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68P80801E30-A 5/1/2002

4-55

Gen 3 Site Controller System Manual

Chapter 4 Installation

Intercabling Connections

213

RFC #6 combiner/multicoupler
ampliﬁer

43

21

18

46

214

RFC #6 combiner/multicoupler
power supply

42

20

20

45

215

RFC #6 tower top ampliﬁer

45

19

17

44

216

RFC #5 circuit breaker

40

18

15

43

217

RFC #5 combiner/multicoupler
ampliﬁer

39

17

14

42

218

RFC #5 combiner/multicoupler
power supply

38

16

16

41

252

RFC #5 tower top ampliﬁer

41

15

13

40

255

customer-deﬁned output

26

2

1

256

customer-deﬁned output

28

4

3

NOTE:

Pinout connections in “Punch block 2 (left side)” column indicate pins where jumpering between punch block 2 left and

right sides is required. Install jumper from pin speciﬁed in “left side” column to the pin speciﬁed immediately to the right in
“right side” column. For example, on alarm code 217, jumper is to be installed from punch block left-side, pin 39 to punch
block right-side, pin 17.

Table 4-25

Punch block 2 (user alarm) pinouts — continued

Alarm

code

EAS/EAS2 function

Punch block 2

signal pairs (left side)

(NOTE)

Punch block 2

signal pairs (right side)

«
...
119
120
121
122
123
...
»

Summary of Contents for iDEN Site Controller

Page 1: ...68P80801E30 A Gen 3 Site Controller SYSTEM MANUAL Supplement to EBTS System Manual 68P81099E10 Global Telecom Solutions Sector ...

Page 2: ... assignable or transferable to any other party This is the complete warranty for the Product manufactured by Motorola Motorola assumes no obligations or liability for additions or modifications to this warranty unless made in writing and signed by an officer of Motorola Unless made in a separate agreement between Motorola and the original end user purchaser Motorola does not warrant the installati...

Page 3: ... 1 7 Chapter 2 System Description 2 1 Chapter Overview 2 1 EBTS Site Description 2 2 Site Controller 2 5 Site Controller CPU Board 2 5 Chapter 3 Pre Installation 3 1 Chapter Overview 3 1 Receipt of Equipment 3 2 Equipment Inspection 3 2 Equipment Inventory 3 2 Site Planning 3 3 Site Considerations 3 3 Rack Conﬁgurations 3 4 19 Inch Rack 3 5 23 Inch Rack 3 5 Special Considerations 3 8 Telephone Com...

Page 4: ...abinet Position Considerations 4 5 Cabinet Installation Instructions 4 5 Intercabling Connections 4 7 Junction Panels 4 8 Cavity Combining RFDS Intercabinet Cabling 4 8 800 MHz Duplexed RFDS Intercabinet Cabling 4 12 800 MHz Duplex Hybrid Expansion RFDS intercabinet cabling 4 13 800 MHz GEN 4 Duplexed RFDS and 900 MHz Duplexed RFDS Intercabinet Cabling 4 14 5 MHz 1 PPS Intercabling 4 18 Ethernet i...

Page 5: ...or BER Testing 6 20 Two Types of T1 Loop Back 6 20 Three Different Ways to Start and Stop a T1 Line Loop Back on the Site Controller 6 21 How Payload Loop Back Works on the Site Controller 6 21 Starting and Stopping Loop Backs 6 22 Remotely Looping Back the E1 Site Controller for BER Testing 6 23 Two Different Ways to Start and Stop a E1 Line Loop Back on the Site Controller 6 23 Front Panel Line ...

Page 6: ...3 Connectors 10 5 Chapter 11 Gen 2 Environmental Alarm System 11 1 Chapter Overview 11 1 EAS2 Functional Description 11 2 Indicators 11 2 Performance Speciﬁcations 11 3 Theory of Operation 11 3 Connectors 11 5 Chapter 12 FRU Replacement Procedures 12 1 Chapter Overview 12 1 Environmental Alarm System Replacement 12 2 Removal 12 2 Installation 12 2 Site Controller Replacement 12 3 Removal 12 3 Inst...

Page 7: ...B 13 Equipment cabinet power connections B 15 Other recommended suppliers B 16 Ordering spare parts B 17 Appendix C Cabling Diagrams C 1 Overview C 1 Site Controller Cabling C 2 Index Index 1 Motorola and the Motorola logo are registered trademarks of Motorola iDEN is a trademark of Motorola Windows is a trademark of Microsoft Corporation Macintosh and PowerPC are registered trademarks of Apple Co...

Page 8: ...Front Matter Gen 3 Site Controller System Manual Contents vi 68P80801E30 A 5 1 2002 This page intentionally left blank ...

Page 9: ...7 Figure 4 11 Ethernet Connections for Sites Using 3 or More RF Cabinets 4 28 Figure 4 12 Ethernet Connections for Sectored Sites 4 28 Figure 4 13 Alarm Connections for 800 MHz Duplexed RFDS 0182020V06 and earlier Sectored Sites 4 34 Figure 4 14 Alarm Connections for GEN 4 RFDS 900 MHz Duplexed RFDS Sites 4 35 Figure 4 15 Alarm Connections for Cavity Combining RFDS Omni Sites 4 36 Figure 4 16 Alar...

Page 10: ...arm System front view 10 2 Figure 10 2 EAS Block Diagram 10 4 Figure 10 3 EAS rear view 10 5 Figure 11 1 Gen2 Environmental Alarm System front view 11 2 Figure 11 2 EAS2 Block Diagram 11 4 Figure 11 3 EAS2 rear view 11 5 Figure B 1 Portable generator connector B 5 Figure C 1 Power Ethernet and Site Reference Cabling Diagram C 5 Figure C 2 EAS or EAS2 iSC Interconnect Cabling Diagram C 6 Figure C 3...

Page 11: ...bling 4 12 Table 4 6 1 4 Channel Omni Site Intercabling 4 12 Table 4 7 Sectored Site Intercabling 4 13 Table 4 8 5 8 Channel Duplex Hybrid Expansion Intercabling 4 13 Table 4 9 9 12 Channel Duplex Hybrid Expansion Intercabling 4 14 Table 4 10 1 6 Channel 800 MHz GEN 4 900 MHz RFDS Site Intercabling 4 15 Table 4 11 7 12 Channel 800 MHz GEN 4 900 MHz RFDS Expansion Site Intercabling 4 15 Table 4 12 ...

Page 12: ... EAS2 Indicators 11 2 Table 11 2 EAS2 Performance Specifications 11 3 Table 11 3 EAS2 Connectors 11 6 Table B 1 Recommended master ground bar lugs B 10 Table B 2 Recommended Junction Panel ground lugs B 10 Table B 3 Battery system wire size B 11 Table B 4 Power Supply Rack connection lugs B 12 Table B 5 Battery connection lugs B 12 Table B 6 Supplied intercabinet cabling B 13 Table B 7 Parts for E...

Page 13: ...ill notify you as soon as possible Also you will be advised of your right to ﬁle a complaint with the FCC if you believe it is necessary The telephone company may make changes in its facilities equipment operations or procedures that could affect the operation of the equipment If this happens the telephone company will provide advance notice in order for you to make necessary modiﬁcations to maint...

Page 14: ...This page intentionally left blank Front Matter Gen 3 Site Controller System Manual Service Information xii 68P80801E30 A 5 1 2002 ...

Page 15: ...Page This section Scope of the Manual 1 2 deﬁnes the intended audience and brieﬂy describes the chapter contents of this manual Quality Standards 1 4 discusses guidelines that should be observed to ensure a quality installation of the site controller Repair and Technical Support 1 5 describes how to contact technical support and the procedure for returning faulty equipment or boards Static Sensiti...

Page 16: ...riate tab Some sections are divided even further into subtabs All major sections are listed in Table 1 1 Table 1 1 Manual contents Chapter This chapter Manual Overview brieﬂy describes the contents of the site controller manual System Description identiﬁes the major components and functions of each unit in the integrated Dispatch Enhanced Network iDEN system Pre Installation describes pre installa...

Page 17: ...ller describes the site controller and its associated hardware EAS describes the Environmental Alarm System EAS and its associated hardware EAS2 describes the Generation 2 Environmental Alarm System EAS2 and its associated hardware FRU Replacement Procedures includes removal and installation procedures for the FRUs in the site controller and associated hardware Table 1 1 Manual contents continued ...

Page 18: ...FNE Installation Manual R56 as a reference The R56 contains on site installation integration optimization and maintenance information for trunked radio equipment Technicians and installation personnel must be familiar with procedures and guidelines presented within that manual To order the Quality Standards Manual contact Motorola Literature Distribution Center 2290 Hammond Drive Schaumburg Illino...

Page 19: ...was put in service software versions of affected equipment symptoms of the problem date the problem was ﬁrst noticed if the problem can be reproduced what causes the problem to occur any unusual circumstances contributing to the problem i e loss of power Technical support For support of Motorola infrastructures call the following phone number This phone number is not valid for technical support of...

Page 20: ...ber alternate contact and phone number if possible securely package the board or module in the original shipping carton if available Otherwise package in a static protection bag in a well padded carton Note iDEN equipment boards are not field repairable Do not attempt to repair iDEN equipment boards in the field For assistance contact the iDEN Customer Support Center at the phone number listed in ...

Page 21: ...TREME CAUTION WHEN WEARING A CONDUCTIVE WRIST STRAP NEAR SOURCES OF HIGH VOLTAGE THE LOW IMPEDANCE PROVIDED BY THE WRIST STRAP ALSO INCREASES THE DANGER OF LETHAL SHOCK SHOULD ACCIDENTAL CONTACT WITH HIGH VOLTAGE SOURCES OCCUR Handle modules by the edges and avoid touching any conductive parts of the module with your hands Never remove boards or modules with power applied to the unit hot pull unle...

Page 22: ...probe ﬁrst then remove the ground lead Place all circuit boards and modules on a conductive surface such as a sheet of aluminum foil when removed from the system The conductive surface must be connected to ground through 100kΩ Never use non conductive material for packaging modules for shipment or storage All modules should be wrapped with anti static conductive material Replacement modules shippe...

Page 23: ...f overview of the site control equipment and its function within the iDEN system The following table lists this chapter s topics Section Page This section EBTS Site Description 2 2 provides an overview of the EBTS system Site Controller 2 5 provides an overview of the site controller Environmental Alarm System EAS EAS2 2 6 provides an overview of the environmental alarm system ...

Page 24: ...ry modulation technology consisting of a speech compression scheme enabling three or six communication paths over a single 25 kHz rf channel iDEN allows users with mobile and portable subscriber units to communicate with one another over the Public Switched Telephone Network PSTN using the rf system as the medium The rf system consists of strategically located Enhanced Base Transceiver Systems EBT...

Page 25: ...h EBTS site consists of one or more rf cabinets and one site controller cabinet In the case of the SRSC and SRRC the site control equipment resides in the rf cabinet The site controller and rf cabinets are interconnected via an Ethernet LAN The site controller also terminates the connection between the EBTS and MSO via a T1 span or E1 for international markets Refer to Figure 2 2 A diagram of a ty...

Page 26: ...on Abort Reset Sel Loop Service Access DCE Power OO F Eqp Mon Net 1 Eqp Mon Net 2 Eqp Mon Net 3 Eqp Mon Net 4 Net Eqp Net Eqp 1 2 3 4 GP S LO S Ye llo w AI S FE C RC BP V PD Ne t Lo ca l Mon Abort Reset Sel Loop Service Access DCE Power OO F 10B2 1 1 2 3 10 100B T 10B2 2 10B2 3 X 21 SITE REF OUT PARALLEL SERIAL REDUND 4 3 2 1 T1 E1 GPS 48V RTN BAT RF 3 RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER ...

Page 27: ... description of each assembly refer to the appropriate chapter Site Controller CPU Board The following is a list of CPU Board main features PPC750 host processor with 1MByte L2 cache MPC8260 communications processor for all serial I O iSC412 010802JNM EAS OR EAS2 IEEE 1284 INTERFACE QUAD T1 E1 FRAMER LINE DRIVER CPU COMMUNICATIONS PROCESSOR MEMORY POWER SUPPLY 48V 5V 3 3V SITE REFERENCE 1PPS 5MHZ ...

Page 28: ...puts Environmental Alarm System EAS EAS2 Functional Description The EAS EAS2 Environmental Alarm System provides a central location for site alarm signal processing The EAS EAS2 monitors site environmental conditions including AC power smoke alarms intrusion alarms antenna tower lights etc Alarm wiring routes directly from the EBTS equipment and power supply equipment to the EAS EAS2 The EAS EAS2 ...

Page 29: ... 042202JNM Eqp Mon Net 1 Eqp Mon Net 2 Eqp Mon Net 3 Eqp Mon Net 4 Net Eqp Net Eqp 1 2 3 4 G P S A c t i v e P o w e r L O S Y e l l o w A I S F E C R C B P V P D N e t L o c a l Mon Abort Reset Sel Loop Service Access DCE Power O O F SITE CONTROLLER iSC402 102600JNM I n p u t A c t i v e O u t p u t A c t i v e P o w e r O n ENVIRONMENTAL ALARM SYSTEM POWER iSC402_2 010802JNM I n p u t A c t i v ...

