McCain ATC eX NEMA, Руководство пользователя

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D D
C C
B B
A A
3
Vista, California 92081
2365 Oak Ridge Way
3
ABCD(61 pins) Connectors
A
10/5/2010 12:00:07 PM
C:\Documents and Settings\obeltran\My Documents\obeltran\CONNECTOR BOX(D CONN)\CAD FILES\NEMABox_2_Connector_3.SCHDOC
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Designed By:
M44647
M Guerrero
PROPRIETARY AND CONFIDENTIAL:
THIS DOCUMENT CONTAINS INFORMATION PROPRIETARY
TO MCCAIN INC, AND MAY NOT BE USED, REPRODUCED OR
DISCLOSED BY OR TO ANY OTHER PARTY WITHOUT THE
WRITTEN CONSENT OF MCCAIN INC.
Title:
CONNECTOR BOX TRACONEX
ABCD Connectors
Fault Monitor
A-A
Phase 2 Hold
A-M
+24VDC External
A-B
Voltage Monitor
A-C
Phase 1 Red
A-D
Phase 1 Don't Walk
A-E
Phase 2 Red
A-F
Phase 2 Don't Walk
A-G
Phase 2 Ped Clear
A-H
Phase 2 Walk
A-J
Phase 2 Veh Detect
A-K
Phase 2 Ped Detect
A-L
Stop Timing - Rng1
A-N
Inh Max Term - Rng1
A-P
External Start
A-R
Internal Advance
A-S
Indicator Lamp Ctrl
A-T
110VAC Neutral
A-U
110VAC/Chassis Gnd
A-V
2070N DC Gnd
A-W
Flashing Logic Out
A-X
Coded Stat BitC Rng1
A-Y
Phase 1 Yellow
A-Z
Phase 1 Ped Clear
A-a'
Phase 2 Yellow
A-b'
Phase 2 Check
A-d'
Phase 2 On
A-e'
Phase 1 Veh Detect
A-f'
Phase 1 Ped Detect
A-g'
Force Off Rng1
A-i'
Min Recall All Phases
A-j'
Manual Control En
A-k'
Call Non-Actuated I
A-m'
Test Input A
A-n'
110VAC Hot
A-p'
I/O Mode BitA
A-q'
Coded Stat BitB Rng1
A-r'
Phase 1 Green
A-s'
Phase 1 Walk
A-t'
Phase 1 Check
A-u'
Phase 1 Ped Omit
A-v'
Omit All Red Clr Ph 1
A-w'
Red Rest Mode Rng1
A-x'
I/O Mode BitB
A-y'
Call Non-Actuated II
A-z'
Test Input B
A-AA
Walk Rest Modifier
A-BB
Coded Stat BitA Rng1
A-CC
Phase 1 On
A-DD
Phase 1 Ped Omit
A-EE
Ped Recycle Rng1
A-FF
Max II Sel Rng1
A-GG
I/O Mode BitC
A-HH
Phase 2 Green
A-c'
Phase 1 Hold
A-h'
P1
CONN A
Phase 1 Next
B-A
Phase 4 Ped Detect
B-M
Reserved
B-B
Phase 2 Next
B-C
Phase 3 Green
B-D
Phase 3 Yellow
B-E
Phase 3 Red
B-F
Phase 4 Red
B-G
Phase 4 Ped Clear
B-H
Phase 4 Don't Walk
B-J
Phase 4 Check
B-K
Phase 4 Veh Detect
B-L
Phase 3 Veh Detect
B-N
Phase 3 Ped Detect
B-P
Phase 3 Omit
B-R
Phase 2 Omit
B-S
Phase 5 Ped Omit
B-T
Phase 1 Omit
B-U
Ped Recycle Rng2
B-V
Reserved
B-W
Reserved
B-X
Phase 3 Walk
B-Y
Phase 3 Ped Clear
B-Z
Phase 3 Don't Walk
B-a'
Phase 4 Green
B-b'
Phase 4 Walk
B-d'
Phase 4 On
B-e'
Phase 4 Next
B-f'
Phase 4 Omit
B-g'
Phase 3 Hold
B-i'
Phase 3 Ped Omit
B-j'
Phase 6 Ped Omit
B-k'
Phase 7 Ped Omit
B-m'
Phase 8 Ped Omit
B-n'
Overlap A Yellow
B-p'
Overlap A Red
B-q'
Phase 3 Check
B-r'
Phase 3 On
B-s'
Phase 3 Next
B-t'
