17.1 Original Access Record ......................................................................................... 113
17.1.1 Query Original Access Record .................................................................. 113
17.1.2 Export Original Access Record .................................................................. 113
17.1.3 Print Original Access Record .................................................................... 113
17.2 Report by Cardholder ........................................................................................... 114
17.2.1 Generate Report by Cardholder ............................................................... 114
17.2.2 Export Report by Cardholder ................................................................... 114
17.2.3 Print Report by Cardholder ...................................................................... 114
17.3 Statistics by Cardholder ........................................................................................ 115
17.3.1 Generate Statistics by Cardholders .......................................................... 115
17.3.2 Export Statistics by Cardholders............................................................... 115
17.3.3 Print Statistics by Cardholder ................................................................... 115
VI
TCP/IP Network Access Controller
17.4 Statistics by Department ...................................................................................... 115
17.4.1 Generate Statistics by Department .......................................................... 116
17.4.2 Export Statistics by Department .............................................................. 116
17.4.3 Print Statistics by Department ................................................................. 116
VII
Chapter
1
1 Introduction
The EFC301F is a Linux-based IP access control system combined with a card reader and a
door controller. The series comes in two models, EFC301FR and EFC301FM, supporting ID
card and MIFARE card respectively.
The EFC301F system is designed to control single door, and connect up to two readers. You
can simply connect the system to the network using a Cat 5 cable or through the PoE and to
power through the PoE port. Built-in with an RFID module, the controller can manage more
than 100,000 cards and 1,000,000 event records, and support 2,048 management groups.
The user-friendly electronic map management function makes it easy to manage the access
or events through the Web browser. You can also easily configure the operation using the
keypad on the reader.
• EFC301FR: Supports ID card
• EFC301FM: Supports MIFARE card
Figure 1-1
1
TCP/IP Network Access Controller
Operating System
Linux embedded
Database
Built-in
Memory
512 M
Web Setting Page
Support setting, monitoring and management
Maximum Card Amount
100,000
Maximum Even Records
1,000,000
Door Control
Single door
Card password
8 digits
System password
8 digits
Protection Setting /
Alarm Input
5 inputs (1 fire alarm; 4 common alarms)
Alarm Output
2 outputs
Network Interface
100M ethernet interface
Baud Rate
9600 bps
Card Reading Distance
5 ~ 10 cm
Card Reading Time
200 ms
Programmable Time
Each day can be divided into 10 time-period with a
Each door supports independent 10 date settings (from
Management Group
2,048
Management Plans
2,048
Daylight Saving Time
Yes
Card Expiration
Yes
1.1 Features
Network access through CAT 5 cable (10M / 100M Ethernet) or PoE
Remote setting, control and management; no software needed to be installed
Secure access through the Web browser is guaranteed by SSL (Secure Socket Layer)
Plug-and-play through DHCP or static IP
Multiple languages support and multilingual Web pages: English, Simplified Chinese
and Russian
On-line system update support
Control multiple controllers through central management software
Manage up to 100,000 cards and 1,000,000 event records
2,048 management groups support
Manage 10 time periods every day, with a minimum interval of 1 min
3 data types setting, up to 255 date settings support
Real-time electronic map display and edit support
Real-time event records support
Powerful management function: Access management according to time, date,
location, authority of card holder, etc.
Powerful alarm access function and protection setting / withdrawal function in the
With Backlight,4×9 for Simplified Chinese,4×18 for English
Buzzer
Built-in
Driving Current of Door
4A (Max.)
Driving Current of
POE,12 VDC±15%,1A
Power Consumption
< 10W
Maximum Current
600mA
Dimension (L x W x H)
123mm×77mm×27mm
Operating Temperature
0
5%~95% (no condensation)
process. If any items are missing, notify your EverFocus Electronics Corp. Sales
Representative or Customer Service Branch. Please also keep the shipping carton for
TCP/IP Network Access Controller
Mode
LCD Display
Alarm Relay
(max.) multi-card door open setting
and Russian
4A (Max.)
Power Supply
℃~40℃
Operating Humidity
1.3 Packing List
Please check that there is no missing item in the package before installing.
