Download SY210NT Operation Manual English V0230

SY210NT Serial Controller
Operation Manual
Version 2.3
© 2005 by SYRIS Technology Corp.
1
User Manual
Item Content
1.
2.
3.
4.
5.
Introduction
1.1
SYNT Serial Product
1.2
System Configuration
Wiring Connection
2.1
Controller to PC
2.2
Controller to Card Reader
2.3
Controller to Other Module
System Setup
3.1
Power Up Procedures
3.2
System Setting
3.3
PCB Layout of Typical SY210NT Controller
Programming
4.1
Set Controller Date / Time
4.2
Card Process
4.3
Set DI Parameter
4.4
DO Parameter Setting
4.5
Anti-PassBack Setting
4.6
Set Door Lock-Release Time
4.7
Set Timer, TimeZone, Holiday TimeZone
4.8
Set Application Set [APPSET]
4.9
Set Flow Process
4.10 Flow Chart
4.11 Typical Wiring Connection
Technical Information
5.1
SY210NT Controller Specification
5.2
SYWIN95A Access Control Software
5.3
SYRIS Proximity Reader
5.4
Proximity Card
5.5
Power Consumption
2
1. Introduction
1.1
SY210NT Series Product
1.
SY210NT2/NT4 Card Access Controller
2.
SYRDS1/L5… Card Reader
3.
MDDIDO Input/Output Module
4.
Printer Interface Module
5.
Proximity Card
6.
Other Application Module
1.2
System Configuration
CONTROLLER
COMPUTER
PROXIMITY CARD READER
DOOR
1
IN
OUT
DOOR
2
RS485
CONNECT TO OTHER
CONTROLLER
MAX. 99 SETS
CONNECT TO OTHER
MODULE
MAX. 20 SETS
IN
OUT
RS485
DOOR
3
PRINTER
MODULE
AI
MODULE
DIDO
MODULE
IN
OUT
DOOR
4
IN
OUT
Figure 1.1 System Configuration
3
2. Wiring Connection
Type Of Connection
a. Controller to Personal Computer
b. Controller to Card Reader
c. Controller to Extension Module
d. Input/Output Contact Build in Controller
Detail Connection as follow :
2.1
Controller To PC
Controller link to PC by RS485 Communication module, Maximum distance from PC to Controller is 1
KM. A single
Controller M4 Connector
SYLINK Connector
PIN 1 4A -, Blue Color
PIN 3 Green Color
PIN 2 4A+, Purple Color PIN 2 Yellow Color
PIN 5 GND, Black Color PIN 1 Black Color
SY210NT
Main PCB
Board
Computer
PIN 3 4APIN 2 4A+
PIN 1 GND
PIN1
PIN 2
PIN 5
Figure 2.1 Connection from SY210NT to PC
Caution : RS485 Communication Wire must be Twisted Screen Cable, grade AWG18~24 depend on
distance.
4
2.2
Controller to Card Reader
Controller link to Card Reader by RS485 Communication mode, max distance from Controller to Card
Reader is 1 KM. A single controller can connect up to max. 8 Readers.
Controller M4 Connector
PIN 3 -- 4R-, Grey Color
PIN 4 -- 4R+, White Color
Reader Wire
Green Color 4RYellow Color 4R+
Red Color +5~12VDC
Black Color 0VDC
Fig 2.2 Connection from Controller
to Card Reader
Caution : RS485 Communication Wire must be Twisted Screen Cable, grade AWG 18~24, depend on
distance.
5
2.3
Controller to Other Module
2.3.1
MDDIDO Module
DIDO Module consist of :
a. Power Supply …… DC : 5 ~ 12 V
b. RS485 Line ….. Link to Controller 4R+, 4Rc. DO Ouput ….. 4DO, 8DO, 16DO
d. DI Input ….. 4DI, 8DI,16DI
DO … Dry Contact Output
DI … Dry Contact Input
Stalus indicate LED : LED 1 ~ 4 --- DO Output
LED 5 ~ 8 --- DI Input
LED 9 ---RS485 (Blinking)
RELAY 4
RELAY 3
RELAY 2
RELAY 1
N
C
4
N
C
3
N
C
2
N
C
1
C
O
M
N
O
4
LE4
C
O
M
N
O
3
LE3
C
O
M
N
O
2
LE2
C
O
M
N
O
1
LE1
M2
M1
LE9
LE8
LE7
LE6
LE5
G 4
4
+
R
V N R
D +
+V: +5~+12Vdc
G
N
D
Model: MDDIDO1
Serial No: _____________
I
N
4
DI 4
G
N
D
I
N
3
DI 3
G
N
D
I
N
2
DI 2
G
N
D
I
N
1
DI 1
Figure 2.3.1 DI4Do4 Module Connection
Please contact factory for other DIDO Module wiring connection.
6
2.3.2
Printer Module
SY200NT Controller can connect to the following printers directly or reports printing via printer module.
1. Do-Metrics Printers
2. Inkjet Printers
3. Laser Printers
+V
GND 4R-
4R+
+V
GND 4R-
4R+
M1
LED Status
Normal: Red
Error: Red Flash
Active: Green Flash
+V:
Model: MDPRINT1
5~12Vdc
Serial No:__________
LED
PIEZO
Print Port Connect
DB1
Figure 2.3.2 Connection of Printer Module
2.3.3
AI Module
Please contact factory for AI Module Connection.
