T99058404300Security/Remote Control Transmitter

Fig. A: Detach the adapter from the body IMPORTANT The Proflame Transmitter is an integrated part of the Proflame System, which consists of these elements: • Proflame Transmitter, to be used in conjunction with • Integrated Fireplaces Control (Proflame IFC) The Profl ame Transmitter provides for controlling the following hearth appliance functions: 1. Main Burner On/Off 2. Main Burner fl ame modulation (6 levels) 3. Choice of standing or intermittent pilot (CPI/IPI) 4. Thermostat and Smart thermostat functions 5. Accent light modulation (6 levels) 6. Split fl ow valve 7. On/Off relay 8. Comfort Fan speed modulation (6 levels) The Proflame Transmitter uses a streamline design with a simple button layout and informative LCD display (Fig. 1). A Mode Key is provided to index between the features and a Thermostat Key is used to turn on/off or index through Thermostat functions (Fig. 1 & 2). Additionally, a Key Lock feature is provided (Fig. 23). WARNING THE TRANSMITTER AND RECEIVER ARE RADIO FREQUENCY DEVICES. PLACING THE TRANSMITTER IN OR NEAR METAL MAY SEVERELY REDUCE THE SIGNAL RANGE. METALLIC STRUCTURES OR RADIO INTERFERENCES CAN REDUCE THE OPERATIVE DISTANCE OF THE DEVICE DEPENDING ON TYPE OF FIREPLACE, INSTALLATION AND ENVIROMENT. ATTENTION! - TURN “OFF” THE MAIN GAS SUPPLY OF THE APPLIANCE DURING INSTALLATION OR MAINTENANCE OF THE RECEIVER DEVICE. - TURN “OFF” MAIN GAS SUPPLY TO THE APPLIANCE PRIOR TO REMOVING OR REINSERTING THE BATTERIES. - IN CASE OF REMOTE CONTROL MALFUNCTION TURN OFF THE IFC DEVICE USING THE “ON/OFF” MAIN SWITCH. - FOR INSTALLATION/MAINTENANCE SWITCH OFF THE IFC DEVICE REMOVING MAIN POWER SUPPLY PLUG. - THE DEVICE IS NOT SUITABLE FOR THE USE OF RECHARGABLE BATTERIES AND ITS OPERATIVE DISTANCE IS REDUCED WITH LOW BATTERY LEVEL. Remote Control Supply voltage 4.5 V (three AAA LR03 1.5 V batteries) Ambient temperature ratings 0 - 50 °C (32 - 122 °F) Typical operative distance in free air 12 m Radio frequency 315 MHz ( FCC version ) 433.92 MHz ( CE version ) TECHNICAL DATA OPERATING PROCEDURE Initializing the System for the first time Power the receiver. Activate the procedure of the receiver address programming, see the receiver instruction (*). The Receiver will “beep” three (3) times to indicate that it is ready to synchronize with a Transmitter. Install the 3 AAA type batteries in the Transmitter battery bay, located on the base of the Transmitter. (fig. 3) With the batteries already installed in the Transmitter, push the On button. The Receiver will “beep” four times to indicate the Transmitter’s command is accepted and sets to the particular code of that Transmitter. The system is now initialized. (*) The receiver may be independent or integrated to the IFC hearth appliance control module. The receiver instruction may not be independent when part of the IFC. Turn on the Appliance With the system OFF, press the ON/OFF Key on the Transmitter. The Transmitter display will show some other active Icons on the screen. At the same time the Receiver wil activate the appliance. A single “beep” from the Receiver will confirm reception of the command. Turn off the Appliance With the system ON, press the ON/OFF Key on the Transmitter. The Transmitter LCD display will only show the room temperature (Fig. 6). At the same time the Receiver will turn off the appliance. A single “beep” from the Receiver confirms reception of the command. Fig. 6: Remote Control display. Temperature indication Display With the system in the “OFF” position, press the Thermostat Key and the Mode Key at the same time. Look at the LCD screen on the Transmitter to verify that a C or F is visible to the right of the Room Temperature display. (Fig. 4 and fig. 5) Fig. 3: Battery compartment. 9.957.126 01 Remote-Flame Control The Proflame has six (6) flame levels. With the system on, and the flame level at the maximum in the appliance, pressing the Down Arrow Key once will reduce the flame height by one step until the flame is turned off. The Up Arrow Key will increase the flame height each time it is pressed. If the Up Arrow Key is pressed while the system is on but the flame is off, the flame will come on in the high position. ( Fig. 7 & 8 ) A single “beep” will confirm reception of the command. Fig. 9 Fig. 10 SET TEMPERATURE ROOM TEMPERATURE Room Thermostat ( Transmitter Operation) The Remote Control can operate as a room thermostat. The thermostat can be set to a desired temperature to control the comfort level in a room. To activate this function, press the Thermostat Key (Fig. 1). The LCD display on the Transmitter will change to show that the room thermostat is “ON” and the set temperature is now displayed (Fig. 9). To adjust the set temperature, press the Up or Down Arrow Keys until the desired set temperature is displayed on the LCD screen of the Transmitter. Fig. 7: Flame Off Flame Level 1 Fig. 8: Flame level 5 Flame Level Maximum Smart Thermostat (Transmitter Operation) The Smart Thermostat function adjusts the flame height in accordance to the difference between the set point temperature and the actual room temperatures. As the room temperature gets closer to the set point the Smart Function will modulate the flame down. To activate this function, press the Thermostat Key (Fig. 1) until the word "SMART" appears to the right of the temperature bulb graphic (Fig. 11). To adjust the set temperature, press the Up or Down Arrow Keys until the desidered set temperature is displayed on the LCD screen of the Transmitter (Fig. 12). Note. When Smart Thermostat is activated, manual flame height adjustment is disabled. Fan Speed Control If the appliance is equipped with a hot air circulating fan, the speed of the fan can be controlled by the Proflame system. The fan speed can be adjusted through six (6) speeds. To activate this function use the Mode Key (fig.1) to index to the fan control icon (Fig. 13). Use the Up/Down Arrow Keys (Fig.1) to turn on, off or adjust the fan speed (fig. 14). A single “beep” wil…

