IDTECK ITDC ITDCSR EIO88 User Manual

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IDTeck

ITDC

ITDCSR

EIO88

Access Controller

Rev. V3.x

USER’S MANUAL

The specification contained in this manual are subject to change without notice at any time.

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Table of Contents

1. IMPORTANT SAFETY INSTRUCTIONS

2. INTRODUCTION

2.1 IDENTIFYING SUPPLIED PARTS

2.2 ABOUT NESS - IDTECK iTDC

2.3 SPECIFICATION

3. PRODUCT OVERVIEW

3.1 FUNCTIONS

3.2 BOARD LAYOUT

3.3 OPTIONAL ACCESSORIES

3.3.1 EIO88 EXPANSION I/O BOARD

3.3.2 TCP/IP MODULE

3.3.3 LCD DISPLAY MODULE

3.3.4 KEYPAD

4. INSTALLATION TIPS & CHECK POINT

4.1 CHECK POINTS BEFORE INSTALLATION

4.1.1 CABLE/WIRE

4.1.2 TIPS FOR PLACING DEVICES

4.2 CHECK POINTS DURING INSTALLATION

4.2.1 TERMINATING RESISTANCE

4.2.2 DISCCORD OF ELECTRIC POTENTIAL

4.2.3 EARTH GROUND

4.3 TIPS TO MAXIMIZE READ RANGE OF RFID READERS

4.3.1 POWER SUPPLY

4.3.2 ENVIRONMENTAL SOURCES OF ELECTRICAL INTERFERENCE.

4.4 INSTALLATION LOCATION

5. INSTALLATION

5.1 DIMENSIONS

5.2 BACKUP BATTERY JUMPER

5.3 DIP SWITCH (BOARD ID)

5.4 WIRING

5.4.1 POWER

5.4.2 INPUT CONNECTIONS

5.4.3 OUTPUT CONNECTIONS

5.4.4 READER CONNECTIONS

5.4.5 OPTIONAL ACCESSORY CONNECTIONS

6. COMMUNICATIONS

6.1 RS232 COMMUNICATION PORT CONNECTION

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6.2 RS-422 COMMUNICATION PORT CONNECTION

6.2.1 RS-422 COMMUNICATION (STANDALONE)

6.2.2 RS-422 COMMNUNICATION

(MULTIPLE iTDC CONNECTIONS)

6.3 DIAL UP MODEM

6.4 TCP/IP MODULE (INTERNAL VERSION)

6.5 TCP/IP CONVERTER (EXTERNAL VERSION)

7. OPERATION STATUS

7.1 LED INDICATORS OF THE iTDC

7.2 LED INDICATORS OF THE EIO88 EXPANSION I/O BOARD

8. BASIC SETTINGS

8.1 INITIALIZATION OF iTDC

8.2 HOW TO ENTER THE SETUP MENU

8.3 DOOR SETTING

8.4 DATE AND TIME SETTING

8.5 ID COUNT SETTING

8.6 ID REGISTRATION

8.7 OUTPUT SETTING

9. OPERATION

9.1 NORMAL OPERATION

9.2 DEFAULT SETTING

10. SETTING CHANGES

10.1 SETUP MENU F1

10.2 SETUP MENU F2

10.3 SETUP MENU F3

10.4 SETUP MENU F4

APPENDIX

A. THE RELATION BETWEEN INPUT AND

OUTPUT (DEFAULT)

B. TROUBLE SHOOTING

CONTACTS

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1. IMPORTANT SAFETY INSTRUCTIONS

To prevent injuries to persons and damages to property, please read all the instructions and follow them

whenever you deal with this product.

After reading, please put this instruction manual where it can be easily seen for the system operator.

ON INSTALLATION AND POWER

Use 12V DC power ONLY.

- Connecting to higher than 12V DC may result in a risk of electric shock, fire, or heavy damage of the unit.

Do NOT install this product at places with wet or metallic dust, or that can be watered.

- There may be risks of electric shock and fire.

Do NOT install this product near electric motors running.

- The unit may not operate normally.

Do NOT set this product near heaters or any thing that produces heat.

- There may be a risk of fire.

Be ALWAYS careful not to short-circuit any part of the circuitry with tools like a screwdriver in hand.

- There may be a risk of fire or heavy damage of the unit.

ON MAINTENANCE

Do NOT use any kind of liquid for cleaning.

- There may be a risk of electric shock, fire or heavy damage of the unit. Use an air spray, if needed.

Users are cautioned NOT to attempt repair of this product or modify the wirings set by the installer at their

own discretion.

- It may pose the risk of fire, hardware damages, or abnormal operations of the unit.

It is recommended not to use a flammable spray or something easy to burn near this product.

- There may be the risk of an explosion or fire.

Keep the unit away from any unauthorized people.

- It may cause abnormal operations of the unit.

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2. INTRODUCTION

2.1 IDENTIFYING SUPPLIED PARTS

Please unpack and check the contents of the box. (Optional accessories, if purchased, may be included in

the package)

Main Unit Manual

(1) (1)

* Optional Accessories

EIO88 (Expansion I/O Board) – (Ness part No. 101-002)

Keypad (16 keys), LCD Display Module – (Ness part No. 101-003)

TCP/IP Module (IGM7100A) – (Ness part No. 101-124)

2.2 ABOUT NESS - IDTECK iTDC

The NESS - IDTECK iTDC is an intelligent 2~4 Door Access Controller designed to meet the market

requirements for high security, convenience, and reliability. This user-friendly device allows you to

can be connected with Proximity Readers, Proximity + PIN Readers or biometric fingerprint (or face

recognition) readers. Each reader can have its own operation mode, ether RF only, RF + Password,

fingerprint, RF + fingerprint, RF + PIN + fingerprint. Independent 7 input ports can be connected with

various devices such as Exit Buttons, Door Contact Sensors, PIR Sensors, Window Breakage Sensors and

Fire Sensors to strengthen security. Input/Output ports can be expanded by adding an Expansion I/O

Board. Optional Keypad and LCD Display module can be used to set-up functions manually and

programming inputs and outputs. Using RS232 or RS422 communication, a network system can be set up,

consolidating up to 256 units. All setting values including ID numbers, Inputs/Outputs, Real Time Clock,

Time Schedules and all Event Transaction Reports can be downloaded/uploaded from/to the host

computer with software supporting a variety of reporting formats. NESS - IDTECK iTDC can be installed

and managed inside the security zone for higher security. Experience the ultimate high-level security

access control system with NESS - IDTECK iTDC.

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2.3 SPECIFICATION

CPU 8bit Microprocessor

Memory Program Memory: 64KB ROM

Power DC 12V/ 350mA max. (Excluding lock current)

Data Memory: 512KB RAM (battery backup)

Card Holders

/ Event Buffers

User Programmable by 1,000 unit of card holders

Card Holders: 1,000 ~ 50,000 users (Default: 5,000 users)

Event Buffers: 20,000 ~ 29,500 events (Default: 27,500 events)

Reader Ports 4 Reader Ports

Reader Data Format Standard 26 bits Wiegand Format,

Standard 34 bits Wiegand Format (Applied to iTDC-SR),

8 bits burst Format for keypad reader

Communication port RS232/RS422 (up to 256 channels) selectable

4800, 9600(Default), 19200, 38400bps communication speed

Inputs/Outputs

7 Input ports/ DC12V/ 20mA 4 Relay Output ports/ DC12V~24V/ FORM-C Relay 2A max.

3 TTL Output ports: DC5V/ 20mA

Optional EIO88 Expansion I/O board (8 Inputs and 8 Output Relays)

Self Diagnostic Yes

Reset Power on reset and Watchdog timer reset

Operation Status 21 LED (red or green) indicators

Operating Environment

0°C ~ +65°C, 0 ~ 90%(Humidity)

Weight 250g (0.55 lbs)

Dimensions 185mm x145mm x 18mm (7.4” x 5.8” x 0.72”)

Optional

Keypad 16 keys

LCD Display Module 2Lines x 16ch, 2.62” x 0.55”(65.6mm x 13.8mm) viewing area

Expansion I/O Board EIO88 (8 Input ports/8 Output Relays)

***Required to control doors 3 & 4)***

TCP/IP module IIM7100A

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3. PRODUCT OVERVIEW

3.1 FUNCTIONS

Stand-Alone Operation

The NESS - IDTECK iTDC is capable of having 4 readers (4 Door Controls – NOTE : EIO88 is required

to control doors 3 & 4). The unit receives card ID numbers from the proximity readers and determines

whether or not to unlock the door. When an input signal is entered, for example from a sensor activated or

an exit button pressed, the controller generates and logs an appropriate response by input signals. All

events are stored into the memory buffers and sent to the host computer. The access controller is a true

stand-alone device that, in the event of malfunction, will not affect to other units when used in conjunction with one another.

Operation with Host Computer

All event transactions can be managed via the host computer. The data transmitted from the controller can

be displayed and stored on the host PC.

Data Backup

The controller retains all user information and event data for 30 days, even in the event of power failure.

CAUTION: Battery Jumper must be set correctly before the unit running.

(See the INSTALLATION section)

Keypad

If the NESS - IDTECK iTDC is not connected to host PC, the integrated keypad and LCD display module

can also be used for programming process manually.

Anti-Pass-Back

Using an additional proximity reader for exiting, the Anti-Pass-Back mode can be set. Anti-pass-back

mode prevents any entry or exit when the registered user did not properly followed one entry and one exit

by the Anti-pass-back rule. APB only allowed exit for the user once got into the door first and it doesn’t

allow any user trying twice entry or twice exit.

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Number of Door Control (2/3/4 Door Control)

The iTDC controller can control up to 4 doors with 4 readers. If controlling 2 doors, APB can be applied

to both doors. If controlling 3 doors, APB can only be applied to first door using reader 1 for entry and

reader 2 for exit. Door 2 and 3 cannot use APB function as there is only entry reader installed. If

controlling 4 doors, APB function cannot be used. (If controlling 3 and 4 doors, you must use optional

Expansion I/O board (EIO88 – Ness part No 101-003) to install Exit Button, Door Contact Sensor, Door

Relays and Alarm devices)

Input/Output

The NESS - IDTECK iTDC has built-in 7 inputs and 7 outputs (4 relay outputs and 3 TTL outputs), which

can be used to manipulate a wide variety of controls.

Optional Expansion I/O

Optional Expansion I/O board (EIO88, (Ness part No. 101-003) additional 8 inputs and 8 output relays)

can be connected to the iTDC controller. It can control additional inputs and outputs from iTDC main

controller.

Input Device Type Set-up (NO, NC)

If the input device is normal open (NO) type sensor, you have to set-up the input device type to (NO).

This gives the iTDC will activate when the input port makes short circuit to ground. If the input device is

normal close (NC) type sensor, you have to set-up the input device type to (NC). This gives the iTDC will

activate when the input port makes open circuit. All input device type can be programmed by software

program on the host computer. (This set-up is also applied to optional Expansion I/O board)

Time schedule Set-up

You can program 15 time schedules and apply one time schedule to each user. Each time schedule has 8

different time zones from Monday to Sunday (7 time zones) and one holiday. Each time zone has 5

different time codes so you can program 5 different time codes to each day. The software program on the

host computer can program all time schedules. Also you can program time schedule for individual inputs

and outputs.

Note each input (or output) can have a time schedule assigned to it. In this case the input will only be

active during this time schedule and the output can also active automatically during a time schedule. Each

time schedule is also linked to one of the holiday schedules.

Holiday Schedule Set-up

Excepting Sunday, you can program 100 holidays to one holiday schedule. Each holiday schedule is

linked to one time schedule, which has time code for holidays. So you can program all holidays to holiday

schedule and the time code for holidays is programmed to holiday time zone of time schedule.

Example: A. Holiday schedule 01 linked to time schedule 01,

Holiday schedule 02 linked to time schedule 02

B. Holiday schedule 02 linked to time schedule 01,

Holiday schedule 01 linked to time schedule 03

Forced Door Open Alarm

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When door is opened by force, the door contact sensor is activated then forced door open alarm will be

generated until the door is closed. For this application, you have to install door contact sensor (Reed

Switch) to the door and you have to properly set door contact time and outputs to alarm devices.

