Cortex COR-ACC980 User manual

COR-ACC980
V150921
Contents
1Products
A. B. C. D.
4Allen Key and Screws 3Terminal Cables
P1 P2 P3 P4
Installation
Using a screwdriver, screw the metal mounting plate C. to the wall.
Take off the plastic mounting plate B. from reader A.; and then, pull cable ends through the access
holes of C. and B. and attach B. back to reader A. .
Put on the elastic band D. embedded into the plastic frame.
Install Security Torx screw (supplied) into the hole of ACC980 at bottom with the Allen Key (supplied).
Apply power. Green and read Led will light up at the same time, and a beep sound.
2C.
1
c.
A.
B.
3
4
5
A. B. C.
6
A.
B.
D.
7
8
A.
C.
g.
d.
Notice
The communication wires and power line should not be housed in the same electrical conduit or tubing.
They should always be installed in separate tubes.
Do Not connect the reader and lock to the same power supply. While the lock activating will case the reader's power unstable and might affect the reader function.
The standard connection of power supply is the door relay and the lock use the same power supply; the reader use independent power supply.
Use AWG 22-24 "Shielded twisted Pair" to avoid star wiring.
1.Tubing:
2.Cable selection:
3.Power supply:
Connector Table
P4.Contact Rating: 1A 125VAC/24VDC
※After S/N: 0706-XXXXXX
Wire Application
Tamper Switch
Wire
1
2
3
Color
Red
Orange
Yellow
Description
N.C.
COM
N.O.
P5.(Optional)
Wire Application
3-PIN
Connector
Wire
1
2
3
Color
Black
White
Purple
Description
GND.
Duress
Arming
P3.
Wire Application
Networking
Module
Wire
1
2
Color
Thick Green
Thick Blue
Description
RS-485(B-)
RS-485(A+)
P2.
Wire Application
Wiegand
Beeper
LED
Wire
1
2
3
4
5
Color
Thin Blue
Thin Green
Pink
Brown
Yellow
Description
Wiegand DAT:1 Input
Wiegand DAT:0 Input
Beeper Output 5V
/100mA, Low
LED Green Output 5V
/20mA, Max
LED Red Output 5V
/20mA, Max
P1
P2 P3
P4
P5
P1.
Wire Application
Door Relay
Door Sensor
Exit Switch
Alarm Output
Power
Wire
1
2
3
4
5
6
7
8
Color
Blue White
Purple White
White
Orange
Purple
Gray
Thick Red
Thick Black
Description
(N.O.) DC24V1Amp
(N.C.) DC24V1Amp
(COM) DC24V1Amp
Negative Trigger Input
Negative Trigger Input
DC Power 12V
DC Power 0V
N.O. or N.C. shift by
JP1 jumper and
Shared Com with
Door Relay
2User Guide

V150921
Touch-Panel Controller + Reader
Networking & Stand-alone
Command List
Mode
M4/M6/M8
M4/M6/M8
M4/M6/M8
M4/M8
M4/M8
M4/M8
M4/M6M8
M4/M6/M8
M4/M6/M8
M4/M6/M8
M4/M6/M8
M4/M8
M4/M6/M8
M4/M6/M8
M4/M6/M8
M6
M4/M8
M4/M8
M4/M8
M4/M6/M8
M4/M6/M8
M4/M8
M4/M6/M8
M4/M6/M8
M4/M8
M4/M6/M8
M4/M8
M6
Function
Entering programming mode
Exiting programming mode
Exiting programming mode and enabling arming status
Node ID setting
(Connecting to ACC1000,or total unit is < 254)
Node ID setting
(Connecting to PC directly without via ACC1000 and > 254)
Mifare tag / card format (Optional)
Door relay time setting
Alarm relay time setting
Control mode setting
Arming delay time setting
Alarm delay time sett
Master card setting
Auto-open zone setting
Master code setting
Suspend or delete tag
Recover tag
Setting up a batch of user to access
by card only (M6 only)
Setting up the PWD/PIN
(Access mode: Card or PIN)
Setting up the PWD/PIN
(Access mode: Card and PIN)
Arming output time setting
M4/M8: Duress code setting
M6: Public PIN setting (Card or PIN)
Card number modication
M4/M8: Arming PWD setting
M6: Public PIN setting (Card and PIN)
Door close time
Adding tag
Factory setting-1(Function default value)
Lift control setting: multi-doors
Add/Delete tag by RF (M6 only)
Description
PPPPPP=Master Code, default value=123456
NNN=Node ID
Node ID: 001~254
NNN=Node ID of ACC980, VVV=Virtual ACC1000 Node ID,
nnn=Door number
N: 0=ISO14443A; 1=ISO014443B; 2=ISO156896;
3=I Code1; 4=I Code2
PS.1. Please select the compliance,rstly.