7
3. System Setup
3.1 Power up procedures
3.1.1
3.1.2
3.1.3
Before power up, ensure all wiring connection is correct.
When the power is turned on, the controller will automatically initialize and the LED change from
Green to Red with a short Beep sound.
If the controller is ready, LCD will show Date/Time.
3.2 System Setting
3.2.1
Go to program mode
Follow Figure 3.2.1 to go to program mode.
Figure 3.2.1 How to Go to Program Mode
98/01/06
TUE13:10
System
Press MENU Key
Password
________
Login
Press EN Key
Press EN Key
Login OK
press CLR key
2 times to return
System main
screen
Keyin 1234
Then Press EN
Master
Ok
You are in program mode now.
8
3.2.2
Set Card reader ID
a. Go to : [System] → [System Process]--[Change Reader ID]
b. Key in Reader Serial Number and Reader ID.
c. Repeat step b, to set all card reader ID.
System
System
Process
Change
Reader ID
Serial
___ ____
8 number
Press EN Key, Press
to Select [System Process]
Press EN Key, Press
to Select [Change Reader ID]
Press EN, Keyin
Reader Serial NO
Reader ID
ID = [ _ ]
Figure 3.2.2 Set Reader ID
3.2.3
Set Controller ID
Controller ID Default Setting = 01.
To set other controllers ID, follow the procedures below:
System
Press EN Key Then Press
to Select [System Process]
System
Process
Control
ID
Control
ID =[ _ _ ]
Key in defined
controller ID
( 1~99 )
Press EN Key Then Press
to select control Id
Figure 3.2.3 Set Controller ID
9
3.2.4
Get Card Reader Link to Controller
The linking of card reader to controller is not completed until the following step is done.
Figure 3.2.4 Module Plug & Play
System
Module
Process
Press EN Key, Press
to Select [Module Process]
3.2.5
Module
PlugPlay
Press EN Key, Press
to Select [Module PlugPlay]
Module
Watting.
Auto-detect
Module
Ok
Store Cards I Controller
Upon completion of System Setting, it is important to store all user cards in the controller. The produces
is shown as below:
Figure 3.2.5 Store Cards in Controller
Card
Add Card
Process
Press EN Key, Press
to Select [Add Card Process]
Add Card
BySerial
Ins Card
Flash a card
Press EN Key, Press
to Select [Add Card
By Serial]
Ins Card
[0001]
continus flashing cards
to automatically add
3.2.6
Confirmation for Systems Set Up
a. The systems set up is completed after going through above steps 3.2.1 to 3.2.5.
b. Press [CLR] repeatly until the LCD of controller show Date & Time.
c. To confirm that the systems is properly set up, flash any of the cards previously stored in the
controller to mak sure the "OK" LED lighted and the LCD show card serial number.
10
3.3 PCB Layout of typical SY210NT Controller
3.3.1
The PCB layout of SY210NT controller
Door 2 Output
Relay 2
Door 1 Output
Relay 1
Power
Supply
Door 4 Output
Relay 4
Door 3 Output
Relay 3
DC0V
DC+12V
Relay Output
NV Input
Network Connect
5V Output
4R+ WHT or Yellow
Pin3: 4A-
4R- GRN
RS485
Pin2: 4A+
Connector
Pin1: GND
To other Reader or Module
To other Controller
Figure 3.3.1 The PCB Layout of SY210NT Controller
11
3.3.2
The following setting is fixed by the systems
Card Reader ID
Reader ID = 1 (Door 1 Entry) or 5 (Door 1
Exit)
Reader ID = 2 (Door 2 Entry) or 6 (Door 2
Exit)
Reader ID = 3 (Door 3 Entry) or 7 (Door 3
Exit)
Reader ID = 4 (Door 4 Entry) or 8 (Door 4
Exit)
Controller Output
Relay 1
Relay 2
Relay 3
Relay 4
Reader ID "1" is for Door 1 Entry Reader, likewise ID "2" is for Door 2 Entry Reader, and similar to ID
"3" and ID "4"
Reader ID "5", "6", "7" and "8" are for Door "1", "2", "3" and "4" Exit Reader.
12
4
Programming
4.1
Set Controller Date / Time
4.1.1
Set Time
System
Press EN Key Then Press
to Select [Change Time]
Change
Time
Set Time
Press EN key
__:__:__
Press EN Key Then Keyin Time
HH:MM:SS
Figure 4.1.1 Set Time
4.1.2
Set Date
System
Press EN Key Then Press
Change
Date
Set Date
__/__/__
Press EN key
Press EN Key Then Keyin Date
YY/MM/DD
to Select [Change Date]
Figure 4.1.2 Set Data
13
4.2
Card Process
4.2.1
Store Card to Controller
a.
b.
Logon in Controller Program Mode
Store Card Procedures
Card
EN
Add Card
Process
Add Card
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Add Card
BySerial
Add Card in sequence
EN
Add Card
ByNo.
EN
Ins Card
EN
EN
Add Card by
Serial No.
