hc3110 door controller manual
TRANSCRIPT
HC3110 Door Controller
MANUAL Version:2010/5/24
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Table of Contents
Section 1 . Introduction to HC3110 Door Controller
1.1 Product Overview ……………………………………………………………………………………………..……….2
1.2 Features ……………………………………………………………………………………………………….…….….2
1.3 About this manual ………………………………………………………………………………….……………….….2
1.4 Technical Specifications …………………………………………………………………………………………..…...3
Section 2 . Installing and Wiring HC3110
2.1 Introduction …………………………………………………………………………………………………..………….3
2.1.1 Installing the HC3110 Controller ……………………………………………………………………..…………4
2.2 Connecting the HC3110 Controller to the Host PC ………………………………………………………..….…….5
2.2.1 RS485 ………………………………………………………………………………………………….….………5
2.2.2 RS232 ………………………………………………………………………………………………….….………5
Section 3 . System Programming
3.1 Programming Structure …………………………………………………………………………………..….…………6
3.2 Card Encoding Format ……………………………………………………………………………………..….……….7
3.3 Setting the Lock Released Timer ………………………………………………………………………….….………7
3.4 Setting the Door Left Open Timer (Door Ajar Timer) ………………………………………………….….…………8
3.5 Channel Interlock Function ………………………………………………………………………………..…………..9
3.6 Anti-Passback Function ………………………………………………………………………………….…….……..10
3.7 Setting Address, Baud Rate, Password and Clock. ………………………………………………………..………11
3.8 Checking the Firmware Version ………………………………………………………………………….………….14
Section 4 . Introduction to the Major Features
4.1 Access Schedule Function ………………………………………………………………………………....………..14
4.1.1 Example of the Access Schedule …………………………………………………………………..……....…14
4.2 Access Control on Holiday Function ………………………………………………………………………………...14
4.3 Unlock Schedule Function ……………………………………………………………………….…………..………15
4.3.1 Example of the Unlock Schedule (door 1) ………………………………………………..…………..………15
Factory Defaults ……………………………………………………………………………………..………..……..15
Display Messages …………………………………………………………………………………….….….………16
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Section 1 . Introduction to HC3110 Door Controller
1.1 Product Overview
The HC3110 Door Controller can be installed as a basic two door controller programmed directly from the user
interface via the built in twelve button keypad and via the ACS3000 Access Control Software using a standard
Personal Computer.
1.2 Features
Two external proximity readers can be connected to control two doors.
6 Inputs
4 relays provide NC / NO contacts.
Capacity to store up to 10,000 users.
Capacity to store up to 12,000 transactions.
RS232 / RS485 communication port.
Card limited duration function.
10 adjustable access schedules with 4 intervals in each.
2 unlock schedules.
Holiday access control function with a 120-day holiday table and accessible on holiday function.
Anti-Pass back
Channel Interlock
Easy programming from the keypad.
Selectable Lock Released Timer (1-255 seconds) (default: 5 seconds).
Selectable Door Left Open Timer (0-255 seconds) (default: 0 second).
Forced entry alarm.
Door left open alarm
Date & time setting
A variety of decoding format of proximity card includes [6H8D] [8H10D] [10H12D] [WEG24] selectable.
(default: [6H8D])
Firmware can be easily upgraded by connecting with PC.
1.3 About this manual
This manual provides installation and programming instructions of the HC3110 PCB mainly for installers. For the
ACS3000 software, please refer to the ACS3000 Access Control Software Manual.
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1.4 Technical Specifications
Power requirements DC12V – 14.6V
Power consumption 350mA Max. @DC12V without battery charge and Reader
Memory 512KByte SARM with battery backup
Memory backup battery Last for one year in case of power failure.
LCD display 16 characters x 2 lines LCD with LED backlight
Keypad 12 Keys (0 - 9, *, #)
LED indicator Red x 1
Serial ports RS-232 x1, RS485 × 1
Relay output Form C, NO and NC, 5A 30VDC × 4
DI DI × 6
Reader interface Wiegand × 2
Buzzer Yes
Real time clock Yes
Dimensions (L x W x H) 189mm x 140mm x 23mm
Operating temperature -
Operating humidity 5% - 90% (No condensation)
Section 2 . Installing and Wiring HC3110
2.1 Introduction
The following diagram shows the PCB layout of HC3110 controller with connections.
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HC3110 Door Controller
2.1.1 Installing the HC3110 Controller
This is a general wiring diagram of the HC3110. Not all components and facilities, illustrated in this manual, will
be used in every installation. The HC3110 wiring diagram below illustrates just how simple an installation could
be. It is based on a common scenario i.e. two doors with two readers and two electric locks which are already
being controlled by an HC3110 Door Controller System.
