriate TimeZone pair. Ensure
Time Zone had been created.
13. Repeat step no. 12 for others Common Pin Tz match
14. Continue to press ‘ENT’ to finish/ save settings
How to configure Time
Zoe refers to page 27
56

Configure Local Pin Access
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will be set to use Local
Pin)
5. Press ‘ENT’ to ignore non related and search for Use
Common.
6. Turned Use Common to [off], Local Pin Mode [on]
7. Continue to press ‘ENT’ to search for Local Pin 1
8. Key in the 4 digits Pin wanted to be set into Local pin 1
9. Key in the 3 digits Time Zone code for Local Pin Tz-01.
Ensure Time Zone had been created.
10. Repeat steps 8 – 9 for Local Pin 2
11. Continue to press ‘ENT’ to finish/ save settings
How to cofigured Time
Zone refers to page 27
57

How to Configure Antipassback?
What is Anti-passback?
Antipassback feature is used to prevent any double entry or exit to particular door.
Besides that, it ensures Cardholders have to enter doors that match Location Code area
only. This feature helps on prohibiting a cardholder from passing card to another user to
grant access or protecting more than 1 user sharing the same card.
Each door may consist of 1 In Location code & 1 Out Location code. Only equal
Location code number will enable user to grant access to the door. By default, each
Cardholder will carry a default Location code (00). A Location code (00) will allow user
to any of the doors.
If a cardholder present his/ her card to a In Reader with In Location code =01, Out
Location code =02. This cardholder will automatically change his/ her Location code
into (02). Besides that, the cardholder is only allowed to present his/ her card on a Out
Reader which is carries a Location code (02) or others Reader which carries a Location
code of (02).
Example settings of Anti-passback Location code:
� In Location code � Out Location code
� Door 1
01 02
� Door 2
04 01
Door 3 02 03
P/S: Above sample Anti-passback settings will restrict user entry from Door 1 to Door 3 then exit
from Door 4 or reversely, but allowing to enter Door 2. Door 2 had been set to different Location
code.
58

How To:
Configure Antipassback
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set In & Out
Location code)
5. Press ‘ENT’ to ignore non-related and search for In Loc
Code & Out Loc Code
6. Key in 2 digits Location code respectively
7. Continue to press ‘ENT’ to finish the door settings.
8. Return to System Menu, press ‘9’ to select Param Pg 30
9. Press ‘ENT’ to proceed/ignore non-related & search for
Antipassback
10. Turn Antipassback to [on]
11. Continue press ‘ENT’ to finish/ save the settings
59

How to Configure Interlocking?
� What is Interlocking?
Interlocking involve group of inter-related doors, where only a single door can be opened
at the same time. Users are required to wait until the door closed then others door from
the group will re-activate. This is to increase security/ safety to the critical area. This
normally applied banks (Vault Rooms).
I-CASS System supports 10 differences group of Interlocking. Each group supports up to
a maximum of 5 doors. (Notes: No redundant door install into different group)
**Remarks: Single door opened will de-activated others door from the group.
60

How To:
Configure Interlocking
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set to door
interlock)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Interlock Mode
6. Turned Interlock Mode to [on]
7. Continue to press ‘ENT’ to finish the door settings.
8. Return to System Menu
9. Press ‘7’ to enter Int Grp Menu Pg 29
10. Key in 2 digits Interlock Group
11. Key in the Door no. will be assigned to Interlock Member1
12. Repeat step no. 11 to configure Member 2 to 5
61

How to Configure Dual Card Access?
� Introduction of Dual Card Mode Access
Dual Card Mode Access system requires 2 Match Pair of Cards to present to the door to
grant access. This is applied in highly restricted areas and requires more than 1
authorized person to grant access. This feature is applied to both In & Out readers. A
default of 5 seconds waiting time for second Match after 1 st authorized person present the
card to the door.
Match Pair is a 3 digits code(000 – 255) to represent Match Code for Dual Card Mode
System. Match Pair configured whenever a card installed.
Dual Card Access Flow:
Remarks:
1. Dual Card Mode is applied to both In & Out Readers.
2. Dual Card Mode also supports Antipassback, Interlocking, Card Expiry & Access Level
control.
3. Doors set to Dual Card Mode will automatically disable for Card + Pin Mode & Guard Tour
check point.
62

