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Axcera Innovator L Series, Instruction Manual

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Axcera Innovator L Series Instruction Manual Download Page 17

LX Series Digital 

Chapter 2, Amplifier Assembly Description, 

Power Amplifier Assembly  

Maintenance & Remote Control Connections 

Volume 2, Rev. 1 

2-3 

J233 on (A2-A6) to J232 on (A2-A13) 
power amplifier. 

 
2.1.1 Power Amplifier Chassis 
Configurations 

 
In the 125W digital power amplifier 
chassis assembly the RF from J201 
connects to the OSP Jack J111 in the 
power amplifier assembly.  In the power 
amplifier chassis assemblies above 250W, 
the RF from J200 connects to the SMA 
Jack J100 on the 4 way splitter assembly.  
The 4 outputs, in a 1 kW amplifier power 
amplifier assembly, connect through the 
output SMA jacks to OSP input jacks of 
the four slide in power amplifier module 
assemblies.  J101 connects to jack J111 
on power amplifier #1.  J102 connects to 
jack J121 on power amplifier #2.  J103 
connects to jack J131 on power amplifier 
#3.  J104 connects to jack J141 on power 
amplifier #4. 

 
2.1.1.1 125 Watt Digital Power Amplifier 
Chassis Configuration 

 
In a 125 Watt digital power amplifier 
chassis assembly, the RF input at J201 is 
connected to J111 on the power amplifier 
module.  The output of the power 
amplifier at J112 connects to the RF 
output jack J203 of the power amplifier 
chassis assembly. 

 

2.1.1.2 250 Watt Digital Power Amplifier 
Chassis Configuration 

 
In a 250 Watt digital power amplifier 
chassis assembly, Jacks J103 and J104, 
on the 4 way splitter assembly, are not 
used and are terminated with 50

Ω

.  Also, 

the power amplifier modules #3 and #4 
are not used.  Finally a 2 way combiner is 
used in place of the 4 way combiner. 

 

2.1.1.3 500W Digital Power Amplifier 
Chassis Configuration 

 
In a 500W digital amplifier power 
amplifier assembly, the output OSP jacks 
connect to the OSP input jacks on the 
four way combiner assembly.  J112 
connects to J151 on the 4 way combiner.  
J122 connects to J152 on the 4 way 
combiner power amplifier #2.  J132 
connects to J153 on the 4 way combiner.  
J142 connects to J154 on the 4 way 
combiner. 
 

 

 

Figure 2-1. 500W Digital Power Amplifier 

Assembly Racking Plan 

 

In a 500W digital amplifier power 
amplifier assembly, the (A5) power 
supply #1 provides voltages to the (A1) 
power amplifier #1 and the (A3) power 
amplifier #3 assemblies and the (A6) 
power supply #2 provides voltages to the 
(A2) power amplifier #2 and the (A4) 
power amplifier #4. 
 

Summary of Contents for Innovator L Series

Page 1: ...INSTRUCTION MANUAL Innovator LX Series Digital Power Amplifier Assembly AXCERA LLC 103 FREEDOM DRIVE P O BOX 525 LAWRENCE PA 15055 0525 USA 724 873 8100 FAX 724 873 8105 www axcera com info axcera com ...

Page 2: ...on 2 5 2 1 2 5 2 5 kW System Configuration 2 5 2 1 2 6 3 kW System Configuration 2 6 2 1 3 Power Amplifier Module Assembly 250W 2 8 2 1 4 Power Supply Module Assembly 2 10 2 1 5 Front Panel LCD Display Screens 2 10 2 2 External Assembly 2 10 2 2 1 Visual Aural Metering Board 2 10 2 3 System Operation 2 10 2 3 1 Principles of Operation 2 11 2 4 Maintenance 2 12 2 5 Customer Remote Connections 2 12 ...

Page 3: ...se Gain Board 4 1 4 1 2 150 Watt Driver Pallet Assembly 4 2 4 1 3 150 Watt Driver Dual Output Board 4 2 4 1 4 UHF Module Assembly RF Module Pallet Philips 4 2 4 1 5 2 Way UHF Combiner Assembly 4 3 4 1 6 Amplifier Control Board 4 3 4 2 Power Supply Assembly 4 5 4 3 External Assembly 4 5 4 3 1 Dual Peak Detector Board 4 5 APPENDICES APPENDIX A INNOVATOR LX SERIES SPECIFICATIONS APPENDIX B DRAWINGS A...