Flash Card in
sequence
CLR
Flash Card
Add Card
No:_ _ _
Ins Card
EN
Key in serial
No.
CLR
Flash a card
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
Escape to Previous Menu
0 ~ 9
FUN
Number Key
Shift Key
Page Up
Figure 4.2.1 Store Card
14
4.2.2
Delete card from Controller
a.
b.
Logon in Controller Program Mode
Delete Card Procedures
Card
EN
Del Card
ByNo.
Del Card
Process
Del card
DEl by Serial No.
EN
Delete
All Card
Del All cards
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Del Card
No:_ _ _
_
EN
key in serial No.
Delete
[No/Yes]
EN
select Yes
Delete One Card
EN
CLR
Delete All Card
EN
CLR
EN
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
0 ~ 9
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.2.2 Delete Card
15
4.2.3
Modify Card Data
a.
b.
Logon in Controller Program Mode
Modify Card Procedure
Card
Status
Setting
EN
EN
Card status
APP
Setting
EN
Modify
One Card
Edit Card data
EN
Card No.
No:_ _ _
EN
App set
Key in No.
EN
EN
PIN
Setting
EN
Pin setting
APB
Setting
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
EN CLR
Enable/Disable
Setting
Set:[ _ _ ]
EN
CLR
App 01~16
PIN Set
[No/Yes]
EN
card APB setting
Operation Proceducer
Card
[Enable/
Disable]
Card+Pin
Enable/Disable
Check
APB
[No/Yes]
EN
PIN Set
PIN:_ _ _
EN CLR
Define Pin
EN CLR
APB check
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
0 ~ 9
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.2.3 Modify Card Data
16
4.2.4
Show Card Number
Card Code Numbers --- Fix Internal Number
Card Serial Numbers --- Depend on programming Sequence
a.
Logon in Controller Mode
b.
Show Card Number Procedures
Show Card
Card No.
Card
EN
Ins Card
Show Card
Process
Show Card Code
Show Card No.
Show Card
Serial
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Flash Card
Ins Card
EN
Show Serial No.
EN
EN
Flash card to show
Card Code
CLR
Flash card to show
Card Serial No. CLR
Flash card
EN
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
0 ~ 9
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.2.4 Show Card Number
17
4.3
Set DI Parameter
4.3.1
DI Holiday Time Zone Setting
a.
b.
c.
Set
DISet
Logon in Controller Program Mode
Go to [Time Zone] Menu, Select [Set DI Set]
Programming Produces
EN
DiSet:
___
EN
Key in DI
No.
(1~8)
DiSet
HodayTZ
Set DI
Holiday TZ
Holday:
___
EN
EN
Key in Holiday No.
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Holday:
_<_ _>_
Key in TZ No.
Before Holiday
Holiday
After Holiday
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
Escape to Previous Menu
0 ~ 9
FUN
Number Key
Shift Key
Page Up
Figure 4.3.1 Set DI Holiday Time Zone
18
4.3.2
Set DI Week Time Zone
a. Logon in Controller Program Mode
b. Go to [Time Zone] Menu, Select [Set DI Set]
c. Programming Produces
Set
DISet
EN
DiSet:
___
EN
Key in DI
No.
(1~8)
DiSet
WeekTZ
Set DI
Week TZ
EN
WeekTZ:
___
Key Week No.
(1~7)
EN
WeekTZ:_
TZ:[ _ _ ]
Key in TZ
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Function Key
MENU
EN
CLR
Page Down
Function Menu
0 ~ 9
Enter Key
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.3.2 Set DI Week Time Zone
19
4.3.3
Set DI Action Status
a. Logon in Controller Program Mode
b. Go to [Time Zone] Menu, Select [Set DI Set]
c. Programming Produces
Set
DISet
EN
DiSet:
___
Key in DI
No.
(1~8)
EN
DiSet
Module
Set DI Input
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
EN
Module:
___
EN
Module:_
[Disable][Enable]
Enable/Disable
Value:
1:DI ON, Action
2:DI OFF, Action
3:DI Float, Action
4:DI Change, Action
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
0 ~ 9
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.3.3 Set DI Action Status
20
4.4
DO Parameter Setting
4.4.1
Set DO Holiday Time Zone
a. Logon in Controller Program Mode
b. Go to [Time Zone] Menu, Select [Set DO Set]
c. Programming Produces
Set
DOSet
EN
DoSet:
___
Key in DO
No.
(01~16)
EN
DoSet
HodayTZ
Setting
Holiday TZ
Holday:_
EN
Key in Holiday No.
(1~8)
Holday:
_<_ _>_
EN
Key inTZ
Before Holiday
Holiday
After Holiday
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
Escape to Previous Menu
0 ~ 9
FUN
Number Key
Shift Key
Page Up
Figure 4.4.1 Set DO Holiday Time Zone
21
4.4.2
Set DO Week Time Zone
a. Logon in Controller Program Mode
b. Go to [Time Zone] Menu, Select [Set DO Set]
c. Programming Produces
Set
DOSet
EN
DoSet:
___
EN
Key in DO
No.
(01~16)
DoSet
WeekTZ
Set DO
Week TZ
EN
WeekTZ:
___
Key in Week No.
