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ILL2_CF650_RSA_Variables.pdf | Variable description KL_OP_SIG; Channel Line Conventional Signalling of a route Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Optical signalling in the route is not OK. 1 Optical
signalling in standard or fleet route is OK (with standard overlap signal
permission). 2 Optical signalling in standard or fleet route is OK with
extended overlap signal permission. Description: This Channel is applied
to check conventional signalling state in the route by sent from end of the |
ILL2_CF650_RSA_Variables.pdf | route to start of the route in opposite route direction. This channel is
triggered by GL_OP_SIG (Global line conventional signalling). |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_PISR_SIG; Channel Line Point in Start of Route to Interlock Signalling at Start of A Route Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Rest. 1 Point in start or end of a route is not OK. 2 Point
in start or end of a route is OK. Description: This Channel is applied to
response point in start of route state to start of a route to interlock
signalling on berth track. This channel shall be triggered by L_RT_EIP. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RATP; Channel Line RATP state report Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3 0 RATP reports FREE, unlock permission OK. 1 RATP reports
Standstill. 2 RATP reports No Standstill. 3 RATP reports FP occupancy with
unlock permission OK. Description: This channel apply to report the RATP
state in route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RB; Channel Route Blocking Indication Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 No route blocked 1 Routes are blocked in up direction 2
Routes are blocked in down direction Description: Send route blocking
indication information from start of route to ending signal |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_CONSET; Channel Line Conflict Route Status Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3, 4 0 ITI communication failed or no route information. 1
There is a route set towards to border at CBI or adjacent interlocking. 2
There is a route set away from border at CBI or adjacent interlocking, and
permission to set route to the relay border is ok. 3 There is no a route set
towards border or away from border at CBI or adjacent interlocking. 4 There is |
ILL2_CF650_RSA_Variables.pdf | a route set away from border at CBI or adjacent interlocking, and permission
to set route to the relay border is inhibited. Description: This channel
sends information of conflicting route set at an adjacent interlocking. The
adjacent interlocking can be either CBI (via ITI border) or external
interlocking (via relay border). |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_EIP; Channel Line Search Point in Start of A Route Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Rest. 1 Track belonging to a point is reserved as start of
route (pretest phase). 2 Track belonging to a point is reserved as start of
route. Description: This channel is used only for a start track that share
with point in the same physical track section. When this track is reserved as |
ILL2_CF650_RSA_Variables.pdf | start of the route, the channel shall be sent out from the start of the route
in opposite direction to search to the point that share in the physical track
section. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_EIPR; Channel Line Respond Point in Start of Route State Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 2 0 Rest, a point in start of a route is not OK. 2 A point in
start of a route is OK. Description: This channel shall response
information from a point in start of a route to start of the route. To prove
route setting function. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_PRET; Channel Line Route Pretest Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 3 0 Rest. 3 Considering route setting conditions in the objects
within the route and overlap in pretest phase. This value is use for standard
route with relock option. Description: The channel sends information about
current state object to the next object in the route in pretest phase. It will
be sent from start of route object to the end of route object. Depending on |
ILL2_CF650_RSA_Variables.pdf | the value of channel, it will be established if the object should be queued,
rejected or accepted as part of a route. This channel shall be defined as ‘0’
in ENDBLOCK and RELAYBORDER. It depends on local variable L_RT_RES on LTRACK,
LPOINT and LCROSSING object types. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_PRETR; Channel Line Route Pretest Respond Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 2, 3, 4 0 Rest. 2 Route pretest respond OK. 3 Route pretest
respond reject. 4 Route re-lock pretest respond OK. Description: This
channel is used for sending information of route pretest reponse back from end
of route to start of route. The channel will send approve when all receive
route pretest ok KL_RT_PRET=2 and pretesting in overlap section OK. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_REL; Channel Line Route Release Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 4 0 No release of route-reservation. 1 Train route reservation
is to be released. 4 Train route reservation is during released.