Page 30: ... SYSTEM ALARM CONTROL ENVIRONMENTAL ALARM SYSTEM Motorola 48V 1 0A iSC403_2 041202JNM RF3 RF2 RF1 CONTROL 48V MOTOROLA ENVIRONMENTAL ALARM SYSTEM INPUT PARALLEL CONTROLLER B PARALLEL CONTROLLER A USER ALARM CONTROL RTN SYSTEM ALARM CONTROL 48V 0 5A EAS Figure 2 6 Site Controller rear view iSC400 102600JNM 10B2 1 1 2 3 10 100B T 10B2 2 10B2 3 X 21 SITE REF OUT PARALLEL SERIAL REDUND 4 3 2 1 T1 E1 G...

Page 31: ...king procedures equipment inventory and equipment inspection Site Planning 3 3 covers site considerations relating to the site controller Electrical Requirements 3 12 deﬁnes the requirements for AC power transfer switch breaker panel conﬁguration rectiﬁer wiring surge arrestors cabinet power and an optional back up generator Grounding Requirements 3 15 deﬁnes the grounding standards installation o...

Page 32: ... be worn when handling any electrical component Connect the wrist strap to the grounding clip on the Cabinet Inspect the following upon receipt of the site controller check for loose or damaged equipment check all sides of each cabinet for dents scratches or other damage check all cabinet wiring to insure connections are in place check modules and boards for physical damage to controls or connecto...

Page 33: ...commended to allow enough space for front and rear access to the equipment cabinets The minimum ceiling height of at least 8 6 above a ﬁnished ﬂoor is required to allow enough space for the height of the equipment cabinets and cable access at the top of the cabinets The ceiling structure should be able to support a cable tray assembly for routing the intercabinet cabling and other site cabling The...

Page 34: ...Height inches Controller 17 9 1 75 EAS 17 15 1 75 EAS2 17 9 1 75 In p u t A c ti v e O u tp u t A c ti v e P o w e r O n POWER Eqp Mon Net 1 Eqp Mon Net 2 Eqp Mon Net 3 Eqp Mon Net 4 Net Eqp Net Eqp 1 2 3 4 G P S A c ti v e P o w e r L O S Y e ll o w A IS F E C R C B P V P D N e t L o c a l Mon Abort Reset Sel Loop Service Access DCE Power O O F Eqp Mon Net 1 Eqp Mon Net 2 Eqp Mon Net 3 Eqp Mon Ne...

Page 35: ...on cabinets Figure 3 3 The CLN7694A kit also contains both 10 32 and 12 24 screws to attach the angle brackets to the cabinet or rack Both sizes are common in racks Choose the correct screw for the rack being used or use screws provided by the cabinet or rack supplier A ground bracket to which a static strap can be attached is also provided This bracket should be placed where convenient under one ...

Page 36: ...nut provided 8 Motorola offers a standard EBTS cabinet circuit breaker panel that receives an external 48V DC power source and provides DC distribution overload protection and signal interconnection for the Site Controllers and EAS EAS2 however customers may prefer to design their own DC power system In this instance the customer is responsible for ensuring that their power source is capable of so...

Page 37: ...ing power from an external supply use appropriate wiring and installation in strict accordance with the National Electrical Code NFPA 70 or the applicable codes and regulations for your site 10 32 OR 12 24 SCREWS MAIN BRACKET QTY 2 M4 SCREWS QTY 12 ATTACH GROUND BRACKET FOR STATIC STRAP WHERE NEEDED M6 ZINC PLATED STEEL SCREWS QTY 4 JUNCTION PANEL ISC300 050401JNM ANGLE BRACKET QTY 4 M10 NUT FOR J...

Page 38: ...er panels etc and requires that all doors to this equipment open to at least 90 10 32 OR 12 24 SCREWS MAIN BRACKET QTY 2 M4 SCREWS QTY 12 ATTACH GROUND BRACKET FOR STATIC STRAP WHERE NEEDED M6 ZINC PLATED STEEL SCREWS QTY 4 JUNCTION PANEL ISC301 050401JNM ANGLE BRACKET QTY 4 M10 NUT FOR JUNCTION PANEL GROUND STUD QTY 2 M6 NUT FOR JUNCTION PANEL GROUND STUD QTY 3 M6 BLACK SCREWS 1U BLANK PANEL QTY ...

Page 39: ...onal Guidelines If asbestos removal is required it must be removed by a certiﬁed asbestos remover from the site improvement area or from places where it would be disturbed during site construction Floors containing asbestos may be left intact However drilling or penetration of the ﬂoor must be done in accordance with federal and state clean air guidelines It is recommended that drilling be perform...

Page 40: ...the Telco backboard for dedicated system use A 117 VAC dual receptacle outlet 3 prong should be installed on or adjacent to the Telco backboard This outlet can be used for accessories such as modems and other AC powered devices It may also be used as a general service outlet Environmental Considerations Temperature Control The environment in which the site controller operates is an important consi...

Page 41: ...when temperatures exceed 140 F 60 C For sites containing more than one hour battery backup the effect of generated heat should be considered The HVAC system design should be evaluated to insure the proper operating environment is maintained during loss of AC power Redundant HVAC Systems A redundant HVAC system may be installed if necessary It must be wired on a delayed circuit to prevent both HVAC...

Page 42: ... to transfer the AC service from the utility power to the generator after the generator has started Sites with connections for a portable generator require a manual transfer switch and external connector Generators and transfer switches must be capable of supporting the maximum load for the customer deﬁned service area of the generator Start up loads that include the HVAC and rectiﬁers must also b...

Page 43: ... sites using a transfer switch the arrestor must be installed on the panel side of the transfer switch Additional arrestors may also be installed at the customer s option on the line or generator side of the switch Motorola has developed a functional speciﬁcation that can be used to help select various surge arrestors This speciﬁcation is available to all customers and can be obtained by contactin...

Page 44: ...s provided for customers that prefer to design a unique DC power system This table lists the power system requirements of the Cabinet Table 3 2 48Vdc power bus color coding Description Battery connection Wire color 48 Vdc nominal negative red DC return positive black NOTE The hot side is negative polarity in the 48 Vdc system power bus and the ground side is positive polarity Table 3 3 Cabinet pow...

Page 45: ...e referred to as the exterior primary ground and must be at least 2 AWG tinned copper wire solid or stranded All connections to the rings should be made by exothermic welding All exothermic welded connections should be treated with cold galvanizing spray Inspection wells should be provided for access to the buried ground system to allow veriﬁcation of ground resistance The ground resistance should...

Page 46: ...ble means to eliminate the inductance of the conduit Cabinet Grounding Within the site ground the cabinets with a single dedicated connection between each cabinet and the master ground bar The connecting wire must be a 2 AWG green insulated copper wire Use appropriate lugs and split ring lock washers when possible with an anti oxidant grease applied for interior grounding connections and exterior ...

Page 47: ...e can enter the site grounding system via the coaxial cables To prevent damage to the equipment each cabinet must be connected to master ground bar through a minimum wire size of at least 2 AWG Green insulated wire must be used to identify all ground wiring Cable Tray Grounding The cable tray assembly must be designed and installed so that it does not come into contact with metal conduits pipes or...

Page 48: ...f the conduit to minimize inductance If metal conduit is used for the electrical system all connections must be bonded together through conduit compression or screw ﬁttings designed for such purposes The metal conduit system must not be in contact with other metal on the site including cable ladder or equipment cabinets to minimize ground loops and sharing of surge energy Small pieces of rubber or...

Page 49: ... the proposed site antenna locations prior to the installation of the system GPS Antenna Evaluation The GPS receiver mounted within the controller must locate and track at least four satellites during initial power up The four satellites are used to establish a three dimensional ﬁx latitude longitude and altitude for the site This process takes approximately 13 to 25 minutes to complete Once the p...

Page 50: ... aerial down view to within 10 of the horizon in all directions This provides a degree of redundancy in case the antennas are damaged by falling objects or inadvertent shadowing The antennas must be mounted high enough to clear the peak of the site roof For systems in the northern hemisphere GPS antennas should be mounted so that a clear view of the southern sky is maintained For systems in the so...

Page 51: ...axial cable the length of the cable run should never exceed 150 This is sufﬁcient for most installations When considering the use of larger cables calculate the cable lengths allowing a maximum allowable line attenuation of 4 5 dB at 1 5 GHz The remaining 1 5 dB of attenuation is provided by interior site cabling and connectors Another option is the use of in line ampliﬁers to overcome excessive l...

Page 52: ...tional contact closure to deactivate the HVAC system and prevent circulation of smoke in the event of a ﬁre An additional smoke detector may be used to provide this contact It can also be conﬁgured to trigger an external alarm if required If a second alarm closure is used it must be completely isolated from the dedicated smoke alarm circuit Parallel connection of the HVAC controller through these ...

Page 53: ...of inductive surges is required if anything but a resistive load is connected to this output Eighteen customer deﬁned alarm inputs are available on the User Alarm Control connector The alarms are reported to the Operations and Maintenance Center OMC by the respective alarm code The OMC must be programmed with the proper alarm name corresponding to each code All connections on User Alarm Control an...

Page 54: ...the punch blocks Table 3 5 Required alarm system equipment Part number Description 3083892X04 50 pin Champ cable 25 for alarms for EAS 3083892X07 50 pin Champ cable 25 for alarms for EAS2 0183652P011 punch block 3084966K062 50 pin Champ cable 3 to modular plug adapter 2882174W032 6 modular plug adapter 1 Punch Block 2 is used strictly for customer defined inputs and outputs for systems with 3 or f...

Page 55: ...y opened Normally closed Common Normally opened Normally closed Common 254 248 210 224 241 249 250 251 247 246 245 244 243 242 223 222 221 220 219 26 1 27 2 28 3 29 4 30 5 31 6 32 7 33 8 34 9 35 10 37 12 38 13 36 11 40 15 41 16 39 14 42 17 50 25 49 24 44 19 43 18 45 20 46 21 47 22 48 23 NOTE THE 3 DIGIT NUMBERS ARE THEALARM CODES SENT TO THE OMC Figure 3 4 Punch block 1 EAS EAS2 pinouts ...

Page 56: ... input site entry 220 8 33 predeﬁned input site high ambient temperature 221 9 34 predeﬁned input site low ambient temperature 222 10 35 predeﬁned input site smoke detector 223 11 36 predeﬁned input site AC surge protector 224 22 47 reserved for system use 241 21 46 reserved for system use 242 12 37 AC Power failure 243 13 38 low DC voltage 244 14 39 high DC voltage 245 15 40 breaker failure alarm...

Page 57: ...lly opened Normally closed Common 256 212 213 214 215 216 217 218 252 203 204 205 206 207 208 209 211 26 1 27 2 28 3 29 4 30 5 31 6 32 7 33 8 34 9 35 10 37 12 38 13 36 11 40 15 41 16 39 14 42 17 50 25 49 24 44 19 43 18 45 20 46 21 47 22 48 23 201 202 50 PIN CONNECTOR NOTE THE 3 DIGIT NUMBERS ARE THEALARM CODES SENT TO THE OMC Figure 3 5 Punch block 2 EAS EAS2 pinouts ...

Page 58: ...n 201 6 31 customer deﬁned input 202 5 30 customer deﬁned input 203 14 39 customer deﬁned input 204 13 38 customer deﬁned input 205 12 37 customer deﬁned input 206 11 36 customer deﬁned input 207 10 35 customer deﬁned input 208 9 34 customer deﬁned input 209 8 33 customer deﬁned input 211 7 32 customer deﬁned input 212 22 47 customer deﬁned input 213 21 46 customer deﬁned input 214 20 45 customer ...

Page 59: ...Table 3 8 lists the recommended tools for installation These are not included as part of the site control equipment and must be procured locally All model numbers are Motorola part numbers unless noted otherwise Table 3 8 Recommended tools for installation Tool Model type Supplier Purpose banding cutter n a locally procured n a cable crimp tool TBM5 S Thomas Betts crimping lugs on power cables cal...

Page 60: ...ectric screwdriver only 1 required RLN4053A heavy duty Motorola tightening screws nuts RLN4051A heavy duty variable speed Motorola tightening screws nuts 0180320B28 light duty Motorola tightening screws nuts ﬂashlight small n a locally procured n a hammer drill RLN4315A Motorola drilling concrete ﬂoor for mounting studs heat gun 0180320B51 Motorola high temperature alarm testing hole punch 1 local...

Page 61: ...crew driver torque hand tool 5 in lbs Ind Pneumatic n a drives for torque screw driver 1 4 drive 7 16 deep socket Ind Pneumatic n a 1 4 drive 5 16 deep socket n a 1 4 drive 3 16 socket n a 1 4 drive 1 blade screwdriver n a 1 4 hex to 1 4 hex drive n a screw drivers 0 Phillips locally procured n a 2 Phillips n a 3 16 blade n a 1 blade n a 1 4 blade n a step ladder 7 locally procured to gain access ...

Page 62: ...e Snap on n a 1 deep 6 point socket 3 8 drive n a 5 8 deep socket 3 8 drive Ind Pneumatic n a 9 16 deep socket 3 8 drive n a 1 deep socket 3 8 drive n a 1 4 hex to 3 8 hex drive n a TORX driver with bits handle storage n a locally procured n a tweezers n a locally procured n a vacuum cleaner 0180382A11 Motorola general clean up wire cutters n a locally procured cutting power cables 6 AWG to 250 MC...