Duress Alarm / Alarm Arm – Disarm Code

In case of duress, (or External Alarm Arm - Disarm) enter the 2 digits Duress Password and <ENT> key

before the normal access process. The door will be opened as normal but the duress alarm is also

generated at the same time and the duress alarm output will be activated to TTL output and alarm event

will be sent to the host PC.

3.2 BOARD LAYOUT

Figure: iTDC Control Board Layout

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BOARD ID S/W

This BOARD ID S/W is for communication ID setting of iTDC control board.

EIO Connector

This EIO Connector is the port for connecting the optional EIO88 expansion I/O board.

Initialise S/W

This Initialise S/W is to initialise and erase all user data from the memory. There are two tactile switches

and the initialisation is only active when the two tactile switches are pressed.

Relay #1 ~ Relay #4

These are 4 FORM-C (COM, NO, NC) relay outputs at DC12~24V, Max. 2A current.

TTL #1 ~ TTL #3

These are 3 TTL output ports at DC5V TTL level, max. 20mA current.

The normal logical state of TTL output is Low (DC0V) and activates to High (DC5V).

TCP/IP connector

This is RJ45 connector for TCP/IP communication port and you can use this TCP/IP port when you install

the optional TCP/IP module on the board.

Jumper Switch for TCP/IP, RS422 Communication (JP1 ~ JP4):

This is Jumper switch for TCP/IP or RS 422 communication selection

The Figure (

Jumper Switch for RS_422 Communication test (JP5~6):

This is jumper switch for RS_422 communication test.

This test is RS422 port by communication test of [SETUP F4].

Extract jumper of JP3~4 and shorts JP5~6 by this jumper.

Initial status of JP5~6 is Open.

Jumper Switch for TCP/IP module selection (JP7):

This is jumper switch for selection TCP/IP internal module (IIM7100 or IIM7100A).

The Figure (iTDC Control Board Layout) is initial status. (Default: IIM7100A)

iTDC Control Board Layout) is initial status. (Default: RS422 communication)

RS-232 Serial Communication Port

This is RS232 communication port for connecting this board directly to PC.

RS-422 Serial Communication Port

This is RS422 communication port for connecting multiple boards up to 256 units to PC.

You need RS422/RS232 converter for connecting RS422 port to PC.

+12V and GND (Main Power)

This is main power connection of control board and iTDC is working at DC12V, max. 250mA current.

Keypad

This is optional keypad port and it can be used with optional LCD display module for manual set-up.

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LCD Display

This is optional LCD Display port and it can be used with optional keypad for manual set-up.

Jumper

This is Battery Connection Jumper and you have to make short circuit of this jumper before you use iTDC

control board, as this jumper is the connection of backup battery to the internal memory devices.

Reader #1 ~ Reader #4

These are 4 proximity reader ports and each reader port supplies DC12V to the proximity reader and

receives 26bit Wiegand output from the reader. If you connect PINPAD Reader then you have to make

sure that the PINPAD Reader has 8bit burst output through Wiegand output.

Input #1 ~ Input #7

These are 7 Input Ports.

Buzzer

This is internal Buzzer and it makes beep sounds when you press the keypad from the optional keypad so

you can confirm how many keys are pressed

TCP/IP Module

This is the location for the optional TCP/IP module (IIM7100A – Ness part No. 101-124) and you have to

install TCP/IP module at this location when you want to use TCP/IP communication port.

LED1 ~ LED2

These 2 LEDs indicate the communication status. LED1 is RX status and it blinks when the data is

receiving from the PC. LED2 is TX status and it blinks when the data is transmitting to the PC

LED3 ~ LED6

These 4 LEDs indicate communication status of TCP/IP module. LED3 is Connection Status, LED4 is

10Mbps, LED5 is 100Mbps and LED6 is Collision Status indicator.

LED7

This red colour LED is power indicator and it always on when the control board powered on.

LED8 ~ LED14

These 7 LEDs indicate output status. Each LED is on when the corresponding output is activated, LED8 is

for Relay #1, LED9 is for Relay #2, LED10 is for Relay #3, LED11 is for Relay #4, LED12 is for TTL 1,

LED13 is for TTL 2 and LED14 is for TTL 3 output.

LED15 ~ LED21

These 7 LEDs indicate input status. Each LED is on when the corresponding input is activated (short

circuit to ground), LED15 is for Input 1, LED16 is for Input 2, LED17 is for Input3, LED18 is for Input 4,

LED19 is for Input 5, LED20 is for Input 6 and LED21 is for Input 7.

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3.3 OPTIONAL ACCESSORIES

3.3.1 EIO88 EXPANSION I/O BOARD

(Ness Part No. 101-002)

The EIO88 board features:

- 8 Inputs ports

- 8 FORM-C Relay Output ports

- 4 Inputs can be configured to Door 3 ~ 4 as of exit buttons and door contact sensors.

- 4 Output Relays can be configured to Door 3 ~ 4 as of door locks and alarm devices.

Figure: EIO88 Expansion I/O Board Layout

EIO connector

This EIO Connector is the port for connecting to iTDC Main Control board.

BOARD ID S/W

The DIPswitch is factory set as shown on the above layout. DO NOT change the setting as

it may cause wrong operation of EIO88 expansion I/O board.

+12V and GND (Main Power)

This is main power connection of expansion I/O board working at DC12V, max. 100mA current.

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Relay #1 ~ Relay #8

These are 8 FORM-C (COM, NO, NC) relay outputs at DC12~24V, max. 2A current.

Input #1 ~ Input #8

These are 8 Input Ports.

LED17

This red colour LED is power indicator and it always on when the EIO88 board powered on.

LED1 ~ LED8

These 8 LEDs indicate output status. Each LED is on when the corresponding output is activated.

LED1: Relay #1, LED2: Relay #2, LED3: Relay #3, LED4: Relay #4,

LED5: Relay #5, LED6: Relay #6, LED7: Relay #7, LED8: Relay #8

LED9 ~ LED16

These 7 LEDs indicate input status. Each LED is on when the corresponding input is activated.

LED9: Input #1, LED10: Input #2, LED11: Input #3, LED12: Input #4,

LED13: Input #5, LED14: Input #6, LED15: Input #7, LED16: Input #8

3.3.2 TCP/IP MODULE

You can add optional TCP/IP module (IIM7100A) and this module can be used if you want TCP/IP communication to the host PC.

3.3.3 LCD DISPLAY MODULE

You can connect optional LCD display module to iTDC main control board and you can use LCD display module with optional keypad when you set-up all functions to iTDC manually.

3.3.4 KEYPAD

You can connect optional Keypad to iTDC main control board and you can use keypad with LCD display module when you set-up all functions to iTDC manually.

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4. INSTALLATION TIPS & CHECK POINT

Installing the iTDC is a relatively easy task. It can be installed with common hand tools and readily available communications wire. This section provides information about wiring, wire runs and other information to make the installation quick and easy.

4.1 CHECK POINTS BEFORE INSTALLATION

4.1.1 SELECTION OF CABLE

System installation cabling will be configured as follow.

Figure: System Installation Layout

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4.1.2 RECOMMENDED CABLE TYPE AND PERMISSIBLE LENGTH OF CABLE

Reference Description Cable Specification

Maximum

Distance

iTDC Power (DC12V)

Belden #9409, 18 AWG

①

DC Power -> iTDC

2 conductor, unshielded

Belden #9512, 22 AWG

Reader (Power and Data)

4 conductor, shielded

②*

Extra Reader -> iTDC

Belden #9514, 22 AWG

8 conductor, shielded

Door Contact

Exit Button

Belden #9512, 22 AWG

4 conductor, shielded

③

Sensor Input

Input -> iTDC

Door Lock, Alarm Device

Belden #9514, 22 AWG

8 conductor, shielded

Belden #9409, 18AWG

④

Lock (Alarm) -> iTDC

RS232 Cable

2 conductor, unshielded

Belden #9829, 24 AWG

⑤

Converter -> Host P.C.

2-twisted pair, shielded

30m

150m

300m

15m

RS485 Cable

Belden #9829, 24 AWG

iTDC -> iTDC

2-twisted pair, shielded

iTDC -> Converter

⑥

RS422 Cable

Belden #9830, 24 AWG

iTDC -> iTDC

3-twisted pair, shielded

iTDC -> Converter

Need thicker wire if you connect the reader with high current consumption.

4.2 CHECK POINT DURING INSTALLATION

4.2.1 TERMINATION RESISTOR

Termination resistors are used to match impedance of the network to the impedance of the transmission

line being used. When impedance is mismatched, the transmitted signal is not completely absorbed by the

receiver and a portion of signal is reflected back into the transmission line.

The decision whether or not to use termination resistors should be based on the cable length and data rate

used by the communication system.

1,200m

For example, if you use 9,600 baud rate and 1,200m length of cable, the propagation velocity of cable is

0.66 x speed of light (This value is specified by the cable manufacturer), if we assume the reflections will

damp out in three round trips up and down the cable length, the transmitted signal will stabilize 18.6us

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after the leading edge of a bit. Since the data bit is captured in the middle of the bit, which is

approximately 52us after the leading edge of a bit. The reflection stabilizing time 18.6us is much before

the centre of the bit therefore the termination resistors are not required.

However, if you install the cable to maximum length, the impedance of cable and network is mismatched

and the transmitted signal is overlapped by the reflected signal. In this case, it is recommended to add

termination resistors to the end of the receiver lines. A 120Ω resistor can be used for termination resistor

in parallel between the receiver lines “A” and “B” for 2 wires RS485 system or “RX+” and “RX-” for 4

wires RS422 system. A termination resistor of less than 90Ω should not be used and no more than 2

terminations should be used in one networking system.

4.2.2 HOW TO CONNECT TERMINATION RESISTORS

Figure: Termination resistors for 2 wire RS485 communication system

Figure: Termination resistors for 4 wire RS422 communication system

4.2.3 GROUNDING SYSTEM FOR COMMUNICATION CABLE

We recommend to using proper grounding system on the communication cable. The best method for

grounding system is to put the shield wire of the communication cable to the 1st class earth grounding;

however it is not so easy to bring the earth ground to the communication cable and also the installation

cost is raised.

There will be three grounding point where you can find during installation;

1) Earth Ground

2) Chassis Ground

3) Power Ground

The most important point for grounding system is not to connect both ends of shield wires to the

grounding system; in this case there will be a current flow through the shield wire when the voltage level

of both ends of shield wire is not equal and this current flow will create noise and interfere to

communications.

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For the good grounding, we recommend to connecting ONLY one end of shield wire of communication

cable to grounding system; If you find earth ground nearby, then connect one end of shield wire to earth

ground; If you do not have earth ground nearby, then find chassis ground and connect one end of shield

wire to chassis ground; If you do not find both earth ground and chassis ground, then connect one end of

shield wire to power ground.

Note that if the chassis ground is not properly connected to the earth and floated from the ground level,

then grounding to the chassis ground will give communication problems; in this case we recommend to

use power ground instead of chassis ground.

Figure: Grounding system

4.2.4 REVERSE DIODE CONNECTION

If you connect an inductor (Door Locks or Alarm device) to the output relays, there will be a high surge

voltage created while the inductor is turning on and off. If you do not connect reverse diode, the surge

voltage will transfer and damage to the electronic circuit of the controller. It is strongly recommended to

add a reverse diode between the inductor coils to absorb this surge voltage.

Figure: Reverse Diode connection

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5. INSTALLATION

5.1 DIMENSIONS Unit: inch (mm)

5 . 7 ( 1 4 5

3 . 5 ( 9 0 )

7.3(185)

5.3(136)

iTDC DIMENSION EIO88 DIMENSION

1 . 2 ( 2 8 )

1.9(47)

1 . 4 ( 3 4

3.1(77)

TCP/IP MODULE DIMENSION LCD MODULE DIMENSION

3 . 1 ( 7 7 )

3.1(77)

7.9(200)

KEYPAD DIMENSION

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5.2 BACKUP BATTERY JUMPER

iTDC has a jumper for the backup battery connection, which is left open circuit to prevent any current

consumption of backup battery during storage and shipment. (Figure: Jumper setting). Before the iTDC

put into operation, it needs to be connected so that the backup battery can retain the memory during power

failure.

5.3 DIP SWITCH (BOARD ID)

There is 8bit DIP SW for address setting and it turns to 8bit binary code as below and each bit has fixed

Figure: JUMPER SETTING

Address value, the address is calculated the sum value of each bit set to “1” position.