(1~7)
EN
WeekTZ:_
TZ:[ _ _ ]
Key in TZ No.
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
0 ~ 9
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.4.2 Set DO Week Time Zone
22
4.4.3 Set DO Action Status
a. Logon in Controller Program Mode
b. Go to [Time Zone] Menu, Select [Set DO Set]
c. Programming Produces
Set
DOSet
EN
DoSet:
___
Key in DO
No.
(01~16)
EN
DoSet
SetType
Set Action Type
EN
EN
Operation Proceducer
EN
Press EN to
enter
Page Up/Down
EN
Press En to
Enter
SetType
Type:[ _ ]
Action Typr:
0: Not use
1: Always
2: by Min
Function Key
Page Down
MENU
Function Menu
EN
Enter Key
CLR
0 ~ 9
Escape to Previous Menu
FUN
Number Key
Shift Key
Page Up
Figure 4.4.3 Set DO Action Status
23
Anti-Passback Setting
4.4.2
Set APB for Individual Door
a.
b.
1
2
System Provide 3-Class APB Level
Programming Procedures
System
EN
System
Process
EN
EN
APBLevel
Setting
APB CLASS
APBLevel
>_-_-_-_
EN
AREA:1_ 2 _3 _ 4_
KEY IN 0 1 2 3
3
SET APB CHECK
LEVEL
0:IGNORE
EN
1:LEVEL 1
2:LEVEL 2
3:LEVEL 3
EN
Figure 4.5.1 Anti-Passback Setting
4.4.3
Set APB for Individual Card
a.
b.
c.
Program only for those cards required APB
Logon in Controller Program Mode
Program Procedures
Card
EN
Modify
One Card
Edit Card
EN
EN
Card No.
No:_ _ _
EN
Key In Card
No
APB
Setting
EN
Check APB
[No/Yes]
EN
Yes/No
Set APB
EN
Figure 4.5.2 Set Card APB
24
4.5
Set Door Lock-Release Time
a.
b.
c.
SY200NT controller will send a signal output to release the lock (Relay 1 to 4) if a valid
card is read. The setting is to determine how long you want the lock to remain open.
Logon in Controller Program Mode.
Program Procedures
Figure 4.6 Set Door Lock-Release Time
System
EN
EN
IO
Process
EN
IO Data
Door
Set
Door
Setting
EN
Door
Door:[ _ ]
EN
Key in Door
1, 2 , 3, 4
EN
Door
ID_ |CH__
ID Set as 0:
CH Set as
01: Door #1
02: Door #2
03: Door #3
04: Door#4
Door
Time:_ _ _
EN
4.6
Set Timer, TimeZone, Holiday TimeZone
4.6.1
Set Timer
a.
b.
c.
EN
Set Door LR Time
(1~999)
A Total of 30 Timers may be programmed. The Timers are used in other commands to set
time zone
Logon in Controller Program Mode
Programming Procedures
Figure 4.7.1 Set Timer
TimeZone
EN
Timer
Table
Timer setting
Timer: _ _
EN
Timer No.
EN
Timer: _ _
Start_ _:_ _
Start Time
EN
01~30
EN
25
Timer: _ _
End_ _:_ _
End Time
EN
4.6.2
Set TimeZone
a.
b.
c.
d.
A Total of 60 TimeZone may be programmed. Each with 3 sets of timers
TimeZone is important and used in access control and DIDO programming etc
Logon in Controller Program Mode
Programming Procedures
Figure 4.7.2 Set TimeZone
TimeZone
EN
Timer
Table
Timer setting
Timer: _ _
EN
Timer No.
EN
Timer: _ _
Start_ _:_ _
Start Time
EN
Timer: _ _
End_ _:_ _
End Time
EN
01~30
EN
4.6.3
Set Holiday TimeZone
a. Holiday access control include : Holiday Eve, Holiday and day after Holiday
b. To define Holiday Access Control, must go to TimeZone] Menu, select [APPSET] to set
[Holiday TimeZone] first
c. A total of 8 Holiday TimeZone may be set
d. Programming procedures
Figure 4.7.3 Set Holiday TimeZone
TimeZone
EN
Timer
Table
Timer setting
Timer: _ _
EN
Timer No.
EN
Timer: _ _
Start_ _:_ _
Start Time
EN
Timer: _ _
End_ _:_ _
End Time
01~30
EN
26
EN
4.7
Set Application Set [APPSET]
APPSET Setting List
a.
b.
c.
d.
e.
f.
Edit Holiday TimeZone
Edit Weekly TimeZone
Set Out Flag (Exit control)
Set Door Flag (Door Access Control)
Set Security PIN Code (Common PIN)
Set Personal PIN Code (APP Group PIN)
APP Set Flow Chart
EN
TimeZone
Set
APPset
EN
EN
Set APPSet
Data
EN
Set:[ _ _ ]
Set AppSet No. ( 01~16 )
EN
APPSet
Hoday TZ
APPSet
WeekTZ
APPSet
OutFlag
APPSet
DoorFlag
APPSet
Security
Personal
Set Holiday TZ
Se Week TZ
Set OutFlag
Set DoorFlag
Set Security
PIN Code
Set Personal
PIN
APPSet
Figure 4.8 APP set Flow Chart
27
4.7.1
Set Holiday TimeZone
a.
