MYJPRESTIGE-DTMotion Sensor for Security Alarm System

WARRANTY 10 year replacement warranty. The Prestige DT is designed to detect the movement of an intruder and activate an alarm control panel. As the Prestige DT is not a complete alarm system, but only a part thereof, Texecom cannot accept responsibility or liability for any damages whatsoever based on a claim that the Prestige DT failed to function correctly. Due to our policy of continuous improvement Texecom reserves the right to change specification without prior notice. All specifications are measured at 68ºF (20ºC). © 2007 Texecom Ltd. The Prestige DT is protected by UK & International Registered Designs. Registered Design No’s: 3004997, 3004260 & 3004261. Prestige is a trademark of Texecom Ltd. 3 STANDARDS & APPROVALS The latch terminal (see Section 5) can perform several different functions depending on how it is connected: Latch connected to Set Positive (SW+, Set+): The LEDs will be disabled while the system is set. Any detectors triggered while the system is set will indicate this by permanently lighting the alarm LED (upon unsetting the system). Detectors can be reset by taking the latch line high and then low again. Latch connected to Alarm Positive (AL+, A+ve): The first detector activated while the system is set will indicate this with a slowly flashing alarm LED (upon unsetting the system). Detectors activated subsequently will indicate this by permanently lighting the alarm LED. Detectors can be reset by taking the latch line high and then low again. 8 ALTERING COVERAGE AT 6'7"/2m MOUNTING HEIGHT 6 ANGLING THE DETECTOR 2 ENVIRONMENTAL 1 PHYSICAL -31°F (-35°C) to +140°F (+60°C) 6oz (170g) approx. -31°F (-35°C) to +135°F (+55°C) 2.4” (60mm) 1.6” (40mm) 4.4” (112.25mm) 0.1” (2.5mm) ABS Professional Dual Technology Detector I N S TALLATI O N I N STR U CTI O N S INS 332 2 Ask your distributor today for the Texecom full colour Product Guide. JP1 JP1 JP2 JP2 ✗ LED ON LED OFF 9’10”/3.0m 8’2”/2.5m 6’7”/2.0m 4’11”/1.5m 7 MOUNTING HEIGHT AND SETTINGS VR1 MIN MID MAX 5m 16'4" 2m 6'7" ! 2m 6'7" 15m 50' 2m 6'7" ✗ DO NOT TOUCH 1 PULSE COUNT 5 4 LATCH INPUT FUNCTIONS ALARMPIRMW This equipment may be operated in the following countries: 10.525GHz: BEL, CYP, DNK, GRC, HUN, IRL, ITA, LVA, LTU, LUX, MLT, NLD, POL, ROU, SVN, ESP, SWE, ISL, CAN, USA www.texe.com UL Standard: UL639 Intrusion Detection Unit. EU Detector Standard: Independently Certified to TS 50131-2-4 Grade 2 Environmental Class II. EU System Standard: Suitable for use in a PD 6662/BS EN 50131-1 Grade 2 system. Environmental Class II. EMC: Independently Certified to EN 50130-4 : 1996. A1 : 1998, A2 : 2003. RF Immunity: No false alarms from 80MHz to 2GHz at 10V/m. Complies with BS EN 61000-4-3 : 2002. Electrostatic Discharge: No false alarms up to 8kV. Complies with BS EN 61000-4-2 : 1995. Fast Transient Immunity: No false alarms up to ±4kV. Complies with BS EN 61000-4-4 : 1995. High Energy Transient Immunity: No false alarms up to ±2kV. Complies with BS EN 61000-4-5 : 1995. Conducted RF Susceptibility: No false alarms at 10Vrms. Complies with BS EN 61000-4-6 : 1996. Conducted & Radiated Emissions: Complies with EN 55022 Class B. EN 61000-6-3 : 2001, A11 : 2004 Product Identifier: DT. C e r t i f i c a t e N u m b e r : F M 3 5 2 8 5 M a d e I n E n g l a n d FCC ID: MYJPRESTIGE-DT NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: • Reorient or relocate the receiving antenna. • Increase the separation between the equipment and receiver. • Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. • Consult the dealer or an experienced Radio/TV technician for help. Changes or modifications not expressly approved by Texecom Limited could void the user's authority to operate this equipment. IC Notice: This Class B digital apparatus complies with the Canadian ICES-003. Cet appareil numérique de la Classe B est conforme à l'ICES-003 Canadien. FCC NOTICE ✓ 16 DETECTOR KNOCKOUTS 18 WALL MOUNT BRACKET 15 HOW TO REMOVE THE CHASSIS Remove chassis before mounting the detector 14 CHOOSING A LOCATION Avoid common false alarm sources 13 WIRING Do not run cable parallel to mains wiring 12 MOUNTING THE PRESTIGE DT Mount on a stable surface 11 MOUNTING THE PRESTIGE DT For indoor use only 10 COVERAGE PATTERN Volumetric 9 CONFIGURING SENSITIVITY & TESTING ✗ ✗ ✗ ✗ ✗ ✗ ✗ ✗ 2 24 ✓ ✗ ✓ ✗ ✓ 13 134 5 7 5 8 ✗ Seal all holes INS 332 See Mounting Height Diagram (Section 7) 6 ✓ 17 CEILING MOUNT BRACKET <3'3"/1m ✓ 50’ 15m 50’ 15m 90º Select the appropriate pulse count and microwave range for the intended installation with JP1 and VR1 and enable the LEDs with JP2. Replace the cover, apply power to the detector and wait 1 minute for the warm-up period to complete. With the area free of people, walk through the desired protected area and ensure that the detector operates correctly. Ensure that all the detector LEDs illuminate and that the relay contacts open to signal an alarm. As the absolute range of PIR detectors can vary with ambient temperature, background and clothing type, ensure that the most likely intruder routes are well within the detectors range and walktesting is carried out along these routes. The LEDs may be disabled after testing. Ensure changes in the installation env…

