Siemens Transportation Systems CARBORNE1 Transportation Control System User Manual Sp cification G n rique New York
Siemens Transportation Systems Transportation Control System Sp cification G n rique New York
Contents
- 1. users manual
- 2. installation manual
installation manual
Siemens Transportation Systems exclusive property
New York City Transit
Réf. :
Ed/Rév : 00/02
Traduction : --
Mémo :
Date : 01/28/2003
Projet / Project Arborescence / Technical number
NYL
Canarsie Line CBTC System
Contract S-32701
Type de document / Type of document
TITRE / TITLE
DCS RF INSTALLATION INSTRUCTIONS
Mots clés descripteurs / Descriptors
Rédacteur / Author Nombre de pages / Number of pages
R. Zmudzinski 38
APPROBATION / APPROVAL
Nom / Name Fonction / Function Date / Date Signature / Signature
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SUIVI D’EVOLUTIONS / REVISION RECORDS
Edition / Révision
Version number
Date
Date
§ concernés
Affected §
Modification
Change
Justification
Justification
00/00DRAFT
00/01
00/02
Dec 10th
2002
Jan 13th
2003
Jan 28th
2003
-- -- First Issue
Address internal
comments
Additional internal
comments addressed
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TABLE OF CONTENTS
1. SCOPE ..................................................................................................................................... 4
2. RELATED DOCUMENTS......................................................................................................... 4
3. TERMINOLOGY ....................................................................................................................... 4
3.1. ACRONYMS AND ABBREVIATIONS............................................................................................. 4
3.2. DEFINITION ........................................................................................................................... 4
4. INSTALLATION INSTRUCTIONS............................................................................................ 5
5. RF TEST INSTRUCTIONS (WAYSIDE) ................................................................................... 5
6. RF TEST INSTRUCTIONS (CARBORNE) ............................................................................... 9
ANNEX 1: GENRAL CONFIGURATION – PARTS LIST CONFIGURATION 1.......................... 11
ANNEX 2 – GENERAL CONFIGURATION – PARTS LIST CONFIGURATION 2....................... 12
ANNEX 3A: GENERAL CONFIGURATION – PARTS LIST CONFIGURATION 3A ................... 13
ANNEX 3B: GENERAL CONFIGURATION – PARTS LSIT CONFIGURATION 3B ................... 14
ANNEX 4A: GENERAL CONFIGURATION – PARTS LIST CONFIGURATION 4A ................... 15
ANNEX 4B: GENERAL CONFIGURATION – PARTS LIST CONFIGURATION 4B ................... 16
13. ANNEX 5A: GENERAL CONFIGURATION – PARTS LIST CONFIGURATION 5A .......... 17
14. ANNEX 5B: GENERAL CONFIGURATION – PARTS LIST CONFIGURATION 5B .......... 18
15. ANNEX A: ANTENNA CONFIGURATION A ..................................................................... 19
16. ANNEX B: ANTENNA CONFIGURATION B ..................................................................... 20
17. ANNEX C: ANTENNA CONFIGURATION C ..................................................................... 21
18. ANNEX D: ANTENNA CONFIGURATION D ..................................................................... 22
19. ANNEX TR: TEST RECORD............................................................................................... 23
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1. SCOPE
The goal of this document is to define the requirements for installation and testing of the
Wayside Radio Case. It also provides the documentation procedure to insure conformance
with the Radio Regulatory Authorization requirements
2. RELATED DOCUMENTS
STS Radio (WRE) User Manual
Anritsu Site Master 251C Cable Tester
FCC Interpretation Correspondence
3. TERMINOLOGY
3.1. Acronyms and abbreviations
CBTC: Communication Based Train Control
CRU: Carborne Radio Unit
EIRP: Emitted Isotropic Radiated Power
NYCT: New York City Transit
WRE: Wayside Radio Equipment, made of two WRUs
WRU: Wayside Radio Unit
WCC Wayside (radio) Cell Controller A WCC is made of two redundant WTU
WTU Wayside Transmission Unit
3.2. Definitions
Wayside Radio Unit (WRU): Chassis containing radio equipment in charge of ground-train data
communications. WRUs are controlled by the Wayside Transmission Unit (WTU).
The Wayside Radio Equipment (WRE) is made of either one or two (configuration dependent)
redundant WRUs and the interface board to the WTU. This is the entire equipment chassis and
associated boards that are being FCC Certified. Under normal operation, only one RF Board
of the WRE is active at a time.
A Wayside Cell Controller (WCC) includes two redundant WTU.
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The Carborne Radio Equipment (CRE) is made of one CRU and the interface board and the
subway controller. This is the entire equipment RF board chassis and associated boards that
are being FCC Certified as installed in the carborne transmission unit (CTU).