Example

NOTE: To select the address switch

the address switch towards the left

side of the PCB.

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5.4 WIRING

5.4.1 POWER

Connect (+) wire of DC 12V power to +12V terminal

Connect GND (-) wire of DC 12V power to GND terminal

5.4.2 INPUT CONNECTIONS

Exit Button Connection (Input #1, Input #3)

- Connect one wire from an Exit Button to Input #1 for the Door1 and to Input #3 for Door2

- Connect the other wire from the Exit Button to the GND

Door Contact Sensor Connection (Input #2, Input #4)

- Connect one wire from a Door Contact Sensor to Input #2 for the Door1 and to Input #4 for Door2

- Connect the other wire from the Door Contact Sensor to GND

Summary of Input connections to corresponding Doors

2-Door Control Door1: Input #1 to Exit Button, Input #2 to Door Contact Sensor

Door2: Input #3 to Exit Button, Input #4 to Door Contact Sensor

3-Door Control Door1: Input #1 to Exit Button, Input #2 to Door Contact Sensor

Optional EIO88 Expansion I/O Board controls the Exit Button and

Door Contact Sensor for Door2 and Door3.

Door2: EIO88 Input #1 to Exit Button, EIO88 Input #2 to Door Contact

Door3: EIO88 Input #3 to Exit Button, EIO88 Input #4 to Door Contact

4 Door Control Door1: Input #1 to Exit Button, Input #2 to Door Contact Sensor

Door2: Input #3 to Exit Button, Input #4 to Door Contact Sensor

Optional EIO88 Expansion I/O Board controls the Exit Button and

Door Contact Sensor for Door3 and Door4.

Door3: EIO88 Input #1 to Exit Button, EIO88 Input #2 to Door Contact

Door4: EIO88 Input #3 to Exit Button, EIO88 Input #4 to Door Contact

Auxiliary Input Connection (Applied to Input #5, Input #6 and Input #7)

- Connect one wire from an Auxiliary Input Device to one of the Input #5, #6 and #7.

- Connect the other wire from the Auxiliary Input Device to GND

Note: If you have EIO88 Expansion I/O Board, you can use EIO88 Input #5, Input #6,

Input #7 and Input #8 for additional auxiliary input devices.

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Figure: INPUT DEVICES CONNECTION

5.4.3 OUTPUT CONNECTIONS Door Lock (Power Fail Safe) Connection (Door1: Relay #1, Door2: Relay #3)

- Connect COM port of Relay #1 and Relay #3 to +12V

- Connect NC port of Relay #1(Door1) and Relay #3 (Door2) to (+) wire of door lock device

- Connect GND port to (-) wire of door lock devices

Door Lock (Power Fail Secure) Connection (Door1: Relay #1, Door2: Relay #3)

- Connect COM port of Relay #1 and Relay #3 to +12V

- Connect NO port of Relay #1(Door1) and Relay #3 (Door2) to (+) wire of door lock device

- Connect GND port to (-) wire of door lock devices

Alarm Device Connection (Door1 Alarm: Relay #2, Door2 Alarm: Relay #4)

- Connect COM port of Relay #2 and Relay #4 to +12V

- Connect NO port of Relay #2(Door1) and Relay #4 (Door2) to (+) wire of Alarm devices

- Connect GND port to (-) wire of Alarm devices

Summary of Output Relay connections to corresponding Doors

2-Door Control Door1: Relay #1 to Door Lock, Relay #2 to Alarm Device

Door2: Relay #3 to Door Lock, Relay #4 to Alarm Device

3-Door Control Door1: Relay #1 to Door Lock, Relay #2 to Alarm Device

Optional EIO88 Expansion I/O Board controls the Door Lock and

Alarm Devices for Door2 and Door3.

Door2: EIO88 Relay #1 to Door Lock, EIO88 Relay #2 to Alarm

Door3: EIO88 Relay #3 to Door Lock, EIO88 Relay #4 to Alarm

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4 Door Control Door1: Relay #1 to Door Lock, Relay #2 to Alarm Device

Door2: Relay #3 to Door Lock, Relay #4 to Alarm Device

Optional EIO88 Expansion I/O Board controls the Door Lock and

Alarm Devices for Door3 and Door4.

Door3: EIO88 Relay #1 to Door Lock, EIO88 Relay #2 to Alarm

Door4: EIO88 Relay #3 to Door Lock, EIO88 Relay #4 to Alarm

Figure: DOOR LOCK, ALARM DEVICE CONNECTION

NOTE: Add DIODES as shown above. DIODE: Fast recovery DIODE (current: Min. 1A), 1N4001 ~ 1N4007 or similar

5.4.4 READER CONNECTIONS

Proximity Reader Connection

- Connect (+) wire of the Proximity Reader to +12V of Reader port

- Connect (-) wire of the Proximity Reader to GND of Reader port

- Connect Data-0 wire of the Proximity Reader to D0 of Reader Port

- Connect Data-1 wire of the Proximity Reader to D1 of Reader Port

Summary of Proximity Reader locations to corresponding Doors

2-Door Control Door1: Reader #1 to Door1 Entrance, Reader #2 to Door1 Exit

Door2: Reader #3 to Door2 Entrance, Reader #4 to Door2 Exit

3-Door Control Door1: Reader #1 to Door1 Entrance, Reader #2 to Door1 Exit

Door2: Reader #3 to Door2 Entrance, Exit Button to Door2 Exit

Door3: Reader #4 to Door3 Entrance, Exit Button to Door3 Exit

You need optional EIO88 Expansion I/O Board to control Door Locks

and Exit Buttons for Door2 and Door3.

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4 Door Control Door1: Reader #1 to Door1 Entrance, Exit Button to Door1 Exit

Door2: Reader #2 to Door2 Entrance, Exit Button to Door2 Exit

Door2: Reader #3 to Door3 Entrance, Exit Button to Door3 Exit

Door3: Reader #4 to Door4 Entrance, Exit Button to Door4 Exit

You need optional EIO88 Expansion I/O Board to control Door Locks

and Exit Buttons for Door3 and Door4.

z Compatible Readers:

iTDC: Standard 26bit Wiegand Format Proximity Readers

Standard 26bit Wiegand + 8bit Burst Format Proximity and Keypad Readers.

iTDC-SR: Standard 34bit Wiegand Format Proximity Readers

Standard 34bit Wiegand + 8bit Burst Format Proximity and Keypad Readers.

z Recommended Readers:

For iTDC: RF10, RF20, RF30, RF70, RF500, iPASS10, iPASS20, RFK101

For iTDC-SR: SR10, SR101

Figure: READER CONNECTION

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5.4.5 OPTIONAL ACCESSORY CONNECTIONS

Expansion I/O Board connection (EIO88)

- Connect the EIO88 Expansion I/O Board to iTDC as shown on below.

TCP/IP Module Connection (IIM7100A)

- Connect the IIM7100A TCP/IP Module as shown on below.

EIO88 (EXPANSION I/O BOARD)

TCP/IP module

Keypad and LCD Display Connection

- Connect the Keypad and LCD Display to the Keypad and LCD ports as shown on below.

Keypad

LCD

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6. COMMUNICATIONS

6.1 Communication Port Test (Loop Test)

This is Loop test for communication test of [SETUP F4] (self-diagnosis functions). You can check for communication state between iTDC and Cable.

6.1.1 RS232 Port Test

COMM TEST

TX data = 0

COMM test pass!!

6.1.2 RS422 Port Test

COMM TEST

☞. Before this communication test,

Connect the RS232-RX and RS232-TX wires together.

☞. This test is a loop test and iTDC sends a character to TX port and

check whether the RX port receive the character or not. If you have an error, please contact our service facility.

☞. After the test is done, LCD will display “COMM test pass!!”.

Press any key to return to the set-upmenu.

☞. Before this communication test,

Connect the Rx (-) and TX (-), Rx (+) and TX (+) wires.

Note!! In case of RS-422 test, JP3, 4 disconnection and JP5, 6 short

After the test is done, short pin1, 2(or 2,3) of the JP3, 4.

Figure: Jumper switch location and Jumper switch setting for RS_422 communication test

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6.2 RS232 COMMUNICATION PORT CONNECTION

A 9-pin connector (Serial communication connector, female) is required to connect the iTDC to a host

computer via RS232 communication. Please follow the instructions.

- Connect RS232-TX port of iTDC to the pin #2 of the 9-pin connector.

- Connect RS232-RX port of iTDC to the pin #3 of the 9-pin connector.

- Connect RS232-GND of iTDC to the pin #5 of the 9-pin connector.

- Plug in the 9-pin connector to COM1 or COM2 Port of the host PC.

- Install and run iTDC Application Software.

Figure: RS-232 COMMUNICATON

6.3 RS-422 COMMUNICATION PORT CONNECTION

6.3.1 Jumper Switch Setting

Before the RS422 Communication, the jumper switch needs to be setting with the figure of the

below.

Figure: Jumper Switch location and setting for RS_422 communication

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6.3.2 RS-422 CONNECTION (STAND ALONE)

RS422/RS232 converter (CNP200) is required to use RS422 communication between the iTDC and a host

computer. Please follow the instructions.

- Connect RS422-TX (+) of the iTDC to RS422-RX (+) port of the converter.

- Connect RS422-TX (-) of the iTDC to RS422-RX (-) port of the converter.

- Connect RS422-RX (+) of the iTDC to RS422-TX (+) port of the converter.

- Connect RS422-RX (-) of the iTDC to RS422-TX (-) port of the converter.

- Plug in the RS232 9-pin connector of the converter to the COM1 or COM2 Port of the PC.

- Install and run iTDC Application Software.

To iTDC

To host PC

a. Between iTDC and CNP200 b. RS 422 port connection c. CNP200 setting

Figure: RS-422 Communication between iTDC and Host Computer

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6.3.3 RS-422 CONNECTION (MULTIPLE iTDC CONNECTIONS)

RS422/RS232 converter is required to use RS422 communication between multiple iTDCs and a host

computer. Please follow the following instructions.

1 unit of iTDC can use a TCP/IP internal module for communications. And an iTDC used TCP/IP internal module

can communicate with other iTDC Controllers by RS422 method.

In this case, the communication must be connected via RS422 method.

First, you have to connect all RS422 port of all iTDCs in parallel.

- Connect RS422-TX (+) of one iTDC to RS422-TX (+) of another iTDC.

- Connect RS422-TX (-) of one iTDC to RS422-TX (-) of another iTDC.

- Connect RS422-RX (+) of one iTDC to RS422-RX (+) of another iTDC.

- Connect RS422-RX (-) of one iTDC to RS422-RX (-) of another iTDC.

Second, you have to connect one of RS422 port of iTDC to RS422/RS232 converter.

- Connect RS422-TX (+) of the one iTDC to RX (+) port of the converter.

- Connect RS422-TX (-) of the one iTDC to RX (-) port of the converter.

- Connect RS422-RX (+) of the one iTDC to TX (+) port of the converter.

- Connect RS422-RX (-) of the one iTDC to TX (-) port of the converter.

- Plug in the RS232 9-pin connector of the converter to the COM1 or COM2 Port of the PC.

- Install and run iTDC Application Software.

Figure: RS-422 Communication between iTDCs and Host Computer

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6.4 DIAL UP MODEM

Please, see the Software manual.

6.5 TCP/IP MODULE (INTERNAL VERSION)

Please, see the Software manual.

6.5.1 Jumper Switch setting (Over iTDC V3.0)

Before the LAN (TCP/IP module) Communication, the jumper switch needs to be setting with the

figure of the below.

IIM7100(IGM7100) IIM7100A

Figure: Jumper Switch location and setting for LAN (TCP/IP module) communication

6.5.2 Multi drop Connection (by TCP/IP internal module)

This uses LAN (TCP/IP) communication between multiple iTDCs and a host computer.

Install the same as <Figure: Multi drop connection (by TCP/IP internal module)>.

Set the jumper switch the same as <Figure: Jumper switch setting for Multi drop connection (by

TCP/IP internal module)>

iTDC #1 iTDC #2 ~ #N

In this example NESS - IDTECK iTDC #1 uses IIM7100A.

Figure: Jumper switch setting for Multi drop connection (by TCP/IP internal module)

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Figure: Multi drop connection (by TCP/IP internal module)

6.6 TCP/IP CONVERTER (EXTERNAL VERSION)

Please, see the Software manual.