Page 63: ...uke DC measurements R1037A Motorola DC measurements R1073A Motorola DC measurements ﬁle compression software PKUnzip PKWare compress decompress large ﬁles ground resistance ohmmeter AEMC 3700 clamp on ground tester locally procured measure for adequate ground RF attenuators refer to the Parts and Suppliers appendix protection for R2660 and used with the equipment for RF attenuation service compute...

Page 64: ... type N male both ends T1 tester protocol analyzer 209A T T Berd testing T1 lines Table 3 9 Recommended test equipment for installation continued Test Equipment Model Type Supplier Purpose MAC 8 PIN MALE DIN DB9 MALE 1 2 3 4 5 6 7 8 9 iSC005 042396JNM 1 3 6 7 8 5 2 4 DB9 Male Connector 4 1 6 3 5 2 5 DIN 8 Connector 1 2 3 4 5 6 7 8 Figure 3 6 MAC 8 pin male DIN to DB9 male connector ...

Page 65: ...ck green brown yellow and white locally procured wire identiﬁcation grease anti oxidant locally procured battery terminal corrosion control lockwashers split 3 8 locally procured Breaker Panel Power Supply Rack split 1 4 locally procured DC return bus Power Supply Rack lugs 2 hole 1 center various sizes locally procured battery connection 3 8 bolt 4 0 Cu lugs 2 hole 1 center locally procured DC re...

Page 66: ...Chapter 3 Pre Installation Gen 3 Site Controller System Manual Recommended Tools Equipment and Parts 3 36 68P80801E30 A 5 1 2002 This page intentionally left blank ...

Page 67: ... the selected site The following table lists this chapter s topics Section Page This section Installation Overview 4 2 provides general information for the installation procedures Cabinet Installation 4 3 deﬁnes the methods for installing wheeled and non wheeled equipment cabinets Intercabling Connections 4 7 provides step by step instructions for connecting power ground timing Ethernet alarm T1 E...

Page 68: ...l and sector sites Sector is commonly used when discussing antenna radiation patterns Cell is commonly used when discussing conﬁguration ﬁles In an iDEN system the two are synonymous Some sites may be conﬁgured with one two or three sectors cells In this chapter the term sector is used Single sector sites usually provide omni directional RF coverage and are referred to as omni sites Two or three s...

Page 69: ... is slightly different The cabinets are self supporting structures The cabinets require additional bracing during shipment of prefabricated sites In seismically active areas additional bracing of the cabinet may be required to prevent it from tipping However the bracing hardware must be locally procured There are no speciﬁc procedures within this manual for bracing cabinets in active seismic areas...

Page 70: ...r to Figure 4 1 If the site cannot accommodate this layout the intercabinet cables shipped with the system may not be long enough Custom site fabricated cables may need to be manufactured Access Considerations Allow at least 2 of ﬂoor space in front and behind the cabinets to permit access during installation Although most maintenance is performed from the front of the equipment cabinets access to...

Page 71: ...nly once Motorola recommends installing the ﬁrst cabinet at the far end of the row and then installing adjacent cabinets until the row is completed Perform the following steps to properly install the cabinets within the site building 1 Measure the mounting location for the ﬁrst cabinet in the row 2 Carefully mark the mounting holes with a pencil as indicated on the appropriate cabinet footprint 3 ...

Page 72: ...T WEIGHS APPROXIMATELY 800 LBS 360 KG 6 Carefully move the cabinet into the position indicated by the holes in the ﬂoor Adjust and level the cabinet as necessary to align the cabinet mounting holes with the pre drilled holes in the ﬂoor 7 Secure the cabinet to the site ﬂoor with the locally procured mounting hardware 8 If required connect adjacent cabinets to each other using the ganging hardware ...

Page 73: ...types required for various 800 MHz Duplex Hybrid Expansion systems 800 MHz GEN 4 Duplexed RFDS and 900 MHz Duplexed RFDS Intercabinet Cabling 4 14 describes and lists cabling quantities and types required for various 800 MHz GEN 4 and 900 MHz Duplexed systems 5 MHz 1 PPS Intercabling 4 18 describes the 5 MHz 1 PPS connections Ethernet intercabling 4 20 3 describes the Ethernet connections Alarm In...

Page 74: ...ng between the Control Cabinet and the RF Cabinets for systems equipped with Cavity Combining RF Distribution Systems is listed below Choose the appropriate table below then refer to the appropriate instructions for connecting the required intercabling 1 5 Channel Omni Site Cables Table 4 1 lists the required cables for an omni site single sector EBTS315 032801JNM GPS B GPS A OUT 3 OUT 2 OUT 1 10B...

Page 75: ...on 0112004Z29 Ethernet 1 Site controller to Main RF Cabinet 0112004Z29 Ethernet 1 Main RF Cabinet to Expansion RF Cabinet 0112004Z29 5 MHz 1 PPS 1 Site controller to Main RF Cabinet 0112004Z29 5 MHz 1 PPS 1 Main RF Cabinet to Expansion RF Cabinet 3084225N42 Alarms 1 Control Cabinet to Main RF Cabinet 3084225N42 Alarms 1 Control Cabinet to Expansion RF Cabinet 0182004W04 Phasing Harness 1 Main RF C...

Page 76: ...ller to Main RF Cabinet Main RF Cabinet to Expansion RF Cabinet 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 0112004Z29 5 MHz 1 PPS 3 Site controller to Main RF Cabinet Main RF Cabinet to Expansion RF Cabinet 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 3084225N42 Alarms 3 Control Cabinet to Main RF Cabinet Control Cabinet to Expansion RF Cabinet 1 Control Cabinet to Expansion RF Cabin...

Page 77: ...pansion RF Cabinet 2 Expansion RF Cabinet 2 to Expansion RF Cabinet 3 0112004Z29 5 MHz 1 PPS 4 Site controller to Main RF Cabinet Main RF Cabinet to Expansion RF Cabinet 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 Expansion RF Cabinet 2 to Expansion RF Cabinet 3 3084225N42 Alarms 4 Control Cabinet to Main RF Cabinet Control Cabinet to Expansion RF Cabinet 1 Control Cabinet to Expansion RF C...

Page 78: ...ription Qty Connection 0112004Z29 Ethernet 1 Site controller to RF Cabinet 1 0112004Z29 Ethernet 1 RF Cabinet 1 to RF Cabinet 2 0112004Z29 Ethernet 1 RF Cabinet 2 to RF Cabinet 3 0112004Z29 5 MHz 1 PPS 1 Site controller to RF Cabinet 1 0112004Z29 5 MHz 1 PPS 1 RF Cabinet 1 to RF Cabinet 2 0112004Z29 5 MHz 1 PPS 1 RF Cabinet 2 to RF Cabinet 3 3084225N42 Alarms 1 EAS EAS2 to RF Cabinet 1 3084225N42 ...

Page 79: ...onnection 0112004Z29 Ethernet 1 Site controller to RF Cabinet 1 0112004Z29 Ethernet 1 RF Cabinet 1 to RF Cabinet 2 0112004Z29 Ethernet 1 RF Cabinet 2 to RF Cabinet 3 0112004Z29 5 MHz 1 PPS 1 Site controller to RF Cabinet 1 0112004Z29 5 MHz 1 PPS 1 RF Cabinet 1 to RF Cabinet 2 0112004Z29 5 MHz 1 PPS 1 RF Cabinet 2 to RF Cabinet 3 3084225N42 Alarms 1 EAS EAS2 to RF Cabinet 1 3084225N42 Alarms 1 EAS ...

Page 80: ...efer to the appropriate instructions for connecting the required intercabling Table 4 9 9 12 Channel Duplex Hybrid Expansion Intercabling Cable PN Description Qty Connection 0112004Z29 Ethernet 1 Site controller to Main RF Cabinet 0112004Z29 Ethernet 1 Main RF Cabinet to Expansion RF Cabinet 1 0112004Z29 Ethernet 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 0112004Z29 5 MHz 1 PPS 1 Site cont...

Page 81: ... 0112004Z29 Ethernet 1 Site controller to Main RF Cabinet 0112004Z29 Ethernet 1 Main RF Cabinet to Expansion RF Cabinet 0112004Z29 5 MHz 1 PPS 1 Site controller to Main RF Cabinet 3084225N42 Alarms 1 Site controller to Main RF Cabinet Table 4 11 7 12 Channel 800 MHz GEN 4 900 MHz RFDS Expansion Site Intercabling Cable PN Description Qty Connection 0112004Z29 Ethernet 1 Site controller to Main RF C...

Page 82: ... to Main RF Cabinet 0112004Z29 Ethernet 1 Main RF Cabinet to Expansion RF Cabinet 1 0112004Z29 Ethernet 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 0112004Z29 5 MHz 1 PPS 1 Site controller to Main RF Cabinet 0112004Z29 5 MHz 1 PPS 1 Main RF Cabinet to Expansion RF Cabinet 1 0112004Z29 5 MHz 1 PPS 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 3084225N42 Alarms 1 EAS EAS2 to Main RF Cabi...

Page 83: ...net 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 0112004Z29 Ethernet 1 Expansion RF Cabinet 2 to Expansion RF Cabinet 3 0112004Z29 5 MHz 1 PPS 1 Site controller to Main RF Cabinet 0112004Z29 5 MHz 1 PPS 1 Main RF Cabinet to Expansion RF Cabinet 1 0112004Z29 5 MHz 1 PPS 1 Expansion RF Cabinet 1 to Expansion RF Cabinet 2 0112004Z29 5 MHz 1 PPS 1 Expansion RF Cabinet 2 to Expansion RF Cabinet 3...

Page 84: ...or various EBTS site conﬁgurations Table 4 14 correlates the speciﬁc types of systems and sites to Figures 4 3 through 4 7 Intercabinet Connections The 5 MHz 1 PPS signal originates in the site controller All 5 MHz 1 PPS connections between the Site Controller and the RF Cabinet s are made on the junction panel of the Site Control and RF Cabinets The site controller has three identical buffered ou...

Page 85: ... The table below shows a proper distribution of the site reference outputs to the RF Cabinets RFCs Note that in the above example each output drives 8 BRs while utilizing all three outputs within sector 1 Example 2 Assume a 16 BR two sector site with the following arrangement 8 BRs in Sector 1 8 BRs in Sector 2 The table below shows a proper distribution of the site reference outputs to the RFCs N...

Page 86: ...el Connect an additional cable PN 0112004Z29 to the 5 MHz 1 PPS OUT 2 and 5 MHz 1 PPS OUT 3 connectors on the junction panel as required Connect free end of cable s to 5 MHz 1 PPS IN connector on RF Cabinet s 2 Starting at the ﬁrst RF Cabinet daisy chain connect cables PN 0112004Z29 from the 5 MHz 1 PPS OUT connectors to the 5 MHz 1 PPS IN connectors on each cabinet junction panel in accordance wi...

Page 87: ...inets Figure 4 5 Sectored 3 Main RF Cabinets Figure 4 7 CAVITY COMBINING RFDS 1 5 Channel Omni 1 Main RF Cabinet Figure 4 3 6 10 Channel Omni Expansion 1 Main RF Cabinet 1 Expansion RF Cabinet Figure 4 4 11 15 Channel Omni Expansion 1 Main RF Cabinet 2 Expansion RF Cabinets Figure 4 5 16 20 Channel Omni Expansion 1 Main RF Cabinet 3 Expansion RF Cabinets Figure 4 6 Sectored 3 Main RF Cabinets Figu...

Page 88: ...2301JNM CABINET w iSC EXPANSION RF CABINET 0909906D01 T erminator 0112004Z29 MAIN RF CABINET IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED SITE GROUND SITE GROUND 0909906D01 T erminator 0909906D01 T erminator 0112004Z29 ...

Page 89: ...ANT TX OUT ALARM IN OUT ETHERNET GROUNDED IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED GPS B GPS A OUT 3 OUT 2 OUT 1 10B2 3 10B2 2 10B2 1 TX OUT RX2 RX3 RX1 5MHz 1PPS ETHERNET 0909906D01 T erminator SITE GROUND SITE GROUND 0112004Z29 0909906D01 T erminator 0909906D01 T erminator 0909906D01 T erminator EBTS373 042301JNM CABINET w i...

Page 90: ...BLES TO ANY OTHER PORTS MAY CAUSE INTERNAL DAMAGE RX2 RX1 RX3 0112004Z29 0909906D01 T erminator 0112004Z29 LAST RF CABINET RF CABINET 2 IN OUT IN OUT ETHERNET 5 MHz 1PPS ALARM CAUTION DO NOT CONNECT THE ETHERNET CABLES TO ANY OTHER PORTS MAY CAUSE INTERNAL DAMAGE RX2 RX1 RX3 IN OUT IN OUT ETHERNET 5 MHz 1PPS ALARM CAUTION DO NOT CONNECT THE ETHERNET CABLES TO ANY OTHER PORTS MAY CAUSE INTERNAL DAM...

Page 91: ... chain connect cables PN 0112004Z29 from the ETHERNET OUT connectors to the ETHERNET IN connectors on each cabinet junction panel in accordance with Table 4 15 and Figures 4 9 through 4 12 as applicable 3 Connect a 50Ω BNC Termination PN 0909906D01 to the ETHERNET OUT connector on the last RF Cabinet in the conﬁguration 4 Proceed to Alarm Intercabling ...

