H5OR30Auto Alarm System Receiver

00/04/21 MODEL 6974 REMOTE CONTROL AUTO ALARM SYSTEM INSTALLATION & OPERATION INSTRUCTIONS Override Pl ug L.E.D. Plug 4 pi n shock sensor 11 Pin Plug Antenna Pl ug 1. Blue/yellow (N/O)--unlock. 2. Blue/red (N/C)--unlock. 3. Blue/white (Com)--unlock. 4. Green/white (Com)--lock. 5. Green/yellow (N/O)--lock. 6. Green/red (N/C)--lock. Negat ive door lock. Green/white Blue/white Green/yellow Blue/yellow Positive door lock. Green/white Blue/white Green/yellow Blue/yellow Door lockDoor unlock Master locking switch locking Master switch +12 V Door lockDoor unlock +12 V 10 Pin main harness 2 wires start cut 3 A Fuse Red Wire: +12V To Fuse Box Brown Wire: To Siren Black Wire: To Ground Gray Wire:Channel 2 (Trunk release) power Red / White Wire: Parking light power Parking light Yellow Wire: To Ignition Switch +12 White wire :Parking Light Output Light green wire :Dome Light Output Light green wire :Dome Light power 10A Fuse Entry illumination Connect to +12V for + switch or to ground for - switch Existing door pin switch Dome Light Trunk release Connect to +12V for + switch or to ground for - switch Gray Wire:Channel 2 (Trunk release) output Connect to active trunk release button 2 Green W ire Negative Door Pin Switch: Blue Wire: Instant Trigger Ground Input Violet Wire: Positive Door Pin Switch Oran ge Wire: 500mA Grounded when armed +12V N.O. circuit block 858630 87a 87 Cut Black Wire: 500mA Grounded when disarmed Red Wire: (-) 200mA channel 4 output Gray W ire: (-) 200mA two step door unlock output White Wire: (-) 200mA horn output Pink W ire: (-) 200mA headlight output Yellow Wire: (-) 200mA channel 3 output Brown Wire: (-) 200mA pager output +12V 858630 87a 87 Cut N.C. circuit block B. 2 PIN STARTER DISABLE PLUG: This output can control starter disable, when an intrusion is detected and the system is triggered, the vehicle is prevented from any unauthorized starting. Starter wires with 30 A relay built-in C 4-PIN WHITE PLUG FOR ACCESSORY DETECTION DEVICES 4. + 12V 3. Negative 2. Ground Trigg 1. Warn Away In PROGRAMMING & ADJUSTMENT A. PROGRAMMING TRANSMITTER: Maximum is 4 transmitters. Two modes of programming, one is designated channel, (Button 1 is arm/disarm) the other is auto channel setting. (Button 1 is arm, button 2 is disarm.) 1. Enter: Turn ignition to 'on' position. Within 15 seconds. Push valet switch 3 times to enter designated channel; if push 6 times it will be auto channel. 1 long chirp to enter each channel's programming. 2. In designated channel: In program 1 st transmitter the LED will with one flash...pause sequence. Press button 1 to program channel 1, 1 short chirp and LED on to confirm programmed and ready program channel 2. Press button 2 to program channel 2, 2 short chirps and LED on to confirm programmed and ready program channel 3. Press button 3 to program channel 3, 3 short chirps and LED on to confirm programmed and ready program channel 4. Press button 4 to program channel 4, 4 short chirps and LED on to confirm programmed Program 2 nd transmitter, push valet switch one time, the LED will with two flashes...pause sequence. Press button 1 to program channel 1, 1 short chirp and LED on to confirm programmed and ready program channel 2. Press button 2 to program channel 2, 2 short chirps and LED on to confirm programmed and ready program channel 3. 