Description: The channel informs about the locking and releasing route
from the end of route to the start of route. If the route is in process to be
released (timer is ounting) the transmitted value will be 4. If the route is |
ILL2_CF650_RSA_Variables.pdf | going to be released inmediatly the transmited value will be 1. The channel
runs to the start of route. This channel shall be defined as ‘0’ in
RELAYBORDER. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_RES; Channel Route Reservation Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 3, 4 0 Rest. 1 Previous Object is locked as part of a standard
route when this value is received and Object is locked as part of a standard
route when this value is sent. 3 Previous Object is locked as part of a
fleeting route when this value is received and Object is locked as part of a
fleeting route when this value is sent. 4 Previous object is locked as part of |
ILL2_CF650_RSA_Variables.pdf | a permanent fleeting route when this value is received and current object is
locked as part of a permanent fleeting route when this value is sent. This
value is initially sent from the relay border and ends in the first track with
a wayside signal. Description: Channel sends information about route
locking of the previous object. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_SHUNT; Channel Line Shunt signalling status Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Shunt signalling conditions NOT fulfilled 1 Shunt signalling
conditions fulfilled Description: This channel is used for shunt
signalling permission. The channel will be send from end of route to start of
route and checks the shunt signalling permission state. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_SIGOK; Channel Line RATP Signalling Status Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 RATP Signalling is not OK. 1 RATP signalling is OK.
Description: This channel is applied to send RATP signalling from end to
start of a route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_STAT; Channel Line Route Status Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3, 4, 15 0 No route is locked / previous object is released.
For RB, the conditions to release the exit route is fulfilled. 1 Object is
locked as start of route, and berth track circuit is occupied. For RB, the
conditions to release the exit route is NOT fulfilled. 2 Intermediate object
is locked, and no passage has started OR Object is locked as start of route, |
ILL2_CF650_RSA_Variables.pdf | and track circuit is free 3 This and next track circuit in route is occupied.
Objects within the same track circuit will get the same value. 4 Previous
object is released or train passed from berth track into first track that
reserved as start of route by virtual track still reserved and this object is
within the same track circuit as the next in route 15 Failure Description:
This channel is used to send information of the previous route object to |
ILL2_CF650_RSA_Variables.pdf | control the train passage sequence. It is also used in relay border to
determine the exit route release conditions. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_RT_TCS; Channel Line Route Track Circuit Status Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Rest (default value). 1 A point is reserved for a route or
overlap, including extended overlap. Other shared object in the same track
circuit and not reserved for any route or overlap shall give only ‘free’ track
indication to COS. 2 To inhibit SPAD indication when track is occupied and
route is in other direciton. Description: Sends information about |
ILL2_CF650_RSA_Variables.pdf | reservation status of a point to its adjacent point in the same physical track
section. This is to make the visual indication on COS to look nice when there
is a route reserved over point in track section containing multiple points.
For Value (2) use in SPAD function. When start of route is set through
trailing point, then the other trailing leg with no route reserve will send
this value. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SEQ_REL; Channel Line Sequence Route Release Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3 0 Not locked. 1 Locked and berth track is not occupied.
After first track section, this value means berth track is Locked only by not
considering berth track occupancy. 2 Under Sectional Release. 3 Locked and
berth track is occupied. This value is sent from the berth to the first track
section only. Description: Sequential route release is check at the berth |
ILL2_CF650_RSA_Variables.pdf | track of routes. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SHOV_ANS; Standard overlap shunt permission status channel Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3, 4 0 No Swing overlap locked 1 Track is in active SPZ, and
the subsequence point is not fail 2 Track is not in active SPZ, and the
subsequence point is not fail 3 Track is not in active SPZ, and the
subsequence point is fail 4 Track is in active SPZ, and the subsequence point
is fail Description: This channel send the shunt overlap signal permission |
ILL2_CF650_RSA_Variables.pdf | from the end of overlap to the end of the route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SH_OV; Channel permit for Shunt Signal Permission of an overlap Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Rest, no permitted shunt signal permission. 1 An overlap
permit for the Shunt Signal Permission. Description: To send permitted
shunt signal permission informations to all parts of an overlap. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SH_STR; Channel permit for Shunt Signal Permission of a route Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Rest, no permitted shunt signal permission. 1 A route permit
for the Shunt Signal Permission. Description: To send permitted shunt
signal permission information to all parts of a route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SIGP; Channel Line Signalling Permission over the border Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 2, 3 0 Lost communication. 2 There is a route away from border set
at adjacent interlocking. 3 No route away from border is set. Description:
Sends information about routes set on the other side of the border via the
