Hewlett Packard Enterprise 550-10016-7 WLAN atbtg mini-PCI module User Manual M365 415
Hewlett-Packard Co WLAN atbtg mini-PCI module M365 415
Contents
- 1. CAP Operating Manual
- 2. Manual
CAP Operating Manual
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| Document ID | 657794 |
| Application ID | ArHY0CeRjd81Xshosl/xXA== |
| Document Description | CAP Operating Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
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| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 205.31kB (2566392 bits) |
| Date Submitted | 2006-05-15 00:00:00 |
| Date Available | 2006-05-15 00:00:00 |
| Creation Date | 2006-03-01 15:15:55 |
| Producing Software | Acrobat Distiller 7.0.5 (Windows) |
| Document Lastmod | 2006-03-01 15:30:42 |
| Document Title | M365-415 |
| Document Creator | Acrobat PDFMaker 7.0.7 for Word |
| Document Author: | Bill Lamb |
VT Miltope M365-491 A company of Vision Technologies Systems Operator’s Manual Cabin Access Point (CAP) Part Numbers 901164-1 901164-2 901164-3 VT Miltope A company of Vision Technologies Systems 3800 Richardson Road South Hope Hull, AL 36043 Tel: 334-284-8665 Fax: 334-613-6302 http://www.miltope.com M365-491 Operator’s Manual Cabin Access Point (CAP) Part Numbers 901164-1 901164-2 901164-3 October 2005 Revised March 2006 M365-491 Operator’s Manual TABLE OF CONTENTS Chapter/Paragraph Page LIST OF FIGURES .............................................................................................................iv LIST OF TABLES ...............................................................................................................iv GENERAL INFORMATION ...........................................................................................1-1 1-1 1-2 1-2.1 1-2.2 1-2.3 1-3 1-4 1-5 1-5.1 1-5.2 1-5.3 1-5.4 1-6 1-7 1-8 1-9 1-10 1-11 EQUIPMENT SETUP .......................................................................................................2-1 2-1 2-2 2-3 2-4 Introduction..................................................................................................1-1 Typographic Conventions ............................................................................1-1 Keyboard Entries and Software Commands ................................................1-1 Variables ......................................................................................................1-2 Screen Display .............................................................................................1-2 Terminology.................................................................................................1-2 Equipment Description ................................................................................1-2 Building a Wireless Local Area Network (WLAN).....................................1-3 Connecting to a Wired Local Area Network (LAN)....................................1-4 Connecting to a Wired Server......................................................................1-4 Instant Infrastructure ....................................................................................1-5 Building a Multi-Cell Wireless Network.....................................................1-5 Building a Wireless Link .............................................................................1-5 Security ........................................................................................................1-6 Specifications...............................................................................................1-7 Approved Antennas .....................................................................................1-9 Available Software and Manuals .................................................................1-12 Tools and Test Equipment Required............................................................1-13 Introduction..................................................................................................2-1 Unpacking and Inspection............................................................................2-1 Initial Setup..................................................................................................2-1 Configuration ...............................................................................................2-1 INSTALLATION...............................................................................................................3-1 3-1 3-2 3-2.1 3-2.2 3-2.3 3-3 3-3.1 Table of Contents Introduction..................................................................................................3-1 Mounting......................................................................................................3-1 CAP Unit......................................................................................................3-1 Indoor Cabin Antenna..................................................................................3-1 Outdoor Antenna..........................................................................................3-1 Connecting the CAP ....................................................................................3-11 Input Power Requirements...........................................................................3-11 March/2006 Operator’s Manual M365-491 TABLE OF CONTENTS (Cont’d.) Chapter/Paragraph 3-3.2 3-3.3 3-3.4 3-3.5 3-3.6 3-4 3-5 Introduction..................................................................................................4-1 Indicators......................................................................................................4-1 Operating Instructions..................................................................................4-1 Power Up .....................................................................................................4-1 Checking the Status of Your CAP ...............................................................4-1 OPERATOR MAINTENANCE .......................................................................................5-1 5-1 5-2 5-3 5-3.1 5-3.2 5-4 10/100BaseT Ethernet Local Area Network (LAN) Ports ...........................3-13 RF (Antenna) Output ...................................................................................3-14 Discrete Inputs .............................................................................................3-14 Discrete Outputs...........................................................................................3-15 Reset Input ...................................................................................................3-15 Configuring Wireless Client Stations (CWLU Configuration)....................3-15 Configuring the Ground-Based Network (TWLU Configuration) ..............3-15 OPERATION .....................................................................................................................4-1 4-1 4-2 4-3 4-4 4-5 Page Introduction..................................................................................................5-1 Inspection .....................................................................................................5-1 Cleaning Exterior Surfaces ..........................................................................5-1 Materials Required.......................................................................................5-1 Cleaning Procedure ......................................................................................5-1 Installing Operating Software ......................................................................5-1 TROUBLESHOOTING ....................................................................................................6-1 6-1 6-2 6-2.1 6-2.2 6-2.3 6-2.4 6-2.5 6-2.6 6-3 6-3.1 6-3.2 ii March/2006 Introduction..................................................................................................6-1 Client Station Problems ...............................................................................6-1 Wireless Client Station Cannot Establish a Wireless Link With the CAP...............................................................................................6-1 IP Address Mismatch ...................................................................................6-2 Wireless Client Stations Cannot Connect to the Internet Via the CAP .......6-2 Computers Cannot Share Data or Resources With Other Computers .........6-3 Web Browser Cannot Connect to Management Tool ..................................6-3 Low Throughput ..........................................................................................6-4 