Related Manuals for Advantech Wireless SSPBM-CX100-CSE
Summary of Contents for Advantech Wireless SSPBM-CX100-CSE
- Page 1 INSTALLATION AND OPERATING MANUAL 100W Cx-Band Hub-mount SOLID STATE POWER BLOCK UP-CONVERTER (SSPB) SSPBM–CX100–CSE PM 1R0-HN83A0-3NXC, Rev. 2...
- Page 2 This Advantech Wireless product is warranted against defects in material and workmanship for a period of 2 years from date of shipment. During the warranty period, Advantech Wireless will, at its option, either repair or replace products that will prove to be defective.
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Page 3: Table Of Contents
SSPBM-CX100-CSE CONTENTS SAFETY..........................6 GENERAL INFORMATION ...................8 INTRODUCTION ......................8 DESCRIPTION........................8 2.2.1 Power Supply .......................8 2.2.2 Up-Converter Assembly ....................9 2.2.3 HPA Assembly......................10 2.2.4 Controller Board ......................10 SSPB SPECIFICATIONS .....................13 UNPACKING AND INSTALLATION................17 INITIAL INSPECTION....................17 UNPACKING ........................17 INSTALLATION ......................17 3.3.1 Mechanical Installation....................17 3.3.2 Electrical Connections ....................18... - Page 4 SSPBM-CX100-CSE MAINTENANCE......................24 PREVENTIVE MAINTENANCE.................24 6.1.1 Mechanical Preventive Maintenance .................24 6.1.2 Checking the Cooling Fans..................24 RS-232 SERIAL COMMUNICATION .................25 HAND-HELD TERMINAL ..................25 RS-232 PC TERMINAL....................27 RS-485 SERIAL COMMUNICATION .................35 PACKING LIST.......................36 SAFETY AND EMC COMPLIANCE ................37 APPENDIX A: RS-485 SERIAL COMMUNICATION PROTOCOL.......38 11.1...
- Page 5 SSPBM-CX100-CSE FIGURES 1: P ...................... 11 IGURE RODUCT UTLINE 2: B ......................12 IGURE LOCK IAGRAM 3: C ....................... 15 IGURE ONNECTORS 4: H HELP M ................25 IGURE HELD ERMINAL 5: H STATUS M ..............26 IGURE HELD ERMINAL...
- Page 6 SSPBM-CX100-CSE TABLES TABLE 1: ELECTRICAL SPECIFICATIONS................13 TABLE 2: MECHANICAL SPECIFICATIONS ................ 14 TABLE 3: POWER REQUIREMENTS ..................14 TABLE 4: ENVIRONMENTAL CONDITIONS................ 14 TABLE 5: CONNECTORS ......................16 TABLE 6: AC LINE (J5) – PIN ASSIGNMENTS..............16 TABLE 7: SYSTEM CONTROL (RS232 RS485) – PIN ASSIGNMENTS ......20 TABLE 8: RELAY INTERFACE –...
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Page 7: Safety
SSPBM-CX100-CSE 1. SAFETY In addition to this section, included by reference are the following pertinent sections of the International Standard IEC-215, ‘Safety requirements for radio transmitting equipment’: Appendix D, ‘GUIDANCE ON ASSESSING THE COMPETENCE OF PERSONNEL FOR DESIGNATION AS SKILLED’ and also Sub-clause 3.1 of the Standard. - Page 8 The maximum permissible levels of exposure are quite low in comparison to the power levels produced by the equipment built by Advantech Wireless (e.g. less than 10 mW versus 4 to 700 W delivered by the different units). The maximum permissible levels are currently being studied by a number of organizations.
