ADDENDUM # 1 TO INSTALLATION MANUAL MM102554V1 R1A Refer to ECO#20028964 This addendum identifies the new replacement part for the duplexers used with the MASTR III Conventional and P25 Base Stations. MANUAL PAGE CHANGES: Page 11 – The Cabinet Duplexers Deleted the duplexer DU1K and change the required rack units from three to two.
M/A-COM Wireless Systems 221 Jefferson Ridge Parkway Lynchburg, Virginia 24501 (Outside USA, 434-385-2400) Toll Free 800-528-7711 www.macom-wireless.com Printed in U.S.A.
Installation Manual MM102554V1 R1A MASTR III Conventional and P25 Base Stations TABLE OF CONTENTS Application and Assembly Diagrams........................ MM102555V1 Antenna Systems ............................................................. LBI-38983 Site Grounding and Lightning Protection ........ AE/LZT 123 4618/1 Tower Requirements and Specifications.........................
MM102554V1 R1A MANUAL REVISION HISTORY REV R1A DATE August 2003 REASON FOR CHANGE Initial Release. NOTICE! This manual covers M/A-COM, Inc. products manufactured and sold by M/A-COM, Inc. This device made under license under one or more of the following US patents: 4,590,473; 4,636,791; 5,148,482; 5,185,796; 5,271,017; 5,377,229.
MM102554V1 R1A TABLE OF CONTENTS Page 1. REGULATORY AND SAFETY INFORMATION............................................................................ 7 1.1 1.2 1.3 1.4 1.5 MAXIMUM PERMISSIBLE EXPOSURE LIMITS........................................................................ 7 DETERMINING MPE RADIUS ...................................................................................................... 7 SAFETY TRAINING INFORMATION........................................................................
MM102554V1 R1A TABLE OF CONTENTS Page 5.7.2 Electrical System................................................................................................................ 30 6. EQUIPMENT INSTALLATION ....................................................................................................... 31 6.1 6.2 6.3 6.4 6.5 6.6 INTRODUCTION........................................................................................................................... 31 UNPACKING EQUIPMENT ..............
MM102554V1 R1A TABLE OF CONTENTS Page 8.2 8.3 8.4 8.5 GENERAL ...................................................................................................................................... 58 SUPPORT EQUIPMENT REQUIRED .......................................................................................... 58 8.3.1 Hardware ............................................................................................................................ 58 8.3.2 Software ...............................
MM102554V1 R1A TABLE OF CONTENTS Page 10.5.3 DSP Level Adjustments ..................................................................................................... 83 11. PREVENTATIVE MAINTENANCE ................................................................................................ 84 11.1 GENERAL ...................................................................................................................................... 84 11.2 BASE STATIONS ........................................
MM102554V1 R1A 1. REGULATORY AND SAFETY INFORMATION 1.1 MAXIMUM PERMISSIBLE EXPOSURE LIMITS DO NOT TRANSMIT with this base station and antenna when persons are within the MAXIMUM PERMISSIBLE EXPOSURE (MPE) Radius of the antenna. The MPE Radius is the minimum distance from the antenna axis that ALL persons should maintain in order to avoid RF exposure higher than the allowable MPE level set by the FCC. WARNING 1.
MM102554V1 R1A This base station has been examined and complies with the FCC RF exposure limits when persons are beyond the MPE radius of the antenna. In addition, your M/A-COM base station complies with the following Standards and Guidelines with regard to RF energy and electromagnetic energy levels and evaluation of such levels for exposure to humans: FCC OET Bulletin 65 Edition 97-01 Supplement C, Evaluating Compliance with FCC Guidelines for Human Exposure to Radio Frequency Electromagnetic Fields.
MM102554V1 R1A 1.4 IMPORTANT SAFETY INFORMATION The following general safety precautions must be observed during all phases of operation, service, and repair of this product. Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design, manufacture, and intended use of the product. M/A-COM Inc. assumes no liability for the customer's failure to comply with these standards.
MM102554V1 R1A equipment grounding conductors and a grounding plug. Be sure all outlets are properly installed and grounded in accordance with all local codes and ordinances. 16. DANGER - Never alter the AC cord or plug. Plug into an outlet properly wired by a qualified electrician. Improper connection or loss of ground connection can result in risk of an electrical shock. 17.
MM102554V1 R1A 2. SPECIFICATIONS (GENERAL) 2.
MM102554V1 R1A DC Input Power: With 19D902797 Power Amplifier: 33 Amps at 13.8 VDC (transmit, full power) 25 Amps at 13.8 VDC (transmit, half power) 2.0 Amps at 13.8 VDC (receive only, standby) With EA101292 Power Amplifier: 12 Amps at 26.4 VDC (transmit, full power) 8 Amps at 26.4VDC (transmit, half power) 0.5 Amps at 26.4 VDC (receive only, standby) Antenna Connection: Type N Altitude: 2.
