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SECURITY SENSOR ZEBRA-9.30 User Manual

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SECURITY SENSORS
ZEBRA-9.30
ZEBRA-9.30.BT
User manual
Zarechny
2020

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Summary of Contents for SECURITY SENSOR ZEBRA-9.30

  • Page 1 SECURITY SENSORS ZEBRA-9.30 ZEBRA-9.30.BT User manual Zarechny 2020...

  • Page 2: Table Of Contents

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com TABLE OF CONTENTS Introduction ..........................3 1 Description and operation ..................... 4 1.1 Purpose ..........................4 1.2 Specifications ........................5 1.3 Components ........................10 1.4 Construction and operation....................13 1.5 Measuring instruments, tools and accessories ..............16 1.6 Marking ..........................

  • Page 3: Introduction

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com The present user manual applies to volumetric microwave security sensors ZEBRA-9.30 (hereinafter “Sensors” for all modifications) available in three modifications: ZEBRA-9.30, ZEBRA-9.30.A with an extended temperature range, ZEBRA-9.30.BT configurable via Bluetooth. The user manual contains information necessary for studying sensors and the principle of their operation, installation, powering and commissioning.

  • Page 4: Description And Operation

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Description and operation Purpose 1.1.1 The sensor is intended to protect perimeter sites, open and closed areas of various objects and to detect a person moving upright or bent in the detection zone. The sensor can be used to protect fences against overclimbing and windows against intrusion.

  • Page 5: Specifications

    Operating conditions The sensors operating conditions are: the temperature range from -50°C up to +80°С (modifications ZEBRA-9.30 and ZEBRA-9.30.BT), from -60°C up to +80°С (modification ZEBRA-9.30.A). The sensor is configurable via Bluetooth at temperatures of from - 25°C up to + 75°C;...
  • Page 6 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 1.1 – Maximum detection zone of sensor installed on pole 1 m from ground 27.01.2021...
  • Page 7 Table 1.2 – Minimum and maximum detection zone parameters. Modification ZEBRA-9.30 ZEBRA-9.30.A ZEBRA-9.30.BT 1.2.2 Parameters of the detection zone of ZEBRA-9.30 meet ones given in item 1.2.1 under conditions of items 1.2.2.1, 1.2.2.2. 27.01.2021...
  • Page 8 The sensor goes back to the standby mode within 5 seconds after alarm. 1.2.9 The sensors ZEBRA-9.30 and ZEBRA-9.30.BT are powered from 10 up to 30 V DC with the maximum pulsation of 0,03 V. The maximum power consumption is 1 W.
  • Page 9 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com The sensor ZEBRA-9.30.A is powered from 20 up to 28 V DC. The current consumption is 270 mA at a voltage of 24 V. 1.2.10 The sensor ZEBRA-9.30.A has a built-in automatic heat stabilizer, which is activated when the ambient temperature drops below minus 25 ±...

  • Page 10: Components

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1.2.24 Life time: 8 years. 1.2.25 Maximum weight with fastening elements, kg: maximum 1 kg. Сomponents 1.3.1 The sensors have three modifications (please see Table 1.2). Table 1.2 – Modifications of ZEBRA-9.30 Modification ZEBRA-9.30 ZEBRA-9.30.A ZEBRA-9.30.BT 27.01.2021...
  • Page 11 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1.3.2 Table 1.3 shows the completeness of sets. Table 1.3 – Completeness of ZEBRA-9.30 Name Q-ty Note ZEBRA-9.30 Transceiver Mounting kit see Table 1.4 Kit of tools and accessories see Table 1.5 User manual Passport Package ZEBRA-9.30.A...
  • Page 12 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1.3.3 Table 1.4 contains information about mounting kits. Table 1.4 – Mounting kits Name Q-ty Note 1 Mounting kit: 1.1 Bracket 1.2 Bushing 1.3 Protective visor 1.4 Bolt DIN 933-M6×35-A2-70 1.5 Washer DIN 433-6-200 HV-A2 1.6 Drivescrew DIN 7981-3,9×19-A2 galvanized 1.7 Conduit adapter for corrugated tube...

  • Page 13: Construction And Operation

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Sample of order: Security sensor ZEBRA-9.30.A Note – When ordering, please indicate frequency letters. The purpose and method of installation of additional devices please see in the user manual or operating instructions. Construction and operation 1.4.1 The sensor consists of one unit.
  • Page 14 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com – Depending on the delivery terms, the appearance of the cable gland and Note conduit adapter for the corrugated tube may differ. Figure 1.2 – Construction of ZEBRA-9.30 27.01.2021...
  • Page 15 Figure 1.3 shows the configuration elements located under the lid. 1 – ALARM LED; 2 – TAMPER LED; 3 – USB PORT. Figure 1.3 – Configuration elements of ZEBRA-9.30 1.4.3.2 Mode indication: in the mode ALARM the LED is ON within 3 seconds;...

