Soutwest Microwave MicroWave 330, Installation Manual

Page 1: ...Version 0 Southwest Microwave Inc Security Systems Division INTREPID MicroWave 330 A DIGITAL MICOWAVE OUTDOOR PERIMETER INTRUSION DETECTION SYSTEM MicroWave 330 Installation and Operation Manual ...

Page 2: ...ronment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense RoHS Compliant Radi...

Page 3: ... setup of this sensor One disk is required to setup the system It is called Universal Installation Service Tool II UIST II This software is used to configure and set up the system as well as being used for maintenance and troubleshooting the system Software provided by Southwest Microwave Inc is subject to the license agreement terms of the individual product A copy of the license agreement is ava...

Page 4: ...5 Modes of Operation 18 5 1 Free Running Mode 18 5 2 Tethered Mode 19 6 Wiring 20 6 1 Power Supply Wiring 20 6 2 Communications Wiring 21 6 3 Tethered Wiring 21 6 4 Synchronized Wiring 22 6 5 Remote Test 23 7 Terminals Switches and Indicators 24 7 1 MicroWave 330T Transmitter 24 7 1 1 Channel Select Switch 24 7 1 2 External Internal Modulation Switch 24 7 2 MicroWave 330R Receiver 25 7 2 1 Address...

Page 5: ... is more focused and detection of slow moving intruders is correspondingly better At K band frequency the unit also has low susceptibility to outside interference from air seaport radar or other microwave systems MicroWave 330 communicates with other INTREPID Series II devices using RS422 communications This communication can be done over 22 or 24 gauge stranded shielded twisted pair wire max 5 00...

Page 6: ...me Model RS14 is a shielded radome used to add additional RFI EMI protection for Microwave 330 transmitter or receiver 48C15529 A01 Enhanced Reflector Model 48C15529 A01 is an optional reflector to provide a shorter dead zone to MicroWave 330 transmitter and receiver This option reduces maximum range to 400 feet 122m 02A15483 A01 Radome Latch Kit Model 02A15483 A01 replaces the 6 radome screws for...

Page 7: ...m width will be when Transmitter Receiver distance is at maximum and Receiver Sensitivity control is set to maximum Figure 3 Typical Maximum Horizontal Pattern Figure 4 illustrates how pattern width varies with Transmitter Receiver distance and sensitivity setting Actual patterns will vary somewhat with site topography and surface condition Generally lower mounting height or rougher surface will i...

Page 8: ...200 60m 250 76m 300 90m 0 350 107m 400 121m SENSITIVITY MAX MIN 25 7 6m Figure 5 Typical Vertical Pattern 3 3 Overlaps Protection pattern below centerline will tend to fill area between beam centerline and ground except for a dead zone immediately in front of and below Transmitter and Receiver This zone is best protected by overlapping links at ends and corners as shown in Figures 6 Figure 6 Overl...

Page 9: ...rner overlaps should be 30 feet 9 2m minimum Terrain flatness should be no more than plus three inches or minus three inches deviation from a plane drawn between the transmitter and receiver The zone length Transmitter to Receiver should not exceed 400 feet 122m High security applications also use stacked link configurations to meet site requirements A stacked link may consist of two or more Micro...

Page 10: ...tter Circuit Board Application of 5 0 to 14 0 VDC will cause Transmitter to turn off and illuminate the red Channel Error LED generating a test alarm at receiver A green LED on Transmitter Circuit Board indicates that power is on 3 5 Receiver Block Diagram MicroWave 330R Receiver consists of two major subassemblies RF Assembly and Receiver Circuit Board A block diagram is shown in Figure 9 Secure ...

Page 11: ...t provides a DC voltage proportional to received signal strength that may be measured with an ordinary VOM It is usually viewed in the UIST II software program A red Alarm LED lights whenever an intrusion occurs A red Wrong Channel LED lights whenever Transmitter and Receiver are set to different modulation channels A red Jam LED lights when a secondary interfering signal is present A red Pulse LE...