3 Press button 3 to program channel 3, 3 short chirps and LED on to confirm programmed and ready program channel 4. Press button 4 to program channel 4, 4 short chirps and LED on to confirm programmed Program 3 rd transmitter, push valet switch one time again, the LED will with three flashes...pause sequence. Use above steps to program each channel. Program 4 th transmitter, push valet switch one time again, the LED will with four flashes...pause sequence. Use above steps to program each channel. 3. In auto channel: In program 1 st transmitter the LED will with one flash...pause sequence. Press any button on 1 st TX, 1 short chirp confirm programmed and ready program 2 nd TX. The LED will with two flashes...pause sequence. Press any button on 2 nd TX. 1 short chirp confirm programmed and ready program 3 rd TX. The LED will with three flashes...pause sequence. Apply the same procedure to program 3 rd and 4 th , after the 4 th transmitter programmed the system will auto exit. 4. Exit: Turn ignition to 'off' position, or leave it for 15 seconds. A 3 long chirps to confirm exit. Note: If more than 4 transmitters programmed, the system only kept the last 4 transmitters. !!! The designated channel & auto channel transmitters can exist independently. • This system has an unique optional passive/active transmitter design, it’s programming is the same as above. (To see how it works, please see operation part.) B. PROGRAMMING OPTIONAL SENSOR (PIR OR DOOR/WINDOW SENSOR) This system has a very unique interfacing with optional sensor, to extend more protection, such as PIR (IR-70) sensor or Door/Window sensor. (DS-70) For example, in your garage you can put a PIR for protection. (A device to detect person's movement in a protected area.) If system armed, a person walk through the detect area, the siren inside the car will alarming to raise the attention to the owner. So the same thing applies in door/window sensor, (A device to detect door/window open.) you may put the sensor to the garage door or window. If system armed, a person opens the door or window, the siren will alarm. Maximum program 4 different sensor codes. The programming procedure is the same as above A. PROGRAMMING TRANSMITTER of auto channel, The difference is only upon enter you push the valet switch 9 times. (1 long chirp to confirm enters). During programming, you will need to activate the sensor to let the system program it's code. C. PROGRAMMING FEATURES: There are 2 stages of totally 15 programming features to select. (Factory preset all features to "ON" position) 1. Enter: Turn the ignition 'on…

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PROPOSED FCC ID LABEL AND LOCATION ADVANCE SECURITY INC. FCC ID: H5OR30 This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. FCC ID LABEL AREA

ELECTROMAGNETIC EMISSIONS COMPLIANCE REPORT CERTIFICATION TO FCC PART 15 REQUIREMENTS for UNINTENTIONAL RADIATOR AUTO ALARM SYSTEM RECEIVER MODEL: 6974 FCC ID: H5OR30 REPORT NO: 00E8222 DATE: MARCH 22, 2000 Prepared for ADVANCE SECURITY INC. 3F, 48, TA AN STREET, HSI CHIH TAIPEI HSIEN, TAIWAN, R. O. C. Prepared by COMPLIANCE ENGINEERING SERVICES, INC. d.b.a. COMPLIANCE CERTIFICATION SERVICES 1366 BORDEAUX DRIVE SUNNYVALE, CA 94089, USA TEL: (408) 752-8166 FAX: (408) 752-8168 TABLE OF CONTENTS 1.VERIFICATION OF COMPLIANCE ................................................................................................ 1 2.PRODUCT DESCRIPTION ..................................................................................................................... 2 3.TEST FACILITY .......................................................................................................................................... 