Elid EL2305D Manuel utilisateur

EL2305D

DOOR ACCESS CONTROLLER

TECHNICAL MANUAL

(R1.1.20)

ELID SDN BHD

ELID EL2305D DOOR ACCESS CONTROLLER

TECHNICAL MANUAL

TABLE OF CONTENTS

1. EL2305D Door Access Controller 1

1.1 INTRODUCTION 1

1.1.1 Keypad / Reader 1

1.1.2 Door Sensor 3

1.1.3 Electric Door Lock 3

1.1.4 Miscellaneous Inputs / Outputs 3

1.2 CARDS 5

1.2.1 Card Features 5

1.2.2 User Cards 6

1.2.3 Special Cards 6

1.3 ACCESS GRANTING 9

2. INSTALLATION 11

2.1 COMMUNICATION OPTIONS 11

2.2 MISCELLANEOUS INPUTS / OUTPUTS 12

2.3 POWER SUPPLY 13

2.4 POWERING UP EL2306D 14

3. ENGINEERING MENU COMMANDS 19

3.1 DOOR MENU 20

3.1.1 Lock Release Time (L-R TIME) 21

3.1.2 Shunt Activation Time 21

3.1.3 Door Sensor 22

3.1.4 Push Button 22

3.1.5 PIN Select 23

3.1.6 PIN Entry 23

3.1.7 Valid Buzzer 23

3.1.8 Door Sensor Debounce 24

3.1.9 Exchange Reader (only on EL2305D) 24

3.2 CARD MENU 25

3.2.1 Database Mode 25

3.2.2 Transaction Size 26

3.2.3 Card Size 26

3.2.4 Dual Card 27

3.2.5 Auto Lock Release Mode 27

3.2.6 Special Card Mode 27

3.2.7 Continuous Swipe Mode 28

3.3 SENSOR MENU 28

3.3.1 Sensor Type 28

3.3.2 Operation Mode 29

3.3.3 Delay Time 31

3.3.4 Alarm Duration 32

3.4 OUTPUT MENU 32

3.4.1 Output Type 33

3.4.2 Output Events Command 35

3.4.3 Output Duration Command 36

3.4.4 Example of Using EVENT Mode 37

3.5.1 Baud Rate 38

3.5.2 Unit Number 38

3.5.3 Set LAN Command 39

3.5.4 Apply LAN Command 39

3.6 TEST MENU 40

3.6.1 Test Keypad 40

3.6.2 Test Reader 41

3.6.3 Test Input 41

3.6.4 Test Output 42

3.6.5 Test Communication 43

3.6.6 Test 7 segment 43

3.6.7 Test Memory 44

3.6.8 Test ROM 44

3.7 SAVE PARAMETER 45

3.8 CLEAR MEMORY 45

4. USER MENU COMMANDS 46

4.1 TIME MENU 47

4.1.1 Set Date 47

4.1.2 Set Time 48

4.1.3 Set Holiday (SET HOL) 49

4.1.4 Set Timer 50

4.1.5 Adjust Clock 51

4.1.6 Day Light Saving 51

4.2 CARD MENU 52

4.2.1 Install Cards 52

4.2.2 Delete Cards 53

4.2.3 View Data Base 54

4.2.4 Print Card Database 54

4.2.5 Customer Code 54

4.2.6 Programmable PIN 55

4.2.7 Access Time Zone 56

4.2.8 CLEAR Database 57

4.3 TRANSACTION MENU 57

4.3.1 View Transaction 58

4.3.2 Print Transaction 58

4.3.3 Second Field Transaction 59

4.3.4 Clear Transactions 59

4.3.5 Log Transactions 59

4.4 DOOR MENU 60

4.4.1 Parameter Menu 61

4.4.2 Anti-Passback Command 62

4.4.3 Anti Passback Time Setting 63

4.4.4 Automatic Lock Release Time Zone Command 63

4.4.5 Automatic PIN Disable Time Zone Setting 64

4.4.6 Keypad Lock out Command 64

4.5 SENSOR MENU 65

4.5.1 Manual Operation Of Sensing Inputs 66

4.5.2 Automatic Operation Of Sensing Inputs 66

4.6 OUTPUT MENU 68

4.6.1 On Output Command 68

4.6.2 Off Output Command 69

4.6.3 Set Output Time Zone 69

4.7 COMMUNICATION MODE 70

4.8 PIN ENTRY MENU 71

4.9 CLEAR MEMORY 72

APPENDIX : 74

I Fig 1 EL2305D wiring

II Fig 2 EL2305D Sensor/Output wiring using EA8

III Fig 3 EL2305D Multi-drop wiring using EL70Q communicator

IV Fig 4 EL2305D RS485 wiring using EL70Q communicator

EL2305D Door Access Controller Chapter 1- Introduction

Revision 1.1.20 1

CHAPTER 1

1. EL2305D Door Access Controller

1.1 INTRODUCTION

EL2305D is Elid’s new 1-door 2- reader controller or 2-door 2-reader

controller:-

a) EL2305D is the main board controller, user need to use

extended keypad to enter the user and engineering menu. This

extended keypad called EK13S, user may have one unit of the

EK13S and share with other controller.

b) EL2305D can be either 1-door 2-reader controller or 2-door 2-

reader controller. User can select the configuration using Exchange