7. OPERATION STATUS

7.1 LED INDICATORS OF THE iTDC

The LEDs for indicating the status of the iTDC are located as shown in the Figure: iTDC Layout. Each

LED will be turned on and off as the following status of the iTDC.

LED1 ~ LED2

These two LEDs indicate the communication status. LED1 blinks while the communication signal is

receiving from the PC. LED2 blinks while iTDC is sending the signals to the PC.

LED1: RxD, LED2: TxD

LED3 ~ LED6

If the TCP/IP module is installed, these LEDs indicate the status of the TCP/IP module.

LED3: Connection Status, LED4: 10M bps, LED5: 100M bps, LED6: Collision Status

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LED7

This LED is always on if the iTDC is powered on.

LED8 ~ LED14

These LEDs indicate the status of the Output ports. The LED is turned on while the output is activating to

the output port.

LED8: Relay #1, LED9: Relay #2, LED10: Relay #3, LED11: Relay #4

LED12: TTL #1, LED13: TTL #2, LED14: TTL #3

LED15 ~ LED21

These LEDs indicate the status of the Input ports. The LED is turned on while the input port is activating

to low to the ground level.

LED15: Input #1, LED16: Input #2, LED17: Input #3, LED18: Input #4

LED19: Input #5, LED20: Input #6, LED21: Input #7

7.2 LED INDICATORS OF THE EIO88 EXPANSION I/O BOARD

The LEDs for indicating the status of the EIO88 Expansion I/O Board are located as shown in the Figure:

EIO88 Expansion I/O Board Layout. Each LED will be turned on and off as the following status of the

EIO88 Expansion I/O Board.

LED17

This LED is always on if the EIO88 Expansion I/O Board is powered on.

LED1 ~ LED8

These LEDs indicate the status of the Output ports of EIO88 Expansion I/O Board. The LED is turned on

while the output is activating to the output port.

LED1: Relay #1, LED2: Relay #2, LED3: Relay #3, LED4: Relay #4

LED5: Relay #5, LED6: Relay #6, LED7: Relay #7, LED8: Relay #8

LED9 ~ LED16

These LEDs indicate the status of the Input ports of EIO88 Expansion I/O Board. The LED is turned on

while the input port is activating to low to the ground level.

LED9: Input1, LED10: Input2, LED11: Input3, LED12: Input4,

LED13: Input5, LED14: Input6, LED15: Input7, LED16: Input8

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8. BASIC SETTINGS

Note !!! You have to connect optional LCD display and Keypad to iTDC for the following manual settings.

8.1 INITIALIZATION OF iTDC

After the all installation and connections are completed, power up the iTDC then press the two

Initialisation Switches simultaneously. The LCD will first display “System Initialising…” After the all

Initialisation process is completed then the LCD will display “Initialise END Turn OFF Power.” Turn the

power off then turn on again for iTDC running.

8.2 HOW TO ENTER THE SETUP MENU

To set-up or to change the iTDC settings, you have to enter the SETUP MENU first. To do so, press the 8

Initialize END System

times <0> key for Master ID (Default setting “00000000”) and <ENT> key from the optional Keypad

then you can get into SETUP MENU. There are 4 main SETUP MENU and you first get into [SETUP

MENU F1]. You can move to other SETUP MENU by pressing <F1> key for [SETUP MENU F1],

<F2> key for [SETUP MENU F2], <F3> key for [SETUP MENU F3] and <F4> key for [SETUP

MENU F4]. There are several SUB MENU in the main SETUP MENU and you can scroll up and down

the SUB MENU by pressing <4> and <6> key in the main SETUP MENU. If you don’t press any key for

20 seconds or if you press <ESC> key then iTDC will exit the SETUP MENU then return to normal

operation. You can also change the Master ID in the [SETUP MENU F2].

The Master ID for iTDC-SR is 10 times <0> key (Default setting “0000000000”).

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8.3 DOOR SETTING

First, you have to configure “How many doors you want to control by iTDC” and this set-up is very

important, as the iTDC will automatically configure the Input sources and Output Relays upon to the

number of doors to be controlled by iTDC. Press <F2> key once then press <6> key or <4> key until the

LCD shows [DOOR SETTING] in the [SETUP MENU F2] then press <ENT> key to change the DOOR

SETTING. Please follow the steps below for DOOR SETTING and it shows the procedure for 4 DOOR

setting. The Master ID for iTDC-SR is 10 digits number (Default setting “0000000000”).

STAR iTDC [F1]

2 Door Setting

“MASTER ID” + <ENT>

8 times <0> + <ENT>

Initial LCD Display

DOOR SETTING DOOR SETTING

DOOR SETTING

<ENT>

DOOR

4 DOOR Setting Completed

: After Master ID change

: Initial Master ID

Press <F2> + 7times <6>

Select [

DOOR SETTING]

+ <ENT>

<4> or

<6>

Confirm the Reader locations as shown on the table below.

3 Door Setting

Entry Exit

Door1 Reader #1 Reader #2

Door2 Reader #3 Reader #4

Confirm the Reader and Exit Button locations as shown on the table below.

Entry Exit

Door1 Reader #1 Reader #2

Door2 Reader #3 EXIT Button

Door3 Reader #4 EXIT Button

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4 Door Setting

Confirm the Reader and Exit Button locations as shown on the table below.

Note! This must be set-up first before other set-up.

8.4 DATE AND TIME SETTING

Select [TIME SETTING] in the [SETUP MENU F2] and enter the Year / Month / Date / hour / minute /

second / Day (Total 15 digits) as shown below. LCD will display the new Date and Time after the time

setting completed but year and day will not be displayed. iTDC has 24 hours system and day codes are 1

for Sunday, 2 for Monday, 3 for Tuesday, 4 for Wednesday, 5 for Thursday, 6 for Friday and 7 for

Entry Exit

Door1 Reader #1 EXIT Button

Door2 Reader #2 EXIT Button

Door3 Reader #3 EXIT Button

Door4 Reader #4 EXIT Button

Saturday. The Master ID for iTDC-SR is 10 digits number (Default setting “0000000000”).

STAR iTDC [F1]

Initial Display

TIME SETTING

8.5 ID COUNT SETTING

iTDC can register maximum 20,000 User ID and you can select maximum User ID to be registered into the

“MASTER ID” + <ENT>

8 times <0> + <ENT>

<ENT>

“Year/Month/Day/Hour/Min./Sec./Day”

<ESC>

YYYYMMDDhhm

STAR iTDC

LCD displays after time setting

Select [

Press <F2>

TIME SETTING] + <ENT>

<ENT>

iTDC from 1,000 up to 20,000 Users in 1,000 increments. This ID COUNT setting is to configure

maximum User ID to be registered into iTDC and if you set-up less ID COUNT then iTDC will increase

the EVENT Buffer size to maximum. The default ID COUNT is 5,000 Users and the default EVENT

Buffer size is 27,500 can be stored when you operate iTDC off-line.

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Select [ID COUNT] in the [SETUP MENU F3] then set-up the maximum User ID to be registered into

iTDC. Follow the steps to set-up ID COUNT.

The Master ID for iTDC-SR is 10 digits number (Default setting “0000000000”).

STAR iTDC [F1]

Initial Display

“MASTER ID” + <ENT>

8 times <0> + <ENT>

Press <F3> + <4> or <6>

Select [

ID COUNT]

ID COUNT ENTER ID

ID COUNT

<ENT>

Enter the number from 1000 to 20000

<ESC>

STAR iTDC [F1]

<ENT>

☞ You will see this error message when you press <ENT> key in the

EVENT MEMORY

[ID COUNT] menu and it tells you that some events are still

existing in the EVENT Buffer and you may lost the data when you

change the ID COUNT. You may try this setting again after uploading the events to the host PC or deleting them, using the

[SETUP MENU F2] -> [EVENT CLEAR].

☞ You will see this error message when you try to change ID COUNT

ID TOTAL

less than the total registered User ID. In this case you have to delete

some User ID or clear the User ID, using the [SETUP MENU F2] -

> [ID CLEAR] first then try again from the beginning.

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8.6 ID REGISTRATION

You can register the User ID into the iTDC. Select [SETUP MENU F3] -> [ID REGISTRATION] then

follow the steps below.

The Master ID for iTDC-SR is 10 digits number (Default setting “0000000000”).

STAR iTDC [F1]

Initial LCD Display

“MASTER ID” + <ENT>

8 times <0> + <ENT>

Press <F3> then

Select

[

ID REGISTRATION]

<ENT>

ID [________]

ID (8digits) + <ENT>

Password (4digits) + <ENT>

TA__TB__TC__T

Time Schedule codes + <ENT>

Reader Usage codes + <ENT>

TA00TB00TC00T

1. ID [________]: ID number consists of 3-digits Facility code from 000 to 255 and 5-digits ID number

Reg. completed

from 00000 to 65535 so that the 8-digits ID number cannot exceed 25565535. If you don’t know the ID

number of the proximity cards then select [SETUP MENU F4] -> [READER TEST] then present the

card to the reader to display the ID number. Enter 8-digits ID number then press <ENT> key in the ID

[________] field. (ID number of iTDC-SR has 10-digits decimal numbers.)

2. PW [____]: PW is the password which can be used to access the doors where you install a Proximity

and Keypad Reader and set-up the RF + Password operating mode. But regardless of the operating mode,

it is necessary to enter a default password (0000) in the PW [____] field when you register ID.

3. TA__TB__TC__TD__: TA, TB, TC and TD are Time Schedule code (00-15) for the Readers, TA is the

Time Schedule for the Reader #1, TB is for Reader #2, TC is for Reader #3 and TD is for Reader #4.

When you present the card to Reader #1 then the cardholder is only allowed the access of the door during

the Time Schedule code entered to TA__ and the other Readers are the same manner. To control the

accessible Time Schedule for each cardholder, you must set-up the Time schedules first and enter the

Time Schedule code here. If you want to access the door anytime for the cardholder then enter default

Time Schedule code '00' for the value.

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4. RA__RB__RC__RD__: RA, RB, RC and RD are Reader Usage codes for the cardholder. If you put ‘1’

for RA then Reader #1 is accessible and if you put ‘0’ for RA then the cardholder can not access through

the Reader #1 and iTDC generates an error message “Access Door Error” and displays on the LCD. To

get access through all 4 Readers, you have to input ‘1’ value for RA, RB, RC and RD.

8.7 OUTPUT SETTING

You can program the output behaviour by using the application software. Please refer to APPENDIX for

factory settings.

9. OPERATION

9.1 NORMAL OPERATION

Power on

When the power is applied to iTDC, the LED7 is turned on.

Registered card reading

When a registered card (or PIN) is read, the Door (Relay #1, Relay #3) will open for 3 seconds (Default)

with the LED on. (LED8, LED10)

Exit Button

To request for exit from the inside, an Exit Button (or an Exit Reader) can be used.

The Door (Relay #1, Relay #3) will open for 3 seconds with the LED on. (LED8, LED10)

Alarms

When an unregistered card is read, the access is denied and the alarm (Relay #2, Relay #4) will be

activated for 3 seconds with the LED on (LED9, LED11) along with a buzzer sound.

9.2 DEFAULT SETTING

When you operate the iTDC first time or you initialise the iTDC, the controller will set-up all values defaults

(factory settings). You can change the settings for desired application.

Please refer to the APPENDIX for the default setting values.

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10. SETTING CHANGES

(MODEL NAME, CURRENT TIME)

INITIAL DISPLAY

SETUP MENU F1 SETUP MENU F2

1. READER 1 MODE

2. READER 2 MODE

3. READER 3 MODE

4. READER 4 MODE

5. DOOR 1 APB

6. DOOR 2 APB

7. READER1 KEY IN

8. READER2 KEY IN

9. READER3 KEY IN

10. READER4 KEY IN

11. READER1 DURESS

12. READER2 DURESS

13. READER3 DURESS

14. READER4 DURESS

15. READER1 T/S

16. READER2 T.S

17. READER3 T/S

18. READER4 T/S

ID INPUT ?

YES

MASTER ID ?

