SGZ30835HS45Digital 5 Channel FM Radio Control System

SYSTEM OPERATING GUIDE Digital Proportional 5 Channel FM Radio Control System 2 INTRODUCTION Thank you for purchasing the Cirrus DPR-5FM digital proportional radio control system. The DPR-5FM is a high-quality, affordable 5 channel radio control system suitable for all types of R/C aircraft, whether they be glow-powered or electric-powered. The DPR-5FM radio control system is manufactured with high-quality solid-state components for long life and reliability. Please read and understand this System Operating Guide before using your DPR-5FM radio control system. FEATURES and LAYOUT l 5 Channel 72Mhz FM Transmitter l Lightweight Design l Servo Reversing on Channels 1-4 l Trainer System (Cord Not Included) l Transmitter Battery Voltage Meter l Audible Low Battery Alarm l Neck Strap Attachment l Adjustable Stick Length and Tension 1 - Throttle/Rudder Control Stick 2 - Aileron/Elevator Control Stick 3 - Throttle Trim Lever 4 - Elevator Trim Lever 5 - Rudder Trim Lever 6 - Aileron Trim Lever 7 - Neck Strap Mount 8 - Antenna 9 - Power LED 10 - On/Off Switch 11 - Crystal 12 - Servo Reversing Switches 13 - Trainer Switch 14 - Auxiliary Switch (Retracts or Flaps) 15 - Carrying Handle 16 - Transmitter Battery Voltage Meter 17 - Trainer Jack (On Back) 18 - Battery Door (On Back) 1 2 16 15 14 13 12 11 10 9 8 7 65 4 3 17 18 3 SAFETY PRECAUTIONS l Always perform a range check before each first flight of the day or after a particularly hard landing, or after your radio control system has been repaired. l Check your airplaneís control surfaces before take off to ensure they are operating in the correct direction. l Never fly your airplane from the street or at night. Always fly your airplane in a safe manner and preferably at a dedicated R/C model flying site. l When the transmitter voltage meter enters the red portion of the scale, replace the transmitter batteries with a fresh set. If youíre flying when this occurs, land immediately. l If the radio control system begins to glitch or act unusual, land immediately. l Before you fly, always check to make sure that your frequency is clear. Never turn on the transmitter if someone else on your frequency is flying at the time. No two radio control systems that are on the same frequency can operate nearby at the same time. If this occurs, both pilots will lose control of their models. The frequency number is shown on the crystal mount on the front of the transmitter. Listed below are the channel numbers and frequencies. The Cirrus DPR-5FM radio control system operates on 72Mhz. The 72Mhz frequency band is for AIRCRAFT USE ONLY. Listed below are the channel numbers and frequencies that are available: CH 11 FREQUENCY 72.010 CH 12 FREQUENCY 72.030 CH 13 FREQUENCY 72.050 CH 14 FREQUENCY 72.070 CH 15 FREQUENCY 72.090 CH 16 FREQUENCY 72.110 CH 17 FREQUENCY 72.130 CH 18 FREQUENCY 72.150 CH 19 FREQUENCY 72.170 CH 20 FREQUENCY 72.190 CH 21 FREQUENCY 72.210 CH 22 FREQUENCY 72.230 CH 23 FREQUENCY 72.250 CH 24 FREQUENCY 72.270 CH 25 FREQUENCY 72.290 CH 26 FREQUENCY 72.310 CH 27 FREQUENCY 72.330 CH 28 FREQUENCY 72.350 CH 29 FREQUENCY 72.370 CH 30 FREQUENCY 72.390 CH 31 FREQUENCY 72.410 CH 32 FREQUENCY 72.430 CH 33 FREQUENCY 72.450 CH 34 FREQUENCY 72.470 CH 35 FREQUENCY 72.490 CH 36 FREQUENCY 72.510 CH 37 FREQUENCY 72.530 CH 38 FREQUENCY 72.550 CH 39 FREQUENCY 72.570 CH 40 FREQUENCY 72.590 CH 41 FREQUENCY 72.610 CH 42 FREQUENCY 72.630 CH 43 FREQUENCY 72.650 CH 44 FREQUENCY 72.670 CH 45 FREQUENCY 72.690 CH 46 FREQUENCY 72.710 CH 47 FREQUENCY 72.730 CH 48 FREQUENCY 72.750 CH 49 FREQUENCY 72.770 CH 50 FREQUENCY 72.790 CH 51 FREQUENCY 72.810 CH 52 FREQUENCY 72.830 CH 53 FREQUENCY 72.850 CH 54 FREQUENCY 72.870 CH 55 FREQUENCY 72.890 CH 56 FREQUENCY 72.910 CH 57 FREQUENCY 72.930 CH 58 FREQUENCY 72.950 CH 59 FREQUENCY 72.970 CH 60 FREQUENCY 72.990 4 FEATURES EXPLANATION Trim Levers: l There is one trim lever associated with each primary function - throttle, rudder, elevator and aileron. The trim levers are used to correct any tracking problems of the airplane and the idle setting of the engine. l When you set up the control linkages on a new airplane, the control surface trim levers should be centered. After flying and trimming the airplane, check the location of the control surface trim levers. If one or more is no longer centered, we suggest making adjustments to the airplaneís control linkages, so that the trim levers can be recentered. Control Stick Length Adjustment: l The length of the control sticks can be adjusted to suit the user. When lengthening the control sticks, verify that the ends of the control sticks are still firmly secured in place. They should not be loose or they may come off. Antenna: l The antenna is telescoping and should always be pulled out completely while flying. Power LED: l The power LED glows red when the transmitter is turned on. Servo Reversing Switches: l These switches allow you to electronically change the direction the servos move. Servo reversing is featured on channels 1-4. Double-check that each switch is firmly pushed to one extreme or the other. A small flat-blade screwdriver works well for moving the switches. Transmitter Battery Voltage Meter: l When the transmitter is turned on, the voltage meter displays the status of the transmitter batteries. If the needle reads in the silver-colored area from 70-100, itís safe to fly. If the needle reads in the red-colored area, the transmitter batteries should be replaced. Auxiliary Switch: l The auxiliary switch will operate a servo plugged into the channel 5 slot of your receiver. This switch is most often used for retractable landing gear or flaps. This switch can be used for any function that requires a non-proportional action. Continued On Next Page 5 Control Stick Tension Adjustment: l The tension of the control sticks can be adjusted to suit the desired ìfeelî of the control sticks in your hands. l To adjust the control stick tension, begin by removing the four screws from the back of the t…