reader menu. For 2-door 2-reader configuration, only entry can have

reader and exit can use Push button.

c) EL2305D only 1 door can be fitted with EK9S serial

display/keypad. If user wants both door using EK9S then they

should upgrade to EL2306D.

1.1.1 Keypad / Reader

Readers are for reading the ID number encoded on the identification

card. Keypads are to allow users to key in their PIN code. A keypad

module which consists of LCD display for showing EL2305D main

and sub menu and 4x4 keypad for programming purpose.

This board is only required when you cold start the controller and

setting of engineering menu. Thus, it is an optional board. EL2305D

can run without this board in normal operation.

ELID offers a wide range of readers that may be used in EL2305D.

Some of these are listed below: -

EL2305D Door Access Controller Chapter 1- Introduction

Revision 1.1.20 2

a) Keypad

EK9S - Keypad with 4x7 segment display

b) Readers

ERH23 / ERH923 - HID Proximity Reader

ERM723 / ERM823 / ERM923 - EM Proximity Reader

ER728 / ER928 - Mifare contactless smart card reader

c) Keypad - Reader

EK9R - Keypad with 4x7 segment display & EM Proximity reader

For serial readers using 4 7-segment display, the indications for

different status are as follows: -

E-RD

If the card has unrecognizable codes, which may be due

to swiping the card incorrectly, or damage to the card, the

display will show "E-RD", which means Error-Read.

E-CC

If the card's customer code does not match the controller's

customer code, the display will show "E-CC", which

means Error-Customer Code.

E-IC

If the number is not found in the memory, the display will

show "E-IC", which means Error-Invalid Card.

E-CA

If the number is found in the memory, but the time zone

category of the card is such that it cannot enter the door

at this particular time, the display will show "E-CA", which

means Error-Category.

E-NE

If the controller is set to "Inhibit Access" mode, then only

certain category of users can gain entry. All cards of lower

category will not be granted entry, and the display will

show "E-NE", Error-No Entry.

E-AP

If the controller is set to Anti-Passback mode, and an

antipassback violation occurs, the display will show E-AP.

EL2305D Door Access Controller Chapter 1- Introduction

Revision 1.1.20 3

E-LO

If wrong PIN number is keyed in repeatedly for a given

card and the number of mistakes exceeds the

preprogrammed limit, the card is locked out. E-LO means

Error-Locked Out.

PIN If the controller requires PIN number to be entered.

E-IP This indicates that an incorrect PIN number has been

entered.

GO This indicates that the door has been unlocked.

1.1.2 Door Sensor

The Door Sensor is a device for detecting whether the door is open

or closed. It is linked to the controller.

1.1.3 Electric Door Lock

The Electric Door Lock is an electromagnetic device used to lock or

unlock a door. When the device is "activated", the door can be

opened. When it is "deactivated", it cannot be opened. There are

many different types of door locks in use depending on the type of

door it has to control.

The EL2306D Controller controls the Door Lock.

1.1.4 Miscellaneous Inputs / Outputs

The controller may optionally be connected to an interface panel

where various types of alarm outputs, control outputs and status

inputs are connected. EL2305D can support 1 unit of EA8 (with 2

inputs and 6 outputs). The EA8 is related to Door 1. If your

installation does not use these devices, ignore this section.

