ON3MRAELOW POWER RADIO RECEIVER

MRA2E – MRA1E ENGLISH MRAE_V0 Member of:Associated CAUTION FOR THE USER Any change or modification of the product is forbidden if not expressly approved by the manufacturer 1. GENERAL INFORMATION These receivers integrate the functions of standard Multipass and Multipass Roll code receivers and decoders. They feature a storage capacity of up to 200 different codes generated by transmitters of the Multipass and Multipass Roll family at 433.920 MHz (M/RA1E - M/RA2E). 2. ROLLING CODING This type of coding affords extra security as it prevents the risk of code violation by interception or re- transmission. It is based on the transmission of a batch of bits consisting of a fixed part (which is different for each transmitter), of channel bits associated with the switch of the activated transmitter, and of a part which changes in a pseudo-random manner (rolling code) in accordance with a proprietary Prastel algorithm. The configuration of these latter bits changes unpredictably from one transmission to the following. The receiver memorises by self- learning the fixed part of the code associated with each transmitter plus the relevant rolling code, updating the latter upon each transmission. Transmitter recognition occurs only if the transmitted rolling code corresponds to the 255 configurations subsequent to the last recognised transmission. Realignment and recognition of a previously memorised transmitter which has overrun the permissible interval (an event which may occur for example following on an excess of unrecognised transmissions or upon battery replacement) can however be made by pressing and releasing the transmitter learning button. This procedure permits the system to check for code correctness, while safeguarding the advantages afforded by the rolling code. 3. TECHNICAL FEATURES Power supply12 - 24 Vac/dc Average consumptionStand-by: 20 mA with relay energized: 45 mA Reception frequency433 MHz Digital CodeWith a number of bits varying from 40 to 54 Number of storable codes200 Number of channels1 (M/RA1E); 2 (M/RA2E) Type of outputMonostable, bistable OutputRelay Contact rating0,5 A @ 24 Vac/dc Signalsred LED Working temperature range-10/+55 °C Storage temperature-40/+85 °C Receiver weight250 g. Receiver dimensions77 x 80 x 38 mm 4. VOLTAGE SELECTION Both the M/RA2E-M/RA1E receivers can operate at 24V and 12V ac/dc. 5. CODE PROGRAMMING AND DELETION Entry and storage of a new code and deletion of the full code list can be made by acting on key P1, while deletion of single user codes can be made using the GT/BASER portable terminal. How to Program • Power the receiver as specified. • Press P1. The red LED lights up indicating that programming is in progress. • Press any of the transmitter’s keys to make a transmission. • The code will now be entered in the memory. While loading is in progress, LED will flash. Upon code being stored, the LED stops flashing and becomes fixed. A new code can now be entered. • Load the codes of all the transmitters by making a transmission with each of them. MRA2E – MRA1E ENGLISH MRAE_V0 Member of:Associated • Upon this operation being completed, press P1 again to exit from programming mode. The LED will go off. In any case, the system will automatically exit from programming mode upon 10 seconds having elapsed since last loading. • Codes remain stored even if receiver is powered off. Attention: Make a transmission within 10 seconds after pressing P1 as system will automatically exit from programming mode after this time has elapsed if no transmission has been made. To re-access programming mode, press P1 again. Deletion of all codes • Press and hold down key P1 until the red LED starts flashing. • Press P1 again within 6 seconds to confirm deletion. Confirmation is signalled by the LED flashing more rapidly. 