Carborne Radio Unit (CRU): radio equipment in charge of train-ground data communications.
CRU’s are controlled by an onboard controller system.
4. INSTALLATION INSTRUCTIONS
Before installation of any WRU, the WRU will be tested at the factory to ensure each WRU is manufactured to
specifications. Each WRU will be shipped with the factory test reports. Using the minimum cable path loss
specified in the FCC Certification Test Report as listed in the configuration diagrams and using power
measurement data collected using the following RF test instructions (power measured at WTU output
connector for wayside units and at the antenna connector for carborne units) will enable the power delivered
to an antenna to be calculated as needed. This technique was coordinated with the FCC and will enable
compliance with the FCC requirements to be shown without the necessity of shutting down a portion of the
subway to prevent endangering personnel performing measurement or maintenance tasks on the subway
while the cars are in transit. The calculation will be compared to the maximum power level that may be
delivered to any individual antenna whether a single antenna or one antenna in a quad array. As long as the
calculated power for wayside units and measured antenna input power for carborne units is less than the
maximum power permitted as listed in the TEST RECORD that was presented in the test data that formed
the basis of the FCC authorization, compliance with the FCC requirements is assured.
5. RF TEST INSTRUCTIONS (WAYSIDE)
1. RF coaxial cable tests - this test will be performed using the Anritsu Site Master 251C Antenna & Cable
Analyzer. The Anritsu 251C will be used to measure power output at point “A”. This reading will be
recorded in the WRE Power Output column of the Test Record Form in Annex TR and will use the Power
Meter Function of the Anritsu 251C. The Anritsu 251C will also be used to measure reflected power in
the cable system between the lightning arrestor to the antenna (“B” to “C”). This reading will be recorded
in the Cable Reflected Power Loss column of the Test Record Form in Annex TR. These tests will be as
per Figure 5.1 & 5.2 below and are indicators of overall system quality. Shown is a dual and quad
antenna array, but any configuration shown in the annexes can be used.
WAYSIDE TRANSMITTER ENCLOSURE
For exact Configuration - See Annex 1 - 4B
text
B
A
C
Antenna 1
Antenna 2
Lighting Arrestor
to Radio Lighting Arrestor to
Antenna
Figure 5-1 - Cable System Loss Testing
WRE
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WAYSIDE TRANSMITTER ENCLOSURE
For exact Configuration - See Annex 1 - 4B
Power
Splitter
B
AC
Antenna 3
Antenna 4
Lighting Arrestor
to Radio
Lighting Arrestor to
Antenna
Figure 5-2 - Cable System Loss -
Quad Antenna Array
Power
Splitter
Antenna 1
Antenna 2
2. RF measurement of the radio. This test measures the RF output of each WRE. The WRE under this test
will be placed in continuous transmit mode (5 sec on/5 Sec off). Measurement will be accomplished using
the RF Power Meter Option of the Anritsu Site Mater 251C. This reading will be recorded in the WRE RF
Power Measurement Column of the Test Record Form in Annex TR. This value together with the
minimum specified path loss for any configuration and antenna gain will be used to determine compliance
with the RF output requirements. The configuration of this test is outlined in figure 5.2 below. The 1.5
meter test cable loss will be measured prior to testing and this loss will be added to the RF power output.
A n ritsu S ite M a s te r
RF Power Meter Option
W ayside Transm itter
Enclosure
For exact configuration -
See Annex 1 - 4B
W R E placed in perm anent
transm it m ode (5 Sec TX )
1.5 Meter SM A to
N Coaxial Cable
R F D e te cto r fo r
RF Power Meter
Figure 5.3 - R F M easurem ent of W RE
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3. RF measurement of system at 100 ft. This measurement will be performed using a RF Power Meter, 6
dB Horn antenna, and a 1.5 meter coaxial cable at a distance of 100 feet from the antenna (north &
south). These measurements will be made with the WRE in continuous transmit mode. The
measurements will be recorded in the RF Power Measurement at 100 Ft. column in the Test Record
Form in Annex TR. This test is detailed in Figure 5.3 below.
Anritsu Site
Master
RF Power
Meter Option Wayside Transmitter
Enclosure
For exact
configuration - See
Annex 1 - 4B
WRE placed in permanent
transmit mode (5 Sec TX)
1.5 Meter N to N
Phase Stable
Coaxial Cable
RF Detector for
RF Power Meter
Figure 5.4 - RF Measurement of WRE w/Antenna at 100 Ft.
6dBi Horn
Antenna - Astron
P2406
6, 9 or 13 dBi
Antenna
(depends on
configuration)
100 Feet
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4. RF measurement of system at 300 ft. This measurement will be performed using a RF Power Meter, 6
dB Horn antennas, and a 1.5-meter coaxial cable at a distance of 300 feet from the antenna (north &
south). These measurements will be made with the WRE in continuous transmit mode. The
measurements will be recorded in the RF Power Measurement Form at 300 Ft Column in Appendix F.