MM102554V1 R1A 3. INTRODUCTION This manual describes how to install, setup, and test the MASTR III Advanced Digital Capable (ADC) Base Station configured for Conventional or P25 operation. Before attempting to install or checkout the equipment, you should become familiar with the contents of this manual and observe all safety precautions and warnings. This manual is used with the MASTR III Conventional and P25 Application and Assembly Diagrams Manual MM102555V1.
MM102554V1 R1A This manual is divided into the following chapters: 1. Regulatory and Safety Information – This chapter provides critical safety information governing the installation and operation of the base station. 2. Specifications – This chapter provides the specifications for a typical conventional base station installed in a 37" or 69" cabinet. 3. Introduction - This chapter provides a brief introduction on how this manual is structured. 4.
MM102554V1 R1A 4. GENERAL INFORMATION 4.1 REFERENCE MANUALS It may be necessary to consult one or more of the following manuals. These manuals will also provide additional guidance if you encounter technical difficulties during the installation or testing process.
MM102554V1 R1A DESCRIPTION MANUAL NUMBER Receiver IF Module (19D902783G5) LBI-39029 Power Amplifier, 110 Watt (EA101292V1) MM101383V1 OPTIONS AND ACCESSORIES Electrostatic Discharge Protection LBI-38737 Antenna Systems Assembly Manual LBI-38983 Standard for Site Grounding and Protection LBI-39067 Duplexer Maintenance Manual LBI-38763 Base Station Power Supply Maintenance Manual (19D149978) LBI-38550 Base Station Power Supply Maintenance Manual (19D149979) LBI-38551 Emergency Power (Battery
MM102554V1 R1A 4.2 OPTIONS The MASTR III Conventional Base Station is available in the following frequencies and may be combined with the options listed. MODEL NUMBER DESCRIPTION SXGPNX 136-150.8 MHZ, CONVENTIONAL ADVANCED DIGITAL CAPABLE (ADC) P25, 110W SXHPNX 150.8-174 MHZ, CONVENTIONAL ADVANCED DIGITAL CAPABLE (ADC) P25, 110W SXGMCX 136-150.8 MHZ, CONVENTIONAL ADVANCED DIGITAL CAPABLE (ADC), 110W SXHMCX 150.
MM102554V1 R1A MODEL NUMBER DESCRIPTION POWER SUPPLIES SXPS5G POWER SUPPLY, 120 VAC, 60 HZ, 12 VDC, 33A. For UHF applications. SXPS5H POWER SUPPLY, 230 VAC, 50 HZ, 12 VDC, 33A. For UHF applications. SXPS5S POWER SUPPLY, 120 VAC, 60 HZ, 12/24 VDC, 33A. For 800 MHz and VHF applications SXPS5Y POWER SUPPLY, 230 VAC, 50 HZ, 12/24 VDC, 33A. For 800 MHz and VHF applications SXCN1Z OUTLET STRIP.
MM102554V1 R1A 5. SITE PREPARATION 5.1 INTRODUCTION Before you install a MASTR III ADC Base Station, you need to prepare your site. Consider the installation of the antenna system, space requirements, and weight. These issues are addressed in this chapter. This chapter is divided into the following sub-sections: 5.
MM102554V1 R1A 5.2.3 Ceiling Requirements Consider the following ceiling requirements before you install the equipment cabinet: • The ceiling should be clear of obstructions such as beams, heating and air conditioning ducts, water pipes, and lights. • The ceiling should not have sprinklers; however, appropriate fire protection devices should be available. 5.2.
MM102554V1 R1A 5.3.2 AC Distribution If the site requires an AC distribution system to be installed, ensure it installed by qualified installers in agreement with the customer. The Applications Engineer will provide the Site Manager with drawings containing the installation requirements. Ensure the input supply is isolated and power is not applied until the installation is complete. 5.3.
MM102554V1 R1A 5.3.5 Battery Backup A Battery backup system is normally installed to ensure smooth supply voltages during normal operation or in the event of an input power failure. If the site already has a battery backup system that meets the system’s requirements, then inspect and test as defined in the equipment manuals. The battery backup system will normally be a battery cell system.
MM102554V1 R1A 5.3.7.2 DC Power When required, DC power options are available, but will be customized for the particular system. The power supplies will be omitted from the cabinets and replaced by a fused DC panel. In this case, power must be supplied to the repeaters from an external 13.8 or 24 VDC power source through a separate 30amp circuit breaker for each repeater.
MM102554V1 R1A • Audio: 2-wire or 4-wire shielded cable; screen connected to site ground system and cable core is to be solid in order that it may be punched-down. • Data: Shielded twisted pair, shield connected to site ground system and cable core is to be solid in order that it may be punched-down. 5.4.2 Leased Telephone Lines When the media specified is to be Leased-Line via the local telephone company, request a 4-Wire 43202 Type 5 Data-Grade line from the local or regional telephone carrier.