Page 92: ... Figure 4 11 Sectored 3 Main RF Cabinets Figure 4 12 CAVITY COMBINING RFDS 1 5 Channel Omni 1 Main RF Cabinet Figure 4 9 6 10 Channel Omni Expansion 1 Main RF Cabinet 1 Expansion RF Cabinet Figure 4 10 11 15 Channel Omni Expansion 1 Main RF Cabinet 2 Expansion RF Cabinets Figure 4 11 16 20 Channel Omni Expansion 1 Main RF Cabinet 3 Expansion RF Cabinets Figure 4 11 Sectored 3 Main RF Cabinets Figu...

Page 93: ...TX OUT ALARM IN OUT ETHERNET GROUNDED GPS B GPS A OUT 3 OUT 2 OUT 1 10B2 3 10B2 2 10B2 1 TX OUT RX2 RX3 RX1 5MHz 1PPS ETHERNET SITE GROUND SITE GROUND 0112004Z29 EBTS305 042301JNM EXPANSION RF CABINET 0909906D01 T erminator 0112004Z29 MAIN RF CABINET CABINET w iSC IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED IN OUT ETHERNET 5 MHz ...

Page 94: ...DED IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED GPS B GPS A OUT 3 OUT 2 OUT 1 10B2 3 10B2 2 10B2 1 TX OUT RX2 RX3 RX1 5MHz 1PPS ETHERNET SITE GROUND SITE GROUND GPS B GPS A OUT 3 OUT 2 OUT 1 10B2 3 10B2 2 10B2 1 TX OUT RX2 RX3 RX1 5MHz 1PPS ETHERNET 0112004Z29 0112004Z29 EBTS306 042301JNM CABINET w iSC 0909906D01 T erminator 0112...

Page 95: ...ray on each cabinet Cavity Combining RFDS The alarm connection is located on the RFDS Power Supply tray and is labeled ALARM Alarm Intercabling Procedure General Perform alarm cabling from the EAS EAS2 to RF cabinets RFCs as follows 1 Make certain an adequate quantity of RJ45 to RJ45 cables P N 3084225N42 is available Each RF cabinet requires one cable 2 Refer to Table 4 16 Noting the type of syst...

Page 96: ...rm Intercabling for SRRC For alarm intercabling information for the SRRC refer to the SRSC GEN 4 EBTS section of the EBTS System Manual on CD 98P80800A17 Alarm Intercabling for SRSC For alarm intercabling information speciﬁc to the SRSC refer to the SRSC GEN 4 EBTS section of the EBTS System Manual on CD 98P80800A17 ...

Page 97: ...F 2 to Expansion RFC 1 ALARM connector on Power Supply Tray EAS EAS2 RF 3 to Expansion RF Cabinet 2 ALARM connector on Power Supply Tray Figure 4 13 Sectored EAS EAS2 RF 1 to Main RFC 1 ALARM connector EAS EAS2 RF 2 to Main RFC 2 ALARM connector EAS EAS2 RF 3 to Main RFC 3 ALARM connector Figure 4 13 800 MHz GEN 4 DUPLEXED RFDS 1 6 Channel Omni EAS EAS2 RF 1 to Main RFC alarm connector on Rx Tray ...

Page 98: ...RFC alarm connector on Rx Tray EAS EAS2 RF 2 to Expansion RFC 1 alarm connector on Rx Tray EAS EAS2 RF 3 to Expansion RFC 2 alarm connector on Rx Tray EAS EAS2 High Capacity connections to Expansion RFC 3 alarm connector on Rx Tray Figure 4 14 Figure 4 17 Table 4 16 Alarm intercabling continued System Site Type Intercabling Connections Perform Cabling As Shown In ...

Page 99: ...RF 1 to Main RFC ALARM connector on Power Supply Tray EAS EAS2 RF 2 to Expansion RFC 1 ALARM connector on Power Supply Tray EAS EAS2 RF 3 to Expansion RFC 2 ALARM connector on Power Supply Tray High Capacity EAS EAS2 connection to Expansion RFC 3 ALARM connector on Power Supply Tray Figure 4 15 Figure 4 17 Sectored EAS EAS2 RF 1 to Main RFC 1 ALARM connector on Power Supply Tray EAS EAS2 RF 2 to M...

Page 100: ...N42 EAS RF CABINET 1 RF CABINET 2 RF CABINET 3 3084225N42 3084225N42 RF 3 RF 2 RF 1 IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN OUT ETHERNET GROUNDED IN OUT ETHERNET 5 MHz 1PPS ISOLATED GROUND RX3 RX2 RX1 GPS B GPS A BMR ANT TX OUT ALARM IN...

Page 101: ...IN T7OUT T6IN T5IN T3IN T2IN T1OUT T4OUT T9IN T8IN T7OUT T6IN T5IN T3IN T2IN T1OUT T4OUT RF 3 RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER B SERIAL PARALLEL CONTROLLER A RTN 48V USER ALARM CONTROL SYSTEM ALARM CONTROL ENVIRONMENTAL ALARM SYSTEM Motorola 48V 1 0A EAS RF3 RF2 RF1 CONTROL 48V MOTOROLA ENVIRONMENTAL ALARM SYSTEM INPUT PARALLEL CONTROLLER B PARALLEL CONTROLLER A USER ALARM CONTROL RTN ...

Page 102: ...2 TOWER AMP 1 AMP 3 AMP 2 AMP 1 POWER IN GND ALARM POWER MON AMP POWER POWER IN POWER AMP 3 POWER AMP 2 POWER AMP 1 RESET TOWER AMP 3 TOWER AMP 2 TOWER AMP 1 AMP 3 AMP 2 AMP 1 POWER IN GND EXPANSION RF CABINET 2 EXPANSION RF CABINET 1 MAIN RF CABINET 3084225N42 3084225N42 ALARM OUT ALARM OUT ALARM OUT RF 1 RF 2 RF 3 RF3 RF2 RF1 CONTROL 48V MOTOROLA ENVIRONMENTAL ALARM SYSTEM INPUT PARALLEL CONTROL...

Page 103: ...2 POWER AMP 1 RESET TOWER AMP 3 TOWER AMP 2 TOWER AMP 1 AMP 3 AMP 2 AMP 1 POWER IN GND ALARM POWER MON AMP POWER POWER IN POWER AMP 3 POWER AMP 2 POWER AMP 1 RESET TOWER AMP 3 TOWER AMP 2 TOWER AMP 1 AMP 3 AMP 2 AMP 1 POWER IN GND ALARM POWER MON AMP POWER POWER IN POWER AMP 3 POWER AMP 2 POWER AMP 1 RESET TOWER AMP 3 TOWER AMP 2 TOWER AMP 1 AMP 3 AMP 2 AMP 1 POWER IN GND RF CABINET 3 RF CABINET 2...

Page 104: ...48V 1 0A EAS iSC408 010802JNM 3083892X04 EAS PUNCH BLOCK 2 3084966K06 MODULAR ADAPTER 2882174W03 TO EXPANSION RF CABINET 3 PUNCH BLOCK 1 3083892X04 EAS TO EXPANSION RF CABINET 7 TO EXPANSION RF CABINET 5 TO EXPANSION RF CABINET 6 TO EXPANSION RF CABINET 4 NOT USED TO MAIN RF CABINET TO EXPANSION RF CABINET 2 TO EXPANSION RF CABINET 1 RF3 RF2 RF1 CONTROL 48V MOTOROLA ENVIRONMENTAL ALARM SYSTEM INPU...

Page 105: ...On the EAS EAS2 locate the modular cable that is plugged into the Control connector The end of this cable contains three separate branched wires that are colored red blue and green 2 Locate the Mate N Lok connector at the end of a colored wire This is a PCCH redundancy control connection for a speciﬁc RF Cabinet Note Make sure that each wire is routed to the appropriate RF Cabinet Red is for RF Ca...

Page 106: ...n the junction panel Alarm System Cabling All site alarm wires enter from the top of the cabinet and connect to the rear of the EAS EAS2 Site alarm wiring should be complete before installation This section gives instructions for connecting the site alarms to the EAS EAS2 Figure 4 18 shows the rear view of the EAS EAS2 Figure 4 19 shows the connections between the EAS EAS2 and punch blocks 1 and 2...

Page 107: ...rms for the site Site alarm wiring enters from the top of the equipment cabinet via the junction panel Connector pinouts for the junction panel are the same as EAS EAS2 connector pinouts RF 3 RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER B SERIAL PARALLEL CONTROLLER A RTN 48V USER ALARM CONTROL SYSTEM ALARM CONTROL ENVIRONMENTAL ALARM SYSTEM Motorola 48V 1 0A iSC407 042202JNM PUNCH BLOCK 1 PUNCH BL...

Page 108: ... contacts allow control of external equipment The relays are rated 50 Vdc at 250 mA If switching requirements exceed these ratings use a relay contact to actuate a power relay RF 3 iSC411 042202JNM RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER B SERIAL PARALLEL CONTROLLER A RTN 48V USER ALARM CONTROL SYSTEM ALARM CONTROL P10 P9 P1 P2 P3 P4 P5 P6 P8 P7 ENVIRONMENTAL ALARM SYSTEM Motorola 48V 1 0A RF...

Page 109: ...ation Table 4 17 User Alarm Inputs Alarm Code P9 USER ALARM CONTROL Pin No Function EAS D SUB 50 CONN EAS2 CHAMP 50 CONN RETURN Signal Live Connection RETURN Signal Live Connection 212 8 7 22 47 customer deﬁned input 213 10 9 21 46 customer deﬁned input 214 12 11 20 45 customer deﬁned input 215 14 13 19 44 customer deﬁned input 216 16 15 18 43 customer deﬁned input 217 18 17 17 42 customer deﬁned ...

Page 110: ...249 12 11 20 45 reserved for system use 250 14 13 19 44 reserved for system use 251 16 15 18 43 reserved for system use 247 18 17 17 42 major rectiﬁer failure 246 20 19 16 41 minor rectiﬁer module failure 245 22 21 15 40 breaker failure alarm 244 24 23 14 39 high DC voltage 243 26 25 13 38 low DC voltage 242 28 27 12 37 AC Power failure 223 30 29 11 36 predeﬁned input site AC surge protector 222 3...

Page 111: ...circuit breaker 234 3 4 RF Cabinet 1 combination mc ampliﬁer 235 5 6 RF Cabinet 1 combination mc power supply 236 7 8 RF Cabinet 1 Tower Top Ampliﬁer P7 RF 2 Pin No 229 1 2 RF Cabinet 2 circuit breaker 230 3 4 RF Cabinet 2 combination mc ampliﬁer 231 5 6 RF Cabinet 2 combination mc power supply 232 7 8 RF Cabinet 2 Tower Top Ampliﬁer P8 RF 3 Pin No 225 1 2 RF Cabinet 3 circuit breaker 226 3 4 RF C...

Page 112: ...tput NC 44 4 NO 46 3 255 COM 49 26 customer deﬁned output NC 48 2 NO 50 1 NOTE NC Normnally Closed NO Normally Open Table 4 21 System Relay Outputs Alarm Code Contact P10 SYSTEM ALARM CONTROL Pin No Function EAS EAS2 248 COM 41 30 customer deﬁned output generator remote start NC 40 6 NO 42 5 254 COM 45 28 reserved for system use NC 44 4 NO 46 3 253 COM 49 26 reserved for system use NC 48 2 NO 50 1...

Page 113: ...O 5 output RF Relay Cabinet 2 COM 6 240 NO 7 output RF Relay Cabinet 3 COM 8 NOTE NO Normally Open Table 4 23 Punch block pinouts Alarm code EAS EAS2 connector Punch block pairs EAS EAS2 standard alarm connection 201 User Alarm Control 6 31 customer deﬁned input 202 User Alarm Control 5 30 customer deﬁned input 203 User Alarm Control 14 39 customer deﬁned input 204 User Alarm Control 13 38 custome...

Page 114: ... Control 7 32 predeﬁned input site entry 220 System Alarm Control 8 33 predeﬁned input site high ambient temperature 221 System Alarm Control 9 34 predeﬁned input site low ambient temperature 222 System Alarm Control 10 35 predeﬁned input site smoke detector 223 System Alarm Control 11 36 predeﬁned input site AC surge protector 224 System Alarm Control 22 47 reserved for system use 225 RF 3 1 2 RF...

Page 115: ...1 System Alarm Control 21 46 reserved for system use 242 System Alarm Control 12 37 AC Power failure 243 System Alarm Control 13 38 low DC voltage 244 System Alarm Control 14 39 high DC voltage 245 System Alarm Control 15 40 breaker failure alarm 246 System Alarm Control 16 41 minor rectiﬁer module failure 247 System Alarm Control 17 42 major rectiﬁer failure 248 System Alarm Control 30 6 5 custom...

Page 116: ...from punch block 1 to punch block 2 or between the right and left sides of punch block 2 is required In Tables 4 24 and 4 25 these are identiﬁed as entries containing four punch block numbers per alarm function In these cases a jumper is required from the pin indicated in the particular row to the pin indicated in the immediately adjacent column Figure 4 21 shows examples of punch block to punch b...

