P2MSD-690D4Wireless Observation System

*~ ;f.t!Ji: ~ SHIDEAN ManualInstruction ~ Shenzhen SHIDEAN Technology IndustTies Co.,Ltd. VER:A2.0 1.. Wireless CCD camera(SD-690D4) "." 1 2. Wireless monitor(SD-680R3) ' 2 3. Installation of SD-690D4 3 4~ Power supply for SD-680R3 -, £ ' '-J__£- 4 5, The adjustment of ant~~a--- , 5 6,Wireless observation system. SD-680R3+SD-690D4 "' L" 6 7' "Operation 7 8" Specification 8 9, How to clear the usual stoppage 9 10, Notes - -10 aft.'lie StUDEAN Front View Back View 1.1/3' CCD camera, angle: 78 2. Microphone (single-way audio transmission) 3. Ope.ration indicate- 1 ight.(in working .h.e-n. ON.} 4. 2.4G A/V launch antenna board(Hi-gain antenna transfer the A/V signal to the monitor) 5. Standard bracket hole(at bottom» 6. Channel selecting switch(channell to channel 4 are available) 7. Power ON/OFF(OFF:turn off;ONl:only CCD camera is working;ON2:camera and monitor are working) 8. Audio/video output terminals 9. Power input socket(DC12V-14V, 500mA, supply by adaptor 1 Back view Front VIew (~~I' 1 ~~ """~;~~~ "" 4 . ,~ , 9 8 11 7 14 12 13 8 " -: 1.2.4G receiving antenna board ,\'~;it't~C!: c;c""",.' 2 5 5- CRT c'-~!iJ;' . . ' ;; ,', ' ;~ 3. Brightness adjustaent button ;~: 4. H frequency adjustment button " .' 5. Switch/volume adjustment button 6. Channel select button(channell to 4 are availabl ~ 7.DC power socket(supply by 1.2A DC12-l4V adaptor) I 8.Video output (to video input of the recorder) : 9.Audio output(to Audio input of the recorder) 10. Contrast adjustment 11. Broadcast 12. Battery box(with 10 pieces of 1.5V Dry battery) 13. Power plug when using battery 14.Fixed screw battery box 2 -=-~ j 11.*:Re I SfUDEAN I I.Using three screws to fix the bracket on the wall or ceiling 2. Screwing tight the camera onto the bracket 3.10 adjust the monitor scope before it is install~d 4. Power supply by DC12V.500mA adaptor (AC220V or ACI20V) 3 .*~e SHJDEAN ! 0 t(r:J ~~ ~1:i.::JI C} I{r=J a:J~ .,..{i.:1) C) 0 J Power supply has two ways are alternative: 1. AC adaptor(AC 220V or ACI20V): output DC12-14V, connect the plug to.DC power socket at the back botto of the antenna 2. 10 pieces of 1.5V dry battery: connect the plug to the power socket at~e back bottom of the monitor A a*~8 SHIDEAN - d keep the same as the monitor 5 :fIft:lle SHIDEAN 1 m 2 3 ~ 4 I.One monitor can be connected to 4 cameras 2.The channel of cameras should be different 3. Selecting different channel to monitor image from cameras 4.The distance between monitor and cameras should be within lOOm(open space) 5.The image from one camera can be received by innumerable monitors within effective distance 6 .tI~';N i I I~SIUDEAN I-~~- How to operate 50-69004 1.1 Fix the bracket of camera then screw tight the camera 1.2 Adjust the right angle and select launching channel 1.3 Open the antenna board and adjust the angle lightly 1.4 Please check up if the general power can be fit for our adaptor, and then input our adaptor to the general power socket, finally Input the DC plug to the power socket of the camera 1.5 Select wire DIode: set the power switch to Onl; Select wireless mode: set the power switch to ON2 1.6 'ben the ca8era is working efficiently in wire/wireless .ode, the indicate light 'ON' How to operate SD-680R3 2.1 Put the monitor to ideal place 2.2 Open the antenna board then select power supply way. 'hen supplied by battery: input the plug to the DC socket of wireless 8onitor; when supplied by adaptor: input the DC output plug to wireless DC socket 2.3 Keep the sa.e channel with the ca.era 2.4 Turning the antenna board to the best angle for best i.age effect 2.5 Adjust the volume 2.6 Adjust the H Frequency lightly to keep steady i.age '7