6. CHANNEL SELECTION AND RELAY OPERATING MODE Set output as desired by means of jumper A (jumper A closed for monostable relay operation and jumper A open for bistable relay operation). Note: Relay operating mode selection is not contemplated on the M/RA2E receiver. 7. ANTENNA CONNECTION The receivers may be connected to external antennas of corresponding frequencies by means of the appropriate F-type female connectors. The M/RA1E and M/RA2E receivers can instead be connected to ANT/433SD type antennas, to the wire antenna provided or the like. M/RA1EM/RA2E A Relay operating mode selection B F-type female antenna connector C Micro-match for memory control D Channel selection jumper E Plug connector input A C B FIG.1 E  Output A 4 3 2 1 (Channel) D B A  Output B  Output A 4 3 2 1 (Channels) FIG.2 E C D MRA2E – MRA1E ENGLISH MRAE_V0 Member of:Associated 24 VBLUE 0ORANGE 12 VBLACK N.C. out ARED C out AGREEN N.O. out AYELLOW C out BBROWN N.O. out BGREY FCC ID: ON3MRAE This 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. 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 instructions, 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…

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FCC ID : ON3MRAE Block diagram Pag. 1 BLOCK DIAGRAM(S) OF THE EUT Block Diagram Description The Controller Board of the EUT is provided with: - ceramic resonator X1 = 4 MHz Contained in PL118 radio module: - SAW resonator SAW2 = 423.22 MHz - Ceramic filter 10.7 MHz FCC ID : ON3MRAE Block diagram Pag. 2 Fig. 1 - Block Diagram of the EUT IN THE FOLLOWING PAGES YOU CAN FIND ALL THE INFORMATION ABOUT THE RADIO MODULE (PL118) WHICH IS INSERTED IN THE RECEIVER FCC ID : ON3MRAE Block diagram Pag. 3 PL118 electrical scheme FCC ID : ON3MRAE Block diagram Pag. 4 PL118 circuit layout FCC ID : ON3MRAE Block diagram Pag. 5 PL118 part list |----------------------------------------------------------------------------------------------------------------------------------------------------------| |Bill Of Materials for L9024F1.sch on Mon Mar 22 11:53:29 1999 | |----------------------------------------------------------------------------------------------------------------------------------------------------------| |Item|Qty |Ref. |Prastel Code |Name |Value |Tol. |Description | |----+-----+-----------------------------+----------------+--------------------+------------+------+-------------------------------------------------------| |1 |1 |A2 | |Manifacturing | | |Manufacturing | |2 |1 |A1 | |NOTE | | |Row Pitch, Dimension See Sample | |3 |1 |C24 |C10PCS |CSMD |10pF |NP0 |Ceramic Capacitor 0805 SMT | |4 |1 |C17 |C12PCS |CSMD |12pF |NP0 |Ceramic Capacitor 0805 SMT | |5 |5 |C3-4 C6-8 |C1N0CS |CSMD |1nF |Z5U |Ceramic Capacitor 0805 SMT | |6 |1 |C14 |C1P5CS |CSMD |1p5F |Z5U |Ceramic Capacitor 0805 SMT | |7 |3 |C9 C13 C26 |C2M2V10S |CSMD |2M2F10V | |Tantalum Capacitor CaseA SMT | |8 |1 |C11 |C2P2CS |CSMD |2p2F |NP0 |Ceramic Capacitor 0805 SMT | |9 |1 |C16 |C2P7CS |CSMD |2p7F |NP0 |Ceramic Capacitor 0805 SMT | |10 |1 |C15 |C33PCS |CSMD |33pF |NP0 |Ceramic Capacitor 0805 SMT | |11 |1 |C23 |C5P6CS |CSMD |5p6F |NP0 |Ceramic Capacitor 0805 SMT | |12 |2 |C1-2 |C8P2CS |CSMD |8p2F |NP0 |Ceramic Capacitor 0805 SMT | |13 |9 |C5 C10 C12 C18-22 C27 |CM10CS |CSMD |100nF |Z5U |Ceramic Capacitor 0805 SMT | |14 |1 |C25 |CN22CS |CSMD |220pF |X7R |Ceramic Capacitor 0805 SMT | |15 |1 |Z1 |CSL422-2 |L422-2 |0.8mm/35um | |PCB Double Side 18 x 48.5 mm | |16 |1 |D1 |D4148S |LL4148 | | |Signal Diode SOD80 SMT | |17 |3 |L1 L3 L5 |I15NHST5 |LSMD |15nH |5% |Inductor SIMID02 SMT | |18 |1 |L4 |I5UH6ST5 |LSMD |5M6H |5% |Inductor SIMID02 SMT | |19 |1 |U2 |ICLM358S |LM358 | | |Dual Op Amp 8pin SMT | |20 |1 |U1 |ICNE615D |NE615D | | |Low Power FM IF System SMT | |21 |1 |R12 |R10KS |RSMD |10K |5% |Resistor 0805 SMT | |22 |2 |R1-2 |R1K5S |RSMD |1K5 |5% |Resistor 0805 SMT | |23 |1 |R7 |R22KS |RSMD |22K |5% |Resistor 0805 SMT | |24 |1 |R6 |R27KS |RSMD |27K |5% |Resistor 0805 SMT | |25 |1 |R8 |R2K2S |RSMD |2K2 |5% |Resistor 0805 SMT | |26 |3 |R4 R10 R13 |R56KS |RSMD |56K |5% |Resistor 0805 SMT | |27 |1 |R5 |R56RS |RSMD |56 |5% |Resistor 0805 SMT | |28 |1 |R3 |R82KS |RSMD |82K |5% |Resistor 0805 SMT | |29 |1 |X1 |RISCER8 |SFECA10.7MA5-A | | |Ceramic Filter 10.7 MHz | |30 |1 |SAW2 |RISSAW4 |R2531 | | |SAW Resonator 423.22 MHz | |31 |2 |R9 R11 |RM10S |RSMD |100K |5% |Resistor 0805 SMT | |32 |1 |SC1 |SCPL118 | | | |Shield | |33 |1 |J1 |STRIPPIN(15P) |518-0718-0-42-111 | | |Soldering Terminals SIL 15P Center 2.54mm | |34 |3 |Q1-3 |TBFS17 |BFS17 | | |NPN Small Signal Transistor SOT23 SMT | |----------------------------------------------------------------------------------------------------------------------------------------------------------| FCC ID : ON3MRAE Block diagram Pag. 6 PL118 block diagram

FCC ID: ON3MRAE EXTERNAL PHOTOS PAG. 1 Fig. 1 Overall view FCC ID: ON3MRAE EXTERNAL PHOTOS PAG. 2 Fig. 2 Front view FCC ID: ON3MRAE EXTERNAL PHOTOS PAG. 3 Fig. 3 Rear view

FCC ID : ON3MRAE ID Label / Location Info Pag. 1 PRODUCT LABELING Figure 1 FCC ID Label FCC ID: ON3MRAE This 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 FCC ID : ON3MRAE ID Label / Location Info Pag. 2 Figure 2 Location of the Label on EUT

FCC ID : ON3MRAE Internal Photos Pag. 1 Fig. 1 Controller Board - Components side FCC ID : ON3MRAE Internal Photos Pag. 2 Fig. 2 Controller Board - Foil side

FCC ID : ON3MRAE Operational Description Pag. 1 GENERAL INFORMATION Product Description EUT is a receiver used in garage door opener applications; it works on 433.920 MHz frequency and it is available in two commercial versions: - MRA2E with two channel output - MRA1E with one channel output It contains a memory, that can store up to 200 different codes. It is provided with a 2m long signal cable and with an F-type female antenna connector to be used with the wire antenna provided or with an external antenna.

FCC ID : ON3MRAE Part List Pag. 1 MRA2E – part list |----------------------------------------------------------------------------------------------------------------------------------------------------------| ̋ |Bill Of Materials for L9041D1.sch on Tue Sep 07 14:32:50 1999 | |----------------------------------------------------------------------------------------------------------------------------------------------------------| |Item|Qty |Ref. |Prastel Code |Name |Value |Tol. |Description | |----+-----+-----------------------------+----------------+--------------------+------------+------+-------------------------------------------------------| |1 |1 |C10 | |CEV OPT |10MF16V | |Mini Vertical Electrolytic Capacitor | |2 |1 |D6 | |1N4004 OPT | | |Rectifier Diode MELF SMT | |3 |1 |J3 | | | | |Soldering Terminal 10 pin | |4 |3 |JP1 JP3-4 | |JP2 | | |Soldering Jumper 2P | |5 |1 |A2 | |Manifacturing | | |Manufacturing | |6 |1 |BZ1 | |MEB-12C-5 OPT | | |Buzzer | |7 |1 |A1 | |NOTE | | |Row Pitch, Dimension See Sample | |8 |1 |R11 | |RSMD OPT |100K |5% |Resistor 0805 SMT | |9 |1 |R13 | |RSMD OPT |470 |5% |Resistor 0805 SMT | |10 |1 |R12 | |RSMD OPT |47K |5% |Resistor 0805 SMT | |11 |2 |C7-8 |C10MV16M |CEV |10MF16V | |Mini Vertical Electrolytic Capacitor | |12 |4 |C1 C5 C9 C11 |C10NCS |CSMD |10nF |Z5U |Ceramic