FOC ID: FUN-CW RadarVision™ 1000 V1.08.99 INTELLECTUAL PROPERTY Copyright 1999 Time Domain Corporation. All Rights Reserved. This document, as well as the software and equipment described unit, is furnished under license and may only be used or copied in accordance with the terms of such license. No responsibility is assumed for the use or reliability of software or equipment that is not supplied by Time Domain Corporation. Rights in technical data and computer software are established under FAR 12.
FCC 1D: SNUFF Radar Vision™ 1000 V1.0.8.99 REGULATORY Important Disclaimer FCC Information Class B This device complies with the limits for 2 Class B digital device, pursuant to Part 15 of the FCC Regulations. These limits are designed tv provide reasonable protection against harmful interference in a residential installation.
FCC ID: FUN-CW RadarVision™ 1000 V1.0899 Pout RADARVIsION™ 1000 RADARVISION'™ 1000 SYSTEM CONTENTS Time Domain’s RadarVision™ 1000 Through-Wall Surveillance Motion Detection system consists of the following equipment. Radar Vision™ 1000 Through-Wall Motion Detector Travel Case 2 hour, 12V Lead Acid Batteries 12V Battery Re charger 12V DC Power Supply with Cable 8 a 02 Operating Manual One-Year Limited Warranty . One-Year Technical Support .
FCC I: FUN-CW Radar Vision™ 1000 V1.08.
RadarVision™ 1000 V10899 CONTENTS CONTENTS Preface Welcome to the Time Domain RadarVision™ 1000 i Terminology J ii 1 Getting Started Introduction... Before Using This System Portable Use Familiarization with Product Starting the System... Power Supply Turning Off the System Battery Operation PE 2 System Overview Introduction About the Hardware. From View List of Parts Rear View List of Parts . Side View List of Paris Power Supply Battery 3 Operation Introduction... . a.
Radar Vision™ 1000 VIII% CONTENTS AW Battery Life Ambient Noise Mode Indicator .. Heartbeat Indicator Tone indicator 4 Care and Maintenance 5 Technical Specifications 6 Licensing, Terms, and Warranty Introduction Maintenance & Battery Care Environment Regular Use Portable/Outdoor Use... Travel Packing Packing Instructions .. Cleaning. Recharging the Battery . Replacing the Battery Replacing the Battery Fuse ..
FCC ID: FUN-CW RadarVision™ 1000 VI089 PREFACE WELCOME To THE TIME DOMAIN RADARVISION™ 1000 Congratulations on your acquisition of the RadarVision™ 1000 Through-Wall Motion Detection radar system. Time Domain Corporation has developed this hand-held radar system 10 detect the movement and range of personnel in the presence of other obstructions. The RadarVision™ 1000 monitors very specific range gates, reducing the potential for false alarms created by movements made outside the area of interest.
FCC ID: FUN-CW RadarVision™ 1000 Viol PREFACE TERMINOLOGY Unless otherwise specified, the terms unit, radar, and system arc used interchangeably in this manual to refer to the Radar Vision™ 1000. Area of View The beam pattern radiated by the antenna can be described as the intersection of a cone and a sphere, with a 120° field of view (120° azimuth by 100° elevation). This area can be thought of as a half-eaten ice cream cone, where the portion of the ice cream left inside the cone describes the space (Fig.
FCC ID: FUN-CW RadarVision™ 1000 Viii% PREFACE Blanking An algorithm that prevents alarms at more distant range gates. This is a method designed to aid user interpretation of a signal by ignoring the shadow effect and multi path Coupling A signal that propagates directly from the transmit antenna to the receiving antenna without reflecting an object. Process Gain — The gain (improvement in signal-to-noise ratio) resulting from processes after the signal is received.