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http://mail.google.com/mail/?ui=1&ik=2a69a1bf8a&view=cv&search=inbox&th=115c88f8151268f1&ww=1131&cvap=0&qt=&zx=ax12u9-uak9ei Texecom Limited, FCC ID: MYJPRESTIGE-DT, Assessment NO.: AN07T7238, Notice#1 Inbox "[email protected]" Dear Keith, The review of this application is complete. Mostly the requiremen... Oct 2 Tim Dwyer Hi Keith, Here is a copy the email notice sent from the CCS system. Best rega... Oct 4 Reply from Keith Richens <[email protected]> hide details 12:16 pm (51 minutes ago) to [email protected] date Oct 22, 2007 12:16 PM subject Re: Texecom Limited, FCC ID: MYJPRESTIGE-DT, Assessment NO.: AN07T7238, Notice#1 Dear Tim Many thanks for reviewing our application. Our comments to each question are made in red type below. Kind regards Keith Dear Keith, The review of this application is complete. Mostly the requirements appear to have been met, however a few technical issues need to be clarified and some administrative items that need to be addressed. These are shown below. Except for the schematic, it appears that no additional documentation is required. Your reply to this email addressing each of the items should be adequate to complete the application and issue the grant. Q1: The schematic provided does not include the circuitry for the 10.5 GHz transmitter. Please provide a revised or additional schematic. Additional schematic of Doppler Module and block diagram of Doppler Module is attached. Q2: The harmonic measurements shown on page 12 of the test report are in the "restricted bands" described in section 15.205. Accordingly, the 3 meter limit for these emissions according to 15.245(b)(1)(ii) is 7.5 mV/m or 77.5 dBμV/m. The test report shows 88 dBμV/m as a limit. Please explain whether the limit shown is in error or if it is an adjusted limit as a result of measurement at closer than the specified 3 meter distance. In either case, the emission margins are adequate to maintain conformity, so no change to the test report is needed. A brief email explanation will be sufficient for clarification. The limit line has been adjusted to account for a reduced measurement distance of 1m. Q3: The application lists a frequency range of 10.520 - 10.530 GHz. The test report and product literature describe only single frequency operation. If the product is intended to be tuned over this range, paragraph 15.35(m) requires emission measurements to be made while operating the device at each of two frequencies, one each at the lowest and highest frequencies of operation. Please clarify whether the application frequency range is an actual frequency range over which the product can be tuned, or if it is the frequency extent of the emission bandwidth (product of modulation, frequency tolerance, etc). In the latter case, the application frequency will be changed to read the single nominal frequency of operation as shown in the product literature i.e. 10.525 GHz (10525 MHz). An email reply is sufficient to answer this question. The device operates at fixed operating frequency 10.525GHz and cannot be tuned to any other frequency. The frequency range listed in the application relates to the operating frequency tolerance, ie. +/- 5MHz. Q4: Please confirm that measurements have been made at the band-edges (10.500 MHZ and 10.550 MHz) and that the emissions at the band- edges are either 50 dB below the level of the fundamental or are in compliance with the general limits of 15.209. Measurements have been made at the band-edges and found to be in compliance with the general limits of 15.209. Q5: The address for the grantee Texecom (MYJ) as shown at FCC-OET is Texecom House 559 Wilbraham Road, Chorlton Manchester M21 0AE, which is different from the address entered in the application. From information available for the Texecom FRN, (see item Q5) it appears that the address on file at FCC-OET needs to be updated, this can be accomplished at https://fjallfoss.fcc.gov/eas/ModifyGrantee.do. The address on file at FCC will be the address that is listed on the grant, so it should be correct as of the date of the grant. Please update the address on file at FCC-OET. Unable to update to show correct address, page error. Q6: The FRN for Texecom was not entered in the application. Texecom's FRN is 0016657413, with address the same as in the application. Please return to the CCS website, click on "Update Profile" and enter the correct FRN. Only the applicant or agent has access rights to make this change. Information related to Texecom's FRN is at https://fjallfoss.fcc.gov/coresWeb/searchDetail.do?frn=0016657413 Unable to access website. If you have questions related to this notice, please email me. Best regards, Tim Dwyer CCS Technical Reviewer The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information within 30 days of the original e-mail date may result in application dismissal and forfeiture of the filing fee. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the e-mail address listed below the name of the sender. Texecom.pdf 144K View as HTML Download http://mail.google.com/mail/?ui=1&ik=2a69a1bf8a&view=cv&search=inbox&th=115c88f8151268f1&ww=1131&cvap=0&qt=&zx=ax12u9-uak9ei 10/22/2007 1:21:43 PM