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Page 9: General Information
For a safe and versatile operation, please read the information carefully BEFORE using the equipment. Advantech Wireless has prepared this manual for use 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 the property of Advantech Wireless. -
Page 10: Up-Converter Assembly
SSPBM-CX100-CSE 2.2.2 U ONVERTER SSEMBLY The L-Band signal arriving from a modem enters the Up-Converter Assembly through a ‘N-type’ connector, see Figure 3: Connectors (page 15). The L-Band signal (950 MHz to 1825 MHz) enters the high gain Low Noise Amplifier (LNA) and Medium Power Amplifier (MPA) stages that boost the RF power level sufficient for the transmission through the Up- Converter Assembly. -
Page 11: Hpa Assembly
SSPBM-CX100-CSE 2.2.3 HPA A SSEMBLY The HPA Assembly amplifies the RF signal from the Up-Converter Assembly to a power level sufficient for transmission. Integral to this module are three HPA stages and a power conditioner board. Other functionality includes internal power conditioning and overtemperature shutdown. -
Page 12: Figure 1: Product Outline
SSPBM-CX100-CSE Figure 1: Product Outline Page 11... -
Page 13: Figure 2: Block Diagram
SSPBM-CX100-CSE FWPWR +12 V +12 V -9 V LEDS MUTE FAULT SHUT-DOWN_MON C (temp info) FWPWR SD_MON FAULT MUTE RS485 RS232 + 5 V FW DET (N/A) -9 V +12 V +12 V (VAR) (+3 ... +11 V DC) Figure 2: Block Diagram... -
Page 14: Sspb Specifications
SSPBM-CX100-CSE 2.3 SSPB SPECIFICATIONS TABLE 1: ELECTRICAL SPECIFICATIONS L-Band Input Frequency 950 – 1825 MHz RF Output Frequency Range 5.850 – 6.725 GHz Frequency Stability Based upon 10 MHz External Reference RF Output Power @ 1 dB Gain + 49 dBm, min. (100 W saturated power) -
Page 15: Table 2: Mechanical Specifications
SSPBM-CX100-CSE TABLE 2: MECHANICAL SPECIFICATIONS Physical Dimensions See Figure 1: Product Outline (page 11) – white paint Approximate Weight 19.8 lbs (9 kg) Mounting holes (8) 1/4-20, 0.40” (8 places) and #10-32 0.250” (6.35 mm) deep (4 places both sides), see Figure 1: Product Outline (page 11) - Page 16 SSPBM-CX100-CSE Figure 3: Connectors Page 15...
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Page 17: Table 5: Connectors
SSPBM-CX100-CSE TABLE 5: CONNECTORS Connector Function Description Mating Connector L-Band IN (J1) N-Type (F) N-Type (M) (Up-converter Input) &C Serial Interfaces (J2) MS 3112E12-10P (M) MS 3116G12-10S (F) RS-485 & RS-232 (J3) (not available for Relay Interface MS3112E10-6P (M) MS3116F10-6S (F) -
Page 18: Unpacking And Installation
SSPBM-CX100-CSE 3. UNPACKING AND INSTALLATION This Section contains instructions for the site preparation, unpacking and the installation of an SSPB. 3.1 INITIAL INSPECTION Inspect the shipping container for damage. If the container or cushioning material is damaged, immediately contact the carrier that delivered the equipment and submit a damage report. -
Page 19: Electrical Connections
The centre pins of the connectors used by Advantech Wireless have a precision tolerance measured in mils (1/1000 inch). The mating connectors of the various suppliers may not be of precision types. -
Page 20: Cooling Considerations
SSPBM-CX100-CSE 3.3.4 C OOLING ONSIDERATIONS The SSPB is forced-air cooled. The cooling fans are configured for 12 V DC operation, supplied by the main power supply of the unit. Depending on environmental conditions, the airflow opening may become obstructed by debris, reducing the efficiency of the cooling system. -
Page 21: Interfaces
SSPBM-CX100-CSE 4. INTERFACES 4.1 SYSTEM CONTROL CONNECTOR (RS-485 RS-232) The System Control interface connector is located at port (RS232 RS485) of the SSPB. This is a 10-pin MS3112E12-10P (male) connector with pin assignments as shown in TABLE 7 below. Both RS-485 and RS-232 serial interfaces are for the serial interface communication link, allowing for the external monitoring and control of the SSPB. -
