SCBVTNRF Remote Control Unit

1 VENETIAN RF REMOTE CONTROL User’s Manual 1. Introduction : The RF remote control for curtain controller is consist of the keypad like the picture and to use indication LED for operating. 2. Transmitting Frequencies : The RF remote control can transmit two frequencies( 433.92 MHz, 433.42MHz ). The device will transmit a 433.42MHz carrier if press one key of Raise, Stop, Lower, Reg keys and a 433.92MHz carrier if press one key of Open, Stop, Close, Reg keys. The 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. NOTE: The Manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to this equipment. Such modifications could void the User’s authority to operate the equipment. The transmitter will be turn off automatically after 10 seconds if a keypad will be pressed continuously. 3. Electrical Specifications (VENETIAN) Items Specifications Remarks Model Name VENETIAN Frequency 433.42MHz/433.92 MHz Frequency drift ±100KHz Transmitter Power Max. +0dBm Antenna PCB Pattern Antenna Power Supply 2x AAA Alkaline battery Modulation method ASK/OOK Communication method Simplex Stand by Current Below 1uA Transmit Current Max. 10mA Operating Temperature 0°C ~55°C 2 4. To Program RF Remote controller ID to Curtain Controller 1. Press for few second a program button on curtain controller. 2. Press for few second a registration button on the remote controller. 3. And the Curtain controller will register your rf remote controller. 5. To operate 1. Register your remote controller to the curtain controller. 2. Press any key on remote controller, and blinks led. 3. Curtain controller makes to operate a curtain (sheer and drapery) (raising, lowering, opening, closing, stopping).

Venetian Remote Blockdiagram Open1Stop1Close1 RF Parts Micom2 Tx_Data LED Power Supply: AAA*2=3Vdc ANT Oscillator Open2Stop2Close2Reg1Reg2 Micom1 EEPROM Oscillator 4MHz

1. Model name: Venetian

Operational Description VENETIAN RF Remote control are to control the curtain controller. This product consists of two RF parts for transmitting RF carrier via the air and a micom parts for transmitting key data signal to RF signal. RF Parts consists of Oscillators, antenna and matching network. The oscillation method is a saw resonator, Antenna is a pattern antenna. Micom parts consists of a micom, a eeprom, keys. Micom send a data corresponding to key data and ID to RF parts, and Eeprom have a unique ID. Applications Wireless Curtain control