The Controller Provides 8 Group of Holiday TimeZone, Date include Holiday Eve,
Holiday and day after Holiday
Logon in Controller Program Mode
Programming Procedures
Figure 4.8.1 Set Holiday TimeZone
b.
c.
Set
APPSet
EN
Set:[ _ _ ]
EN
APPSet
HoldayTZ
Holday:_
EN
Set Holiday TZ
Set APPSet No.
(1~16 )
EN
Set Holiday No.
(1~8 )
EN
4.7.2
Holday:_
_ _<_ _>_ _
Holday:_
O[ _<_>_ ]
EN
EN
Set Holiday Exit
Control
0:No, 1:Yes
Key in TZ for:
Holiday Eve
Holiday
day After Holiday
Set Weekly TimeZone
a.
b.
c.
To set Daily TimeZone and within a week
Logon in Controller Program Mode
Programming Produces
Figure 4.8.2 Set Weekly TimeZone
Set
APPSet
EN
Set:[ _ _ ]
EN
APPSet
HoldayTZ
Set Holiday TZ
Set APPSet No.
(1~16 )
EN
Holday:_
EN
EN
Set Holiday No.
(1~8 )
Holday:_
_ _<_ _>_ _
Key in TZ for:
Holiday Eve
Holiday
day After Holiday
EN
Holday:_
O[ _<_>_ ]
Set Holiday Exit
Control
0:Yes, 1:Nol
28
EN
4.7.3
Set Out Flag
a.
b.
c.
The function is used to set the Exit Control for individual door
Logon in Controller Program Mode
Programming Procedures
Figure 4.8.3 Set Out Flag
Set
APPSet
EN
APPSet
HoldayTZ
Set:[ _ _ ]
EN
Holday:_
EN
Set Holiday TZ
Set APPSet No.
(1~16 )
EN
Set Holiday No.
(1~8 )
EN
4.7.4
Holday:_
_ _<_ _>_ _
Holday:_
O[ _<_>_ ]
EN
Key in TZ for:
Holiday Eve
Holiday
day After Holiday
EN
Set Holiday Exit
Control
0:No, 1:Yes
Set Door Fag
a.
b.
c.
The function may be used to set the access level
Logon in Controller Program Mode
Programming Procedures
Figure 4.8.4 Set Door Flag
Set
APPSet
EN
Set:[ _ _ ]
EN
APPSet
HoldayTZ
Set Holiday TZ
Set APPSet No.
(1~16 )
EN
Holday:_
EN
EN
Set Holiday No.
(1~8 )
Holday:_
_ _<_ _>_ _
Key in TZ for:
Holiday Eve
Holiday
day After Holiday
EN
Holday:_
O[ _<_>_ ]
Set Holiday Exit
Control
0:No, 1:Yes
29
EN
4.7.5
Set Security PIN Code
a.
b.
c.
The function may be used to set Card + PIN (Common PIN)
Logon in Controller Program Mode
Programming Procedures
Figure 4.8.5 Set Security PIN Code
Set
APPSet
EN
Set:[ _ _ ]
EN
APPSet
HoldayTZ
Holday:_
EN
Set Holiday TZ
Set APPSet No.
(1~16 )
EN
Set Holiday No.
(1~8 )
EN
Holday:_
O[ _<_>_ ]
EN
Set Holiday Exit
Control
0:No, 1:Yes
Key in TZ for:
Holiday Eve
Holiday
day After Holiday
EN
4.7.6
Holday:_
_ _<_ _>_ _
Set Personal PIN Code
a.
b.
c.
The function may be used to set Card + PIN (Personal PIN)
Logon in Controller Program Mode
Programming Procedures
Figure 4.8.6 Set Personal PIN Code
Set
APPSet
EN
Set:[ _ _ ]
EN
APPSet
HoldayTZ
Set Holiday TZ
Set APPSet No.
(1~16 )
EN
Holday:_
EN
EN
Set Holiday No.