How To:
Configure Dual Card Mode Access
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set to Dual Card
Access)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Dual Card Mode.
6. Turn Dual Card Mode to [on]. Dual Card Mode turned to
[on], system will automatically hide Card + Pin Mode.
7. Continue to press ‘ENT’ to finish/save the door settings
63

How to Configure Auto Lock Release
TimeZone?
Introduction of Auto Lock Release TimeZone
Upon user requirement, system comes with Time Zone controllable door release
capability. User is allowed to activate this function by applying appropriate Time Zone
setting.
How To:
Configure Auto Lock Release Time Zone
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set to Auto Lock
release)
5. Press ‘ENT’ to proceed/ignore non-related and search for
ALR Tz
6. Key in 3 digits ALR Tz code. Ensure Time Zone had been
created.
7. Continue to press ‘ENT’ to finish/ save the door settings
How to configure Time
Zone refers to page 27
64

How to Configure Alarm/ Intruder
Monitoring?
Introduction of Alarm Management
System is embedded with intelligent intruder monitoring feature that is installed at each
DIU. This feature is designated to perform detection for open circuit, short circuit &
normal alarm supervised inputs. In other word, it will act as a local alarm panel for
maximum of 3 alarm zones. Besides that, the system Alarm output allowed only to be
triggered based on a pre-programmed Time Zone period.
Users can perform arming or disarm manually or automatically by Time Zone control at
individual door reader itself. System also comes included with temporary deactivation
reader if over 3 times invalid Alarm pin is keyed in. Users are required to configure a
maximum of 2 sets Alarm Pin to perform manual Arm/ Disarm system.
How To:
Configure Alarm Monitoring Manually
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will perform Alarm
setting)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Alarm Mode
6. Turn Alarm Mode to [on]
7. Press ‘ENT’ to proceed/ignore non-related and search for
Arm Dly & DisArm Dly
8. Key in the Arm & DisArm time period respectively (unit in
seconds)
9. Key in 3 digits of Alarm Output TimeZone code. Ensure
TimeZone had been created.
10. Key in the limit of error Alarm pin to disable system
11. Key in 4 digits number of Alm Pin 1
12. Key in 3 digits of Alm Pin Tz-01 code. Ensure TimeZone
had been created.
How to configure
TimeZone refers to page
27
How to configure
TimeZone refers to page
27
13. Repeat steps no. 11 & 12 to configure Alm Pin 2
14 Continue to press ‘ENT’ to finish/ save the door settings
Remarks: Users are also allowed to perform manual Arm/ Disarm using the Alarm Pin ½ from reader.
65

Configure Alarm Monitoring Automatically
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 27
4. Key in appropriate door no. (Door will perform Alarm
setting)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Arming Tz
6. Key in 3 digits of Arming TimeZone code. Ensure
TimeZone had been created.
7. Press ‘ENT’ to proceed/ignore non-related and search for
Arm Dly & DisArm Dly
8. Key in the Arm & DisArm time period respectively (unit in
seconds)
9. Key in 3 digits of Alarm Output TimeZone code. Ensure
TimeZone had been created.
10. Key in the limit of error Alarm pin to disable system
11. Key in 4 digits number of Alarm Pin 1
12. Key in 3 digits of Alarm Pin Tz-01 code. Ensure
TimeZone had been created.
13. Repeat steps no. 11 & 12 to configure Alarm Pin 2
14. Continue to press ‘ENT’ to finish/ save the door settings
How to configure
TimeZone refers to page
27
How to configure
TimeZone refers to page
27
How to configure
TimeZone refers to page
27
66

