ECL-ACC997 / ECL-ACC999
V121203
Adding and Deleting Tag
Delete All Tags
Input 123456 (or Master Code)
→
29 29
Delete a Single Tag
Input 123456 (or Master Code)
→
10 SSSSS EEEEE
[e.g.] Delete User Address: 00058
Access programming mode
→
10 00058 00058
9
9
Delete a batch of Tags
Input 123456 (or Master Code)
→
10 SSSSS EEEEE
[e.g.] Delete User Address: 00101~00245
Access programming mode
→
10 00101 00245
9
9
Add Single Tag or Random tags
Input 123456 (or Master Code)
→
19 UUUUU 00001
→
Present the tag(s) with Controller
(single tag or random numbered cards one by one)
→
Done
[e.g.] 2 readom cards with user addresses No. 100 and No. 101:
Access programming mode
→
19 00100 00001
→
Present the tags one by one
→
Done
Input 123456 (or Master Code)
→
19 UUUUU QQQQQ
→
Present the tags
(Present the tag with the
lowest number
first.)
→
OK
Add the Sequential tags
[e.g.] 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
Tag Information
SITE CODE
CARD CODE
SITE CODE
CARD CODE
Changing the Master Code
Access programming mode
→
09 PPPPPPRRRRRR [Input the 6-digit new master code twice.]
[e.g.] If want to changing the Master Code= 876112, input
123456
→
09 876112876112
Exiting
Input
Access programming mode
→
00 NNN MMM AAA
[NNN= Node ID: 000~254; MMM=ECL-ACC997 / ECL-ACC999 Door NO.:1~255; AAA=WG Reader Door NO.:1~255
B. Changing the Node ID of Reader
Programming
A. Entering and Exiting Programming Mode
Entering
Input 123456 or PPPPPP
[e.g.] The Default Value= 123456, if already changed the Master Code= 876112, input
876112
→
Access programming mode
Enable device
Access programming mode
→
20 U DDD U= Enable target unit
(0=AR-ECL-ACC997 / ECL-ACC999,1=Reader)
[Please refer to function default value for details.]
[e.g.] If the
ECL-ACC997 / ACL-ACC999
set to
exit reader
,
WG Reader
set to
access reader
.
Access programming mode
→
20 0 128
→
20 1 192 [Please refer to function default value for details.]
Enable/Disable auto open zone
Access programming mode
→
20 U DDD U= Enable target unit
(0=ECL-ACC997/ECL-ACC999,1=Reader) [Please refer to function default value for details.]
[e.g.] If the
ECL-ACC997/ECL-ACC999
set to
Enable aut open zone
.
Access programming mode
→
20 0 004 [Please refer to function default value for details.]
[e.g.] If the
WG Reader
set to
Enable aut open door without presenting card
.
Access programming mode
→
24 1 128 [Please refer to function default value for details.]
Enable/Disable auto open door without presenting card
Access programming mode
→
24 U DDD U= Enable target unit
(0=AR-ECL-ACC997 / ECL-ACC999,1=Reader)
[Please refer to function default value for details.]
[e.g.] User address from 00152 to 00684 enable the anti-pass-back function:
26 00152 00684 0
Enable card user
Access programming mode
→
26 SSSSS EEEEE P
SSSSS= starting user address; EEEEE= ending user address [P=0 Enable/ P=1 Disable/ P=2 Reset]
[e.g.] ECL-ACC997 / ACL-ACC999 (
without WG reader
), to set second time zone which could be passed only at 9:30am to 4:20pm on Mon and Fri.
Access programming mode
→
08 10 02 09301620 01000100
→
setting is completed
Setting up access time
Access programming mode
→
08 MW NN HHMMhhmm 7123456H [M=ECL-ACC997 / ACL-ACC999; W=Reader(0=disable,1=enable);
NN: 16 sets of auto-open zone (NN=00~15); HHMMhhmm=Starting time to ending time; 7123456H= 7 days of week + Holiday (F= 0: disable; 1: enable)]
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 first man flashing card. When the reader is stand-alone, supporting only 16 sets of auto-open zone by device setting.
Auto-open zone can extend up to unlimited sets by Networking.
C. Anti-pass-back
D. Auto Open Zone