(1~8 )
Holday:_
_ _<_ _>_ _
Key in TZ for:
Holiday Eve
Holiday
day After Holiday
EN
Holday:_
O[ _<_>_ ]
Set Holiday Exit
Control
0:No, 1:Yes
30
EN
Set Flow Process
SY200NT Controller Provide:
A Total of 26 Events for detection
A Total of 11 Actions for Execute
SY200NT will work depending on following sequence:
Source (Detecting Events)
Target (Action)
Mode (Action Mode)
Event Table
Ite
m
1
Card Sense
2
In Check OK
3
Out Check OK
4
Invalid Card
5
Disable Card
6
Invalid TimeZone
7
Invalid Door
8
Invalid PIN
9
10
Invalid PIN Three
Time
ReEntry
11
ReExit
12
KeyPad Press
13
DI On
14
DI Off
Event Function
Description
ID (0-9)
Channel (0 -60)
1-8 : Reader
None
ID
9 : All
Module
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
Same as
None
above
1-8 :
1-10 :1-9,0
KEYPAD
11-20 : F19 :
F9,F0
SY200NT
1-8 :
1-16 DI Point
MDDIDO
9 :
SY200NT
1-8 :
1-16 DI Point
MDDIDO
31
Delay
Time
None
None
None
None
None
None
None
None
None
None
None
None
0-99
Seconds
0-99
Seconds
15
DI Float
16
DI Change Status
17
DI Set On
9 :
SY200NT
1-8 :
MDDIDO
9 :
SY200NT
1-8 :
MDDIDO
9 :
SY200NT
1-4 DI Point
18
DI Set Off
1-4 DI Point
19
DI Set Float
1-4 DI Point
20
DI Set Change
1-4 DI Point
21
DO Set On
None
22
DO Set Off
None
23
Time Out
None
24
Forced
None
25
Duress
None
26
HardWare Error
None
1-16 DI Point
0-99
Seconds
1-16 DI Point
None
1-4 TimeZone
Number
1-4 TimeZone
Number
1-4 TimeZone
Number
1-4 TimeZone
Number
1-60 TimeZone
Number
1-60 TimeZone
Number
1-60 TimeZone
Number
1-60 TimeZone
Number
1-60 TimeZone
Number
Module No =
1-20
59
SY200NT
60 ALL
None
None
None
None
None
None
0-99
Seconds
0-99
Seconds
None
None
Action Table
Item
Event
Function
1
SY200NT
2
Set Sound
3
Set Alarm
Sound
4
Set
Description
ID(0-9)
LED Code
1 : Ok LED
2 : Error Led
3 : Set up LED
4 : Active LED
5 : BlackLight LED
Sound Code
1 : Beep sound
2 : Do Sound
Alarm Code
1 : Steal
2 : Emergency
3 : Fire Alarm
4 : Gas
5 : Error
6 : Duress
DO Action
Channel(0-60)
Method(04)
1 : always
2 : 100ms
3 : sec
4 : min
LED Color
1 : Dark (Blacklight Off)
2 : Red ((Blacklight On)
3 : Green
4 : Orange
DO Point 1-4 :
32
Time
(1-999)
1 : always
2 : 100ms
3 : sec
4 : min
1 : always
2 : 100ms
3 : sec
4 : min
Time
(1-999)
1 : always
Time
Time
(1-999)
System
Internal
DO
Set DIDO
Module
DO Point
On
Set DIDO
Module
DO Point
OFF
SET
DIDO
Module
DO Point
Change
Show
Message
1 : Open
2 : Close
3 : Change
DIDO Module ID
1-8
Door 1-4
DIDO Module ID
1-8
DO Point 1-16
DIDO Module ID
1-8
DO Point 1-16
1-8 : KeyPad
Module ID
9 : Sy200NT
PostMessage Code
1-16
9
Show
Data
1-8 : KeyPad
Module ID
9 : Sy200NT
Show Data Code
1-13
See Data Code Table
10
Check
Card
11
Add
InOut
Event :
Invalid Card
Disable Card
Invalid Door
Invalid TimeZone
Invalid PIN
Invalid PIN Three Time
ReEntry
ReExit
In Check Ok
Out Check Ok
See Event Name
5
6
7
8
2 : 100ms
3 : sec
4 : min
1 : always
2 : 100ms
3 : sec
4 : min
1 : always
2 : 100ms
3 : sec
4 : min
1 : always
2 : 100ms
3 : sec
4 : min
DO Point 1-16
(1-999)
Time
(1-999)
Time
(1-999)
Time
(1-999)
1 : always Time
2 : 100ms
(1-999)
3 : sec
4 : min
1 : always Time
2 : 100ms
(1-999)
3 : sec
4 : min
If the Card + PIN is
required by user or
system. The event
will appear after
entering Password.
33
Default Flow Control Setting
No
Event
IDEvent
1
2
3
4
Card Sense
In Check Ok
In Check Ok
In Check Ok
All Module
All Module
All Module
All Module
Check Card
LED
Sound
Show Data
Ok LED
Beep
SY200
5
6
7
8
In Check Ok
Out Check Ok
Out Check Ok
Out Check Ok
All Module
All Module
All Module
All Module
Add InOut
LED
Sound
Show Data
Ok LED
Beep
SY200
9
10
Out Check Ok All Module
Invalid Card All Module
Add InOut
LED
Chanel
Event
Action
IDAction Chanel Method Time
Action
Error
LED
Bell
SY200
11
12
Invalid Card
Invalid Card
All Module
All Module
Sound
Show Data
13
14
Invalid Card
Disable Card
All Module
All Module
Add InOut
LED
15
16
Disable Card
Disable Card
All Module
All Module
Sound
Show Data
17
18
Disable Card
Invalid
TimeZone
Invalid
TimeZone
Invalid
TimeZone
All Module
All Module
Add InOut
LED
All Module
Sound
Error
LED
Bell
All Module
Show Data
All Module
Add InOut
22
Invalid
TimeZone
Invalid Door
All Module
LED
23
24
Invalid Door
Invalid Door
All Module
All Module
Sound
Show Data
25
26
Invalid Door
Invalid
ReEntry
Invalid
ReEntry
Invalid
ReEntry
All Module
All Module
Add InOut
LED
All Module
Sound
Error
LED
Bell
All Module
Show Data
SY200
Add InOut
30
Invalid
All Module
ReEntry
Invalid ReExit All Module
31
32
Invalid ReExit All Module
Invalid ReExit All Module
Sound
Show Data
33
34
Invalid ReExit All Module
Card Sense All Module
Add InOut
LED
19
20
21
27
28
29
LED
Error
LED
Bell
SY200
Green
Second
2
Card
Second
Find No
2
Green
Second
2
Card
Second
Find No
2
Red
Second
2
Invalid
Card
Second
2
Red
Second
2
Disable Second
Card
2
Second
2
SY200
Invalid Second
TimeZo
ne
2
Error
LED
Bell
SY200
Red(2)
Second
2
Invalid Second
Door (5)
2
Error
LED
Bell
SY200
Active
LED
Red
Red(2)
Second
2
Invalid Second
ReEntry
(8)
2
Red
Second
2
Invalid
ReExit
Second
2
Red
Second
2
35
36
Flow Control Instruction
Following is a example of flow control after it sense a card.