Page 4: ...rawing 1 1 2 1 500W Digital Power Amplifier Assembly Racking Plan 2 3 3 1 1 kW Minimum Ventilation Configuration 3 4 3 2 Front and Rear View Exciter Driver 3 5 3 3 Front and Rear View 76 Cabinet Typical 2kW Configuration 3 6 3 4 AC Input Box Assembly 3 6 3 5 Rear View of LX Series Transmitter 3 7 4 1 125 Watt Digital UHF Amplifier Module 4 2 ...

Page 5: ... Amplifier Chassis Assemblies 2 8 2 3 Power Amplifier Status Indicators 2 9 2 4 Power Amplifier Control Adjustments 2 9 2 5 Power Amplifier Sample 2 9 2 6 LX Series Customer Remote Connections 2 13 2 7 Optional Exciter Switcher Customer Remote Connections 2 15 3 1 LX Series Digital Transmitters AC Input and Current Requirements 3 1 3 2 Rear Chassis Connections for LX Series Transmitter 3 7 ...

Page 6: ...ntains a transmitter log sheet 1 2 Assembly Designators Axcera has assigned assembly numbers Ax designations such as A1 where x 1 2 3 etc to all assemblies modules and boards in the system These designations are referenced in the text of this manual and shown on the block diagrams and interconnect drawings provided in the appendices The Block Diagrams Interconnects Schematics Assembly Drawings and...

Page 7: ...t not be blocked Servicing Do not attempt to service this product yourself until becoming familiar with the equipment If in doubt refer all servicing questions to qualified Axcera service personnel Replacement Parts When replacement parts are used be sure that the parts have the same functional and performance characteristics as the original part Unauthorized substitutions may result in fire elect...

Page 8: ...hat it has manufactured and sold against defects in material and workmanship under normal use and service for a period of one 1 year from the date of shipment from Axcera s plant when operated in accordance with Axcera s operating instructions This warranty shall not apply to tubes fuses batteries bulbs or LEDs Warranties are valid only when and if a Axcera receives prompt written notice of breach...

Page 9: ...TMENTS TO THE SYSTEM RADIO FREQUENCY RADIATION HAZARD MICROWAVE RF AMPLIFIERS AND TUBES GENERATE HAZARDOUS RF RADIATION THAT CAN CAUSE SEVERE INJURY INCLUDING CATARACTS WHICH CAN RESULT IN BLINDNESS SOME CARDIAC PACEMAKERS MAY BE AFFECTED BY THE RF ENERGY EMITTED BY RF AND MICROWAVE AMPLIFIERS NEVER OPERATE THE TRANSMITTER SYSTEM WITHOUT A PROPERLY MATCHED RF ENERGY ABSORBING LOAD ATTACHED KEEP PE...

Page 10: ...neck with one hand and push down on his forehead with the other This opens the airway Sometimes doing this will let the person breathe again by himself 3 If he is still not breathing begin rescue breathing Keep his head tilted backward Pinch nose shut Put your mouth tightly over his mouth Blow into his mouth once every five seconds DO NOT STOP rescue breathing until help arrives LOOSEN CLOTHING KE...

Page 11: ... 1 MEGAWATT 90 60 100 000 100 KILOWATTS 80 50 10 000 10 KILOWATTS 70 40 1 000 1 KILOWATT 60 30 100 1 HECTROWATT 50 20 50 47 17 20 43 13 10 1 DECAWATT 40 10 1 1 WATT 30 0 77 137 7 07V 0 1 1 DECIWATT 20 10 67 127 2 24V 0 01 1 CENTIWATT 10 20 57 117 0 707V 0 001 1 MILLIWATT 0 30 47 107 224mV 0 0001 100 MICROWATTS 10 40 0 00001 10 MICROWATTS 20 50 0 000001 1 MICROWATT 30 60 0 0000001 100 NANOWATTS 40 ...

Page 12: ...uals 0 8327 Canadian gallon fluid ounce fl oz milliliters ml 29 57353 British Thermal Unit watt W 0 2930711 per hour Btu hr horsepower hp watt W 746 NOMENCLATURE OF FREQUENCY BANDS FREQUENCY RANGE DESIGNATION 3 to 30 kHz VLF Very Low Frequency 30 to 300 kHz LF Low Frequency 300 to 3000 kHz MF Medium Frequency 3 to 30 MHz HF High Frequency 30 to 300 MHz VHF Very High Frequency 300 to 3000 MHz UHF U...