helpblocks to this side of the border. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SIG_APP; Channel signal approach control Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Track in signal approach control area is not occupied by
CBTC unprotected train for approaching area 1 Track in signal approach control
area is occupied by CBTC unprotected train for approaching area 2 A track
between approaching area and berth track is occupied by CBTC unprotected train
Description: This variable to send information of approach control to |
ILL2_CF650_RSA_Variables.pdf | activate timer T_SIG_APP |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SIG_ASPSEQ; Channel Line Signal Aspect Sequence Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18 0 Rest 3
End signal show Red/Red without route setting on main signal 4 End signal show
Red/Red/Yellow on main signal 5 End signal show Red/Yellow on main signal 6
End signal show Red/Green on main signal 7 End signal show Red/Green with
speed indicator on main signal 8 End signal show Yellow/Red on main signal 9 |
ILL2_CF650_RSA_Variables.pdf | End signal show Yellow/Green on main signal 10 End signal show Yellow/Green
with speed indicator on main signal 11 End signal show Green/Red on main
signal 12 End signal show Purple without route setting on dwarf signal 13 End
signal show Yellow on dwarf signal 14 End signal show Green on dwarf signal 15
End signal show Purple on dwarf signal with route setting and signaling
permission is not OK 16 End signal show Red/Red on main signal with route |
ILL2_CF650_RSA_Variables.pdf | setting and signaling permission is not OK 17 End signal show Purple on dwarf
signal with route setting and signaling permission is OK 18 End signal show
Red/Red on main signal with route setting and signaling permission is OK
Description: This channel is applied to send signal aspect sequence from
end signal to start of a route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SIG_BAN; Channel signaling for banner indicator Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 9, 10, 11, 12, 13, 30 0 Exit signal not show medium or normal
speed aspect or track between exit signal and banner indicator are not free 9
Exit signal show R/Y and track between exit signal and banner indicator are
free 10 Exit signal show R/G or R/G+SI and track between exit signal and
banner indicator are free 11 Exit signal show Y/R and track between exit |
ILL2_CF650_RSA_Variables.pdf | signal and banner indicator are free 12 Exit signal show Y/G or Y/G+SI and
track between exit signal and banner indicator are free 13 Exit signal show
G/R and track between exit signal and banner indicator are free 30 Route over
ITI is set and ITI is failed Description: This channel will be sent from
end of route to banner indicator. If no banner indicator, it will forward to
start of route and stop at start of route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SI_PSLCK; Channel Line Signalling Point is locked when Optical signal show proceed Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 4 0 Rest, not allow signal to show proceed. 1 Track section
ocupied in route. 2 Point in route out of control or is waiting to be locked
as a flank protection object. 4 No failure in route, signal can show proceed
aspect. Description: This channel is used for sending a signalling of a |
ILL2_CF650_RSA_Variables.pdf | route. It will be sent back from end of route to start of route. The
signalling in overlap will be combined in this channel too. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SPAD; Channel SPAD status Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Default. No SPAD 1 SPAD active. Forward SPAD status to point.
Description: This channel forward SPAD status to the first track. If the
first track is point, SPAD will show on the point. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_START_LCK; Channel Line Start of Route State Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Default, a start of route not lock. 1 The route in first
half has been locked but the second half has not been locked. 2 The route in
first and second half has been locked. Holding timer can be reset.
Description: This channel applys to send a start of route state is locked
or not during pre-test phase of route setting over ITI command. To use this |
ILL2_CF650_RSA_Variables.pdf | information stop counting holding time (At the fist half) of the route over
ITI when the whole route can be locked. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_ANS; Standard overlap signal permission status channel Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3, 4 0 No Swing overlap locked 1 Track is fail, and the
subsequence point is not fail 2 Track is not fail, and the subsequence point
is not fail 3 Track is not fail, and the subsequence point is fail 4 Track is
fail, and the subsequence point is fail Description: This channel send the |
ILL2_CF650_RSA_Variables.pdf | standard overlap signal permission from the end of overlap to the end of the
route. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_CHK; Point free to swing checking channel Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3 0 Overlap is not locked, or point free to swing does not
need to be verified. 1 Point free to swing need to be verified for layer 1. 2
Point free to swing need to be verified for layer 2. 3 Point free to swing
need to be verified for layer 3. Description: This channel is used for
verifying the point free to swing condition. It shall be sent from hinge point |
ILL2_CF650_RSA_Variables.pdf | until the last object of all alternatives.; |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_LCK; Overlap locking status Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Overlap is not locked, or overlap is still locking. 1 Overlap
is completely locked (All objects are locked in overlap). Description:
This variable is used to send the overlap locking status from the end of
overlap to the start of overlap. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_PRET; Channel Swing Overlap Pretest Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 11-13, 21-23, 31-33, 41-43, 51-53 0 No Swing overlap pretest. 1
Inhibit Swing overlap operation. 11 Swing overlap layer 1 alternative 1
pretest. 12 Swing overlap layer 1 alternative 2 pretest. 13 Swing overlap
layer 1 alternative 3 pretest. 21 Swing overlap layer 2 alternative 1 pretest.
