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Table of Contents
Summary of Contents for Intelligent Security HALO
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Page 2: Table Of Contents
....................................13 IRING HALO C ..................................16 ONFIGURATION 7.4.1 Installing the HALO Configuration Utility ........................16 7.4.2 Adding users to the OSDP Hub ............................16 7.4.3 Starting the HALO Configuration Utility ......................... 17 7.4.4 Installing a HALO Device ..............................18 7.4.5... -
Page 3: Revision History
Document Created 20/11/2014 Maria Heneghan Minor Updates 01/12/2014 Maria Heneghan Branding Change / Updated configuration Utility sections and images 06/01/2015 Maria Heneghan Minor updates / alarm classification section updated with error alarm information Table 1: Revision History Installation Manual HALO... -
Page 4: Abbreviations
Abbreviations Abbreviations Control Panel Digital Signal Processing Frequency Shift Keying OSDP Open Supervised Device Protocol Peripheral Devices PIDS Perimeter Intrusion Detection System Power Of Ethernet RSSI Received Signal Strength Indicator Receiver Secure Channel Session Installation Manual HALO... -
Page 5: Overview
TX or RX unit. HALO brackets (part code HALO-BRK) are available for mounting a set of units to a pole of >40mm ø. Due to the unique design of the HALO, cross-hatching installation is not required. This reduces pole... -
Page 6: Features And Benefits
Dead Zone Elimination On-board secure IC enables Secure Authentication of TX/RX Pairs SD card backup 12 – 48V or POE powered Five distinct software activated alarm types: Environmental, Error, Tamper, Intruder and Power Installation Manual HALO... -
Page 7: Detection Characteristics
Detection Characteristics Detection Requirements The HALO will detect any object with a mass > 35Kg moving through the detection zone created by each TX/RX pair. Figure 1 depicts a side view of the detection zone of the HALO. Figure 1: HALO Detection Zone side view The HALO has eight software configurable sensitivity settings which make the HALO suitable for installations in multiple environments and locations. -
Page 8: Typical Detection Patterns
Figure 3 Bistatic radar detection zone side view – dead zone dimensions The deadzone length l in Figure 3 is < 4m with an HALO mounting height of 1.2m. The HALO is fitted with LOWER DEADZONE elimination modules which provides coverage of the “Lower Deadzone”... -
Page 9: System Components
System Components System Components Hardware Components The HALO TX and RX units are physically identical. They units are individually software configurable to operate in either TX or RX mode. Each HALO unit consist of the following components: 1. Antenna 2. PB1001_04 PCB 3. - Page 10 System Components 1. HALO Configuration Utility - a UI for the user to configure a network of Peripheral Devises (PDs). 2. OSDP Hub - a communications application used to network a mixture of RS485 and TCP/IP PDs with a Control Panel application connected over TCP/IP. This application simply acts to relay data packets between the attached Control Panel and all PDs.
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Page 11: System Design
Site Planning Ensuring the suitability of a site for installation of the HALO system is imperative. A site survey prior to install should be carried out to ensure that nodes are located in such a manner as to be most beneficial to the site. -
Page 12: Installation Procedure
Installation Procedure Pole Mounting The HALO should be mounted on a pole of diameter no less than 40mm. A mounting height of 1.2m is recommended. The mounting height given is relative to ground level, of the midpoint of each TX/RX enclosure. -
Page 13: Halo Wiring
1. Remove the access panel from the back of the HALO. 2. Connect cable for installation and configuration: For installation and configuration of the HALO over RS485 connect an RS485 cable to RS485_1. Ensure Pin 3 on S1001 is set to the OFF position. - Page 14 3. Two Relays are available RLY1 and RLY2 on Terminal J701. See Table 4. It is possible to activate external devices (such as lights, beacons or speakers) from the relays. For detailed relay operation see Section 7.4.5 Configuring a HALO Device. 4. LED1001 is a power indicator LED. Once powered this LED will illuminate.
- Page 15 Relay 1 Common Relay 1 Normally Closed Table 5: Switch S1001 Switch Description Program Select Program Select Communication configuration Method Selection Parameter Reset at Power on Table 6: LED Indicators Function LED1000 Power Indicator GREEN LED1001 Status Indicator ORANGE Installation Manual HALO...
