Table of Contents
Advertisement
Advertisement
Table of Contents
Related Manuals for Magos SR-500
Summary of Contents for Magos SR-500
- Page 1 SR-500 User Manual...
-
Page 2: Table Of Contents
..................8 ELECTRICAL INSTALLATION GUIDELINES ............. 16 Power Supply Interface ....................16 COMMUNICATION INTERFACE ..............17 Radar Manager ......................17 BIT ......................19 BIT Mechanism ......................19 BIT Description ......................19 Page 1 © Copyright 2017, Magos Systems. All Rights Reserved... - Page 3 Figure 14: SR500 External operation cable........Error! Bookmark not defined. Figure 15: Radar Manager Main Screen ........Error! Bookmark not defined. Figure 16: Radar Manager - Choosing a fixed IP ......Error! Bookmark not defined. Page 2 © Copyright 2017, Magos Systems. All Rights Reserved...
-
Page 4: Introduction
1.1.2 CONTACTING MAGOS SUPPORT Support is available to customers who have a trial version of a Magos product or who have purchased a Magos product and have a valid maintenance contract. To contact Magos support, send an email to support@magosys.com. -
Page 5: Scope
2. SCOPE This document aims to provide a user manual for the setup and installation of the SR500 sensor by Magos Systems. The manual provides information on mechanical structure and interface, installation procedure and guidelines, interface to managing system. Please read the entire document prior to the installation and or use of the product. - Page 6 (up to 10 meters away from it for human up to car sized targets) outside the area of coverage and even directly behind the radar might be detected by the radar and falsely interpreted as targets moving within the coverage area. Page 5 © Copyright 2017, Magos Systems. All Rights Reserved...
-
Page 7: System Description
Interface: Ethernet with POE according to IEEE 802.3at Type 1 (802.3af) and Type 2 Dimensions 9.8''(w) x 5.8''(h) x 2.3''(d) Weight: 3.3 Pounds IP67 5.8/2.4FCC & CE compliant. Figure 1: SR500 sensor general view Page 6 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 8: Mechanical Installation
SR500 is positioned to cover an area containing large bodies of water, large waves and other disturbances in the surface of the water might be interpreted by the radar as moving targets. Page 7 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 9: General Installation Guidelines
The SR500 radar sensor is very simple to handle and install. Using the four holes on the back, the unit may be assembled either using one of Magos’ solutions or any other means of securing the unit in the desired location. -
Page 10: Figure 2 - Sr500 Sensor Outline And Dimensions
Figure 2: SR500 Tripod Installation Figure 3: SR500 Tripod adapter Page 9 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 11: Figure 3 - Sr500 Tripod Installation
Figure 4: SR500 Wall Installation Figure 5: Wall mount Bracket Page 10 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 12: Figure 5 - Sr500 Wall Installation
Maogs' sales & support representatives to ensure that the protected area is suitable for coverage using the SR500. Figure 7: Proper Installation on tripod Page 11 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 13: Figure 7 - Elevation Angle Adjustable Bracket
Ensure that sensor is level with the ground, otherwise sensor coverage area might be reduced depending on the sensor’s elevation angle coverage and the degree of tilt relative to the ground. Figure 8: Angle Coverage Page 12 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 14: Figure 10 Angle Coverage
Above 9m there might be a “dead-zone” in the vicinity of the sensor in accordance with the sensor’s elevation angle coverage. In order to achieve best performance refer to Table 1 and Figure 10 for recommended tilt angle. Figure 10: Tilt Angle Page 13 © Copyright 2017, Magos Systems. All Rights Reserved... -
Page 15: Figure 11: Nominal Detection Ranges As A Function Of Angle Of Approach
Height Range Tilt angle [meters] [meters] [degrees] Table 13: Tilt Angle Page 14 © Copyright 2017, Magos Systems. All Rights Reserved... - Page 16 Connecting to the sensor: use outdoor weather immune cables. When cable is not plugged in use the connector cap to maintain weather immunity. Magos is not responsible to weather damage (corrosion etc.) caused by using improper cables/failure to the use the cap when not installed. In such cases product warranty void.
-
Page 17: Electrical Installation Guidelines
Figure 11: SR500 External operation cable 5.1 POWER SUPPLY INTERFACE Ensure that the SR-500 is powered only from an IEEE 802.3at Type 1 (802.3af) and Type 2 certified POE injector/switch which is in conformance with all safety and EMC standards that are relevant and applicable in your country. -
Page 18: Communication Interface
IP addresses. This initial step is crucial for proper communications with the radars via C&C/PSIM software (either Magos MASS or any other software based on Magos SDK). Figure 12 depicts the Radar Manager main screen as it is shown when first running the tool. - Page 19 This IP will be retained in flash memory on the radar and will not be erased upon reset. It can be re-configured using the radar manager tool whenever needed. Figure 13: Radar Manager - Choosing a fixed IP Page 18 © Copyright 2017, Magos Systems. All Rights Reserved...
-
Page 20: Bit
TamperSw – Internal tamper switch has been activated. This means that the radar's front cover (Radome) has been physically removed. This test is continuous. Note I – This test is only support in specific HW models that include the Tamper Switch. Contact Magos support to find out whether your unit includes this feature. -
Page 21: Handling Failed Bit Reports
In case of failure in all other tests the unit must be inspected by Magos personnel or an authorized technician in order to locate the HW fault and repair it. -
Page 22: Warnings And Disclaimers
AC power network make sure they are properly isolated and are in full compliance with your local regulations. In any event Magos will not liable to any damage caused to the product or any interference caused to the power network resulting from a faulty/in- appropriate power supply. -
Page 23: Industry Canada Compliance
Magos’s reasonable control. This includes but is not limited to: acts of God, war, riot, embargoes, acts of civil or military authorities, fire, floods, electricity outages, lightning, power surges, or shortages of materials or labor. -
Page 24: Limitation Of Liability
Consumer Protection Laws which cannot be excluded, Magos’ liability for any breach of that guarantee, condition or warranty is limited to: (i) in the case of a supply of goods. Magos doing any one or more of the following: replacing the goods or supplying equivalent goods; repairing the goods paying the cost of replacing the goods or of acquiring equivalent goods;... - Page 25 Magos strongly recommends using a Surge Protection device together with PoE switches to operate Magos Radars. Disclaimer: Prices are based on estimation only, Magos is in no way partnered with any one of the manufacturer listed below and does not provide it with the Magos Radar 9.1.1...
- Page 26 PoE+ support for 4 ports JetNet 5310G Industrial 8 PoE + 2G Combo Managed $1500 Korenix High Power IEEE802.3at PoE Switch JetNet 3710Gf Industrial 8 PoE + 2 Gigabit SFP Switch $550 Korenix Page 25 © Copyright 2017, Magos Systems. All Rights Reserved...
- Page 27 $800 Korenix Booster PoE Switch JetNet6728G Industrial 28G Full Gigabit Managed $5000 Korenix PoEPlus Ethernet Switch JetNet 7014G Industrial 10GbE/TX, 4 GbE/SFP $2600 Korenix Managed Switch 9.1.3 SCHEMATIC NETWORK CONNECTION Page 26 © Copyright 2017, Magos Systems. All Rights Reserved...