22 Swing overlap layer 2 alternative 2 pretest. 23 Swing overlap layer 2 |
ILL2_CF650_RSA_Variables.pdf | alternative 3 pretest. 31 Swing overlap layer 3 alternative 1 pretest. 32
Swing overlap layer 3 alternative 2 pretest. 33 Swing overlap layer 3
alternative 3 pretest. 41 Swing overlap layer 1 no alternative pretest. 42
Swing overlap layer 2 no alternative pretest. 43 Swing overlap layer 3 no
alternative pretest. 51 Swing overlap Swing operation layer 1 pretest. 52
Swing overlap Swing operation layer 2 pretest. 53 Swing overlap Swing
operation layer 3 pretest. Description: The channel sends information |
ILL2_CF650_RSA_Variables.pdf | about current state object to the next object for the swing overlap pretest
phase. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_PRETR; Channel Swing Overlap Pretest Respond Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 211-213, 221-223, 231-233, 241-243, 251-253, 311-313, 321-323,
331-333, 341-343, 351-353 0 No swing overlep pretest. 211 Swing overlap layer
1 alternative 1 pretest respond OK. 212 Swing overlap layer 1 alternative 2
pretest respond OK. 213 Swing overlap layer 1 alternative 3 pretest respond
OK. 221 Swing overlap layer 2 alternative 1 pretest respond OK. 222 Swing |
ILL2_CF650_RSA_Variables.pdf | overlap layer 2 alternative 2 pretest respond OK. 223 Swing overlap layer 2
alternative 3 pretest respond OK. 231 Swing overlap layer 3 alternative 1
pretest respond OK. 232 Swing overlap layer 3 alternative 2 pretest respond
OK. 233 Swing overlap layer 3 alternative 3 pretest respond OK. 241 Swing
overlap layer 1 no alternative pretest respond OK. 242 Swing overlap layer 2
no alternative pretest respond OK. 243 Swing overlap layer 3 no alternative |
ILL2_CF650_RSA_Variables.pdf | pretest respond OK. 251 Swing overlap Swing operation layer 1 pretest respond
OK. 252 Swing overlap Swing operation layer 2 pretest respond OK. 253 Swing
overlap Swing operation layer 3 pretest respond OK. 311 Swing overlap layer 1
alternative 1 pretest respond reject. 312 Swing overlap layer 1 alternative 2
pretest respond reject. 313 Swing overlap layer 1 alternative 3 pretest
respond reject. 321 Swing overlap layer 2 alternative 1 pretest respond |
ILL2_CF650_RSA_Variables.pdf | reject. 322 Swing overlap layer 2 alternative 2 pretest respond reject. 323
Swing overlap layer 2 alternative 3 pretest respond reject. 331 Swing overlap
layer 3 alternative 1 pretest respond reject. 332 Swing overlap layer 3
alternative 2 pretest respond reject. 333 Swing overlap layer 3 alternative 3
pretest respond reject. 341 Swing overlap layer 1 no alternative pretest
respond reject. 342 Swing overlap layer 2 no alternative pretest respond |
ILL2_CF650_RSA_Variables.pdf | reject. 343 Swing overlap layer 3 no alternative pretest respond reject. 351
Swing overlap Swing operation layer 1 pretest respond reject. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_REL; Berth Section Locking Status Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3 0 Route not locked 1 Route is locked (Not under sectional
release) 2 Route is under sectional release 3 Berth substitute timer has
expired (from end track to RB only). Description: This channel send berth
section locking status to the end of route for swing overlap release
operation. Upon ITI loss comm, this channel should send 1 as the default value |
ILL2_CF650_RSA_Variables.pdf | to prevent starting BST prematurely and reset BST if it is already started. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_RELAREA; Channel Swing Overlap Last Block Sections of Swing Overlap Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3 0 Previous section is released or not the last section. 1
Last block section(s) is occupied and previous section is released. 2 Last
block section(s) is occupied but previous section is still locked. 3 Last
block section(s) is free and previous section is locked. Description: This |
ILL2_CF650_RSA_Variables.pdf | channel used to check occupation in last block sections of route that will use
to release swing overlap |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_RES; Swing Overlap Reservation Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1-3 0 No Swing Overlap Reserve 1 Swing overlap layer 1 locked. 2
Swing overlap layer 2 locked. 3 Swing overlap layer 3 locked. Description:
This channel is used to lock the swing overlap. The value represents the layer
number of the swing overlap. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_SP_MEM; Channel of standard overlap signal permission memory Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Rest, Standard overlap signal permission is not OK. 1 Standard
