RUC-SE-G5J10Garage Door Transmitter

FCC and IC CERTIFIED This device complies with FCC Part 15 and ASS 210 of Industry Canada Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Changes or modifications not expressly approved by the manufacturer could void the user's authority to operate the equipment. For additional information or help, see Owner's Manual or contact Customer Service: 1-800-35-GENIE Your Local Distributor: 1-800-OK-Genie Customer Service 22790 Lake Park Blvd. Alliance, Ohio 44601-349B www.geniecompany.com INSTRUCTIONS 1 IMPORTANT INFORMATION NOTE: Use only with Series II Electronics. Operates up to three Intellicode Garage Door Openers manufactured after 1997. There are no Security Code Switches inside the Door Operators or Transmitters. WARNING Moving Door can cause serious injury or death. * Do Not install transmitter unless the door operator's safely reverse works as required by the door operators manual. * Wall control must be mounted in sight of door, at least 5 feet above floor and clear of moving door parts * Keep people clear of opening while door is moving. * Do Not allow children to play with the transmitter or door operator. If safely reverse does not work properly * Close door then disconnect operator using the manual release handle * Do Not use transmitter or door operator. * Refer to Door and Door Operator Owner's Manuals before attempting any repairs. 2 TO PROGRAM THE RECEIVER A different Transmitter Code is set at the factory for each INTELLICODE Transmitter. Step 2-1 Locate the Receiver Learn Code Button and Radio Signal Indicator on the Power Head of your Door Operator. Step 2-2 Press and release the Learn Code Button Fig 1 * The Radio Signal indicator will blink approximately 2 times per second. Step 2.3 Press a Transmitter Button once within 30 seconds. * The Radio Signal Indicator stays lit-SOLID. Step 2.4 Press the same Transmitter Button. The Radio Signal Indicator will go out (the Transmitter Code is now stored in (Receiver memory). NOTE: If a second Transmitter Code is not confirmed within 30 seconds or if a different Transmitter Code is sent, the Radio Signal Indicator will blink approximately 4 times per second, then programming will stop. If programming stops, repeat previous steps. Step 2-5 Repeat previous steps for each Transmitter to be learned. NOTE: A maximum of 7 Transmitter, Wireless Keypad and other access device Codes can be stored into Receiver Memory at one time. If a Transmitter becomes lost or if you want to delete a Transmitter, Wireless Keypad or other access device, proceed to step 3 ERASING ALL RECEIVER MEMORY. NOTE: If you are replacing a lost or stolen Transmitter: (1) Erase ALL Transmitter Codes from the Receiver memory. (2) Reprogram the Receiver with the remaining Transmitters. 3 ERASING ALL RECEIVER MEMORY Step 4-1 Press and HOLD the Learn Code Button for 10 seconds or until Radio Signal Indicator stops flashing and goes out. All Transmitter Codes are erased from Receiver memory. Step 4-2 Reprogram the Receiver with the remaining Transmitter Codes (Repeat Steps 2-2 through 2-4). 4 BATTERY INSTALLATION Step 5-1 Battery replacement (your Transmitter is battery powered). * Remove rear battery cap by releasing locking clip. * Install new AAA battery with positive foward 5 TRANSMITTER OPERATION * Point Transmitter at the garage door and press the transmitter button. Door will move. * Press the Transmitter Button again and the door will stop. * Press the Transmitter Button again and the door will move the other way. The door automatically stops at the end of the open or close cycle. 6 FLASHLIGHT OPERATION * Simply press the Flashlight on/off Button to turn on and off the flashlight. Transmitter Button Locking Clip Postive goes Foward Flashlight On/Off Series II Mini Transmitter with Flashlight