CAP Problems..............................................................................................6-4 CAP Allows Any Station to Connect, Regardless of Network Name Being Used ........................................................................................6-4 Lost Administrator Password.......................................................................6-4 Table of Contents M365-491 Operator’s Manual TABLE OF CONTENTS (Cont’d.) Chapter/Paragraph Page REGULATORY, WIRELESS INTEROPERABILITY, AND HEALTH INFORMATION.............................................................................................7-1 7-1 7-2 7-3 Regulatory Information...............................................................................7-1 Wireless Interoperability.............................................................................7-3 Health Information......................................................................................7-3 GLOSSARY.......................................................................................................................G-1 Table of Contents iii October/2005 Operator’s Manual M365-491 LIST OF FIGURES Figure 1-1 1-2 1-3 1-4 1-5 1-6 2-1 3-1 3-2 3-3 3-4 3-5 3-6 3-7 3-8 3-9 3-10 4-1 5-1 5-2 5-3 Page Cabin Access Point (CAP)...................................................................................................1-3 Connecting to a Wired LAN ................................................................................................1-4 Connecting to a Wired Server..............................................................................................1-4 Creating an Instant Infrastructure.........................................................................................1-5 Multi-Cell Wireless Network...............................................................................................1-6 Aircraft-to-Ground Wireless Link .......................................................................................1-6 CAP Packaging ....................................................................................................................2-2 CAP Outline Dimensions.....................................................................................................3-2 Indoor Cabin Antenna Part Numbers 901167-1 and 901167-2 Outline Dimensions ..........3-2 Antenna Part Number 901167-1 Radiation Pattern .............................................................3-3 Antenna Part Number 901167-2 Radiation Pattern .............................................................3-5 Outdoor Antenna Part Number 901058-1 Outline Dimensions...........................................3-7 Antenna Part Number 901058-1 Radiation Pattern (2.35 GHz) ..........................................3-8 Outdoor Antenna Part Number 901563-2 Outline Dimensions...........................................3-9 Antenna Part Number 901563-2 Radiation Pattern .............................................................3-10 Connector Locations ............................................................................................................3-11 RJ45 Male Connector Front View .......................................................................................3-13 CAP Indicators.....................................................................................................................4-2 Test Cable ............................................................................................................................5-2 Test Box Schematic Diagram ..............................................................................................5-3 Test Setup.............................................................................................................................5-4 LIST OF TABLES Page Table 1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 3-1 3-2 3-3 4-1 5-1 CAP Unit Specifications ......................................................................................................1-7 Specification Compliance ....................................................................................................1-8 Approved Antennas .............................................................................................................1-9 Antenna Part Number 901167-1 Specifications...................................................................1-10 Antenna Part Number 901167-2 Specifications...................................................................1-10 Antenna Part Number 901058-1 Specifications...................................................................1-11 Antenna Part Number 901563-2 Specifications...................................................................1-12 Available Software and Manuals .........................................................................................1-13 I/O Connector J1 Pin Assignments ......................................................................................3-12 CAP I/O Connector J1 to RJ45 Male Cross Reference .......................................................3-13 RF Output Connectors J2 and J3 Pin Assignments .............................................................3-14 CAP Indicators.....................................................................................................................4-2 Equipment Required for Software Installation ....................................................................5-2 iv March/2006 Table of Contents M365-491 Operator’s Manual CHAPTER 1 GENERAL INFORMATION 1-1 INTRODUCTION This manual provides instructions for setup, installation, operation, and operator maintenance of Cabin Access Point (CAP), part numbers 901164-1, 901164-2, and 901164-3, hereinafter referred to as the CAP. Configuration instructions for the operating software are provided in the operator’s manual for your software. This manual is divided into seven chapters as follows: a. Chapter 1, General Information. This chapter provides a description and specifications for the CAP. Included is a description of the typographic conventions used to present information in this manual. b. Chapter 2, Equipment Setup. This chapter provides instructions for unpacking, inspecting, and initial setup of your CAP. c. Chapter 3, Installation. This chapter provides instructions for installation. CAP mounting and connection instructions are provided in this chapter. d. Chapter 4, Operation. This chapter provides the information you need to become familiar with your CAP. Included are descriptions of indicators along with instructions to operate your CAP. e. Chapter 5, Operator Maintenance. This chapter provides instructions for the periodic tasks the operator should perform to maintain the CAP in proper working condition. f. Chapter 6, Troubleshooting. This chapter provides instructions for troubleshooting that can be performed by the operator. g. Chapter 7, Regulatory, Wireless Interoperability, and Health Information. This chapter provides information on international regulations, wireless interoperability standards, and radio frequency (RF) health issues. 1-2 TYPOGRAPHIC CONVENTIONS Various type styles are used in this manual to present instructions and indicate responses. The following paragraphs define the conventions used. 1-2.1 Keyboard Entries and Software Commands Keyboard entries and software commands are presented in boldface type. Instructions to press a key that performs a function have the name of the key enclosed in < > symbols. For example, instructions to type the command “DIR” followed by pressing the Enter key are presented as follows: Type DIRChapter 1 General Information 1-1 October/2005 Operator’s Manual 1-2.2 M365-491 Variables Variable expressions or terms that are user defined are presented in italic type. For example, an instruction to enter a path followed by a backslash, followed by a filename, followed by pressing the Enter key is presented as follows: Type path\filename 1-2.3 Screen Display Responses that are displayed on a computer screen are presented in a sans-serif typeface. For example, if the word “READY” is to be displayed on the screen, it is presented as follows: The display will read READY. 1-3 TERMINOLOGY The following terms are used frequently throughout this manual: • Client Station: Any computer that uses the services provided by the CAP. This can be a computer with a wireless Local Area Network (LAN) card accessing the CAP directly, or a computer on a wired LAN that is connected to the CAP. • Management Station: Any computer that can access the CAP management tool. • Wireless Cell: The area in which the CAP provides a wireless signal. 