Overlap D Red
B-u'
Reserved
B-v'
Overlap D Green
B-w'
Phase 4 Ped Omit
B-x'
Not Assigned
B-y'
Max II Select Rng2
B-z'
Overlap A Green
B-AA
Overlap B Yellow
B-BB
Overlap B Red
B-CC
Overlap C Red
B-DD
Overlap D Yellow
B-EE
Overlap C Green
B-FF
Overlap B Green
B-GG
Overlap C Yellow
B-HH
Phase 4 Yellow
B-c'
Phase 4 Hold
B-h'
P2
CONN B
Coded St BitA Rng2
C-A
Phase 5 Next
C-M
Coded St BitB Rng2
C-B
Phase 8 Don't Walk
C-C
Phase 8 Red
C-D
Phase 7 Yellow
C-E
Phase 7 Red
C-F
Phase 6 Red
C-G
Phase 5 Red
C-H
Phase 5 Yellow
C-J
Phase 5 Ped Clear
C-K
Phase 5 Don't Walk
C-L
Phase 5 On
C-N
Phase 5 Veh Detect
C-P
Phase 5 Ped Detect
C-R
Phase 6 Veh Detect
C-S
Phase 6 Ped Detect
C-T
Phase 7 Ped Detect
C-U
Phase 7 Veh Detect
C-V
Phase 8 Ped Detect
C-W
Phase 8 Hold
C-X
Force Off Rng2
C-Y
Stop Timing Rng2
C-Z
Inh Max Timing Rng2
C-a'
Test Input C
C-b'
Phase 8 Walk
C-d'
Phase 8 Yellow
C-e'
Phase 7 Green
C-f'
Phase 6 Green
C-g'
Phase 5 Green
C-i'
Phase 5 Walk
C-j'
Phase 5 Check
C-k'
Phase 5 Hold
C-m'
Phase 5 Omit
C-n'
Phase 6 Hold
C-p'
Phase 6 Omit
C-q'
Phase 7 Omit
C-r'
Phase 8 Omit
C-s'
Phase 8 Veh Detect
C-t'
Red Rest Mode Rng2
C-u'
Omit All Red Rng2
C-v'
Phase 8 Ped CLear
C-w'
Phase 8 Green
C-x'
Phase 7 Don't Walk
C-y'
Phase 6 Don't Walk
C-z'
Phase 6 Ped Clear
C-AA
Phase 6 Check
C-BB
Phase 6 On
C-CC
Phase 6 Next
C-DD
Phase 7 Hold
C-EE
Phase 8 Check
C-FF
Phase 8 On
C-GG
Phase 8 Next
C-HH
Coded Stat BitC Rng2
C-c'
Phase 6 Yellow
C-h'
Phase 7 Walk
C-JJ
Phase 7 Ped Clear
C-KK
Phase 6 Walk
C-LL
Phase 7 Check
C-MM
Phase 7 On
C-NN
Phase 7 Next
C-PP
P3
CONN C
Input_0
Input_1
Input_2
Input_3
Input_4
Input_5
Input_6
Input_7
Input_8
Input_9
Input_10
Input_11
Input_12
Input_13
Input_14
Input_15
Input_16
Input_17
Input_18
Input_19
Input_20
Input_21
Input_22
Input_23
Input_24
Input_25
Input_26
Input_27
Input_28
Input_29
Input_30
Input_31
Input_32
Input_33
Input_34
Input_35
Input_36
Input_37
Input_38
Input_39
Input_40
Input_41
Input_42
Input_43
Input_44
Input_45
Input_46
Input_47
Input_48
Input_49
Input_50
Input_51
Input_52
Input_53
Input_54
Input_55
Input_56
Input_57
Input_58
Input_59
Input_60
Input_61
Input_62
Input_63
Input_64
Input_65
Input_66
Input_67
Input_68
Input_69
Input_70
Input_71
Input_72
Input_73
Input_74
Input_75
Input_76
Input_77
Input_78
Input_79
Input_80
Input_81
Input_82
Input_83
Input_84
Input_85
Input_86
Input_87
Input_88
Input_89
Input_90
Input_91
Input_92
Input_93
Input_94
Input_95
Input_96
Input_97
Input_98
Input_99
Input_100
Input_101
Input_102
Input_103
Output_0
Output_1 Output_2
Output_3
Output_4
Output_5
Output_6
Output_7
Output_8