Shoreline FCC Warning SCALE:1:1 SIZE DWG. NO. A REV. MATERIAL FINISH -- -- DO NOT SCALE DRAWING APPLICATION USED ON NEXT ASSY DIMENSIONS ARE IN INCHESTOLERANCES:FRACTIONAL ANGULAR: MACH BEND TWO PLACE DECIMAL THREE PLACE DECIMAL NAME DATE DRAWN CHECKED ENG APPR.MFG APPR. Q.A. SHEET 1 OF 1 WEIGHT: COMMENTS: REVISIONS DESCRIPTION REV. DATE APPROVED THE INFORMATION CONTAINED IN THISDRAWING IS THE SOLE PROPERTY OF<INSERT COMPANY NAME HERE>. ANY REPRODUCTION IN PART OR AS A WHOLEWITHOUT THE WRITTEN PERMISSION OF<INSERT COMPANY NAME HERE> IS PROHIBITED. P R O P R I E T AR AR Y AN AN D C C O N F I D E N T I AL AL ZONE Actual Size WARNING AVERTISSEMENT ADVERTENCIA FCC ID: RUC - SE - G5J10 CAN RSS/CNR 210: 0000 0000 000 THE GENIE CO.MODEL:GMY-1BLFREQ: 390MHZ Made in China Moving DoorCan Cause Serious Injuryor Death WARNING AVERTISSEMENT ADVERTENCIA FCC ID: RUC - SE - G5J10 CAN RSS/CNR 210: 0000 0000 000 THE GENIE CO.MODEL:GMY-1BLFREQ: 390MHZ Made in China Moving DoorCan Cause Serious Injuryor Death WARNING AVERTISSEMENT ADVERTENCIA FCC ID: RUC - SE - G5J10 CAN RSS/CNR 210: 0000 0000 000 THE GENIE CO.MODEL:GMY-1BLFREQ: 390MHZ Made in China Moving DoorCan Cause Serious Injuryor Death

Shoreline Electronics, Inc. Operational Description of 390 MHz Transmitter 390 MHz Transmitter: The SE-G5J10 is a 390 MHz, single frequency, on-off keyed (OOK) type transmitter. Its architecture and design are based on a negative feedback colpitts type oscillator which is frequency stabilized by a surface acoustic wave (SAW) resonator. The unit is powered by one 1.5 volt battery and consumes close to 5 mA of current. The system modulation is accomplished by the turning on and off of the transmitter with a microprocessor running at 4 MHz. The data rate of the modulation is ca. 4800 BPS. There is one pushbutton on the transmitter which when depressed activates a microchip keeloq HCS201 encryption algorithm. The transmitter is on only when a button is depressed and immediately ceases transmitting on the release of the same button. Each push button causes one of several relays to be activated in one of its associated receivers. The antenna type employed is a helical loop which is permenantly mounted to the transmitter’s PCB. The unit will also turn itself off within 30 seconds if the pushbutton becomes accidentally depressed.

