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Advantech Wireless AWMA-Kx500-BTE Series, Installation And Operating Manual

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Advantech Wireless AWMA-Kx500-BTE Series Installation And Operating Manual Download Page 25

 

 

 

 

AWMA-Kx500-BTE

 
 
 
 

TABLE 6

: RELAY INTERFACE – PIN ASSIGNMENT 

Pin

  Signal Name 

Description

 

A Tx 

AL-NC 

Normal closed contact of the 

Tx ALARM

 Form - C relay. 

Pin A closed to pin B indicates ALARM in the transmission path. 

B Tx 

AL-COM 

Common contact of the 

Tx ALARM

 Form - C relay 

C Tx 

AL-NO 

Normal open contact of the 

Tx ALARM

 Form – C relay. 

Pin C open relative to pin B indicates ALARM in the transmission 
path. 

D N/C 

Not 

connected 

E N/C 

Not 

connected 

F N/C 

Not 

connected 

G Tx 

MUTE 

Tx MUTE command

: 

If pin G is NOT connected to pin H, the transmission path is MUTE. 
If pin G is connected to pin H, the transmission path is ON. 

H MUTE-COM 

Common contact of the 

Tx MUTE and Rx MUTE Commands

 

J N/C 

Not 

connected 

K OUT-MON 

Output Power Monitor (voltage: 5 V DC at rated P1dB; > 0 V DC at 
20 dB back-off) 

 

 
 
 
 
 
 
 
 
 
 
 
 
 

24

 

Summary of Contents for AWMA-Kx500-BTE Series

Page 1: ...INSTALLATION AND OPERATING MANUAL REDUNDANT READY 500 W EXTENDED Ku BAND HUB MOUNT SOLID STATE POWER AMPLIFIER AWMA Kx500 BTE PM 100 456S80 4H0 REV 1 ...

Page 2: ...ng address in original shipping container box with shipping charges prepaid Advantech Wireless 657 Orly Avenue Dorval Quebec H9P 1G1 CANADA Please indicate the RMA number on all shipping documentation Units shipped without prior issued RMA or shipped not in original packing may be subject of rejection and returned at sender s own expense LIMITATIONS OF WARRANTY Advantech Wireless warrants this pro...

Page 3: ...l Power Monitor Module 15 4 3 9 Digital Power Monitor Module for Combined Power 15 4 3 10 Cooling System 15 4 4 LED SIGNALLING 18 4 5 SPECIFICATIONS SINGLE UNIT 19 5 INTERFACES 23 5 1 RELAY INTERFACE 23 5 2 RS 232 INTERFACE 25 5 3 RS 485 INTERFACE 26 5 4 REDUNDANT INTERFACE 26 5 5 RF OUTPUT MONITOR INTERFACE 26 6 UNPACKING AND INSTALLATION 27 6 1 INITIAL INSPECTION 27 6 2 UNPACKING 27 6 3 INSTALLA...

Page 4: ...ING THE SSPA SOFTWARE 34 8 4 1 Using the RS 232 Interface 34 8 4 2 Using the RS 485 Interface 40 9 MAINTENANCE 41 9 1 PREVENTIVE MAINTENANCE 41 9 2 MECHANICAL PREVENTIVE MAINTENANCE 41 9 3 COOLING FANS CHECK 41 10 RS 485 SERIAL COMMUNICATION PROTOCOL 42 10 1 FRAME STRUCTURE 42 10 2 COMMANDS 43 10 3 RESPONSE TO COMMANDS FROM SLAVE TO MASTER 46 11 APPENDIX A SAFETY AND EMC COMPLIANCE 50 3 ...

Page 5: ... FIGURE 2 BLOCK DIAGRAM ONE UNIT 17 FIGURE 3 CONNECTORS 21 FIGURE 4 RS 232 HYPERTERMINAL COMMUNICATION STATUS DISPLAY FOR SINGLE UNIT AFTER PRESSING ENTER 35 FIGURE 5 RS 232 HYPERTERMINAL COMMUNICATION LIST OF COMMANDS DISPLAY AFTER PRESSING H ENTER FOR HELP 37 4 ...

Page 6: ...E 9 SERIAL INTERFACE RS 232 CONNECTION INFORMATION 30 TABLE 10 AC LINE J5 CONNECTOR PIN ASSIGNMENTS 31 TABLE 11 RS 232 MENU ITEM DEFINITION 36 TABLE 12 COMPUTER TERMINAL COMMANDS FOR RS 232 INTERFACE 38 TABLE 13 COMMAND FRAME STRUCTURE 44 TABLE 14 CONDITION STATUS RESPONSE 46 TABLE 15 READ IDENTIFICATION RESPONSE 46 TABLE 16 READ FREQUENCY RANGE RESPONSE 47 TABLE 17 READ ATTENUATION RANGE RESPONSE...