Page 12: ...125mA Rx 208mA 24 VDC Tx 063mA Rx 104mA 48 VDC Tx 032mA Rx 052mA 4 3 Transmitter fused for 0 25 amps and Receiver fused for 0 5 amps 5 0 Alarm Indication 5 1 Red Alarm LED 5 2 Red Jam LED 5 3 Red Wrong Channel LED 5 4 Audible alarm with Sonalert 5 4 Tamper Switch Transmitter and Receiver Form C contacts rated 2 0 amps at 28 VDC 6 0 Alignment and Test Aids 6 1 Alignment Voltage Available in softwar...

Page 13: ...ure 10 MicroWave 330 Transmitter or Receiver Dimensions 4 0 Installation Instructions 4 1 Location of Microwave 330 4 1 1 Required Area MicroWave 330 must be located in an area which is free of obstructions and moving objects such as chain link fences parallel to the detection field trees bushes and large areas of water as shown in Figure 11 Large moving objects within the protection pattern will ...

Page 14: ...12 Terrain The protected area can be any stable reasonably smooth material such as concrete asphalt tilled earth or gravel If there is grass or vegetation in the protected area it must be kept cut to a maximum of three 3 inches 8cm in height Snow accumulation should not exceed three 3 inches 8cm in height MicroWave 330 should not be operated over open water 4 1 2 1 Terrain in High Security Applica...

Page 15: ...ve ground level and far enough inside fence to provide a clear area of protection as shown in Figures 14 15 For maximum security it is necessary to overlap the ends of links so that the dead zone below and immediately in front of the adjoining link is protected A 60 foot 18m overlap is recommended at intermediate points and a 30 foot 9 2m overlap is recommended at corners If site demands shorter o...

Page 16: ...eed to be overlapped This should be done in a corner as shown in Figure 15 Alternatively the synchronization capability in MicroWave 330 could be utilized 4 2 Mounting Microwave 330 Prepare a rigid mounting surface for the MicroWave 330 Transmitter and Receiver as shown in Figure 16 Ground Lug 1 2 1 3cm Flexible Conduit 4 10 2cm O D Galvanized Pipe Cap Gnd Lug Wire 6 AWG Ground Bus Install Per Loc...

Page 17: ...nuisance false alarm rate and a reduction in dead zone as shown in Figure 17 To eliminate mutual interference between links one link can be rotated 90 to change the polarity from an E plane vertical polarization to an H plane horizontal polarization which will cross polarize the waveguides to eliminate potential interference MicroWave 330 includes synchronization circuitry that can also be utilize...

Page 18: ...d to the MicroWave 330 receiver as shown in Figure 18 MicroWave 330 setup and detection parameters are configured using the Universal Installation Service Tool II UIST II running on a laptop or desktop computer connected to the RS232 Configuration Port Com 3 Alarm reporting is configured at the controller and is communicated on the RS422 alarm polling network Com 1 and Com 2 If a CM II or GCM II c...

Page 19: ...nnected to the RS232 Configuration Port Com 3 Alarm reporting is configured at the controller and is communicated on the RS422 alarm polling network Com 1 and Com 2 If a CM II or GCM II controller is used MicroWave 330 can be configured using the UIST II through the controller Figure 20 Tethered Mode The Tethered mode requires a wire connection between the transmitter and receiver for synchronous ...

Page 20: ...using a CM II as the controller and a ROM II is show in Figure 21 Note power wiring has been left off this example for clarity RECEIVER TRANSMITTER RECEIVER TRANSMITTER TRANSMITTER RECEIVER CM II ROM II RS422 To Alarm Panel Tether Figure 21 Tethered Configuration 6 0 Wiring 6 1 Power Supply MicroWave 330 operates from 10 5 to 60 VDC 2 5W The operational current rating with standard power supplies ...