1-4 EQUIPMENT DESCRIPTION The Cabin Access Point (CAP) (Figure 1-1) is a wireless communication device designed for use in airborne environments. The CAP utilizes Direct Sequence Spread Spectrum (DSSS) radio technology in the 2.4-GHz Industrial, Scientific and Medical (ISM) radio frequency spectrum to communicate with IEEE 802.11b compliant wireless devices. The CAP utilizes Orthogonal Frequency Division Multiplexing (OFDM) radio technology in the 2.4-GHz ISM radio frequency spectrum to communicate with IEEE 802.11g compliant wireless devices and in the 5-GHz ISM frequency spectrum to communicate with IEEE 802.11a compliant wireless devices. The CAP provides a bridge between the aircraft IEEE 802.3 compliant wired Ethernet LAN and wireless devices. Two aircraft level discrete inputs are provided for remote on/off control and RF enable/disable. Two discrete outputs provide operational status. Operation of the CAP is controlled by operating software. The CAP can be configured with CAP operating software to configure the CAP as a cabin wireless LAN unit (CWLU) to create a wireless local area network (WLAN) aboard the aircraft, or with wireless access bridge (WAB) operating software to configure the CAP as a terminal wireless LAN unit (TWLU) to establish a wireless bridge between the aircraft network and a ground-based network. The part number for the software installed in your CAP is indicated on the software label located on the top of the CAP unit. 1-2 October/2005 Chapter 1 General Information M365-491 Operator’s Manual 0407231- Figure 1-1. Cabin Access Point (CAP) 1-5 BUILDING A WIRELESS LOCAL AREA NETWORK (WLAN) Configured as a CWLU, the CAP enables you to create a WLAN to link all your computers so that they can share data and resources. The CAP contains two radio frequency (RF) transmitter/receivers (tranceivers). Each tranceiver uses radio waves in the 2.4 GHz band to communicate with IEEE 802.11b and IEEE 802.11g compliant client stations or in the 5 GHz band to communicate with IEEE 802.11a compliant client stations. Each transceiver is independently configurable for 2.4 GHz or 5 GHz operation. Radio waves cannot penetrate metal, instead they are reflected. This means that the CAP is able to transmit through wood or plaster walls, and closed windows. However, the metal skin of the aircraft or metal partitions may block transmissions, or reduce signal quality by creating reflections. To serve users separated by metal partitions will require a separate CAP unit in each area. The CAP provides IEEE 802.11b and IEEE 802.11g wireless network coverage in a radius of up to 100 meters (300 feet) and IEEE 802.11a wireless network coverage in a radius of 30 meters (100 feet), regardless of the orientation of the device. This is called a wireless cell. To maximize coverage of the cell, the CAP is best installed in an open area with as few obstructions as possible. Try to choose a location that is central to the area being served. The following paragraphs provide an overview of the different types of connections you can make using the CAP. Chapter 1 General Information 1-3 October/2005 Operator’s Manual 1-5.1 M365-491 Connecting to a Wired Local Area Network (LAN) By attaching the CAP to an Ethernet hub as shown in Figure 1-2, you can interconnect your wireless network with a traditional wired local area network (LAN). This enables all users to share data and resources. AIRBORNE SERVER CABIN MANAGEMENT TERMINAL ETHERNET HUB SHARED DATA AND RESOURCES WLAN 0407232- Figure 1-2. Connecting to a Wired LAN 1-5.2 Connecting to a Wired Server As shown in Figure 1-3, the CAP can be connected to a single server that has a traditional wired Ethernet card. This allows the wired server to share data and resources with the computers on the WLAN. AIRBORNE SERVER SHARED DATA AND RESOURCES WLAN 0407233- Figure 1-3. Connecting to a Wired Server 1-4 October/2005 Chapter 1 General Information M365-491 1-5.3 Operator’s Manual Instant Infrastructure The CAP features an integrated two-port 100 Mbps Ethernet switch allowing you to quickly create a complete networking infrastructure. Connect stand alone computers or link to an Ethernet hub to interconnect your wireless network with a traditional wired local area network (LAN). (See Figure 1-4.) This enables all users to share data and resources. Unlike a hub which shares bandwidth between all connected stations, the CAP’s switch enables each connected station to use the full 100 Mbps. WIRED LAN AIRBORNE COMPUTER CABIN MANAGEMENT TERMINAL AIRBORNE SERVER ETHERNET HUB WLAN 0407234- Figure 1-4. Creating an Instant Infrastructure 1-5.4 Building A Multi-Cell Wireless Network As shown in Figure 1-5, several CAP units can be installed to provide multiple wireless cells for coverage of large locations. Client computers are able to move between cells (called roaming), without losing contact with the network. This is possible because the wireless network adapters in the client computers automatically switch to the best available signal. 1-6 BUILDING A WIRELESS LINK Configured as a TWLU, the CAP provides a wireless link between the LAN aboard the aircraft and a ground-based LAN deployed in an airport terminal, hanger, fixed-based operation (FBO) facility, or flight operations facility. (See Figure 1-6.) The CAP has a range of 100 meters (300 feet) using the IEEE 802.11b or IEEE 802.11g wireless network interface. Chapter 1 General Information 1-5 October/2005 Operator’s Manual M365-491 ETHERNET LAN WLAN WLAN CONNECTION AUTOMATICALLY SWITCHES WLAN CONNECTION AUTOMATICALLY SWITCHES CLIENT MOVES CLIENT MOVES 0407236- Figure 1-5. Multi-Cell Wireless Network CABIN ACCESS POINT CONFIGURED AS CABIN WIRELESS LAN UNIT (CWLU) CABIN ACCESS POINT CONFIGURED AS TERMINAL WIRELESS LAN UNIT (TWLU) 0407235- Figure 1-6. Aircraft-to-Ground Wireless Link 1-7 SECURITY Security features available depend on the operating software installed. Refer to the applicable software operator’s manual for security information 1-6 October/2005 Chapter 1 General Information M365-491 1-8 Operator’s Manual SPECIFICATIONS The technical specifications for the CAP unit are provided in Table 1-1. The CAP has been qualified for airborne installation in accordance with Radio Technical Commission for Aeronautics (RTCA) specification DO-160D and The Boeing Company document D6-36440, Standard Cabin Systems Requirements Document as specified in Table 1-2. Table 1-1. CAP Unit Specifications Characteristic Specification Wireless LAN Interface IEEE 802.11a compliant OFDM 5 GHz, 54 Mbits/second wireless LAN 12 non-overlapping channels in North America 19 non-overlapping channels in Europe 4 non-overlapping channels in Japan IEEE 802.11b compliant DSSS 2.4 GHz, 11 Mbits/second 14-channel wireless LAN IEEE 802.11g compliant OFDM, 54 Mbit/second 14-channel wireless LAN Wireless Range 100 meters (300 feet) for IEEE 802.11b/g 30 meters (100 feet) for IEEE 802.11a Wired Interfaces Two IEEE 802.3 compliant Ethernet 10/100BaseTx channels, 100 Mbits/second (autoranging) Two discrete inputs (on/off control and RF enable) Two discrete outputs (on/off status and RF status) Power Interruption 200 ms holdup capability Input Power 97 – 134 VAC, 360 – 800 Hz, or 18 – 32 VDC, 15 W maximum (DC input available on part numbers 901164-2 and 901164-3 only) Size 2.4 inches x 8.23 inches x 11.5 inches Weight Less than 5 pounds Temperature Range Operating -15°C to +55°C Non-operating -55°C to +85°C Altitude Operating Atmospheric pressure equivalent to –15,000 to +15,000 feet Non-operating Atmospheric pressure equivalent to –15,000 to +40,000 feet Humidity (operating) 5% to 95% relative humidity, non-condensing Chapter 1 General Information 1-7 October/2005 Operator’s Manual M365-491 Table 1-2. Specification Compliance Characteristic Boeing D6-36440 Section Temperature Loss of Cooling Altitude Decompression Overpressure Touch Temperature Temperature Variation Humidity Waterproofness Vibration (random) Vibration (windmilling) (901164-3) 7.2.1.1 7.2.1.2 7.2.1.3 7.2.1.3 7.2.1.3 7.2.2 7.2.3 7.2.4 7.2.5 7.2.7 Operational Shock Magnetic Effect Crash Safety Power Input Power Input, Power Failure Power Input, Input Capacitance (EMI) 7.2.8 Current Harmonics (901164-3) Voltage Spikes Grounding and Bonding Induced Signal Susceptibility Audio Frequency Conducted Susceptibility Audio Frequency Emissions Radio Frequency Susceptibility, Conducted Radio Frequency Susceptibility, Radiated 1-8 January/2006 Airbus DO-160D Section Category 4.5 4.5.4 4.6.1 4.6.2 4.6.3 