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FCC ID: SGZ30835HS45

From: Roland Gubisch ES-Box Sent: Tuesday, October 26, 2004 5:00 PM To: Steve Li ES-SHA; Daniel Zhao ES-SHA Cc: Danielle Fontaine ES-Box Subject: Part 95C R/C Applications FCC ID: SEQ 33998559955 and FCC ID: SGZ30835HS45 Gentlemen, Thank you for these certification applications. Technical and administrative review is now complete. The following issues must be addressed before we can proceed to certification: ADMINISTRATIVE 1) The user manual does not contain required information to the user per 95.653(b)(2)-(3) as follows: § 95.653 Instructions and warnings. (2) Warnings concerning any adjustment that could result in a violation of the rules or that is recommended to be performed by or under the immediate supervision and responsibility of a person certified as technically qualified to perform transmitter maintenance and repair duties in the private land mobile services and fixed services by an organization or committee representative of users of those services. (3) Warnings concerning the replacement of any transmitter component (crystal, semiconductor, etc.) that could result in a violation of the rules. Please provide a revised user manual, or the necessary text as an addendum with the applicant's attestation to include this material. 2) I cannot find information regarding the DC power (voltage, current) into the final RF stages, as required by 2.1033(c)(8). Please indicate where this information can be found, or provide it. TECHNICAL 1) The occupied bandwidth plot has too narrow a span to allow observation of the bandwidth limit required in 95.633(b), nor of the emission mask in 95.635. Please provide a bandwidth plot with a span no greater than twice or three times the emission bandwidth (that is span = 10 or 15 kHz). The 20 dBc points showing the occupied bandwidth should be clearly shown on this plot, as well as the emission mask with stepped limits changing at +/- 4 kHz, +/-8 kHz, +/-10 kHz and +/-20 kHz from the center frequency of the sample channel. More than one plot may be used to show compliance clearly. These plots are referenced to the total transmitter power, and not the peak emission. Therefore, the 20 dBc points and the 0 dB mask reference should be determined from a spectrum analyzer plot of the fundamental emission, taken with RBW > emission BW. Then, the RBW is decreased to that shown in the existing plots, but without adjusting the signal reference. 2) The occupied bandwidth plot shows a channel center frequency of 72.02 MHz. This is half way between two allowed channel frequencies of 72.01 and 72.03 MHz. Please explain. 3) This is a minor comment. The formula shown on page 11 is incorrect: Limit of ERP in dB = -56 - 10Log(Power) = -56.0 - 10Log(1.10) = -26.41 Db In the formula, Power must be given in Watts. So the correct formula is: -56 - 10 log (0.0011) = -26.41 dB. Certification can proceed as soon as these issues are addressed. Thank you, Roland Gubisch

FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45

FCC ID: SGZ30835HS45

FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45

FCC ID: SGZ30835HS45 OSC CR1、L1、D1 14MHz FM-12T-IC1 modulator Q1、C1、Q2 Regulator C8、R9、Q4 CR1、L1、D1 double Amp. CPU Band Pass Filter C15、L3 ANT 72MHz POWER E1、D3 BZ ( SP1 ) LCD ( D1 ) FM72MHz TRANSMITTER BLOCK DIAGRAM FCC ID: SGZ30835HS45 1. Accept the analog voltages from the control inputs (joysticks, switch) 2. power offer to the LCD (D12) and BZ (SP1) 、 encoder circuit 、 tuned circuit 、 transmit circuit, etc. 3. Process width of the pulse to create control mixi ng , adding ,reversing ,etc., as desired by the user. 4. pulse of synchronization and pulse of ch annel 1-3 output from CPU . (encoder circuit) 5. then modulator the pulse. 6. The oscillator excite by a quartz cr ystal. the crystal supports oscillation at the crys tal’s fundamental frequency (approximately 14MHz). ( L1 、 CR1 、 D1 ) 7. Its output frequency is 5* crystal 8. The tuned circuit in the oscillator transistor’s coll ector is tuned to the second harmonic of this frequency . 9. double Amp. 10. Band Pass Filter ( C15 、 L3 ) 11. send signal from the ANT . FCC ID: SGZ30835HS45 SPECIFICATION OF RYSTAL UNIT 1. FREQUENCY: 72MHz (72MHz) 2. HOLDER TYPE: HC-50U 3. FREQUNCY TOLERAN CE:+ -7PPM/+25C. 4. EQUIVALENT RESISTANCE: 20 OHMS MAX/SERIES 5. OPERABLE TEMPERATURE RANGE: （－20°C～＋60°C） 6. TEMPERATURE DRIFT: +-20PPM 7. MADE OF OSCILLATION: F UNDAMENTAL (AT CUT) 8. MODE OF MODULA TE: FREQUENCY 9. DROPPING FROM 75 CM HE EIGHT 3TIMES ON FIRM WOOD 10.BANDWIDTH OF CARRIER WAVE:≤±2.5kHz FCC ID: SGZ30835HS45 11.VIBRATION TEST TEST TIME 120MINUTES IN EACH DIRECTION 12.AGING: + - 5PPM/YEAR