2 4.MEASUREMENT EQUIPMENT USED ............................................................................................ 2 5.TEST CONFIGURATION ....................................................................................................................... 3 6.TESTS CONDUCTED ................................................................................................................................3 7. RADIATED EMISSION TEST PROCEDURE ................................................................................... 3 8.COHERENT TESTS ................................................................................................................................... 3 9.EQUIPMENT MODIFICATIONS ........................................................................................................ 4 10.TEST CONFIGURATION PHOTOS (RADIATED EMISSION TEST) ......................... 5 TEST DATA • Fundamental Frequency Plot • Radiated Emission Data Proposed FCC ID Label.........................Exhibit 1 Agent Authorization Letter....................Exhibit 2 User Manual.........................................Attachment A Block Diagram/Schematics....................Attachment B REPORT NO:00E8222 DATE: MARCH 22, 2000 FCC ID:H5OR30 PAGE NO: COMPLIANCE CERTIFICATION SERVICESCCS DOCUMENT NO: CCSUP4021B 1366 BORDEAUX DRIVE, SUNNYVALE CA 94089TEL:(408)752-8166 FAX:(408)752-8168 This report shall not be reproduced except in full, without written approval from CCS. 1 1.VERIFICATION OF COMPLIANCE COMPANY NAME:ADVANCE SECURITY INC. 3F, 48, TA AN STREET, HSI CHIH TAIPEI HSIEN, TAIWAN, R. O. C. CONTACT PERSON:JESSIE CHIU / MANAGING DIRECTOR SALES TELEPHONE NO.:(886-2) 2643-8192 EUT DESCRIPTION:AUTO ALARM SYSTEM RECEIVER MODEL NAME/NUMBER :6974 FCC ID:H5OR30 DATE TESTED :MARCH 22, 2000 REPORT NUMBER:00E8222 TYPE OF EQUIPMENTSECURITY EQUIPMENT (UNINTENTIONAL RADIATOR) EQUIPMENT TYPE433.92 MHz SUPERREGENERATE RECEIVER MEASUREMENT PROCEDUREANSI 63.4 / 1992 LIMIT TYPECERTIFICATION FCC RULECFR 47, PART 15.109 The above equipment was tested by Compliance Engineering Services, Inc. for compliance with the requirements set forth in CFR 47, PART 15. This said equipment in the configuration described in this report shows that maximum emission levels emanating from equipment are within the compliance requirements. MIKE C.I. KUO / VICE PRESIDENT COMPLIANCE CERTIFICATION SERVICES REPORT NO:00E8222 DATE: MARCH 22, 2000 FCC ID:H5OR30 PAGE NO: COMPLIANCE CERTIFICATION SERVICESCCS DOCUMENT NO: CCSUP4021B 1366 BORDEAUX DRIVE, SUNNYVALE CA 94089TEL:(408)752-8166 FAX:(408)752-8168 This report shall not be reproduced except in full, without written approval from CCS. 2 2.PRODUCT DESCRIPTION ADVANCE SECURITY INC., Model 6974 is the receiving portion of a multi-purpose security device. The associated Transmitter is manufactured by Advance Security Inc. Model No: 6906, FCC ID: H5OT11. 3.TEST FACILITY The 3 meter open area test site and conducted measurement facility used to collect the radiated data is located at 561F Monterey Road, Morgan Hill, California, U.S.A. A detailed description of the test facilities was submitted to the Commission on May 27, 1994. The measuring instrument which was utilized in performing the tests documented herein has been calibrated in accordance with the manufacturer's recommendations for utilizing calibration equipment which is traceable to recognized national standards. 