A1 modified A1 (15,000 feet) A1 (45,100 feet) A1 <15°C rise 5.0 6.3.2 10.3.1 8.7.2 C/C1 ABD513.5201-01 Curve 4B 7.3.2.1a 7.3.2.1f 7.3.2.1g 7.3.2.2 7.3.2.4 7.3.3.2 7.3.3.3 7.2 15.0 7.3 16.0 B (6g) B (20g) A/E >0.85 lagging <2.5µF/kVA line-to-line <0.2µF line-to-gnd) 16.6.2 17.0 19.0 18.3.2 Z modified 7.3.3.5 7.3.3.4.1 8.3 20.4 7.3.3.4.2 20.5 Chapter 1 General Information M365-491 Operator’s Manual Table 1-2. Specification Compliance (Continued) Boeing D6-36440 Section Characteristic Radio Frequency Emissions, Conducted Radio Frequency Emissions, Radiated Lightning Induced Transient Susceptibility Electrostatic Discharge Dielectric Breakdown & Insulation Resistance (901164-3) 1-9 Airbus DO-160D Section Category 7.3.3.6.1 21.3 7.3.3.6.2 21.4 7.3.3.8 22.0 M plus Boeing HF notch XXE1 25.5 A (3kV – 15 kV) ABD0100.1.8 Para 1.3.1: Leakage current <10 mArms Para 1.3.2: Leakage current <5 µA APPROVED ANTENNAS Table 1-3 lists the antennas approved for use with the CAP. Antennas are selected based on CAP configuration (CWLU or TWLU) and wireless interface. Specifications for the Miltope antennas are provided in Table 1-4 through Table 1-7. Table 1-3. Approved Antennas Configuration Wireless Interface Antenna Part Number CWLU IEEE 802.11a/b/g Miltope 901167-1, 901167-2 CWLU IEEE 802.11a/b/g Gore GSC10-82701-XX* TWLU IEEE 802.11b/g Miltope 901058-1 TWLU IEEE 802.11a/b/g Miltope 901563-2 * For installation information for Gore antenna part number GSC10-82701-XX, contact W. L. Gore & Associates, 402 Vieve’s Way, Elkton, MD 21921, 800-311-3060, www.gore.com. Chapter 1 General Information 1-9 February/2006 Operator’s Manual M365-491 Table 1-4. Antenna Part Number 901167-1 Specifications Characteristic Frequency Range Typical Gain Peak Gain VSWR Nominal Impedance Radome Material Cable Polarization Grounding Protection Connector Type Size Weight Operating Temperature Range Specification 2.39 GHz – 2.49 GHz and 4.9 – 5.9 GHz 2.5 dBi at 2.45 GHz, 2 dBi at 5.0 GHz, 3.0 dBi at 5.25 GHz and 5.8 GHz 3.5 dBi at 2.45 GHz, 2.5 dBi at 5.0 GHz, 3.5 dBi at 5.25 GHz and 5.8 GHz <4.0:1 50 ohms Ultem 1000 Thermoplastic 7.25-inch Plenum, RG-316U coaxial Horizontal DC Grounded Male TNC 0.48 inch x 4.7 inches x 0.5 inch 1 ounce -40°C to +71°C Table 1-5. Antenna Part Number 901167-2 Specifications Characteristic Frequency Range Typical Gain Peak Gain VSWR Nominal Impedance Radome Material Cable Polarization Grounding Protection Connector Type Size Weight Operating Temperature Range 1-10 January/2006 Specification 2.39 GHz – 2.49 GHz and 4.9 – 5.9 GHz -4.0 dBi at 2.45 GHz, -3.5 dBi at 5.15 GHz, -1.0 dBi at 5.25 GHz, -2.2 dBi at 5.85 GHz 2.6 dBi at 2.4 GHz, 0 dBi at 5.15 GHz, 1.2 dBi at 5.25 GHz and 5.85 GHz <4.0:1 50 ohms Ultem 1000 Thermoplastic 7.25-inch Plenum, RG-316U coaxial Horizontal DC Grounded Male TNC 0.48 inch x 4.7 inches x 0.5 inch 1 ounce -40°C to +71°C Chapter 1 General Information M365-491 Operator’s Manual Table 1-6. Antenna Part Number 901058-1 Specifications Characteristic Frequency Range Radiation Pattern Typical Gain Peak Gain Input Power VSWR Nominal Impedance Material Finish Polarization Grounding Protection Lightning Protection Connector Type Size Weight Operating Temperature Range Altitude Chapter 1 General Information Specification 2.2 GHz – 2.5 GHz Omni-directional 4.15 dBi at 2.35 GHz 5.00 dBi at 2.35 GHz 1000 Watts peak, 50 Watts continuous ≤ 1.5:1 50 ohms A-356 Aluminum Alloy Casting Skydrol Resistant Enamel Vertical DC Grounded DC Grounded per MIL-A-9094, B-5087 Female TNC 1.3 inches x 5.17 inches x 1.75 inches 3 ounces -53°C to +85°C -1,800 feet to +70,000 feet 1-11 March/2006 Operator’s Manual M365-491 Table 1-7. Antenna Part Number 901563-2 Specifications Characteristic Frequency Range J1 J2 Typical Gain Peak Gain Radiation Pattern Input Power VSWR Nominal Impedance Material Finish Polarization Lightning Protection Connector Type Size Weight Operating Temperature Range Altitude 1-10 Specification 1.9 GHz – 2.5 GHz 4.8 – 5.875 GHz 4.00 dBi at 2.45 GHz, 4.45 dBi at 2.50 GHz, 4.80 at 4.80 GHz, 4.85 dBi at 5.25 GHz, 3.45 dBi at 5.875 GHz 4.75 dBi at 2.45 GHz, 4.85 dBi at 2.50 GHz, 5.00 dBi at 4.8 GHz, 5.00 dBi at 5.25 GHz, 4.00 dBi at 5.875 GHz Omni-directional 1000 Watts peak, 50 Watts continuous ≤ 2.0:1 50 ohms Aluminum Alloy 6061-T6, Thermoset Plastic Skydrol Resistant Polyurethane Enamel Gloss White FED-STD-595 Color 17925 Vertical DC Grounded per MIL-A-9094, B-5087 Female TNC 2.86 inches x 5.12 inches x 2.00 inches 7 ounces -54°C to +85°C -1,800 feet to +70,000 feet AVAILABLE SOFTWARE AND MANUALS In addition to this operator’s manual, an Air Transport Association (ATA) Specification 2200 compliant abbreviated component maintenance manual (ACMM) 44-30-07 (Miltope part number M365-493) is available. Software operator’s manuals are available to support the operating software installed. Miltope standard software operator’s manuals are listed in Table 1-8. Operating software and manuals for custom configurations are available upon request. 1-12 March/2006 Chapter 1 General Information M365-491 Operator’s Manual Table 1-8. Available Software and Manuals Software CAP Part Number Description Part Number Operator’s Manual Part Number 901164-1, -2 Cabin Access Point (CAP) 999057 M365-506 901164-3 Multifunction Access Point (MAP) 999105 M365-524 999086 M365-525 999041-1 M365-503 Miltope Standard Default Parameters 901164-1, -2 1-11 Wireless Access Bridge (WAB) TOOLS AND TEST EQUIPMENT REQUIRED Equipment required for setup of your CAP is listed in the applicable operating software operator’s manual. Tools and material required for maintenance of the CAP are listed in Chapter 5. Chapter 1 General Information 1-13/1-14 March/2006 M365-491 Operator’s Manual CHAPTER 2 EQUIPMENT SETUP 2-1 INTRODUCTION This chapter provides instructions for unpacking, inspection, and setup of the Cabin Access Point (CAP). Procedures for configuring the CAP operating software depend on the software installed. Refer to the operator’s manual for your software for configuration instructions. The CAP must be configured as described in the operating software operator’s manual prior to installation on the aircraft. 2-2 UNPACKING AND INSPECTION The CAP is packed in a cardboard carton lined with cushioning material to protect the unit during shipment. The packing material should be saved for reuse in the event shipment of the unit is necessary. A packing list is enclosed in or attached to the carton. Use the packing list to check the contents of the carton during unpacking. Inspect the CAP before, during, and after unpacking for any sign of shipping damage. Check for dents, breaks, water (moisture) damage, or any evidence of mishandling. If any damage is discovered, file a complaint with the carrier, noting all damage and notify Miltope Corporation of the action taken. To unpack the CAP, refer to Figure 2-1 and proceed as follows: a. Position carton so that arrows on shipping label point upward. b. Cut sealing tape on top of carton and open carton. c. Remove upper foam cushion. d. Remove CAP from carton. e. Remove CAP from polybag. f. Inspect CAP for any sign of shipping damage. 2-3 INITIAL SETUP Prior to installing your CAP, the unit should be connected in a simple network configuration in the laboratory environment. Once the CAP is operating in the simple network, it can be configured for your specific installation. Refer to the operating software operator’s manual for instructions on setting up your CAP unit in the laboratory environment. 2-4 CONFIGURATION Prior to installation of the CAP, the unit must be configured for your specific application as described in the operator’s manual for your operating software. Chapter 2 Equipment Setup 2-1 October/2005 Operator’s Manual M365-491 UPPER FOAM CUSHION CAP UNIT POLYBAG CARDBOARD CARTON 0407237- Figure 2-1. CAP Packaging 2-2 October/2005 Chapter 2 Equipment Setup M365-491 Operator’s Manual CHAPTER 3 INSTALLATION 3-1 INTRODUCTION This chapter provides instructions for installation of the Cabin Access Point (CAP). After configuring the CAP as described in the operating software operator’s manual, use the instructions provided in this chapter to install the CAP. Installation of the CAP must be performed by personnel authorized to perform maintenance on the aircraft. 3-2 MOUNTING 3-2.1 CAP Unit Six mounting holes are provided on the CAP. Figure 3-1 shows the CAP outline dimensions and mounting-hole locations. Mount the CAP using number 10 mounting hardware. Although not mandatory for specification compliance, it is recommended that the CAP unit be mounted to a grounded surface within the aircraft. An unpainted area around each mounting hole provides ground connection to the mounting surface. 