Page 7: ...NG EQUIPMENT also Sub clauses 3 2 3 7 and 22 1 of the Standard To prevent the risk of personal injury or loss related to equipment malfunction Advantech Wireless uses the following symbols for safety related information For your own safety please read the information carefully BEFORE operating the equipment Symbols used in manual WARNING This indicates a hazardous procedure that could result in se...

Page 8: ... severe injury to untrained personnel In addition there is a risk of damage to precision components WARNING ALWAYS TERMINATE THE OUTPUT OF THE POWER AMPLIFIER WITH A RF LOAD CAPABLE OF DISSIPATING FULL CW RF POWER SIMILARLY TERMINATE THE INPUTS TO AVOID THE POSSIBILITY OF THE UNIT BEING DRIVEN BY STRAY LEAKAGE SIGNALS Incorporate the terminations prior to applying prime power to the unit This proc...

Page 9: ...wer levels of the amplifiers built by Advantech Wireless e g less than 10 mW versus 20 to 500 W delivered by various units The permissible levels are currently being studied by a number of organizations In the past the U S safety Code established a dosage rate of 10 mW cm2 Currently there is consideration being given to reducing the permissible level to 1 mW cm2 in the United States as has been th...

Page 10: ...F20 19S Connector for AC LINE connector J5 631 310620 002 4 2 Connector circular MIL C 26482 6 contacts female straight cable plug shell 10 MS3116F10 6S connectors for RS 232 and RS 485 Serial Interfaces 631 311606 001 5 1 Connector circular MIL C 26482 10 contacts female straight cable plug shell 12 MS3116J12 10S connector for RELAY Interface 631 311612 003 6 1 Waterproof O Ring Gasket for WR 75 ...

Page 11: ...zards For a safe and versatile operation please read the information carefully BEFORE using the equipment Advantech Wireless has prepared this manual for use by customers as a guide for the proper installation operation and maintenance of Advantech Wireless equipment and computer programs The drawings specifications and information contained herein are property of Advantech Wireless Any unauthoriz...

Page 12: ...res a serial RS 485 interface that provides full remote monitor and control capabilities via a computer interface as well as serial RS 232 interface that may be used in Terminal mode and a discrete interface Relay for local or remote monitoring and control of selected functions A functional block diagram of a single unit is shown in Figure 2 at page 17 4 3 SINGLE UNIT MAJOR COMPONENTS The SSPA Amp...

Page 13: ...ure report of one or more GaAs FET devices The driver module has a gain of 45 dB typically 4 3 3 POWER AMPLIFIER MODULE The Power Amplifier Module amplifies the RF signals from the input of the unit over the frequency range of 13750 MHz to 14500 MHz The power amplifier module has a gain of 14 dB typically The monitoring and control signals are the Alarm Output and the Relay Input for muting the po...

Page 14: ...ROLLER BOARD The Main Controller Board contains a microprocessor controller that performs all of the monitoring and control input output communication and the decision making The main controller board provides 1 Fault detection and indication from each module of the unit 2 Mute control and indication 3 Forward RF power indication 4 Reflected RF power indication 5 Redundancy control 6 Attenuation s...

Page 15: ...ser wishes to perform a maintenance check or to check out the transmission system Note that when the unit is in MUTE the Tx LED is red flashing 4 3 6 POWER SUPPLY The Power Supply consists of two identical 2000 W Power Supply modules Each module can supply outputs as follows 3 x 25 A 12 VDC 3 x 0 1 A 9 VDC 1 x 0 3 A 15 VDC The power supply portion of the SSPA provides all of the internal voltages ...

Page 16: ...Board 4 3 9 DIGITAL POWER MONITOR MODULE FOR COMBINED POWER The Digital Power Monitor Module for Combined Power receives the detected voltage proportional with the RF combined output power through the Redundant Interface and converts it into a digital signal to be delivered to the Main Controller Board 4 3 10 COOLING SYSTEM The cooling subsystem includes three fans and the harnesses provided for e...

Page 17: ...AWMA Kx500 BTE Figure 1 Product Outline single unit 16 ...