Page 117: ...8 3 29 4 30 5 31 6 32 7 33 8 34 9 35 10 37 12 38 13 36 1 40 15 41 16 39 14 42 17 50 25 49 24 44 19 43 18 45 20 46 21 47 22 48 23 Alarm code EAS function Punch block 2 signal pairs left side NOTE 241 RFC 4 circuit breaker 21 28 46 3 Alarm code EAS function Punch block 2 signal pairs left side NOTE 212 RFC 6 circuit breaker 44 22 19 47 Punch block 2 signal pairs right side PUNCH BLOCK 1 PUNCH BLOCK ...

Page 118: ...NOTE Punch block 1 signal pairs right side 210 reserved for system use 23 48 219 Site entry 7 32 220 Site high ambient temperature 8 33 221 Site low ambient temperature 9 34 223 Site AC surge protector 11 36 224 reserved for system use 22 47 241 RFC 4 circuit breaker 28 21 3 46 242 AC power failure 12 37 243 LO DC voltage 13 38 244 HI DC voltage 14 39 245 Breaker alarm failure 15 40 246 Minor rect...

Page 119: ...26 2 1 254 reserved for system use 28 4 3 NOTE Pinout connections in Punch block 2 column indicate pins where jumpering between punch blocks 1 and 2 is required Install jumper from pin speciﬁed in punch block 1 column to the pin speciﬁed immediately to the right in punch block 2 column For example on alarm code 249 jumper is to be installed from punch block 1 pin 20 to punch block 2 pin 27 Table 4...

Page 120: ...01 customer deﬁned input 6 31 202 customer deﬁned input 5 30 203 RFC 8 circuit breaker 36 14 11 39 204 RFC 8 combiner multicoupler ampliﬁer 35 13 10 38 205 RFC 8 combiner multicoupler power supply 34 12 12 37 206 RFC 8 tower top ampliﬁer 37 11 9 36 207 RFC 7 circuit breaker 32 10 7 35 208 RFC 7 combiner multicoupler ampliﬁer 31 9 6 34 209 RFC 7 combiner multicoupler power supply 30 8 8 33 211 RFC ...

Page 121: ...pliﬁer 41 15 13 40 255 customer deﬁned output 26 2 1 256 customer deﬁned output 28 4 3 NOTE Pinout connections in Punch block 2 left side column indicate pins where jumpering between punch block 2 left and right sides is required Install jumper from pin speciﬁed in left side column to the pin speciﬁed immediately to the right in right side column For example on alarm code 217 jumper is to be insta...

Page 122: ...e surge arrestor The cable connecting the Controller to the surge arrestor is locally procured Table 4 26 EAS EAS2 modular alarm connection pinouts Alarm code Connector Pins EAS EAS2 function 225 RF 3 1 2 RFC 3 circuit breaker 226 RF 3 3 6 RFC 3 combiner multicoupler ampliﬁer 227 RF 3 5 8 RFC 3 combiner multicoupler power supply 228 RF 3 7 4 RFC 3 tower top ampliﬁer 229 RF 2 1 2 RFC 2 circuit brea...

Page 123: ... operation iDEN does not require this power If 48V is present on the network connection to the site controller the SmartJack is incorrectly configured Contact the service provider immediately to correct this situation The SmartJack switch should be set so that 48V power does not pass through to the site controller If this cable is locally manufactured crimp the 8 pin connectors as shown in Figure ...

Page 124: ...nsity errors and prevents proper site controller operation Operators have reported difﬁculties when the service provider provisions intermediate repeaters with an auto function If problems occur on the span the intermediate repeaters may automatically start switching between AMI and B8ZS searching for a signal Some Smartjacks have automatic capability as well Figure 4 23 T1 interface cable configu...

Page 125: ...g using appropriate test equipment The Smartjack should be set up for ESF framing Loop Thru Powering By passing 48VDC power over the span this Smartjack option allows the interface to provide through 48VDC to customer equipment The option is set to loop if the customer equipment requires a dry contact that terminates the span line power in the Smartjack Because iDEN does not support 48 VDC on the ...

Page 126: ...TOR IF 48VDC IS PRESENT THE T1 E1 SIGNAL WILL BE DISRUPTED PREVENTING PROPER OPERATION IF APPLICATION OF 48VDC CONTINUES THE SITE CONTROLLER S POWER LINE CROSS PROTECTION CIRCUITRY ACTIVATES AS LONG AS THE 48VDC IS PRESENT THE CIRCUIT REMAINS OPEN REMOVING THE 48VDC CAUSES THE CIRCUIT TO CLOSE NORMAL OPERATION MAY RESUME AS LONG AS THE 48VDC IS NOT PRESENT Loopback All Ones Upon loss of the signal...

Page 127: ...enabled in some Smartjacks This option does not have any direct effect on the operation of iDEN equipment Yet Code Enable Disable does affect the ability of the operator service provider to diagnose network problems The site controller responds to the loopback code designated for Channel Service Units which is different than for the Smartjacks The site controller responds to ESF loopback codes on ...

Page 128: ...Chapter 4 Installation Gen 3 Site Controller System Manual Intercabling Connections 4 62 68P80801E30 A 5 1 2002 This page intentionally left blank ...

Page 129: ...lete Refer to the EBTS System Manual on CD 98P80800A17 for the ﬁnal checkout of non site control equipment The following table lists this chapter s topics Section Page This section Final Checkout Setup 5 2 describes the procedures for proper setup of the site control equipment Powering the Site Controller Rack 5 3 describes the procedures for powering up the site control equipment Circuit Breakers...

Page 130: ...inet set all circuit breakers to OFF Figure 5 1 shows the Cabinet Breaker Panel For details of the AC DC Power System for the SRSC refer to the SRSC GEN 4 EBTS section of the EBTS System Manual on CD 98P80800A17 RFS3 CTRL A RFS2 EAS IMU CTRL B 7 5A OFF ON iSC076 060796JNM 7 5A 3A 25A 25A 7 5A 3A 3A 25A 25A BR1 BR3 RFS1 BR2 BR4 OFF ON OFF OFF ON OFF OFF ON OFF OFF ON OFF OFF ON OFF OFF ON OFF OFF O...

Page 131: ...s supplies power to the Controllers A and B Refer to Figure 5 2 2 Verify a voltage level between 41 Vdc and 60 Vdc at the 48 Vdc hot terminals on the Breaker Panel in the Cabinet 3 Verify a voltage level of less than 1 0 V between the DC return and chassis ground of the Cabinet ACGA RF1 A RF2 A RF3 A ACG B RF1 B RF2 B RF3 B 50A 50A 50A 50A 50A 50A 50A 50A A SIDE B SIDE iSC035 042396JNM Figure 5 2 ...

Page 132: ...breaker to ON Refer to Figure 5 3 Verify that the Power LED on the EAS EAS2 is lit 2 Set the CTRL A breaker to ON Verify that the Power LED on Controller A is lit 3 Set the CTRL B breaker to ON Verify that the Power LED on Controller B is lit Note The site reference requires 13 to 25 minutes to start up for the first time During this delay the GPS receiver locates and fixes on satellites Also the ...

Page 133: ...s testing procedures for the site controller The following table lists this chapter s topics Section Page This section Testing Overview 6 2 describes the requirements for MMI commands and testing procedures Site Controller Veriﬁcation 6 3 contains testing procedures for the site controller RF Cabinet Veriﬁcation n a refer to the EBTS System Manual on CD 98P80800A17 ...

Page 134: ...ote Ship faulty FRUs to a Motorola depot facility for servicing MMI commands Service technicians can communicate with the system through Man Machine Interface MMI commands and a service computer MMI commands provide testing capabilities They also enable access to alarm log ﬁles and various diagnostic tests In addition MMI commands provide a means to conﬁgure the site controller for various system ...

Page 135: ...er Status 6 14 describes how to check the status of the standby site controller system Base Radio Registration 6 15 describes how to check the registration and status of each Base Radio within the system T1 Connection Test 6 17 describes how to locally manufacture a T1 test cable also how to set up and perform a loop back test on the T1 line EAS EAS2 Alarm Checkout 6 25 describes how to verify tha...

Page 136: ...ompt precedes the command as in the following example iSC whois isc Table 6 1 Test equipment for cabinet testing Equipment Model type Supplier Description service computer 80286 or better IBM IBM compatible or Macintosh local service computer T1 E1 test set Fireberd TTC used to generate a Quasi Random Signal Sequence QRSS bit pattern and perform a loop back test T1 E1 test cable n a locally procur...

Page 137: ...puter must contain serial port communications software e g ProComm plus The following procedures are written for DOS based service computers For Macintosh service computers alternate procedures are available from your iDEN System Manager 3 Invoke the communications program by typing C IDEN procomm 4 Using the communications software conﬁgure the service computer RS 232 port with the parameters lis...

Page 138: ...test is complete on Controller A verify that the following messages appear on the service computer terminal 4 Press any key within 10 seconds When prompted enter the proper password and press return Note The display does not reﬂect the entry of the password The default password is factory The ACG prompt is displayed on the service computer once the correct password has been entered Access Controll...

Page 139: ...er net e at the ACG prompt To conﬁgure the site controller for T1 enter net t at the ACG prompt To conﬁgure the T1 Line Build Out settings enter net b at the ACG prompt For each port enter ACG status Active Standby Status ACTIVE MAC Address XX XX XX XX XX XX Standby ACG MAC Address No Standby ACG ACG net e Current NIC conﬁguration is Signalling E1 ACG net t Current NIC conﬁguration is Signaling T1...

Page 140: ...t setting for each port is 0 Example Change line build out to 7 5dB net b Setting LBO 0 0dB 1 7 5dB 2 15dB ACG net b Line build out for port 0 0 1 Line build out for port 1 0 1 Line build out for port 2 0 1 Line build out for port 3 0 1 Current NIC conﬁguration is Signaling T1 T1 line build out on port 0 1 on port 1 1 on port 2 1 on port 3 1 ...

Page 141: ...e into memory via ethernet loadall Load all ﬁles into memory via ethernet makeroom Make room after a ﬁle mcd Enable Disable memory corruption detection nvr Dump NVRAM packdfs Pack existing ﬁles in DFS memory passwd Change operator password probe Enter pROBE debugger put Send ﬁle via tftp to another host reset Reboot this processor rm Delete ﬁle s savedfs Save DFS status Print conﬁguration paramete...

Page 142: ...tatus Site Reference ISA available ROM checksum test performed unknown RAM checksum test performed unknown Correlation test for the channels performed unknown Satellite tracking status unknown Frequency Lock status unknown GPS Alarm status alarm Environmental Alarm Unit EAS not available Ethernetnot available Internal Loopback Test fail T1 initialization OK Subrated E1 Network Interface 1 Availabl...

Page 143: ...Commands At the iSC prompt type help This entry displays commands associated with the site controller iSC help help ver quit display eas display gps alarms ping gps status gps display temp ping standby switch isc whois isc display nic loop line deloop line ping br customer output activate deactivate monitor off gps external 5mhz selftest iSC ...

Page 144: ...ocated on the BR front panel and follow on screen instructions in order to activate BR installation software Refer to System Testing section in Volume 1 System Installation and Testing of EBTS manual for more information 1 On the RF Cabinet breaker panel set all BR breakers to OFF 2 Apply power to a single BR via the breaker panel on the RF Cabinet and the power switch on the BR Power Supply This ...

Page 145: ... and position A failure in downloading to the proper BR cabinet and position indicates that the BR has been mis programmed Otherwise a failed download might indicate that the cabinet is installed improperly Continue downloading the remaining BRs and then contact your iDEN System Manager for additional help 4 Apply power to the next BR 5 Repeat this procedure for each additional BR ...

Page 146: ... ping standby Verify the following message on the service computer Note The standby GPS always has a response of NOT AVAILABLE This is a normal indication and does not indicate a failure If the standby site controller is powered off or if there is a communication problem then a time out occurs and the following is displayed iSC ping standby Standby iSC is available Standby GPS is not available iSC...

Page 147: ...nual for more information 2 Verify the following messages on the service computer Cab pos number and ethernet address will be displayed for BRs that respond successfully The column Cab Pos represents cabinet and position of the Base Radio For example 13 is the Base Radio in cabinet 1 position 3 Note BR position 1 BR1 represents the BR mounting position within the cabinet which is closest to the fl...

Page 148: ... BRs that fail to respond at all The service computer displays the following messages if the site controller cannot communicate with any BR Perform the following steps in case of unsuccessful response from one or more BRs 1 Check the ethernet connection 2 Check BR cabinet position number 3 Reset the BR iSC ping br Cab Pos Ethernet Address Platform 08 00 3e c0 1c 18 Legacy BR 08 00 3e c0 1c 19 Quad...

Page 149: ...equired to connect the test set to the circuit selected for testing Use locally procured parts and the pin out shown in Figure 6 1 to assemble this cable T1 Sest Setup The following T1 test procedure uses the TTC Fireberd T1 test set 1 Connect the 15 pin connector test cable to the T1 test set Figure 6 2 shows this connection DB 15 MALE CONNECTOR RJ 48 MODULAR PLUG TO FROM T1 TEST SET TO FROM SURG...