YES

SETUP MENU

1. TIME SETTING

2. HOLIDAY INDEX

3. COMM ID

4. BAUD RATE

5. MASTER ID CHANGE

6. EVENT MEMORY

7. DOOR ALARM

8. DOOR SETTING

9. HOLIDAY SETTING

10. TIME SCHEDULE

11. IN/OUT DEFINE

12. READER DEFINE

13. SYSTEM INITIALIZE

14. EVENT CLEAR

15. CARD ID CLEAR

16. TIME SCHE CLEAR

NORMAL OPERATION

SETUP MENU F3

1. ID REGISTRATION

2. ID DELETE

3. ID LIST

4. REG. ID COUNT

5. ID COUNT

6. EVENT COUNT

MODE

SETUP MENU F4

1. VERSION

2. SRAM TEST

3. OUTPUT TEST

4. LCD TEST

5. KEYPAD TEST

6. READER TEST

7. INPUT TEST

8. COMM TEST

☞. To set-up or to change the iTDC settings, you have to enter the SETUP MENU first. To do so,

press 8 times <0> key for Master ID (Default setting “00000000”) and <ENT> key from the

optional Keypad then you can get into SETUP MENU. There are 4 main SETUP MENU and

you first get into [SETUP MENU F1]. You can move to other SETUP MENU by pressing

<F1> key for [SETUP MENU F1], <F2> key for [SETUP MENU F2], <F3> key for [SETUP

MENU F3] and <F4> key for [SETUP MENU F4]. There are several SUB MENU in the main

SETUP MENU and you can scroll up and down the SUB MENU by pressing <4> and <6> key

in the main SETUP MENU. If you don’t press any key for 20 seconds or if you press <ESC>

key then iTDC will exit the SETUP MENU then return to normal operation.

The Master ID for iTDC-SR is 10 times <0> key (Default setting “0000000000”).

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10.1 SETUP MENU F1

Searching key

<4> or <6>

READER 1 MODE

key<4> or <6>

READER 2 MODE

key<4> or <6>

READER 3 MODE

key<4> or <6>

READER 4 MODE

key<4> or <6>

DOOR 1 APB

key<4> or <6>

RF Only (default)

RF+PASSWORD

RF Only (default)

RF+PASSWORD

RF Only (default)

RF+PASSWORD

RF Only (default)

RF+PASSWORD

NOT USE (default)

USE(ALONE)

USE(ZONE)

ALL CLEAR

DOOR 2 APB

key<4> or <6>

READER1 KEY IN

key<4> or <6>

READER2 KEY IN

key<4> or <6>

READER3 KEY IN

key<4> or <6>

NOT USE (default)

USE(ALONE)

USE(ZONE)

ALL CLEAR

DISABLE (default)

ENABLE

DISABLE (default)

ENABLE

DISABLE (default)

ENABLE

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DISABLE (default)

READER4 KEY IN

ENABLE

key<4> or <6>

NOT USE (default)

READER 1 DURESS

USE

Searching key

<4> or <6>

key<4> or <6>

READER 2 DURESS NOT USE (default)

key<4> or <6>

READER 3 DURESS

key<4> or <6>

READER 4 DURESS NOT USE (default)

key<4> or <6>

READER 1 T/S

DURESS 1 P/W

USE

DURESS 2 P/W

NOT USE (default)

USE

DURESS 3 P/W

USE

DURESS 4 P/W

2 Digit number

key<4> or <6>

READER 2 T/S

key<4> or <6>

READER 3 T/S

key<4> or <6>

READER 4 T/S

2 Digit number

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10.1.1 READER MODE SETTING

READER1

* READER2, READER3 and READER4 MODE set-up is the same as above.

10.1.2 ANTI-PASS-BACK MODE SETTING

DOOR 1 APB

* DOOR2 APB mode set-up is the same as above.

READER 1 MODE

☞. It shows READER1 MODE is set to RF ONLY operating mode.

If you want to change the mode to RF+PASSWORD operating

☞. Now you can change the mode by pressing <4> or <6> key to

toggle the mode. If you want to set-up the mode displayed then press <ENT> key to accept this mode.

Note:

RF ONLY: The door is accessible with the proximity card alone. RF+PASSWORD: The door is accessible with the proximity card

☞. It shows Door1 anti-pass-back operation is not used. Press

<ENT> key. (It only applies when the Door has Exit Reader)

z For Door1 (2), you must have Reader #1(#2) for entry and

☞. Press <4> or <6> key for searching the APB mode.

Press <ENT> key to select the mode. NOT USE: Anti-pass-back mode is not applied. USE (ALONE): Door1 (2) Anti-pass-back mode is separately applied. USE (ZONE): Door1 (2) Anti-pass-back mode is applied together.

Note: If you select USE (ZONE) then the APB flag will be affected

Example: When you select USE (ALONE) then Door2 entry is possible

☞. If you select All Clear then iTDC will clear all APB flags and all

RF Only (default)<ENT>

Seaching key<4> or <6>

RF+PASSWORD

and Password.

to Door1 and Door2. DOOR2 APB mode is set automatically.

after you got in through Door1.

When you select USE (ZONE) then Door2 entry is not

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10.1.3 KEYPAD INPUT SETTING

READER1 KEY

☞. This function is to set DISABLE/ENABLE the keypad inputs

from the Proximity and Keypad Readers. The default setting is DISABLE the keypad inputs. If you install Keypad Reader (8bit burst format) and set this mode ENABLE, you can access the Door by pressing 8digit User ID from the keypads.

Press <ENT> key and press <4> or <6> key to select ->ENABLE then press <ENT> key to set-upthis function.

* READER2, READER3 and READER4 KEY IN set-up is the same as above.

10.1.4 DURESS MODE SETTING

<ENT>

READER 1 DURESS

<ENT>

NOT USE(default)

Searching key<4> or <6>

USE

<ENT>

DURESS 1 P/W

<ENT>

ENTER NEW P/W

(2digit + <ENT>)

<ENT>

READER1

☞. You can select whether the DURESS mode is used or not used for

READER1. To use this function, you need Keypad Reader. Default setting is NOT USE. If you want to set-up Duress mode then press <ENT> key and select ->USE by pressing <4> or <6>

READER1

key then press <ENT> key. LCD will display default Duress Password ‘00’. Press <ENT> key again to enter 2 digit Duress Password then press <ENT> key to finish setting.

DURESS 1 P/W

Note!!

In case of Duress, enter the 2 digit Duress Password and <ENT> key then present the card. Door will be opened as normal but the

DURESS 1 P/W

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* READER2, READER3 and READER4 DURESS set-up is the same.

10.1.5 READER TIME SCHEDULE SETTING

READER1 T/S

☞. If you set-up RF+PASSWORD operating mode for Reader #1

(Refer to READER1 MODE SETTING), you can apply Time Schedule for Reader #1. During the time period of Time Code in the T/S, Reader #1 will operate RF ONLY mode. And the rest of time period, Reader #1 will operate RF+PASSWORD mode.

To apply this function, you have to set-up Time Schedules (T/S) and Holiday Schedules (H/S) from the iTDC Application Software and download T/S with H/S index to the iTDC. Please read iTDC Software Manual for detail.

Select READER1 T/S then press <ENT> key. Enter 2 digit T/S

‘

’~‘

’

* READER2, READER3 and READER4 T/S set-up is the same as above.

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10.2 SETUP MENU F2

Searching key

<4> or <6>

TIME SETTING

key<4> or <6>

HOLIDAY INDEX

key<4> or <6>

COMM ID

key<4> or <6>

BAUD RATE

key<4> or <6>

MASTER ID CHANGE

key<4> or <6>

EVENT MEMORY

15 Digit key in

Setup each T/S index(2 Digit)

Display Communication ID

4800

9600(default)

19200

38400

KEY ( 8 Digit )

USE (default)

NOT USE

key<4> or <6>

DOOR ALARM

key<4> or <6>

DOOR SETTING

key<4> or <6>

HOLIDAY SETTING

2 Digit ( default 3 second )

2 DOOR(default)

3 DOOR

4 DOOR

INDEX : 01 ~ 10 No.: 01 ~ 100

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INDEX : 01 ~ 15

TIME SCHEDULE

WEEKLY: HOL, SUN, MON, …. SAT No.: 01 ~ 05

Searching key

<4> or <6>

key<4> or <6>

IN/OUT DEFINE

key<4> or <6>

READER DEFINE

key<4> or <6>

SYS INITIALIZE

01 ~ 07: INPUT #1 ~ #7 08 ~ 15: EIO INPUT #1 ~ #8 16 ~ 19: DURESS MODE #1 ~ #4 20: OUTPUT T/S 21: INPUT T/S 22: INPUT TYPE

01: R1 ID OK 02: R1 ID ERROR 03: R1 ID T/S ERROR 04: R1 APB ERROR 05: R2 ID OK 06: R2 ID ERROR 07: R2 ID T/S ERROR 08: R2 APB ERROR 09: R3 ID OK 10: R3 ID ERROR 11: R3 ID T/S ERROR 12: R3 APB ERROR 13: R4 ID OK 14: R4 ID ERROR 15: R4 ID T/S ERROR 16: R4 APB ERROR

YES

key<4> or <6>

YES

EVENT CLEAR

key<4> or <6>

YES

CARD ID CLEAR

key<4> or <6>

TIME SCHE CLEAR

YES

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10.2.1 TIME SETTING

TIME SETTING

YYYYMMDDhhmmssW

_ _ _ _ _ _ _ _ _ _

10.2.2 HOLIDAY INDEX SETTING

HOLIDAY

T/S_INDEX 01

10.2.3 COMMUNICATION ID (ADDRESS) DISPLAY

COMM ID

☞. Press <ENT> key and enter 15 digit Date/Time codes then

<ENT> key to finish setting.

YYYY: Year, MM: Month, DD: Date

hh: Hours (24 hours system), mm: Minutes, ss: Seconds

W: Sun=1, Mon=2, Tue=3, Wed=4, Thu=5, Fri=6, Sat=7

Example: 200302101330152 => Feb.10,2003 13:30:15 Mon

☞. Holiday Index is to link the Holiday Schedule (H/S) to Time

Schedule. You can set-up one of holiday index (01~10) to one of T/S index (01~15) so that the Holiday Time Code in the T/S can

e applied for the Holidays in the H/S. Default HOLIDAY CODE is ‘00’ which means no holidays are applied to T/S. Select HOLIDAY INDEX menu and press <ENT> then select

desired T/S_INDEX (01~15) by pressing <4> or <6> key then

ress <ENT> key to input 2 digit HOLIDAY CODE and <ENT>.

☞. This menu shows the current communication ID of the iTDC. If

multiple iTDC units are connected to one host PC, each unit must be configured to different communication ID.

Note:

You can change COMM ID by DIPswitch setting of the iTDC.

10.2.4 BAUD RATE SETTING

BAUD RATE

☞. iTDC supports 4800, 9600, 19200 and 38400bps of baud rate and

default setting are 9600bps. Wrong baud rate setting will cause communication errors and you have to set same baud rate to iTDC and host PC. If you have communication problem,

please check followings;

- Check COMM ID of iTDC and host PC

- Check BAUD RATE of iTDC and host PC

- Check communication port and cable

- Check COM port set-up of host PC Parity: None, Data Bit: 8 bit, Stop Bit: 1 bit

To change the baud rate, press <ENT> key and select desired

baud rate by pressing <4> or <6> key then press <ENT> key.

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10.2.5 MASTER ID CHANGE

MASTER ID CHANGE

Master Card

The Master ID for iTDC-SR is 10 digits number (Default setting “0000000000”).

10.2.6 EVENT MEMORY SETTING

EVENT

☞. Press <ENT> key to change the current Master ID (“00000000”).

You should use the new Master ID to access the SETUP MENU

☞. You should use 8 digits number for Master ID. Press <ENT> key

and enter the new 8 digits Master ID and <ENT> key.

☞. Master ID is now changed and stored in the memory. LCD shows

new Master ID is registered successfully.

☞. You can select whether you use event memory or not. When you

select USE and in case of event memory full then iTDC generates an error message and keeps all events stored in the memory. When you select NOT USE then iTDC will not generate an error and new event overwrite into the event buffers. If you use iTDC for standalone (just for door access) then select NOT USE.

10.2.7 DOOR OPEN ALARM SETTING

DOOR ALARM

☞. When the door is still opened after the door unlock time, you may

set this alarm function. To use this function, you have to install Door Contact Sensor on the door and set-up the output of Door Contact Sensor from the iTDC Application Software. ‘03’ default

DOOR ALARM

00: Alarm if the door is opened after the door unlock time 01~98: Alarm if the door is opened after the set time (01~98s) 99: No alarm

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10.2.8 DOOR SETTING

DOOR

☞. Set-up how many doors to be controlled by the iTDC.

