D
R
IL
L
G
U
ID
E
5mm
7mm
5mm
5mm
Configuration
SA850 configuration is divided into 16 configurations codes.
Configuration is done by entering below sequence:
P
[b or s] [yy] [z]
P
P
: P-button
b=programcode, s=systemcode (8 digits)
yy: function code
z: configuration data
Configuration codes (yy):
Default values
10: Program code
12345678
30: System code
09876543
31: Code length
4
32: Access profile
111
33: Access time
3
34: By-pass function
0
35: By-pass time
30
36: LED/Buzzer function
031313031101
37: Pulse time (LED/Buzzer)
5
38: Lockout time
30
39: Network ID
0
40: Network protocol
0
41: Ext. control signal
0
42: Sabotage test
-
43: Alarm function
0
44: Thread alarm code
none
Note:
1.
Program code can only be used for configuration code 10.
2.
Length of z can be 1 to 16 digits
System code must be entered
within 60 minutes
after applying power.
On the following sections the 16 configuration codes are explained …
Try also:
SA850-A30 with built-in proximity reader
easy configuration with our free PC
PC program
network functions
Having problems? Contact your dealer or visit our
homepage www.keyseven.com.
10: Program code change
P
[s or b]
P 10
[nnnnnnnn] [kkkkkkkk]
P
nnnnnnnn: the new program code
kkkkkkkk: repeated new program code
31: User Code length
P
[s]
P 31
[z]
P
Length of user code. z can be from 2 to 8 digits.
39: Network ID
P
[s]
P 39
[zzz]
P
zzz=000-255
Network address when SA850 is part of network with other SA850’s or PC.
30: System code change
P
[s]
P 30
[nnnnnnnn] [kkkkkkkk]
P
nnnnnnnn: the new system code
kkkkkkkk: repeated new system code
32: Access profile
P
[s]
P 32
[abc]
P
a = AB-codes, not by-passed
b = AB-codes, by-passed
c = A-codes, by-passed
a, b and c values:
0: Pin code
and
Prox, 1: Pin code
or
Prox, 2:
Only
Pin code, 3:
Only
Prox.
33: Access time
P
[s]
P 33
[z]
P
z=0-999.
Indicates active time in seconds for access output. 0 = on/off toggle function.
34: By-pass function
P
[s]
P 34
[z]
P
z=0: output not inverted. z=1 output inverted. Add 16 to activate “double-code”
function.
36: LED/Buzzer function
P
[s]
P 36
[aaaabbbbcccc]
P
aaaa = green, yellow, red, buzzer in normal state
bbbb = green, yellow, red, buzzer in by-pass state
cccc = green, yellow, red, buzzer in access state
a, b and c values:
0: off, 1: on, 2: pulse, 3: externally controlled (white wire – LED / pink –
buzzer), 4: ext. controlled pulse.
37: Pulse time (LED/Buzzer)
P
[s]
P 37
[z]
P
z=0-999
Indicates LED/buzzer pulse time in 1/10 seconds. See system manual for closer
description.
38: Lockout time
P
[s]
P 38
[z]
P
z=0-999
Indicates lockout time in seconds after 3 invalid entries. 0 means no lockout.
40: Network protocol
P
[s]
P 40
[z]
P
z=0-9
Networking protocol.
0: Log, 1: , 2: Wiegand, 3: ABA, 4: I/O extension
41: Ext. control signal (EXIT-button/Buzzer)
P
[s]
P 41
[z]
P
External input line (pink) can be used as “EXIT-button”:
z=0: No EXIT-function
z=1: EXIT-function
42: Sabotage test
P
[s]
P 42
…( test )...
P
Is used to check the optical sabotage circuit during installation. Green LED and
buzzer indicate sabotage when testing. Terminate test by pressing
P
.
43: Alarm function
P
[s]
P 43
[z]
P
Z=0: Sabotage
Z=1: Sabotage and Thread code
Z=2: Sabotage and code tampering
Z=3: Sabotage, code tampering and Thread code
44: Thread alarm code
P
[s]
P 44
[z]
P
z: Last digit in normal user code. If activated in ‘Alarm function’ then z is the
value of the last digit that enables the thread alarm (violet wire).
35: By-pass time
P
[s]
P
35
[z]
P
z=0-999
Indicates active time in seconds for by-pass output. 0 = on/off toggle function.