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Transmitter – Front View Transmitter – Rear View Transmitter – Side View Receiver – Front View Receiver – Rear View

FCC ID Label FCC ID Label for transmitter FCC Label for Receiver Specifications: Text is black or white in color and is left justified. Labels are silk- screened and shall be “permanently affixed” at a conspicuous location on the EUT. Proposed Label Location on EUT Side of Transmitter Proposed FCC ID Label Location Rear of Receiver FCC Warning Statement According to FCC 15.19 (a) (3) and (5), all device shall bear the following statement in a conspicuous location on the device: “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.” When the device is so small or for such use that it is not practicable to place the statement specified on it, the information required shall be placed in a prominent location in the instruction manual or pamphlet supplied to the user or, alternatively, shall be placed on the container in which the device is marketed. However, the FCC identifier or the unique identifier, as appropriate, must be displayed on the device.

Transmitter – Main Board Component View Transmitter – Main Board Solder View Transmitter – Component View 1 Transmitter – Component View 2 Transmitter – Component View 3 Transmitter – Solder View 1 Transmitter – Solder View 2 Transmitter – Solder View 3 Receiver – MB Component View Receiver – MB Solder View

-p~~J~~. i SIDDEAH ! I The specification of SD-690D4 1. Camera 1/3" 8/W CCD camera 2. Wide angle 78° 3. Effective picture elements 537(V)X505(H),270,OOOPixel 4.Scan frequency 15.625KHz(V) 50Hz(H) 5. Resolutlon > 420TV LInes 6.Mln IIlumlnatlon 0.5lux 7. Video output 1.0Vp-p/75 ohm 8.Auto shutter exchange rapid 1/60- 1/100, 0 9 .launching frequency 2. 4GHz( 4channel) 1 O.Slgnal Modulatlon FM 11.Frequencyoutput 90d8uN,3m 12.Antenna -Oriented gaIn antenna 13.0peratlng temperature 20°- +90° 14.Power DC 12V 500mA Ac adaptor 15.Welght 300g Technic specification of SD-680R3 1.Recelvlng frequency 2.4GHz(4 channels) 2.output video: 1.5Vp-p/75 ohm ! I audio: 1.35Vp-p i 3. Sensltlvlty 2 5d 8m - 80d 8m 4.Antenna Orlented gain antenna board 5.Resolutlon >300 TV lines 6.Audlo output 0.25W 7.Power DC12V 1.2A Ac adaptor 8. Operating temperature -200- + 900 8 a4t~. SHIDEAN If stoppage occur when the system is working, please check it as follows: Wireless observation system Stoppages may occur Wireless CCD camera SD-690D4 - Wireless monitor SD-680R3 - If the plug had been InputIf the plug hod been Input If the switch of power had been opened No power Indicate No Image No audio If the plug hod been Input If the switch of power had been opened Signal receiving In bod efficiency Adjust the angle of antenna; If the channel Is the same as camera If there has strong light before camera or If light In the effective scope of camera Image shining Image too bright Image too dark Adjust the brightness; Adjust the contrast Adjust the angle of antenna; Adjust the H frequency Adjust the angle of antenna Image unsteady 9 if the switch of power had been opened i r~~.I' .ff~.: ! SHIDEAN i Notesr Please pay attention when operating: 1. The distance between camera and monitor should be within 100m(in open space) 2. One camera can be connected to innumerable monitors within effective distance 3. One monitor can be connected to 4 cameras with different channels. Select different channel can monitor different image from cameras 4. Power supply for camera is AC220V/ACI20V DC12 500mA adaptor 5. Power supply for monitor is AC220V/ACI20V DC12 500mA adaptor Packing LIst 3.1 Wireless camera 1 pc 3.2 Wireless monitor I pc 3.3 Adaptor 2 pcs--12V/O.5A(for camera). 12-14V(for monitor) 3.41 pc RCA line to video terminal 3.5 Manual instruction 1 copy 3.6 CCD bracket 1 set 10