Page 150: ... the settings indicated in Table 6 3 T1 test procedure This test involves equipment looping using the loop line and deloop line MMI commands Table 6 3 Settings for the T1 test set Function Setting Receive input Term Transmit output 0dB DSX Timing Int Test Cont Code B8ZS Print Event Off Mode ESF Pattern T1 QRSS Results I Summary Results II Time DEMARC POINT 8 CONDUCTOR MODULAR CABLE T1 PHONELINE TE...

Page 151: ...test set to clear the display and start the test Run the test uninterrupted for ﬁve minutes No errors should be detected 3 Use the Up and Down arrow keys on the test set keyboard to scroll through the results These keys are located next to the Results I key 4 At the iSC prompt type deloop line This command stops the site controller from looping the T1 line The following message is displayed Note T...

Page 152: ...t breaks the data links between the MSO and the EBTS The site controller downloaded software includes a timer with a default value of one hour When the links have been broken for one hour this timer initiates a site controller reset and clears the loop back The value of this timer can be changed to run a longer loop back test This timer does not effect loop backs when site controller is operating ...

Page 153: ...loop back mode Depressing the SEL LOOP button for two seconds again deactivates the line loop back Line Loop Back from a ANSI T1 403 Loop Back Command on The Facility Data Link A craftsperson uses a T1 test set and inserts it into the line going to the site controller The test box then sends a T1 403 line loop up bit oriented message on the FDL towards the site controller When the craftsperson is ...

Page 154: ...using the in band loop up code he will need to terminate loop back using the in band loop down code The site controller has two different loop back decoders One decoder is for in band signaling The other decoder is for facility data link signaling A T1 403 line loop down bit oriented message on the FDL will not loop down the site controller if it was looped up with a in band loop up code Likewise ...

Page 155: ...tes a site controller reset and clears the loop back The value of this timer can be changed to run a longer loop back test This timer does not effect loop backs when site controller operates under boot ROM software Line loop back connects the received data from the network to the line driver in the site controller The data passes through the site controller unchanged All framing errors CRC errors ...

Page 156: ...tsperson is done testing the E1 line he sends the inband loop down code to the site controller This code is a repeating 001 pattern across the entire E1 frame The site controller detects this pattern and quits looping the E1 Normal operation on the E1 line can now begin The loop down code contains no more than four zeros in a row so HDB3 or AMI line coding may be used to loop down the site control...

Page 157: ...al Chapter 6 System Testing EAS EAS2 Alarm Checkout EAS EAS2 Alarm Checkout The following procedure veriﬁes correct wiring of alarms monitored by the EAS EAS2 1 At the iSC prompt type display eas The service computer displays information similar to the following ...

Page 158: ...t inactive 225 RF cabinet 3 circuit breaker o k 226 RF cabinet 3 combiner multicoupler Ampliﬁer o k 227 RF cabinet 3 combiner multicoupler power supply o k 232 RF cabinet 2 tower top ampliﬁer o k 240 RF cabinet 3 PCCH Redundancy Control Output inactive 245 Power system breaker fail o k 246 Rectiﬁer Module Fail minor o k 247 Rectiﬁer Module Fail major o k 243 Low Voltage o k 244 High Voltage o k 24...

Page 159: ... described above Some actions trigger more than one alarm For instance switching off the main breaker to the Controller Other alarms are site speciﬁc and may or may not be wired Site speciﬁc alarms are generally more difﬁcult to trigger manually The alarm actions listed below do not remove power from the controller Removing controller power disrupts the testing procedure A list of alarms and actio...

Page 160: ... off both RFS1 2 breakers of RFC3 RFC 3 combiner multicoupler ampliﬁer RFC 3 combiner power supply RFC 3 circuit breaker RFC 3 tower top ampliﬁer Switch off the AC circuit breaker for rectiﬁer 1 at the site power panel AC power failure Minor rectiﬁer alarm Switch off any breaker in the Power Supply rack Power system breaker fail If possible turn off the AC power for rectiﬁers 1 and 2 in the Power ...

Page 161: ...lowing information is displayed on the service computer iSC ping gps GPS on line Satellite Tracking Status site sync down Frequency Lock Status not locked Alarm status OK iSC display gps alarms GPS Alarm StatusOK Self test OK GPS Software version OK GPS Communications OK Online Fault OK Idle mode fault OK GPS IPPS OK HSO 1PPS OK HSO locked to GPS UNKNOWN Time frequency output 1 OK Time frequency o...

Page 162: ...tellites the GPS antenna cable is properly connected If it is the GPS antenna is possibly faulty DO NOT ATTEMPT TO MAKE A RESISTANCE CHECK OF THE GPS ANTENNA DAMAGE TO THE ACTIVE DEVICES WITHIN THE ANTENNA ELEMENT MAY RESULT 3 At the iSC prompt type status gps This command displays details of the GPS receiver iSC status gps 0 satellites tracked 4 are required ID Mode S N 9 0 0 30 0 0 19 0 0 2 0 0 ...

Page 163: ...ence is a 5 MHz signal from a high stability oscillator In addition the high stability oscillator is trained to GPS to eliminate aging and temperature effects The site reference signal is a combined 1PPS 5MHz signal It is combined by altering the duty cycle of the 5MHz frequency reference such that the change from a 25 to 75 duty cycle represents the 1PPS timing mark In order for the base radios t...

Page 164: ...3 Site Controller System Manual Site Reference 6 32 68P80801E30 A 5 1 2002 Figure 6 3 Site Reference 25 and 75 duty cycle pulse mask 135 nSec 2 0V 0 8V 35 nSec 135 nSec 2 0V 0 8V 35 nSec iSC092 100296JNM 25 DUTY CYCLE 75 DUTY CYCLE ...

Page 165: ...This chapter provides troubleshooting procedures for the system The following table lists this chapter s topics Section Page This section Controller 7 3 deﬁnes the possible failures and corrective actions for failure symptoms of the Controller EAS EAS2 Unit 7 6 deﬁnes the possible failures and corrective actions for failure symptoms of the EAS EAS2 unit ...

Page 166: ...uld perform troubleshooting whenever a failure occurs during normal operation that cannot be resolved by the Operations and Maintenance Center OMC Some indications list several possible failures along with corresponding corrective actions If a failure is isolated to the FRU level the suspected module should be replaced with a new one This restores the system to normal operation as quickly as possi...

Page 167: ...ng ping gps MMI command indicates no satellites tracked Open or damaged GPS antenna lead in or surge arrestor Verify GPS antenna lead in and surge arrestor Slow handovers Open or damaged GPS antenna lead in or surge arrestor Verify GPS antenna lead in and surge arrestor Open 5 MHz cable or missing termination of 5 MHz cable Check for open 5 MHz cable and missing termination of 5 MHz cable Power LE...

Page 168: ...eck T1 E1 cabling Check T1 E1 levels Check for T1 E1 noise or crosstalk Controller failure Replace the Controller BPV PD LED is lit Bipolar Violation Pulse Density Violation T1 is not conﬁgured for B8ZS Conﬁgure T1 correctly Bit errors Check T1 E1 cabling Check T1 E1 levels Check for T1 E1 noise or crosstalk Controller failure Replace the Controller Net LED is lit Network Loopback The Controller h...

Page 169: ...ications ALARM Replace the Controller Online fault ALARM Replace the Controller Idle mode fault ALARM Replace the Controller GPS 1PPS ALARM Replace the Controller HSO 1PPS ALARM Replace the Controller HSO locked to GPS ALARM Replace the Controller Time frequency output 0 1 or 2 ALARM Replace the Controller Oscillator aging ALARM Replace the Controller Table 7 1 Controller Troubleshooting Indicatio...

Page 170: ...response miswired modular cable Check EAS EAS2 modular cabling AC fail alarm AC input or an open or disconnected alarm lead Verify AC input check for open or disconnected alarm leads High temperature alarm AC input to air conditioner Verify AC input site air conditioner Call for service on air conditioner Alarm sensor improperly set or wires shorted Check and adjust alarm sensor Alarm sensor locat...

Page 171: ...or the Man Machine Interface MMI commands MMI commands are used to test and conﬁgure the system equipment via a service computer The following table lists this chapter s topics MMI Commands 8 2 describes the MMI commands including access levels and conventions Site Controller Commands 8 4 deﬁnes the site controller command set which is used to conﬁgure and test the site controller ...

Page 172: ...e Radio chapter Access Level Site controller commands are available through the use of the password factory This password allows the service technician access to a subset of the MMI command set This subset is used for ﬁeld service and does not allow permanent conﬁguration of the site controller Note The factory password is a default password that is programmed during manufacturing The password may...

Page 173: ...the use of parameters If input parameters are not entered a response is returned identifying the proper syntax for the command A deﬁnition describes in detail each command s purpose and function The deﬁnition is followed by an example of the commands response Typical values have been used whenever possible Some commands return varying responses such as available not available unknown o k and alarm...

Page 174: ...mmands HELP Syntax help The help command prints a list of commands and their functions Example iSC help help ver quit display eas display gps alarms ping gps status gps display temp ping standby switch isc whois isc display nic loop line deloop line ping br customer output activate deactivate monitor off gps external 5mhz selftest iSC ...

Page 175: ...are version Example QUIT Syntax quit The quit command resets the site controller to exit the Install Test application Example DISPLAY EAS Syntax display eas The display eas command lists the status of all the EAS EAS2 contacts A sample of the output is shown iSC ver iSC3 Factory Install R09 02 02 ACG INSTALL iSC quit Do you really want to quit n Answer y at the prompt to reset the board ...

Page 176: ...S Syntax ping gps iSC display eas CODE DESCRIPTION 201 50 Pin Telco B pin 11 alarm 202 50 Pin Telco B pin 9 alarm 203 50 Pin Telco B pin 27 alarm 204 50 Pin Telco B pin 25 alarm iSC display gps alarms GPS Alarm StatusOK Self test OK GPS Software version OK GPS Communications OK Online Fault OK Idle mode fault OK GPS 1PPS OK HSO 1PPS OK HSO locked to GPS UNKNOWN Time frequency output 1 OK Time freq...

Page 177: ...racking status of any CPS satellites that the site controller is tracking Example iSC ping gps GPS on line Satellite Tracking Status site sync down Frequency Lock Status notlocked Alarm status OK iSC status gps 0 satellites tracked 4 are required ID Mode S N 9 0 0 30 0 0 19 0 0 2 0 0 22 0 0 20 0 0 25 0 0 27 0 0 Latitude N 0 deg 0 min 0 000 sec Longitude E 0 deg 0 min 0 000 sec Altitude 59 0 feet b...

Page 178: ...controller is alive it returns a ping response This response contains information about its availability Example SWITCH ISC Syntax switch isc The switch isc command forces the standby site controller to become the active site controller and the active site controller to become the standby site controller This command cannot be executed on the standby site controller The standby site controller mus...

Page 179: ...xample LOOP Syntax loop line The loop command puts any TI E1 line into a remote loopback mode The line argument can be any Tl El line 1 4 To put all TI El lines into loopback mode enter 0 for the line argument Example iSC switch isc switch iSC accomplished please switch your service terminal to the newly activated iSC to continue with your diagnostics iSC whois isc iSC active ethernet address 44 4...

Page 180: ...connectivity This command sends a ping message to all Base Radios connected to ethernet and displays the cabinet and position number and the ethernet address for BRs that respond successfully Cab pos number and ethernet address will be displayed for BRs that respond successfully Note Quad BR must be switched to test mode by performing diagnostic reset press reset button located on the BR front pan...

Page 181: ...BRs that fail to respond at all In case of no responses received from Base Radios the time out occurs and the following error messages are displayed iSC ping br Cab Pos Ethernet Address Platform 11 08 00 3e c0 1c 10 Legacy BR 12 08 00 3e c0 1c 11 Legacy BR 13 08 00 3e c0 1c 12 Legacy BR 14 08 00 3e c0 1c 13 Legacy BR 21 08 00 3e c0 1c 14 Quad BR 22 08 00 3e c0 1c 15 Quad BR 31 08 00 3e c0 1c 16 Qu...

Page 182: ... more information CUSTOMER OUTPUT Syntax customer output activate deactivate The customer output command activates or deactivates the customer output Example MONITOR Syntax monitor off gps external 5mhz The monitor command selects the input source of the front panel monitor port The user can monitor the following iSC monitor off no signal default iSC monitor gps GPS 1pps iSC monitor external Exter...

Page 183: ...apter provides technical information for the Controller The following table lists this chapter s topics Section Page This section Controller 9 2 provides a description Indicators 9 3 describes the indicators Switches 9 4 describes the switches Connectors 9 5 describes the connectors Performance Speciﬁcations 9 7 deﬁnes the performance speciﬁcations ...

Page 184: ...l RS232 MMI Three time frequency reference outputs GPS RJ45 Serial RJ45 Redundancy iSC401 042202JNM Eqp Mon Net 1 Eqp Mon Net 2 Eqp Mon Net 3 Eqp Mon Net 4 Net Eqp Net Eqp 1 2 3 4 G P S A c t i v e P o w e r L O S Y e l l o w A I S F E C R C B P V P D N e t L o c a l Mon Abort Reset Sel Loop Service Access DCE Power O O F SITE CONTROLLER Figure 9 1 Controller front view iSC400 102600JNM 10B2 1 1 2...