4.MEASUREMENT EQUIPMENT USED Manufacturer Model Number DescriptionCal Due Date R&SSMY 02Signal Generator (9 KHz – 2.08 GHz) 01/2001 H.P.8595EMSpectrum Analyzer (9 KHz – 6.5 GHz) 09/2000 EMCO3142Antenna (30-2000 MHz) 07/2000 H.P.8447EPreamplifier (0.1 - 1300 MHz) 09/2000 EMCO3115Antenna(1 – 18 GHz)09/2000 MITEQNSP2600-44Preamplifier (1 - 26.5 GHz)12/2000 REPORT NO:00E8222 DATE: MARCH 22, 2000 FCC ID:H5OR30 PAGE NO: COMPLIANCE CERTIFICATION SERVICESCCS DOCUMENT NO: CCSUP4021B 1366 BORDEAUX DRIVE, SUNNYVALE CA 94089TEL:(408)752-8166 FAX:(408)752-8168 This report shall not be reproduced except in full, without written approval from CCS. 3 5.TEST CONFIGURATION Set Signal generator to 433.92 MHz. EUT receiving transmission continuously. All the wires are placed on the turn table to their maximum length to simulate the worse emission conditions. 6.TESTS CONDUCTED CFR 47, 15.109 RADIATED EMISSION TESTS CONDUCTED AT 3 METERS 7. RADIATED EMISSION TEST PROCEDURE The EUT and all other support equipment are placed on a wooden table 80 cm above the ground screen. Antenna to EUT distance is 3 meters. During the test, the table is rotated 360 degrees to maximize emissions and the antenna is positioned from 1 to 4 meters above the ground screen to further maximize emissions. The antenna is polarized in both vertical and horizontal positions. Monitor the frequency range of interest at a fixed antenna height and EUT azimuth. Frequency span should be small enough to easily differentiate between broadcast stations and intermittent ambient. Rotate EUT 360 degrees to maximize emissions received from EUT. If emission increases by more than…

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No. 199, Chung Sheng Road, Hsin Tien City, Taipei, Taiwan, R.O.C. Tel:02-2217-0894 Fax:02-2217-1254 Data#: 24File#: 8222d.EMI Date: 2000-03-18 Time: 20:20:30 Trace: 23 Ref Trace: Condition: HORIZONTAL Report NO. : 00E8222 Test Engr : Rick Yeo Company : ADVANCE SECURITY INC. EUT : RX: 6974 Test Config : EUT/SIGNAL GENERATOR/POWER SUPPLY Type of Test: FCC CLASS B Mode of Op. : NORMAL Page: 1 Read Probe Cable Preamp Limit Over Freq Level Factor Loss Factor Level Line Limit Remark _________ ______ ______ ______ ______ ______ ______ ______ ______ MHz dBuV dB dB dB dBuV/m dBuV/m dB 1 429.264 30.34 17.73 2.51 16.77 33.82 46.00 -12.18 Peak 2 430.192 29.88 17.76 2.53 16.77 33.40 46.00 -12.60 Peak 3 430.784 30.91 17.78 2.54 16.77 34.45 46.00 -11.55 Peak 4 431.584 30.67 17.80 2.55 16.78 34.24 46.00 -11.76 Peak 5 432.352 30.23 17.82 2.57 16.78 33.83 46.00 -12.17 Peak 6 433.152 30.85 17.84 2.58 16.79 34.49 46.00 -11.51 Peak 7 434.704 29.08 17.88 2.61 16.79 32.78 46.00 -13.22 Peak 8 435.504 28.92 17.90 2.62 16.80 32.65 46.00 -13.35 Peak 9 436.272 29.24 17.92 2.64 16.80 33.00 46.00 -13.00 Peak No. 199, Chung Sheng Road, Hsin Tien City, Taipei, Taiwan, R.O.C. Tel:02-2217-0894 Fax:02-2217-1254 Data#: 16File#: 8222d.EMI Date: 2000-03-18 Time: 19:34:49 Compliance Condition: HORIZONTAL Report NO. : 00E8222 Test Engr : Rick Yeo Company : ADVANCE SECURITY INC. EUT : RX: 6974 Test Config : EUT/SIGNAL GENERATOR/POWER SUPPLY Type of Test: FCC CLASS B Mode of Op. : All Data Reading Up To 2000 MHz Page: 1 Read Probe Cable Preamp Limit Over Freq Level Factor Loss Factor Level Line Limit Remark _________ ______ ______ ______ ______ ______ ______ ______ ______ MHz dBuV dB dB dB dBuV/m dBuV/m dB 1 42.200 28.60 12.41 0.62 15.47 26.16 40.00 -13.84 Peak 2 45.213 29.68 10.73 0.67 15.41 25.67 40.00 -14.33 Peak 3 51.263 27.88 8.36 0.76 15.37 21.63 40.00 -18.37 Peak 4 54.263 34.47 