MM102554V1 R1A grounding through in-building cable routes, etc. This subject is to be discussed with microwave provider and must conform to local installation regulations. 5.4.3.3 Fiber Optic It is a requirement that the demarcation point for fiber optic cable is the fiber optic interface on the multiplexer. If the multiplexer is not equipped with such an interface, a fiber optic line driver will be provided and will be the point to which the cable is to be connected.
MM102554V1 R1A 5.6 ANTENNA SYSTEM This section covers installing the antenna system, including RF cables from the antenna to the equipment room wall feed through connector. Refer to LBI-39185 for Tower Requirements and General Specifications. NOTE Crews trained and equipped for working on antenna towers generally install antenna systems.
MM102554V1 R1A Figure 5-1: Antenna System Requirements 5.6.2 Transmission Lines When installing the transmissions lines, refer to the block diagram for UHF and 800 MHz Antenna Systems contained in LBI- 38983. 5.6.2.1 Length The length of the main coaxial cable for each antenna should be planned as a continuous run with no connectors or splices between the antenna and the equipment room. Each cable includes a 50-foot allowance for the distance from the bottom of the tower to the equipment room.
MM102554V1 R1A 5.6.2.2 Minimum Bending Radius Always adhere to the minimum bending requirements provided by the manufacturer. Products, the values are: CABLE SIZE 5.6.2.3 For Andrew BENDING RADIUS 1/4-inch 1-inch (25 mm) 1/2-inch 1.25-inch (32 mm) 7/8-inch 10-inches (250 mm) 1 5/8-inch 20-inches (510 mm) Hoisting Grips Hoisting grips provide the means to attach a lifting mechanism to the coaxial cable without damaging the cable.
MM102554V1 R1A 5.6.2.5 Weatherproofing A kit of weatherproof tape is provided to protect coaxial connectors from the outside elements. One roll of tape is sufficient to weatherproof four exposed outside connector joints. 5.7 QUALITY AUDIT 5.7.1 Antenna System After the Antenna System is installed, it should be inspected before the installers leave. A checklist of tasks performed on the antenna system is provided in section 12.3.
MM102554V1 R1A 5.7.2 Electrical System If the electrical supply system has been installed by other than the company, it must be inspected to ensure that it is safe and complies with both local regulations and the requirements of the site. Complete the Power System Installation Checklist found in section 12.5, as required. 30 • Confirm that the supply system is rated to handle the full operating load of the equipment.
MM102554V1 R1A 6. EQUIPMENT INSTALLATION 6.1 INTRODUCTION NOTE AC power adequate to meet system requirements, environmental control, civil works and site preparation, and digital or voice grade phone lines must be available at the site prior to installation. DO NOT apply power at this time! During installation, all circuit breakers must be left in the OPEN position. Make sure all equipment circuit breakers are in the OPEN position.
MM102554V1 R1A Move the cartons as close as possible to their mounting location. Carefully unpack the equipment and examine each item. If there is any damage to the equipment, contact the carrier immediately and have their representative verify the damage. If you fail to report the shipping damage immediately, you may forfeit any claim against the carrier. When unpacking the equipment, check the contents against the packing list.
MM102554V1 R1A RX SURGE PROTECTOR IS-DC50LNZ-MA Suffix: -MA for male connector bulkhead port (not threaded like female shown) TX SURGE PROTECTOR IS-CT50HN-MA Suffix: -MA for male antenna port (not threaded like female shown) Figure 6-1: Surge Protectors GROUNDED BULKHEAD PANEL WALL FEEDTHRU 1/2" SUPERFLEX JUMPER RF CABLE RF CABLE TO ANTENNA FROM EQUIPMENT CABINET WALL SURGE PROTECTOR IS-DC50LNZ Figure 6-2: Typical Mounting of the RX Surge Protectors 1.
MM102554V1 R1A 4. Mount the transmit surge protector (IS-CT50LNZ-MA) to the grounded bulkhead panel, located at the wall feed through where the antenna system enters the building. Installers should have already installed this panel. (Refer to Surge Protector Diagrams in Figure 6-1 and Figure 6-2) 5. Install Top Cover (if cabinet). 6.3.
MM102554V1 R1A 6.4 INTERIOR RF CABLING Some RF coaxial cables may be pre-made and included with the system. However, most cables must be custom made, on site, to the required length. Table 6-1 lists the cables and associated connectors, which are typically fabricated at the site. The coaxial cable and connectors are supplied in bulk. To cut the cable properly for easy connector attachment, use an Andrew's "EASIAX" coaxial cable cutting tool (or equivalent). NOTE 6.4.
MM102554V1 R1A Table 6-1: RF Cables and Connectors Required CABLE REF. NUMBER 1. CABLE DESCRIPTION CABLE TYPE CONNECTORS RX RF coaxial cables. [V] 1/4-inch Superflex RF (Connects between the RX coaxial cable (FSJ1-50A). Multicoupler and Receiver RF inputs.) [U] Type BNC (M) - 41ASWB 1/4-inch Superflex connector. 2. RX RF coaxial cable. (Connects between the RX Multicoupler and the Tower Top Amplifier Power Supply/RX Filter.) [L] Type N (M) - 44ASW 1/2-inch Superflex connectors (qty. 2). 3.