A General Wiring Diagram
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2.2 Connecting the HC3110 Controller to the Host PC
2.2.1 RS485
2.2.2 RS232
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Section 3 . System Programming
3.1 Programming Structure
The diagram below illustrates the complete programming structure for the HC3110 Door Controller which can be
used as an aid when navigating the various menus within the system.
# 0. FIRMWARE VERSION.
1. SET UP.
1.Card
2.DOORS
1.DOOR1
1.Lock timer (Lock Released Timer)
2.Ajar timer (Door Left Open Timer)
2.DOOR2
1.Lock timer (Lock Released Timer)
2.Ajar timer (Door Left Open Timer)
3.SYSTEM
1.Channe (Channel Interlock)
2.Anti. (Anti-Passback)
3.E_date (Expired Date)
4.Alarm (Audio Alarm Timer)
4.OTHER
1.Addr. (Address)
2.Baud (Baud Rate)
3.Passwd (Password)
4.CLOCK
1.Date sitting
2.Time setting
2. RECORD CHECK.
4. RTC CHECK.
9. ROM CHECKSUM.
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3.2 Card Encoding Format
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #
Press 1 [Card]
Press 1 until the desired decoding format (options:
6H8D, 8H10D, 10H12D & WEG24) is displayed, then
press # to enter & exit.
3.3 Setting the Lock Released Timer
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 2 [DOORS].
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Press either 1 or 2 for the door you are about to
program.
Press 1 [Lock timer]
Using the keypad, enter the number of seconds during
which the locking device will be unlocked, and then
press # to save and exit. (default: 5 seconds)
NOTE: The timer can be modified from 1-255 seconds.
3.4 Setting the Door Left Open Timer (Door Ajar Timer)
Setting the door left open timer to 0 second indicates the door left open alarm function disabled. When the door
left open timer is set to other than 0 second, i.e. 20 seconds, and if the door remains open longer than 20
seconds after an access event, an audio alarm will sound until the door is closed correctly.
To set the door left open timer (door ajar timer):
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 2 [DOORS].
Press either 1 or 2 for the door you are about to
program.
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Press 2 [Ajar timer]
Using the keypad, enter the number of seconds during
which the audio alarm will sound, and then press # to
save and exit. (default: 0 second)
NOTE: The timer can be modified from 0-255 seconds.
3.5 Channel Interlock Function
When a controller is used on both sides of a door to monitor both entry and exit then it is only necessary to feed
one lock. The same lock, Lock 1, will be operated by both Reader 1 (entry) and Reader 2 (exit). Lock output 2 is
not used. Door Monitoring and RTE (Request to Exit button), if used, are on door 1.
Enabling and Disabling Channel Interlock
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 3 [SYSTE] (SYSTEM)
Press 1 [Channe] (Channel Interlock)
Press 1 to enable/disable the Cannel Interlock
Function, and then press # to save and exit.
(default: disabled)
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3.6 Anti-Passback Function
This feature is normally used on parking barriers as an aid to preventing the same proximity card being
repeatedly used to raise a barrier for more than one vehicle. Generally the driver will use the proximity card at the
entrance to raise the barrier in the normal way. If Anti-passback is enabled the proximity card will then be
automatically blocked from further use on that particular barrier until one of the following conditions is met.
1. The proximity card is used on a second reader on the same door controller i.e. is used perhaps to leave the
parking lot
2. The time passes midnight.
Having used the token to leave the parking lot, or the time has moved through midnight , the driver is free to use it
once again to enter the parking lot; the cycle is then be repeated.
Enabling and Disabling the Anti-Passback Function
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 3 [SYSTE] (SYSTEM)
Press 2 [Anti] (Anti-Passback)
Press 1 to enable/disable the Anti-Passback, and then
press # to save and exit.
(default: disabled)
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3.7 Setting the Controller’s Address, Baud Rate, Password and Clock
The address is a number ranging from 1 to 255 which uniquely identifies a controller when used along side other
controllers on a network. It is important that no two controllers have the same address whilst on the same
network.
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 4 [OTHER]
Press 1 [Addr.]
Enter a new address, and then press # to save and
exit.
Setting the Baud Rate
The baud rate is only relevant when a controller is connected to and managed from a PC. The default baud rate
is set to 19200. There are 4800, 9600, 19200 and 38400 at your option.
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
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Enter 1111 (default programming password) followed
by #.
Press 4 [OTHER]
Press 2 [Baud]
Press 1 to select the baud rate between 4800 and
38400, and then press # to save and exit.