EFC301F IP Access Control System x 1 (1 controller + 1 reader)
User’s Manual x 1
Mounting Kit for installing the reader:
- M3 mm *6 mm Screw x 2 sets
- ST2.9 mm *6 mm Screw x 2
- L-Type Spanner
Note: Contact the shipper if any items appear to have been damaged in the shipping
possible future use.
1.4 Optional Device
Optional device can expand your controller’s capabilities and versatility. Please contact your
dealer for more information.
EverFocus USB desktop card reader (ERU171/181)
3
TCP/IP Network Access Controller
Step 1: Installation Preparation
Step 2: Hardware Installation
Step 3: Software Setup / Configuration
1.5 Installation Procedures
The Installation has three procedures described as below. Each procedure will be
introduced in the following sections in detail.
• Obtain a floor plan
• Determine the hardware and location
• Installing the controller
• Connecting to the door lock / open button / sensor / bell
• Connecting the controller to the network
• Connecting to the alarm input / output
• Log in controller built-in software through IE on computer
• Set up user account for user software
• Set up controller and other equipment
• Set holidays, shifts and door access rule
• Log in card and set up card attributes
1.6 Installation Preparation
Before installation, users are advised to collect information properly which will make the
installation more smoothly and helps to reduce time and energy cost. For professional
constructors, the information below will be of great use.
1.6.1 Obtain a Floor Plan
Obtain a floor plan of the building in which the access control system is to be installed.
Obtaining a floor plan helps the installer determine what components need to be installed,
and where. It also is essential in determining the length of cable needed to connect readers
to the controller. A floor plan can be a blue print of the building, a design, or simply a
drawing of the facility. Any document showing the footprint of the building can be used.
The dimensions are important to note, especially when determining cable lengths. A floor
plan may be obtained from your local city hall.
4
TCP/IP Network Access Controller
Additional
Power Supply
V-
V+
Door Lock
Door
Sensor
EFC301F
Reader
EFC301F Controller
Door Open Button
1.6.2 Determine the Hardware and Location
Determine which hardware to use and where it will be installed. This is the most crucial step
in the preparation stage. First, determine how many access points, or doors, need to be
managed by the access control system. These access points will control the security of the
facility, and can limit the entry and exit to and from any given area of the building. After
deciding which doors need to be controlled, the user must also determine the level of
security needed at each door. There are many ways to manage each door, using different
resources. These resources include, but are not limited to: proximity readers, mag strip
readers, relays, and request to exits. A few common door configurations are described
below:
1.6.2.1 One Set of EFC301F (One Reader) – The Basic Door Entry Control
The most basic configuration involves one EFC301F (controller + reader) and an electric
strike. In this configuration, a person presents a card to the reader, and is either granted
or denied access. The electric strike unlocks if the system grants access. Another
variation of this scenario involves setting the system up to monitor whether the door is
open, which allows the system to protect against propped open doors, or doors being
held open for too long.
1.6.2.2 One Set of EFC301F (One Reader) + One Door Open Button – Control of Exit
Adding a door open button to the above scenario allows the system to control when to
allow people to exit through a door. The door open button equipment includes a
button which has to be pressed when a card holder exits, or a door sensor. The
equipment should be arranged on the secure side of the door.
Figure 1-2
5
TCP/IP Network Access Controller
1.6.2.3 One Set of EFC301F (Two Readers) – Control of both Entry and Exit
When the security grade is relatively high or the administrator requires the card holders
to get in or out at fixed time or date through specific door, one controller and two
readers are needed. Additional installation of one reader on the side of the door
requires the card holders to swipe the card when exiting and entering. This rule has
more reliable security regarding who can enter and who can exit and the administrator
can also master the entry and exit time of card holders.
1.6.3 Determine the Number of Controllers According to System Structure
Determine how many controllers and network interfaces are required.
Each EFC301F Controller can connect up to two readers. If the system requests installation
of more than two readers, the number of the controller will be increased. You can refer to
Chapter 3 for more details.