MM102554V1 R1A 6.4.2.1 Receive Section Use the following procedures to install the RF cables for the receive section of the system. Refer to LBI38983 and Table 6-1 for cable references. 1. Route receiver RF cables (item 1) from the RX Multicoupler to the receiver RF input connectors. One cable is required for each receive channel as labeled (RX CH 1, RX CH 2, RX CH 3, etc.). NOTE These cables may be connected inside the repeater cabinets at the factory.
MM102554V1 R1A 6.5.1 AC Power Distribution Before connecting power to the base station equipment, perform the following tests to ensure correct voltage levels and breaker operation. 1. Visually inspect the power distribution panel and note any discrepancies. 2. Test the input supply and confirm that the input supply can provide the correct voltage and current. 3. Visually inspect the breakers on the input to the site. Confirm that they are rated as required for the site loading.
MM102554V1 R1A 1. Confirm that the battery system connectivity is correct as detailed in the Site Drawings. 2. Confirm the battery system is electrically safe. 3. Confirm that “wet” cells have been prepared and have adequate fume extraction capability provided. 4. Confirm that all cabling is safely installed such that it is not a hazard. 5. Confirm that output voltage is as specified across all the cells. 6. With site equipment breakers disconnected, connect the battery system to the site power system. 7.
MM102554V1 R1A 7. DC AND TONE REMOTE CONTROL INSTALLATION This chapter provides information for connecting a DC or Tone Remote Control system to the base station. The DC Current or Tone Signaling Remote controllers available from M/A-COM are full-function controllers used to operate the base station from a remote location. The DC Current Remote Controller can control and display up to four channels, and the Tone Remote Controller can control and display up to eight channels.
MM102554V1 R1A Table 7-1: DC Control Currents and Functions CONTROL CURRENT IN MILLIAMPS FUNCTION -11 -6 -2.
MM102554V1 R1A Table 7-2: DC Remote Wire Line Installation Methods METHOD DESCRIPTION ADVANTAGES OR DISADVANTAGES 1 Single metallic pair (the control currents are simplexed to line, a two wire cable is required). This is the most economical method. It is dependable where earth ground currents may be large or good earth grounds cannot be obtained. The keying clicks will be heard on paralleled remotes.
MM102554V1 R1A 7.1.2 Installation Method 1 – Single Metallic Pair 1. Connect the metallic pair to TB101-3 (red) and TB101-4 (green). Refer to Figure 7-1. 2. On the Interface Board, place a jumper on J104, pins 1 & 2 and on J105, pins 1 & 2. Polarity must be maintained, if the metallic control pair is being used for DC control. NOTE 7.1.3 Installation Method 2 – Single Metallic Pair with Earth Ground 1. Connect the metallic pair to TB101-3 (red) and TB101-4 (green). Refer to Figure 7-2. 2.
MM102554V1 R1A MASTR III ADC T/R SHELF Interface Board DC Remote Controller 2 5 + - T102 J101, J109, TB101 + - TX DPLX_LINE_A Duplex Audio + Duplex Audio - 1 DC Control + 6 6 DC Control - 3 3 4 4 1 AUDIO DPLX_LINE_B 3 2 3 Telephone Line + 1 J105 DC_CNTLR J104 Telephone Line - DC_CNTLR T101 2 RX 1 2 LINE_A 5 VDC LINE_B Figure 7-3: Metallic Control Pair, Audio Pair MASTR III ADC T/R SHELF Interface Board DC Remote Controller T102 J101, J109, TB101 TX DPLX_LINE_A Duplex
MM102554V1 R1A 7.1.5 Installation Method 4 - Full Duplex 1. On the Interface Board, place a jumper on J104, pins 3 & 4 and on J105, pins 3 & 4. 2. Connect the transmit metallic pair to TB101-2 (black) and TB101-5 (yellow). Refer to Figure 7-4. 3. Connect the remote receive pair to TB101-3 (red) and TB101-4 (green). 7.2 E & M SIGNALING E & M lead signaling systems derive their name from certain historical designations of the signaling leads on circuit drawings.
MM102554V1 R1A Figure 7-5: Typical E & M Signaling Application 7.2.2 Type 1 E & M Signaling E & M Type 1 signaling uses two leads, E and M, which share a common ground path. Type 1 E & M signaling was originally designed for use with electromechanical switching systems and is not recommended for use in electronic systems due to the noise induced by the ground path. Type 1 E & M signaling keys the station remotely by using a contact closure to ground.