  • Page 16: Measuring Instruments, Tools And Accessories

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1.4.4.1 The principle of operation is based on the linear frequency modulation; it means that the operational frequency of the generator varies linearly within narrow limits. The transmitter radiates microwave energy that is reflected back into the receiver by objects within the detection zone.

  • Page 17: Marking

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1.5.2 A set of tools and accessories are used to service the sensors during installation, adjustment and operation. Marking 1.6.1 The sensor marking contains: trademark of the manufacturer; name of the sensor unit; serial number; year and quarter of manufacture.

  • Page 18: Intended Use

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Intended use Use limits 2.1.1 The sensors can be used only, if conditions of item 1.1.5 of the present user manual are met. 2.1.2 Configuration and parameters of the area, where the sensors are installed, and also requirements to that area should meet requirements of items 1.2.2.1, 1.2.2.2.

  • Page 19: Installation And Configuration

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 2.2.1.4 When cabling, terminating and connecting the cable to the sensor, the power supply should be switched OFF. The sensor is powered with 10…30 V DC or with 220 V AC through the power supply 2.2.1.5 unit. Before starting works, please learn the user manual of the power supply unit.
  • Page 20 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com different frequency letters, please be guided by the project documentation. When using more than five sensors on the object, check their applicability by the trial operation. 2. When installing the sensors in ways other than those given in the present manual, check their applicability by the trial operation.
  • Page 21 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1 - post; 2- plastic plug; 3- holes to enter the cable inside the post; 4- holes to enter the main cable and the sensor cable; 5- holes to enter the main cable; 6- concrete (gravel); 7- rebars to prevent an unauthorized demounting; 8- ground.
  • Page 22 2.3.4.1 If the posts can`t be installed and there is a rigid fence, so it is recommended to mount ZEBRA-9.30 using brackets. Brackets can be used for mounting sensors and junction boxes on the fence or to the wall. 2.3.4.2 Instructions for mounting of brackets on the fence see in the operational documentation.
  • Page 23 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1 – post - 1 pc.; 7 - visor - 1 pc.; 8 - bolt М6х35 2 - bracket - 1 pc.; - 1 pc.; 9 - nut М6 3 - bushing - 1 pc.; - 1 pc.;...
  • Page 24 Installation order of ZEBRA-9.30 on the protected surface. 2.3.5.1 Depending on the application task, the sensors ZEBRA-9.30 can be mounted on brackets with overhang 500, 350 and 120 mm: 500 mm bracket is recommended, if the top of the fence is protected with physical protection means (reinforced twisted barbed tape, razor wire etc.) (see Figures...
  • Page 25 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 7 - bolt М6х35 1 - fence - 1 pc.; - 1 pc.; 2 - bracket - 1 pc.; 8 - ring - 1 pc.; 9 - nut М6 3 - figured washer - 2 pcs.; - 2 pcs.;...
  • Page 26 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 1 - fence; 4 - washer 6 - 1 pc.; 5 - nut М6 2 - bracket - 1 pc.; - 1 pc. 3 - bolt М6×30 - 1 pc.; Figure 2.4 – Mounting of bracket 120 mm 2.3.5.8...
  • Page 27 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.5 – Mounting of the sensor on brackets 500, 350, 120 mm Note: When installing transceivers along the walls and other extended surfaces, brackets with minimum overhang of 350 mm should be used because of absorption and reflections from the wall the technical characteristics can be deteriorated.
  • Page 28 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 2.3.6 Connections of the sensor 2.3.6.1 Connect power, signal and remote control circuits in accordance with the project for the alarm system. The transceiver unit is to connect with its own cable. The purpose of the conductor is determined by its colour. Colour and purpose of wires are shown in Table 2.1.
  • Page 29 2.3.6.3 To activate the Bluetooth interface on ZEBRA-9.30.BT, connect the grey wire of the transceiver unit to “+” supply. 2.3.6.4 Figure 2.6 shows the connection diagram using the lightning guard unit and the power...
  • Page 30 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 2.3.7 Configuration using a notebook (computer) on the Windows platform 2.3.7.1 Before work: install the software “Config ZEBRA Sensors” (hereinafter SW) on the notebook. SW is available on the website www.security-sensor.com; install a virtual COM-port driver on the notebook.
  • Page 31 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.8 Figure 2.9 27.01.2021...
  • Page 32 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.10 Figure 2.11 2.3.7.1.2 Virtual COM-Port installation. 27.01.2021...
  • Page 33 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 2.3.7.1.2.1 Remove the cover from the configuration elements of the transceiver unit. 2.3.7.1.2.2 Connect the notebook using the cable USB A-B (from kit of instruments and accessories) to the USB-slot on the transceiver unit. 2.3.7.1.2.3 Apply power to the sensor. The computer will identify the type of USB device and will ask you to install the driver following actions in accordance with Figures 2.12-2.15.
  • Page 34 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.13 Choose the folder COM-PORT in window of Search and Installation Options. Figure 2.14 27.01.2021...
  • Page 35 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.15 After you click Finish, the sensor is ready for use. 2.3.7.1.2.4 After the virtual COM-PORT driver has been installed, it is necessary to know its number. Please follow: DEVICES MANAGER→PORTS (COM and LPT) →USB SERIAL PORT and remember the number.
  • Page 36 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.16 If the “Manual search” is chosen, the window shown in Figure 2.17 will be displayed, where you should specify the COM port number, logical number and click “Find”. If the search is successful, an inscription in green will appear showing a sensor (sensors) is found.
  • Page 37 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.17 If the “Automatic search” is chosen, the search starts immediately (Figure 2.18). I the search failed, check the power supply and connection to the computer. If the sensor is found, the data exchange between sensor and computer begins automatically (Figure 2.17).
  • Page 38 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.18 If the search failed, check the power supply and connection to the computer. If the sensor is found, the data exchange between sensor and computer begins automatically (Figure 2.19). Figure 2.19 27.01.2021...
  • Page 39 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Choose the sensor and click Standby Mode. The program window will be displayed like shown in Figure 2.20. Figure 2.20 2.3.7.2.2 Level of signals and interferences of each subzone are displayed in the window of the program, which allows controlling the sensor during operation visually.
  • Page 40 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com By clicking the “Configuration” button the sensors enters the appropriate mode (item 2.3.7.2.4). Figure 2.21 The program window in the mode “Configuration” looks like shown in Figure 2.3.7.2.4 2.22. 27.01.2021...
  • Page 41 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.22 2.3.7.2.5 The factory settings of sensitivity are 50% of the column height. The button “Save and finish configuration” saves all changes in the permanent 2.3.7.2.6 memory and puts the sensor into standby mode. The button “Cancel changes”...
  • Page 42 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Figure 2.23 When choosing a new logical number, this number is assigned to the sensor. The program automatically stars accessing the sensor, no restart required. The “Search” button is used to find occupied/free logical numbers, if the manual search was chosen (Figure 2.16).
  • Page 43 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 2.3.7.2.9 The first operator does control passages in the second half of each subzone, and the second one sets the sensitivity in every subzone up to 90% … 100% of the full column with the “Sensitivity” controllers.