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SIT la precisa spa CONFIDENTIAL FORM Federal Communication Commission 7435 Oakland Mills Road Columbia, MD 21046 December 13, 2013 Gentlemen: This letter is to comply with Section 0.457(d)(2)(i) and 0.459 peraining to confidential material. SIT LA PRECISA S.p.A. would like the following documents regarding this submission for FCC ID: T99058404300 to be kept confidential. 1. Schematic 2. Functional Blocks Schematic 3. Operational Description The above material contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want these documents to be accessible to the general public. Sincerely, /t Antonio Vendramini Electronics Research & Development Manager SIT la precisa spa 35129 Padova - Viale dell'industria 31,33 - Italy Ph. +39 049 8293343 - +39 049 8293111 e-mail: [email protected] SIT la precisa spa 35129 Padova - Viale dell'lndustria, 31133 - ITALY - Tel. +39 049 8293111 Fax +39 049 8070093 www.sitgroup.it e-maih [email protected] P.IVA / C.F. / Reg. Imprese di PD n. 02072110287 Societ& che esercita la direzione eil coordinamento" Findest srl

Revision 00 Author A. Veronese Date 2013-12-02 OPD13071 FCC ID Label location.doc - CONFIDENTIAL - The content of this document is property of SIT La Precisa that reserves to itself all the rights sanctioned by laws. SIT la precisa spa GT-Fire Proflame Wall Mount Transmitters FCC ID Label Location Written by: A. Veronese Verified by: A. Vendramini Approved by: A. Vendramini Revision 00 Author A. Veronese Date 2013-12-02 OPD13071 FCC ID Label location.doc - CONFIDENTIAL - The content of this document is property of SIT La Precisa that reserves to itself all the rights sanctioned by laws. SIT la precisa spa GT-Fire Proflame Wall Mount Transmitters FCC ID Label Location Applicant : SIT LA PRECISA S.P.A. FCC ID : T99058404300 This device complies with part 15 the FCC rules. Operation is subject to the following two condition: 1. This device may be not case harmful interferences. 2. This device must accept nay interference received, including interference tha may cause undesidered operation The label must be a stick-on paper. The label on these products must be permanently affixed to the product and readily visible al the time of purchase and must last the expected lifetime of the equipment not be readily detachable. Proposed Proposed Proposed Proposed Label Label Label Label L LL Location ocationocation ocation On EUT On EUT On EUT On EUT EUT Top View EUT Bottom View

