IDS GeoRadar Hydra Series User Manual Download Page 16 | Manualshive

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SYSTEM BREAKDOWN

IDS GeoRadar S.r.l.

MNG/2017/009 Rev 1.1 16/ 54

Fig. 5

–

HYDRA Radar Sensor (front view without cover)

Fig. 6

–

HYDRA Radar Sensor (back view)

Threaded holes for
Antenna Cover

Antennas mounted on
the Waveguides

Trigger cable
connector

Sensor cable
connector

Laser cable
connector

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Summary of Contents for Hydra Series

Page 1: ...MNG 2017 009 Rev 1 1 HYDRA User manual...

Page 2: ...tem Configurations 12 4 2 System Features 13 4 3 System Composition 14 5 SYSTEM BREAKDOWN 15 5 1 HYDRA Radar Sensor 15 5 2 Antennas 17 5 3 Positioning Unit 18 5 4 Tripod 21 5 5 Power Supply Unit 22 5...

Page 3: ...4 9 2 1 HOW TO USE THE SCREEN CONNECT SERVICE 44 10 APPENDIX A SYSTEM PACKAGING 46 APPENDIX B TECHNICAL SPECIFICATIONS OF HYDRA 48 APPENDIX C DISCLAIMER 49 APPENDIX D WARRANTY CONDITIONS 51 APPENDIX E...

Page 4: ...system in all its configurations Hydra G HP for monitoring of Quarries Open pit mines Landslides and Cut slopes Hydra G LP for Building monitoring Hydra U for monitoring of Tunnels and Underground min...

Page 5: ...rning information Note information Tip information 2 3 Glossary and acronyms 2 3 1 Acronyms DEM Digital Elevation Model HYDRA HYper Definition RAdar RADAR Radio Detection And Ranging FMCW Frequency Mo...

Page 6: ...n Use of products with obvious damages or defects Use with accessories from other manufacturers without the prior explicit approval of IDS GeoRadar s r l Inadequate safeguards at the working site 3 4...

Page 7: ...stallations such as power cables or electrical railways Precautions Keep at a safe distance from electrical installations If it is essential to work in this environment first contact the safety author...

Page 8: ...n case of hazard Fig 1 Fig 1 Emergency stop button WARNING Infrared laser radiation class 1M the laser radiation is safe to look with the unaided eye but must not be viewed using binoculars or other o...

Page 9: ...e working site can lead to dangerous situations for example in traffic on building sites and at industrial installations Precautions Always ensure that the working site is adequately secured Adhere to...

Page 10: ...ons WARNING If the product is improperly disposed of the following can happen If polymer parts are burnt poisonous gases are produced which may impair health If batteries are damaged or are heated str...

Page 11: ...for its subsequent recycling treatment and environmental friendly disposal contribute towards avoiding any unnecessary effects on the environment and to health and favour the reuse or recycling of th...

Page 12: ...stem depends on the operative measurement conditions above all related to the reflectivity of the area under investigation however the best performance characteristics can be defined as follows depend...

Page 13: ...tinuous displacement map of the entire area The HYDRA system simultaneously measures all the displacements of the entire area illuminated by the antenna beam Directly measure the displacements of the...

Page 14: ...th the system management software This is used to configure the acquisition parameters manage measurements and transmit data to the control room Camera provides a panoramic view or shots of the monito...

Page 15: ...1 HYDRA Radar Sensor The Radar Sensor Fig 4 is the unit containing all the parts for the generation transmission reception and acquisition of the radar signal The HYDRA Radar Sensor has the following...

Page 16: ...17 009 Rev 1 1 16 54 Fig 5 HYDRA Radar Sensor front view without cover Fig 6 HYDRA Radar Sensor back view Threaded holes for Antenna Cover Antennas mounted on the Waveguides Trigger cable connector Se...

Page 17: ...ation and characterized by a maximum gain of 21 dBi for ANT 102 or 17 3 dBi for ANT 102 The amplitude characteristics of the antenna main lobe at 3 dB and 10 dB are provided in Tab 2 and Tab 2 HYDRA A...