3-2.2 Indoor Cabin Antenna Two antennas are required for each CAP unit configured as a cabin wireless LAN unit (CWLU). Two mounting holes are provided on antenna part numbers 901167-1 and 901167-2. The antenna is fitted with a 7.25-inch cable that connects to the CAP RF output connector. Figure 3-2 shows the outline dimensions and mounting-hole locations for the antenna. The radiation pattern for antenna part number 901167-1 is shown in Figure 3-3. The radiation pattern for antenna part number 901167-2 is shown in Figure 3-4. Mount the antenna using number 6 mounting hardware. It is recommended that the antennas be mounted a minimum of six inches apart. Contact W. L. Gore & Associates, 402 Vieve’s Way, Elkton, MD 21921, 800-311-3060, www.gore.com for installation information for leaky line antenna, Gore part number GSC10-82701-XX. 3-2.3 Outdoor Antenna An antenna mounted on the exterior of the aircraft is required for a CAP unit configured as a terminal wireless LAN unit (TWLU). The antenna is fitted with TNC female connector(s). Use a TNC Male-to-TNC Male 50-ohm coaxial cable to connect the antenna to the CAP unit. Figure 3-5 shows the outline dimensions and mounting hole locations for antenna part number 901058-1 (IEEE 802.11b/g operation). Figure 3-6 shows the radiation patters. Figure 3-7 shows the outline dimensions and mounting hole locations for antenna part number 901563-2 (IEEE 802.11a and IEEE 802.11b/g operation). Figure 3-8 shows the radiation patterns. Mount the antenna using number 10 mounting hardware. Chapter 3 Installation 3-1 February/2006 Operator’s Manual M365-491 I/O CONNECTOR M83723/72R2041N MATING CONNECTOR M83723/77R2041N 1.29 2X 0.09 MILTOPE EXT. ANTENNA MATING CONNECTOR TNC PLUG 2 PLACES (7.85) 3.30 ±0.25 CORPORATION CAGE SER NO. PART NO. VOLTS AMPS HZ PH WC DOM J1 DESCRIPTION: REVISION: P/N: 11.50 3X 10.750 J3 9.04 9.16 J2 5.90 ±0.25 4.49 2.49 1.23 3X 0.375 1.10 ±0.25 2.40 2X 0.733 2X 2.750 2X 5.500 6.97 6X 0.203 NOTES: 1. All dimensions are in inches. 2. Dimensions in parenthesis are for reference only. 2X 1.28 6X 0.38 PAINT MASKING 3. Tolerances: X.XX (2 Places) = ±0.03 X.XXX (3 Places) = ±0.010 4. denotes center of gravity. 0407238- Figure 3-1. CAP Outline Dimensions 7.50±0.25 1TLP3/901167-1 REV S/N 0.50 0.12 TNC PLUG (MATING CONNECTOR FRT-1212-B) 4X R0.20 2X 0.166 0.240 0.19 3.375 4.17 0.48 NOTES: 1. All dimensions are in inches. 2. Tolerances: X.X (1 Places) = ±0.03 X.XX (2 Places) = ±0.010 WARNING THE ANTENNA RADIATES RADIO FREQUENCY (RF) POWER. TO AVOID EXCEEDING FEDERAL COMMUNICATIONS COMMISSION (FCC) RADIO FREQUENCY EXPOSURE LIMITS, HUMAN PROXIMITY TO THE ANTENNA SHALL BE NO LESS THAN EIGHT INCHES (20 CENTIMETERS) WHILE RF IS ENABLED. 0407261- Figure 3-2. Indoor Cabin Antenna Part Numbers 901167-1 and 901167-2 Outline Dimensions 3-2 October/2005 Chapter 3 Installation M365-491 Operator’s Manual ANTENNA ORIENTATION, Y CUT ANTENNA ORIENTATION, X CUT 2.45GHz, Y Cut 2.45GHz, X Cut 5.0GHz, Y Cut 5.0GHz, X Cut Figure 3-3. Antenna Part Number 901167-1 Radiation Pattern (Sheet 1 of 2) Chapter 3 Installation 3-3 October/2005 Operator’s Manual M365-491 5.25GHz, Y Cut 5.25GHz, X Cut 5.8GHz, Y Cut 5.8GHz, X Cut Figure 3-3. Antenna Part Number 901167-1 Radiation Pattern (Sheet 2 of 2) 3-4 October/2005 Chapter 3 Installation M365-491 Operator’s Manual ANTENNA ORIENTATION, Y CUT ANTENNA ORIENTATION, X CUT 2.45 GHz, Y Cut 2.45 GHz, X Cut 5.15 GHz, Y Cut 5.15 GHz, X Cut Figure 3-4. Antenna Part Number 901167-2 Radiation Pattern (Sheet 1 of 2) Chapter 3 Installation 3-5 October/2005 Operator’s Manual M365-491 5.25 GHz, Y Cut 5.25 GHz, X Cut 5.85 GHz, Y Cut 5.85 GHz, X Cut Figure 3-4. Antenna Part Number 901167-2 Radiation Pattern (Sheet 2 of 2) 3-6 October/2005 Chapter 3 Installation M365-491 Operator’s Manual Figure 3-5. Outdoor Antenna Part Number 901058-1 Outline Dimensions Chapter 3 Installation 3-7 October/2005 Operator’s Manual M365-491 Figure 3-6. Antenna Part Number 901058-1 Radiation Pattern (2.35 GHz) 3-8 March/2006 Chapter 3 Installation M365-491 Operator’s Manual 4.74 0.34 2.16 2.86 4X 0.385 X 100° 4X 0.36±0.02 2X 1.15 REF CONNECTOR J2 4.800 - 5.875 GHz TYPE “TNC” FEMALE (IEEE 802.11a) 5.12 1.86 CONNECTOR J1 1.900 - 2.500 GHz TYPE “TNC” FEMALE (IEEE 802.11b/g) 0.228 4X 0.218 THRU NAMEPLATE 1.00 0.490 2.00 0.980 4X R0.62 1.100 NOTES: 1. All dimensions are in inches. 2. Tolerances: X.XX (2 Places) = ±0.03 X.XXX (3 Places) = ±0.010 1.400 3.600 2X 0.688 THRU 1.08 3.60 1.44 4X 0,38 THRU 1.00 0.49 0.98 4X R0.62 2.00 1.82 0.02 STK 5.08 GASKET, NEOPRENE - WOVEN ALUM WARNING THE ANTENNA RADIATES RADIO FREQUENCY (RF) POWER. TO AVOID EXCEEDING FEDERAL COMMUNICATIONS COMMISSION (FCC) RADIO FREQUENCY EXPOSURE LIMITS, HUMAN PROXIMITY TO THE ANTENNA SHALL BE NO LESS THAN EIGHT INCHES (20 CENTIMETERS) WHILE RF IS ENABLED. 0506021A Figure 3-7. Outdoor Antenna Part Number 901563-2 Outline Dimensions Chapter 3 Installation 3-9 February/2006 Operator’s Manual M365-491 Figure 3-8. Antenna Part Number 901563-2 Radiation Pattern 3-10 March/2006 Chapter 3 Installation M365-491 3-3 Operator’s Manual CONNECTING THE CAP All power and interface connections except the RF (antenna) output are provided at input/output (I/O) connector J1 shown in Figure 3-9. Table 3-1 provides the pin assignments for I/O connector J1. To ensure specification compliance, use of double-shielded cables is recommended. RF (antenna) output connections are provided at connectors J2 and J3. Connector J2 is the RF output for radio card 2 and connector J3 is the RF output for radio card 1. Refer to the applicable operating software operator’s manual for radio card configuration instructions. The following paragraphs describe the input power requirements and available interfaces. 3-3.1 Input Power Requirements CAP part numbers 901164-2 and 901164-3 operate from an external 97 to 134 volt AC, 360 to 800 Hz or 18 to 32 volt DC, 15 W external power source. The CAP can be connected to both AC and DC power sources simultaneously. If the DC input voltage is greater than 24 volts, the CAP will operate from the DC source. If the DC input is 24 volts or less, the CAP will operate from the AC source. CAP part number 901164-1 operates from 97 to 134 volts AC, 360 to 800 Hz input power only. MILTOPE CORPORATION CAGE SER NO. PART NO. VOLTS AMPS HZ PH WC DOM I/O CONNECTOR J1 DESCRIPTION: P/N: REVISION: EXTERNAL ANTENNA (RF OUTPUT) CONNECTOR J3 EXTERNAL ANTENNA (RF OUTPUT) CONNECTOR J2 0407262- Figure 3-9. Connector Locations Chapter 3 Installation 3-11 March/2006 Operator’s Manual M365-491 Table 3-1. I/O Connector J1 Pin Assignments Pin* Signal Pin* Signal Chassis Ground 22 Chassis Ground (Shield) Reset 23 Ethernet LAN Port 2 Rx+ Reset Ground 24 Ethernet LAN Port 2 Tx+ No connection 25 Ethernet LAN Port 2 Tx- No connection 26 Ethernet LAN Port 1 Rx- No connection 27 Ethernet LAN Port 1 Tx- No connection 28 Chassis Ground Chassis Ground 29 Reserved Ethernet LAN Port 2 Rx- 30 Reserved 10 Ethernet LAN Port 1 Rx+ 31 Reserved 11 Ethernet LAN Port 1 Tx+ 32 No connection 12 Chassis Ground 33 Digital Ground 13 Chassis Ground 34 Reserved 14 Discrete Input 1 (on/off control) 35 Reserved 15 Discrete Input 2 (RF enable/disable) 36 No connection 16 Reserved 37 28 VDC Return (901164-2, -3 only) 17 No connection 38 28 VDC Positive (901164-2, -3 only) 18 115 VAC Phase (hot) 39 Chassis Ground 19 115 VAC Neutral 40 Chassis Ground 20 Discrete Output 1 (on/off status) 41 Chassis Ground 21 Discrete Output 2 (RF status) * Use M83723/77R2041N for mating connector. 