Independent Testing Laboratory CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) – ITALY Tel./Fax +39 0445 367702 www.cmclab.it - [email protected] Accredited by Ministry of Communications – Notified Body EMC Directive 2004/108/EC n° NB 2044 Test report R13150201 Rev. 1.0 Order M131502 page 1 of 25 TEST REPORT nr. R13150201 Federal Communication Commission (FCC) Test item Description .................... : REMOTE CONTROL Trademark ..................... : SIT LA PRECISA Model/Type ................... : 058404300 Test Specification Standard ........................ : FCC Rules & Regulations, Title 47 (2012) Part 15 paragraph(s) : 203, 204,207, 209 and 231 Client’s name ............... : SIT LA PRECISA S.p.A. Address ......................... : Viale dell'industria, 31/33 - 35129 Padova (PD) - ITALY Manufacturer’s name . : Same as client Address ......................... : -- Report Tested by ....................... : A. Bertezzolo - Technician Approved by .................. : R. Beghetto - Laboratory Manager Date of issue .................. : 27.01.13 Contents ........................ : 25 pages This test report shall not be reproduced except in full without the written approval of CMC. The test results presented in this report relate only to the item tested. CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R13150201 Rev. 1.0 Order M131502 page 2 of 25 Index 1. SUMMARY ............................................................................................................................................................. 3 2. DESCRIPTION OF EQUIPMENT UNDER TEST (EUT) ................................................................................. 4 2.1 TEST SITE .............................................................................................................................................................. 4 3. TESTING AND SAMPLING ................................................................................................................................. 4 4. OPERATIVE CONDITIONS................................................................................................................................. 4 5. PHOTOGRAPH(S) OF EUT ................................................................................................................................. 5 6. EQUIPMENT LIST ................................................................................................................................................ 6 7. MEASUREMENT UNCERTAINTY .................................................................................................................... 7 8. EFERENCE DOCUMENTS .................................................................................................................................. 8 9. DEVIATION FROM TEST SPECIFICATION ................................................................................................... 9 10. TEST CASE VERDICTS........................................................................................................................................ 9 11. RESULTS................................................................................................................................................................. 9 11.1 ANTENNA REQUIREMENTS ............................................................................................................................. 10 11.2 RADIATED EMISSION 0,009-4000 MHZ ......................................................................................................... 11 11.3 FOUNDAMENTAL AND SPURIOUS EMISSION (≤ 1GHZ) .................................................................................... 12 11.4 SPURIOUS EMISSION (> 1GHZ) ....................................................................................................................... 13 11.5 20DB BANDWIDTH OF EMISSION ..................................................................................................................... 14 11.6 PERIODIC OPERATION CHARACTERISTICS ....................................................................................................... 15 12. GRAPHS AND TABLES ...................................................................................................................................... 16 CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R13150201 Rev. 1.0 Order M131502 page 3 of 25 1. Summary Emission: FCC Rules & Regulations, Title 47 (2011) Test specifications Environmental Phenomena Tests sequence Result Part 15.203 and 15.204 Antenna Requirement 1 Complies Part 15.207 Conducted Emission -- N.A. (+) Part 15.209 and 15.231 Radiated Emission 2 Complies Part 15.209 and 15.231 Bandwidth of emission 3 Complies (+) Apparatus with 4,5Vdc of power supply from internal battery The Test Report was given to the Client representatives for necessary documentation of ratification of the tested equipment and it is valid for the FCC certification. CMC Centro Misure Compatibilità S.r.l. Via dell’Elettronica, 12/C 36016 Thiene (VI) Test report R13150201 Rev. 1.0 Order M131502 page 4 of 25 2. Description of Equipment under test (EUT) Power supply .......................................................................... : 4,5Vdc from internal battery (3 x 1,5Vdc) Type of equipment ............................................................... :  Transmitter Unit  Receiver Unit  Fixed station  Portable station  Mobile station Receiver class ........................................................................ : -- Working Frequency ............................................................... : 315 MHz Number of channels .............................................................. : -- Channel separation ................................................................ : -- Modulation ......................................…

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