External Photographs Model Name Prestige DT Model Number DTD007-2 PCB Reference D0436-02.03 EUT (Rear Face of Enclosed Prestige DT) EUT (Front Face) EUT (Rear Face) EUT (Left Face) EUT (Top Face) EUT (Bottom Face) EUT (Right Face)

FCCID Label FCCID Location To be located on the Prestige DT Rear Chassis asse mbly under the CUL label as per the photo attached.

Internal Photographs Model Name Prestige DT Model Number DTD007-2 PCB Reference D0436-02.03 EUT (Rear of Main PCB) EUT (Front face of PCB’s) EUT (Front of Main PCB) EUT (Underside of Microwave PCB) EUT (Right side of PCB’s) EUT (Left side of PCB’s) Front face of PCB’s EUT (Front Face Removed – Exploiting Microwave Module)

Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 E8368 Texecom Limited Prestige DT Detector June 2007 FCC Oakley Market Drayton TF9 4AG Cranage EMC and Safety Stable Court Page 1 of 21 Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 1 TEST INFORMATION....................................................................................................3 2 EQUIPMENT UNDER TEST..........................................................................................5 2.1 GENERAL..................................................................................................................5 2.2 PERIPHERAL EQUIPMENT............................................................................................5 2.3 CABLES....................................................................................................................5 3 TEST RESULT SUMMARY...........................................................................................6 4 TEST SET-UP................................................................................................................7 4.1 CONDUCTED EMISSIONS (TESTED BY CRANAGE EMC TESTING LTD).............................7 4.2 RADIATED EMISSIONS (TESTED BY RN ELECTRONICS LTD)...........................................8 5 RESULTS.....................................................................................................................10 5.1 CONDUCTED EMISSIONS (TESTED BY CRANAGE EMC TESTING LTD)...........................10 5.2 RADIATED EMISSIONS (TESTED BY RN ELECTRONICS LTD).........................................11 APPENDIX 1 EUT PHOTOGRAPHS...............................................................................13 Oakley Market Drayton TF9 4AG Cranage EMC and Safety Stable Court Page 2 of 21 Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 1 Test Information The results contained within this Test Report only apply to this specific Equipment Under Test. Test Emissions - Intentional Radiators Standards CFR 47 Part 15: 2006, Reference (15.207) CFR 47 Part 15: 2006, Reference (15.209) ANSI C63.4: 2003 Equipment Under Test (EUT) Description Alarm Equipment Manufacturer Texecom Limited Model Name Prestige DT Model Number DTD007-2 PCB Reference D0436-02.03 EUT Specification Height 112.5mm Width 60mm Depth 40mm Weight 170g Voltage 9-16VDC Current required from above voltage source 12mA Highest Frequencies used / generated 10.525GHz Oakley Market Drayton TF9 4AG Cranage EMC and Safety Stable Court Page 3 of 21 Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 Manufacturer Texecom Limited Bradwood Court St Crispin