3-12 March/2006 Chapter 3 Installation M365-491 3-3.2 Operator’s Manual 10/100BaseT Ethernet Local Area Network (LAN) Ports Two IEEE 802.3 compliant 10/100BaseT Ethernet LAN ports are provided at I/O connector J1. One port can be connected to an existing on-board LAN or wired server, while the other port can be used to connect additional computers to the LAN via an Ethernet hub or to enable the connection of a second CAP unit. Standard (straight-through) connection is used when connecting to an Ethernet hub. Crossover connection is required when connecting directly to a computer or server, or connecting to a second CAP unit. Table 3-2 provides cross-reference pin assignment information between CAP I/O connector J1 and RJ45 male connectors. Table 3-2. CAP I/O Connector J1 to RJ45 Male Cross Reference LAN Port Port 1 Port 2 CAP I/O Connector J1 Signal Standard Crossover 10 Rx+ 11 Tx+ 26 Rx- 27 Tx- Rx- 23 Rx+ 24 Tx+ 25 Tx- RJ 45 Male Connector (Figure 3-9) PIN 1 PIN 8 0503043- Figure 3-10. RJ45 Male Connector Front View Chapter 3 Installation 3-13 March/2006 Operator’s Manual 3-3.3 M365-491 RF (Antenna) Output WARNING The CAP antenna radiates radio frequency (RF) power. To avoid exceeding federal communications commission (FCC) radio frequency exposure limits, human proximity to the antenna shall be no less than eight inches (20 centimeters) while RF is enabled. The CAP is designed to be used with two indoor antennas when configured as a CWLU (using CAP operating software) or one outdoor antenna when configured as a TWLU (using WAB operating software). The two indoor antennas connect to the two RF output connectors shown in Figure 3-9. Connector J2 is the RF output for radio 2 and connector J3 is the RF output for radio 1. The outdoor antenna connects to RF output connector J3 shown in Figure 3-9. Table 3-3 provides the pin assignments for the RF output connectors. To comply with Federal Communications Commission (FCC) requirements, attenuation is required between the CAP and the antenna for IEEE 802.11b and/or IEEE 802.11g operation at maximum transmit power. This attenuation is typically accomplished by connecting a minimum of six feet of RG-58 coaxial cable (or alternate coaxial cable with equivalent attenuation characteristics) between the CAP and the antenna. If no extension cable is connected between the CAP and the antenna, the applicable radio transmit power must be set to a maximum value of 15 dBm. Refer to the applicable operating software operator’s manual for instructions for setting radio transmit power. Table 3-3. RF Output Connectors J2 and J3 Pin Assignments Connector Component* Signal Center Conductor RF Signal Shield RF Return * Use TNC Plug for mating connector. 3-3.4 Discrete Inputs Two ground/open type discrete inputs as defined by ARINC 763-2 are provided via I/O connector J1 to enable external control of CAP operation. An external controller or switch panel can be used to power up the CAP and enable wireless operation. Connecting a ground to on/off control (pin 14) causes the CAP to power up. When the ground is disconnected, the CAP will power down. Connecting a ground to RF enable/disable (pin 15) will enable wireless operation. When the ground is disconnected, wireless operation is disabled. The wired LAN remains operational when wireless operation is disabled. 3-14 March/2006 Chapter 3 Installation M365-491 3-3.5 Operator’s Manual Discrete Outputs Two ground/open type discrete outputs as defined by ARINC 763-2 are provided via I/O connector J1. Discrete output 1 (on/off status) is low when the CAP is powered up. Discrete output 2 (RF status) is low when wireless operation is enabled. 3-3.6 Reset Input The CAP reset function is accessible via I/O connector J1 pins 2 and 3. Connecting pins 2 and 3 together will cause the CAP to reset as follows: • • • Momentary (less than five seconds) connection causes the CAP to restart; Connection for more than five seconds and less than ten seconds (LAN ACTIVE and RF ACTIVE indicators flash slowly, one flash per second) causes the CAP to reset all configuration parameters to the factory default settings; Connection for more than ten seconds (LAN ACTIVE and RF ACTIVE indicators flash rapidly, two flashes per second) causes the CAP to enter Trivial File Transfer Protocol (TFTP) mode for loading new firmware. The reset input is not intended for connection in normal operation. The reset input is for maintenance operation only. Compliance with specifications is not guaranteed when the reset input is connected. 3-4 CONFIGURING WIRELESS CLIENT STATIONS (CWLU CONFIGURATION) Computers used as wireless client stations must be equipped with a wireless LAN card compliant with IEEE standard 802.11a, b, or g and Wireless Fidelity (WiFi) certification as defined by the Wireless Ethernet Compatibility Alliance (WECA). Configure the wireless LAN card as follows: • • • • Wireless network name (ESSID) set to be compatible with operating software configuration. Encryption disabled TCP/IP installed and configured to use the wireless adapter IP address set in accordance with operating software configuration. 3-5 CONFIGURING THE GROUND-BASED NETWORK (TWLU CONFIGURATION) The ground-based network must be connected to a wireless access point compliant with IEEE 802.11 a, b, or g and WiFi certification as defined by WECA. Chapter 3 Installation 3-15 March/2006 Operator’s Manual M365-491 Configure the wireless access point as follows: • • • Wireless network name (ESSID) set to be compatible with operating software configuration. Encryption disabled. IP address compatible with operating software configuration. 3-16 March/2006 Chapter 3 Installation M365-491 Operator’s Manual CHAPTER 4 OPERATION 4-1 INTRODUCTION The Cabin Access Point (CAP) does not require day-to-day management for successful, efficient operation. The most you will want to do is inquire about status and statistics. 4-2 INDICATORS Figure 4-1 illustrates the CAP indicators. Table 4-1 describes the function of each indicator. 4-3 OPERATING INSTRUCTIONS The CAP is designed for unattended operation. Avionics level discrete inputs enable remote control of CAP operation. Discrete inputs are provided to enable or disable CAP operation, and to enable or disable RF transceiver operation. Chapter 3 of this manual provides information on use of the discrete inputs. 4-4 POWER UP The CAP powers up automatically when power is applied provided that ground signals are applied at the on/off control and the RF enable/disable discrete inputs. When the POWER and RF ENABLE indicators are lit green, the CAP is fully operational. If either indicator is lit amber, CAP operation is disabled. Refer to Chapter 3 of this manual for information on use of the discrete inputs. NOTE The CAP takes approximately 45 seconds to power up and enable the RF (configuration dependent). 4-5 CHECKING THE STATUS OF YOUR CAP Checking the operational status of the CAP requires access to the management tool. Refer to the applicable operating software operator’s manual for instructions on accessing the management tool and checking CAP operational status. Chapter 4 Operation 4-1 March/2006 Operator’s Manual M365-491 MILTOPE CORPORATION CAGE SER NO. PART NO. VOLTS AMPS HZ PH WC POWER INDICATOR DOM DESCRIPTION: P/N: REVISION: POWER RF ENABLE RF ACTIVE RF ENABLE INDICATOR RF ACTIVE INDICATOR LAN ACTIVE LAN ACTIVE INDICATOR 0407263- Figure 4-1. CAP Indicators Table 4-1. CAP Indicators Indicator Function POWER Indicator Lit green to indicate CAP is powered up and enabled for operation. Lit amber to indicated CAP is powered up, but operation is disabled (standby mode). RF ENABLE Indicator Lit green to indicate RF output is enabled. Lit amber to indicated RF output is disabled. RF ACTIVE Indicator Flashes green to indicated RF data transfers are occurring. LAN ACTIVE Indicator Flashes green to indicate LAN data transfers are occurring. 4-2 October/2005 Chapter 4 Operation M365-491 Operator’s Manual CHAPTER 5 OPERATOR MAINTENANCE 5-1 INTRODUCTION This chapter contains instructions for the routine preventive maintenance the operator should perform to maintain the Cabin Access Point (CAP) in proper working condition. Operator maintenance consists of inspection for signs of damage and cleaning the exterior surfaces. Information is also provided for installing the operating software. Any unauthorized repair or modification of your CAP will void your warranty. Breaking the Miltope quality seal on the CAP will void the warranty. Inspection and cleaning should be performed as dictated by environmental conditions. 5-2 INSPECTION Regular inspection will help ensure proper operation of your CAP. Inspect the exterior of the unit for any loose or missing hardware, or damage that would prevent proper operation. 5-3 CLEANING EXTERIOR SURFACES 5-3.1 Materials Required • • • Lint-Free Cloth Soft-Bristle Brush Mild Detergent 5-3.2 Cleaning Procedure Remove dust or dirt from external surfaces of the CAP with a lint-free cloth or soft-bristle brush. If necessary, moisten cloth with a solution of mild detergent and water. 