No. Part Model Number Location Note 1 resistance 0805-0Ω 3 R01、R02、R03 2 resistance 0805-2.2Ω ± 5% 2 R20、R20` 3 resistance 0805-4.7Ω ± 5% 2 R11、R13 4 resistance 0805-150Ω ± 5% 1 R44 5 resistance 0805-200Ω ± 5% 1 R19 6 resistance 0805-4.7kΩ ± 5% 3 R1、R4、R6 7 resistance 0805-10kΩ ± 5% 1R5 8 resistance 0805-22kΩ ± 5% 1R3 9 resistance 0805-30kΩ ± 5% 1R2 10 resistance 0805-39kΩ ± 5% 2 R7**、R41 11 resistance 0805-100kΩ ± 5% 5 R23、R25、R28、R34、R37 12 resistance RTX-106-2.2Ω ± 5% 1 R18 13 resistance RTX-106-100Ω ± 5% 2 R43、R49 14 resistance RTX-106-510Ω ± 5% 1 R10 15 resistance RTX-106-680Ω ± 5% 2 R21、R22 16 resistance RTX-106-1.5kΩ ± 5% 1 R50 17 resistance RTX-106-2.2kΩ ± 5% 1 R39 18 resistance RTX-106-2.7kΩ ± 5% 1 R17 19 resistance RTX-106-4.7kΩ ± 5% 2 R45、R46 20 resistance RTX-106-10kΩ ± 5% 1R8 21 resistance RTX-106-20kΩ ± 5% 2 R9、R12 22 resistance RTX-106-22kΩ ± 5% 3 R42、R47、R48 23 resistance RTX-106-47kΩ ± 5% 1 R51 Part list 第 1 页，共 4 页 24 resistance RTX-106-56kΩ ± 5% 1 R14 25 resistance RTX-106-100kΩ ± 5% 1 R31 26 resistance RTX-106-220kΩ ± 5% 6 R24、R26、R29、R32、R35、R38 27 resistance RTX-106-2.2MΩ ± 5% 1 R40 28 resistance 4.7kΩ 5 W1、W2、W3、w4、W5 29 resistance B20kΩ-1 2 VR1、VR4 30 resistance B20kΩ-2 2 VR2、VR3 31 capacitance 0805-1000PF ± 10% 6 C2、C3、C4、C5、C9、C48 32 capacitance 0805-2200PF+80-20% 7 C26、C27、C30、C34、C40、C42、C45 33 capacitance 0805-0.01μF+80-20% 1 C1 34 capacitance 0805-0.1μF +80 -20% 4 C10、C12、C14、C47 35 capacitance CC1-50V-15PF ± 5% 1C7 36 capacitance CC1-50V-18PF ± 5% 1 C16 37 capacitance CC1-10V-30PF ± 5% 1 C18 38 capacitance CC1-10V-47PF ± 5% 1 C15 39 capacitance CC1-10V-56PF ± 5% 1 C17 40 capacitance CC1-10V-100PF ± 5% 1C8 41 capacitance CT1-10V-1000PF +80 -20 % 7 C31、C35、C39、C43、C46、C50、C52 42 capacitance CT1-10V-0.1μF +80 -20 % 6 C6、C11、C13、C20、C23、C24 43 capacitance CL11-10V-2200PF ± 20% 4 C28、C32、C36、C38 44 capacitance CBB-16V-0.047μF ± 5% 5 C29、C33、C37、C41、C44 45 capacitance CBB-16V-0.47μF ± 5% 1 C25 46 capacitance CD11-16V-10μF+80-20% 2 C49、C51 第 2 页，共 4 页 47 capacitance CD11-16V-33μF +80 -20 % 3 C19、C21、C22 48 inductance CECL-18μH 1 L249 inductance CECL-180μH 2 L1、L550 inductance 7k72T01 1 T151 inductance 7k72T02 1 T252 inductance 7k72T03 1 L353 inductance 7k72T04 1 L454 crystal HC-50U-14MH Z 多点系列 1 CR1 55 Diode 1N4148 7 D3、D4、D5、D6、D7、D8、D9 56 Diode 1N4004 1 D14 57 Diode 1N60 1 D11 58 Diode 5.1V 1 D2 59 Diode 7.5V 1 D10 60 Diode 5134 1 D12 61 Diode 1T33 1 D1 62 dynatron S9014C 6 Q1、Q2、Q3、Q8、Q9、Q1063 dynatron 9018G 3 Q4、Q5、Q664 dynatron 2SC4735F 1 Q765 IC FM-12T-IC1、FM-12T-IC2 2 IC1、IC2 66 Lead YKX-P001-L60mm 1 X1 67 Lead YKX-P001-L100mm 1 X2 68 Lead YKX-P001-L130mm 1 X3 69 Lead YKX-P001-L140mm 1 X4 70 Lead YKX-P001-L100mm 1 X5 71 Lead YKX-P002 1 X6 72 Lead AV0.1/7-L40mm 1 X9 第 3 页，共 4 页 73 Lead AV0.1/7-L40mm 1 X10 74 Lead TR-05-L10.16mm 2 J3、J4 75 Lead TR-05-L5.08mm 8 J1、J2、J5、R15、R27、R30、R33、R36 76 Lead TR-08-L14.5mm 2 J6、J7 77 Beep UPM14AX 1 SP1 78 Switch SS22F25G9 1 S1 79 Switch SS-22F07-G10 4 S3、S4、S5、S6 80 connecter XH-A 1 PI1 81 connecter KZH-DC-005 1 CK1 82 connecter SPC3DOI-E003 1 83 Atenna φ7-1m/7节/1.1米 1 ANT 84 Meter 94C1 1 第 4 页，共 4 页