RF Power
Meter Wayside Transmitter
Enclosure
For exact
configuration - See
Annex 1 - 4B
WRE placed in permanent
transmit mode (5 Sec TX)
1.5 Meter N to N
Phase Stable
Coaxial Cable
RF Detector for
RF Power Meter
Figure 5.5 - RF Measurement of WRE w/Antenna at 300 Ft.
6dBi Horn
Antenna - Astron
P2406
6, 9 or 13 dBi
Antenna
(depends on
configuration)
300 Feet
5. During the operational life of the RF system, these tests may be conducted in any order according to
maintenance activities or failure detection reports. For a specific antenna configuration, and WRE
configuration, there is a minimum attenuation in the coaxial cable system between the WRE and the antenna.
This is outlined in the Wayside antenna configuration guidelines.
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6. After any maintenance activity involving a modification or change of the coaxial cable wiring or RF
components, all tests will be conducted in order to check the compliance of the RF installation. The
reference for all tests will be a RF configuration sheet established for each configuration. It indicates all RF
characteristics of a specific configuration, and particularly the reference values used for compliance check to
the FCC approval test for the specific configuration.
6. RF TEST INSTRUCTIONS (CARBORNE)
1. RF coaxial cable tests - this test will be performed using the Anritsu Site Master 251C Antenna & Cable
Analyzer. The Anritsu 251C will be used to measure power output at point “A”. This reading will be recorded
in the CRE Power Output column of the Test Record Form in Annex TR and, together with antenna gain, will
be used to determine compliance with the RF output power requirement. The Anritsu 251C will also be used
to measure reflected power in the cable system between the lightning arrestor to the antenna (“B” to “C”).
This reading will be recorded in the Cable Reflected Power Loss column of the Test Record Form in Annex
TR. These tests will be as per Figure 6.1 below:
CARBORNE TRANSMITTER ENCLOSURE
For exact Configuration - See Annex 5A - 5B
B
C
A
Antenna
SMA to N Coaxial
Cable to Radio
N to N Coaxial
Cable to Antenna
Figure 6-1 - Carborne Power Measurements
2. RF measurement of system at 50 ft. This measurement will be performed using a RF Power Meter, 6
dB Horn antenna, and a 1.5 meter coaxial cable at a distance of 50 feet from the antenna. These
measurements will be made with the CRE in continuous transmit mode. The measurements will be recorded
in the RF Power Measurement at 50-Ft. column in the Test Record Form in Annex TR. This test is detailed in
Figure 6.2 below.
3. RF power measurement of carborne transmission unit will be made at reference point A above in continuous
transmit mode. The value will be recorded in the Test Record Table for FCC compliance check.
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Anritsu Site
Master
RF Power
Meter Option Wayside Transmitter
Enclosure
For exact
configuration - See
Annex 5A - 5B
CRE placed in permanent
transmit mode (5 Sec TX)
1.5 Meter N to N
Coaxial Cable
RF Detector for
RF Power Meter
Figure 6.2 - RF Measurement of CRE w/Antenna at 50 Ft.
6 dBi Horn
Antenna - Astron
P2406
9 or 14 dBi
Antenna
(depends on
configuration)
50 Feet
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7. ANNEX 1: GENRAL CONFIGURATION 1 – PARTS LIST
WAYSIDE
TRANSMITTER
ENCLOSURE
RF Board No. 1
Wayside TX
RF Board No. 2
Wayside TX
(Redundent)
Combiner
Splitter
1
13
5
7
11
2
4
6
8910
10
10
Item No. Description Manufacturer Part No. Qty. Specified Loss (If Applicable)
1RF Radio Siemens WRU 2 N/A
2 SM A to N Coaxial Jumper Radiall R125077001/SHF142/R161006020 2 0.3
3 Splitter/Combiner Bird 5-AD-FFN-2X2 1 6.3
4 N to N Coaxial Jum per Radiall R161006020/SHF142/R161006020 2 0.3
5 N Fem ale Bulkhead Connector Radiall R161 730 000 2 0.05