EL2305D Door Access Controller Chapter 1- Introduction

Revision 1.1.20 4

a) Input Sensors :

The EL2305D Controller has 2 input points that may be

connected to other equipment to monitor their status. These

points are referred to as Input Sensor Points #1 and #2.

b) Outputs:

EL2305D is equipped with 7 outputs. Out of these, 6 outputs

may be individually programmed to be operated by any input

condition.

In addition, EL2305D can also operate in the EL2000 emulation

mode, in which case, the 7 outputs are automatically configured as

follows: -

i. GP Outputs (General Purpose Outputs) :-

2 output points may be connected to other equipment to

control their operation. These 2 points are referred to as

GP Output #1 and GP Output #2.

ii. Door Shunt Output :-

This is an output point, which is activated each time there

is a valid entry and will only deactivate when the door is

closed. It can be used to shunt a door alarm contact

monitored by a separate alarm system.

iii. Sensor Armed Output :-

The input sensors described previously may be used as

burglar alarm inputs. In this case, you can arm or disarm

the points. When the points are armed, the Sensor

Armed Output is switched on (activated). This point can

only be connected to an LED indicator light.

iv. Duress Alarm Outputs :-

If the user is forced to open the door, (under duress) he

can key in a special code, which will cause the Duress

Alarm Output to be activated.

EL2305D Door Access Controller Chapter 1- Introduction

Revision 1.1.20 5

v. Door Open Alarm Output :-

If the door is forced open without using a card or exit

push button or if a door is left open, the door open alarm

output is activated.

vi. Sensor Alarm Output :-

If a Sensor Input is activated, then, unless the point is

disarmed within the programmed delay period, the

sensor alarm output is activated. This output is usually

connected to a sounder to alert the occurrence of a

break-in.

1.2 CARDS

There are 4 types of cards used in ELID EL2305D Access Control

System.

Master Card : Master Card is supplied with each controller.

This card allows the user to enter into the programming mode.

Engineering Card : Certain programming functions are relevant

only during installation and should not be tampered with thereafter

except by engineering staff. The Engineering Card allows entry into

engineering programming mode.

Special Card : Holders of Special Cards are allowed to

arm/disarm inputs and activate/deactivate outputs subject to valid

card and valid time zone.

User Card : These cards are issued to ordinary users.

1.2.1 Card Features

An ELID card is coded with 3 important information; CARD

IDENTIFICATION NUMBER (Card ID number, also known as User

Number), CUSTOMER CODE (also known as Facility code) and

PERSONAL IDENTIFICATION NUMBER (PIN).

EL2305D Door Access Controller Chapter 1- Introduction

Revision 1.1.20 6

CARD ID NUMBER or User Number, consists of 6 digits. This

number is the identification number for a particular Card Holder.

The Customer Code is a 4-digit number, which is assigned by the

ELID representative who sold you the system. For customers who

use a large number of cards and who wish to control the user

numbers themselves, a unique Customer Code can be given. Other

customers may have to share common customer codes in which

case the ELID representative will ensure no duplication of user

numbers for the same Customer Code.

Each card has a PIN (Personal Identification Number) code. The

PIN code feature gives added security in that if a card is lost, the

card cannot be used unless the PIN code is also known. EL2305D

can be programmed to be in PIN mode or no-PIN mode. In the

noPIN mode (PIN disable mode), users only need to swipe the card

to open the door. In the PIN mode, users have to swipe the card

and enter the PIN code to open the door.

The controller can be programmed to recognize 2 PIN codes. The

first PIN code, PIN #1, is user-programmable, whereas the second

PIN code, PIN #2 is calculated by a predefined algorithm.

‘UserProgrammable’ means that the user can program in any 4-digit

PIN code for each of the card himself

1.2.2 User Cards

User Cards are the normal types of cards used for gaining access.

To open a door, the user simply swipes his card, and enters in a

4digit PIN code. If PIN mode is disabled, there is no need even to

key in the PIN code.

1.2.3 Special Cards

Special cards are different from normal User cards in that these

cards, apart from being able to open doors can also control output

points and arm/disarm sensor alarms.

Special cards are "installed" into the card database with Time Zone

category similar to ordinary user cards. It can be deleted in the same

way.

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