Capacitor 0805 SMT | |13 |1 |C6 |C220V35 |CEV |220MF35V | |Vertical Electrolytic Capacitor | |14 |3 |C2-4 |CM10CS |CSMD |100nF |Z5U |Ceramic Capacitor 0805 SMT | |15 |1 |J1 |CON8FP |MXF95001 | | |Vertical Plug 8P | |16 |1 |TP1 |CONNF90F |483-045 | | |Presa "F" | |17 |1 |Z1 |CSL421-1 |L421-1 |1.6mm/35um | |PCB Double Side 64 X 72 mm | |18 |4 |D2-5 |D4004S |1N4004 | | |Rectifier Diode MELF SMT | |19 |1 |D1 |DBAS16 |BAS16 | | |Signal Diode SOT23 SMT | |20 |1 |LD1 |DLED3R |LED03R | | |LED Diameter 3mm Red | |21 |1 |F1 |FUSA25R |R3-RXE-025 | | |MultiFuse 250mA | |22 |1 |L1 |IA02 |IA02 | | |Air Inductor for Antenna | |23 |1 |U5 |IC78L05S1 |LM78L05 | | |Voltage Regulator DIP8 SMT | |24 |1 |U4 |IC78L09S1 |LM78L09 | | |Voltage Regulator DIP8 SMT | |25 |1 |U3 |IC93C86S |NMC93C86M8 | | |256-Bit Serial EEPROM SMT | |26 |1 |U1 |ICPL118C |L9024F1 | | |433MHz Receiver SIL Hybrid Circuit with Filter | |27 |1 |U2 |ICPL776A |PL776A | | |4 BIT Microcontroller SMT | |28 |1 |J2 |MICRO12F |MICRO-M12F-SE | | |Female Terminal 12P Side Entry | |29 |1 |P1 |PMETV2 |SKHHLR | | |Pushbutton 90 8.35mm Type | |30 |1 |JP8 |PON01 |JMP | | |Jumper 2P 2.54 | |31 |2 |JP6-7 |PON01L |JMP | | |Jumper 2P 2.54 | |32 |2 |R8-9 |R10KS |RSMD |10K |5% |Resistor 0805 SMT | |33 |1 |R4 |R1K0S |RSMD |1K |5% |Resistor 0805 SMT | |34 |4 |R3 R5-7 |R5K6S |RSMD |5K6 |5% |Resistor 0805 SMT | |35 |1 |X1 |RISCER4 |CST4MGW |4MHz | |Ceramic Resonator | |36 |1 |R10 |RK121W |RES |120 1W |5% |Resistor Carbon 1W | |37 |2 |K1-2 |RL09S |SY-9-K | | |Rele SPDT | |38 |2 |R1-2 |RM10S |RSMD |100K |5% |Resistor 0805 SMT | |39 |1 |SC1 |SCRIS | | | |Resonator Shield 5x10 mm | |40 |1 |JP5 |STRIP90M3X4 |3559P | | |Male Strip 90 3X4P 2.54X2.54 | |41 |1 |JP2 |STRIPPIN3 |JP2M\90 | | |Male Strip 90 2X1P 2.54X2.54mm | |42 |1 |Q3 |TBC807 |BC807 | | |PNP Small Signal Transistor SOT23 SMT | |43 |2 |Q1-2 |TBC817 |BC817 | | |NPN Small Signal Transistor SOT23 SMT | |44 |3 |TP2-4 |TPOINT |TP | | |Test-Point | |----------------------------------------------------------------------------------------------------------------------------------------------------------| FCC ID : ON3MRAE Part List Pag. 2 MRA1E – part list |----------------------------------------------------------------------------------------------------------------------------------------------------------| ̋ |Bill Of Materials for L9041H1.sch on Tue Sep 07 14:36:17 1999 | |----------------------------------------------------------------------------------------------------------------------------------------------------------| |Item|Qty |Ref. |Prastel Code |Name |Value |Tol. |Description | |----+-----+-----------------------------+----------------+--------------------+------------+------+-------------------------------------------------------| |1 |1 |C10 | |CEV OPT |10MF16V | |Mini Vertical Electrolytic Capacitor | |2 |1 |D6 | |1N4004 OPT | | |Rectifier Diode MELF SMT | |3 |1 |J3 | | | | |Soldering Terminal 10 pin | |4 |1 |JP1 | |JP2 | | |Soldering Jumper 2P | |5 |1 |A2 | |Manifacturing | | |Manufacturing | |6 |1 |BZ1 | |MEB-12C-5 OPT | | |Buzzer | |7 |1 |A1 | |NOTE | | |Row Pitch, Dimension See Sample | |8 |1 |R11 | |RSMD OPT |100K |5% |Resistor 0805 SMT | |9 |1 |R13 | |RSMD OPT |470 |5% |Resistor 0805 SMT | |10 |1 |R12 | |RSMD OPT |47K |5% |Resistor 0805 SMT | |11 |2 |C7-8 |C10MV16M |CEV |10MF16V | |Mini Vertical Electrolytic Capacitor | |12 |4 |C1 C5 C9 C11 |C10NCS |CSMD |10nF |Z5U |Ceramic Capacitor 0805 SMT | |13 |1 |C6 |C220V35 |CEV |220MF35V | |Vertical Electrolytic Capacitor | |14 |3 |C2-4 |CM10CS |CSMD |100nF |Z5U |Ceramic Capacitor 0805 SMT | |15 |1 |J1 |CON8FP |MXF95001 | | |Vertical Plug 8P | |16 |1 |TP1 |CONNF90F |483-045 | | |Presa "F" | |17 |1 |Z1 |CSL421-1 |L421-1 |1.6mm/35um | |PCB Double Side 64 X 72 mm | |18 |3 |D3-5 |D4004S |1N4004 | | |Rectifier Diode MELF SMT | |19 |1 |D1 |DBAS16 |BAS16 | | |Signal Diode SOT23 SMT | |20 |1 |LD1 |DLED3R |LED03R | | |LED Diameter 3mm Red | |21 |1 |F1 |FUSA25R |R3-RXE-025 | | |MultiFuse 250mA | |22 |1 |L1 |IA02 |IA02 | | |Air Inductor for Antenna | |23 |1 |U5 |IC78L05S1 |LM78L05 | | |Voltage Regulator DIP8 SMT | |24 |1 |U4 |IC78L09S1 |LM78L09 | | |Voltage Regulator DIP8 SMT | |25 |1 |U3 |IC93C86S |NMC93C86M8 | | |256-Bit Serial EEPROM SMT | |26 |1 |U1 |ICPL118C |L9024F1 | | |433MHz Receiver SIL Hybrid Circuit with Filter | |27 |1 |U2 |ICPL776A |PL776A | | |4 BIT Microcontroller SMT | |28 |1 |J2 |MICRO12F |MICRO-M12F-SE | | |Female Terminal 12P Side Entry | |29 |1 |P1 |PMETV2 |SKHHLR | | |Pushbutton 90 8.35mm Type | |30 |1 |JP3 |PON01 |JMP | | |Jumper 2P 2.54 | |31 |1 |JP6 |PON01L |JMP | | |Jumper 2P 2.54 | |32 |1 |R9 |R10KS |RSMD |10K |5% |Resistor 0805 SMT | |33 |…

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FCC ID : ON3MRAE Schematics Pag. 1 MRA2E – electrical scheme FCC ID : ON3MRAE Schematics Pag. 2 MRA2E – circuit layout FCC ID : ON3MRAE Schematics Pag. 3 FCC ID : ON3MRAE Schematics Pag. 4 FCC ID : ON3MRAE Schematics Pag. 5 MRA2E – block diagram FCC ID : ON3MRAE Schematics Pag. 6 MRA1E – electrical scheme FCC ID : ON3MRAE Schematics Pag. 7 MRA1E – circuit layout FCC ID : ON3MRAE Schematics Pag. 8 FCC ID : ON3MRAE Schematics Pag. 9 FCC ID : ON3MRAE Schematics Pag. 10 MRA1E – block diagram

Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 1/28 MEASUREMENT/TECHNICAL REPORT PRASTEL FCC ID: ON3MRAE October 12th, 1999 This report concerns (check one): Original grant __X__ Class II change____ Equipment type: RECEIVER (ex.: computer, printer, modem, etc.) Deferred grant request per 47 CFR 0.457(d)(1)(ii)? yes _____ no __X__ If yes, defer until: ______________ date Company Name agrees to notify the Commission by ______________ date of the intended date of announcement of the product so that the grant can be issued on that date. Report prepared by: P.Antonio VELO Giuseppe MECCHIA TÜV QSL srl Via Montalenghe 8 10010 Scarmagno ( TO ) Italy Phone : 0125 - 525441 Phone : 0125 – 525440 Fax : 0125 – 525499 Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 2/28 Table of Contents Page 1GENERAL INFORMATION ........................................................ 3 1.1 Product Description ........................................................ 3 1.2 Related Submittal(s)/Grant(s) .......................................... 3 1.3 Tested System Details..................................................... 4 1.4 Test Methodology ............................................................ 5 1.5 Test Facility...................................................................... 5 1.6 Test Equipment List ......................................................... 5 2PRODUCT LABELING................................................................ 6 Figure 2.1 FCC ID Label........................................................ 6 Figure 2.2 Location of the Label on EUT ............................... 7 3SYSTEM TEST CONFIGURATION ............................................ 8 3.1 Justification ...................................................................... 8 3.2 EUT Exercise Software.................................................... 8 3.3 Special Accessories......................................................... 9 3.4 Equipment Modifications.................................................. 9 3.5 Configuration of the Tested System ................................ 10 Figure 3.1 Configuration of the Tested System ...................... 