RadarVision™ 1000 VIR PREFACE Shadow Effect The radar monitors multiple range gates to determine if there are any changes within a single, specified range gate. Any observed changes indicate movement within that range. However, movement detected in close proximity to the radar will block a portion of the energy that is propagated to further ranges. This movement may cause a “shadow” to be cast upon the more distant ranges.
FCC 1D: FUN-CW RadarVision™ 1000 V1889 PREFACE Time Modulation A variation of the time periods between pulses. When UWB systems transmit a uniform pulse stream, energy is concentrated at discrete harmonic frequencies within the bandwidth. By randomizing the timing of sequential pulses (as shown in Fig. p.4), a noise-like signal is produced, and coherent harmonics are reduced.
FEC ID RUN-CW Radar Vision™ 1000 Sing. PREFACE Ultra-wide Bandwidth The Defense Advanced Research Projects Agency (DARLA) has defined ultra-wide band as a system that has a fraction bandwidth, the ratio of the bandwidth divided by the center frequency, greater than 25%.
RadarVision™ 1000 V1.089 GETTING STARTED 1 INTRODUCTION The RadarVision™ 1000 is an initial production unit intended for test. evaluation, and training by technically sophisticated developers and users. This manual is to be used in conjunction with training from TDC or other authorized vendors. Please refer to this manual when raising service or operational questions.
FOC ID: NURTURE RadarVision™ 1000 Vi0899 GETTING STARTED STARTING THE SYSTEM Power Supply When using the radar with the DC-provided power supply (Fig. 1. 1), plug the female socket cable into the radar, the red banana plug into the red power supply socket, and the black banana plug into the black socket. To turn the unit on when using the power supply, the proper sequence must be followed: 1. Make sure all cables are connected prior to powering-up the unit. 2. Turn the power supply ON. 3.
RadarVision™ 1000 V108%9 GETTING STARTED Battery Operation Before operating the unit with the battery (Fig. 1.2), the battery must be charged (it may take as long as 12 hours to charge completely). Plug the battery charger into a 110V outlet, and attach the socket connector on the battery to the matching charger connector. To replace the rechargeable battery with the backup battery, do the following: . Turn the unit OFF. . Detach cable from the unit to the battery. .
Radar Vision™ 1000 V1.0.8.99 System OVERVIEW 2 INTRODUCTION This section will provide the user with a general overview of the system. ABOUT THE HARDWARE Hardware for the RadarVision™ 1000 consists of the radar, two rechargeable batteries, a power supply, and cables. HARDWARE Front View Logo LCD Display Fan Control Buttons Speaker Rechargeable Battery Handle Figure 2.
Radar Vision™ 1000 V1.06.8.99 System OVERVIEW Rear View Transmitting Antenna: Receiving Antenna Figure 2.2 Antenna Array Side View COIF Switch Vent Serial Port to PC RF Out Unit Serial No. 12V DC Power Connector i Locking Screws Battery Connector Figure 2.
RadarVision™ 1000 Vi08.99 System OVERVIEW Power Supply The power supply provided by TDC is the AIM Model # 38-384, 4 AMP, precision regulated power supply. Output parameters: TDC adjusted to 12V DC, 4 AMP, fully regulated, low ripple. Input parameters: 117V AC 60Hz, fuse protected. Electronic overload protection with instant automatic reset. On/Off Switch Indicator Light Negative Positive Connection Connection Figure 2.
RadarVision™ 1000 Ins 9 OPERATION 3 INTRODUCTION TO THE RADARVISION™ 1000 SYSTEM The Radar Vision™ 1000 was designed to be used as both a portable unit and as a fixed location unit. Depending upon the use of the product, operation may vary slightly The following section will provide the user with general operating procedures and will help familiarize them with alternatives 10 standard use.
RadarVision™ 1000 VIR» OPERATION Fixed-location Operation ‘When operating the unit in a fixed or permanent location, the following criteria should be considered: . Provide a smooth, level, and stable surface to support the unit {Tripod available) Face the rear (antenna) side of the unit toward the area to be scanned. .