How to Configure General Purpose Output?
Introduction of General Purpose Output
I-CASS Controller consists of one built in General Purpose output. This is widely used as
an extra requirement output for a system.
General Purpose Output, refers to triggering an output by manual toggle On/ Off or it also
allowed to be controlled by Time Zone. For example, a factory use this connected to a
Buzzer sound during Start work, Lunch hour, End work or Change Shift.
How To:
Configure General Purpose Output by Manually
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘5’ to select GP Op Pg 45
3. Press ‘1’ to select On/ Off
4. Press ‘0’ to toggle [on/ off] to the output
Configure General Purpose Output by Time Zone control
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘5’ to select GP Op Pg 45
3. Press ‘2’ to select Output Tz
4. Key in 3 digits of Output Time Zone code. Ensure that
TimeZone had been created.
How to configure
TimeZone, refers to page
27
67

How to Configure Auxiliary Output?
Introduction of Auxiliary Output
ICASS System is designed with 1 Auxiliary relay output feature that allows user to
program up to 20 events Transaction code for triggering/ activation of auxiliary output.
Kindly refer to Transaction code table/ description from Appendix A.
How To:
Configure Auxiliary Output
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘6’ to select Evt Op Pg 46
3. Press ‘1’ to select Output Time
4. Key in output triggering period (unit in seconds)
5. Return to ‘Evt Op‘ Menu
6. Press ‘2’ to select Tr Code
7. Key in the Event code (Kindly refers to Transaction code
table from Appendix A)
8. Repeat step no. 7 to program other Event code
68

How to Configure SMS?
Introduction of Short Message Services (SMS)
I-CASS Controller comes supported with SMS integration. The SMS feature is further
separated into Inbound Application & Outbound Application. To use SMS, users are only
required to add in a SMS Module/ Modem into Main Controller.
Inbound Application
The system is designed to allow users to assign a maximum of 50 characters message to a
maximum limit of 100 users. User who had been programmed as SMS receiver will
present his/ her card to reader, system will then identified & broadcast the assigned
message with alert sound at particulars reader LCD display. Message sent will remain
stored in the System memory until user/ receiver deletes the mail at any/ respective
reader.
This application will only be allowed to be set/ configure from Software only. No settings
allowed to be done from Controller.
Outbound Application
The system is designated to allow GSM dialer module connection. Whenever any obnormal
circumstances occur at system, it will cause system message to the users hand
phone. This function is limited to certain prefixed emergency events such as Door break
down, Alarm on/ off. A maximum of 3 hand phone numbers can be configured for this
application.
For outbound application, programming could be done from both hardware & software.
Users are only required to perform hand phone address configuration & turn on GSM
modem to the system.
How To:
Configure Outbound Application
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘3’ to select SMS Pg 36
3. Press ‘1’ to select Assign
4. Key in first Card_No & last Card_No
5. Return to SMS Menu
6. Press ‘4’ to select Add BooK
7. Key in 10 digits of 1 st hand phone number
8. Repeat step no. 7 for 2 nd & 3 rd hand phone number
9. Return to SMS Menu again
10. Press ‘7’ to select Inst Mod
11. Turn SMS MODEM to [on]
69

How to Configure Guard Tour System?
Introduction of Guard Tour System
I-CASS Guard Tour System is integrated together with Door Access System as a multifunction
Reader. The Reader is also defined as a Check-point terminal, while the Access
Card is used to become a Check-key. This feature improves on flexibility & also reduces
the cost of development.
A user can specify whether an Access Card installed would function as a Door Access
Card or Guard Tour Card. Take note that it can only either be installed as a Door Access
Card or Guard Tour Card. Therefore, a Guard Tour Card is not able to grant access to the
doors.
The Guard Tour System consists of 4 basic components:
d. Shift No
e. GT TimeSet
f. GT Route No
g. Schedule
a. Each Guard Tour Card will have a Group. There is no limitation on number of
Cards per Group. Maximum number of Teams is 256. Each Team is represent by 1
Team No (000 – 255).
d. GT TimeSet refers to a time frame from 1 Check-point to another. Maximum of
256 GT TimeSet allowed to be set. Each Guard Tour TimeSet is represent by 1
GT TimeSet No (000 – 255).
e. GT Route No refers to a pre-programmed Guard Tour. Guards will follow this
route to check on every Check-point in sequence. Maximum of 256 GT Route
allowed to be set. Each route is represented by GT Route No (000 – 255).
f. A Schedule refers to 1 Week + Holiday settings. Or how many Shift (Team No)
running on Monday, Tuesday, Wednesday etc.
70

