RFV101011ABRF TRANSMITTER ANF RECEIVER

*** USER’S MANUAL *** FCC ID : RFV101011AB Federal Communications Commission (FCC) Statement 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 instruction, 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. Warning : A shielded-type power cord is required in order to meet FCC emissio n limits and also to prevent interference to the nearby radio and television reception. It is essential that only the supplied power cord be used. Use only shielded cables to connect I/O devices to this equipment. You are cautioned that changes or modifications not expressly approved by the party responsible for compliance could void your authority to operate the equipment. 1.Place 2 PCS “AAA” batteries in transmitter. 2.No transmittal there should be when transmitter is in the following states.. (compared with horizontal position). 1). When transmitter is in horizontal position; 2). With pothook as the axis, when the antenna of transmitter is upwards within 20 degrees in any direction. 3). When the antenna is downwards. 3.Coding signals will be transmitted for 4 seconds when the transmitter is in the following stats 1)When the antenna is upwards over 75 degrees in any direction, with pothook as the axis. 4.When transmitter is in standby state ( no transmittal ) electricity is Љ5uA. 5.When transmitter is on work ( in transmittal ) electricity is Љ4mA. 6.Place 2 PCS CR2032 batteries in receiver and then remove the insulative PVC sheet. 7.2 seconds after the removal of PVC sheet in receiver, demodulation circuit will be on automatically and 5 seconds later it will be off by itself and come into standby state. 30 seconds later demodulation circuit will be on again and after 5 seconds’ operation it will be off, and so on. 8.When the demodulation circuit of receiver is on, if signals from transmitter are received and correct coding signals are recognized and decoded, the red LED will be lightened. ( No signals from transmitter will be received when the demodulation circuit is off ). 9.LED is on for about 100mS and is off for about 3S. ON and OFF circulate. 10. After LED is lightened for the first time, anytime (with LED on or off) when pressing RESET, LED will go off. (after LED’s lightenness for the first time if pressing RESET, LED may still be on , it’s because receiver circuit operates 5S, which is more than the time( 3S ) when LED is on. Therefore it’s better to press RESET after LED is lightened for the second time)and receiver comes back to the standby state. 11. Electricity of receiver in standby state is Љ40uA,Љ5mA with LED on ,andЉ10mA with LED and demodulation circuit on . 12. Operation distance can be 50% farther with antenna pulled out. 13. Avoid interference when in use, and try to use it in free space 14. Receiver, with magnet in the back, can be adsorbed on the objects made of iron. However, the operation distance may differ a lot with that when not adsorbed on iron objects. 15. Operation distance between transmitter and receiver (in free space with antenna totally pulled out.): > 25M. 16. Frequency: 433.92MHz. 17. Frequency error:̈́0.2 MHz. Remarks: 1. Re-install the old batteries or replace with new batteries when transmitter can’t function or function normally 2. Replace with new batteries in transmitter when the operation distance is evidently shortened.

BLOCK DIAGRAM FCC ID : RFV101011AB

NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 6. EUT External Photos PHOTO.1.EUT ( TX + RX )FRONT VIEW PHOTO. 2.EUT ( RX)FRONT VIEW ( RX ) ( TX ) NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 PHOTO.3.EUT ( RX)REAR VIEW PHOTO.4.EUT ( TX)FRONT VIEW EUT Label B NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 PHOTO.5.EUT ( TX)REAR VIEW ġ EUT Label A

NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 EUT Label A EUT Label B

NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 2. FCC ID Label Sample The sample label shown below shall be permanently affixed at a conspicuous location on the device, instruction manual or pamphlet supplied to the user and be readily visible to the purchaser at the time of purchase. However, when the device is so small wherein placement of the label with specified statement is not practicable, only the trade name, model number, and the FCC logo must be displayed on the device per Section ̺15.19 (b)(2). EUT Label A EUT Label B ġ

NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 6. EUT Internal Photos PHOTO.6.EUT (RX ) INSIDE VIEW PHOTO.7.EUT (RX) COMPONENT SIDE VIEW NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 PHOTO.8.EUT (RX)COMPONENT SIDE VIEW PHOTO 9.EUT (TX)INSIDE VIEW NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 PHOTO.10.EUT (TX) COMPONENT SIDE VIEW PHOTO.11.EUT (TX)COMPONENT SIDE VIEW

Operational Description for RF MODULE TRANSMITTER FCC ID: RFV101011AB The EUT is RF MODULE TRANSMITTER, FCC ID: RFV101011AB, model SG1010. The EUT is transmitter unit used as module to work with a receiver model SG1011 for application on specific appliances. The operatingfrequency is 433.92MHz. The effective operation distance between EUT and the receiver model SG1011 in free space will be more than 25 meters when their antennas are totally pulled out. DC3V from two batteries (size AAA, DC 1.5V) is required to supply EUT. Coding signals will be transmitted for 4 seconds when its antenna is upward over 75 degrees in any direction with pothook as the axis, and then no signals will be transmitted until the next restart to trigger EUT operation. No signal transmission will work when EUT is in horizontal position or its antenna is downward or is upward within 20 degrees in any direction with pothook as the axis. Electricity is lower than 5uA when EUT is in standby, and electricity is lower than 4mA when it is on work. The specifications about EUTʳare listed as below: Parameter of Technical Spec.Description 1.Channel No. 1 Channel 2.Operating Fundamental Frequency433.92MHz 3.Power Input of Transmitter DC 3V from battery (size AAA, DC 1.5V) x2; Љ4mA 4.Transmitter Antenna TypeExternal Antenna 5.Modulation TypeTX Modulation: Pulse Modulation 6.CaseTX case: ABS; 7.Output Power Љ10mW 8.Transmission Duration4 seconds