Way Haslingden Lancashire BB4 4PW Representative John Harrison Purchase Order HRD0577 Test Started 18 th May 2007 Test Finished 18 th June 2007 Test laboratory (conducted emissions part only) FCC registration number: 434344 Cranage EMC Testing Limited Stable Court Oakley Market Drayton Shropshire TF9 4AG Test laboratory (radiated emissions part only) FCC registration number: 293246 R.N. Electronics Limited 1 Arnolds Court Arnolds Farm Lane Mountnessing ESSEX CM13 1UT Test Engineer Cranage EMC Limited Mark Richens 24/07/07 Technical Manager Mark Richens 24/07/07 Technical Director Keith Richens 24/07/07 Oakley Market Drayton TF9 4AG Cranage EMC and Safety Stable Court Page 4 of 21 Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 2 Equipment Under Test 2.1 General Photographs of the Equipment Under Test (EUT) can be found in Appendix 1. The EUT was tested as shown in the diagram below. During the conducted emissions testing, the EUT was tested with the EUT in detection mode, alarm & tamper zones active and the FTA port loaded. During the radiated emissions testing, the EUT was powered from a 12V dc supply. Conducted Emissions Setup (Tested By Cranage EMC Testing Ltd) Premier Keypad Texecom 816 Panel 110 V ac 60 Hz EUT Radiated Emissions Setup (Tested by RN Electronics Ltd) 12 V dc supply EUT 2.2 Peripheral Equipment Description Alarm Panel Keypad Panel Manufacturer Texecom Texecom Model Name - Premier Model Number 816 - PCB Serial Number EOS4137624 PLS4181732 2.3 Cables No specific cables were used for the purpose of this test. Oakley Market Drayton TF9 4AG Cranage EMC and Safety Stable Court Page 5 of 21 Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 3 Test Result Summary CFR 47 Part 15: 2006 Reference (15.207) Conducted Emissions Pass (Class B) CFR 47 Part 15: 2006 Reference (15.209) Radiated Emissions Pass (Class B) Oakley Market Drayton TF9 4AG Cranage EMC and Safety Stable Court Page 6 of 21 Texecom Limited This report can only be R3037 E8368 Prestige DT Detector reproduced in its entirety July 2007 4 Test Set-Up 4.1 Conducted Emissions (Tested by Cranage EMC Testing Ltd) 4.1.1 Physical Set-Up CFR 47 Part 15: 2006 made reference to the conducted emissions test in ANSI C63.4: 2003. The EUT and test equipment were set up as shown below. Cranage EMC and Safety Stable Court Page 7 of 21 EUT 110 V ac 60Hz LISN 0.8 m P 0.4 m Ground plane To receiver Ground plane LISN Line Impedance Stabilization Network P Peripheral Equipment EUT Equipment under test The EUT & peripheral equipment were placed on a non-conducting table, 0.8 m above a horizontal ground plane, and 0.4 m from a vertical ground plane. The EUT was connected to the peripheral equipment which was connected to a LISN via a 1 m long mains cable. The peripheral equipment was kept at least 0.8 m away from the LISN. The LISN was powered at 110 V ac 60 Hz mains. 4.1.2 Equipment Used Description Make and Model Serial Number Asset Receiver Rohde & Schwarz ESHS10 834495/012 224 LISN Rohde & Schwarz ESH3-25 834129/010 225 Attenuato…

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Test Setup Photographs Model Name Prestige DT Model Number DTD007-2 PCB Reference D0436-02.03 Conducted Emissions (Tested by Cranage EMC Testing Limited) Radiated Emissions (Tested by RN Electronics Ltd)