MM102554V1 R1A 2175 Hz SECUR-IT Tone +10 dB FUNCTION Tone 0 dB 125 ms 40 ms 2175 Hz Transmit HOLD Tone -20 dB As long as PTT switch is pressed Figure 7-6: Tone Control Sequence The “Secur-it” tone must arrive at the base station at no less than -20 dBm. The transmit “Hold” tone must arrive at the base station at no less than -50 dBm. The test tone for the voice must arrive at the base station at no less than -20 dBm.
MM102554V1 R1A If the audio is high enough to cause the telephone equipment to go into limiting, it will cause amplitude distortion. On a high loss line, the amplitude distortion will cause the “Hold” tone (2175 Hz) to vary and the transmitter to drop out. On remote systems using tone control, care must be used when connecting two telephone lines in tandem.
MM102554V1 R1A • Channel Guard Decode Enable (disable) • Channel Guard Monitor • Transmit Frequency Selection • Receive Frequency Selection • Scan • Receiver Selection (Auxiliary Receiver selection) • Auxiliary Output Enable (disable) (Auxiliary Control) See Table 7-3 for a list of “Function” tones and their corresponding function.
MM102554V1 R1A 7.3.4 Installation Method 1 – Two Wire Tone Remote When the control shelf is used with a two-wire tone remote/console, the remote control pair should be connected to TB101-3 and TB101-4. Jumpers on P104 and P105 located on the Interface Board are not required and should be removed.
MM102554V1 R1A 3. Verify the jumpers on the Interface Board are set for the desired control method (refer to Table 7-5: Remote Control Jumper Installation).
MM102554V1 R1A Figure 7-9: T/R Shelf Telephone Line Connections Figure 7-10: T/R Shelf Interface Board Connections 52
MM102554V1 R1A 7.5 SQUELCH OPERATED RELAY OPTION (SXSU3D) This section provides additional information for installing the Squelch Operated Relay (SOR) option SXSU3S. The option kit includes the following items: • K3, SOR – 19B235003P2 • K1, AUX1 Relay - 19B235003P1 • K2, AUX1 Relay - 19B235003P1 • DB25 Extension Ribbon Cable – 19B802395P1 7.5.1 Installation To install the kit, insert the relays and the ribbon cable on the Interface Board as shown in Figure 7-11.
MM102554V1 R1A Figure 7-12: Squelch Operated Relay Option Connections 54
MM102554V1 R1A 7.6 SHARED REPEATER PANEL INSTALLATION This section provides information for installing and configuring the MASTR III Conventional ADC Base Station for use with a Shared Repeater Tone Panel. 7.6.1 General The MASTR III ADC Base Station may be used as a “community” or “shared” repeater. This allows multiple users to share a common repeater.
MM102554V1 R1A Table 7-6: Community Repeater Interface Signal Lines SIGNAL NAME DESCRIPTION RCVR_VOL/SQ_HI The receiver volume and squelch high line is the non de-emphasized output from the RX IF board. The level for standard deviation is 1-Vrms. Expect about 170 mVrms of CTCSS level when modulated at 15% system deviation. SYS_VOL/SQ_HI The System Volume Squelch High lead is normally the same point as the RCVR_VOL/SQ_HI. Jumper J11 must be removed from P11 on the backplane to separate the two leads.
MM102554V1 R1A Table 7-7: MASTR III Backplane Connections for Community Repeater Interface MASTR III BACKPLANE CONNECTIONS P2 (GETC) SIGNAL NAME RCVR_VOL/SQ_HI P3 (GETC) P2.5 P5 (VOICE GUARD) REPEATER PANEL P5.10 SYS_VOL/SQ_HI P5.8 CAS P3.5 EXT_LSD P3.14 REPEAT_PTT_IN P2.13 A+ P2.1 DGND P2.2 P5.17 P5.1 P3.10 AGND P5.12 P5.
MM102554V1 R1A 8. STATION TEST AND ALIGNMENT PROCEDURES 8.1 INTRODUCTION This chapter provides instructions for testing and aligning the MASTR III Conventional or P25 Base Station. The base station is normally pre-aligned at the factory and ready to install. However, after initial installation and prior to placing the equipment into operation, it should be rechecked to ensure it is operating properly and meets the required specifications.
MM102554V1 R1A DESCRIPTION MODEL NUMBER Extender boards PURPOSE 188D5338G1 Use to extend System and Power Modules 188D5338G2 Use to extend RF Modules RF Module Test Fixture TQ0650 Individually test, align, and troubleshoot RF modules off station PC Computer See Table Test, alignment and station personality programming RS-232 Programming Cable TQ3356 or equivalent DB9(M) to DB9(F) Connect PC computer to T/R Shelf Utility Handset SPK9024 Test and alignment Table 8-2: PC Computer Requiremen
MM102554V1 R1A 8.4 STATION CONFIGURATION Use the following procedures when setting up the station using a Personal Computer (PC). If the Utility Handset is plugged into the MIC connector, it must be removed prior to resetting the system and using the PC Programming software. Levels may be adjusted using the MASTR III Utility program TQ0619 (MASTRUTL) supplied with the PC Programming package TQS3353. 1. Ensure proper connections are made to receive and transmit antenna(s). 2. Apply power to the equipment.