  • Page 44: Technical Service

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Technical service General instructions 3.1.1 Timely and complete technical service during exploitation is one of the important conditions to maintain the sensors in working order and to keep the stability of parameters during the mean life time.
  • Page 45 ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com 3.3.2 Checking of the sensors operability In order to check remotely the sensors operability, apply the voltage of 5 … 30 V 3.3.2.1 to the circuit “Remote Control” of the transceiver unit from the control panel respectively to the sensor power supply “–“. The sensor should trigger.

  • Page 46: Troubleshooting Guide

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Troubleshooting guide The list of possible failures is given in Table 4.1. Table 4.1 – The list of possible failures. Failure, external Possible reason Repair manifestation 1. Constant alarm Disconnection Check the cable integrity and the on the control and actuating relay circuit.

  • Page 47: Storage

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Failure, external Possible reason Repair manifestation 3. The sensor 1. Too low sensitivity. Align the sensor according to items does not generate 2.3.7.2-2.3.7.5. alarms when a person crosses 2. The transceiver unit is Replace the transceiver unit.

  • Page 48: Transportation

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com Transportation Packed sensors can be transported by vehicles on roads with asphalt covering without any limitation in distance and speed, on dirt roads up to 500 km with the speed up to 40 km/h. Climatic conditions for transportation: ambient temperature from minus 50º...

  • Page 49: The List Of Registration Of Changes

    ZEBRA-9.30, ZEBRA-9.30.BT www.security-sensor.com The list of registration of changes Page numbers Total Incoming number number of of the Document Change pages in accompanying Sign Date number changed replaced canceled document and document date 27.01.2021...

This manual is also suitable for:

Zebra-9.30.btZebra-24.30cZebra-24.30c.bt

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