2. Make sure reader and card using the same compliance.
TTT=Door relay time 000=Normal open
001~600=1~600 sec.; 601~609=0.1~0.9 sec.
TTT=Alarm relay time 001~600=1~600 sec.
N=Mode 4=Mode4
；
6=Mode6
；
8=Mode8
TTT=Arming delay time 001~600=1~600 sec.
TTT=Alarm delay time 001~600=1~600 sec.
SSSSS-EEEEE=00000-01023;
SSSSS=Starting user address; EEEEE=Ending user address
N: 2 sets of auto-open zone (0: 1st set; 1: 2nd set)
HHMMhhmm=Staring time to ending time
(i.e.: 08301200=08:30 to 12:00)
FFFFFFF= 7 days of week (Sat/Fri/Thu/Wed/Tue/Mon/Sun)
(F= 0: disable; 1: enable)
PPPPPP=New master code
RRRRRR=Repeat the new master code
=Suspend =Delete;
SSSSS=Starting user address, EEEEE=Ending user address
SSSSS=Starting user address
EEEEE=Ending user address
SSSSS=Starting user address
EEEEE=Ending user address
Access mode: Card or PIN; UUUUU=user address;
PPPP=4-digit individual PWD
Access mode: Card and PIN; UUUUU=user address;
PPPP=4-digit individual PWD
TTT=Arming output time; 001~250=1~250 sec.
PPPP=4-digit individual PWD (default value=4321)
P.S. Duress code will be unavailable and become a public PIN at access mode “Card or PIN” of M6
UUUUU= User address; SSSSS=5-digit site code;
CCCCC=5-digit card code
PPPP=4-digit individual PWD( default value=1234; disable Arming PWD=0000)
P.S. Arming PWD code will be unavailable and become a public PIN at access mode “Card PIN” and of M6
TTT=Door close time: 001~600=1~600 sec.; default value: 15 sec.
UUUUU=User address;
QQQQQ=Pieces of card(00001=Continuous sensing)
Please refer to function default value for details.
UUUUU=User address, S=4 sets of lift control; FFFFFFFF=8 oors/stop setting
(F=0: Disable, 1: Enable)
N=0/Delete tag; N=1/Add tag
9
Diagram
Alarm forTamper Switch
Magnetic Door Contacts
Magnet Lock
(Bolt Lock)
Push Button
Strike Lock
Red
Orange
N.O. COM
B-
A+
WG1
WG0
BZ
G-LED
R-LED
N.C.
N.C.
COM
Door SEN
PB
ALM
V+
V-
ACC1000
RS232/RS-485
or USB/RS-485
Converter
WG Reader
V-
V-
+12V
+12V
N.O.
12V
CTL�
COM
N.O.
N.C.
12V
CTL�
COM
N.O.
N.C.
N.C.