FCC ID: SGZ30835HS45

Test report no. JSH0406688-001 Page 1 of 14 EMC TEST REPORT No. JSH0406688-001 Applicant : Hobby Shack Inc. 18480 Bandilier Circle, Fountain Valley , CA92708, USA Manufacturer : Shanghai P&C Telesystems Inc. No. 1991-1 Cao An Road, Shanghai, P.R.China Equipment : Digital proportional 5 channel FM Radio Control System Type/Model :DPR-5FM Summary The test report is to certify that the tested equipment properly complies with the requirements of: FCC Rules and Regulations Part 95: Radio Control (R/C) Radio Service Description The appliances were tested by Quitek Corp. and found compliance with relevant requirements described in FCC Part 95: Radio Control (R/C) Radio Service. Test results are contained in this test report and Intertek Testing Services ETL SEMKO Shanghai Limited is assumed full responsibility for the accuracy and completeness of these measurements. The test report shall not be reproduced in part without written approval of Intertek Testing Services ETL SEMKO Shanghai Limited. Date of issue: August 27, 2004 Prepared by: Approved by: Daniel Zhao( Project engineer) Steve Li (Reviewer) Test report no. JSH0406688-001 Page 2 of 14 Description of Test Facility Name of Firm : Quitek Corp. Site Location : 716 Yishan Road Shanghai, P.R. China FCC Registration Number: 142171 NVLAP Lab Code: 200632-0 Name of contact : Kevin Wang Phone : 86-21-64400620 Fax : 86-21-64400619 E-mail address : [email protected] Test report no. JSH0406688-001 Page 3 of 14 Content S UMMARY ............................................................................................................................................ 1 DESCRIPTION................................................................................................................................... 1 D ESCRIPTION OF T EST F ACILITY................................................................................ 2 C ONTENT............................................................................................................................................. 3 1.APPLICANT INFORMATION......................................................................................................................... 4 2.INFORMATION OF EQUIPMENT UNDER TEST (EUT) ................................................................................. 4 2.1 Identification of the EUT ............................................................................................................ 4 2.2 Technical specification ................................................................................................................ 4 2.3 Mode of operation during the test / Test peripherals used ................................................. 4 2.4 Standards .......................................................................................................................................... 5 2.5 Instrument list ................................................................................................................................. 5 3. TEST SUMMARY......................................................................................................................................... 7 4. RF OUTPUT POWER AND RADIATED SPURIOUS EMISSIONS ................................................. 8 4.1 Reference File and Specification .............................................................................................. 8 4.2 Test Procedure ................................................................................................................................8 4.3 Test Configuration ......................................................................................................................... 9 4.4 Test Results ....................................................................................................................................11 5. EMISSION BANDWIDTH.............................................................................................................................12 5.1 Reference Rule and Specification ............................................................................................12 5.2 Test Procedure ...............................................................................................................................12 5.3 Test Configuration ........................................................................................................................12 5.4 Test Results ....................................................................................................................................12 6. FREQUENCY STABILITY MEASUREMENT..................................................................................13 6.1Reference Rule and Specification .............................................................................................13 6.2 Frequency VS Temperature Test .............................................................................................13 6.3Test Configuration .........................................................................................................................13 6.4Test Result .......................................................................................................................................14 6.4.1Frequency vs Temperature Test .............................................................................................14 6.4.2 Frequency vs Voltage Test .....................................................................................................14 Test report no. JSH0406688-001 Page 4 of 14 1.Applicant Information Applicant :Hobby Shack Inc. 18480 Bandilier Circle, Fountain Valley , CA92708, USA Manufacture : Shanghai P&C Telesystems Inc. No. 1991-1 Cao An Road, Shanghai, P.R.China Country of origin : P.R. China Name of contact : Mr. Michael Greenshields Telephone : 00 1 7149640827 ext. 308 Telefax : 00 1 7149626452 2.Information of Equipment Under Test (EUT) 2.1 Identification of the EUT Equipment :…