Page 13: ...LX Series Digital Chapter 1 Introduction Power Amplifier Assembly Volume 2 Rev 1 1 8 RETURN LOSS VS VSWR 1 001 1 01 1 1 2 0 VSWR 0 10 20 30 40 50 60 70 R E T U R N L O S S dB ...

Page 14: ...g DTV Digital Television dB Decibel dBm Decibel referenced to 1 milliwatt dBmV Decibel referenced to 1 millivolt dBw Decibel referenced to 1 watt FEC Forward Error Correction FM Frequency modulation Hz Hertz ICPM Incidental Carrier Phase Modulation I P Input IF Intermediate Frequency LED Light emitting diode LSB Lower Sideband MPEG Motion Pictures Expert Group O P Output PLL Phase Locked Loop PCB ...

Page 15: ...em the RF output of the exciter driver connects to A5 a 2 Way Splitter Assembly The two outputs of the splitter connect to the A3 and A6 power amplifier chassis assemblies at J200 In a 1 5 kW digital system the RF output of the exciter driver connects to A5 a 4 Way Splitter Assembly Three outputs of the splitter the fourth at J5 is 5 Watt terminated connect to the A3 A6 and A13 power amplifier cha...

Page 16: ...bly to J232 on the A3 Power Amplifier Assembly The serial cable then connects from J233 on the A3 power amplifier to J232 on the A6 power amplifier In a 1 5 kW digital system the system serial cable connects from J34 on the exciter driver assembly to J232 on the A3 Power Amplifier Assembly The serial cable then connects from J233 on the A3 power amplifier to J232 on the A6 power amplifier and from...

Page 17: ...nected to J111 on the power amplifier module The output of the power amplifier at J112 connects to the RF output jack J203 of the power amplifier chassis assembly 2 1 1 2 250 Watt Digital Power Amplifier Chassis Configuration In a 250 Watt digital power amplifier chassis assembly Jacks J103 and J104 on the 4 way splitter assembly are not used and are terminated with 50Ω Also the power amplifier mo...

Page 18: ... the forward sample at TB31 14 The RF output for the transmitter is at J2 the 7 8 EIA connector on the A11 coupler assembly 2 1 2 2 1 kW Digital Output System Configuration In a 1 kW digital system the output of the A3 and the A6 power amplifier chassis assemblies at the 7 16 connectors J205 are cabled to A7 the hybrid combiner for the system mounted to the input of the bandpass filter A 500 Watt ...

Page 19: ...ower is mounted on a shelf inside the A1 cabinet and is connected to J4 on the hybrid combiner A thermal switch A1 A9 A1 is mounted to the reject load and supplies an overtemperature fault at 175º F to the driver assembly at TB30 7 15 if a problem occurs in the output lines for the A1 amplifier cabinet The combined output at A1 A7 J3 of the hybrid combiner connects to the A1 A8 bandpass filter for...

Page 20: ...vertemperature fault at 175º F to the driver assembly at TB30 7 15 if a problem occurs during the combining in the A1 amplifier cabinet The combined output of the A1 cabinet at A1 A7 J3 of the hybrid combiner connects to the other input jack J2 on A3 the 2 way combiner mounted on the roof of the cabinets J4 on the combiner connects to a 1 5 kW reject load A1 A9 which dissipates reject power which ...

Page 21: ...inet and is connected to J4 on the hybrid combiner A thermal switch A2 A18 A1 is mounted to the reject load and supplies an overtemperature fault at 175º F to the driver assembly at TB30 7 15 if a problem occurs in the output lines for the A2 amplifier cabinet The combined output of the A2 cabinet at A2 A7 J6 of the hybrid combiner connects to the other input jack J2 on A3 the 2 way combiner mount...

Page 22: ...s connects the RF output from the Exciter Driver at J25 to J200 the RF input to the PA Assembly This module contains RF monitoring circuitry for both an analog and a digital system Control and monitoring lines to the Power Amplifier module are routed through the floating blind mate connector of the Control Monitoring Power Supply module The Transmitter Exciter Driver Power Amplifier module and any...