Thick Black
Thick Red
Grey
Purple
Orange
White
Purple White
Blue White
ACC980 to PC
ACC980 to ACC1000
Command
PPPPPP
00 NNN
00 NNN VVV nnn
01 N
02 TTT
03 TTT
04 N
05 TTT
06 TTT
07 SSSSS EEEEE
08 N HHMMhhmm FFFFFFF
09 PPPPPPRRRRRR
10 SSSSS EEEEE
10 SSSSS EEEEE
11 SSSSS EEEEE
11 SSSSS EEEEE
12 UUUUU PPPP
13 UUUUU PPPP
14 TTT
15 PPPP
16 UUUUU SSSSSCCCCC
17 PPPP
18 TTT
19 UUUUU QQQQQ
20 DDD
21 UUUUU S FFFFFFFF
22 N
9

COR-ACC980
V150921
M4/M8
M4/M6/M8
M4/M6/M8
M4/M8
M4/M8
M4/M6/M8
M4/M6/M8
Relay time of lift controller setting
Factory setting-2 (Function default value)
Real time clock setting (Stand-Alone)
Anti-pass-back (Enable user)
Lift control setting: single door
Force open alarm setting
Delete all tag
Function Default Value
Option 0= none value; Option 1= 1 x each value
(i.e. DDD value of Enable “Auto Open” + ”Exit by Push Button +”Anti-pass-back”
=004+016+128=148; As a result of that, the command will be 20 148 .)
24 DDD
Function Option Value Application
※Default Value
Auto-open door without
presenting card at auto
open zone
Alarm Output/Lift Control
Stop Alarm by…
Door bell
※
0: Disable
※
0: Alarm Output
0: None
※
0: Disable
Networking/Stand-Alone
Networking/Stand-Alone
Networking/Stand-Alone
Networking/Stand-Alone
001
002
064
128
1: Enable
1: Lift Control
※
1: Push Button/
Door Closed
1: Enable
20 DDD
Function Option Value Application
※Default Value
Time Attendance
Auto Re-lock
Auto Open
Exit by Push Button
Master Reader of Network
Access/Exit Reader
Anti-pass-back
※0: Yes
※0: Disable
※0: Disable
0: Disable
※0: Slave
※0: Exit
※0: Disable
Networking
Networking/Stand-Alone
Networking/Stand-Alone
Networking/Stand-Alone
Networking
Networking
Networking
001
002
004
016
032
064
128
1: No
1: Enable
1: Enable
※1: Enable
1: Mater
1: Access
1: Enable
23 NNN TTT
24 DDD
25 YYMMDDHHmmss
26 SSSSS EEEEE N
27 UUUUU FF
28 NNN
29 29
NNN=Node ID of lift controller, TTT= relay time: 000~600=1~600 sec.
Please refer to function default value for details.
YYMMDDHHmmss: Year/ Month/ Day/ Hour/ Min./ Sec.
SSSSS=Starting user address; EEEEE=Ending user address;
N=0/Enable; N=1/Disable; N=2/Initial
UUUUU=User Address; FF=Floor number (01~32 oor/stop)
Please refer to function default value for details.
28 NNN
Function Option Value Application
※Default Value
Dual Door Open
Force Open
Alarm Output
※0: Disable
※0: Disable
Networking/Stand-Alone
Networking/Stand-Alone
064
128
1: Enable
1: Enable
Adding and Deleting Tag
Mode4/Mode8
Adding the Single Tag or the Random tags
[i.e.] User Address NO.100 and NO.101 have 2 pcs of random tags:
Access programming mode → 19 00100 00001 → Close Tag into RF Area → OK
P.S. The First tag has now been added, present the rest of the tags one after the other to add them to the system as well.