5-4 INSTALLING OPERATING SOFTWARE CAP operation is controlled by the operating software. Operating software can be installed or updated via the management tool. Instructions for installing or updating software are provided in the applicable operating software operator’s manual. Equipment required to install operating software is listed in Table 5-1. To install operating software, connect the CAP as shown in Figure 5-3 and follow the instructions provided in the operating software operator’s manual. Chapter 5 Operator Maintenance 5-1 October/2005 Operator’s Manual M365-491 Table 5-1. Equipment Required for Software Installation Item Manufacturer Model/Part Number 115 VAC, 400 Hz, Single Phase Power Source Invertron 1501L 28 VDC, 2 A Power Source (901164-2 and 901164-3 only) Vector-Vio WP707B Personal Computer with Pentium Processor, 64 MB RAM, and 10/100 Base TX Network Capability Commercially available JavaScript Enabled Web Browser Microsoft Netscape Test Cable Locally manufactured (See Figure 5-1.) Test Box Locally Manufactured (See Figure 5-2.) P1 TWISTED PAIR TWISTED PAIR 72 INCHES (182.9 CM) Internet Explorer 6.0 Netscape 7.01 P3 26 10 11 27 ETHERNET RJ-45 MALE CONNECTOR P2 TWISTED PAIR TWISTED PAIR 23 24 25 ETHERNET RJ-45 MALE CONNECTOR P1 TWISTED PAIR TWISTED PAIR 14 15 33 18 19 22 DB9S CONNECTOR TO TEST BOX LINE (HOT) NEUTRAL GROUND AC INPUT POWER DC POS. DC RTN. GROUND DC INPUT POWER (901164-2 AND 901164-3 ONLY) OR 38 37 39 M83723/77R2041N OR EQUIVALENT NOTES:1. Use 24 gauge 4-conductor category 5 twisted pair cable where indicated. For all other wires, use 22 gauge. 2. Connector P3 can be used to connect to a second computer. 0506031- Figure 5-1. Test Cable 5-2 October/2005 Chapter 5 Operator Maintenance M365-491 Operator’s Manual DB9P CONNECTOR J1 OFF POWER ON/OFF (DISCRETE_IN_01) S1 RF ENABLE/DISABLE (DISCRETE_IN_02) POWER SUPPLY DISABLE S2 ENABLE RESET RESET GROUND ON RF S3 RESET DIGITAL GROUND PARTS LIST: J1 DB9P Panel Mount Connector S1 and S2 SPST Toggle Switches, 28 VDC, 0.1 A Min. S3 SPST Momentary pushbutton switch, 28 VDC, 0.1 A Min. All wires are 22 gauge. 0310242- Figure 5-2. Test Box Schematic Diagram NOTE Units are configured at the factory for cabin wireless LAN unit (CWLU) operation using CAP operating software or for terminal wireless LAN unit (TWLU) operation using wireless access bridge (WAB) operating software. This configuration cannot be changed in the field. Chapter 5 Operator Maintenance 5-3 October/2005 Operator’s Manual M365-491 P1 I/O CONNECTOR J1 RF OUT CONNECTOR J3 RF OUT CONNECTOR J2 CABIN ACCESS POINT (CAP) P2 ETHERNET PORT P3 USE OF P3 IS OPTIONAL FOR CONNECTION TO SECOND COMPUTER COMPUTER WITH 10/100BASETX ETHERNET CAPABILITY TEST CABLE (SEE FIGURE 5-1) POWER SUPPLY RF ON ENABLE P1 J1 OFF DISABLE RESET TEST BOX (SEE FIGURE 5-2) 115 VAC (97 - 134 VAC) 360 - 800 Hz INPUT POWER 28 VDC (18 - 32 VDC) INPUT POWER (901164-2 AND 901164-3 ONLY) OR 0510211- Figure 5-3. Test Setup 5-4 October/2005 Chapter 5 Operator Maintenance M365-491 Operator’s Manual CHAPTER 6 TROUBLESHOOTING 6-1 INTRODUCTION This chapter provides instructions for isolating and correcting faults in the cabin access point (CAP). Operator level troubleshooting and repair are limited to correcting errors in the configuration. This chapter provides troubleshooting information related to the CAP unit hardware. Refer to the applicable operating software operator’s manual for troubleshooting procedures related to software configuration issues. If a fault cannot be corrected using the procedures provided in this chapter or in the operating software operator’s manual, contact VT Miltope for authorization to return your CAP for factory repair. Any unauthorized repair or modification of your CAP will void your warranty. 6-2 CLIENT STATION PROBLEMS 6-2.1 Wireless Client Station Cannot Establish a Wireless Link With the CAP Symptoms The wireless client or ground-based access point software cannot find the CAP. If your wireless software has a status display, the CAP is not visible in it. Causes on the CAP • • • • • Power not applied to the CAP (POWER indicator not lit). CAP is disabled by no input to on/off discrete input (POWER indicator lit amber). CAP transceiver disabled by no input to RF enable discrete input (RF ENABLE indicator lit amber). WEP encryption is enabled on CAP, but not on the client station. (Refer to operating software operator’s manual.) Security filters are enabled. Causes on the client station or ground-based access point • • • • • Wireless adapter is not properly installed or configured (wrong drivers, conflicts with other cards in the system). Wireless adapter software is not active. Two wireless adapters are installed, and are creating a configuration conflict. Incorrect network name (ESSID). Make sure it matches the setting on the CAP. (Refer to operating software operator’s manual.) Incorrect WEP keys. Make sure that the keys match those set on the CAP. (Refer to operating software operator’s manual.) Chapter 6 Troubleshooting 6-1 October/2005 Operator’s Manual 6-2.2 M365-491 IP Address Mismatch Before you troubleshoot this problem, make sure that problem described in paragraph 6-2.1 does not exist. Symptoms • • The client station is unable to access network resources, Web, or e-mail, or aircraft network is unable to access ground-based network resources. The client station is unable to renew its IP address. Cause on the CAP • IP address configuration on CAP is not compatible with network and/or client stations. (Refer to operating software operator’s manual.) Causes on the client station • TCP/IP is not installed or not properly configured. 6-2.3 Wireless Client Stations Cannot Connect to the Internet Via the CAP Before you troubleshoot this problem, make sure that problem described in paragraph 6-2.2 does not exist. Symptoms • • Web pages time out. E-mail cannot be retrieved from external e-mail servers. Causes on the CAP • • Network Address Translation (NAT) and/or Virtual Private Network (VPN) is not compatible with network and/or client stations. (Refer to operating software operator’s manual.). Security filters are enabled. Causes on the client station • • • • • Browser not installed or configured properly (set to use a proxy server, set to use dial-up connection instead of LAN). Client station may not be on the same subnet as the CAP. No VPN client software is installed. VPN client software installed but not started. VPN client software has wrong username, password, or IP address set. Other cause • • DHCP server on LAN is not returning the IP address of the CAP as gateway. ISP is down. 6-2 October/2005 Chapter 6 Troubleshooting M365-491 6-2.4 Operator’s Manual Computers Cannot Share Data or Resources With Other Computers Before you troubleshoot this problem, make sure that problem described in paragraph 6-2.2 does not exist. Symptoms Network neighborhood does not show other computers on the wireless or wired network (Windows) or cannot ping other computers from a computer using the Linux operating system. Causes on the client station • • Wrong workgroup names being used. NetBIOS not enabled. 6-2.5 Web Browser Cannot Connect to Management Tool Before you troubleshoot this problem, make sure that problem described in paragraph 6-2.2 does not exist. Symptoms Management tool home page does not open. Causes on the CAP • • Local access o Web port was changed in the management tool from default setting. (Refer to operating software operator’s manual.) Remote access o Management tool security settings are set to block access on the VPN. (Refer to operating software operator’s manual.) o CAP is not powered up (POWER indicator not lit). o CAP is disabled by no input at on/off discrete input (POWER indicator is lit amber). o Another client station is currently logged in. o A web server is running on the internal network using a static mapping for HTTPS port 443. Causes on a local client station • Wrong IP address was specified. If VPN security is being used, you must specify the starting address of the VPN server address range. (Refer to operating software operator’s manual.) Causes on a remote client station (via Internet) • Wrong IP address was specified. Use the address visible on the home page. This address may change if you restart the CAP. Chapter 6 Troubleshooting 6-3 October/2005 Operator’s Manual 6-2.6 M365-491 Low Throughput Symptoms Client computers are experiencing delays when transmitting. One or more of following statistics on the wireless status page are excessively high: Tx multiple retry frames, Tx single retry frames, Tx deferred transmissions Causes • • • • • Too many client stations are using the network, or one or more clients is monopolizing the bandwidth with excessively large transfers. Signal quality to one or more stations is poor or being subject to interference (interference caused by cordless phone or microwave oven for example). This can cause excessive retransmissions of data and collisions. Both create overhead that will slow down overall throughput. Antenna installation not optimized for adequate coverage area. One or more CAP units are sharing the same operating frequency. This can cause excessive retransmissions to occur, especially if the units are close together. The CAP is sharing the same operating frequency with third-party wireless device nearby. This can cause excessive retransmissions to occur, especially if the units are close together. 