Page 23: ...led until the input signal is returned DC OK Green When lit Green it indicates that the fuse protected DC inputs to the PA module are OK TEMP Green When lit Green it indicates that the temperature of the heatsink assembly in the module is below 78ûC MOD OK Green When lit Green it indicates that the PA Module is operating and has no faults MOD OK Red If the Module OK LED is Red and blinking a fault...

Page 24: ...samples of the Forward Power that connects to J1 and Reflected Power that connects to J3 of the system from the output coupler assembly 2 3 System Operation When the transmitter is in operate as set by the menu screen located on the Control Monitoring Module in the exciter driver assembly The IF Processor will be enabled the mute indicator on the front panel will be extinguished The 32 VDC stage o...

Page 25: ...ow A low on the Remote Transmitter Operate line User selects OPR using switches and menus of the front panel Receipt of an Operate CMD over the serial interface There are several fault or interlock conditions that may exist in the transmitter that will prevent the transmitter from entering the operate mode These conditions are Power Amplifier heat sink temperature greater than 78ûC Transmitter is ...

Page 26: ...leanings depends on the conditions within the transmitter room While the electronics have been designed to function even if covered with dust a heavy buildup of dust dirt or insects will affect the cooling of the components This could lead to a thermal shutdown or the premature failure of the affected modules When the front panels of the modules become dust covered the top covers should be taken o...

Page 27: ...X IO 1 TB30 4 Discrete Open Collector Inputs Discrete Open Drain Outputs or 0 5 VDC Analog Input When used as an output this line is pulled to 5 VDC with a 1 0 kΩ resistor for logic high and pulled to ground for a low A diode allows this line to be pulled up to 12 VDC When used as a digital input this line considers all values over 2 Volts as high and those under 1 volt as low As an analog input t...

Page 28: ... Spare 2 TB30 14 Remote connection to spare module Use is TBD System Reflect Power TB31 13 Analog Input 0 to 1 00 V This is the input of the System Reflected Power indicating the transmitter s reflected output power The scale factor is 25 0 80V System Forward Power TB31 14 Analog Input 0 to 1 00 V This is the input of the System Forward Power indicating the transmitter s Forward output power The s...

Page 29: ...SET NC No Change Selected Exciter to Standby TB1 6 0 SET NC No Change Selected Exciter Power Raise TB1 7 0 SET NC No Change Selected Exciter Power Lower TB1 8 0 SET NC No Change TB1 9 NOT USED IN THIS CONFIGURATION TB1 10 NOT USED IN THIS CONFIGURATION TB1 11 NOT USED IN THIS CONFIGURATION Selected Operation TB1 12 0 Auto Open Manual Selected Exciter TB1 13 0 A Open B Selected Exciter Logged Fault...

Page 30: ... or 220 VAC operation as directed by customer Transmitters above 125 Watts use 220 VAC Input only Transmitters 2000 Watts and above require two 220 VAC Inputs one to each cabinet The LX Series Digital Transmitters are designed and built to provide long life with a minimum of maintenance The environment in which they are placed is important and certain precautions must be taken The three greatest d...

Page 31: ...tilation or a combination of the two Air conditioning is always the preferred method and is the only way to create anything close to an ideal environment Ventilation will work quite well if the ambient air temperature is below 100 F or about 38 C and the humidity is kept at a reasonable level In addition the air stream must be adequately filtered to ensure that no airborne particulates of any kind...

Page 32: ...ximum air velocity of 300 feet per minute through the filter This is not a conservative number but a never exceed number In a dusty or remote location this number should be reduced to 150 CFM 7 The inlet and outlet s must have automatic dampers that close any time the ventilation blower is off 8 In those cases in which transmitters are regularly off for a portion of each day a temperature differen...

Page 33: ...BTUs The inlet filter must be a minimum of seven square feet larger for dusty and remote locations for each 5000 watts or 17 000 BTUs The exhaust must be at least four square feet at the exhaust screen for each 5000 watts or 17 000 BTUs The information presented in this section is intended to serve only as a general guide and may need to be modified for unusually severe conditions A combination of...

Page 34: ...e chassis assemblies mount using the four 10 clearance mounting holes on the ends The chassis should be positioned to provide adequate air intake into the front and the air exhaust of the fan in the rear the ability to slide the modules out for replacement purposes the installation of the bandpass filter optional trap filter the coupler assembly and output transmission line The chassis or cabinet ...