6 N to N Coaxial Cable (2 Feet) Andrew LDF4-50A 2 0.2
7 Lightning Protector Radiall R445Q00004 2 0.1
8 N to N Coaxial Cable (15 Feet) Andrew LDF4-50A 2 1.8
9 P ower S plitter Bird 2-AD-FFN-2 2 3.0
10 N to N Coaxial Jumper (3 Feet) Times Microwave LM R-240 4 N/A
11 A ntenna Cushcraft PC-2415N 4 N/A
OR
11 Antenna Astron P-2409 4 N/A
OR
11 Antenna Astron P 2406 4 N/A
Note: Cable lengths are minim um Total Loss to 1 Antenna (dB) 12.05
stems ex
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8. ANNEX 2 – GENERAL CONFIGURATION 2 – PARTS LIST
WAYSIDE
TRANSMITTER
ENCLOSURE
RF Board No. 1
Wayside TX
RF Board No. 2
Wayside TX
(Redundent)
Splitter
1
1
3
57
11
24
6
8
9
10
10
Splitter 7
58
9
11
11
10 11
10
Item No. Description Manufacturer Part No. Qty. Specified Loss (If Applicable)
1 RF Radio Siemens WRU 2 N/A
2 SMA to N Coaxial Jumper Radiall R125077001/SHF142/R161006020 2 0.3
3 Splitter/Combiner Bird 2-AD-FFN-2 2 3.0
4 N to N Coaxial Jumper Radiall R161006020/SHF142/R161006020 4 0.3
5 N Female Bulkhead Connector Radiall R161 730 000 4 0.05
6 N to N Coaxial Cable (2 Feet) Andrew LDF4-50A 4 0.2
7 Lightning Protector Radiall R445Q00004 4 0.1
8 N to N Coaxial Cable (15 Feet) Andrew LDF4-50A 4 1.8
9 Power Splitter Bird 2-AD-FFN-2 4 3.0
10 N to N Coaxial Jumper (3 Feet) Times Microwave LMR-240 8 N/A
11 Antenna Cushcraft PC-2415N 8 N/A
OR
11 Antenna Astron P-2409 8 N/A
OR
11 Antenna Astron P-2406 8 N/A
Note: Cable lengths are minimum Total Loss to 1 Antenna (dB) 8.75
stems ex
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9. ANNEX 3A: GENERAL CONFIGURATION 3A– PARTS LIST
WAYSIDE
TRANSMITTER
ENCLOSURE
RF Board No. 1
Wayside TX
RF Board No. 2
Wayside TX
(Redundent)
Combiner
1
1
3
5
7
11
2
4
6
8910
10
Item No. Description Manufacturer Part No. Qty. Specified Loss (If Applicable)
1RF Radio Siemens WRU 2 N/A
2 SMA to N Coaxial Jumper Radiall R125077001/SHF142/R161006020 2 0.3
3 Splitter/Combiner Bird 2-AD-FFN-2 1 3.0
4 N to N Coaxial Jumper Radiall R161006020/SHF142/R161006020 1 0.3
5 N Female Bulkhead Connector Radiall R161 730 000 1 0.05
6 N to N Coaxial Cable (2 Feet) Andrew LDF4-50A 1 0.2
7 Lightning Protector Radiall R445Q00004 1 0.1
8 N to N Coaxial Cable (15 Feet) Andrew LDF4-50A 1 1.8
9 Power Splitter Bird 2-AD-FFN-2 1 3.0
10 N to N Coaxial Jumper (3 Feet) Times Microwave LMR-240 2 N/A
11 Antenna Cushcraft PC-2415N 2 N/A
OR
11 Antenna Astron P-2409 2 N/A
OR
11 Antenna Astron P-2406 2 N/A
Note: Cable lengths are minimum Total Loss to 1 Antenna (dB) 8.75
stems ex
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10. ANNEX 3B: GENERAL CONFIGURATION 3B – PARTS LIST
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WAYSIDE
TRANSMITTER
ENCLOSURE
RF Board No. 1
Wayside TX
RF Board No. 2
Wayside TX
(Redundent)
Combiner
1
1
3
5
7
2
4
6
8
9
Item No. Description Manufacturer Part No. Qty. Specified Loss (If Applicable)
1 RF Radio Siemens WRU 2 N/A
2 SMA to N Coaxial Jumper Radiall R125077001/SHF142/R161006020 2 0.3
3 Splitter/Combiner Bird 2-AD-FFN-2 1 3.0
4 N to N Coaxial Jumper Radiall R161006020/SHF142/R161006020 2 0.3
5 N Female Bulkhead Connector Radiall R161 730 000 1 0.05
6 N to N Coaxial Cable (2 Feet) Andrew LDF4-50A 1 0.2
7 Lightning Protector Radiall R445Q00004 1 0.1
8 N to N Coaxial Cable (15 Feet) Andrew LDF4-50A 1 1.8
9 Antenna Maxrad MFB24006 1 N/A
OR
9 Antenna Astron P-2406 1 N/A
OR
9 Antenna Astron P-2409 N/A
OR
9 Antenna Cushcraft PC-2415N 1 N/A
Note: Cable lengths are minimum Total Loss to Antenna 5.75
stems ex
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11. ANNEX 4A: GENERAL CONFIGURATION 4A – PARTS LIST
WAYSIDE
TRANSMITTER
ENCLOSURE
RF Board No. 1
Wayside TX
RF Board No. 2
Wayside TX
(Redundent)
1
1
357
11
24
689
10
10
10
Item No. Description Manufacturer Part No. Qty. Specified Loss (If Applicable)
1 RF Radio Siemens WRU 2 N/A
2 SMA to N Coaxial Jumper Radiall R125077001/SHF142/R161006020 2 0.3