7.88 0.76 15.41 27.70 40.00 -12.30 Peak 5 57.300 30.87 7.62 0.79 15.41 23.87 40.00 -16.13 Peak 6 63.300 37.61 7.26 0.81 15.38 30.31 40.00 -9.69 Peak 7 66.300 42.49 7.20 0.82 15.35 35.16 40.00 -4.84 Peak 8 72.350 38.20 7.12 0.85 15.56 30.61 40.00 -9.39 Peak 9 75.388 34.28 7.13 0.83 15.66 26.58 40.00 -13.42 Peak 10 84.400 32.46 7.56 0.91 15.53 25.40 40.00 -14.60 Peak 11 120.570 34.05 7.59 1.14 16.08 26.70 43.50 -16.80 Peak 12 126.585 34.07 7.82 1.11 16.06 26.94 43.50 -16.56 Peak 13 158.188 31.99 10.07 1.32 16.39 26.98 43.50 -16.52 Peak 14 168.625 32.29 10.41 1.35 16.38 27.66 43.50 -15.84 Peak 15 190.005 34.04 10.94 1.50 16.36 30.11 43.50 -13.39 Peak 16 220.305 30.84 12.26 1.59 15.98 28.70 46.00 -17.30 Peak 17 233.200 34.30 12.85 1.66 16.05 32.75 46.00 -13.25 Peak 18 304.025 28.76 13.99 1.98 16.40 28.34 46.00 -17.66 Peak No. 199, Chung Sheng Road, Hsin Tien City, Taipei, Taiwan, R.O.C. Tel:02-2217-0894 Fax:02-2217-1254 Data#: 22File#: 8222d.EMI Date: 2000-03-18 Time: 20:14:45 Trace: 21 Ref Trace: Condition: VERTICAL Report NO. : 00E8222 Test Engr : Rick Yeo Company : ADVANCE SECURITY INC. EUT : RX: 6974 Test Config : EUT/SIGNAL GENERATOR/POWER SUPPLY Type of Test: FCC CLASS B Mode of Op. : NORMAL Page: 1 Read Probe Cable Preamp Limit Over Freq Level Factor Loss Factor Level Line Limit Remark _________ ______ ______ ______ ______ ______ ______ ______ ______ MHz dBuV dB dB dB dBuV/m dBuV/m dB 1 431.584 30.32 17.13 2.55 16.78 33.23 46.00 -12.77 Peak 2 432.352 29.94 17.14 2.57 16.78 32.87 46.00 -13.13 Peak 3 433.152 30.53 17.16 2.58 16.79 33.49 46.00 -12.51 Peak 4 434.704 30.45 17.19 2.61 16.79 33.45 46.00 -12.55 Peak 5 435.472 30.19 17.20 2.62 16.80 33.22 46.00 -12.78 Peak 6 436.304 29.81 17.22 2.64 16.80 32.86 46.00 -13.14 Peak 7 438.912 31.52 17.27 2.68 16.81 34.65 46.00 -11.35 Peak No. 199, Chung Sheng Road, Hsin Tien City, Taipei, Taiwan, R.O.C. Tel:02-2217-0894 Fax:02-2217-1254 Data#: 10File#: 8222d.EMI Date: 2000-03-18 Time: 16:39:07 Compliance Condition: VERTICAL Report NO. : 00E8222 Test Engr : Rick Yeo Company : ADVANCE SECURITY INC. EUT : RX: 6974 Test Config : EUT/SIGNAL GENERATOR/POWER SUPPLY Type of Test: FCC CLASS B Mode of Op. : All Data Reading Up To 2000 MHz Page: 1 Read Probe Cable Preamp Limit Over Freq Level Factor Loss Factor Level Line Limit Remark _________ ______ ______ ______ ______ ______ ______ ______ ______ MHz dBuV dB dB dB dBuV/m dBuV/m dB 1 32.420 30.17 17.95 0.59 15.39 33.32 40.00 -6.68 Peak 2 42.230 35.92 11.44 0.62 15.47 32.51 40.00 -7.49 Peak 3 45.230 34.61 10.27 0.67 15.41 30.14 40.00 -9.86 Peak 4 50.630 33.34 8.33 0.76 15.37 27.06 40.00 -12.94 Peak 5 54.310 38.82 7.94 0.76 15.41 32.11 40.00 -7.89 Peak 6 56.820 35.44 7.81 0.77 15.42 28.61 40.00 -11.39 Peak 7 63.320 34.94 7.31 0.81 15.38 27.68 40.00 -12.32 Peak 8 66.300 34.75 7.07 0.82 15.35 27.29 40.00 -12.71 Peak 9 72.440 37.80 6.70 0.85 15.56 29.79 40.00 -10.21 Peak 10 75.350 36.42 6.69 0.83 15.66 28.28 40.00 -11.72 Peak 11 84.390 30.22 7.49 0.91 15.53 23.09 40.00 -16.91 Peak 12 108.510 32.15 9.38 1.04 15.90 26.67 43.50 -16.83 Peak 13 114.555 29.73 8.81 1.14 15.99 23.69 43.50 -19.81 Peak 14 129.610 29.35 8.60 1.15 16.09 23.01 43.50 -20.49 Peak 15 153.460 29.02 9.95 1.30 16.31 23.97 43.50 -19.53 Peak 16 178.840 35.22 10.84 1.38 16.76 30.68 43.50 -12.82 Peak 17 223.055 28.53 12.21 1.59 15.98 26.35 46.00 -19.65 Peak 18 229.100 28.78 12.48 1.63 16.02 26.87 46.00 -19.13 Peak 19 244.465 29.24 13.17 1.74 16.16 27.99 46.00 -18.01 Peak 20 298.770 29.23 14.19 1.98 16.36 29.04 46.00 -16.96 Peak