Page 35: ...nput box located toward the rear right side near the top of the cabinet Connect the AC Input Line 1 to Line 1 on the terminal block the AC Input Line 2 to Line 2 on the terminal block and the AC Input Ground to Ground on the terminal block Refer to Table 3 1 at the beginning of this chapter for typical AC Input and Current requirements for Digital Transmitters Figure 3 4 AC Input Box Assembly NOTE...

Page 36: ...bly for the transmitter Refer to the tables and description that follows for detailed information Figure 3 5 Rear View of LX Series Transmitter Translator Table 3 2 Rear Chassis Connections for the LX Series Transmitter Port Type Function Impedance J1 IEC AC Input N A TB02 Term Not Used Base Band Audio Input 600Ω J3 BNC Not Used Composite Audio Input 75Ω J4 BNC Not Used SAP PRO Audio Input 50Ω J5 ...

Page 37: ...s the AC to the transmitter Check that the AC power plug is connected to J1 on the rear of the chassis assembly Check that the On Off circuit breakers located on the rear of the exciter driver and Power Amplifier Chassis Assemblies are switched On On the Power Amplifier Chassis Assemblies there is one circuit breaker per Power Supply Assembly Monitor the LCD display located on the front of the con...

Page 38: ...perature of the heatsink in the PA is below 78 C MOD OK This illuminates Green when the PA module is operating and has no faults If the Module OK LED is Red and blinking a fault is present The meaning of the blinking LED is as follows 1 Blink indicates Amplifier Current Fault 2 Blinks indicate Temperature Fault 3 Blinks indicate 32V Power Supply Over Voltage Fault 4 Blinks indicate 32V Power Suppl...

Page 39: ...ck values do not directly correspond to the power of the transmitter Setting for 50 output sets a linear circuit voltage that is controlling a non linear power circuit This completes the Installation Set Up and Turn On of the Transmitter If a problem occurred during the setup and operation procedures refer to Volume 1 Chapter 5 Detailed Alignment Procedures of this manual for more information ...

Page 40: ...reaker supplies AC to each power supply assembly Each Power Supply Assembly supplies voltages to two power amplifier assemblies 4 1 A4 Power Amplifier Module Assembly The Power Amplifier Module Assembly contains A1 a UHF Phase Gain Board 1303213 A2 a 150W Driver Pallet Dual Output 1303293 A3 A4 UHF RF Module Pallet Assemblies 1300116 A5 a 2 Way UHF Combiner Assembly 1303208 A6 an Amplifier Control...

Page 41: ...plemented and should not be altered PIN diode VR1 is a variable damping circuit that is used to adjust the amplification of the module The adjustment is performed with the Gain potentiometers R10 and R6 A readjustment of the amplification may be required after repair work to ensure that the PAs in multiple PA transmitters deliver the same output power 4 1 4 A3 A4 UHF Module Assembly RF Module Pall...

Page 42: ...fault is present The meaning of the blinking LED is as follows 1 Blink indicates Amplifier Current Fault 2 Blinks indicate Temperature Fault 3 Blinks indicate 32V Power Supply Over Voltage Fault 4 Blinks indicate 32V Power Supply Under Voltage Fault 5 Blinks indicate Reflected Power Fault 6 Blinks indicate 12V or 12V Power Supply Fault Page 1 U4 located upper center of page is an in circuit microc...

Page 43: ...ge approximately 35 4 VDC U14A is used to keep the FET disabled in the event of low power supply voltage approximately 25 4 VDC Current monitoring sections of the board The ICs U16 U17 and U18 along with associated components set up the current monitoring sections of the board R67 R68 and R69 are 0 01Ω 5W 1 through hole resistor is used for monitoring the current through several sections of the am...

Page 44: ...ce level connected to the other input If the reflected level increases above the reference level a low output is produced and connected to the Reflected Power Shutdown circuit at CR28 The low shuts off Q14 causing pin 3 to go high that is connected to the inverter U15C The output of U15C goes low producing a Reflected Power Fault that is connected to an output of the board the Fault Alert circuit ...