MM102554V1 R1A NOTE If the computer has a 25-pin connector instead of a 9-pin serial connector, an adapter must be used. The adapter may be either purchased or locally manufactured. Making your own requires only three wire connections (Figure 8-2). DB9 (M) PGM TXD Pin 2 DB25 (M) DB9 (F) Pin 2 Pin 2 Pin 3 Pin 3 Pin 7 Pin 5 PC PGM RXD Pin 3 Pin 5 GND Figure 8-2: DB9 to DB25 Adapter Cable 4. Run the TQS3353 software and enter M3 to start the MASTR III program. 5.
MM102554V1 R1A NOTE It is a good idea to record the potentiometer settings on paper, until you’re familiar with all the digital potentiometer setting process.
MM102554V1 R1A MIC HI System Module LI U35 TB101-2 LINE IN DSP Board DLI U15 TB101-5 CP M U X CT LIM U15 PREEMPH POST LIM FILTER TX U36 M U X RG TO PA DC U12 LO U36 M U X TB101-3 LINE OUT CG Generator TX AUDIO HI CG U35 U14 EXT HSD VOL SQ HI TB101-4 RCVR MDM Line TXD MDM Line RXD 455 kHz IF DSP Module Figure 8-3: MASTR III Conventional Base Station Alignment Controls 8.5.
MM102554V1 R1A 7. Plug the Utility PC Programmer cable into the DATA connector, or Utility Handset cable into the MIC jack, both located on the front of the T/R Shelf. (Refer to Figure 8-1.) NOTE The Utility Handset and the Utility Programmer cannot be connected to the T/R Shelf at the same time. 8.5.
MM102554V1 R1A Table 8-5: Channel Guard Deviations SYSTEM TYPE 8.5.4 CHANNEL GUARD DEVIATION Standard (25 kHz IF) 750 (750 Hz) NPSPAC 600 (600 Hz) Narrow (12.5 kHz narrowband) 500 (500 Hz) P25 500 (500 Hz) Transmit Limiter (TX) Pot The Transmit Limiter (TX) pot adjusts the limit of deviation for both Line In and Repeat Audio. 1.
MM102554V1 R1A 8.5.5 Repeater Gain (RG) Pot The Repeater Gain (RG) pot is set so that the deviation of the unsquelched receiver audio results in the transmitted audio having the same deviation. If this is not a repeater station, leave the RG pot at 1023. For a repeater station, perform the following steps to set the RG pot: 1. Set the Communication Test set for an “on-frequency” RF signal modulated by a 1 kHz tone at 60% of rated system deviation (see Table 8-7). 2.
MM102554V1 R1A Table 8-8: Deviation For Setting Line In Pot With Compression SYSTEM TYPE DEVIATION FOR SETTING LINE IN POT WITH COMPRESSION CG Disabled CG Enabled Standard (25 kHz IF) 2.80 kHz 3.55 kHz NPSPAC 2.25 kHz 2.85 kHz Narrow (12.5 kHz narrowband) 1.40 kHz 1.90 kHz P25 1.40 kHz 1.90 kHz 4. Unkey the transmitter by releasing the REMOTE PTT. 5. Remove the input signal from the line input. 6. Repeat this procedure for each channel. 8.5.
MM102554V1 R1A Table 8-9: Deviation for Setting Compressor Gain Pot SYSTEM TYPE 8.5.8 DEVIATION FOR SETTING COMPRESSOR GAIN POT CG Disabled CG Enabled Standard (25 kHz IF) 3.00 kHz 3.75 kHz NPSPAC 2.40 kHz 3.00 kHz Narrow (12.5 kHz narrowband) 1.50kHz 2.00 kHz P25 1.50 kHz 2.00 kHz Compressor Threshold (CT) Pot The Compressor Threshold (CT) pot adjusts the maximum signal level appearing at the output of the compressor If this is not a remote station, set the CT pot to zero (0).
MM102554V1 R1A In all other configurations, set the DC pot to zero (0). 8.5.10 Line Output (LO) Pot The Line Out (LO) pot adjusts the line out level for an output signal level of 0 dBm. If this is not a remotely controlled station, set the LO pot to zero (0). To perform receiver tests on a remote station, the LO level may be set to 0 dBm into a 600 ohm load. After these tests are completed, return the LO pot to zero. For a remotely controlled station, perform the following steps to set the LO pot: 1.
MM102554V1 R1A 2. Run the Master-III programming software. operation. Configure the base station for the desired analog 3. Set the P25 parameter on the OPTIONS screen to YES. 4. Write the new personality to the base station. 5. Cycle base station power to ensure proper operation. TQ3356 or RS-232 Cable Laptop computer Software DSP Programmer - TQS3413 DSP Port Figure 8-4: MASTR III DSP Module Programmer Connections 8.5.13 Adjust P25 C4FM Deviation 1.