Page 18: ... F CURRENT SENSOR CURR TH LPA LNA 12V COM 9V TH 12V 12V 9V J5 AC LINE A B C 12 V 12 V 12V Ku Band DIGITAL POWER MONITOR ALM_DR RS 485_DR GND 9V 12 V high current 9V 12 V high current TRANSM LED LED ALM_PA RS 485_PA GND MUTE_PA ALM_PA RS 485_PA GND MUTE_PA ALM_DR RS 485_DR GND ALM_L RF RS 485_L RF GND RELAY RS 232 RS 485_PM RS 485_PM LIGHTNING ARRESTER RS 485 RS 485 J2 RS 232 I F J12 RS 485 I F RED...

Page 19: ...LINE state LED STATE PATH PATH CONDITION LED STATE Operational ON LINE Green STAND BY and NOT MUTE Green blinking MUTE ON LINE Red blinking FAULT Tx in shutdown Red Tx STAND BY and MUTE Not lit Operational ON LINE Green STAND BY and NOT MUTE Green blinking MUTE ON LINE Red blinking FAULT Rx in shutdown Red Rx not available for these units STAND BY and MUTE Not lit 18 ...

Page 20: ...over 40 MHz Gain Slope 0 015 dB MHz max Gain Variation over temperature 3 dB max 30 C to 55 C Gain Stability over 24 hours at constant temperature drive level 0 25 dB max Input Return Loss 18 dB min Output Return Loss 20 dB min Output Noise Power Density at maximum gain In band 13 750 14 500 GHz In receive band 10 950 12 750 GHz 75 dBm Hz 145 dBm Hz Spurious at rated power 65 dBc max Harmonics at ...

Page 21: ...holes see Figure 1 Product Outline single unit at page 16 TABLE 3 POWER REQUIREMENTS Power Requirements 180 264 VAC 47 63 Hz single phase Power Consumption 30 A typical 220 VAC 4000 W TABLE 4 ENVIRONMENTAL CONDITIONS Temperature Non operating continuous exposure Operating ambient 50 C to 85 C 30 C to 55 C Relative Humidity 100 max condensing up to 2 hr rain Altitude 10 000 AMSL derated 2 C 1 000 f...

Page 22: ...AWMA Kx500 BTE Figure 3 Connectors 21 ...

Page 23: ...E10 6P M MS3116F10 6S F Relay J3 Discrete Interface MS3112E12 10P M MS3116J12 10S F RF MON J4 RF Output Monitor N Type F 50 Ω N Type M 50 Ω REDUNDANCY J6 Redundant Interface MS3112J12 10P M MS3116J12 10S F RF Out J7 RF Output WR 75 Flat WR 75 Grooved RS 485 J12 Serial Interface MS3112E10 6P M MS3116F10 6S F 220 V J5 AC Line MS3102R16 10P M MS3106F16 10S F 22 ...

Page 24: ...utput power of the unit through a 40dB coupler 5 TX LED a green red LED indicating the state of the transmission path If this LED is not lit the unit is not powered or the power supply failed If this LED is RED lit it indicates that the unit is in FAULT or ALARM condition If this LED is blinking RED it indicates that the unit is in MUTE state following a MUTE command If this LED is GREEN lit it in...

Page 25: ... contact of the Tx ALARM Form C relay Pin C open relative to pin B indicates ALARM in the transmission path D N C Not connected E N C Not connected F N C Not connected G Tx MUTE Tx MUTE command If pin G is NOT connected to pin H the transmission path is MUTE If pin G is connected to pin H the transmission path is ON H MUTE COM Common contact of the Tx MUTE and Rx MUTE Commands J N C Not connected ...

Page 26: ... 6 pin circular connector mounted on the SSPA enclosure The type of mounting connector is listed in TABLE 5 at page 22 and the location is shown in Figure 3 at page 21 The pin assignment for this interface is shown in TABLE 7 TABLE 7 RS 232 INTERFACE PIN ASSIGNMENT Pin Type Signal Name Description A N C N A Not connected B N C N A Not connected C Input RX Serial receive RX D Output TX Serial trans...

Page 27: ...Ground GND Safety ground Shield 5 4 REDUNDANT INTERFACE The Redundant Interface connections are made with a 26 pin circular connector mounted on the SSPA enclosure The connector type is listed in TABLE 5 at page 22 and the location is shown in Figure 3 at page 21 A redundant system cable is provided with the redundancy kit that provides the interconnection between the two SSPA units and the wavegu...

Page 28: ...he redundant system verify that all of the items listed in the redundancy kit are present If any of the items are missing contact Advantech Wireless immediately Inspect all of the items for evidence of damage resulting from the shipment If damage seems evident immediately contact the carrier that delivered the equipment and file a claim Failure to do so may invalidate future claims Check the SSPA ...