Page 22: Relay Interface
SSPBM-CX100-CSE 4.2 RELAY INTERFACE NOTE: This connector is not installed on these units and consequently this interface is not available. The Relay Interface uses a 6-pin circular connector mounted on the Block Up-Converter enclosure. The connector type is listed in TABLE 5 at page 16 and the location is shown in Figure 3 at page 15. -
Page 23: Redundant Interface
SSPBM-CX100-CSE 4.3 REDUNDANT INTERFACE NOTE: This connector is not installed on these units and consequently this interface is not available. The Redundant Interface connections are made with a 10-pin circular connector mounted on the SSPB enclosure. The connector type is listed in TABLE 5 at page 16 and the location is shown in Figure 3 at page 15. -
Page 24: Pre Power And Checkout
SSPBM-CX100-CSE 5. PRE POWER AND CHECKOUT This Section contains the pre-power and checkout procedure for the SSPB model SSPBM-C80-CSE. WARNING! The information presented in this Section is addressed to the technicians who have specific training in, and knowledge of the Microwave Power Transmitters. -
Page 25: Maintenance
SSPBM-CX100-CSE 6. MAINTENANCE This Section describes the scheduled maintenance procedure for the SSPB. CAUTION! Improper maintenance of the SSPB may void the warranty. 6.1 PREVENTIVE MAINTENANCE This product requires minimum maintenance, which consists of visual inspection and cleaning. WARNING! Personnel performing maintenance on this system must have the proper training and become thoroughly familiar with the related safety requirements and issues. -
Page 26: Rs-232 Serial Communication
SSPBM-CX100-CSE 7. RS-232 SERIAL COMMUNICATION 7.1 HAND-HELD TERMINAL W a t t C - B a n d S S P B > ENTER ENTER ENTER L I S T C O M M A N D S S T A... -
Page 27: Figure 5: Hand - Heldt
SSPBM-CX100-CSE > S T A ENTER S S P B S T A T U S P L L s t a t u s l o c k o u t p u t A t t e n u a t i o n 0 . -
Page 28: Rs-232 Pc Terminal
SSPBM-CX100-CSE 7.2 RS-232 PC TERMINAL For RS-232 VT communication, use the following communication parameters: - Bits per second: 9600 - Data Bits: 8 - Parity: None - Stop bits: 1 - Flow Control: None TABLE 9: SERIAL INTERFACE RS-232 CONNECTION INFORMATION... -
Page 29: Figure 6: Hyper Terminal
SSPBM-CX100-CSE Figure 6: HyperTerminal RS-232 Communication – help command and response Page 28... -
Page 30: Figure 7: Hyper Terminal
SSPBM-CX100-CSE Figure 7: HyperTerminal RS-232 Communication – status command and response Page 29... -
Page 31: Figure 8: Hyper Terminal
SSPBM-CX100-CSE Figure 8: HyperTerminal RS-232 Communication – help rf, rf and rf off commands and responses Page 30... -
Page 32: Figure 9: Hyper Terminal
SSPBM-CX100-CSE Figure 9: HyperTerminal RS-232 Communication – help att, att, gain and att <value> commands and responses Page 31... -
Page 33: Figure 10: Hyper Terminal
SSPBM-CX100-CSE Figure 10: HyperTerminal RS-232 Communication – help gain, gain, att and gain <value> commands and responses Page 32... -
Page 34: Figure 11: Hyper Terminal
SSPBM-CX100-CSE Figure 11: HyperTerminal RS-232 Communication – “help baud” and “baud rs232” commands and responses OTE: The baud rate may be set only for RS-232 serial interface (to 9600 or to 19200 bauds). fter re-setting the baud rate, the communication program used (HyperTerminal or other VT ommunication programs) must be set for the new baud rate. -
Page 35: Figure 12: Hyper Terminal