MM102554V1 R1A • On the P25 Base station Settings menu, set the Transmit Test Mode for High Deviation Dotting Pattern. • Select Device⇒Personality⇒Write from the Programmer menu or toolbar to upload the revised personality. NOTE: Recycling power to the base station is not required. 6. Observe that the base station is transmitting. 7. Measure the transmitter deviation of the P25 High Pattern. The deviation should be 2826 ±25 Hz. If the deviation is within limits proceed to step 11. 8.
MM102554V1 R1A 8.5.14 SINAD Test There are different SINAD values depending on the frequency band of the equipment (see step 3). 1. Connect the Communication Test Set output to the RF IN (J2) on the Receiver Front End module. 2. Connect the Communication Test Set Audio Input to the Line Output. The line output in differential; some test sets may require conversion to a single ended signal.
MM102554V1 R1A 4. Connect the MASTR-III Utility Programmer to the station and select PA Power. 5. Key the station, measure the Transmitter Output Power and adjust PA Power, if necessary, for the forward power level required to achieve maximum power for the station. Record the output power. 6. Add directional coupler loss plus cable and connector loss to the RF Power meter measurement. POWER MEASUREMENT ACCURACY If the measured value is within ±5% of maximum power, do not adjust. 7.
MM102554V1 R1A 9. SYSTEM FUNCTIONAL TESTS 9.1 GENERAL The chapter describes the methods for functionally testing the MASTR III Conventional Base Station. Upon completion of these tests, the base station is considered operational. 9.2 SETUP The following system functional tests may require up to four (4) portable or mobile radios of the type to be used on this system (conventional analog or P25 digital) - ideally they should be specimens from the customer’s order.
MM102554V1 R1A 3. On the receiving radios, select the desired P25 system and Talk Group/Channel or turn scan on and make sure the desired channel is in the scan list. 4. Make the call. 5. Confirm that the called radios unmute and receive the P25 call. The radio will unmute according to the squelch mode defined in the radios’ personality (monitor, normal, selective). 9.5 REMOTE STATION OPERATION This test verifies the remote control of the base station. 1.
MM102554V1 R1A 10. MODULE TESTING AND ALIGNMENT 10.1 GENERAL The chapter describes the methods available for testing and aligning individual modules. If modules are suspected of being faulty, they should be tested and realigned by using one of the methods described in Table 10-1.
MM102554V1 R1A Table 10-2: Extender Cards EXTENDER CARD TYPE AFFECTED MODULES 188D5338G2 RF Section Extender Card • • • • Transmit Synthesizer Receive Synthesizer RX Front End RF Module IF Module 188D5338G1 Control Section Extender Card • • • • • Power Module System Module DSP Module AMPF Module Data Module 10.2 BENCH TESTING Bench Testing must be performed in a relatively clean shop environment using the TQ0650 RF Module Test Fixture.
MM102554V1 R1A Table 10-3: TQ0650 and MASTR III RF Module Compatibility Chart MODULE Transmit Synthesizer Receive Synthesizer RX Front End RF Module IF Module Power Amplifier 10.2.1 PART NUMBER RF MODULE TEST FIXTURE TS101285V11 344A4253P1 19D902780 X X EA101685 X 19D902781 X EA101684 X 19D902782 X X 19D902783 X X EA101401 X EA101794 X 19D902797 X EA101292 X X X Procedure To remove a module for bench testing, the following steps are to be taken: 1.
MM102554V1 R1A 10.3 IN-STATION TESTING For In-Station Testing, refer to the appropriate technical manual for the module under test. Before removing or replacing a module, power to the station must be switched off. WARNING 10.3.1 Procedure To prepare the module for In-Station Testing, the following steps are to be taken: 1. Remove power to the affected channel (T/R Shelf). 2. Remove the module and place the RF Module Extender Card into the T/R Shelf. 3. Insert the module into the Extender Card. 4.
MM102554V1 R1A If it is necessary to retune the modules in the field and an RF Test Fixture is not available, then use the following procedures to realign the modules. The TX and RX Synthesizers can be retuned in the field by using the metering functions available with the Utility handset SPK9024, MASTRUTL (TQ0619), or MSEDIT (TQ0653). The VCO tune voltage from the RX Synthesizer slot in the T/R shelf is connected to the external metering jack (EXT_JCK) in the System Module. 10.4.
MM102554V1 R1A 10.4.3 UHF Stations There is no requirement to align UHF Station TX Synthesizer or IF Modules. NOTE Before removing or replacing a module, power to the station must be switched off. WARNING 1. Remove the cover of the RX Synthesizer and place on an extender card. 2. Program the station for the desired TX and RX frequencies. 3. Adjust the RX Synthesizer trimmer until the LED on the front of the module goes out 4.