No
Event
IDEvent
Chanel
Event
Action
IDAction Chanel Method Time
Action
34
1
2
3
4
Card Sense
In Check Ok
In Check Ok
In Check Ok
All Module
All Module
All Module
All Module
Check Card
LED
Sound
Show Data
5
In Check Ok
All Module
Add InOut
Ok LED
Beep
SY200
Green
Second
2
Card
Second
Find No
2
No. 1 Ask all module (reader) of controller to read card and ask controller to check card status.
No. 2 When In Check OK, (reader ID=1, entry reader) the OK LED of controller will changes to green
color and active for 2 seconds.
No. 3 When In Check OK, controller will create a Beep sound.
No. 4 When In Check OK, the controller LCD will show card serial number and it will active for 2
seconds.
No. 5 When in Check OK, controller will add a record to InOut transaction data base.
35
When the controller is "In Check OK" (Valid Card), it will active the output relay where the card is read.
Following is a example of flow control using DI Point for exit button.
No
Event
37
DI On
Flow
Process
IDEvent ChanelE
vent
9
1
Add Flow
Control
Caution
1. Default Flow Control
setting is 01~36,User can
define new Flow Control
from 037 and above
2. If some flow Control setting is
deleted, the flow control sequence
will be automatically updated.
IDAction ChanelAction
Action
SY200 DO
Open
Method
Time
1
3
3
Set
delay
=00
Event
Setting
Event
DI On
Event
ID = [ 9 ]
Event
Ch:[ 01 ]
Action
Setting
Action
SY200
DO
Action
[ OPEN ]
Action
Ch:[ 01 ]
Method
Time
Method
[ SEC ]
Method
Time:003
To add Flow
control,set event
first, then set action
and method
As above setting table:
Event = DI On : Ask controller active when DI Point is On.
Event ID = 9 : the DI Point come from SY200NT internal DI.
Chanel Event = 1 : DI Point is the first one.
Action = SY200 DO : setting SY200 DO is for action point.
IDAction = Open : set action is open.
ChanelAction = 1 : output is come from DO1
Method = 3 : active time is in second
Time = 3 : output active 3 seconds
Program Procedures for above
36
4.10 Flowchart
98/01/08
Thu17:05
Enter Program Mode and
System main program menu
Press
E
N
Enter Program Mode
MENU
Enter Key
E
N
Press
Page Down
Or
Press
E
N
Waiting Password
E
N
Enter Password ( 1234)
E
N
Master
Ok
Default Password is Master Password,
Can all system setting
Press
E
N
or
or
Press
CLR
Print Menu
Alram
Set
Print
Press
Press
EN
System
parameter
System
Press
Press
EN
All
InOut
Alarm
[Disabl/Enable]
Press
Press
EN
Print
Mode
Press
Or
Holiday
Table
or
EN
ShowCard
Process
Press
Press
or
EN
Press
EN
Set
APPSet
Press
or
EN
Default
card
System
Process
EN
Press
or
EN
IO
Process
or
or
EN
Press
or
EN
TimeZone
Table
Del Card
Process
Press
Print
Time
or
EN
Press
or
EN
EN
Set
DO Set
Press
or
EN
Timer
Table
Modify
One Card
Module
Process
EN
Press
EN
Press
or
TimeZone
Press
Press
or
EN
Flow
Process
EN
Time Zone
Menu
Add Card
Process
Press
or
Card
Press
or
All Card
Data
Press
CLR
Card Data Menu
Logout
EN
or
Enter Follow
Screen
Press
Press
or
or
MENU
Login
Return to main screen
Alarm Menu
Set alarm
Change Screen
Password
_______
Start Function
Menu
Press
MENU
Login
Esc Key
MENU
Or
Press
Enter System
Page Up
CLR
SYRIS
SY200NT4
System
or
EN
EN
Set
DI Set
Operator
Process
Next
Page
37
Flowchart continue
System
Previous
page
Message
Process
Press
or
EN
Idle
Screen
Press
or
EN
Change
Time
Press
or
EN
Change
Date
Press
or
EN
Software
Reset
Press
or
EN
Show OS
Version
Press
or
EN
Alarm
Test
Press
or
EN
Login
Press
or
EN
Logout
38
4.11 Typical Wiring Connection
Door 1 Alarm Output
Door 2 Alarm Output
Door 1 EM-Lock
Door 2 EM-Lock
SY200NT4
DC 12~15V
DC 0V
Door 2 Sensor
Door 1 Sensor
Door 2 Exit Button
Door 1 Exit Button
4ABlk
4A+
Yel
Red
Door 2
Entry
Reader
