Siemens TC12 사용자 설명서
TC12 Installation, Commissioning & Maintenance Handbook
3) There will be a separate bit allocated for each loop monitored by
HIOCC. There is a maximum of eight loops in total. Eight new reply bit
functions have been allocated, as above.
HIOCC. There is a maximum of eight loops in total. Eight new reply bit
functions have been allocated, as above.
3.3.3
t bit source (GOL, KOL)
OL {Output bit number: 0 - 15} = { Output function: 0 - 255 } (0)
C
Defines the function of the OTU hardware outputs. The output
function is as described for the GRL command above. (Except
those marked *) The normal default is direct from the UTC control
b
those marked *) The normal default is direct from the UTC control
b
3.3.3.15 C
t/Occ
ue e
unit
input allocation/function (GIA)
GIA {Count/Occupancy/Queue unit no.:0 to 5} 0
ital i
31} (0)
GIA {Count/Occupancy/Queue unit no.:0 to 5} 1
it fun
o 7} (0)
Comment: T
nd as two index field
1) count/occupancy/queue unit number
2
2
to - enter 0 or 1 as i
ted b
next two or three
an additional
GUD
F
n
0 = Cou
1 = N co
1 = N co
unit
3.3.3
pancy/Queue unit no.:0 to 5} = {Queue active time.:0 to 255} (0)
nfigured queue unit input
s activ
.14 OTU outpu
G
omment:
ytes.
oun
upancy/Q
u
={Dig
nput no.:0 to
={Un
ction no.:0 t
he comma
h
s:
) data selec r
ndica
elow
0 to allocate the input line number for the unit
1 to allocate the unit function (see below)
1 to allocate the unit function (see below)
Note: For N + 1 sites the input line allocation represents the kerbside lane loop.
The remaining loops are connected consecutively to the
inputs for two or three lane sites respectively. If required
unidirectional loop may be allocated to the innermost loop using the
command.
inputs for two or three lane sites respectively. If required
unidirectional loop may be allocated to the innermost loop using the
command.
unctio definitions for count/occupancy/queue configuration (GIA n 1 = x)
nt/Occupancy/Queue unit not configured
unt unit (single lane)
ne N + 1 count unit
2 = 2 la
3 = 3 lane N + 1 count
4 = N occupancy unit (single lane)
5 = 2 lane N + 1 occupancy unit
6 = 3 lane N + 1 occupancy unit
7 = Queue unit
3 = 3 lane N + 1 count
4 = N occupancy unit (single lane)
5 = 2 lane N + 1 occupancy unit
6 = 3 lane N + 1 occupancy unit
7 = Queue unit
.16 Queue unit active time (Call time) (GAQ)
AQ{Count/Occu
G
Comment:
To specify the time in seconds that a co
t be active before its output become
mus
e.
666/HE/43100/000
Page 93
Issue 9