3 2 dB Attenuator Bird 2 2.0
4 N to N Coaxial Jumper Radiall R161006020/SHF142/R161006020 2 0.3
5 N Female Bulkhead Connector Radiall R161 730 000 2 0.05
6 N to N Coaxial Cable (2 Feet) Andrew LDF4-50A 2 0.2
7 Lightning Protector Radiall R445Q00004 2 0.1
8 N to N Coaxial Cable (15 Feet) Andrew LDF4-50A 2 1.8
9 Power Splitter Bird 2-AD-FFN-2 2 3.0
10 N to N Coaxial Jumper (3 Feet) Times Microwave LMR-240 4 N/A
11 Antenna Astron P-2409 4 N/A
OR
11 Antenna Astron P-2406 4 N/A
OR
11 Antenna Cushcraft PC-2415N 4 N/A
Note: Cable lengths are minumum Total Loss to Antenna (dB) 7.75
stems ex
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12. ANNEX 4B: GENERAL CONFIGURATION 4B – PARTS LIST
WAYSIDE
TRANSMITTER
ENCLOSURE
RF Board No. 1
Wayside TX
RF Board No. 2
Wayside TX
(Redundent)
1
1
3
57
24
6
89
Item No. Description Manufacturer Part No. Qty. Specified Loss (If Applicable)
1 RF Radio Siemens WRU 2 N/A
2 SMA to N Coaxial Jumper Radiall R125077001/SHF142/R161006020 2 0.3
3 2 dB Attenuator Bird 2 2.0
4 N to N Coaxial Jumper Radiall R161006020/SHF142/R161006020 2 0.3
5 N Female Bulkhead Connector Radiall R161 730 000 2 0.05
6 N to N Coaxial Cable (2 Feet) Andrew LDF4-50A 2 0.2
7 Lightning Protector Radiall R445Q00004 2 0.1
8 N to N Coaxial Cable (15 Feet) Andrew LDF4-50A 2 1.8
9 Antenna Astron P-2409 2 N/A
OR
9 Antenna Astron P-2406 2 N/A
OR
9 Antenna Maxrad MFB24006 2 N/A
Note: Cable lengths are minimum Total Loss to Antenna (dB) 4.75
stems ex
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13. ANNEX 5A: GENERAL CONFIGURATION 5A – PARTS LIST 13. ANNEX 5A: GENERAL CONFIGURATION 5A – PARTS LIST
stems exstems ex
CARBORNE
TRANSMITTER
ENCLOSURE
RF Board No. 1
CARBORNE TX
1
36
2
4
7
8
RF SWITCH
9
5
Item No. Description Manufacturer Part No. Qty. Specified Loss Ant 1 Specified Loss Ant 2
1 RF Radio Siemens CRU 1 N/A N/A
2 RF Switch (Part of RF Radio) Siemens 1 0.5 0.5
3 SMA to N Coaxial Jumper 20.3 0.3
4 2 dB Attenuator Times Microwave LMR-240 3 N/A 2.0
5 N to N Coaxial Jumper (1 Feet) Bird 2-A-MFN-02 1 0.0 0.1
6 Lightning Protector Radiall R445Q00004 2 0.1 0.1
7 N to N Coaxial Cable (15 Feet) Times Microwave LMR-240 2 1.5 1.5
8 Antenna 1 Radiall Larson PA 4 14 2400 1 N/A -----
9 Antenna 2 Astron P-2409 1 ----- N/A
Total Loss to Antenna (dB) 2.4 4.5
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CARBORNE
TRANSMITTER
ENCLOSURE
RF Board No. 1
CARBORNE TX
1
36
2
4
7
8
RF SWITCH
9
5
Item No. Description Manufacturer Part No. Qty. Specified Loss Ant 1 Specified Loss Ant 2
1 RF Radio Siemens CRU 1 N/A N/A
2 RF Switch (Part of RF Radio) Siemens 1 0.5 0.5
3 SMA to N Coaxial Jumper 20.3 0.3
4 2 dB Attenuator Times Microwave LMR-240 3 N/A 2.0
5 N to N Coaxial Jumper (1 Feet) Bird 2-A-MFN-02 1 0.0 0.1
6 Lightning Protector Radiall R445Q00004 2 0.1 0.1
7 N to N Coaxial Cable (15 Feet) Times Microwave LMR-240 2 1.5 1.5
8 Antenna 1 Radiall Larson PA 4 14 2400 1 N/A -----
9 Antenna 2 Astron P-2409 1 ----- N/A
Total Loss to Antenna (dB) 2.4 4.5
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14. ANNEX 5B: GENERAL CONFIGURATION 5B – PARTS LIST
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CARBORNE
TRANSMITTER ENCLOSURE
12
5
3
6
RF SWITCH
7
4
RF Board
CARBORNE TX
7
1 RF Radio w/RF Switch Siemens CRU 1 0.5
2 SMA to N Coaxial Jumper 10.1
3 N to N Coaxial Jumper (1 Feet) Times Microwave LMR-240 3 0.3
4 2 dB Attenuator Bird 2-A-MFN-02 1 2.0
5 Lightning Protector Radiall R445Q00004 2 0.1
6 N to N Coaxial Cable (15 Feet) Times Microwave LMR-240 2 1.5
7 Antenna 1 Astron P-2409 1 N/A
OR
7 Antenna 1 P-2406 1 N/A
8 50 Ohm Terminating Pad Bird 1 N/A
Note: Cable lengths are minimum Total Loss to Antenna (dB) 4.5
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15. ANNEX A: ANTENNA CONFIGURATION A
10 to 15 degrees
10 to 15 degrees
Antenna Orientation
Min - 1 Ft.