(default: 19200)
Changing the Default Programming Password
A password is required when entering the setting up mode without a programmed card. The password is set by
default to 1111 but can be changed to any 4 digit number.
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 4 [OTHER]
Press 3 [Passwd]
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Enter a new 4 digit password, and then press # to save
and exit. (default: 1111)
Setting the Date/Time
Normal display
Press # for more than 1 second from controller keypad
Press 1 [SET UP]
Enter 1111 (default programming password) followed
by #.
Press 4 [OTHER]
Press 4 [CLOCK]
Press either 1 to select DATE or 2 to select TIME.
In this example the DATE option was selected.
Override the date as required, and then press # to save
and exit.
In this example the TIME option was selected.
Override the time as required, and then press # to save
and exit.
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3.8 Checking the Controller’s Firmware Version
Normal display
Press # for more than 1 second from controller keypad
Press 0 [CHECK VERSION]
This indicates a model number of HC3110, a firmware
version of 1.00, an address of 1 and a baud rate of
9600.
Section 4 . Introduction to the Major Features
4.1 Access Schedule Function
The HC3110 controller has 10 Access Schedules with 4 Intervals in each Access Schedule.. Each Access
Schedule provides a weekly programming table for you to program any access control duration as you need.
You can see how easy it is to program this schedule and how useful it can be.
4.1.1 Example of the Access Schedule
Access Schedule-1
Interval SUN MON TUE WED THU FRI SAT
07:00 – 20:00 □ ■ ■ ■ ■ ■ □
07:00 – 13:00 □ □ □ □ □ □ ■
00:00 – 00:00 □ □ □ □ □ □ □
00:00 – 00:00 □ □ □ □ □ □ □
4.2 Access Control on Holiday Function
There are 120 holidays in two categories – 40 Recurring holidays & 80 Non-recurring holidays in the Access
Control on Holiday Function. When it comes to a pre-set holiday, the controller will not allow card users to
gain access except those with the [Accessible on Holiday].
Recurring holidays mean those on a fixed day every year, such as New Year Day on January 1st
or
Christmas on December 25th. Once recurring holidays are programmed, they are permanently valid.
(default: January 1st)
Non-recurring holidays mean those not fixed to a particular day such as Moon Festival (Mid-Autumn
Festival) or Easter Day. (no default) Once non-recurring holidays are programmed, they are valid for one
time only. After the day has passed, the controller clears it automatically.
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4.3 Unlock Schedule Function
The HC3110 controller has 2 Unlock Schedules with 4 intervals in each Unlock Schedule. It provides a
weekly programming table for you to program any duration when access control is not required. (default:
00:00 – 00:00)
4.3.1 Example of the Unlock Schedule (door 1)
Unlock Schedule (door1)
Interval SUN MON TUE WED THU FRI SAT
10:00 – 10:10 □ ■ ■ ■ ■ ■ □
12:00 – 13:00 □ ■ ■ ■ ■ ■ □
15:00 – 15:10 □ ■ ■ ■ ■ ■ □
18:00 – 19:00 □ ■ ■ ■ ■ ■ □
Factory Defaults
HC3110 Factory Defaults
Lock Released Timer 5 Sec
Door Left Open Timer 0 Sec
Audio Alarm Timer 0 Sec
Anti-Passback Disabled
Channel Interlock Disabled
Card Expired Date Disabled
Encoding Format 6H8D
Baud Rate 19200
Address 1
Password 1111
Recurring holiday January 1
Non-recurring holiday Blank
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Display Messages
MESSAGE DESCRIPTION
OPEN_1 Door 1 lock released
OPEN_2 Door 2 lock released
L_OPEN_1 Door 1 left open
L_OPEN_2 Door 2 left open
ALARM_1 Door 1 forced entry alarm
ALARM_2 Door 2 forced entry alarm
INVALID CARD An un-programmed card is presented
Locked out Access level has been cancelled for this card presented.
No access level A card allowed access at the other door has only been presented at this door.
NO ACCESS-DATE Out of expiry date
NO ACCESS-TIME Out of access time period.
ANTI-PASSBACK Not following anti-pass back rule
NO ACCESS-HL_DAY No access level on holiday.
INVALID PASSWORD Incorrect password.
INVALID VALUE A parameter exceeds the value range when programming.
INVALID TIME Incorrect time value when programming.
INVALID DATE Incorrect date value when programming.
LOW VOLTAGE Power supply is lower than 10 Volt.
Memory over 90% The memory is left less than 1,200 transactions.
MEMORY FULL The memory is full of 12,000 transactions.
AC POWER FAILURE Battery backup power in the event of AC power failure.