How To:
Configure Dual Card Mode Access
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘4’ to select G. Tour Pg 40
3. Press ‘1’ to select SetDB
4. Press ‘2’ to select TimeSet
5. Key in 3 digits GT TimeSet code
6. Press ‘ENT’ to start configure time frame for Station 1
7. Key in the start time & end time for Station 1
8. Repeat steps no. 6 & 7 for Station 2 to Station 32
9. Press ‘ESC’ to abort and save settings
10. Return to SetDB Menu
11. Press ‘3’ to select Route DB
12. Key in 3 digits GT Route code
13. Key in the Station 1 associate Door No.
14. Repeat step no. 13 for Station 2 to Station 32
15. Press ‘ESC’ to abort and save settings
16. Return to ‘SetDB’ Menu
17. Press ‘1’ to select Shift No.
18. Key in 3 digits Shift No.
19. Key in 3 digits of appropriate GT TimeSet code
associated/ you had configured previous steps
20. Key in 3 digits of appropriate GT Route code associated/
you had configured in previous steps
21. Return to ‘SetDB’ Menu
22. Press ‘4’ to select SchedDB
23. Press ‘0’ to select schedule day wanted to be set
24. Press ‘ENT’ to assign shift
25. Key in the 3 digits appropriate Shift No./ you had
configured previous steps
26. Return to ‘SetDB’ Menu then press ‘0’ return to G. Tour
Menu
27. Press ‘2’ to select Param Pg 29
28. Turn Guard Tour to [on], this will activate Guard Tour on
24 hours basis or
Turn Guard Tour to [off], then assign with 3 digits
TimeZone code. Ensure TimeZone had been created. This
option will activate Guard Tour by associated Time Zone
period.
29. Up to this step, you had been already created one complete
Guard Tour shift. Assign it to appropriate Guard Tour
Card.
How to configured
TimeZone refers to page
27
How to install Guard
Tour Card refers to page
31
72

How to Configure Counter Access?
Introduction of Counter Access
ICASS is embedded with door access count. Counter will increase by 1 for every Valid
Card Entry & Door Opened. Counter will decrease by 1 if Controller receive Valid Card
Exit & Door Opened.
This function/ feature is activated by Time Zone control. If System time is not under
Time Zone period, Controller will automatically reset the counter to zero.
How To:
Configure Counter Access
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set for Access
count)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Counter Mode
6. Turn Counter Mode to [on]
7. Key in the Counter access limit
8. Key in the Counter activation TimeZone
9. Continue press ‘ENT’ to finish/ save door settings
73

How to Configure Emergency mode?
Introduction of Emergency Mode
ICASS System comes included with 4 Emergency modes. Emergency mode may refer to
any power failure on Controller or whenever the Controller is down.
These 4 Emergency option will determine what will the door perform if any emergency
arises. The list below refers to option available:
a. Lock Release
Lock will automatically release if Emergency happen.
b. Emergency Pin
Users required to key in Emergency PIN in order to grant access.
c. Facility code
Only Cardholder who shares the same faclity code will be granted access.
d. Electronic key
Simply slot in the E-key then enter the unique key pin assigned to the E-key.
How To:
a. Configure Emergency mode (Lock Release)
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set for Emergency
Mode)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Emer Mode
6. Turned Emer Mode to [L-Rel]
7. Continue press ‘ENT’ to finish/ save door settings
74

. Configure Emergency mode (Emergency Pin)
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set for Emergency
Mode)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Emer Mode
6. Turn Emer Mode to [E-Pin]
7. Key in 4 digits new Emer Pin
8. Continue press ‘ENT’ to finish/ save door settings
c. Configure Emergency mode (Facility code)
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set for Emergency
Mode)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Emer Mode
6. Turn Emer Mode to [Fac]
7. Continue press ‘ENT’ to finish/ save door settings
8. Return to ‘System’ Menu
9. Press ‘9’ to select Param Pg 27
10. Press ‘ENT’ to proceed/ignore non-related and search
Facility Code
11. Key in 4 digits card associated faclity code
d. Configure Emergency mode (Emergency key)
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set for Emergency
Mode)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Emer Mode
6. Turn Emer Mode to [E-Key]
7. Continue press ‘ENT’ to finish/ save door settings
75