6
TCP/IP Network Access Controller
Screws
Wall
Chapter
2
2 Hardware Installation
After the preparation work is finished, user can start installation. This chapter mainly
introduces how to install the hardware part, which is divided into four steps:
1. Install the controller.
2. Install the reader and connect the reader to the controller.
3. Connect the electric strikes or magnetic locks.
4. Connect the controller to the system computer and reader (optional).
2.1 Installing the Controller
The controller should be installed in an easily-accessible position. However, it should be
noticed that the controller is the core part of the entire system and can be used to change
database. After the installation site is selected, a relative secure clean position in which the
administrator is easy to operate should be selected. In order to facilitate power supply and
communication, a prepared wire chase must be arranged on the periphery of the controller
before installing the controller.
For installing the controller to the desired location, two screws or anchors have to be
prepared.
7
TCP/IP Network Access Controller
POW
ERSENSOR1LOCK
3
AL
ARM IN
24
MA
IN A
UX
12FIRE
ALA
RM OU
T
DOORREADER
EverFocus
ControlUnit
RE
SETMAINREADERAUXREADERDCIN
CT
T
R
G
DCO
DAT
CT
DCO
G
DAT
NAV Access Controller
LNK ACT
NET
LAN
A
LA
RM
I
ND
OOR LOCKBUTTON&SENSORALARM OUT
OOMCOOM
C
M
E
D
D
D
D
D
TTON
D
NSOR
D
2.2 Definitions of Terminal Block and LEDs
You can connect up to two readers to the EFC301F controller. The images and tables below
show the information about the terminal block and LEDs.
8
Tabl e 2-1 Terminal Block on the Controller
1
Button &Sensor
GND
Ground
2
SENSOR
Door sensor input
3
GND
Ground
4
BUTTON
Door button input
5
Alarm IN
GND
Ground for alarm input
6
IN 4
Alarm input 4
7
GND
Ground for alarm input
8
IN 3
Alarm input 3
9
GND
Ground for alarm input
10
IN 2
Alarm input 2
11
GND
Ground for alarm input
12
IN 1
Alarm input 1
13
GND
Ground for alarm input
14
FIRE
Fire alarm input
15
Door Lock
NC
Normally closed end of door lock
16
COM
Common terminal of door lock output
17
NO
Normally opened end of door lock
18
Alarm OUT
2NC
Normally closed end of alarm output 2
19
2COM
Common terminal of alarm output 2
20
2NO
Normally opened end of alarm output 2
21
1NC
Normally closed end of alarm output 1
22
1COM
Common terminal of alarm output 1
23
1NO
Normally opened end of alarm output 1
24
Main Reader
DCOUT
12 VDC power output for reader
25
GND
Ground
26
RXD
RS232-TXD (transfer)
27
TXD
RS232-RXD (receive)
28
CTRL
Controller output
29
Aux Reader
DCOUT
12 VDC power output for reader
30
GND
Ground
31
DATA0
Wiegand DATA0
32
DATA1
Wiegand DATA1
33
CTRL
Controller output
34
DC IN
12 VDC power input
35
RESET
Reset button
36
LAN
LAN port (network / PoE)
TCP/IP Network Access Controller
No.
Terminal Name Function
9
POWER
Light up to indicate the power is on.
MAIN
Light up to indicate the main reader is ready to use.
AUX
Light up to indicate the secondary reader is ready to use.
SENSOR
Light up to indicate the door is opened.
LOCK
Light up to indicate the door is closed.
Blink to indicate the fire alarm is triggered.
1
Continuously light up to indicate the protection setup success
input setup.
2
3
ALARM
1
Continuously light up to indicate the alarm output 1 is active.
2
Continuously light up to indicate the alarm output 2 is active.
Tabl e 2-2 Definition of LEDs on the Controller
LED Definitions
READER
DOOR
TCP/IP Network Access Controller
FIRE
ALARM IN
Continuously light up to indicate its in the protection status.
(in the protection setup statue).
Blink slowly to indicate the protection setup is progressing.
Blink quickly to indicate the alarm is triggered.
4
No light to indicate no protection setup or failure of alarm
OUT
2.3 Installing and Connecting the Readers
The reader has to be installed nearby the door and connected to the controller directly. You
can connect up to two readers to the EFC301F controller. The general procedure is
described below:
1. Mount each reader, following the instructions included with the reader. Typically, this
will include drilling two holes in the mounting wall, and then using the reader
mounting hardware to secure the reader to the mounting wall.