BUYER : CELADON BUYER MODEL:RF Remote(Venetian) No DESCRIPTION SPECIFICATION Q'TY Ref No. Vendor Remarks 1 PCB CHIP MOUNT 2 Transmitter MAIN P.C.B 37X 184 X 1.6T(XPC, D/S), SBDB6100-10012 1 FINE 3 IC, MICOM S3F80J9-28, SOP28, OTP 1 IC1 Samsung 4 IC, MICOM PIC12F635, SO8 1 IC3 Microchip 5 IC, eeprom 24AA02T-1/SNG, SOP8 1 IC2 Microchip 6 Programmed OBJ & ID 1 7 LED 3ø, Green 1 LED1 8 Chip Diode KDR729 2 D2,3 KEC 9 Chip Transistor 2SC4226(R25) 2 Q1,6 NEC 10 Chip Transistor KRC4075 2 Q2,4 KEC 11 Chip Transistor KRA306 2 Q3,5 KEC 12 CHIP CERMIC CAP. (#1608) 4pF/50V, COG,±0.25pF 3 C2,4,20 Samsung 13 CHIP CERMIC CAP. (#1608) 18pF/50V, COG,±0.25pF 2 C5,6 Samsung 14 CHIP CERMIC CAP. (#1608) 15pF/50V, COG,J 1 C11 Samsung 15 CHIP CERMIC CAP. (#1608) 12pF/50V, COG,J 1 C12 Samsung 16 CHIP CERMIC CAP. (#1608) 10nF/50V,Z5U, Z 3 C8,14,18 Samsung 17 CHIP CERMIC CAP. (#1608) 100pF/50V,X7R, J 2 C9,15 Samsung 18 CHIP CERMIC CAP. (#1608) 27pF/50V, COG, J 1 C20 Samsung 19 CHIP CERMIC CAP. (#1608) 47pF/50V, COG,J 1 C8 Samsung 20 CHIP CERMIC CAP. (#2012) 100nF/50V, Z5U, Z 2 C21,22 Samsung 21 ELECT Capacitor 220uF/10V 1 C23 Samsung 22 CHIP INDUCTOR (#1608) 1uH, J 4 L2,4,7,8 Samsung 23 CHIP INDUCTOR (#1608) 4.7nH, J 1 L3,5 Samsung 24 CHIP INDUCTOR (#1608) 47nH, J 1 L1 Samsung 25 CHIP INDUCTOR (#1608) 15nH, J 1 C10 Samsung 26 CHIP RESISTOR (#1608) 0ohm, J 3 JP1,2,R14 Samsung 27 CHIP RESISTOR (#1608) 100R, J 3 R1,2,3 Samsung 28 CHIP RESISTOR (#1608) 560R, J 1 R8 Samsung 29 CHIP RESISTOR (#1608) 10K, J 6 R4,5,6,711,1 2 Samsung 30 CHIP RESISTOR (#2012) 10K, J 1 R21 Samsung 31 CHIP RESISTOR (#1608) 22K, J 2 R13,9 Samsung 32 CHIP RESISTOR (#2012) 4.7K, J 2 R23,24 Samsung DATE: 2007.2.23 BOM OF Venetian Remote 33 Ceramic Resonator 4Mhz, IFR4000T00B02,DIP 1X1 CQ 34 Saw Resonator 433.92MHz,T039,±50KHz 1Y2 CQ 35 Saw Resonator 433.42MHz,T039,±50KHz 1Y1 CQ 36 ALKALINE BATTERY AAA TYPE 2 BAT1 37 Bat. SPRING (+) `56(+)EA,DB Spring 1 38 Bat. SPRING (-) `56(-)EA,DB Spring 1 39 Bat. SPRING,common 1 40 TOP CASE COVER ABS 1 41 BOTTOM CASE COVER ABS 1 42 BATTERY COVER ABS 1 43 Key Rubber 1 44 Key Plate 1 45 FCC+ETL LABEL STIKER 1