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FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H 1. Effective radiated power SIMT EMI TEST Spurious Radiated Emission TEST EUT: CONTROLLER Manufacturer: SHANGHAI P&C Operating Condition: POWER ON Test Site: FAC 3m Operator: KK Test Specification: H 30M-1G X Comment: M/N:FM72 S/N: 10 20 30 40 50 60 70 80 Level [dB /m] 礦 30M 40M 50M 70M 100M 200M 300M 400M 600M 1G Frequency [Hz] MES R40714IT015H_pre PK FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H EUT: CONTROLLER Manufacturer: SHANGHAI P&C Operating Condition: POWER ON Test Site: FAC 3m Operator: KK Test Specification: V 30M-1G X Comment: M/N:FM72 S/N: 10 20 30 40 50 60 70 80 90 Level [dB /m] 礦 30M 40M 50M 70M 100M 200M 300M 400M 600M 1G Frequency [Hz] MES R40714IT015V_pre PK FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H Spurious Radiated Emission TEST EUT: CONTROLLER Manufacturer: SHANGHAI P&C Operating Condition: POWER ON Test Site: FAC 3m Operator: KK Test Specification: H 30M-1G Y Comment: M/N:FM72 S/N: 10 20 30 40 50 60 70 80 90 Level [dB /m] 礦 30M 40M 50M 70M 100M 200M 300M 400M 600M 1G Frequency [Hz] MES R40714IT016H_pre PK FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H EUT: CONTROLLER Manufacturer: SHANGHAI P&C Operating Condition: POWER ON Test Site: FAC 3m Operator: KK Test Specification: V 30M-1G Y Comment: M/N:FM72 S/N: 10 20 30 40 50 60 70 80 90 Level [dB /m] 礦 30M 40M 50M 70M 100M 200M 300M 400M 600M 1G Frequency [Hz] MES R40714IT016V_pre PK FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H Spurious Radiated Emission TEST EUT: CONTROLLER Manufacturer: SHANGHAI P&C Operating Condition: POWER ON Test Site: FAC 3m Operator: KK Test Specification: H 30M-1G Z Comment: M/N:FM72 S/N: 10 20 30 40 50 60 70 80 90 Level [dB /m] 礦 30M 40M 50M 70M 100M 200M 300M 400M 600M 1G Frequency [Hz] MES R40714IT014H_pre PK FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H Spurious Radiated Emission TEST EUT: CONTROLLER Manufacturer: SHANGHAI P&C Operating Condition: POWER ON Test Site: FAC 3m Operator: KK Test Specification: V 30M-1G Z Comment: M/N:FM72 S/N: 10 20 30 40 50 60 70 80 90 Level [dB /m] 礦 30M 40M 50M 70M 100M 200M 300M 400M 600M 1G Frequency [Hz] MES R40714IT014V_pre PK FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H 2. Occupied bandwidth FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H FCC ID: SGZ30835HS45 7/15/2004 02:25 R40714IT015H

FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45 FCC ID: SGZ30835HS45