MM102554V1 R1A 3. Monitor J2 and align FL1 for a peak output level using a Spectrum Analyzer or RF Voltmeter. Programmable bandwidth is ±1MHz. 4. Place the Front End Module on an extender card and connect the LO out of the RX Synthesizer and the IF out of the Front End to the IF Module with 50Ω Coax cable. 5. Preset the Front End tuning slugs according to the instructions in the RX Front End technical manual and apply an “on frequency” signal into the RF In on the Front End Module. 6.
MM102554V1 R1A and battery alarm are also designed to provide the proper levels without adjustments. The LINE output level should be adjusted with a 100 mVrms, 1 kHz signal in on MIC HI or a 1 Vrms, 1 kHz signal in on VOL/SQ HI. 10.5.2 DSP Line In Level Adjustment Typically, the TX AUDIO and LINE OUT levels should be adjusted prior to adjusting the DSP LINE IN level. DSP TX AUDIO and DSP LINE/TX AUDIO are typically line audio or VOL/SQ HI audio that has been processed by the DSP Board.
MM102554V1 R1A 11. PREVENTATIVE MAINTENANCE 11.1 GENERAL Preventative Maintenance is a periodic check of the station’s operation. The results of the check may indicate that the station needs realignment if its performance has drifted from the installation values or the values documented in the previous inspection. It allows for: 1. Operational test and re-adjustment of each Base Station’s alignment, 2. Operational test and re-adjustment of RF System equipment, 3.
MM102554V1 R1A 11.3 RF SYSTEM This test does not address RF System between the bulkhead and the antenna elements. The RF System comprises: 1. Combiner 2. Multicoupler 3. Receive Filter 4. RF Cabling to Bulkhead 11.3.1 Combiner Follow the test procedures defined in the Combiner vendor manual to ensure correct performance for each and for all channels. If alignment is required, follow the procedures outlined in the vendor’s manual. Document and file the results with the Base Station Checklists. 11.3.
MM102554V1 R1A 12. CHECKLISTS These checklists, when filled in, will provide a complete record of the MASTR III Conventional or P25 Base Station installation.
MM102554V1 R1A 12.
MM102554V1 R1A 12.
MM102554V1 R1A 12.3 ANTENNA SYSTEM INSTALLATION CHECKLIST SITE ______________ ANTENNA ______________ INSPECTED BY ______________ DATE ______________ CHECKLIST: 1. What is make of antenna? ______________ 2. What is type of antenna? ______________ 3. What is design gain of antenna? ______________ dB 4. What is bearing of antenna? ______________ 5. What is height of antenna above ground? ______________ Ft 6. Are hoisting grips installed as specified? ______________ 7.
MM102554V1 R1A 12.4 EQUIPMENT INSTALLATION CHECKLIST SITE ______________ CABINET ______________ INSPECTED BY ______________ DATE ______________ CHECKLIST 1: 1. Verify that the cabinets are installed as located in the site plan drawing. ______________ 2. Verify each cabinet/rack is correctly fastened to the floor in all four (4) corners. 3. For cabinets, verify the optional cable ducts have been correctly installed. ______________ 4.
MM102554V1 R1A 12.5 POWER SYSTEM INSTALLATION CHECKLIST AC SYSTEM YES/NO ______________ GENERATOR YES/NO AC/DC SYSTEM YES/NO INSPECTED BY ______________ BATTERY SYSTEM YES/NO DATE ______________ UPS SYSTEM YES/NO SITE ______________ CHECKLIST: AC SYSTEM 1. Site isolation and protection is installed and operating ______________ 2. Input AC power, (voltage and current) is as specified ______________ 3. Input AC power breaker is correctly rated for the site power load ______________ 4.
MM102554V1 R1A 12.6 REPEATER TEST DATA CUSTOMER: ________________________________ CHANNEL NUMBER: _______ SITE NAME: _________________________________ TESTED BY: ________________________________ DATE: ____________ REPEATER GENERAL IDENTIFICATION: MODEL NO.: RX FCC ID #: RX FREQUENCY (MHz): SERIAL NO.
MM102554V1 R1A 12.7 PREVENTATIVE MAINTENANCE REPEATER TEST DATA REPEATER # __________ Alignment/Test Channel Guard Transmit Limiting Repeater Gain (CG Disabled) DSP Line Input Deviation (CG Disabled) Compressor Gain (CG Disabled) Compressor Threshold WB NPSPAC NB P25 WB NPSPAC NB P25 WB NPSPAC NB P25 WB NPSPAC NB P25 WB NPSPAC NB P25 WB NPSPAC NB P25 Pot Required Value CG 750 ± 25 Hz 600 ± 25 Hz 500 ± 25 Hz 500 ± 25 Hz 4.50± 0.1 kHz 3.60 ± 0.1 kHz 2.25± 0.1 kHz 2.25± 0.1 kHz 3.00 ± 0.1 kHz 2.
M/A-COM Wireless Systems 221 Jefferson Ridge Parkway Lynchburg, Virginia 24501 (Outside USA, 434-385-2400) Toll Free 800-528-7711 http://www.macom-wireless.com/ Printed in U.S.A.