RUC-SE-G5J10 Shoreline Electronics 1 Test Report of an Intentional Radiator for Certification under Part 15.231 of the FCC rules DUT: Garage Door Transmitter FCC ID RUC-SE-G5J10 Test Date: 14-April-2004 Manufacturer: Shoreline Electronics, Inc. 2102-F Walsh Avenue Santa Clara, CA 95050 (408) 987-7733 Prepared by: Control Design & Testing, Inc. 6010 Red Fox Drive Spotsylvania, VA 22553 (540) 582-2826 RUC-SE-G5J10 Shoreline Electronics 2 A. DEVICE UNDER TEST The device is a keyfob style transmitter with an integral white light LED used to operate a grage door opening system. The transmitter is manufactured by Shoreline Electronics for Genie Company. This product is designed to operate under the provisions of Part 15.231 of the FCC rules. The frequency of operation is 390.00 MHz., nominal. The modulation mode is on/off keying using the Microchip “keylok” rolling code format. The test sample was supplied in the final production plastic enclosure. The device is powered by an internal 1.5 volt alkaline battery. The transmitter circuit is a modified colpitts oscillator using a SAW resonator as the frequency determining element. The antenna is a pc track loop that is etched on the printed circuit board. There is no provision to connect an external antenna. B. MEASUREMENT PROCEDURE: RADIATED EMISSIONS Radiated emissions testing of this device was conducted at the Carl T. Jones test facility located in Springfield, Virginia. FCC Site #90490 The field strength measurements were conducted according to the procedures set forth in ANSI C63.4 (1992). The device under test was placed on a rotating turntable 0.8 meters high, centered at 3 meters distant from the measurement antenna. The device was placed in the center of the turntable and tested in three positions as shown in the test setup photographs In normal operation, this device is programmed to transmit when the “open” button is pressed and stops transmitting whe the button is released. For the purpose of radiated emissions testing, the test sample was specially programmed to continuously transmit its code sequence without pressing the button. The occupied bandwidth plot below (Plot 1) was captured using this signal. RUC-SE-G5J10 Shoreline Electronics 3 Plot 1 RUC-SE-G5J10 Shoreline Electronics 4 The field strength measurements were taken using an HP8596E spectrum analyzer, an EMCO 3121C dipole set, an EMCO 3115 double ridge guide horn and an Avantek UJ210 preamp. The device was scanned from 30 MHz. to 4 GHz. and all emissions were noted. In this case, the only emissions detected were the primary frequency of operation and frequencies harmonically related to the fundamental transmit frequency. At each detected emission frequency, the device was measured by rotating the turntable and adjusting the antenna height over a range of 1 to 4 meters to obtain the maximum output level. This procedure was performed with both horizontal and vertical antenna polarizations for each of the three positions shown in the test setup photos. The peak reading for each frequency was recorded in the fourth column in Table 1 below. Measurements taken for weak emissions were performed by reducing the distance from the measurement antenna to 1 meter and factoring –9.54dB into the calculation. This method was used for the 6 th and 7 th harmonics. CLIENT: SHORELINE ELECTRONICSFCC ID: RUC-SE-G5J10 EUT: GARAGE DOOR TRANSMITTER PART 15.231DATE: 14-APRIL-04 Ant. Polar. H/V 390.019V21.9-56.1110.5436013029166 780.038V28.4-83.9110.5375112916 1170.057V27.2-84.5810.530390500 1560.076H28.6-90.8410.517352500 1950.095V30.9-103.7710.55115916 2340.114H32.3-110.0510.5299500 2730.133H33.5-117.3210.5144500 Table 1 RADIATED EMISSIONS DATA Frequency In MHz. Peak Power uV/m@3m Peak reading dBm Ant. Factor dB ANTENNA: DIPOLES/DRG HORN Duty Cycle -dB 15.231(a) Limit uV/m@3m Corrected Power uV/m@3m

RUC-SE-G5J10 Shoreline Electronics 5

C. DUTY CYCLE AND INTERVAL CALCULATIONS The occupied bandwidth and duty cycle measurements were made using an HP8594E spectrum analyzer and plotted with an HP7475A pen plotter. The computation for the duty cycle correction factor for column five in Table 1 is derived from the manufacture’s description of the data scheme and is verified by plots 2 through 7. The data format for this device is a proprietary rolling code pulse modulation scheme. The packets are transmitted at 107ms. intervals so there is only one packet in any 100ms. period. Each packet is 45.55ms. long consisting of a 4.55ms. preamble followed by a 2.00ms. space and a 39ms. address. The preamble has 12 evenly spaced pluses of 200
s. each for a total on time of 2.4ms. The address is a 64 bit binary code with a worst case duty cycle of 70% for a total on time of 27.3ms. The net packet duty cycle is calculated below. Preamble 12 X 200
s. = 2.4ms. Address 39ms. X 0.7 = 27.3ms. Total on time 29.7ms. 20log(29.7ms. total on time)/100ms.) = -10.54 dB. As provided in Part 15.35 of the FCC rules, a correction factor of –10.5 dB is used for the calculations on the data sheet. The duty cycle corrected levels appear in the 7 th column in the table above. RUC-SE-G5J10 Shoreline Electronics 6 Plot 2 RUC-SE-G5J10 Shoreline Electronics 7 Plot 3 RUC-SE-G5J10 Shoreline Electronics 8 Plot 4 RUC-SE-G5J10 Shoreline Electronics 9 Plot 5 RUC-SE-G5J10 Shoreline Electronics 10 Plot 6 RUC-SE-G5J10 Shoreline Electronics 11 Plot 7