6-3 CAP PROBLEMS 6-3.1 CAP Allows Any Station to Connect, Regardless of Network Name Being Used This problem occurs when accept any network name is enabled on the wireless configuration page. (Refer to operating software operator’s manual.) 6-3.2 Lost Administrator Password Refer to operating software operator’s manual. 6-4 October/2005 Chapter 6 Troubleshooting M365-491 Operator’s Manual CHAPTER 7 REGULATORY, WIRELESS INTEROPERABILITY, AND HEALTH INFORMATION 7-1 REGULATORY INFORMATION The CAP complies with the following radio frequency and safety standards. Canada - Industry Canada (IC) This Class B digital apparatus meets all requirements of the Canadian Interference Causing Equipment Regulations. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Cet appareillage numérique de la classe B répond à toutes les exigences de l'interférence canadienne causant des règlements d'équipement. L'opération est sujette aux deux conditions suivantes: (1) ce dispositif peut ne pas causer l'interférence nocive, et (2) ce dispositif doit accepter n'importe quelle interférence reçue, y compris l'interférence qui peut causer l'opération peu désirée. This device has been designed to operate with antennas having a maximum gain of 3 dB for units configured with Cabin Access Point (CAP) operating software or 5 dB for units configured with Wireless Access Bridge (WAB) operating software. Antennas having a higher gain are strictly prohibited per regulations of Industry Canada. The required antenna impedance is 50 ohms. Europe - EU Declaration of Conformity Users must select wireless operational settings that conform to local regulations. If more than one unit is deployed, users must ensure that frequencies are spread among different channels according to channel availability. USA - Federal Communications Commission (FCC) This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment also complies with RTCA specification DO-160D section 21.3 (conducted emissions) and section 21.4 (radiated emissions), category M (modified for 2.4 GHz transmission frequency). RTCA specification DO-160D applies to equipment installed and operated aboard aircraft. This equipment generates, uses and can radiate radio frequency energy. If not installed and used in accordance with the instructions provided in this manual and the applicable operating software operator’s manual, it may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user/installer is encouraged to try to correct the interference by one or more of the following measures: • • • Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment on a circuit different from that to which the receiver is connected. Chapter 7 Regulatory, Wireless Interoperability, and Health Information 7-1 October/2005 Operator’s Manual M365-491 WARNING Changes or modifications to this device not expressly approved by Miltope Corporation could void the user’s authority to operate the equipment. Miltope Corporation is not responsible for any interference caused by unauthorized modification of the CAP, or the substitution or attachment of connecting cables and equipment (antennas) other than that specified by Miltope Corporation. The correction of interference caused by such unauthorized modification, substitution or attachment is the responsibility of the user/installer. WARNING Exposure to Radio Frequency (RF) Radiation In accordance with FCC requirements of human exposure to radio frequency fields, the radiating element shall be installed such that a minimum separation distance of 20 cm (8 inches) is maintained between it and the user or general population. Taiwan - Directorate General of Telecommunications (DGT) a. The low power radio frequency regulations issued by Ministry of Transportation and Communications in Taiwan state the following requirements: Clause 14: For certified low power radio frequency electric machinery, companies, firms, or users shall not change the frequency, increase the power, or change the features and functions of the original design without permission. Clause 15: Any use of low power radio frequency electric machinery shall not affect the aviation safety or interfere with legal communications. In event that any interference is found, the use of such machinery shall be stopped immediately, and using of such products should resume only after improvements are made to eliminate all interference caused. The legal communications mentioned above refer to radio communications operated in accordance with telecommunication laws and regulations. Low power radio frequency electric machinery shall tolerate legal communications or interference from radiological, electromechanical devices for industrial, scientific, and medical uses. 7-2 October/2005 Chapter 7 Regulatory, Wireless Interoperability, and Health Information M365-491 Operator’s Manual b. Wireless information transfer devices operate in the 5.25-5.35 GHz band are limited to indoor use. 7-2 WIRELESS INTEROPERABILITY The CAP is designed to be interoperable with any wireless LAN product that is compliant to: • • 7-3 The IEEE 802.11a, b, or g standard on wireless LANs, as defined and approved by the Institute of Electrical and Electronics Engineers. The Wireless Fidelity (WiFi) certification as defined by the Wireless Ethernet Compatibility Alliance (WECA). HEALTH INFORMATION The CAP, like other radio devices, emits radio frequency electromagnetic energy. The level of energy emitted by the CAP is much less than the electromagnetic energy emitted by other wireless devices, such as mobile phones. Because the CAP operates within the guidelines found in radio frequency safety standards and recommendations, Miltope Corporation believes that the CAP is safe for use by consumers. These standards and recommendations reflect the consensus of the scientific community and result from deliberations of panels and committees of scientists who continually review and interpret the extensive research literature. Chapter 7 Regulatory, Wireless Interoperability, and Health Information 7-3/7-4 October/2005 M365-491 Operator’s Manual GLOSSARY Term 3DES ARINC CAP CRC CWLU DHCP Diffie-Hellman DN DNS DSSS ESSID FTP HTTPS IEEE IKE IP IPSec ISAKMP L2TP LAN LDAP MAC MD5 MPDU MSCHAP v.2 MSDU NAT Oakley Group OFDM PFS PLCP PPTP RADIUS RFC 2865 RFC 2866 RIP RTCA SA SHA-1 SNMP SSL Glossary Definition Triple Data Encryption Standard (168 Bit) Aeronautical Radio, Incorporated Cabin Access Point Cyclic Redundancy Check Cabin Wireless LAN Unit Dynamic Host Configuration Protocol Key Cryptography Algorithm/Technique Distinguished Name Domain Name Server/Service Direct Sequence Spread Spectrum Extended Service Set Identifier (Wireless Network Name) File Transfer Protocol Hyper Text Transfer Protocol Secure Institute of Electrical and Electronic Engineers Internet Key Exchange Internet Protocol Secure Internet Protocol Internet Security Association and Key Management Protocol Layer 2 Tunneling Protocol Local Area Network Lightweight Directory Access Protocol Media Access Control Message Digest 5 MAC Protocol Data Unit Microsoft Challenge Handshake Authentication Protocol MAC Service Data Unit Network Address Translation Key Cryptography Algorithm/Technique Orthogonal Frequency Division Multiplexing Perfect Forward Secrecy Physical Layer Convergence Procedure Point-to-Pont Tunneling Protocol Remote Authentication Dial-In User Server/Service Request For Comments - RADIUS Request For Comments - RADIUS Accounting Routing Information Protocol Radio Technical Commission for Aeronautics Security Association Secure Hashing Algorithm 1 Simple Network Management Protocol Secure Sockets Layer G-1 October/2005 Operator’s Manual M365-491 GLOSSARY (Cont’d.) Term TCP/IP TFTP TWLU VPN WAB WECA WEP WiFi WINS WLAN X.509 G-2 October/2005 Definition Transmission Control Protocol/Internet Protocol Trivial File Transfer Protocol Terminal Wireless LAN Unit Virtual Private Network Wireless Access Bridge Wireless Ethernet Compatibility Alliance Wired Equivalency Privacy Wireless Fidelity Windows Internal Naming Service Wireless Local Area Network Authentication Framework Implementation – Digital Certificate Glossary
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