Input 123456 (or Master Code) → 19 UUUUU 00001 → Close Tag into RF Area (Present the tag to the controller.) → OK (Memory location number)
Adding the Sequential tags
[i.e.] User Address NO.101 to NO.120 have 20 pcs of sequential tags:(62312~62332)
：
Access programming mode → 19 00101 00120 → Close Tag into RF Area(only use the tag NO.62312) → OK
Input 123456 (or Master Code) → 19 UUUUU QQQQQ → Close Tag into RF Area (Present the tag with the lowest number to the controller.) → OK (Memory location number)
Deleting All Tags
Input 123456 (or Master Code) → 29 29
Deleting the Single Tag
Input 123456 (or Master Code) → 10 SSSSS EEEEE
9
[i.e.] Delete User Address: 00058
Access programming mode → 10 00058 00058
9
Deleting a batch of Tags
Input 123456 (or Master Code) → 10 SSSSS EEEEE
9
[i.e.] Delete User Address: 00101~00245
Access programming mode → 10 00101 00245
9
Mode6
※At the Mode 6, User Address = Card Code
Adding Tag
[i.e.] Add User Address: 00100~01254
Access programming mode → 11 00100 01254 → OK
Input 123456 (or Master Code) → 11 SSSSS EEEEE → OK
Deleting Tag
[i.e.] Delete a tag with card code 62362
Access programming mode → 10 62362 62362 → OK
Input 123456 (or Master Code) → 10 SSSSS EEEEE → OK
Tag Information
SITE CODE
CARD CODE
SITE CODE
CARD CODE
Programming
Entering
[i.e.] The Default Value= 123456, if already changed the Master Code= 876112, input 876112 → Access programming mode
Input 123456 or PPPPPP
Changing the Master Code
[i.e.] If want to changing the Master Code= 876112, input 123456 → 09 876112876112
Access programming mode → 09 PPPPPPRRRRRR [Input the 6-digit new master code twice.]
Exiting
Input
A. Entering and Exiting Programming Mode
Access programming mode → 00 NNN [Node ID: 001~254]
B. Changing the Node ID of Reader
Individual PWD (M4/M8)
Card or PIN: Access programming mode → 12 UUUUU PPPP [i.e. User address: 00001 and PWD: 1234, input 12 00001 1234 ]
Card and PIN: Access programming mode → 13 UUUUU PPPP [i.e. User address: 00001 and PWD: 1234, input 13 00001 1234 ]
Public PWD (M6)
PIN only: Access programming mode → 15 PPPP [Input 4-digit PWD, default value: 4321]
Card and PIN: Access programming mode → 17 PPPP [Input 4-digit PWD, default value: 1234]
C. Setting up the password

V150921
Touch-Panel Controller + Reader
Networking & Stand-alone
※ Mode 6 the number of users up to 65535, largely because of its read-only CARD CODE, unlike Mode4/Mode8 shall read the SITE CODE and CARD CODE.
Mode Support
Networking/
Stand-Alone
Stand-Alone
Networking/
Stand-Alone
User
Capacity Access Mode
M4
M6
M8
V
X
V
V
X
V
V
X
V
V
X
V
32
X
32
11
X
11
1,500
X
1,500
3,000
65,535
3,000
Auto-show
Duty time
Event
Capacity 120 Holidays Duress Time Zone
Lift
Control
Anti-pass-
back
1.Card only
2.Card and PIN (4-digit individual PIN)
3.Card or PIN (if access by PIN only, user should press 9-digit PIN = 5-digit user
address + 4-digit individual PIN)
1.Card only
2.Card and PIN (4-digit public PIN= Arming PWD)
3.Card or PIN (4-digit public PIN= Duress code)
P.S. Duress code is unavailable under M6 and as PWD of PIN only
1.Card only
2.Card and PIN (4-digit individual PIN)
3.Card or PIN (if access by PIN only, user could just press 4-digit individual PIN)
Device enable
Access programming mode → 20 128 [Please refer to function default value for details.]
Enable/Disable auto open zone
Access programming mode → 20 004 [Please refer to function default value for details.]
Enable/Disable auto open door without presenting card
Access programming mode → 24 001 [Please refer to function default value for details.]