55 44 33 22 11 D D C C B B A A Stop Mont Open1Stop1Close1Config1 CLKData ID_Reg Desc Radio1 Radio2 LED RF_en LED Radio2 Stop2 3V 3V 3V 3V3V 3V 3V 3V TitleSize Document Number Rev Date: Sheet of <Doc> V1.2 Celadon Venetian Remocon Schematic A4 11 Thursday, March 29, 2007 TitleSize Document Number Rev Date: Sheet of <Doc> V1.2 Celadon Venetian Remocon Schematic A4 11 Thursday, March 29, 2007 TitleSize Document Number Rev Date: Sheet of <Doc> V1.2 Celadon Venetian Remocon Schematic A4 11 Thursday, March 29, 2007 *Note1.RF Frequency: 433.42MHz *Note1.RF Frequency: 433.92MHz SHEER DRAFERY1 1 TP12PGTP12PG C618pFC618pF R1210KR1210K 1 2 3 Q5 KRA306 Q5 KRA306 1 TP6PGTP6PG R710KR710K Vss 1 Xo 2 Xi 3 TST 4 P2.5 5 P2.6 6 P2.7 8 RST 7 P1.0 9 P1.1 10 P1.2 11 P1.3 12 P0.0 13 P0.1 14 P0.2 15 P0.3 16 P0.4 17 P0.5 18 P0.6 19 P0.7 20 P2.0 21 P2.1 22 P2.2 23 P2.3 24 P2.4 25 P3.0 26 P3.1 27 VDD 28 IC1 S3F80J9-28 IC1 S3F80J9-28 VCC 8 A2 3 A1 2 SCL 6 SDA 5 WC 7 VSS 4 A0 1 IC2EEPROMIC2EEPROM C13NAC13NA 1 2 A1 ANT1 A1 ANT1 + BT23A + BT23A S4 Keypad S4 Keypad 1 TP7PGTP7PG C518pFC518pF L71uHL71uH 1 TP4ProgTP4Prog R510KR510K 1 TP14PGTP14PG 1 TP11PGTP11PG D3 MA729 D3 MA729 C3NAC3NA R140R/VR140R/V SW1 Keypad SW1 Keypad R1100RR1100R 1 TP1 Prog TP1 Prog L5 4.7nH L5 4.7nH R922KR922K C22100nFC22100nF R234.7KR234.7K Y1 433.42MHz Y1 433.42MHz JP30R/PJP30R/P JP10R/VJP10R/V JP40R/PJP40R/P 1 23 Q62SC4226Q62SC4226 S1 Keypad S1 Keypad SW2 Keypad SW2 Keypad R610KR610K 1 TP15PGTP15PG C1NAC1NA R2100RR2100R C1212pFC1212pF 1 23 Q2KRC4075Q2KRC4075 L41uHL41uH L81uHL81uH 1 TP3ProgTP3Prog C23 220uF/10 C23 220uF/10 C1410nFC1410nF C7NAC7NA JP20R/VJP20R/V SW3 Keypad SW3 Keypad Y2 433.92MHz Y2 433.92MHz VDD 1 GP5 2 GP4 3 GP3 4 GP2 5 GP1 6 GP0 7 GND 8 IC312F635IC312F635 R1110KR1110K R244.7KR244.7K C810nFC810nF S2 Keypad S2 Keypad C1115pFC1115pF 1 23 Q12SC4226Q12SC4226 1 TP13PGTP13PG X14MHzX14MHz C15 100pF C15 100pF 1 23 Q4KRC4075Q4KRC4075 R3100RR3100R C9 100pF C9 100pF 1 2 3 Q3KRA306Q3KRA306 C24PFC24PF R2110KR2110K SW4 Keypad SW4 Keypad 1 TP9PGTP9PG C44pFC44pF L21uHL21uH 1 TP5 Prog TP5 Prog R1322KR1322K C1015NHC1015NH R8560RR8560R C204pFC204pF S3 Keypad S3 Keypad D1LEDD1LED 1 TP10 PG TP10 PG L3 4.7nH L3 4.7nH C21100nFC21100nF D2 MA729 D2 MA729 C1810nFC1810nF 1 TP8PGTP8PG 1 TP2ProgTP2Prog R410KR410K + BT13A + BT13A L147nHL147nH