2 DOOR: Reader#1-Door1 Entry, Reader#2-Door1 Exit Reader#3-Door2 Entry, Reader#4-Door2 Exit 3 DOOR: Reader #1-Door1 Entry, Reader #2-Door1 Exit Reader#3-Door2 Entry, Reader#4-Door3 Entry

DOOR

4 DOOR: Reader#1, #2, #3, #4-Door1, 2,3,4 Entry

Note! This must be set-up first before other set-up.

Please refer to section 8.3 DOOR SETTING.

10.2.9 REGISTERING AND CHANGING HOLIDAY TIME

SCHEDULE

HOLIDAY

. You can register up to 100 specified “holidays,” per year for each

schedule setting. There can be 10 other registration sets created, meaning holidays can be set for up to 10 years. Press <ENT> to

HOL T/S: 01 #001

. 1) Holiday Time schedule (Date registration set) number: 01 ~ 10(10 years)

2) Index for the days: 01 ~ 100(100 days)

. With the <2> key and <8> key, select the Date Registration Set

Number (1~10), and with the <4> key and <6> key, select the index for the days (1~100). Press <ENT> key and the cursor will blink. Enter the date, in form of the Month (1~12). The LCD will indicate the defined date. Now a day has been registered. For further registration, repeat the process.

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10.2.10 REGISTERING AND CHANGING TIME SCHEDULE

TIME

T/S: 01 HOL #1

. You may program time schedules to grant and restrict access for

each user. There can be up to 15 different schedules. A minimum of one schedule must be defined. If only one schedule is programmed the most common setting allows access for all users 24 hours / day. A time schedule can be programmed for each day of the week and holidays, and five shifts can be defined for each day. To set time schedules, press <ENT> key from this menu. If you want to set time schedules, press <ENT> key when this figure is displayed.

. Press <2> key or <8> key to adjust the Time Schedule (T/S)

number (1-15) and the day of the week (Mon-Sun and ‘HOL’). Define which shift of the day (1-5), using the <4> key and <6> key. ‘HOL’ refers to specific holidays you will register. Press <ENT> key, and the cursor will blink, then enter the beginning time of the period, in the form of hour (2-digit): minute (2-digit) and the ending time in the same form. Then the lower line will indicate the defined period. For more schedules, repeat the process. To end time scheduling, press <ESC> key.

. Possible values for time scheduling

1) Time schedule number: 01 ~ 15 (Needed when IDs are registered)

2) A day of the week: MON, TUE, WED, THU, FRI, SAT, SUN, HOL

3) Index: 1 ~ 5(referred to the five periods of time of a day)

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10.2.11 DEFINING OUTPUTS IN COMPLIANCE WITH INPUTS

IN/OUT DEFINE

1.INPUT #1

iTDC: 03 00 00

EIO: 00 00 00

. You can program or deactivate each output to be generated and

choose how long (in seconds) they will last. There are default values as seen in the APENDIX (A. THE RELATION

BETWEEN INPUT AND OUTPUT (DEFAULT)

☞. Select input sources by changing Index numbers with the keys

<4> or <6>.

☞. Press <ENT> key and you will see a cursor blinking at the first

digit from the left of the seven couples of digits (Output of iTDC). Enter the 14 digit (seven couples) key.

☞. Press <ENT> key and you will see a cursor blinking at the first

digit from the left of the eight couples of digits (Output of EIO88). To set time for eight couples, press <ENT> key.

For more inputs,

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10.2.12 DEFINING OUTPUTS IN COMPLIANCE WITH READER

READER/OUT

1.R1 ID OK

iTDC: 03 00 00

EIO: 00 00 00

. You can program or deactivate each output to be generated and

choose how long (in seconds) they will last. There are default values as seen in the APENDIX (A. THE RELATION

BETWEEN INPUT AND OUTPUT (DEFAULT)

☞. Select input sources by changing Index numbers with the keys

<4> or <6>.

☞. Press <ENT> key and you will see a cursor blinking at the first

digit from the left of the seven couples of digits(Output of iTDC). Enter the 14 digit (seven couples) key.

☞. Press <ENT> key and you will see a cursor blinking at the first

digit from the left of the eight couples of digits(Output of EIO88). To set time for eight couples, press <ENT> key. For more inputs,

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10.2.13 SYSTEM INITIALIZE

SYS INITIALIZE

System

10.2.14 EVENT CLEAR

EVENT

10.2.15 CARD ID CLEAR

☞. This operation will initialise the iTDC. Press <ENT> key, if an

initialisation is needed. (First time installation or resetting in the event of a malfunction).

CAUTION: Initialising will erase all stored data in the memory.

☞. Press <1> key to initialise or <0> key to cancel the operation.

☞. This message appears while the system is being initialised.

After the initialisation, iTDC will return to the set-up menu.

☞. When the event memory is full or when you want to change ID

COUNT, you can clear the event memory in this menu. Press <ENT> key then press <1> key to clear event memory or <0> key to cancel the operation.

CAUTION: Before you clear the events, make sure that the

stored events is not necessary to upload to the host PC otherwise you may lose important data.

☞. When you want to delete all User ID (Card ID), you can clear all

CARD ID CLEAR

User ID from the memory. Press <ENT> key then press <1> key to clear all User ID or <0> key to cancel the operation.

CAUTION: Before

ou clear all User ID, make sure that the

registered User ID is no longer used otherwise

10.2.12 TIME SCHEDULE CLEAR

TIME SCHE

☞. When you want to delete all Time Schedule (01~15), you can

clear all T/S from the memory. Press <ENT> key then press <1> key to clear all T/S or <0> key to cancel the operation.

CAUTION: Before you clear all T/S, make sure that the stored

T/S is no longer used otherwise stored T/S in the memory.

ou may lose all

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10.3 SETUP MENU F3

ID REGISTRATION

key<4> or <6>

ID DELETE

key<4> or <6>

KEY

Searching key

<4> or <6>

ID LIST

key<4> or <6>

REG. ID COUNT

key<4> or <6>

ID COUNT

DISPLAY REGISTERED

ID DATA

DISPLAY REGISTRATION

ID COUNT

ENTER POSSIBLE

REGISTRATION ID COUNT

ID / EVENT 1,000 / 29,500 2,000 / 29,000 3,000 / 28,500 4,000 / 28,000 5,000 / 27,500 : / : : / : 10,000 / 25,000 20,000 / 20,000

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10.3.1 CARD REGISTRATION

ID REGISTRATION <ENT> REGISTRATION SELECT

KEY ?

ERROR

Invalid Card ID Invalid T/S 1 Invalid T/S 2 Invalid RD

DISPLAY

YES

ENTER NEW ID

(8 digit - Card data)

Card ID Error ?YES

INPUT

PW, TS, RD

PW, TS, RD Error ?

ID REGISTRATION END

☞. Press <ENT> key to register new User ID.

ID [________]

☞. Enter 8 digit Card ID in the ID [________] field and press

<ENT> key. Enter 4 digit Password in the PW [____] field and press <ENT> key. Even you don’t use Password, it is necessary to enter 4 digit Password as default. (Example: ‘0000’)

☞. Enter 2 digit T/S index to TA, TB, TC and TD and <ENT> key.

TA__TB__TC__T

This T/S will be applied to each Reader. Enter <1> key to use the Reader or <0> key for no use and <ENT> key to finish the setting.

Example: When you want to apply T/S 01 for Reader#1(TA), T/S 02 for Reader#2(TB), T/S 02 for Reader#3(TC) and T/S 00 for Reader#4(TD) and you want to use Reader#1, #2, #3 only. Press <0><1><0><2><0><2><0><0><ENT> key for T/S Press <1><1><1><0><ENT> key for Reader use/not use

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ID number of iTDC-SR is 10 digits decimal number.

10.3.2 ID DELETE

ID DELETE

<ENT>

ENTER CARD NUMBER

(8 Digit)

<ENT>

ID DELETE

Enter Card No.

☞. Press <ENT> key to delete registered User ID

☞. Enter 8 digit User ID that you want to delete and <ENT>.

☞. If the User ID you entered is found, the User ID will be deleted

LCD Display

"ID DELETED"

LCD Display

"UNREGISTERED ID"

and display “ID Deleted” and if the User ID is not found then only display “ID Unregistered”. You may repeat ID DELETE many

ID number of iTDC-SR is 10 digits decimal number.

Yes

EXIST ID?

10.3.3 ID LIST

ID LIST

<ESC>

<ENT>

EXIST ID ?

YES

DISPLAY ID NUMBER, P/W, T/S

DOOR_FLAG

SEARCHING ID

(USE SEARCHING KEY)

LCD display:

"MEMORY EMPTY"

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☞. If you want to see the list of registered User ID, press the <ENT>

ID LIST

ID[XXXXXXXX]

TA__TB__TC__TD

key in this menu.

☞. 8 digit User ID, 4 digit password and T/S for the readers are

displayed on the LCD, and you can scroll up and down the list by pressing <4> and <6> keys. Press <ESC> key to return to the

MEMORY

☞. “MEMORY EMPTY” message will be displayed when there is

☞. “ID LIST TOP” message will be displayed first when the first

registered User ID is displayed on the LCD.

ID number of iTDC-SR is 10 digits decimal number.

10.3.4 REGISTERED ID COUNT

REG. ID COUNT

☞. “ID LIST BOTTOM” message will be displayed first when the

last registered User ID is displayed on the LCD.

☞. This menu displays the total number of registered User ID. It

automatically counts when you register or delete User ID. LCD shows 12,345 User ID is now registered in the memory.

10.3.5 ID COUNT

☞. Press <ENT> key to change maximum ID Count.

ID COUNT

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Note! This must be set-up first before other set-up.

Please refer to section 8.5 ID COUNT SETTING.

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ENTER ID

ID COUNT

☞. Enter number from 1000 to 20000 in multiple of 1000 for the

maximum User ID count. Example: 1000, 2000, 5000, 10000,

ress <ENT> key.

EMPTY ?

YES

ENTER NO. (4 ~ 5 digit)

ID COUNT VALID ?

YES

REGISTERED ID COUNT

< ENTER NO. ?

YES

COMPLETE

<ENT>

20000. Then

EVENT MEMORY

DISPLAY: EVENT MEMORY

NOT EMPTY

DISPLAY: INVALID COUNT

DISPLAY: ID TOTAL COUNT

WRONG !!!

EVENT MEMORY

ID TOTAL

10.3.6 STORED EVENT COUNT

EVENT COUNT

☞. LCD will display “Invalid Count” error message when you enter

the ID Count which is not multiple of 1,000 or the ID Count is not in between 1,000 and 20,000.

☞. LCD will display “EVENT MEMORY NOT EMPTY!!!” error

message when you want to change ID Count and there are some events still existin

in the Event Buffer.

☞. LCD will display “ID TOTAL COUNT Wrong !!!” error message

when you enter the less ID Count number than the number of User ID registered in the memory.

Note! This must be set-up first before other set-up.

Please refer to section 8.3 DOOR SETTING.

☞. This menu displays the total number of event.

It automatically counts when you upload to PC. LCD shows

1,234 User ID is now registered in the memory

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10.4 SETUP MENU F4

☞. On set-up menu F4, there are self-diagnosis functions to test the performances of the operations. To

test, press <ENT> key on the menu.

Searching

key<4> or <6>

VERSION

key<4> or <6>

SRAM TEST

key<4> or <6>

OUTPUT TEST

key<4> or <6>

LCD TEST

key<4> or <6>

KEYPAD TEST

key<4> or <6>

READER TEST READER TEST

DISPLAY CURRENT F/W

VERSION

SRAM TEST

OUTPUT TEST

LCD TEST

KEYPAD TEST

key<4> or <6>

INPUT TEST INPUT TEST

key<4> or <6>

COMM TEST

COMMUNICATION TEST

(RS-232)

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10.4.1 VERSION CHECK

VERSION

10.4.2 SRAM TEST

SRAM TEST

Memory fail!! 00

RAM test pass!!!

10.4.3 OUTPUTS TEST

☞. The version of the controller’s firmware is displayed on the LCD.

Press <4> or <6> key to look for other menus of set-up menu F4.