Page 185: ... the CPU is in reset mode Active Green ON T1 E1 and Site Reference relays are energized OFF T1 E1 and Site Reference relays are open GPS Green ON Satellites tracked high stability oscillator locked to GPS no alarms detected FLASHING Free running or tracking satellites but not ready to key BR s OFF Alarm condition detected 4 Green Reserved for future use Span 4 selected Bottom row of LED s refers t...

Page 186: ... network loopbacks when pressed Bottom Row LOS OOF Red ON Detected T1 E1 Loss Of Signal or Out Of Frame condition OFF Normal operation Yellow Yellow ON Detected T1 E1 yellow alarm OFF Normal operation AIS Yellow ON Detected Alarm Indication Signal OFF Normal operation FE CRC Red ON Detected Framing Error or CRC error OFF Normal operation BPV PD Red ON Detected Bipolar Violation or Pulse Density vi...

Page 187: ...tion Sel Loop Push to select T1 E1 span Push and hold 2 seconds to loop deloop selected span Abort Reset Push for abort Push and hold 2 seconds for reset Power Power On Off switch Table 9 3 Front Panel Connectors Connector Function Service Access Serial RS232 MMI Man Machine Interface Mon 5MHz 1PPS monitor T1 E1 Net Mon Eqp Net Eqp Net Break into T1 E1 from network receive T1 E1 Net Eqp Mon Monito...

Page 188: ...nsmit Pins 4 5 Redundancy RJ45 Redundant site controller Serial RJ45 No connection Parallel IEEE1284C EAS EAS2 parallel port Site Reference Output BNC BR reference inputs X 21 DB15 No connection 10Base2 Ethernet BNC Redundant site controller and the BR s 10Base2 ports each 10Base2 port is terminated with two 50 ohm loads Refer to Chapter 4 for cabinet to cabinet cabling details 10 100BaseT Etherne...

Page 189: ...ecifications Table 9 5 lists the speciﬁcations Table 9 5 Controller performance specifications Specifications Value or range Input supply voltage range 40 to 60 VDC Power Consumption 30W typical 40W maximum Operating temperature 30 to 60 C Storage temperature 40 to 185 F 40 to 85 C Humidity 75 R H at 55 C Max ...

Page 190: ...Chapter 9 Controller Gen 3 Site Controller System Manual Controller 9 8 68P80801E30 A 5 1 2002 This page intentionally left blank ...

Page 191: ...l Alarm System EAS The following table lists this chapter s topics Section Page This section EAS Functional Description 10 2 describes the EAS and its function in the EBTS Indicators 10 2 describes EAS indicator functions Performance Speciﬁcations 10 3 deﬁnes EAS performance speciﬁcations Theory of Operation 10 3 provides the EAS theory of operation Connectors 10 5 describes EAS connector function...

Page 192: ...ment connects directly to the EAS The EAS sends alarm ﬂags to the Site Controller which stores the alarms in memory Figure 10 1 shows the EAS front view and Figure 10 3 shows the EAS rear view Indicators Table 10 1 lists and describes EAS status indicators iSC402 102600JNM I n p u t A c t i v e O u t p u t A c t i v e P o w e r O n ENVIRONMENTAL ALARM SYSTEM POWER Figure 10 1 Environmental Alarm S...

Page 193: ...y closure outputs Each I 0 provides 4000V of isolation between ﬁeld wiring and sensitive control circuitry Table 10 2 EAS Performance Specifications Specification Value or Range Input supply voltage range 40 to 60 Vdc Power consumption Typical 40W Maximum 50W Operating temperature range 0º to 50º C 32º to 122º F Storage temperature range 40º to 85º C 40º to 185º F Physical dimensions Height Width ...

Page 194: ...scans the status of the alarm inputs ensuring that all alarms are consistently monitored TO OCTAL BUFFERS OUTPUT ENABLE CONTROLLER A PARALLEL CONNECTOR TEBTS029 122396JNM OCTAL BUFFER CHANGE DETECT LOGIC OCTAL LATCH ADDRESS DECODE IEEE 1284 INTERFACE IEEE 1284 INTERFACE CONTROLLER B PARALLEL CONNECTOR 48 DC DC CONVERTER 5 VDC 12 VDC 48 VDC FROM BATTERY CONNECTOR OPTO ISOLATOR X48 OCTAL BUFFER RELA...

Page 195: ... Figure 10 3 shows the rear view of the EAS Table 10 3 lists and describes the EAS connectors RF 3 iSC411 103100JNM RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER B SERIAL PARALLEL CONTROLLER A RTN 48V USER ALARM CONTROL SYSTEM ALARM CONTROL P10 P9 P1 P2 P3 P4 P5 P6 P8 P7 ENVIRONMENTAL ALARM SYSTEM Motorola 48V 1 0A Figure 10 3 EAS rear view ...

Page 196: ... details NOTE All customer provisioned connections are inputs except for pins 1 2 26 and 3 4 28 which are outputs System Alarm Control 50 pin subminiature D Provides a connection for the site alarms through a submini D cable Refer to Chapter 4 Installation for pinout details 1 2 26 3 4 28 5 6 30 are outputs ControllerA Parallel 36 pin IEEE 1284 Provides a parallel link for alarm commands and respo...

Page 197: ...s or is set to the OFF position RF l modular Alarm connection for Receiver Multicouplers RMCs The alarm activates if an RMC power supply or low noise ampliﬁer fails RF 2 modular Alarm connection for Receiver Multicouplers RMCs The alarm activates if an RMC power supply or low noise ampliﬁer fails RF 3 modular Alarm connection for Receiver Multicouplers RMCs The alarm activates if an RMC power supp...

Page 198: ...Chapter 10 Environmental Alarm System Gen 3 Site Controller System Manual EAS Functional Description 10 8 68P80801E30 A 5 1 2002 This page intentionally left blank ...

Page 199: ...tal Alarm System EAS2 The following table lists this chapter s topics Section Page This section EAS2 Functional Description 11 2 describes the EAS2 and its function in the EBTS Indicators 11 2 describes EAS2 indicator functions Performance Speciﬁcations 11 3 deﬁnes EAS2 performance speciﬁcations Theory of Operation 11 3 provides the EAS2 theory of operation Connectors 11 5 describes EAS2 connector...

Page 200: ...EAS2 The EAS2 sends alarm ﬂags to the Site Controller which stores the alarms in memory Figure 11 1 shows the EAS2 front view and Figure 11 3 shows the EAS2 rear view Indicators Table 11 1 lists and describes EAS2 status indicators iSC402_2 010802JNM I n p u t A c t i v e O u t p u t A c t i v e ENVIRONMENTAL ALARM SYSTEM POWER P o w e r O p e r a t e Figure 11 1 Gen2 Environmental Alarm System fr...

Page 201: ...y contact input sensors and 8 relay closure outputs Each I 0 provides 4000V of isolation between ﬁeld wiring and sensitive control circuitry Table 11 2 EAS2 Performance Specifications Specification Value or Range Input supply voltage range 41 to 60 Vdc Power consumption Typical 22W Maximum 50W Operating temperature range 30 to 60 C 22 to 140 F Storage temperature range 40 to 85 C 40 to 185 F Physi...

Page 202: ... alarm status responses to the Site Controller The EAS2 continuously scans the status of the alarm inputs ensuring that all alarms are consistently monitored TEBTS029_2 010802JNM IEEE1284 PORT1 17 IEEE1284 PORT2 17 10MHz OSC RESET CONTROLLER SERIAL EEPROM XC17S20XL OPTO ISOLATORS A D CONVERTER OPTO ISOLATORS 48X RELAYS 8X 4 INPUTS 5 OUTPUTS 8 BI 3 8 48 FPGA XCS20XL 56 INPUTS 20 OUTPUTS 16 BI 92 TO...

Page 203: ...Connectors Figure 11 3 shows the rear view of the EAS2 Table 11 3 lists and describes the EAS2 connectors iSC413 042202JNM RF3 RF2 RF1 CONTROL 48V MOTOROLA ENVIRONMENTAL ALARM SYSTEM INPUT PARALLEL CONTROLLER B PARALLEL CONTROLLER A USER ALARM CONTROL RTN SYSTEM ALARM CONTROL 48V 0 5A P1 P3 P7 P8 P6 P5 P9 P10 Figure 11 3 EAS2 rear view ...

Page 204: ...champ Provides a connection for the site alarms through a champ cable Refer to Chapter 4 Installation for pinout details NOTE All customer provisioned connections are inputs except for pins 1 2 26 and 3 4 28 which are outputs System Alarm Control 50 pin champ Provides a connection for the site alarms through a champ cable Refer to Chapter 4 Installation for pinout details 1 2 26 3 4 28 5 6 30 are ...

Page 205: ...ipment Cabinet Circuit Breaker Panel The alarm activates when any breaker trips or is set to the OFF position RF l modular Alarm connection for Receiver Multicouplers RMCs The alarm activates if an RMC power supply or low noise ampliﬁer fails RF 2 modular Alarm connection for Receiver Multicouplers RMCs The alarm activates if an RMC power supply or low noise ampliﬁer fails RF 3 modular Alarm conne...

Page 206: ...Chapter 11 Gen 2 Environmental Alarm System Gen 3 Site Controller System Manual EAS2 Functional Description 11 8 68P80801E30 A 5 1 2002 This page intentionally left blank ...

Page 207: ...em EAS EAS2 and site controller The following table lists this chapter s topics Section Page This section EnvironmentalAlarm System Replacement 12 2 describes procedures for EAS EAS2 removal and installation Site Controller Replacement 12 3 describes procedures for site controller removal and installation Gen 3 Site Controller Retroﬁt 12 5 describes procedures for retroﬁtting a Gen 2 Site Controll...

Page 208: ...ounting rails 5 While supporting the EAS EAS2 remove the EAS EAS2 from the Equipment Cabinet by sliding the EAS EAS2 from the front of cabinet Installation Install EAS EAS2 in Equipment Cabinet as follows 1 While supporting the EAS EAS2 slide the EAS EAS2 in the Equipment Cabinet mounting position 2 Secure the EAS EAS2 to the Equipment Cabinet mounting rails using the four M6 TORX screws Tighten t...

Page 209: ...llows 1 Remove power from the Site Controller by setting the Power Supply ON OFF switch to OFF 2 Set CTRL A and CTRL B breaker switches as applicable to OFF 3 Tag and disconnect the cabling from the Site Controller rear panel connectors 4 Remove the four M6 TORX screws which secure the Site Controller front panel to the Equipment Cabinet mounting rails 5 While supporting the Site Controller remove...

Page 210: ...ite Controller to the Equipment Cabinet mounting rails using the four M6 TORX screws Tighten the screws to 4 5 N m 40 in lb 4 Connect the green yellow ground conductor between the secondary ground bar and the grounding lug on the rear of the housing and ensure the connection is tight 5 Connect cabling to the Site Controller rear panel connectors as tagged during the Site Controller removal If addi...

Page 211: ...CABLE LAST 4 Remove the junction panel and the cabling between the junction panel and the old iSCs and iMU 5 Remove the existing slide rails that supported the iSCs and iMU 6 Install the new blank front panels and move the 1RU blank front panel in the rack per Figure 2 3 of this manual Additional cage nuts and screws are provided for use as needed 7 Install the new slide rails provided so that the...

Page 212: ...power to the rack by turning all applicable breakers on NOTICE Motorola recommends special attention to the following procedures for successful and safe installation of retroﬁt Gen 3 Site Controllers Note The complete instructions and wiring diagrams for the retroﬁt are contained within this manual New Rails The 6 new slide support rails P N 0783103X05 are narrower and allow easier access to the G...

Page 213: ...it Aux Auxiliary avg average AWG American Wire Gauge bd baud BERT Bit Error Rate Test BMR Base Monitor Radio BNC Bayonet N Connector BPV Bipolar Violation BR Base Radio BRC Base Radio Controller BSC Base Site Controller BTU British Thermal Unit B8ZS Bipolar with 8 Zero Substitution CC Control Cabinet CD Carrier Detect cd change directory CLK Clock CLT Controller cm centimeter CMOS Complementary Me...

Page 214: ...d Only Memory EEPROM Electronically Erasable Programmable Read Only Memory ESF Extended Superframe ESI Ethernet Serial Interface ESMR Enhanced Special Mobile Radio Acronym Definition FCC Federal Communications Commission FDL Facility Data Link FIFO First In First Out FNE Fixed Network Equipment freq frequency FRU Field Replaceable Unit GND Ground GPS Global Positioning System GPSR Global Positioni...

Page 215: ...ment Manufacturer OMC Operations and Maintenance Center OSHA Occupational Safety and Health Act P N Part Number Acronym Definition PA Power Ampliﬁer PAL Programmable Array Logic PC Personal Computer PCI Peripheral Component Interconnect PCCH Primary Control Channel PDOP Position Dilution of Precision PLL Phase Locked Loop PPM Parts Per Million PPS Pulse Per Second PS Power Supply PSTN Public Switc...

Page 216: ...d SRRC Single Rack Redundant Controller SRSC Single Rack Single Controller SS Surge Suppressor STAT Status Std Standard STP Subrated T1 PCI card T1 1 544 Mb telephone line TDM Time Division Multiplex TDMA Time Division Multiple Access Telco Telephone Company Tx Transmit TXD Transmit Data typ Typical UL Underwriters Laboratories V Voltage Vac Voltage alternating current Acronym Definition Vdc Volta...