Page 45: ...external DTV mask filter enters the board at the SMA jack J2 Resistors R3 and R4 form an input impedance matching network of 50Ω The reflected power signal is detected by CR2 R26 R8 C3 and C8 For digital operation the jumper W2 on J7 is between pins 1 2 The detected output is buffered by the operational amplifier U1B before it is split One part is connected to the reflected uncalibrated power outp...

Page 46: ...APPENDIX A LX SERIES SYSTEM SPECIFICATIONS ...

Page 47: ...are parts stock which is especially important to group owners and networks and also enables simple and inexpensive channel changes The very compact and completely modular design uses a chassis backplane configuration with parallel amplifier and power supply modules which can be removed and replaced while the transmitter is on the air Configurations are available in power levels from 10 watts to 6 ...

Page 48: ...00 W 17 000 W 20 500 W Input Power Line Voltage Volts 117 230 10 230 10 Power Requirements Single Phase 50 or 60 Hz Size H x W x D 55 x22 x34 76 x22 x34 76 x44 x34 Weight lbs 300 300 340 360 400 550 700 1030 1180 1330 OperationalTemperature Range 0 to 50 derate 2 C 1000 ft Maximum Altitude 3 8500 feet 2600m AMSL Operational Humidity Range 0 to 95 non condensing RF Load Impedance 50 Ω Performance F...

Page 49: ...APPENDIX B DRAWING LISTS ...

Page 50: ... Series Coax Assembly Chassis Airbox Interconnect 1303480 2 Way Splitter Phase Shifter Assembly Used with multiple Power Amplifier Assemblies 2 Way Splitter Phase Shifter Schematic 1303569 4 Way Splitter Module Assembly Used with multiple Power Amplifier Assemblies Contains a 4 Way Splitter Board 1303234 4 Way Splitter Board Schematic 1303237 2 Way Combiner Module Assembly Used with two Power Ampl...

Page 51: ...Board Assembly Schematic 1303211 UHF Phase Gain Board Schematic 1303216 Power Supply Assembly 2 kW LX Series One Power Supply Assembly Supplies Power to Two Amplifier Assemblies Block Diagram 1303886 Interconnect 1303479 Power Supply Assembly 1 kW LX Series One Power Supply Assembly Supplies Power to Two Amplifier Assemblies Block Diagram 1305175 Interconnect 1305176 ...

Page 52: ...APPENDIX C TRANSMITTER LOG SHEET ...

Page 53: ...D POWER DM8 DIGITAL MODULATOR DETAILS MODE SOURCE LINEAR EQ NON LINEAR EQ Settings Customized per System EQL PEAK LEVEL PSF PEAK LEVEL AGC MODE AGC LEVEL D A PEAK DETECT TAP ENERGY CLIP DETECTOR STATUS AGG ISL D A HBF IFC COR ODC CODE VERSION IF PROCESSOR DETAILS INPUT SIGNAL STATE MODULATION INPUT IF DLC CONTROL LOCK ALC LEVEL ALC MODE UPCONVERTER DETAILS AFC 1 LEVEL AFC 2 LEVEL PLL 1 CIRCUIT PLL...

Page 54: ... POWER SYSTEMS AMP SET 1 MODULE 1 Will indicate Amp Set and Module within the Set Will step through each Set and Module POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 1 MODULE 2 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE ...

Page 55: ...E VERSION AMP SET 2 MODULE 1 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 2 MODULE 2 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 2 MODULE 3 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED...

Page 56: ...E VERSION AMP SET 3 MODULE 1 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 3 MODULE 2 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 3 MODULE 3 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED...

Page 57: ...E VERSION AMP SET 4 MODULE 1 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 4 MODULE 2 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 4 MODULE 3 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED...

Page 58: ...E VERSION AMP SET 5 MODULE 1 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 5 MODULE 2 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 5 MODULE 3 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED...

Page 59: ...E VERSION AMP SET 6 MODULE 1 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 6 MODULE 2 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION AMP SET 6 MODULE 3 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED...

Page 60: ...P SET 6 MODULE 4 POWER SUPPLY VOLTAGE 32V 32V SUPPLY FORWARD POWER REFLECTED POWER AMP CURRENT 1 AMP CURRENT 2 AMP CURRENT 3 AMP TEMPERATURE CODE VERSION NOTE The previous Log Sheet readings can be taken from the System Details Screen Menu 30 1 on the 4 x 20 Display located on the front of the Control Monitoring Power Supply Module ...

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