ABCD EXH!OP;DST!!S'E ข঴ټጠ : ข঴ীᇆ : SG1010 PCB ীᇆ : ࠏֺ : ءठ : PCB দ৫ : PCB றޗ : ሽᝳՠᢌ : ቹ૿ټጠ : ᢄቹ : إீ : ᐉு : ு଱ : ABC ! ࠠሽ՗नࠋ੡ᎌ֮݁ٙ֗ሉհቹூࢬᇷறء ( څ෡ ) ڶૻֆ׹ऱཕᐝತข , ٚ۶آᆖ඄ᦞऱᐙٱ . ᠏ᐊ , ࢨᅃઌհ༚ٱ۩੡ , ലࠩ࠹ཕᐝತขᦞऄհಳߒ . AAA X 2BATTERY 123456789 10 11121314151617181920 U1 MIE-S VCC 3V C2 104P L11.5UH L2 C30.5P C60.5P Q1 2SC3356 C41P R375R C54P X1 433.92MHz R2 300K P1 R1 360K P4 P2 P3 E1 ANTENNA C7102P RF Transmitter
 FR-4 1.0mm   JUN.28 A8A9A10A11 S2 SW-460D S1 SW-460D A0A1A2A3A4A5A6A7 L1 ӥ 3X0.55X5.5T C1 104P  4.5 4 -4458 ABCD EXH!OP;DST!!S'E ข঴ټጠ : ข঴ীᇆ : SG1011 PCB ীᇆ : ࠏֺ : ءठ : PCB দ৫ : PCB றޗ : ሽᝳՠᢌ : ቹ૿ټጠ : ᢄቹ : إீ : ᐉு : ு଱ : ABC ! ࠠሽ՗नࠋ੡ᎌ֮݁ٙ֗ሉհቹூࢬᇷறء ( څ෡ ) ڶૻֆ׹ऱཕᐝತข , ٚ۶آᆖ඄ᦞऱᐙٱ . ᠏ᐊ , ࢨᅃઌհ༚ٱ۩੡ , ലࠩ࠹ཕᐝತขᦞऄհಳߒ . ANT2 L4 ӥ 1*.0.4*6.5t C3 0.5P C410p L1 3*0.55*5.5T R1 470R R2 51K R3150R Q1 2SC3356 C19104P C5 3P L2 1uH Q2 2SC3356 C63P L3 5*5-2.5T C93P C88P C7470P R5 5.6K R651K R733K R45.6K R9 10K C12105P C13472P R11620R R12200K C14105P R15200K R1610K 12345678910 11121314151617181920 U3 MID-S R1410K R1310K R8 360K R2010K Q3 FHT8050 7Y POTA2 1 POTA3 2 T0 4 RESET 5 GND 6 POTB0 8 POTB1 9 POTB2 10 POTB3 11 PTC0 12 PTC1 13 PTC2 14 PTC3 15 VDD 16 OSCO 17 OSCI 18 POTA0 20 POTA1 21 7 19 3U4 NT66P20A(CHIP) C18 104P R23220K X1 32.768KHz C1527p C1627p R241M Q4 8550 9Y IN 2 GND 1 OUT 3 U2 AME8800-AEET 3.3V C11104P R1947K R2147K SW1 STOP R2247K C17 104P R18 470R LED1 7 - 6 + 5 U1 LM358-B 1 - 2 + 3 U1 LM358-A 84 U1 LM358-C R10100K DO DA VCC P1 P2 P3 P4 P5 Q5 8050D R2510K D1 SS14 IN 2 GND 1 OUT 3 U5 ELM9830BA 3.0V C24 0.1uF C250.1uF R26 100R V+(6V) C28 104p R1710K C26 0.1uF C29 0.1uF C1 10P C27 104P C22 105P C23 0.1uF 3V CR2032 BAT1BAT2 3V CR2032 C21 105P C10104P C2105P R25 7Y TD-13XA-Z RF Receiver
 FR-4 1.0mm   JUN.28 C20 NC VCC VCC GND VCC A0A1 A2 A3A4A5A6A7 A8A9 A10 A11  4.5 4 -4458 V+ (6V) P6 P7 P8 P9 P10 P11 P12P13 P14 6V

NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 1 of 21 EMI TEST REPORT According to FCC Part 15 Class B Subpart C EUT Type RF MODULE TRANSMITTER & RECEIVER Transmitter (TX) 1) Model No.: SG1010 2) FCC ID: RFV101011AB 3) Power Supply: DC 3V, battery Type AAA, 1.5Vdc x 2 Receiver (RX) 1) Model No.: SG1011 2) FCC ID: N/A, (under DoC) 3) Power Supply: DC Battery 3V x 2 (CR2032) Applicant Name: TGC ENTERPRISES Address See the General Information for details. Test Date : 2003-08-20 Issued Date :SEP.17, 2003 Test Engineer : JASON KUNG NVLAP Signature : Peter Kao Peter Kao / Director ΘʳThe test report shall not be reproduced except in full, without the written approval of the “PEP” ΘThe report must not be used by the client to claim product endorsement by NVLAP or any agency of the United States government. ΘThe testing result in this report are traceable to national or international standard . PEP TESTING LABORATORY 12-3Fl, No. 27-1, Lane 169, Kang-Ning St., Hsi-Chih. Taipei Hsien, Taiwan, R. O. C. Tel : 8862-26922097 Fax : 8862-26956236 NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 2 of 21 Table of Contents Report Cover Page..............................................................................1 Table of Contents.................................................................................2 1. GENERAL INFORMATION...............................................................3 1.1 Verification of Compliance..............................................................3 1.2 Equipment Modifications...............................................................4 1.3 Product Information.....................................................................5 1.4 Test Methodology.........................................................................5 1.5 Supporting test devices..................................................................5 1.6 Test Equipment............................................................................5 1.7 Statement of the Document Use....................................................6 2. FCC ID LABEL SAMPLE......................................................................7 3. SYSTEM TEST CONFIGURATION......................................................8 3.1 Operational Description..................................................................8 3.2 Special Accessories........................................................................8 3.3 Configuration of Tested System...................................................8 4. SYSTEM SCHEMATICS...................................................................10 5. RADIATED EMISSION DATA.........................................................12 5.1 Test Methods and Conditions.......................................................12 5.2 Test Data...............................................................................12 5.3 Occupied Bandwidth...................................................................14 6. PHOTOS OF TESTED EUT...............................................................16 NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 3 of 21 1. General Information 1.1 Verification of Compliance EUT:RF MODULE TRANSMITTER & RECEIVER FCC ID:RFV101011AB Applicant:TGC ENTERPRISES Address:38248 HILLSHIRE AVE. NORTH BRANCH MN.55056 Test Type:CERTIFICATION Result:PASS Tested Lab.:PEP Testing Laboratory Test Date:AUG. 20, 2003 Report Number:E920416 The above equipment was tested by PEP Testing Laboratory for compliance with the requirement set forth in the FCC rules and regulations Part 15, subpart C. This said equipment in the configuration described in the report, shows, the maximum emission levels emanating from equipment are within the compliance requirements. Measurement Uncertainty : The uncertainty of the radiated emission is given as below. The method of uncertainty Calculation is provided in PEP Testing Lab. Document No. QP-T-27-A. Expanded Uncertainty2.8 (dB) ϡ (95% Confidence Level); K=2 NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 4 of 21 1.2 Equipment Modifications The applicant upon signing the Declaration of Conformity agrees to incorporate the following modification(s) into all production units, please refer to the attached pages in this report. (A) Apply copper foil to circuit board of model SG1010 shown as page 21. (B) Mount one suppression core to the antenna cable of model SG1010 shown as page 21. NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 5 of 21 1.3 Product Information System Configuration ITEMDESCRIPTIONFCC ID TXRXRFV101011AB Product RF MODULE TRANSMITTER & RECEIVER Housing ABSABS Channel 11 Battery DC 3V,Љ4mADC 6V,Љ10mA Fundamental.433.92 MHz433.92 MHz Modulation Pulse ModulationAM Crystal Osc. Frcq. 433.92 MHz32.768 KHz Device TypeContinuous Operation 1.4 Test Methodology Radiated tests were performed according to the procedures in ANSI C63.4-1992 at an antenna to EUT distance of 3 meters. 1.5 Supporting Test Devices N/A 1.6 Test Equipment Description Manufacture/ Model Serial No.Next Cal. Date Spectrum Analyzer R & S FSP 7GHz 1006072004-05-13 Antenna SCHWARZBECK VULB9160 30742004-08-23 Pre-amplifier Schaffner CPA 9232 10122004-08-22 Signal Generator R & S SMY 02 829846/0382004-01-31 HORN Antenna R & S AH-118 100562004-05-21 Pre-amplifier Miteq JS400101800-28-5A 8083292004-08-21 All Test Equipment Used are Calibrated Traceable to NIST Standards. NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 6 of 21 1.7 Statement for the Document Use This report shall not be reproduced except in full, without the written approval of the laboratory. And this report must not be used by the client to claim product endorsement by NVLAP or any agency of the U.S. Government. NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Page 7 of 21 2. FCC ID Label Sample The sample label shown below shall be permanently affixed at a conspicuous l…

Text truncated - open the document above for the full version.

NVLAP LAB CODEΚ200097-0 FCC ID: RFV101011ABREPORT NO. : E920416 Figure 3.1 ġ