Note: This report is only good for this company and model, it may not be duplicated without prior written consent of Bay Area Compliance Laboratory Corporation. This report must not be used by the client to claim product endorsement by NVLAP or any agency of the U.S. Government. FCC PART 15 Subpart C EMI MEASUREMENT AND TEST REPORT For Shenzhen Shidean Technology Industries Co., Ltd. Block B9, Shahe Industrial Zone Baishizhou, Nan Shan District, Shenzhen, P. R. China FCC ID: P2MSD-690D4 November 13, 2001 This Report Concerns: Original Report Equipment Type: Wireless Observation System Test Engineer: Jeff Lee Test Date: October 2, 2001 Reviewed By: John Y. Chan – Engineering Manager Prepared By: Bay Area Compliance Laboratory Corporation 230 Commercial Street, Suite 2 Sunnyvale, CA 94085 Tel (408) 732-9162 Fax (408) 732-9164 Shenzhen Shidean Technology Industries Co., Ltd. FCC ID: P2MSD-690D4 Report #R0109203 Page 2 of 16 FCC Part 15 Subpart C Test Report TABLE OF CONTENTS 1 – GENERAL INFORMATION .................................................................................................................................3 1.1 PRODUCT DESCRIPTION FOR EQUIPMENT UNDER TEST (EUT) ..............................................................................3 1.2 OBJECTIVE.............................................................................................................................................................3 1.3 RELATED SUBMITTAL(S)/GRANT(S) ......................................................................................................................3 1.4 TEST METHODOLOGY............................................................................................................................................3 1.5 TEST FACILITY.......................................................................................................................................................3 1.6 TEST EQUIPMENT LIST...........................................................................................................................................4 2 – SYSTEM TEST CONFIGURATION ....................................................................................................................5 2.1 DESCRIPTION OF TEST CONFIGURATION................................................................................................................5 2.2 EQUIPMENT MODIFICATIONS.................................................................................................................................5 2.3 CONFIGURATION OF TEST SYSTEM.........................................................................................................................6 2.4 TEST SETUP BLOCK DIAGRAM...............................................................................................................................6 3 – TEST SUMMARY...................................................................................................................................................7 4 – CONDUCTED EMISSIONS TEST DATA ...........................................................................................................8 4.1 MEASUREMENT UNCERTAINTY..............................................................................................................................8 4.2 EUT SETUP............................................................................................................................................................8 4.3 SPECTRUM ANALYZER SETUP................................................................................................................................8 4.4 TEST PROCEDURE..................................................................................................................................................8 4.5 SUMMARY OF TEST RESULTS.................................................................................................................................9 4.6 CONDUCTED EMISSIONS TEST DATA.....................................................................................................................9 4.7 PLOT OF CONDUCTED EMISSIONS TEST DATA.......................................................................................................9 5 – RADIATED EMISSION DATA...........................................................................................................................11 5.1 MEASUREMENT UNCERTAINTY............................................................................................................................11 5.2 EUT SETUP..........................................................................................................................................................11 5.3 SPECTRUM ANALYZER SETUP..............................................................................................................................11 5.4 TEST PROCEDURE................................................................................................................................................12 5.5 CORRECTED AMPLITUDE & MARGIN CALCULATION...........................................................................................12 5.6 SUMMARY OF TEST RESULTS...............................................................................................................................12 5.7 RADIATED EMISSIONS TEST RESULT DATA.........................................................................................................13 6 – BAND EDGES TESTING.....................................................................................................................................15 6.1 TEST PROCEDURE................................................................................................................................................15 6.2 TEST EQUIPMENT...........................................................................................................................................…

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Transmitter Conducted Emission Photograph – Front View Transmitter Conducted Emission Photograph – Rear View Transmitter Radiated Emission Photograph – Front View Transmitter Radiated Emission Photograph – Rear View Receiver Conducted Emission Photograph – Front View Receiver Conducted Emission Photograph – Rear View Receiver Radiated Emission Photograph – Front View Receiver Radiated Emission Photograph – Rear View