2. Once the readers are mounted, connect them to the door module. For wiring
definitions, please see previous sections in this manual.
The EFC301F controller can control up to two readers. The supported reader formats are
EverAccess RS232 and Wiegand format. For instructions on connecting each type, please
refer to Figure 2-1 for the RS232 reader connection and Figure 2-2 for the Wiegand reader
connection.
10
2.3.1 RS232
controller to display the
connect an EverFocus RS232 reader with LCD display to the Main Reader terminal. The
for indicating the door
1
2
A B C
D E F
3
G H I4J K L
56
M N O
7
PQRS
T U VWXYZ
*
0#
Red
Black
Yellow
Gray
Blue
Reader Ctrl
RX
TX
GND
+ 12V
98
3233
3031
29
Y
el
low
GND
+ 1
2V
3738
3536
3
4
Read
er
Ct
r
l
Black
R
ed
1
2
A B
C
D E F
3
G
H I
4
J K
L
56
M
N O
7
PQRS
T U VWXYZ
*
0#
98
Re
ad
e
r_
Dat
a0
Re
a
de
r_D
ata
1
Bro
wn
Green
24
29
33
Terminal 29-33 signifies RS232 reader.
Figure 2-1 Connecting to the reader using RS232 format
TCP/IP Network Access Controller
25
26
27
28
2.3.2 Wiegand (Self-adaptive)
Terminal 34-38 signifies Wiegand reader. The controller will automatically adjust to the
Wiegand format of the card reader.
30
31
32
Figure 2-2 Connecting to the reader using Wiegand format
The EFC301F controller can provide 12 VDC voltage for two card readers. Twisted cable is
recommended to connect the controller and card readers.
Note: The EFC301F controller can connect up to two readers. The Main Reader terminal,
designed for connecting to the RS232 reader, allows the
management user interface on the LCD display of the reader. Therefore, it is required to
AUX Reader terminal is only for connecting to the Wiegand reader
status and alarm signals.
11
TCP/IP Network Access Controller
V+
V-
N.C.
COM
16
17
15
COM
N.O.
V-
V+
16
17
15
2.4 Connecting to the Door Lock
The controller provides one Door Lock terminal for locking / unlocking the door. You can
connect either an electric strikes or magnetic locks to the reader. Terminal 15 is used for
normally opened terminal (N.O.). Terminal 16 is used for common terminal (COM). Terminal
17 is used for normally closed terminal (N.C.).
The electrical door lock must have a separate power supply. The power supply for the
electrical door lock depends on the specification of the lock. Carefully choose the cable
connecting the door locks to fit the current draw. Two common types of electrical door
locks in the market are electric strike locks and magnetic locks. The connection methods for
these examples are shown in Figure 2-3 and Figure 2-4 respectively.
2.4.1 Connecting to an Electric Strike
Connect the Electric Strike to terminals 15-17 on the reader.
Figure 2-3 Example for connecting to an electric strike
2.4.2 Connecting to a Magnetic Lock
Connect the Magnetic Lock to terminals 15-17 on the reader.
Figure 2-4 Example for connecting to a Magnetic Lock
Note:
1. The maximum current outputted by the Door Lock relay on the controller is less than
5A. If the current of the door lock exceeds the capacity, an external power relay is
required.
2. V+ in the figures represents one lead of an external power source. When using DC
voltage, put the positive lead here. When using AC, the leads are interchangeable.
12
TCP/IP Network Access Controller
Alarm sensor
for alarm in 1
Alarm input
GND
8
7
9
10
12
11
13
14
5
6
3421342
1
Door Sensor
2.5 Connecting to the Door Sensor
The interface to the door sensor is also provided by the controller. Connect the door sensor
to terminals 1 and 2.
Figure 2-5 Example for connecting to the Door Sensor
2.6 Connecting to the Door Button
The interface to the door sensor is also provided by the controller. Connect the door sensor
to terminals 3 and 4.
Figure 2-6 Example for connecting to the Door Button
2.7 Connecting to the Fire Alarm
One fire alarm input is provided. The corresponding terminals are 13 and 14.