Page 29: ...ng connector s provided in the shipping kit see Section 2 at page 9 Refer to TABLE 8 at page 26 for the correct pin assignment 4 Construct the prime power cable s using the connector s provided in the shipping kit see Section 2 at page 9 For the correct pin assignment refer to TABLE 10 at page 31 6 3 2 ENVIRONMENTAL AND ADEQUATE VENTILATION CONSIDERATIONS Each SSPA unit contains a forced air cooli...

Page 30: ... the connection is firm CAUTION Do not over tighten the waveguide flange screws Over tightening the bolts may cause the stripping of the threads or distort the mating flange Recommended torque is 15 in lbs for 6 32 bolts 6 Ground the SSPA unit by attaching a 6 gauge copper wire to the ground terminal provided by the unit enclosure to a properly grounded structure 7 If it is desired to use the Rela...

Page 31: ... 50 Ω female connector Tx In input port of the SSPA unit 11 Verify that AC power source is switched OFF 12 Verify that the AC power source can satisfy the power requirements as given by TABLE 3 at page 20 WARNING Proper grounding of the AC power outlet is necessary for personnel and equipment safety Improper grounding may cause serious injury or death of the operator CAUTION Ensure that the proper...

Page 32: ...MA Kx500 BTE TABLE 10 AC LINE J5 CONNECTOR PIN ASSIGNMENTS Description Pin Phase live A Ground B Neutral C 15 If necessary connect a power meter or a spectral analyzer to the RF output monitor port Mon 31 ...

Page 33: ...ify that the following conditions are met 4 Verify that the voltage of the station s AC prime power matches with the value marked on the ID label It is 85 264 VAC for the unit s 5 The prime power station is properly grounded 3 All cable and waveguide connections are secure and there is no evidence of pinched wires and loose hardware 4 The circuit breaker at the prime power station is switched OFF ...

Page 34: ...rm loss of sight even death Do not operate any transceiver if the RF output connector is not connected to a load Please note that an SSPA failure due to the above condition will be attributed to abuse or neglect and will not be covered by the standard warranty 8 3 BASIC OPERATING PROCEDURE Perform the following operating procedure 1 Verify that the Pre Power and System Checkout procedure as descri...

Page 35: ...E 12 at page 38 Operate the SSPA system via the RS 232 Interface as follows 1 Switch on the power station s circuit breaker to power up the SSPA system 2 Run any terminal program in the personal computer 3 Use the following communication parameters Bits per second 19200 Data Bits 8 Parity None Stop bits 1 Flow Control None 4 After running the program in the computer and pressing the Enter key a di...

Page 36: ...AWMA Kx500 BTE Figure 4 RS 232 HyperTerminal Communication Status Display for Single Unit after pressing ENTER 35 ...

Page 37: ...output power in dBm TxAttn Indicates the set Attenuation in dB Note that the attenuation is factory preset for these units that are conceived to be part of a redundant phase combined system Tx Stat Indicates the transmission status On or Mute RPWR Indicates the Reverse reflected Power of the Amplifier the transmission path reflected power in dBm Temp HS Hot Spot Temperature of the unit in degrees ...

Page 38: ...AWMA Kx500 BTE Figure 5 RS 232 HyperTerminal Communication List of Commands Display after pressing h ENTER for Help 37 ...

Page 39: ...ant systems cur Consumption Displays the DC current consumption of the unit dat Date d m y Current date will be displayed in format day month year elt Elapsed Time Elapsed functioning time fpw Forward Power Displays the forward transmission output power in dBm ltr Low power threshold Low power ALARM threshold set and display mac MAC address Displays the Monitor and Control address nam Set unit nam...

Page 40: ...nnected to a PC always type t2 to achieve connection to PC because the default mode is t1 tme Time h m s Current time will be displayed in format hour minutes seconds tml Set Tx mute logic Allows for the setting of the logic of mute command for Tx normal or reversed tmp Temperature The temperature of the amplifier module will be displayed txm Tx Mute Transmission Mute command The transmission path...

Page 41: ...AWMA Kx500 BTE 8 4 2 USING THE RS 485 INTERFACE In order to use this interface refer to Section 10 RS 485 SERIAL COMMUNICATION PROTOCOL 40 ...