Page 18: ...The Positioning Unit Fig 10 consists of The Pan Tilt main body made in aluminum and plastic with dimensions 32x20x21 cm and weight 10 kg capable of moving the Radar Sensor in azimuth and elevation A T...

Page 19: ...nt Radar Sensor bearings between 30 and 30 see Fig 11 In Hydra G LP configuration the Elevation Pointing System must always be positioned at 0 in Hydra G HP and Hydra U configuration the position must...

Page 20: ...pending on the system configuration the function of the Positioning Unit is different For Hydra U the PTU is used to move the Laser in azimuth and elevation to perform surface reconstruction and the R...

Page 21: ...muth and elevation to perform the surface reconstruction After the surface reconstruction the PTU is used to move the Radar Sensor in elevation to match the Camera tilting angle then in azimuth from 6...

Page 22: ...fter a blackout event The PSU is a box with dimensions of 600 x 400 x 385 mm and a weight of 25 kg with 2 handles plus an additional pull out handle two wheels and fasteners fitted with plug locks Fig...

Page 23: ...he acquisition Opening the PSU gives access to 3 buttons ON button Fig 18 OFF button Fig 18 Alarm Mute button Fig 19 Fig 18 ON and OFF button Fig 19 Alarm Mute button The PSU has inside also the HYDRA...

Page 24: ...tials Username hydrauser Password hydra1234 Fig 21 Getac Tablet WARNING No communication software such as Firewall Wi Fi or antivirus must be installed to avoid any conflict with the Hydra software ID...

Page 25: ...twork Camera with IR is a dome camera with integrated IR illuminator and auto switch between day and night vision The 2 MP Network Mini PTZ Dome Camera is a dome camera capable of self movement contro...

Page 26: ...HP it can stream a real time video of the areas of interest Fig 24 Radar map on Camera display for Hydra G LP Fig 25 Radar map and Camera display for Hydra G HP and Hydra U Both models of the Camera...

Page 27: ...omposed by PTU Main Cable Fig 27 Camera Ethernet Cable Fig 28 AC Power Cable Fig 29 Power Cable Adapter Fig 30 this cable is different based on the country Sensor Cable Fig 31 Local Network Cable Fig...

Page 28: ...era to the PSU it provides power to the Camera and it exchange data between the Camera and the HYDRA computer embedded in the PSU Fig 28 Camera Ethernet Cable The AC Power Cable Fig 29 is used to conn...

Page 29: ...IDS GeoRadar S r l MNG 2017 009 Rev 1 1 29 54 Fig 30 Power Cable Adapter The Sensor Cable Fig 31 is used to connect the PTU to the Sensor The curved end needs to be connected to the Sensor Fig 6 Fig...

Page 30: ...Local Network Cable Fig 32 is an Ethernet cable used to connect the PSU to an external network Fig 32 Local Network Cable The DC Power Cable Fig 33 is used to connect the PSU to a direct current powe...

Page 31: ...e Laptop through the PSU Fig 34 Laptop Battery Cable 5 10 Siren Alarm A Siren Alarm Fig 35 can be connected to the PSU to provide Early Warning based on the detected movements in the scanned area It i...

Page 32: ...SYSTEM BREAKDOWN IDS GeoRadar S r l MNG 2017 009 Rev 1 1 32 54 5 11 Spotlight In the event that the jobsite illumination is not enough a Spotlight Fig 36 can be connected to the PSU Fig 36 Spotlight...

Page 33: ...adar personnel to choose the best installation point Below some considerations when choosing an installation site Installation site should have a clear view of the area to be monitored Shadowed areas...

Page 34: ...Rev 1 1 34 54 Fig 37 Side wall monitoring Fig 38 Roof monitoring For side wall monitoring is suggested an oblique orientation of the PTU with respect to the monitored surface in order to maximize the...

Page 35: ...it in the installation point Fig 40 Fig 40 Place the Tripod in the installation point 2 Level the Tripod using the three legs and checking bubble level for a correct installation Fig 41 It is suggeste...

Page 36: ...g 42 Mounting the PTU on the Tripod 5 Rotate the Positioning Unit on the Tripod until it is possible to access the fixing screw in the Tripod s cylindrical housing 6 Use the hex key with the red handl...