Astron
P - 2409
Antenna
Antenna
Mast
Min - 17'6"
Power
Splitter
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16. ANNEX B: ANTENNA CONFIGURATION B
1 Ft. Min
Astron
P - 2409
Antenna
Antenna
Mast
Cushcraft PC-2415-N
Antenna
Min - 17'6"
10 to 15 degrees
Antenna
Orientation
5 to 10 degrees
Power
Splitter
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17. ANNEX C: ANTENNA CONFIGURATION C
Min - 1 Ft.
Tunnel
Ceiling
Min - 1 Ft.
Radio
Case
Tunnel
Portal
Min. - 1 Ft.
10 to 15 degrees
Antenna
Orientation
5 to 7 degrees
Min. - 1 Ft
Cushcraft
PC-2415-N
Antenna
Astron
P - 2409
Antenna
Tunnel
Wall
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18. ANNEX D: ANTENNA CONFIGURATION D
Min - 1 Ft.
Tunnel
Ceiling
Radio
Case
Min. - 1 Ft.
Antenna
Orientation
Min. - 1 Ft
Cushcraft
PC-2415-N
Antenna
Min - 1 Ft.
5 to 7 degrees
5 to 7 degrees
Cushcraft
PC-2415-N
Antenna
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19. ANNEX TR: TEST RECORD
FCC Certification Compliance Checksheet - Wayside
Location Number Configuration Number WRE unit Minimum Configuration Antenna Gain Calculated Input Power FCC Limit Pass/Fail
1 - N 1 - 5(b) (from Ant Power, dBm Cable/path Loss, dB 6, 9, 13.9 to Antenna, dBm dBm Cal <FCC (y/n)
Config Drawings) Path loss WRE to ant Columns(C - D + E) (See note 1)
a a
1 - 1 1 b 5.1 13.9 b 36
a a
1 - 2 1 b 5.1 13.9 b 36
a a
1 - 3 1 b 5.1 13.9 b 36
a a
1 - 4 1 b 5.1 13.9 b 36
a a
1 - 5 1 b 5.1 13.9 b 36
a a
2 - 1 1 b 5.1 13.9 b 36
a a
2 - 2 1 b 5.1 13.9 b 36
a a
2 - 3 1 b 5.1 13.9 b 36
a a
2 - 4 1 b 5.1 13.9 b 36
a a
3 - 1 Q2 1 b 5.1 13.9 b 36
a a
3 - 2 Q2 1 b 5.1 13.9 b 36
a a
3 - 3 Q2 3A 5.1 13.9 36
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a a
3 - 4 Q2 3A 5.1 13.9 36
a a
3 - 5 Q2 3A 5.1 13.9 36
a a
3 - 6 Q2 1 b 5.1 13.9 b 36
a a
3 - 3 Q1 3A 5.1 13.9 36
a a
3 - 4 Q1 3A 5.1 13.9 36
a a
3 - 5 Q1 3A 5.1 13.9 36
a a
4 - 1 1 b 5.1 13.9 b 36
a a
4 - 2 1 b 5.1 13.9 b 36
a a
4 - 3 1 b 5.1 13.9 b 36
a a
4 - 4 1 b 5.1 13.9 b 36
a a
5 - 1 1 b 5.1 13.9 b 36
a a
5 - 2 1 b 5.1 13.9 b 36
a a
5 - 3 1 b 5.1 13.9 b 36
a a
5 - 4 1 b 5.1 13.9 b 36
a a
5 - 5 1 b 5.1 13.9 b 36
a a
6 - 1 1 b 5.1 13.9 b 36
6 - 2 1 a 5.1 13.9 a 36
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b b
a a
6 - 3 1 b 5.1 13.9 b 36
a a
6 - 4 1 b 5.1 13.9 b 36
a a
6 - 5 1 b 5.1 13.9 b 36
a a
6 - 6 1 b 5.1 13.9 b 36
a a
6 - 7 1 b 5.1 13.9 b 36
a a
7 - 1 1 b 5.1 13.9 b 36
a a
7 - 2 1 b 5.1 13.9 b 36
a a
7 - 3 1 b 5.1 13.9 b 36
a a
7 - 4 1 b 5.1 13.9 b 36
a a
7 - 5 1 b 5.1 13.9 b 36
a a
8 - 1 1 b 5.1 13.9 b 36
a a
8 - 2 1 b 5.1 13.9 b 36
a a
8 - 3 1 b 5.1 13.9 b 36
a a
9 - 1 1 b 5.1 13.9 b 36
a a
9 - 2 1 b 5.1 13.9 b 36
a a
9 - 3 1 b 5.1 13.9 b 36
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a a
9 - 4 1 b 5.1 13.9 b 36
a a
9 - 5 1 b 5.1 13.9 b 36