Page 42: ... of damage and improper seating Replace defective connector plugs and reset any that are dislodged 2 Inspect the electrical wiring for signs of discolored broken or poor insulation Repair or replace if necessary 3 Inspect all waveguides for discoloration cracks loose connectors and improper sealing Tighten or replace waveguides as required 4 Check for other defects such as wear breakage deteriorat...

Page 43: ...a request The third byte in the master to slave direction is an expansion of command if applicable The forth fifth and sixth bytes in the master to slave direction carry the value of parameter The fourth byte is the most significant MS byte the fifth is the less significant LS byte and the sixth byte is the value after the decimal point The second to the sixth bytes in the slave to master directio...

Page 44: ...lways condition status see TABLE 14 The commands marked N U are not used for these units 10 2 COMMANDS TABLE 13 at page 44 lists all of the commands that go in the master to slave direction NOTE If the slave does not recognise the command from the master the response of the slave is given in TABLE 14 at page 46 43 ...

Page 45: ...A AA AA AA 2nd 3rd bytes temperature 8 Read Elapsed Time 0x0C 0xAA AA AA AA 2nd 3rd bytes for days 4th byte for hours 0xAAAA 9 Read Real Attenuation Range 0x0D 0x5A for Tx See TABLE 17 response in 0 1 dB 10 Read Combined Output Level 0x0E 0x5A AA AA AA See TABLE 18 11 Read Hot Spot Temperature 0x12 0xAA AA AA AA 2nd 3rd bytes temperature 12 Read Current Consumption 0x13 0xAA AA AA AA 5th 6th bytes...

Page 46: ...resholds 0x2E 0xAA AA AA AA 2nd 3rd bytes High N A 5th 6th bytes Low 20 Fault Reset 0x66 0xA5 A5 A5 A5 See TABLE 14 Example for Attenuation Set command To set the attenuation of unit with address 0x01 to 5 5 dB the following string should be sent 0x01 0x05 0x5A 0x00 0x37 0xAA 0x41 where 0037 is the hex value for 55 the attenuation expressed in 0 1 dB units and 41 is the checksum truncated to 1 byt...

Page 47: ...tus see NOTES Power Class for P1dB power in dBW 5 bits From 30dBm step 1dB 0 dBW 30 dBm 1 dBW 31 dBm 23 dBW 53 dBm 0 NOTES 4th byte Internal Communication Status is 1 for no communication 0 for communication O K Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Neighbor HPAL HPAR Combined DPM Driver N U Input Module IM Digital Power Monitor Module DPM TABLE 15 READ IDENTIFICATION RESPONSE Bit 2nd by...

Page 48: ...highest frequency Example 35 B6 55 00 C8 is the response for 13 750 to 14 500 GHz frequency range 13750 to 14500 in MHz TABLE 17 READ ATTENUATION RANGE RESPONSE Bit 2nd byte 3rd byte 4th byte 5th byte 6th byte 0 1 2 3 4 5 6 7 MS byte minimum value LS byte minimum value 0x5A for Tx MS byte maximum value LS byte maximum value Example 00 00 5A 00 C8 is the response for 0 0 to 20 0 dB attenuation rang...

Page 49: ...e2 1 Tx 1 un mute 0 mute 0 0 1 High Reflected Power Alarm 0 2 0 1 Input Module Alarm 0 1 Overdrive when output power is more than 1 5 dB over P1dB 1 SWx Not Connected see Note2 3 Tx 1 ON LINE 0 STANDBY 1 PA Temperature alarm 85 C See Note1 below 1 Low Output Power 0 4 0 1 PA devices alarm 0 0 0 5 1 standalone 0 redundant phase combined 1 HPA Left Temperature alarm 85 C 1 HPA Left devices alarm 0 0...

Page 50: ...with S 0 A combined with B Unit B 1 B combined with S 0 A combined with B Unit S 1 S combined with B 0 S combined with A when S is online Unit S 1 S standby A 0 S standby B when unit S is standby Note 2 These bits will also be dependent on context since each unit monitors one switch Unit A monitors SW1 Unit B monitors SW2 Unit S monitors SW3 49 ...

Page 51: ...N 55022 1998 A1 2000 Class A EN61000 4 4 Transient burst 0 5kV Signal Lines 1 kV Power Lines EN61000 4 2 Electrostatic discharge 4kV CD 8 kV AD EN61000 4 5 Surge 1kV 0 5 kV EN61000 4 11 AC port dips 70 40 0 EN 61000 4 3 Radiated Immunity 80 1000 MHz 3 V m SUPPLEMENTARY INFORMATION The products herewith comply with the requirements of the Low Voltage Directive 73 23 EEC and of the EMC Directive 89 ...

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