10 4BLOCK DIAGRAM(S) OF THE EUT.. ......................................... 11 4.1 Block Diagram Description ............................................... 11 Figure 4.1 Block Diagram of the EUT.. .................................. 12 5CONDUCTED AND RADIATED MEASUREMENT PHOTOS .... 13 6CONDUCTED EMISSION DATA ................................................ 14 7RADIATED EMISSION DATA..................................................... 15 7.2 Field Strength Calculation................................................ 16 8PHOTOS OF TESTED EUT ....................................................... 17-24 User Manual (Draft Edition)................................................................25-Attached Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 3/28 1 GENERAL INFORMATION 1.1 Product Description EUT is a receiver used in garage door opener applications; it works on 433.920 MHz frequency and it is available in two commercial versions: - MRA2E with two channel output - MRA1E with one channel output It contains a memory, that can store up to 200 different codes. It is provided with a 2m long signal cable and with an F-type female antenna connector to be used with the wire antenna provided or with an external antenna. 1.2 Related Submittal(s)/Grant(s) None Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 4/28 1.3 Tested System Details The FCC IDs for all equipment, plus descriptions of all cables used in the tested system (including inserted cards, which have grants) are: Model & Serial No. FCC IDDescriptionCable Descriptions ----------------------------------------------------------------------------------------------------------- MRA2E (1) s/n EMC-99-0276 ON3MRAEReceiver Unshielded signal cable ANT/433SDNoneExternal antennaCoax cable Eurobase s/n none noneControl unitUnshielded power cord Unshielded signal cable (1) EUT submitted for grant. Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 5/28 1.4 Test Methodology Both conducted and radiated testing were performed according to the ANSI C63.4-1992 test procedures . Radiated testing was performed at an antenna to EUT distance of 3 meters. 1.5 Test Facility TÜV QSL test site No. 2 The open area test site and conducted measurement facility used to collect the radiated data are located at Via Montalenghe 8, Scarmagno, Italy. This site has been fully described in a report dated March 25, 1997 submitted to your office, and accepted in a letter dated June 13, 1997 (31040/SIT-1300F2). 1.6 Test equipment list: Test receiverRohde & Schwarz ESH3s/n 881364/012 LISNSchwarzbeck NNLA8120s/n 8120399 Test receiverRohde & Schwarz ESVPs/n 879783/029 Biconical antennaEMCO 3110s/n 1735 Log-periodic antenna EMCO 3146 s/n 3678 Spectrum analyzerHP 8562As/n 3043A05627 Horn antennaEMCO 3115s/n 3572 Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 6/28 2 PRODUCT LABELING Figure 2.1 FCC ID Label FCC ID: ON3MRAE This 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 Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 7/28 Figure 2.2 Location of the Label on EUT Test Report No. RD99/152 FCC ID: ON3MRAE Date October 12th, 1999 TÜV QSL 8/28 3 SYSTEM TEST CONFIGURATION 3.1 Justification The EUT was configured for testing in a typical fashion (as a customer would normally use it). All tests have been run on MRA2E (two channel output) which have been determined during prescans to be worst case equipment. In order to simulate a real door opener application, a control u…

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FCC ID : ON3MRAE Test Setup Photos Pag. 1 Test Setup Photos CONDUCTED MEASUREMENT PHOTOS FCC ID : ON3MRAE Test Setup Photos Pag. 2 RADIATED MEASUREMENT PHOTOS