☞. To test the SRAM memory, press <ENT> key.

☞. If the SRAM has problems, LCD will show the memory block

number with Memory fail message. In this case, you have to contact technical support. Press any key to return to the set-up

☞. If the SRAM is working properly then LCD will show RAM test

pass message. Press any key to return to the set-up menu.

OUTPUT

OUTPUT 8

☞. To test the outputs, press <ENT> key.

☞. The output test will be proceeding for each output twice On and

Off. The first 4 test is for output relays (Realy#1~Relay#4) so you can hear the mechanical sound of relays and followed 3 test is for TTL output test. The last test is for built-in buzzer test and you can hear two beep sounds. Press any key to return to the setup menu.

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OUTPUT TEST

Enter any key

<ENT>

Relay 1 test

(Activated two times)

Relay 2 test

(Activated two times)

Relay 3 test

(Activated two times)

Relay 4 test

(Activated two times)

TTL Output 1 test

(Activated two times)

TTL Output 2 test

(Activated two times)

TTL Output 3 test

(Activated two times)

Buzzer Output test

(Activated two times)

This test is applicable to Relay1 and LED.

This test is applicable to Relay2 and LED.

This test is applicable to Relay3 and LED.

This test is applicable to Relay4 and LED.

This test is applicable to TTL1. (0V - 5V)

This test is applicable to TTL2. (0V - 5V)

This test is applicable to TTL3. (0V - 5V)

This test is applicable to Buzzer.

10.4.4 LCD TEST

LCD TEST

Last Update

10.4.5 KEYPAD TEST

KEYPAD TEST

Output test end

☞. Press <ENT> key to continue the test. LCD will display all

characters on the screen.

☞. When the test is done. LCD will show “Last Update Press any

key…” then press any key to return to the set-up menu.

☞. Press <ENT> key to start the keypad test.

☞. LCD will display “0123456789ABCDEF” on the bottom line of

LCD. Press each key from the keypad then the depressed key will be disappeared from the LCD. Note that F1 key is “A”, F2 key is “B”, F3 key is “C”, F4 key is “D”, ESC key is “E” and ENT key is “F” on the screen. After the test is done

it returns to set-upmenu.

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10.4.6 READER TEST

READER TEST

. Press <ENT> key for the reader test.

Scanning ...

☞. LCD will display “Scanning…” for reading the cards. Present the

☞. When the reader successfully read the card, LCD will display

Reader 1

Card # Reader #

10.4.7 INPUT AND DIP SWITCH TEST

INPUT TEST

DIP S/W

INPUT

☞. Press <ENT> key for the input test.

. The first 8 digits of the bottom line shows the status of the

10.4.8 COMMUNICATION TEST

card to one of the readers.

reader number and 8-digit card number on the LCD. Press <ESC> key to return to the set-up menu.

ID number of iTDC-SR is 10 digit decimal number.

DIPswitch for communication ID setting and “1” indicates the switch ON position and “0” indicates the switch OFF position. The last 7 digits shows the input status and “0” indicates the input port open circuit and “1” indicates the input port short to ground level. Press <ESC> key to return to the set-up menu.

COMM TEST

TX data = 0

☞. Before this communication test,

RS232: Connect the RS232-RX and RS232-TX wires together.

RS-422: Connect the Rx (-) and TX (-), Rx (+) and TX (+) wires.

Note!! In case of RS-422 test, JP3, 4 disconnection and JP5, 6 short

☞. This test is a loop test and iTDC sends a character to TX port and

check whether the RX port receive the character or not. If you have an error, please contact our service facility.

COMM test pass!!

☞. After the test is done, LCD will display “COMM test pass!!”

Press any key to return to the set-upmenu.

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APPENDIX

A. THE RELATION BETWEEN INPUT AND OUTPUT (DEFAULT)

1. The relation between input and output (2Door set-up: iTDC Board Default)

Index No Relay#1 Relay#2 Relay#3 Relay#4 TTL#1 TTL#2 TTL#3

[1] Input #1 (Door1 Exit button)

[2] Input #2 (Door1 Contact SW) 00

[3] Input #3 (Door2 Exit button) 00 00

[4] Input #4 (Door2 Contact SW) 00 00 00

[5] Input #5 00 00 00 00 00 00 00

[6] Input #6 00 00 00 00 00 00 00

[7] Input #7 00 00 00 00 00 00 00

[8] EIO88 Input #1 00 00 00 00 00 00 00

[9] EIO88 Input #2 00 00 00 00 00 00 00

[10] EIO88 Input #3 00 00 00 00 00 00 00

[11] EIO88 Input #4 00 00 00 00 00 00 00

[12] EIO88 Input #5 00 00 00 00 00 00 00

[13] EIO88 Input #6 00 00 00 00 00 00 00

[14] EIO88 Input #7 00 00 00 00 00 00 00

[15] EIO88 Input #8 00 00 00 00 00 00 00

[16] DURESS MODE 1

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

00 00 00

[17] DURESS MODE 2

[18] DURESS MODE 3 00 00

[19] DURESS MODE 4 00 00

[20] OUTPUT Time Schedule 00 00 00 00 00 00 00

[21] INPUT Time Schedule 00 00 00 00 00 00 00

[22] INPUT Type

Default output setting values of EIO88 Relay#1 ~ Relay#8 are all “00”. INPUT Type: “00”= NC, “01”= NO

01 01 01 01 01 01 01

00 00 00 00 00 00

00 00 00 00

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2. The relation between input and output (3Door set-up: iTDC Board Default)

Index No Relay#1 Relay#2 Relay#3 Relay#4 TTL#1 TTL#2 TTL#3

[1] Input #1 (Door1 Exit button)

[2] Input #2 (Door1 Contact SW) 00

00 00 00 00 00 00

00 00 00 00 00

[3] Input #3 00 00 00 00 00 00 00

[4] Input #4 00 00 00 00 00 00 00

[5] Input #5 00 00 00 00 00 00 00

[6] Input #6 00 00 00 00 00 00 00

[7] Input #7 00 00 00 00 00 00 00

[8] EIO88 Input #1 (Door2 Exit) 00 00 00 00 00 00 00

[9] EIO88 Input #2 (Door2 Contact) 00 00 00 00 00 00 00

[10] EIO88 Input #3 (Door3 Exit) 00 00 00 00 00 00 00

[11] EIO88 Input #4 (Door3 Contact) 00 00 00 00 00 00 00

[12] EIO88 Input #5 00 00 00 00 00 00 00

[13] EIO88 Input #6 00 00 00 00 00 00 00

[14] EIO88 Input #7 00 00 00 00 00 00 00

[15] EIO88 Input #8 00 00 00 00 00 00 00

[16] DURESS MODE 1

00 00 00 00 00 00

[17] DURESS MODE 2

00 00 00 00 00 00

[18] DURESS MODE 3 00 00 00 00 00 00 00

[19] DURESS MODE 4 00 00 00 00 00 00 00

[20] OUTPUT Time Schedule 00 00 00 00 00 00 00

[21] INPUT Time Schedule 00 00 00 00 00 00 00

[22] INPUT Type

01 01 01 01 01 01 01

INPUT Type: “00”= NC, “01”= NO

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3. The relation between input and output (3Door set-up: EIO88 Extension I/O Board Default)

Index No

[1] Input #1 (Door1 Exit button) 00 00 00 00 00 00 00 00

[2] Input #2 (Door1 Contact SW) 00 00 00 00 00 00 00 00

[3] Input #3 00 00 00 00 00 00 00 00

[4] Input #4 00 00 00 00 00 00 00 00

[5] Input #5 00 00 00 00 00 00 00 00

[6] Input #6 00 00 00 00 00 00 00 00

[7] Input #7 00 00 00 00 00 00 00 00

[8] EIO88 Input #1 (Door2 Exit)

[9] EIO88 Input #2 (Door2 Contact) 00

[10] EIO88 Input #3 (Door3 Exit) 00 00

[11] EIO88 Input #4 (Door3 Contact) 00 00 00

[12] EIO88 Input #5 00 00 00 00 00 00 00 00

[13] EIO88 Input #6 00 00 00 00 00 00 00 00

Relay#1 Relay#2 Relay#3 Relay#4 Relay#5 Relay#6 Relay#7 Relay#8

00 00 00 00 00 00 00

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

[14] EIO88 Input #7 00 00 00 00 00 00 00 00

[15] EIO88 Input #8 00 00 00 00 00 00 00 00

[16] DURESS MODE 1 00 00 00 00 00 00 00 00

[17] DURESS MODE 2 00 00 00 00 00 00 00 00

[18] DURESS MODE 3

[19] DURESS MODE 4 00 00

[20] OUTPUT TIME SCHEDULE 00 00 00 00 00 00 00 00

[21] INPUT TIME SCHEDULE 00 00 00 00 00 00 00 00

[22] INPUT TYPE

01 01 01 01 01 01 01 01

00 00 00 00 00 00 00

00 00 00 00 00

INPUT Type: “00”= NC, “01”= NO

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4. The relation between input and output (4Door set-up: iTDC Board Default)

Index No Relay#1 Relay#2 Relay#3 Relay#4 TTL#1 TTL#2 TTL#3

[1] Input #1 (Door1 Exit Button)

[2] Input #2 (Door1 Contact SW) 00

[3] Input #3 (Door2 Exit Button) 00 00

[4] Input #4 (Door2 Contact SW) 00 00 00

[5] Input #5 00 00 00 00 00 00 00

[6] Input #6 00 00 00 00 00 00 00

[7] Input #7 00 00 00 00 00 00 00

[8] EIO88 Input #1 (Door3 Exit) 00 00 00 00 00 00 00

[9] EIO88 Input #2 (Door3 Contact) 00 00 00 00 00 00 00

[10] EIO88 Input #3 (Door4 Exit) 00 00 00 00 00 00 00

[11] EIO88 Input #4 (Door4 Contact) 00 00 00 00 00 00 00

[12] EIO88 Input #5 00 00 00 00 00 00 00

[13] EIO88 Input #6 00 00 00 00 00 00 00

[14] EIO88 Input #7 00 00 00 00 00 00 00

[15] EIO88 Input #8 00 00 00 00 00 00 00

[16] DURESS MODE 1

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

00 00 00

[17] DURESS MODE 2 00 00

[18] DURESS MODE 3 00 00 00 00 00 00 00

[19] DURESS MODE 4 00 00 00 00 00 00 00

[20] OUTPUT Time Schedule 00 00 00 00 00 00 00

[21] INPUT Time Schedule 00 00 00 00 00 00 00

[22] INPUT Type

INPUT Type: “00”= NC, “01”= NO

01 01 01 01 01 01 01

00 00 00 00

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5. The relation between input and output (4Door set-up: EIO88 Default)

Index No

Relay#1 Relay#2 Relay#3 Relay#4 Relay#5 Relay#6 Relay#7 Relay#8

[1] Input #1 (Door1 Exit Button) 00 00 00 00 00 00 00 00

[2] Input #2 (Door1 Contact SW) 00 00 00 00 00 00 00 00

[3] Input #3 (Door2 Exit Button) 00 00 00 00 00 00 00 00

[4] Input #4 (Door3 Contact SW) 00 00 00 00 00 00 00 00

[5] Input #5 00 00 00 00 00 00 00 00

[6] Input #6 00 00 00 00 00 00 00 00

[7] Input #7 00 00 00 00 00 00 00 00

[8] EIO88 Input #1 (Door3 Exit)

[9] EIO88 Input #2 (Door3 Contact) 00

[10] EIO88 Input #3 (Door4 Exit) 00 00

[11] EIO88 Input #4 (Door4 Contact) 00 00 00

00 00 00 00 00 00 00

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

[12] EIO88 Input #5 00 00 00 00 00 00 00 00

[13] EIO88 Input #6 00 00 00 00 00 00 00 00

[14] EIO88 Input #7 00 00 00 00 00 00 00 00

[15] EIO88 Input #8 00 00 00 00 00 00 00 00

[16] DURESS MODE 1 00 00 00 00 00 00 00 00

[17] DURESS MODE 2 00 00 00 00 00 00 00 00

[18] DURESS MODE 3

[19] DURESS MODE 4 00 00

00 00 00 00 00 00 00

00 00 00 00 00

[20] OUTPUT TIME SCHEDULE 00 00 00 00 00 00 00 00

[21] INPUT TIME SCHEDULE 00 00 00 00 00 00 00 00

[22] INPUT TYPE

01 01 01 01 01 01 01 01

Input type: 00- NC, 01- NO

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6. Factory settings on the outputs regarding access attempts (2Door set-up: iTDC Board Default)

[1] Reader#1 ID OK

[2] Reader#1 ID Error 00

[3] Reader#1 ID T/S Error 00

[4] Reader#1 APB Error 00

[5] Reader#2 ID OK

[6] Reader#2 ID Error 00

[7] Reader#2 ID T/S Error 00

[8] Reader#2 APB Error 00

[9] Reader#3 ID OK 00 00

[10] Reader#3 ID Error 00 00 00

[11] Reader#3 ID T/S Error 00 00 00

[12] Reader#3 APB Error 00 00 00

[13] Reader#4 ID OK 00 00

[14] Reader#4 ID Error 00 00 00

[15] Reader#4 ID T/S Error 00 00 00

[16] Reader#4 APB Error 00 00 00

Index No Relay#1 Relay#2 Relay#3 Relay#4 TTL#1 TTL#2 TTL#3

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

00 00 00

00 00 00 00

00 00 00

Factory set values of the EIO88 Expansion I/O board are all ‘00’s.