2.8 Connecting to the Alarm Input
Other than the fire alarm, 4 alarm inputs are provided. Using the alarm input 1 as an
example, the method to connect the alarm sensor to the alarm input 1 is shown in Figure 2-7:
Figure 2-7 Connecting the alarm sensor to the controller
13
TCP/IP Network Access Controller
Exteral
Alarming
Device
C.terminal
N.O. terminal
COM
N.O.
21
20
22
23
18
19
N.C.
COM
N.C. terminal
C.terminal
Exteral
Alarming
Device
21
20
22
23
18
19
2.9 Connecting to the Alarm Output
Two alarm outputs are provided. Users can assign the corresponding relay status to the
different events. There are three terminals: COM, N.O. and N.C. The wiring depends on the
alarm device. Please read the user manual of the external alarm devices before wiring.
Using the alarm output 1 as an example, the method to connect the alarm device to the
alarm output 1 is shown in figures below:
Figure 2-8 Connecting to the N.O. alarm device
Figure 2-9 Connecting to the N.C. alarm device
14
TCP/IP Network Access Controller
DAT
CT
DCO
G
DAT
RESET
MAINREADERAUXREADER
DC INLAN
CT
T
R
G
DCO
Chapter
3
TCP/IP
POWER
SENSOR1LOCK
3
ALARMIN
2 4
MAIN AUX
1 2FIRE
ALARMOUT
DOORREADER
EverFocus
ControlUnit
NAVAccessController
LNK ACT
NET
P
OW
ER
SENSOR1LOCK
3
ALARMIN
2 4
M
AI
N AUX
1 2FIRE
ALARMOUT
DOORREADER
EverFocus
ControlUnit
NAVAccessController
LNK ACT
NET
Controller Controller
3 Connection
3.1 Connecting to the Computer through the TCP/IP
User can carry out basic setting through the keypad on the EFC301F reader or connection
with the computer via TCP/IP. User can carry complicated system administration by
accessing the embedded system in the controller through various browsers.
3.2 Connecting to Power
You can power the controller through a specific PoE network switch by connecting a
network cable to the LAN port on the controller, or by connecting a 12 VDC power source to
the power port on the controller.
Note:
1. The voltage range of power source for EFC301F controller is 12 VDC±15%. The
2. The distance from the power supply to the controller should be within 2 meters. In
Figure 3-1 Connecting to power
maximum current of the controller is 600mA.
addition, the electromagnetic lock and alarm equipment must be powered separately
from the controller. The controller can only supply power for controller and readers.
15
TCP/IP Network Access Controller
RESET
RESET
3.3 Restoring the Controller
To restore the controller to the factory default settings, press the Reset button on the
controller using a paperclip.
Figure 3-2 Reset button on the controller
3.4 Before First Use
Before first use, please follow the instructions below:
1. Set up the IP address, date and time of the controller.
2. Set up the card properties.
3. Set up the alarm signals.
4. Set up the door settings.
5. Set up the date and time period.
16
TCP/IP Network Access Controller
Chapter
4
4 Operation Instructions of Hardware
EFC301F integrates the card reader function, keystroke operation function, LCD display
function and control function. This chapter mainly introduces the functions of the system
and the relevant operating procedures. The simple settings of the controller can be
conducted through the keyboard and LCD display on the reader, and the operations of other
complex functions need to be controlled through the WEB browser. For details, please refer
to the description in the software chapter.
4.1 Operation Instructions of Keystrokes on the Reader
The 3×4 keyboard on the main card reader is shown in the figure above.
Main Interface
#: System function key
*: Protection setup / withdrawal key
Enter System Menu
#: OK
*: Cancel
“2”、“8”: Up and down movement
“4”: Enter previous menu. If no previous menu is available, return to main interface
“6”: Enter next menu
“5”: Select
1 2 3
4 5 6
7 8 9
* 0 #
17
TCP/IP Network Access Controller
Input ARM PIN
2013-01-04
Input SYS PIN
2013-01-04
4.2 Operation of Home Page
After the system is installed, the LCD screen of the reader will display the date, day of the
week and time. This page is called the Home Page and various operations of the controller
will be correspondingly displayed here. After entering the system menu, each time “*” key
is pressed, it will return to the previous menu. In addition, not performing any operation for
1 min or continuously pressed “*”, will make the system automatically return to the Home
Page.