[i.e.] User address from 00152 to 00684 enable the anti-pass-back function: 26 00152 00684 0
Card user enable
Access programming mode → 26 SSSSS EEEEE N
N: 2 sets of auto-open zone (N=0=1st set; N=1=2nd set); HHMMhhmm=Staring time to ending time (i.e.: 08301200=08:30 to 12:00);
FFFFFFF= 7 days of week (Sat/Fri/Thu/Wed/Tue/Mon/Sun) (F= 0: disable; 1: enable)
Setting up open time
Access programming mode → 08 N HHMMhhmm FFFFFFF
Usually, anti-pass-back is commonly applied to parking areas in order to prevent from multi-entry with one card at a time, or somewhere wants to monitor not only the access but also exit condition.
Door will keep opening after rst man ashing card. When Stand-Alone, support only two sets of auto-open zone by device setting, but auto-open zone can extend up to 63 sets by Networking.
Need the other Reader to do this Function
Access programming mode → 28 064 [064= Dual Door Open]
Access programming mode → 04 N [N=4/6/8]
E. Dual Door Open(M4/M8)
F. Anti-pass-back(M4/M8)
G. Auto Open Zone
D.Setting up the control mode (M4/M6/M8)
H. Lift control
Device Enable
Access programming mode → 24 002 [Please refer to function default value for details.]
[i.e.] User address NO. 45, only to the six oor, with the 20th oor:
Access programming mode → 21 00168 0 00100000 → 21 00168 2 00001000
Multi oors
Access programming mode → 21 UUUUU S FFFFFFFF
[UUUUU=User address S: 4 sets of lift control (Input: 0~3) FFFFFFFF: 8 oors/stop setting (F=0=Disable, F=1=Enable)]
Single oor
[i.e.] User address NO. 45, only can reach the elevator to the 24th oor: 27 00045 24
Access programming mode → 27 UUUUU FF [UUUU=User Address FF=Floor number (01~32 oor/stop)]
Connect with ACC1040 to control which oors the user will be able to access.
Set Floor/ Stop
F
8
16
24
32
0
1
2
3
F
6
14
22
30
F
7
15
23
31
F
5
13
21
29
F
4
12
20
28
F
3
11
19
27
F
2
10
18
26
F
1
9
17
25
Please refer to below oor chart
Setting up the alarm
Under what conditions would trigger alarm systems
Flow chart
Enable/ Disable the arming status(M4/M8)
Enable/ Disable the arming status(M6)
Enable
Access programming mode →
Conditions:
1. Arming enabled
2.Alarm system connected
Disable
Access programming mode →
Application:
1. Door opened too long (After Normal Opening): Door Opened over the time of door relay time and door close time.
2. Door sensor error: Door sensor is open loop.
3. Force open (Opened without a valid user card being show): Access by force open and illegal procedure.
About Alarm System
Function
Door Relay TM
Door Close TM
Alarm Relay TM
Alarm Delay TM
Arming Delay TM
Force Opem
Command
02
18
03
06
05
28
1
2
4
31
2
By ashing card + Arming PWD
Enable/Disable: Flash card +press 4 digit arming PWD PPPP (default: 1234)
1. Arming PWD= 0000: Cancel Arming PWD
2. Arming PWD≠ 0000: Flash card +press 4 digit arming PWD +
I.Restoring Factory Settings
Only a function of factory default value. (At Stand-Alone)
Access programming mode → 20 016 → 24 064 → 26 00000 01023 1 → 28 000 → 29 29
※If Master Code already changed, it can not revert to the default value.
A.Normal Opening: Door Opened
Enable Arming Arming Delay TM
Enable Arming Arming Delay TM
Alarm system activated
Arming settingArming settingAlarm triggerAlarm trigger
Door opened Timeout
Door opened Timeout
Alarm system activated
Arming settingArming settingAlarm triggerAlarm trigger
B.Abnormal Opening:
Alarm Delay TM
1Alarm Relay TM2
Door Relay TM
1Door Close TM2Alarm Delay TM3Alarm Relay TM4