Page 21: ...ceive side of the next device with the wiring from TX to RX and TX to RX as shown in Figure 23 TB5 TB3 Figure 23 MicroWave 330 Communications Wiring 6 3 Tethered Wiring between Transmitter and Receiver Figure 24 shows the typical wiring from MicroWave 330 Transmitter to Receiver in the Tethered configuration The Mod Out terminal from the receiver is connected to the Modulation Input terminal on th...

Page 22: ...iver it must be in the Tethered configuration In the synchronized configuration MicroWave 330 supports two 2 time slots Phase 1 and Phase 2 This will allow for synchronizing two 2 MicroWave 330 links and up to seven 7 transceivers as shown in Figure 25 Two more links can be added if they are rotated 90 as explained in Section 4 2 Figure 25 Synchronization Plan ...

Page 23: ...e test circuit located on the transmitter When a voltage greater than 5 VDC and less than 14 VDC is applied to the Test terminal the K band oscillator will turn off as long as the voltage is applied This loss of signal will cause the receiver to go into an alarm condition This feature will work in the free running or tethered configuration In the tethered configuration a test can be initiated by s...

Page 24: ...smitter The same channel must be used on transmitter and receiver If transmitter and receiver are on different channels the Channel Error LED will illuminate SW1 CH B CH C CH E CH A CH D CH F Figure 28 Channel Select Switch Transmitter 7 1 2 External Internal Modulation Switch The External Internal Modulation Switch SW2 as shown in Figure 29 is used in the Internal position when in Free Running mo...

Page 25: ...PUT EXT TAMPER LNA GND TAMP VOLTAGE TX DRIVE LNA CONFIG PORT COM3 RS232 COM2 COM1 GRY TX RX IN SYNCHRONIZE TAMPER OUT MOD OUT SHLD GRY BRN WHT BRN WHT RECEIVER S M I SONALERT ON OFF GND IN PWR 463930 SST REV 0 5V 5V 3 3V RX TX TX RX RX TX ADDRESS WRONG CH JAM ALARM PULSE SHLD RX COM2 RS422 SHLD 10 5 to 60 VDC COM N C MADE IN USA REV MODEL 330 02D46394 A01 ALIGNMENT COM1 RS422 N O SWITCH J1 Termina...

Page 26: ...e switch should be set to On when performing intrusion detection tests and set to Off when in operation Figure 32 Audio Alarm Switch 7 2 3 Communications Ports Each MicroWave 330 receiver has three 3 communications ports COM 1 and COM 2 are RS422 communications ports They are used to connect to the controller and to the next device in line for alarm polling COM 3 is a RS232 dB9 connector and is th...

Page 27: ...enough slack in wiring so that receiver may be tilted after radome is replaced 3 Make connections to the terminal strip according to labeled terminal functions as shown in Figure 30 4 Attach power wires to terminal identified as PWR IN 10 5 to 60 VDC Positive and GND Negative OBSERVE POLARITY 5 For protection against unauthorized openings or tampering a Form C tamper switch with a separate set of ...

Page 28: ...gnment voltage for the MicroWave 330 is 0 5VDC Although this is the minimum voltage proper alignment and mounting height will typically be greater The peak alignment voltage should range between 0 5 and 5 VDC depending upon link distance The further apart the units the smaller the alignment voltage 9 Perform site requirement tests walk run crawl etc to determine detection pattern while monitoring ...

Page 29: ...y the purchaser directly to the manufacturer Warranty returns must first be authorized by SOUTHWEST MICROWAVE INC or authorized Warranty Service Company SOUTHWEST MICROWAVE INC reserves the right to make changes in design on any of its products without incurring any obligation to make the same changes on units previously purchased This warranty is the extent of the obligations or liabilities assum...

Page 30: ...panied by an evaluation repair purchase order Returned equipment will be examined and customer advised of cost of repair or replacement 14 0 Replacement Parts To order a replacement or module specify the complete part number and serial number and address the order or contact us at SOUTHWEST MICROWAVE INC 9055 South McKemy Street Tempe Arizona 85284 2946 TEL 480 783 0201 FAX 480 783 0401 Infossd so...

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