a a
9 - 6 1 b 5.1 13.9 b 36
a a
9 - 7 1 b 5.1 13.9 b 36
a a
9 - 8 1 b 5.1 13.9 b 36
a a
10 - 1 1 b 5.1 13.9 b 36
a a
10 - 2 3A 5.1 9 36
a a
10 - 3 3A 5.1 9 36
a a
10 - 4 3A 5.1 9 36
a a
10 - 5 3A 5.1 9 36
a a
10 - 6 3A 5.1 9 36
a a
11 - 1 3A 5.1 13.9 36
a a
11 - 2 3A 5.1 13.9 36
a a
11 - 3 3A 5.1 13.9 36
a a
12 - 1 3A 5.1 13.9 36
a a
12 - 2 3A 5.1 13.9 36
12 - 3 3A a 5.1 13.9 a 36
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a a
12 - 4 3A 5.1 13.9 36
a a
13 - 1 3A 5.1 13.9 36
a a
13 - 2 3A 5.1 13.9 36
a a
13 - 3 3A 5.1 13.9 36
a a
13 - 4 3A 5.1 13.9 36
a a
14 - 1 3A 5.1 9 36
a a
14 - 2 3B 2.1 6 36
a a
14 - 3 3A 5.1 9 36
a a
J-1-1 3A 5.1 9 36
a a
J-1-2 3A 5.1 9 36
Note 1: FCC limit must be higher than Calculated value. If not insert attenuation in 1 dB steps at WRU output to lower the RF power output.
In Column C, a and b refer to the type N output connectors on each transmitter case as applicable. Calculated value for a and b must comply.
Note 2: The above table is provided as an example for this specific Canarsie installation and is preliminary. For other applications, the table will be
modified for the specific layout and will be made available.
.
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FCC Certification Compliance Checksheet - Carborne
Train Number Configuration Number CRE Output Minimum Configuration Antenna Gain Calculated/Measured Input FCC Limit Pass/Fail
N 1 - 5(b) (from Ant Or Ant Input Cable Loss, dB 6, 9, 13.9 or 14 Power to Antenna, dBm dBm Cal <FCC (y/n)
Config Drawings) Power, dBm Use only if CRE Meas (See note 2) (See note 1)
a a
1A 5A b 1.6 14 b 36
a a
1B 5B 1.6 9 36
a a
2A 5A b 1.6 14 b 36
a a
2B 5B 1.6 9 36
a a
3A 5A b 1.6 14 b 36
a a
3B 5B 1.6 9 36
a a
4A 5A b 1.6 14 b 36
a a
4B 5B 1.6 9 36
a a
5A 5A b 1.6 14 b 36
a a
5B 5B 1.6 9 36
a a
6A 5A b 1.6 14 b 36
a a
6B 5B 1.6 9 36
a a
7A 5A b 1.6 14 b 36
a a
7B 5B 1.6 9 36
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a a
8A 5A b 1.6 14 b 36
a a
8B 5B 1.6 9 36
a a
9A 5A b 1.6 14 b 36
a a
9B 5B 1.6 9 36
a a
10A 5A b 1.6 14 b 36
a a
10B 5B 1.6 9 36
a a
11A 5A b 1.6 14 b 36
a a
11B 5B 1.6 9 36
a a
12A 5A b 1.6 14 b 36
a a
12B 5B 1.6 9 36
a a
13A 5A b 1.6 14 b 36
a a
13B 5B 1.6 9 36
a a
14A 5A b 1.6 14 b 36
a a
14B 5B 1.6 9 36
a a
15A 5A b 1.6 13.9 b 36
a a
15B 5B 1.6 13.9 36
16A 5A a 1.6 13.9 a 36
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b b
a a
16B 5B 1.6 13.9 36
a a
17A 5A b 1.6 13.9 b 36
a a
17B 5B 1.6 13.9 36
a a
18A 5A b 1.6 14 b 36
a a
18B 5B 1.6 9 36
a a
19A 5A b 1.6 14 b 36
a a
19B 5B 1.6 9 36
a a
20A 5A b 1.6 14 b 36
a a
20B 5B 1.6 9 36
a a
21A 5A b 1.6 14 b 36
a a
21B 5B 1.6 9 36
a a
22A 5A b 1.6 14 b 36
a a
22B 5B 1.6 9 36
a a
23A 5A b 1.6 14 b 36
a a
23B 5B 1.6 9 36
a a
24A 5A b 1.6 14 b 36