How to Configure Fire Security?
Introduction of Fire Security
A pre-defined input point was used as a Fire Alarm panel interface gateway. When this
input is detected, the Controller will release the fire security door.
How To:
Configure Fire Security
Step Procedure Page Reference
1. Enter password to get into Programming mode
2. Press ‘1’ to select System
3. Press ‘2’ to select Door Pg 22
4. Key in appropriate door no. (Door will set as Fire Security
door)
5. Press ‘ENT’ to proceed/ignore non-related and search for
Fire Security
6. Turned Fire Security to [on]
7. Continue to press ‘ENT’ to finish/ save the door settings
76

Technical Specification
Specification for Architects and Specifying Engineers
This following document contains sample specification or features for i-CASS security
access control system. These specifications are for use by architects, consultants, and
specifying engineers who are preparing bid specifications for access control and security
systems.
I-CASS Controller
No Specification Description
1 Processor 16 bits microprocessor
2 Operating frequency 24MHz
3 Bus frequency 6MHz
4 Housing Metal-casing coated with epoxy
5 Display unit 2x20 charaters LCD display
6 Clock system Onboard I2C real time clock with battery backup
7 Eprom/Flash 128Kbyte
8 RAM SDRAM 2Mbyte
9 Watchdog Internal watchdog timer and external watchdog circuit
10 Battery backup Nicad 3.6Vdc onboard rechargeable battery
11 Operating temperation 0 - 65 degree celcius
12 Humidity 95% non-condensing
13 UART capacity 6 uart. (expandable to 10 uart)
14 Baud rate (PC to CTR) 19200bps
15 Baud rate (CTR to DIU) 19200bps
16 Baud rate (DIU to reader) 19200bps
17 Audible device Onboard 12Vdc buzzer
18 EMF protection Onboard EMF protection for relay output
20 Input voltage 10Vdc -13.8Vdc
21 Input current 1A.
22 DIP setting 4way address setting
23 Power connector Polarity protection for power termination.
24 Cabling RS485 standard cabling (Belden 24awg 1419A)
25 Communciation cable usage 1 pair for PCI to controller
1 pair for controller to door interface.
2 pair for door interface to reader interface.
26 Input/Output 4 supervised inputs (optional)
2 relay output.
27 Total door connectivity 32 doors
28 Dimension 400H x 244W x 75D mm
29 Interface Ethernet ready
GSM transceiver ready
Modem connectivity
77

SmartBox ( Door Interface Unit )
No Specification Description
1 Housing Metal casing coated with expoxy
2 Controller display unit NIL
3 Processor 16 bits microcontroller
0 Housing Metal-casing coated with epoxy
5 Display unit 2x20 charaters LCD display
6 Clock system Onboard I2C real time clock with battery backup
7 Eprom/Flash 128Kbyte
8 RAM SDRAM 1Mbyte
9 Watchdog Internal watchdog timer and external watchdog circuit
10 Battery backup Nicad 3.6Vdc onboard rechargeable battery
11 Operating temperation 0 - 65 degree celcius
12 Humidity 95% non-condensing
13 Baud rate (DIU to reader) 19200bps
14 UART 2 cpu internal uart
15 Audible device Onboard 12Vdc buzzer
16 EMF protection Onboard EMF protection for relay output
17 Input voltage 10Vdc -13.8Vdc
18 Input current 1A.
19 DIP setting 4way address setting
20 Power connector Polarity protection for power termination.
21 Cabling RS485 standard cabling (Belden 24awg 1419A)
22 Communciation cable usage 2 pair for door interface to reader interface.
23 Input/Output 4 supervised inputs (optional)
2 relay output.
24 Interface Electronic Key
Reader Interface
No Specification Description
1 Housing ABS casing
2 Controller display unit Graphic 32x122 LCD with blue backlit display
3 Processor Motorola 8 bits processor
4 Operating frequency 9.8304MHz
5 Operating temperature 0 - 65 degree celcius
6 Humidity 10% - 95% non-condensing
7 Baudrate 19200bps
8 Audible alert Onboard buzzer with adjustable volume control
9 Input voltage 10 Vdc - 13.8 Vdc
10 Input current 500mA
11 Reader technology Proximity Reader
Contactless SmartCard- mifare
12 Address 4way DIP siwtch setting.
13 Power termination With polarity protection
78