4R+
4R-
39
Grn
Connect to PC
Yel
Red
Door 1
Entry
Reader
Grn
Blk
5
Technical Information
5.1
SY210NT Controller Specification
SY210NT Controller Specification
Items / Spec
Number of Cards
Number of Readers
Door Control
Reader Technologies
User P.I.N. code
Input Points
Control relay Output
Communication ports
Baud rate
Programmable time zone
Group (application set)
Holidays
Controller ID
Expand modules
Anti-passback
Keypad input
Keypad backlight
LCD display
Speaker output
Indicator
Operating temperature
Storage temperature
Power supply input
Power consumption
Dimensions (mm)
5.2
SY210NT2
9,999
4 (2In,2Out)
4
SYRIS RS485 format
4 digital code
Normally 4, Expandable to 64
Normally 2, Expandable to 64
RS485, 2 Ports
19,200 bauds
60 time zone
16
366
01-99
SYRIS NT Serial Module
Up to 3 level of local and / or
group anti-passback
16 key keypad
Built-in
8 x 2 LCD with backlight
Maximun 0.2 W
5 LED
2　C to 55　C
-25　C to 85　C
DC 11V to 20V
1W to 10W
107W x 150H x 27D
SYW95A Access Control Software
•
•
•
•
Link up to 99 Controllers, 396 doors, 792 Readers
3 level of anti-passback
User define language
6000 card holders
40
SY210NT4
9,999
8 (8In,8Out)
4
SYRIS RS485 format
4 digital code
Normally 4, Expandable to 64
Normally 4, Expandable to 64
RS485, 2 Ports
19,200 bauds
60 time zone
16
366
01-99
SYRIS NT Serial Module
Up to 3 level of local and / or
group anti-passback
16 key keypad
Built-in
8 x 2 LCD with backlight
Maximun 0.2 W
5 LED
2　C to 55　C
-25　C to 85　C
DC 11V to 20V
1W to 10W
107W x 150H x 27D
5.3
SYRIS Proximity Reader
SYRIS Proximity Reader Specification
♦
♦
♦
Water resistant, high security, high durability, and low identification error rate.
Can be mounted directly on metal without affecting its reading performance.
SYRIS proximity reader is able to interface with all existing access control system by WiegandTM formats, RS485 formats or etc.
Items / Spec
Frequency
Card (Transponder)
Reader range*
Card read time
Output interface
Color
Operating temperature
Storage temperature
Power supply input
Dimensions (mm)
SYRDS1-485 (SYRDSSS1)
125KHz
SYRIS card
5cm ~ 15cm
0.1sec (typical)
SYRIS RS485 formats
Beige or dark-grey
2　C to 55　C
-25　C to 85　C
5V ~ 15Vdc
75W x 115H x 15D
SYRDS1-W26 (SYRDSSW1)
125KHz
SYRIS card
5cm ~15cm
0.1sec (typical)
SYRIS RS485 formats
Beige or dark-grey
2　C to 55　C
-25　C to 85　C
5V ~ 15Vdc
75W x 115H x 15D
Items / Spec
SYRDL1-485 (SYRLSSS1)
SYRDL1-W26 (SYRLSSW1)
Frequency
125KHz
125KHz
Card (Transponder)
SYRIS card
SYRIS card
Reader range*
4cm ~ 12cm
4cm ~12cm
Card read time
0.1sec (typical)
0.1sec (typical)
Output interface
SYRIS RS485 formats
SYRIS RS485 formats
Color
Beige or dark-grey
Beige or dark-grey
Operating temperature
2　C to 55　C
2　C to 55　C
Storage temperature
-25　C to 85　C
-25　C to 85　C
Power supply input
5V ~ 15Vdc
5V ~ 15Vdc
Dimensions (mm)
41W x 140H x 20D
41W x 140H x 20D
*The specification is preliminary and is subject to change without prior notice.
Note: *Reading range is subject to card type, site interference and antenna specs for more information.
5.4
Proximity Card (Transponder)
Card (transponder) Specification
♦
♦
No battery needed for all card (transponder)
SYRIS proximity reader recognizes over 4 billion unique codes
Items / Specs
Thick card
ISO card
Key chain
Model number
SY-Prox-1
SY-ISO-1
SY-Key-1
Read range
5cm~15cm
5cm~15cm
2cm~8cm
Dimensions(mm)
86*55*1.9
86*54*0.76
24.5*33.5*4.7
Color
White/Dark-grey
White
Beige/Dark-grey
41
Key chain
SY-Key-2
2cm~8cm
17*45*8.2
Beige/Dark-grey
5.5
Power Consumption (DC12V)
Items / Spec
Controller
Card reader
Printer Module
DIDO Module
Power consumption per unit
400ma
100ma
100ma
250ma
42