IST Co., Ltd EMC LABORATORY(Registration Number:400603) TEST REPORT NO. : 07-IST-0116(V1.1) 1 of 25 This Report shall not be reproduced except in full without the written approval of IST EMC Laboratory. Certification of Compliance CFR 47 Part 15 Subpart C Test Report File No. : 07-IST-0116(V1.1) Date of Issue :April 05, 2007 Model(s) : VENETIAN Kind of Product : RF Remote Control Unit FCC ID : SCBVTN Applicant : Seoby Electronics Co, Ltd. Address : 38-2 Anyang2-dong, Manan-gu, Anayang-city Gyeonggi-Do, Korea Manufacturer : Seoby Electronics Co, Ltd. Address : 38-2 Anyang2-dong, Manan-gu, Anayang-city Gyeonggi-Do, Korea Test Result ■ Positive □ Negative Reviewed By Approved By S.J.CHO / EMC Group Manager J.H.LEE / Chief Comment(s) - Investigations requested : Measurement to the relevant clauses of FCC rules and regulations Part 15 Subpart C. - The test report with appendix consists of 25 pages. - The test result only responds to the tested sample. - It is not allowed to copy this report even partly without the allowance of IST EMC Laboratory. - This equipment as for has been shown to be capable of continued compliance with the applicable technical standards as indicated in the measurement report and was tested in accordance with the measurement procedures specified in ANSI C63.4 I assume full responsibility for accuracy and completeness of these data. IST Co., Ltd EMC LABORATORY(Registration Number:400603) TEST REPORT NO. : 07-IST-0116(V1.1) 2 of 25 This Report shall not be reproduced except in full without the written approval of IST EMC Laboratory. TABLE OF CONTENTS Table of contents 2 Information of test laboratory, Environmental conditions, Power used, Product information 3 Summary 4 Equipment Under Test 5 Measurement Uncertainty Calculations 6 - Radiated Emission. 7 -Radiated Emission Limits 8-9 - Radiated Emission Result 10-17 - Bandwidth 18 - Test Equipment & Limits 18 - Test Result 19 - Transmission time 20 - Test result 21 - Antenna Requirement 22 - Test Photo of Test Setup 23-24 - EUT Photo 25 - Note: IST Co., Ltd EMC LABORATORY(Registration Number:400603) TEST REPORT NO. : 07-IST-0116(V1.1) 3 of 25 This Report shall not be reproduced except in full without the written approval of IST EMC Laboratory. INFORMATIONS OF TEST LABORATORY EMC LABORATORY of IST Co., Ltd. (FCC Filing Lab.) Singal-dong, Giheung-gu, Yongin-City Kyonggi-Do, 400-19, Korea TEL : +82 31 326 6700 FAX : +82 31 326 6797 ENVIRONMENTAL CONDITIONS Temperature 15 °C Humidity 23 % Atmospheric pressure 1010 mbar POWER SUPPLY SYSTEM USED Power supply system DC 3V by Battery(Battery type(Size “AAA”) (Refer to the product information) PRODUCT INFORMATION Items Specifications Model Name VENETIAN Frequency 433.42MHz/433.92MHz Channel 2 Frequency drift ±100KHz Transmitter Power Max. +0dBm Antenna Built-in on the PCB Antenna Power Supply 2x AAA Alkaline battery Modulation method ASK/OOK Communication method Simplex Stand by Current Below 1uA Transmit Current Max. 10mA Operating Temperature 0°C ~55°C - EMC suppression device is not used during the test. - Please refer to user’s manual. IST Co., Ltd EMC LABORATORY(Registration Number:400603) TEST REPORT NO. : 07-IST-0116(V1.1) 4 of 25 This Report shall not be reproduced except in full without the written approval of IST EMC Laboratory. SUMMARY Test Descriptions - Radiated Emission PA S S - Radiated Emission Result - Bandwidth PA S S - Test Result - The Transmission time PA S S - Test Result Te s t D a t e Begin of Testing : Mar 23, 2007 - End of Testing : Apr 4, 2007 Prepared By Note : - ■ means the test is applicable, - □ is not applicable. C.W.Kim / Project Engineer IST Co., Ltd EMC LABORATORY(Registration Number:400603) TEST REPORT NO. : 07-IST-0116(V1.1) 5 of 25 This Report shall not be reproduced except in full without the written approval of IST EMC Laboratory. Equipment Under Test EUT Type : † Table-Top. † Floor-Standing. † Table-Top and Floor-Standing(Combination). „ Hand held Operation – mode of the E.U.T. : The equipment under test was operated during the measurement under following conditions : † Standby Mode „ Operational Condition : „ continue Transmit Configuration of the equipment under test : Following peripheral devices and interface cables were connected during the measurement : Equipment Type Brand Serial No. RF Remote Control Unit VENETIAN Seoby Electronics Co, Ltd. N/A EUT exercise Software To get a maximum radiated emission from the EUT, the touch screen o the EUT was pushed to transmit RF signal continuously. To activate continuous transmission, software was changed as above for testing only. To get a maximum emission levels from the EUT, the EUT was moved throughout the X, Y, and Z planes. Test Set-Up Radiated Emissions IST Co., Ltd EMC LABORATORY(Registration Number:400603) TEST REPORT NO. : 07-IST-0116(V1.1) 6 of 25 This Report shall not be reproduced except in full without the written approval of IST EMC Laboratory. Measurement Uncertainty Calculations The measurement uncertainties stated were calculated in accordance with the requirements of NIST Technical Note 1297 and NIS 81 (1994). Uncertainty (±dB) Contribution (Conducted Emissions) Probability Distribution 0.15-30MHz Receiver Specification Rectangular 1.5 LISN Coupling Specification Rectangular 1.5 Cable and Input Attenuator Calibration Normal (k=2) 0.5 Mismatch to Reciver U-Shaped -0.8 / +0.7 System Repeatability Normal (k=1) 0.2 Combined Standard Uncertainty Normal (k=2) -1.85 / +1.71 Expanded Uncertainty U Normal (k=2) -3.7 / +3.42 U c,minus = -1.85, U c,plus = 1.71 U = -3.70 / +3.42 (k=2, 95.45% confidence level) Uncertainties(±dB) Contribution (Radiated Emissions) Probability Distribution 3 m Antenna Factor Frequency Interpolation Height Variation Directivity Difference Phase Center Location Normal (k=2) Rectangular Rectangular Rectangular Rectangular 0.9968 0.1039 -2.6 / +1.5 -1.0 / +0 1.0 Cable Loss Normal (k=2) 0.5 Receiver Voltage Accuracy Pulse Response Absolute Repetition Rate Normal …

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