Application of I-CASS
Act as an efficient door access system.
� Providing multiple access operation or technique to the organization for their
daily door access operation.
� End-user can easily program any door to operate on Dual Card Access Mode
either through manual or automatic configuration by Time Zone.
� At the same time, end-user is also able to program the same door for guard tour
daily schedule check station without affecting the door access operation.
� If the end user requires any access limit restricted to a certain door, he/she can
easily configured it with a maximum counter value. When the valid access of the
door is greater than the maximum value. The access the door is denied.
� For a certain area that requires tight/higher level of security on the door, the
system user can enable the Dual Card Access Mode, Card + PIN Mode, Access
counter and Antipassback mode together at the same door.
� When user needs to temporary disable any operation on a door, 4 digits of
password is required to lock or unlock the reader interface.
� When faced with certain circumstances that require multi-door interlocking to
keep track all the operation of the doors, I-CASS enables the user to configure
any 5 doors in a list that operates on multi-door interlocking mode. This mode is
to allow only one door being open at a same time.
� SMS service is introduced to enable end user to send short messages to the
cardholder when they access the door reader.
� During system breakdown , the EKEY is used to override the door to security
OFF status.
� I-CASS only accepts proximity technology and Mifare technology for smartcard
system
79

As a guard tour controller
� I-CASS is embedded with a simple guard tour feature that enables a guard team to
complete a check routine on-line. This feature can operate concurrently with door
access mode and alarm monitoring mode.
� Guard tour checking feature is useful for the end-user that requires safe guard
operation.
� A total of 50 teams are enabled to perform theirs daily checking routine.
� Every operation of the guard will automatically be recorded into the system
memory. An audible sound will be generated and an informative message in the
form of icon will be shown on the display when the guard had missed checking on
the specified doors.
� Duress alarm function is introduced to the guard in order to generate an
emergency signal to back-end PC whenever emergency cases occurr.
Act as Alarm Panel
� Simultaneous with door access system, I-CASS is also embedded with alarm
panel features that allows user to manually or automatically arm and disarm the
alarm input zones by using 2 sets of alarm PIN.
� Each door interface comes with 2 zones of supervised alarm inputs zone that
enables user to identify the input that is being cut, bypassed or where the alarm is
coming from.
Time Attendance System
� When using I-CASS, users automatically enroll with single shift, cross overnight
shift time attendance features that enable users to generate a complete time
management data for company payroll system.
� The systems will record any valid entry or exit of the user. With these
transactions, a complete time management report will be generated by using a PC
software.
� With this system the user can easily identify latecomers and late leavers of the
day.
80

Network Ethernet Ready
� In order to reduce the wiring during installation, the system comes with Ethernet
ready feature that allow users to plug and play the Ethernet feature through a LAN
connection.
� This Ethernet functions at a 10Mbps data transmission rate.(10BaseT)
81