Page 37: ...he two knobs Fig 44 Fig 44 Camera Mounted on the PTU 9 Use the Camera lateral knobs to point the camera at 0 only for the model 4 MP WDR Dome Network Camera with IR 10 Pull out the Radar Sensor from t...

Page 38: ...Radar Sensor at 0 Fig 46 Fig 46 Radar Sensor pointing system 13 Connect the PTU Data Cable the Triggering Sensor Cable and the Laser Cable to the back of the Radar Sensor Fig 47 Fig 47 Radar Sensor ca...

Page 39: ...location around 1 5m 2m from the Tripod 15 Connect the PTU main cable to the Pan Tilt and to the Power Supply Unit Fig 48 Fig 48 Connect the PTU Main Cable 16 Connect Camera Ethernet Cable to the PSU...

Page 40: ...he Power Cable Adapter Fig 29 and Fig 30 19 Open the PSU and switch on the system pushing and holding for 7 seconds the ON button inside the PSU Fig 51 Fig 51 Turn ON the system 20 Switch on the table...

Page 41: ...on Show Options and enter the following credentials Computer 10 0 10 3 Username HydraUser 25 The user is now connected with the HYDRA computer inside the PSU Run the software HYDRA Controller or the...

Page 42: ...Power Cable Adapter from the main power line 4 Disconnect the AC Power Cable the Camera Ethernet Cable the PTU Main Cable and the Wi Fi antenna from the PSU cover each connector with the relative cap...

Page 43: ...lindrical interface between PTU FLIR and Moog Tripod use silicone grease or silicone spray lubricant see Fig 42 After 5 years of use replace the batteries inside the PSU 8 2 Troubleshooting This parag...

Page 44: ...that allows the activation of a two host session making your application or your desktop available to another user It can be used to perform web conferences and presentations and is easy to use thank...

Page 45: ...r pc you will receive a Popup requesting the authorization click on Allow see Fig 55 Fig 55 Authorization request At this point IDS GeoRadar Customer Care can perform a range of operations on your des...

Page 46: ...2017 009 Rev 1 1 46 54 10 APPENDIX A SYSTEM PACKAGING The system is delivered with the following packaging Power Supply Unit Fig 56 Trolley Bag 1 Fig 57 Trolley Bag 2 Fig 57 Optional Components Bag F...

Page 47: ...Trolley Bag 1 contains Positioning Unit see Par 5 3 Camera see Par 5 7 Tablet see Par 5 6 The Trolley Bag 2 contains Tripod see Par 5 4 Cables see Par 5 9 Radar Sensor with Antennas see Par 5 1 and 5...

Page 48: ...ight 18 kg Enclosure Class IP 65 Temperature Range 10 C 55 C Tripod Dimesion 100 X 100 X 120 cm Weight 8 kg Radar Sensor Dimesion 30 X 30 X 11 cm Weight 5 kg Enclosure Class IP 65 Temperature Range 10...

Page 49: ...to their specific procedures IDS GeoRadar shall not be liable for any direct indirect special incidental or consequential damages or injuries including without limitation lost revenues or lost profit...

Page 50: ...ts of the Operational Temperature Range specified by IDS GeoRadar Disclaimer for the IBIS Family Products IBIS Products include specific Operational software with automatic data processing and analysi...

Page 51: ...ent warranty granted by the Buyer to its retailers and clients even as final consumers pursuant to the European Union law in force regarding the rights of the consumers does not engage IDS GeoRadar in...

Page 52: ...d either by the parameters introduced by the operator s or by particular environmental conditions which may distort its outcomes thus giving rise to false or missing alarms IDS GeoRadar assumes no lia...

Page 53: ...elow 1 mW cm2 which is the Maximum Permissible level of Exposure specified by the current regulations FCC use limits Use in all U S territories is limited to underground mines open pit mines and tunne...

Page 54: ...IDS GeoRadar s r l Via Enrica Calabresi 20 Loc Montacchiello 56121 PISA ITALIA Tel 39 050 3124 501Fax 39 050 3124 205 GEO BU Customer Care department support geo idsgeoradar com Tel 39 050 3124 356 4...

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