Output_9
Output_10
Output_11
Output_12
Output_13
Output_14
Output_15
Output_16
Output_17
Output_18
Output_19
Output_20
Output_21
Output_22
Output_23
Output_24
Output_25
Output_26
Output_27
Output_28
Output_29
Output_30
Output_31
Output_32
Output_33
Output_34
Output_35
Output_36
Output_37
Output_38
Output_39
Output_40
Output_41
Output_42
Output_43
Output_44
Output_45
Output_46
Output_47
Output_48
Output_49
Output_50
Output_51
Output_52
Output_53
Output_54
Output_55
Output_56
Output_57
Output_58
Output_59
Output_60
Output_61
Output_62
Output_63
Output_64
Output_65
Output_66
Output_67
Output_68
Output_69
Output_70
Output_71
Output_72
Output_73
Output_74
Output_75
Output_76
Output_77
Output_80
Output_81
Output_82
Output_83
Output_84
Output_85
Output_86
Output_88
Output_89
Output_90
Output_91
Output_92
Output_93
Output_96
Output_97
Output_98
Output_99
Output_100
Output_101
Output_102
Output_104
+24VDC
DGND
110VAC_NTRL
110VAC_HOT
FaultMonitor
VoltageMonitor
110VAC_CHASSIS
P6
110VAC_NTRL
110VAC_CHASSIS
110VAC_HOT
110VAC CONNECTOR
+
C35
10
uF
+
C34
10
uF
+5VDC
+24VDC
C36
0.1uF
C33
0.1uF
Emerg Pr 4 Out
D01
Offset 3 Out
D02
Offset 4 (add bit 3)
D03
Online
D04
Spare
D05
Dial (cycle plan) 4 Input
D06
Dial (cycle plan) 6 Input
D07
Special Function 2
D08
Split 3
D09
Offset 2 (add bit 1)
D10
Flash Out
D11
Offset 1 (add bit 0)
D12
Syst DET 8
D13
Dial (cycle plan) 5 Input
D14
Special Function 3
D15
Split 2
D16
Syst Det 1 <SEQ 1>
D17
Syst Det 4 <SEQ 4>
D18
System Enable
D19
Dimming
D20
Spit 2 Out
D21
Emerg Pr 2 Out
D22
Railroad PR Out
D23
Spare
D24
Dial (cycle plan) 2 Input
D25
FREE/CORD (spec F 1)
D26
FREE/CORD Out
D27
Special Function 1
D28
Dial (cycle plan) 4 Out
D29
Syst DET 5
D30
Syst Det 3 <SEQ 3>
D31
Emerg Pr 1 Out
D32
Offset 1 Out
D33
Emerg Pr 3 Out
D34
Dial (cycle plan) 3 Input
D35
Offset 3 (add bit 2)
D36
Flash status
D37
Offset 5 (add bit 4)
D38
Syst DET 6
D39
Syst DET 7
D40
Offset 4 Out
D41
Offset 2 Out
D42
Dial (cycle plan) 2 Out
D43
Dial (cycle plan) 3 Out
D44
Offset 5 Out
D45
Split 3 Out
D46
Syst Det 2 {SEQ > 2}
D47
GND
D48
Emerg PREEMPT 1
D49
Emerg PREEMPT 2
D50
Dial (cycle plan) 5 Out
D51
Dial (cycle plan) 6 Out
D52
GND
D53
GND
D54
Emerg PREEMPT 3
D55
Emerg PREEMPT 4
D56
Railroad PREEMPT
D57
Conflict
D58
Reserved
D59
MUTCD Flash
D60
Reserved
D61
Reserved
D62
ChassisGND
D63
P4
CONN D
Output_105
Output_103
Output_106
Output_107
Output_108
Output_109
Output_110
Output_111
Output_112
Output_113
Output_114
Output_116
Output_117
Output_115
Output_118
Output_119
POWER CONNECTOR
FaultMonitor
VoltageMonitor
+24VDC
+5VDC
1
2
3
P8
1
2
3
P5