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7. Factory settings on the outputs regarding access attempts (3Door set-up: iTDC Board Default)

[1] Reader#1 ID OK

[2] Reader#1 ID Error 00

[3] Reader#1 ID T/S Error 00

[4] Reader#1 APB Error 00

[5] Reader#2 ID OK

[6] Reader#2 ID Error 00

[7] Reader#2 ID T/S Error 00

[8] Reader#2 APB Error 00

Index No Relay#1 Relay#2 Relay#3 Relay#4 TTL#1 TTL#2 TTL#3

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00 00 00

00 00 00 00 00

[9] Reader#3 ID OK 00 00 00 00 00 00 00

[10] Reader#3 ID Error 00 00 00 00 00 00 00

[11] Reader#3 ID T/S Error 00 00 00 00 00 00 00

[12] Reader#3 APB Error 00 00 00 00 00 00 00

[13] Reader#4 ID OK 00 00 00 00 00 00 00

[14] Reader#4 ID Error 00 00 00 00 00 00 00

[15] Reader#4 ID T/S Error 00 00 00 00 00 00 00

[16] Reader#4 APB Error 00 00 00 00 00 00 00

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8. Factory settings on the outputs regarding access attempts (3Door set-up: EIO88 Default)

Index No

Relay#1 Relay#2 Relay#3 Relay#4 Relay#5 Relay#6 Relay#7 Relay#8

[1] Reader#1 ID OK 00 00 00 00 00 00 00 00

[2] Reader#1 ID Error 00 00 00 00 00 00 00 00

[3] Reader#1 ID T/S Error 00 00 00 00 00 00 00 00

[4] Reader#1 APB Error 00 00 00 00 00 00 00 00

[5] Reader#2 ID OK 00 00 00 00 00 00 00 00

[6] Reader#2 ID Error 00 00 00 00 00 00 00 00

[7] Reader#2 ID T/S Error 00 00 00 00 00 00 00 00

[8] Reader#2 APB Error 00 00 00 00 00 00 00 00

[9] Reader#3 ID OK

[10] Reader#3 ID Error 00

[11] Reader#3 ID T/S Error 00

[12] Reader#3 APB Error 00

[13] Reader#4 ID OK 00 00

[14] Reader#4 ID Error 00 00 00

[15] Reader#4 ID T/S Error 00 00 00

[16] Reader#4 APB Error 00 00 00

00 00 00 00 00 00 00

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

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9. Factory settings on the outputs regarding access attempts (4Door set-up: iTDC Board Default)

[1] Reader#1 ID OK

[2] Reader#1 ID Error 00

[3] Reader#1 ID T/S Error 00

[4] Reader#1 APB Error 00

[5] Reader#2 ID OK 00 00

[6] Reader#2 ID Error 00 00 00

[7] Reader#2 ID T/S Error 00 00 00

[8] Reader#2 APB Error 00 00 00

[9] Reader#3 ID OK 00 00 00 00 00 00 00

[10] Reader#3 ID Error 00 00 00 00 00 00 00

[11] Reader#3 ID T/S Error 00 00 00 00 00 00 00

[12] Reader#3 APB Error 00 00 00 00 00 00 00

[13] Reader#4 ID OK 00 00 00 00 00 00 00

[14] Reader#4 ID Error 00 00 00 00 00 00 00

[15] Reader#4 ID T/S Error 00 00 00 00 00 00 00

Index No Relay#1 Relay#2 Relay#3 Relay#4 TTL#1 TTL#2 TTL#3

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

00 00 00

[16] Reader#4 APB Error 00 00 00 00 00 00 00

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10.

Factory settings on the outputs regarding access attempts (4Door set-up: EIO88 Default)

Index No

Relay#1 Relay#2 Relay#3 Relay#4 Relay#5 Relay#6 Relay#7 Relay#8

[1] Reader#1 ID OK 00 00 00 00 00 00 00 00

[2] Reader#1 ID Error 00 00 00 00 00 00 00 00

[3] Reader#1 ID T/S Error 00 00 00 00 00 00 00 00

[4] Reader#1 APB Error 00 00 00 00 00 00 00 00

[5] Reader#2 ID OK 00 00 00 00 00 00 00 00

[6] Reader#2 ID Error 00 00 00 00 00 00 00 00

[7] Reader#2 ID T/S Error 00 00 00 00 00 00 00 00

[8] Reader#2 APB Error 00 00 00 00 00 00 00 00

[9] Reader#3 ID OK

[10] Reader#3 ID Error 00

[11] Reader#3 ID T/S Error 00

[12] Reader#3 APB Error 00

[13] Reader#4 ID OK 00 00

[14] Reader#4 ID Error 00 00 00

[15] Reader#4 ID T/S Error 00 00 00

[16] Reader#4 APB Error 00 00 00

00 00 00 00 00 00 00

00 00 00 00 00 00

00 00 00 00 00

00 00 00 00

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B. TROUBLE SHOOTING

☞ Broken or abnormal letters show on the LCD, when powered on.

Cause

Solution

SRAM backup battery problem or LCD module problem.

1. Initialise the controller and set-up the date and time on SETUP MENU F2->SYS INITIALIZE

and SETUP MENU F2->TIME SETTING.

2. If you still have problem, please contact a designated service centre.

☞

Can I set the controller to operate in RF only mode for one card and in RF+P/W mode for another?

Cause N/A

Solution 1. Do not mix the working mode for one Reader.

2. But you can set one reader to operate in RF only mode and another one in RF+P/W mode.

☞

The Set-up mode suddenly goes back to the Normal-operating mode.

Cause Time out error

Solution 1. In the Set-up mode, it is programmed to do so when there is no key-in or reading card within

20 seconds.

☞

A valid card became unregistered after batch-downloading IDs from PC.

Cause Wrong procedure during download, or a component defect.

Solution 1. The card ID might be registered only to the controller and not registered in PC. The process of

downloading IDs, iTDC first erase the ID memory of the unit, therefore if the IDs from the PC

didn’t contain the card ID, this can happen.

2. Check whether the card ID is registered in PC

3. If not, please register the number and try downloading again.

4. If the trouble remains after the procedure above, contact a designated service centre.

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☞

Doesn’t enter the Set-up Mode after entering the Master ID “00000000”.

Cause The Master ID might be changed or components are defective.

Solution 1. Try changing the Master ID through the application S/W. (It’ll be changed to “00000000”.)

- Note that the Master ID for iTDC-SR is 10 times <0>, “0000000000”.

2. When it is not feasible, initialise the unit as followings.

- Press the two System Initialisation Switches simultaneously while power is on.

- Wait until the message ‘Initialise END Turn OFF Power…’ appears on the LCD and turn it

off and on again. Try entering the Set-up mode.

- Note that all the value will be set to default, including the IDs after initialising.

3. If the trouble remains after the procedure above, contact a designated service centre.

☞

No problem with accessing by cards, but cannot access with the PIN input.

Cause An error in Set-up or possible component defect.

Solution 1. Check whether a beep sound is generated when you press a key.

When it is, the problem may be an error in set-up. Precede followings.

- Enter the Master ID (“00000000” default) to enter the Set-up mode.

(Note that the Master ID for iTDC-SR is 10 times <0>, “0000000000”.)

- Press <F1> key.

- ‘READER 1 MODE’ will appear on the LCD, then use the key <6> to choose ‘READER1

KEY IN’, ‘READER2 KEY IN’, ‘READER3 KEY IN’, or ‘READER4 KEY IN’ and select

‘Enable’ as wanted.

2. When there is no beep sound or already enabled Key-in functions, contact a designated service

centre.

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☞

The reader seems to read cards, but the controller does not respond or does not respond properly,

such as displaying wrong card numbers in the reader test mode.

Cause Reader defect, wiring error between the reader and the controller, or the electric noises around.

Solution 1. Be sure that the reader reads the card ID when you present a card.

2. Be sure that the reader format is correct. 26bit Wiegand or 34bit Wiegand for iTDC-SR

3. Check the wiring between the reader and iTDC.

- Check the wires of Wiegand data lines D0 and D1, which is connected correctly.

- Connect the controller ground to the ground wire of the reader and it is recommended to

connect them to an earth ground.

4. Using oscilloscope, check the shape of signals from the reader at the controller’s side.

When noises are shown on the signals, it is recommended to use shielded wires and the

unused wires to the common ground. You can use repeaters, also.

5. Check the maximum cable length, which may be indicated on the reader manual.

6. If the trouble remains after the procedure above, contact a designated service centre.

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☞

The controller does not communicate with PC.

Cause Defective cable is used, errors in wiring, an error in setting COMM ID of the controller, or

damage on the communication port (either on PC side or on the controller side).

Solution 1. Please, check the settings of the application S/W and the controller.

- Check the controller’s COMM ID is listed on the application S/W.

- Set the different COMM ID when two or more controllers are installed.

- Check the communication speed (9600bps default) is the same as the setting on the S/W.

- Make sure that the PC’s COM port is set correctly on the S/W.

- The parameters at the S/W should be set as follows. Parity bit: NONE Data bit: 8bit Stop bit: 1bit

2. RS_422 Jumper

2. Check the line connection for communication.

RS232 RS422 (mono)

iTDC PC iTDC

TX port TX RX(-) TX(-)

RX port RX RX(+) TX(+)

GND GND TX(-) RX(-)

TX(+) RX(+)

RS422/232

Converter

The RS232 cable from the converter

RS422 (Multi Drop)

iTDC

RX(-) RX(-) TX(-)

RX(+) RX(+) TX(+)

RS422/232

Converter

The RS232 cable from the converter

TX(-) TX(-) RX(-)

TX(+) TX(+) RX(+)

3. In case of setting RS422 communication, recommend to use line-end resistors of 120 Ohm between the RX (+) and RX (-) lines and between the TX (+) and TX (-) lines, and apply the same resistors to the converter RS422 lines. Consult a service centre or an electric

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technician if you cannot be sure how to do it.

4. When a multi-drop communication doesn’t work, test one-by-one communication first.

5. If the trouble remains after the procedure above, contact a designated service centre.

101-001 (iTDC), 101-002 (EIO88), 101-145 (iTDCSR) -76- Users Manual

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IDTeck – iTDC 2~4 DOOR ACCESS CONTROLLER

FCC REGISTRATION INFORMATION

FCC REQUIREMENTS PART 15

Caution: Any changes or modifications in construction of this device, which are not expressly approved

by the manufacturer for compliance, could void the user's authority to operate the equipment.

NOTE: This device complies with Part 15 of the FCC Rules.

Operation is subject to the following two conditions;

1. This device may not cause harmful interference, and

2. This device must accept any interference received, including interference that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class A Digital Device, pursuant to Part 15 of the FCC Rules. These limits are designed to this equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the radio or television off and on, the user is encouraged to try to correct interference by one or more of the following measures.

1. Reorient or relocate the receiving antenna.

2. Increase the separation between the equipment and receiver.

3. Connect the equipment into an outlet on another circuit.

4. Consult the dealer or an experienced radio/TV technician for help.

101-001 (iTDC), 101-002 (EIO88), 101-145 (iTDCSR) -77- Users Manual

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