Precaution of System Installation
� Proper earth connection is required for every communication buses. (Connect the
earth cable to power supply earth point)
� Use a recommended RS485 cabling (Belden 24AWG 1419A)
� Proper termination on the terminal is required.
� Every joint connection between two communications cable have to proper solder
joint.
� Avoid laying the communication cable against the high power cabling such as airconditional
cabling or any heavy machinery cabling that able to create a huge
electromagnetic field.
� Please follow the RS485 industrial standard rules and regulation that don not
connect more than 32 termination and the cabling length have to within 1.2KM
� Do not touch any components in the PCB with proper static discharge protection
device.
� The system is running on max.13.8Vdc.
� Perform "COLD START" operation before doing any system programming.
� Don not remove any extra resistor been given by the manufacturer.
� Properly adjust the door address DIP switch before starting up the system.
� Connect the surge protection card for every unit of door lock device.
� If requires high power door lock device at the system, please add in additional
relay of the lock device.
� For communication which is more than 1.2 KM, please use any RS485 signal
booster.
� Maintain at least 2 feet distance between two readers interface to prevent
interference.
� When using E-key, please do not over insert the E-key into the prepared slot.
82

Troubleshooting
1. When using a new controller taken from the box, database keyed-in may not be retained
after power off ?
R1. � On Board battery is not fully charged yet.
S1. � Apply the Power supply for at least 8 hours to charge-up the on board battery
first.
2. PC Software cannot retrieve data from the controller that is newly installed.
S1. � Cold Start the controller before powering up on the site.
(Cold Start - Please refer to the manufacturer.)
3. How do I know that the controller receive the data transmitted from the PC ?
A1. � The Uplink Rx LED (T1+ & T1-) at the controller should blink whenever the
PC software (SmartGuard) is up and running.
4. How do I know that the reader is in emergency mode ?
A1. � Observe the reader LCD. When the reader is in normal operation, the LCD
should show date/time & transaction status If the reader is in emergency mode,
the LCD will display the strings “Door Comm Down”.
5. What cause the Door Interface or Reader down frequently ?
R1. � Wrong DIP switches setting; maybe same setting existed in the same bus.
R2. � Controller reset frequently.
R3. � Voltage of the power supply too low (less than 10V ).
R4. � Communication wire wrongly terminated (C+ & C- polarity reversed)
S1.
Correct the DIP switch setting
Possible cause by:
� 2 IN reader setting for the same door.
� 2 out reader setting for the same door.
� Same address with other door interface.
S2. � Check the controller.
� Check the power supply (CPC 30), make sure the power supply can generate
sufficient power to devices (such as lock, reader) connected to it
S3.
� Backup battery voltage is low.
83

S4.
Check the communication wire termination:
� T1+(Door interface) to C+(controller)
� T1- (Door interface) to C- (controller)
� T2+ (Door interface) to C+(controller)
� T2- (Door interface) to C- (controller)
6. Door lock is always activated/energized.
R1. � The lock wire has been terminated wrongly.
� The Power (+12V DC) had connected to the NC/NO of the relay; and the
Ground (0V) had connected to the COM of the relay.
S1.
�
2.
� Change the polarity of the connection.
� The Power (+12V DC) has to be connected to the COM of the relay; and the
Ground (0V) has to be connected to the NC/NO of the relay.
� Termination of wiring
7. PC-Controller communication breaks down after recovery from power surge or
blackout
R1.
S1.
� Normally caused by the electrical earth and electrical ground (0V) being
connected together at the PC.
� Use the PCI Isolator to isolate the electrical Earth and electrical Ground (0V).
� A new Isolator PCI will be produced starting from June 1999 to address this
problem.
S2. � Communication IC 75176 spoilt
S3. � Wiring problem. Kindly re-check any break circuit.
84

Appendix A
Transaction Code table/ References
�
ode
C
Description Code Description
Aa System Alarm Arm Ba Controller reset
Ab System Alarm DisArm Bb Interface reset
Ac Alarm On Bc Reader reset
Ad Alarm Off Bd Interface Up
Ae Alarm Armed Be Interface Down
Af Alarm DisArmed Bf Reader Up
Ag Alarm Triggered Bg Reader Down
Ah Alarm Isolated Bh Memory Cleared
Ai Wrong Alarm Pin Bi Cold Start
Aj Wrong Time Zone Bj Invalid KeyIC
Ak Alarm Pin Lockout Bk Enter Programming Mode
Al Duress Alarm Bl Exit Programming Mode
Am Alarm Delay Arm start Bm Corrupt
An Zone1 Trigger Bn Main Fail
Ao Zone2 Trigger Bo Main Normal
Ap Zone3 Trigger Bp Power Low
Aq Zone4 Trigger Bq Power Normal
Ar Zone1 Isolated Br Transaction DB Cleared
As Zone2 Isolated
At Zone3 Isolated
Au Zone4 Isolated
Ax Tamper On
85