overlap signal permission is OK. Description: This variable is used to
forward the memory of standard overlap signal permission from end of route to
end of overlap. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_SWOV_STS; Point free to swing responded channel Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2 0 Rest, Overlap is not locked. 1 Point is free to swing. 2
Point is not free to swing. Description: This channel is used to send the
point free to swing status to the hinge point. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TC_AX_OP; Channel for FAdC axle counter operational from adjacent track Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3, 4, 5, 6, 7 0 The FAdC track operation is not available
from adjacent track section. 1 Communication Error 2 Partial Tranversing 3
Error in AEB board 4 Waiting for Train Sweep 5 Ok 6 Unknow 7 Out of Control
Description: Status from FAdC operation from C_TC_AX_OP in the adjacent
track section. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TC_BCK; Channel Line Track blocking permission applies to objects that share the same physical location Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Allow to block the track section. 1 Not allow to block the
track section. Description: KL_TC_BCK=1: This value will only be valid for
the object that shares the same physical location with others.The track
section that is not shared will have a default value of KL_TC_BCK=0. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TORR; Channel Train Operation Route Release Activation. Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Rest. 1 Train operation route release is activated.
Description: This channel applies to send Train Operation Route Release
from a last object of first track to berth track. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TORR_RST; Channel Train Operation Route Release Reset. Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Rest. 1 Train operation route release to be reset.
Description: This channel applies to send Train Operation Route Release
Reset from berth track to first track. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TRAIN_OCC; Channel to transmit L_CBTC_OCC within the same track section Type: CODE Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 2, 3, 4 0 Default, CBTC unprotected train occupancy. 1 CBTC
protected train occupancy. 2 FB occupancy. 3 Free but AX fails. The track is
falsely occupied. 4 Free without AX failures. Description: This channel is
used to transmit CBTC train occupancy arbitration L_CBTC_OCC from LTRACK to
LPOINT within the same track section. |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TSR; Channel of Train mode status Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 5, 6, 9, 10 0 Default, No RATP mapping or Loss communication. 5
TSR present, not all trains in protected mode. 6 TSR present, all trains in
protected mode. 9 No TSR, not all trains in protected mode. 10 No TSR, all
trains in protected mode. Description: |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TSRSH; Channel of Train mode status shared Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 5, 6, 9, 10 0 Default, No RATP mapping or Loss communication. 5
TSR present, not all trains in protected mode. 6 TSR present, all trains in
protected mode. 9 No TSR, not all trains in protected mode. 10 No TSR, all
trains in protected mode. Description: It used to forward C_TSR status
from logical track to point and lcrossing |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_TS_OK; Channel Line Track Status Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1, 3, 4 0 Route is approach locked. 1 Route is not approach locked
and free while start of route reserved. 3 Route is not approach locked and
free while start of route released. 4 Route is not approach locked but track
in route is not free. Description: The channel is applied to send
information of approach locking status and axel counter occupation in a route |
ILL2_CF650_RSA_Variables.pdf | to end of a route. It’s used for the GL_TS_OK variable for manual/emergency
route release commands. This channel shall be defined as ‘0’ in ENDBLOCK and
is transparent to LCROSSING object. For RELAYBORDER object, this channel is
applied to send information of approach locking status for permanent fleeting
route |
ILL2_CF650_RSA_Variables.pdf | Variable description KL_ZERO_SPEED; Channel line to activate the zero speed TSR Type: NUM Initiation: - Priority: - Parameters: [-] Value
range: 0, 1 0 Zero speed is not activated 1 Zero speed is activated
Description: |
Subsets and Splits