RadarVision™ 1000 V108.% OPERATION Main Interface (Motion Display) When the RadarVision™ 1000 is turned on, a Boot Up screen will appear displaying company information and the message. “Please wail while radar boots.” The boot up should take approximately 30 seconds. {if the unit fails to boot fair 40 seconds, turn the radar off and restart) The Main Interface screen will then appear. This back-it LCD screen provides the user with a real-time motion display that shows where movement is occurring.
RadarVision™ 1000 VIVID OPERATION “Fhe second mode (continuous) allows the user to monitor the raw data being continuously read by the radar, This mode is used to determine the base ambient readings and to identify very slight movements, such as breathing. Continuous mode displays the bars filled halfway. This half-way paint becomes, in effect the 0 point. In this regard, the user would be able to see all movement registering in each channel.
RadarVision™ 1000 VIVIFY OPERATION Ambient Noise The Axa bar graph (second row of the top right-hand portion of LCD display Figure 3.2) shows any ambient noise being picked up by the radar. This includes all jamming and interference. When there is any ambient noise being registered in this graph, the motion data displayed by the radar cannot be considered accurate, The user is encouraged to check the area for potential interference {cellular phones. ec and remove them if possible.
Radar Vision™ 1000 VI0899 CARE AND MAINTENANCE 4 INTRODUCTION Regular care and maintenance of the RadarVision™ 1000 is essential for optimum performance of the unit. The following section describes procedures for the care and maintenance of the Radar Vision 1000. CARE Environment The RadarVision™ 1000 must be kept free from dust, moisture, and static. Do not smoke near the unit.
Radar Vision™ 1000 V1.089% CARE AND MAINTENANCE Packing To pack the Radar Vision™ 1000, it is recommended to usc the travel case provided. Place the unit ini the case as shown (Figure 4.1). Be sure to wrap cache item in the DC-provided packing material. Step by pics instructions are shown in Figures 4.2 4.8. Figure 4.1 RudurVison™ system packed in suitcase.
RadarVision™ 1000 V10899 CARE AND MAINTENANCE PACKING INSTRUCTIONS Figure 4.2 Remove handle from Figure 4.3 Place RadarVision™ Radar Vision™ unit. (with battery) in suitcase, as shown. Figure 4.4 Place power supply on Figure 4.5 Place second battery between right side of suitcase, as shown. RadarVisien™ and power supply.
RadarVision™ 100 V1.08.99 CARE AND MAINTENANCE Figure 4.6 Place battery charger at right rear of suitcase. Figure 4.8 Place handle on tep the battery and Radar Vision™.
RadarVision™ 1000 VL0399 CARE AND MAINTENANCE MAINTENANCE AND BATTERY CARE Cleaning To clean the unit, use a dry, lint-free. and static-free cloth. Wipe the outside of the unit whenever dusty. If the unit gets wet, power down and unplug the unit from {he power source before wiping off. If the LCD screen needs cleaning, use a photo lens quality solution and a soft. lint-free cloth to wipe off.
Radar Vision™ {000 V1089%9 GENERAL SPECIFICATIONS Optimum Operational Range: User Electable Range Gates: Movement Velocity Detection: Power Source: Power Consumption: Radar Dimensions: Radar Dimensions with Handle: Radar Weight with Battery: Radar Weight without Battery: TECHNICAL SPECIFICATIONS 5 010 20 feet Default set to 5-foot increments 0.51015 feet/second 112V DC.
RadarVision™ 1000 V10899 LICENSING, TERMS, AND WARRANTY 6 Limit Ed WARRANTY Time Domain warrants its RadarVision™ 1600 io be free of manufacturing defects for a period of one year commencing on the date of shipment. During the warranty period, Time Domain will repair or replace any defective products at no expense to the customer. TIME DOMAIN MAKES NO OTHER WARRANTIES. EXPRESS OR IMPLIED.