SSPBM-CX100-CSE Figure 12: HyperTerminal RS-232 Communication – “help rs485”, “rs485 ascii” and “rs485 binary” commands and responses OTE: The rs485 parameter may be set to ascii, to binary, or to skywan. When this parameter is set to ascii, the RS-485 serial interface will work as a VT serial interface (the same windows as for RS-232 serial interface will be available on RS-485 interface). -
Page 36: Rs-485 Serial Communication
SSPBM-CX100-CSE 8. RS-485 SERIAL COMMUNICATION The RS-485 serial communication is based on the protocol in 11 APPENDIX A: RS-485 SERIAL COMMUNICATION PROTOCOL at page 38. Note that in order to connect the RS-485 of the unit to the RS-232 interface of a PC an adequate RS-485/RS-232 adapter should be used. -
Page 37: Packing List
SSPBM-CX100-CSE 9. PACKING LIST TABLE 10: PACKING LIST (P/N 19R-3171A0-3NXC) Item Quantity Description Part # Installation and Operating Manual PM 1R0-HN83A0-3NXC Rev. 2 C-Band 80 Watt SSPB, 1R0-HN83A0-3NXC model SSPBM-C80-CSE CWR137 W/G Pressure Window 230-160883-001 Subassembly Connector Circular MIL C-5015, Straight... -
Page 38: Safety And Emc Compliance
SSPBM-CX100-CSE 10. SAFETY AND EMC COMPLIANCE Advantech Wireless products are compliant with the following standards: SAFETY: IEC 60950-1 second edition 2005 EMC: EN301489-1 2004 (EMC for radio equipment and services, common technical requirements): EN 55022: 1998 / A1: 2000 - Class A EN61000-4-4 Transient/burst 0.5kV Signal Lines, 1 kV Power Lines... -
Page 39: Appendix A: Rs-485 Serial Communication Protocol
11.2 FRAME STRUCTURE Each frame starts from start byte 0x5 5. After this start byte, each frame consists of 7 bytes. First byte: Master (NMS) to Slav e (Advantech Wireless unit): Address of corr espondent Advantech ireles s unit 01 to 0x0F). -
Page 40: Commands
SSPBM-CX100-CSE 11.3 COMMANDS These commands go only from master-slave direction. TABLE 11: COMMANDS Respond. 2,3,4,5,6 Description 2nd byte 3, 4, 5 &6 bytes bytes. Request condition 0x01 or 0x2A 0xAA AA AA AA See TABL E 12 status Mute/Unmute 0x5A AA AA AA To mute... -
Page 41: Responses To Commands From Slave To Master
SSPBM-CX100-CSE 11.4 RESPONSES TO COMMANDS FROM SLAVE TO MASTER 1.4.1 C ONDITION TATUS ESPONSE TABLE 12: CONDITION STATUS RESPONSE Bit No 2nd byte 3rd byte byte byte byte Status 1-on, 0-off 1- Sum Alarm Outp ut level Output level 0x00... -
Page 42: Read Identification Response
SSPBM-CX100-CSE 11.4.2 R DENTIFICATION ESPONSE TABLE 13: READ IDENTIFICATION RESPONSE Bit No byte byte byte byte byte 1- Rx spectrum inv 00 – N/A 1 – Up 0- not Rx spectrum inv 0x01 – 70 to L 1 – Down 0x02 –... -
Page 43: Appendix B: Rs-485 Skywan Serial Communication Protocol
SSPBM-CX100-CSE 12. APPENDIX B: RS-485 SKYWAN SERIAL COMMUNICATION ROTOCOL For remote operation, the SSPB is equipped with a monitor and control function. The M&C function contains all of the relevant data concerning the control and status signals of the SSPB. -
Page 44: Transmission Interface
SSPBM-CX100-CSE 12.3.1 T RANSMISSION NTERFACE A request packet (see TABLE 15) is sent by the IDU and the respective response packet (see TABLE 16) by the SSPB. The IDU is the bus m aster. The SSPB is only allowed to respond if... -
Page 45: Command Message Structure (Idu To Sspb)
SSPBM-CX100-CSE 12.3.2 C (IDU SSPB) OMMAND ESSAGE TRUCTURE TABLE 15: COMMAND MESSAGE STRUCTURE Byte Name Description Value Address Address of SSPB 0x01 to 0x0F Command Request Status 0x01 Transmit ON/OFF 0x02 Change Address 0x03 Set Input Frequency 0x04 Not applicable for these units... -
Page 46: Response Message Structure (Sspb To Idu)
SSPBM-CX100-CSE 12.3.3 R (SSPB IDU) ESPONSE ESSAGE TRUCTURE TABLE 16: RESPONSE MESSAGE STRUCTURE Byte Name Description Value Address Address of SSPB shifted left by 4 0x10 to 0xF0 Level Byte 1 MS byte of Tx output power Level Byte 2...
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