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Page 16: Halo Configuration
Installation Procedure HALO Configuration 7.4.1 Installing the HALO Configuration Utility Download and install the latest version of the HALO control panel: halo_cp-installer.exe Double click on the installer to start installation The Microsoft Visual C++ redistributable is required to run the configuration utility. If not ... -
Page 17: Starting The Halo Configuration Utility
Installation Procedure 7.4.3 Starting the HALO Configuration Utility NOTE: When installing the HALO over IP the computer the HALO hub utility is running on should be set to static IP address 192.168.1.10. Run the utility Start -> All Programs -> Sensurity -> HALO Control Panel The user will be prompted for a password. -
Page 18: Installing A Halo Device
1234 Figure 13: Connection Authentication 7.4.4 Installing a HALO Device If the device is connecting to the CP for the first time then it must be installed. To install the device click See Error! Reference source not found.. File -> Install Device. - Page 19 Each device on the network must be assigned a unique OSDP address ranging from 0-126. The HALO Configuration Utility consists of two main panels. On the left hand panel the installed devices are displayed. The right hand panels displays status and other information relating to each device. To see the status of a device the user must click and select the device from the left hand panel see Figure 16.
- Page 20 Installation Procedure Figure 16: HALO Configuration Utility Device Status The HALO is a software upgradable device. The Admin Tab in Figure 17 allows the user to upgrade the software, reset the device and change the OSDP Secure Channel Session Timeout Period.
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Page 21: Configuring A Halo Device
Figure 17: HALO Configuration Utility Admin 7.4.5 Configuring a HALO Device To configure a HALO device select it from the status panel on the left. The selected device will be highlighted in blue. See Figure 18. Figure 18: Configuration Panel Settings... - Page 22 Sensitivity 7 is the most sensitive setting. Signal Settings (Deadzone) The HALO device is fitted with LOWER Dead zone elimination as standard. UPPER dead zone elimination sensors are available as an add-on feature. If the device is fitted with upper or lower deadzone sensors ensure that the corresponding checkbox is ticked to ensure that deadzone detection is enabled and will trigger an alarm.
- Page 23 Installation Procedure Alarm Settings Relay There are two software configurable relays on the HALO board. Each relay can be configured in 4 unique modes see Table 7. Table 7: Relay Modes Mode Description Disabled Relay is set to the NO position...
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Page 24: Halo Configuration Utility Tabs
UI under the admin tab. Over-voltage protection is on the device for voltages > 13V. 7.4.6 HALO Configuration Utility Tabs Status See Section 7.4.4 Installing a HALO Device Admin See Section 7.4.4 Installing a HALO Device Settings See Section 7.4.5 Configuring a HALO Device. - Page 25 Enable Figure 19: Configuration Utility Graphs Test Tab is used primarily as an internal Sensurity utility. It can be used as a diagnostics tool to test determine system performance. Installation Manual HALO...
- Page 26 Installation Procedure Figure 20: Configuration Utility Test Trace tab is used primarily as an internal Sensurity diagnostics tool. trace Figure 21: Configuration Utility Trace Installation Manual HALO...
- Page 27 Restore Factory Defaults The HALO can be reset to factory settings at any time using PIN 4 on S1001 (See Error! Reference source not found.). Pin 4 should be set to the ON position prior to power up to restore device factory defaults.
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Page 28: Verification And Test
(crawl test) (crawl test) If any of the penetration tests do not result in an alarm the following checks should be performed: 1. Ensure that the checkbox is ticked in the admin tab of the control panel Intruder Installation Manual HALO... - Page 29 2. If checking alarms using relays ensure that the relays are configured as Normally ON or Normally OFF) and that they are wired correctly. 3. If a 1M or 99M crawl test does not result in an alarm ensure that: The Lower Deadzone Elimination module is fitted in the device, and enabled Installation Manual HALO...
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Page 30: Maintenance
Maintenance Maintenance The HALO is designed for outdoor use and thus is subject to a constantly changing environment. To ensure the continued proper functionality it is important to maintain the area surrounding the system. Maintain natural features (grass, bushes, tree branches, etc.) within and at the edge of the detection zone.