�
ode
C
Description Code Description
Ca Valid Card Entry Da Door Security On
Cb Valid Card Exit Db Door Security Off
Cc Unknown Card Number Dc Door open
Cd Wrong Facility code Dd Door Forced open
Ce Antipassback Violation De Door Left open
Cf Reset Antipassback Df Pulse Door open
Cg Card Enable Dg Door Closed
Ch Card Disable Dh Manual Lock release
Ci Card InActive Di Valid Pin Access
Cj Card Expired Dj Invalid Pin Access
Ck Card Lockout Dk Valid Pin Entry
Cl Reset Lockout Dl Valid Pin Exit
Cm Valid First Card Dm Wrong Pin
Cn Valid Dual Card Entry Dn Change Pin
Co Valid Dual Card Exit Do Door Interlocked
Cp Unknown Dual Card Dp Access Over flow
Cq Dual Card Violation Dq Counter Cleared
Cr Dual Card Unmatched Dr Valid EKey
Cs Dual Card Flash twice Ds Invalid EKey
Ct First Card Timeout
Cu First Card Lockout
Cv Second Card Lockout
�
ode
C
Description Code Description
Ea Output1 On Fa Valid Guard Tour Card
Eb Output1 Off Fb Invalid Guard Tour Card
Ec Output2 On Fc Guard Tour Duress On
Ed Output2 Off Fd Guard Tour Duress Off
Ee Output1 Isolated Fe Guard Tour Alarm On
Ef Output1 Activated Ff Guard Tour Alarm Off
Eg Output2 Isolated Fg Wrong Station
Eh Output2 Activated Fh Wrong Timing
Ei Input1 On Fi Station Checked
Ej Input1 Off
Ek Input2 On
El Input2 Off
Em Input3 On
En Input3 Off
Eo Input4 On
Ep Input4 Off
86

dd/mm DDD hh:mm
Reader Tampered
dd/mm DDD hh:mm
Door Force Open
dd/mm DDD hh:mm
Door Left Open
dd/mm DDD hh:mm
Pulse Door Open
dd/mm DDD hh:mm
Alarm Triggered
dd/mm DDD hh:mm
Mem Time Out !
dd/mm DDD hh:mm
Battery Low
dd/mm DDD hh:mm
Battery Normal
dd/mm DDD hh:mm
Security On
dd/mm DDD hh:mm
Security Off
dd/mm DDD hh:mm
Door Comm Down
� Reader/ Door Message status
Indicate Reader casing opened
Indicate Door break-in
Indicate Door left/ let opened
Indicate received Pulse Door Open from software/
Exit button pressed.
Indicate Door Interface’s Alarm triggered.
Indicate Memory Timeout for Reader function mode
Indicate Battery Low (below 9v)
Indicate Battery back to normal status
Indicate Door Security On
Indicate Door Security Off
Indicate Reader run on emergency mode. (Main Controller down)
87

dd/mm DDD hh:mm
Unknown Card
dd/mm DDD hh:mm
Wrong Time Zone
dd/mm DDD hh:mm
Wrong PIN
dd/mm DDD hh:mm
Card Lock Out
dd/mm DDD hh:mm
Card Expired
dd/mm DDD hh:mm
Wrong Site Code
dd/mm DDD hh:mm
Anti-PassBack
dd/mm DDD hh:mm
Unknown DualCard
� Reader Error Message References
Indicate Card not installed to Controller.
Indicate Card do not have valid access time period.
Indicate Card Pin not match with Access Card.
(Used on Card + Pin mode only)
Indicate Card been bar/ lockouted by Controller.
Indicate Card/ Door Accessibility carried expired.
Indicate Card not in correct site.
Indicate Card having an Antipassback violation.
Indicate Card not installed as Dual Card.
88