Page 217: ...uses Note All suppliers and model numbers listed are recommended due to their proven performance record in previous installations Motorola cannot guarantee the effectiveness of the installation or performance of the system when using other supplier parts Addresses phone numbers fax numbers and other information is presented for each of the recommended suppliers when possible This information is su...

Page 218: ... 240 single phase LAP C for 208 Vac three phase Telco TCS T1DS Northern Technologies P O Box 610 Liberty Lake WA 99019 Phone 800 727 9119 Fax 509 927 0435 Internet www northern tech com Antenna surge arrestors The recommended antenna surge arrestors are manufactured by Polyphaser Inc The following models or equivalent are recommended Base Radio antenna 800 MHz tower top ampliﬁer only 094 0801T A C...

Page 219: ...ww polyphaser com Motorola has set up several kits that contain the necessary arrestors with proper mounting hardware for the various antenna conﬁgurations Contact your local Motorola representative for these OEM kits RF attenuators Several RF attenuators are needed at a site to ensure proper receive adjustments The attenuators are used at the LNA sites to offset the excess gain from the Tower Top...

Page 220: ...s Inc 5134 Commerce Square Drive Indianapolis IN 46237 Phone 317 887 1340 Fax 317 881 6790 Internet www jfwindustries com Pasternack Enterprises P O Box 16759 Irvine CA 92623 Phone 949 261 1920 Fax 949 261 7451 Internet www pasternack com Emergency generator Several different generator sizes are available Determine the loading requirements of the site prior to ordering a generator A recommended ma...

Page 221: ...cal electrical standards conﬂict with the wiring conﬁguration An alternate supplier of the portable generator connection is the ARKTITE Heavy Duty Receptacle Model 80 Style 2 200 Amps manufactured by Crouse Hinds Crouse Hinds Inc P O Box 4999 Syracuse NY 13221 Phone 315 477 7000 Fax 315 477 5717 GPS evaluation kit The GPS evaluation kit part number VPEVL0002 is available from Motorola Position and...

Page 222: ... are two recommended manufacturers of the GPS antenna ampliﬁers GPS Networking 710A West 4th St Pueblo CO 81003 Phone 800 463 3063 719 595 9880 Fax 719 595 9890 Internet www gpsnetworking com Starlink Inc 6400 Highway 290 East Suite 202 Austin TX 78723 Phone 512 454 5511 800 460 2167 Fax 512 454 5570 Internet www starlinkdgps com Site alarms Three types of alarms should be used at a site including...

Page 223: ... detectors are available from many electrical wholesale distributors For the location nearest you call Sentrol between 6 a m and 5 p m Paciﬁc Standard Time and ask Sales for the location of the nearest EW Electric Wholesale distributor Sentrol Inc 12345 SW Leveton Drive Tualatin OR 97062 Phone 800 547 2556 Internet www sentrol com Temperature alarm The recommended temperature alarm is the Grainger...

Page 224: ...ured to a concrete ﬂoor 1 2 grade 8 bolts with anchors are recommended If the cabinets are to be secured to another type of ﬂoor determine the appropriate mounting hardware Power Supply Rack The Motorola offered Power Supply Rack from Power Conversion Products is available in a standard and an earthquake rack Power Conversion Products Inc 42 East Street P O Box 380 Crystal Lake IL 60014 Phone 815 ...

Page 225: ...3116 Phone 805 968 5511 Fax 805 968 9561 Cable connections The recommended manufacturer for all wire lugs used during site installation is Thomas Betts Thomas Betts 1555 Lynnﬁeld Road Memphis TN 38119 Phone 800 248 7774 sales technical support Phone 901 682 7766 general information Note Double hole wire lugs are preferred but single hole wire lugs can be used where mounting requirements dictate th...

Page 226: ...ngth This means that a cabinet that needs 16 feet of wire between the batteries and Power Supply Rack has a total loop length of 32 feet Table B 1 Recommended master ground bar lugs Wire size Wire type Lug color Description P N 2 AWG stranded brown single 1 4 diameter hole 54107 2 AWG stranded brown double 1 4 diameter hole 5 8 center 54207 6 AWG stranded blue single 1 4 diameter hole 54105 6 AWG ...

Page 227: ...llow site expansion to a fully loaded site Selecting battery system lugs Depending on the wire size used and the manufacturer of the batteries different wire lugs are crimped onto the power cable ends After the wire size has been determined from Table B 3 verify the manufacturer of the Batteries Dynasty or Absolyte Two different battery systems are offered with the system The Dynasty system is a l...

Page 228: ...lists the selection for Absolyte IIP Table B 4 Power Supply Rack connection lugs Wire size Cabinet lug Crimp tool Lug P N 4 0 double 3 8 hole 1 center TBM5 S 54212 250 MCM double 3 8 hole 1 center TBM8 S 54213 350 MCM double 3 8 hole 1 center TBM8 S 54215 500 MCM double 3 8 hole 1 center TBM8 S 54218 All part numbers are Thomas Betts Table B 5 Battery connection lugs Wire size Lug color Dynasty Ab...

Page 229: ...lly fabricate cables for a custom ﬁt Information is provided for both supplied cables and custom cables Supplied cables The cables listed in Table B 6 are supplied with the system The length of these cables should be sufﬁcient if the considerations outlined in the Pre Installation chapter were followed Table B 6 Supplied intercabinet cabling Description Qty P N 120 long N type male to N type male ...

Page 230: ...able RG400 as required 3084173E01 NOTE All part numbers are Motorola Table B 8 Parts for alarm cables Description Qty P N connector 8 pin modular as required 2882349V01 cable 8 wire as required locally procured NOTE All part numbers are Motorola Table B 9 Parts for extending PCCH redundancy control cables Description Qty P N 186 long PCCH redundancy control cable 1 per Cabinet 3082070X01 8 pin mal...

Page 231: ... which needs 16 feet of wire between the Power Supply Rack and equipment cabinets has a total loop length of 32 feet The wire size for the connection between the Power Supply Rack and the equipment cabinets is determined by the required wire length and the maximum allowable voltage drop The voltage drop in the loop must be kept to below 500 mV The wire selected should be UL approved and contain a ...

Page 232: ...redundancy and allow a uniform wire size to be used for all 48 Vdc power distribution system connections Other recommended suppliers The following are the addresses of various suppliers for equipment used during system installation Test Equipment Fluke 77 Digital Multimeter Fluke Corporation P O Box 9090 Everett WA 98206 9090 Phone 425 347 6100 Internet www ﬂuke com Table B 11 Power connection wir...

Page 233: ...rtcomm II or Procomm Plus Software PKZIP software PKWare Inc 9025 N Deerwood Drive Brown Deer WI 53223 Phone 414 354 8699 Fax 414 354 8559 Internet www pkware com ProComm software Quarterdeck Select Corporation P O Box 18049 Clearwater FL 34622 9969 Phone 800 683 6696 Fax 813 532 4222 Internet www Qdeck com Ordering spare parts Motorola Inc America s Part Division Attn Order Processing 1313 E Algo...

Page 234: ... Gen 3 Site Controller System Manual B 18 68P80801E30 A 5 1 2002 Newark Electronics Call for a local phone number in your area to order parts Phone 800 463 9275 catalog sales 773 784 5100 Fax 847 310 0275 Internet www newark com ...

Page 235: ...iew This appendix provides cabling information for the site controller using the site controller Junction and Circuit Breaker Panels For SRRC cabling diagrams refer to the SRSC GEN 4 EBTS section of the EBTS System Manual on CD 98P80800A17 For SRSC cabling diagrams refer to the SRSC GEN 4 EBTS section of the EBTS System Manual on CD 98P80800A17 ...

Page 236: ...the EAS EAS2 Battery connector on EAS EAS2 2 3082082X02 CTL B connector on Circuit Breaker Panel Bat connector on Controller B supplies power to Controller B 3 3082004X02 ETHERNET 10B2 1 connector on Junction Panel Y connector tap on Controller A 10B2 1 Connector 4 3082004X02 ETHERNET 10B2 2 connector on Junction Panel Y connector tap on Controller A 10B2 2 Connector 5 3082004X02 ETHERNET 10B2 3 c...

Page 237: ...tor on Controller B 10B2 2 connector termination for Controller B 10B2 2 17 0909906D01 Y Connector on Controller B 10B2 3 connector termination for Controller B 10B2 3 18 3082004X02 5 MHz 1 PPS Out 1 connector on Junction Panel Y connector on Controller A Site Ref Out 1 Connector 19 3082004X02 5 MHz 1 PPS Out 2 connector on Junction Panel Y connector on Controller A Site Ref Out 2 Connector 20 308...

Page 238: ...onnector on EAS EAS2 Parallel connector on Controller A 30 3083499X01 Controller B Parallel connector on EAS EAS2 Parallel connector on Controller B 31 5882449V01 T1 E1 1 connector on Controller A modular T adapter 32 5882449V01 T1 E1 2 connector on Controller A modular T adapter 33 3084225N48 modular T adapter 5882449V01 on Controller A T1 E1 1 T1 E1 1 connector on Controller B 34 3084225N48 modu...

Page 239: ...EL SERIAL REDUND 4 3 2 1 T1 E1 GPS 48V RTN BAT iSC400 102600JNM 10B2 1 1 2 3 10 100B T 10B2 2 10B2 3 X 21 SITE REF OUT PARALLEL SERIAL REDUND 4 3 2 1 T1 E1 GPS 48V RTN BAT STATUS CTRL B RFS3 RFS1 RFS2 BR3 BR4 BR1 BR2 CTRL A EAS IMU B 48Vdc A B RETURN A SITE GROUND SITE GROUND RF 3 RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER B SERIAL PARALLEL CONTROLLER A RTN 48V USER ALARM CONTROL SYSTEM ALARM CO...

Page 240: ... 10 100B T 10B2 2 10B2 3 X 21 SITE REF OUT PARALLEL SERIAL REDUND 4 3 2 1 T1 E1 GPS 48V RTN BAT STATUS CTRL B RFS3 RFS1 RFS2 BR3 BR4 BR1 BR2 CTRL A EAS IMU B 48Vdc A B RETURN A GPS B GPS A OUT 3 OUT 2 OUT 1 10B2 3 10B2 2 10B2 1 TX OUT RX2 RX3 RX1 5MHz 1PPS ETHERNET SITE GROUND SITE GROUND RF 3 RF 2 RF 1 CONTROL SERIAL PARALLEL CONTROLLER B SERIAL PARALLEL CONTROLLER A RTN 48V USER ALARM CONTROL SY...

Page 241: ...tor E1 1 75Ω Balun transformer 39 3084225N48 Modular T Adapter on Controller A T1 E1 2 Connector E1 2 75Ω Balun transformer 40 0182694Y01 75Ω Balun transformer 41 0182694Y01 75Ω Balun transformer 42 3082000X12 Mounting screw on Balun panel Rack Ground system iSC400 102600JNM 10B2 1 1 2 3 10 100B T 10B2 2 10B2 3 X 21 SITE REF OUT PARALLEL SERIAL REDUND 4 3 2 1 T1 E1 GPS 48V RTN BAT iSC400 102600JNM...

Page 242: ... Ω 2 048 Mb cabling Index number Part number From To Notes 43 3082468Y03 Modular T Adapter on Controller A T1 E1 1 Connector Network 44 3082468Y03 Modular T Adapter on Controller A T1 E1 1 Connector Network iSC400 102600JNM 10B2 1 1 2 3 10 100B T 10B2 2 10B2 3 X 21 SITE REF OUT PARALLEL SERIAL REDUND 4 3 2 1 T1 E1 GPS 48V RTN BAT iSC400 102600JNM 10B2 1 1 2 3 10 100B T 10B2 2 10B2 3 X 21 SITE REF ...

Page 243: ...B 3 Base Radio loading software 6 12 registration and status procedures 6 15 C Cabling for 5 MHz 1 PPS 4 18 for alarm system 4 40 for alarms 4 29 for ethernet 4 24 for GPS antennas 4 40 for PCCH 4 39 iSC C 2 iSC to telephone network T1 4 56 ordering information for wire lugs B 9 power connection ordering information B 15 sectored site cables 4 12 T1 interface 4 58 Commands MMI 6 2 MMI commands 8 2...

Page 244: ...ns 3 8 surge arrestors 3 10 3 13 integrated Site Controller cabling C 2 final checkout setup 5 2 list of MMI commands 8 4 powering the rack 5 3 standby status procedures 6 14 test equipment serial 6 4 to telephone network T1 cabling 4 56 verification procedures 6 3 J Junction Panel for existing cabinets 4 8 for iSC cabinets 4 8 M Man Machine Interface commands 8 2 Motorola Telephone Numbers Litera...

Page 245: ... sequence 6 5 Loading base radios 6 12 MMI commands 6 2 Service computer start up 6 4 SRI status 6 29 Standby iSC status 6 14 T1 connection test 6 17 test procedures 6 2 T T1 connection test procedures 6 17 Technical Support 1 5 Telco backboard 3 10 service entrance 3 10 surge arrestors 3 10 Test equipment iSC 6 4 T1 custom test table 6 17 Tools Equipment and Parts list of parts for installation 3...

Page 246: ...Index Gen 3 Site Controller System Manual Index 4 68P80801E30 A 5 1 2002 This page intentionally left blank ...

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