MON 09:38
Welcome
Press system key “#” on the Home Page and the system will request the user to input the
system administration password. See the figure below:
_ _ _ _ _ _ _ _
CancelOK
After inputting the system password, press the confirmation key “#” to enter the “System
Setting” menu. The default password of the system is 00000000. For security purposes,
after entering the system for the first time, please change the password as soon as possible
and properly maintain the password. If an incorrect password is entered three consecutive
times, the system will automatically sound the alarm and lock the keyboard for 1 min. Then,
after pressing any key, the following screen will show up:
MON 09:38
Keyboard Locked!
Welcome!
Press “*” on the main interface of the system and the protection setup / withdrawal
administration. Interface will show up. First, the system requests that the user input the
alarm administration password.
_ _ _ _ _ _ _ _
CancelOK
18
TCP/IP Network Access Controller
The default password of the system is 00000000. After entering the alarm administration
password, press “#.” If an incorrect password is entered three consecutive times, the system
will automatically sound the alarm and lock the keyboard for 1 min. For security purposes, it
is suggested that the user change the password after entering the system for the first time
and properly secure the password.
After the protection setup administration authority is successfully verified, enter the
protection setup administration system. If there currently is an alarm input or latched alarm
input, the system will request to reset the alarm. The system will prompt the user to press
“#” to reset the alarm system, carry out protection setup or withdrawal
operation, press “#” to toggle between protection setup and protection
withdrawal and press “*” to exit and save the settings on exit. If carrying out protection
setup operation of the system, after exit, the system will enter protection setup delaying
state.
Alarm Reset?
[#] To Reset
System disarmed
[#] to Arm
System Armed
[#] To Disarm
Under the protection setup operation mode, the Alarm In LED lamp 1-4 on the casing of the
controller will indicate four different states, see Table 4-1:
Yell ow LED System Protection State
Off
OnIn protection setup state
Slowly blink
Rapidly blink
Table 4-1 States of Indicator Lamp
In protection withdrawal state
In protection setup delaying state
In protection setup state, and alarm triggered.
19
TCP/IP Network Access Controller
Restore Expired Event
Auto Daylight
Set Language
Alarm Setting
System Setting
4.3 Main Menu of System Setting
After entering the System Setting menu, the numerical keys 2 and 8 have up and down
scrolling functions, respectively, the “*” key has the function of returning to the previous
menu or exiting the menu system and the “#” key has the function of confirming entry of
the current highlight menu. The main menu of the System Setting has eight submenu items.
After scrolling to the last menu item, continue rolling downward, it will return to the first
menu item.
Card Setting
Reader Setting
Door Setting
Address Setting
Set Network
System Info
4.4 System Setting
In the System Setting main menu, scroll to “System Setting” menu item and press “#” to
enter the “System Setting” menu. In the System Setting menu, there are 11 submenu items
in all. Users can carry out basic setup by selecting the corresponding menu items, such as
date, time, password, etc. After entering the “System Setting” menu, the following screen
will show up:
Set Date Format
Set Date
Set Time
Set SYS Password
Set ARM Password
Set Backlight
Roll up and down with the numerical keys 2 and 8 to select the menu items and press “#” to
enter the corresponding setup.
Erase All Events
Restore Factory Setting
20
TCP/IP Network Access Controller
Set Language
*English
Set Language
4.4.1 Set Language
In the “System Setting” menu, scroll to “Set Language” menu item and press “#” to enter
the “Set Language” interfaces.
Set Date Format
Set Date
Set Time
Scroll to select Chinese, English or Russian, press “5” to select, press “#” to save setting and
exit and press “*” to cancel the setting.
简体中文
pyccknň
4.4.2 Set Date Format
In the “System Setting” menu, scroll to “Set Date Format” menu item and press “#” to enter
the “Set Date Format” interface.
Set Date Format
Set Date
Set Time
Users can select two date formats: “MM-DD-YY” or “YY-MM-DD.” The current date format is
displayed on LCD. Press “#” to toggle between the two formats. Press “*” to exit the data
display format setup interface. And return to the “System Setting” menu.
YYYY-MM-DD
[#]to toggle
MM-DD-YYYY
[#]to toggle
21
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