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a a
24B 5B 1.6 9 36
a a
25A 5A b 1.6 14 b 36
a a
25B 5B 1.6 9 36
a a
26A 5A b 1.6 14 b 36
a a
26B 5B 1.6 9 36
a a
27A 5A b 1.6 14 b 36
a a
27B 5B 1.6 9 36
a a
28A 5A b 1.6 14 b 36
a a
28B 5B 1.6 9 36
a a
29A 5A b 1.6 14 b 36
a a
29B 5B 1.6 9 36
a a
30A 5A b 1.6 14 b 36
a a
30B 5B 1.6 9 36
a a
31A 5A b 1.6 14 b 36
a a
31B 5B 1.6 9 36
a a
32A 5A b 1.6 14 b 36
32B 5B a 1.6 9 a 36
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a a
33A 5A b 1.6 14 b 36
a a
33B 5B 1.6 9 36
a a
34A 5A b 1.6 14 b 36
a a
34B 5B 1.6 9 36
a a
35A 5A b 1.6 14 b 36
a a
35B 5B 1.6 9 36
a a
36A 5A b 1.6 14 b 36
a a
36B 5B 1.6 9 36
a a
37A 5A b 1.6 14 b 36
a a
37B 5B 1.6 9 36
a a
38A 5A b 1.6 14 b 36
a a
38B 5B 1.6 9 36
a a
39A 5A b 1.6 14 b 36
a a
39B 5B 1.6 9 36
a a
40A 5A b 1.6 14 b 36
a a
40B 5B 1.6 9 36
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a a
41A 5A b 1.6 14 b 36
a a
41B 5B 1.6 9 36
a a
42A 5A b 1.6 14 b 36
a a
42B 5B 1.6 9 36
a a
43A 5A b 1.6 14 b 36
a a
43B 5B 1.6 9 36
a a
44A 5A b 1.6 14 b 36
a a
44B 5B 1.6 9 36
a a
45A 5A b 1.6 14 b 36
a a
45B 5B 1.6 9 36
a a
46A 5A b 1.6 14 b 36
a a
46B 5B 1.6 9 36
a a
47A 5A b 1.6 14 b 36
a a
47B 5B 1.6 9 36
a a
48A 5A b 1.6 14 b 36
a a
48B 5B 1.6 9 36
49A 5A a 1.6 14 a 36
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b b
a a
49B 5B 1.6 9 36
a a
50A 5A b 1.6 14 b 36
a a
50B 5B 1.6 9 36
a a
51A 5A b 1.6 14 b 36
a a
51B 5B 1.6 9 36
a a
52A 5A b 1.6 14 b 36
a a
52B 5B 1.6 9 36
a a
53A 5A b 1.6 14 b 36
a a
53B 5B 1.6 9 36
Note 1: FCC limit must be higher than Calculated/measured value. If not insert attenuation in 1 dB steps at CTU output to lower the RF power output.
If power output measurements are made at the CRE output, compliance must be determined by calculating power levels for both a and b outputs.
If power output measurements are made at the antenna input port, this measured value is listed in Column C and then compared
directly to the FCC limit.
Note 2: If power output of the CRE is measured, subtract the specified path loss in dB to determine to available input power to the antenna.
Note 3: The above table is provided as an example for this specific Canarsie installation and is preliminary. For other applications, the table will be
modified for the specific layout and will be made available.
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Wayside Antenna Power levels:
Location: Date:
Test Technician:
Antenna
(N or S)
RF Power Measurement at 100 Ft. RF Power Measurement at 300 Ft.
1N
2N
3N
4N
1S
2S
3S
4S
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Carborne Antenna Power levels:
Train ID: Date:
Test Technician:
Antenna
(N or S)
RF Power Measurement at 50 Ft. Notes:
1
2
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END OF DOCUMENT