FBRIQK1000-9SSReply IQ Keypad Transceiver

Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS Page 1 of 3 File Name: IQK1000_Manual User Manual Date: 4/22/2003 Reply IQ User Manual System Setup 1. Unpack the Reply IQB500 base unit and set it on a table or available surface in the vicinity of where the Reply IQK1000 Response Keypads will be used. 2. Plug the AC power module into the Reply IQ base DC input jack. 3. Plug the AC line cord from the power module into a 115 VAC power circuit. 4. Turn on the power switch of the Reply IQ base unit. 5. Plug either the RJ45 supplied cable into a network port, if Ethernet connection selected (or directly to a PC via a crossover cable), or a standard DB9 to DB9 RS232 cable into a COM port (usually Com1 or Com2) if serial connection selected. 6. Open the carrying case containing the response keypads and distribute them to the participants. 7. Turn on the computer and start the application software to control the base unit to poll for keypad responses. Each application software will have its own instructions for using the system. Operation 1. Instruct the participants on the usage of the response keypads and procedure for responding. 2. Ask a question and allow enough time (at least 10 seconds) for all participants to respond. 3. Observe the results on the screen and optionally save the results for later analysis if desired. 4. Proceed and repeat the process for the next question. 5. Continue until all questions are completed. 6. Analyze the responses for the period and run printouts if desired. System Shutdown 1. Turn off the power to the computer. 2. Turn off the power to the Reply IQ base unit. 3. Unplug the data cable from the computer and store it in its carrying case. 4. Unplug the AC line cord from the power module and store both in the carrying case. 5. Store the Reply IQ in its carrying case. 6. Collect the keypads and return them to their carrying case. 7. The system is now ready for transporting. Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS Page 2 of 3 File Name: IQK1000_Manual User Manual Date: 4/22/2003 Reply IQ Keypad Operation The reply IQ keypad has 5 basic modes of operation: Single-Digit Entry, Multi-Digit Entry, Moment to Moment Entry, Speed Scoring, and the Options menu. From a power-off state, simply press any key to turn the keypad power on. The REPLY IQ Logo along with the keypad’s address and channel will be displayed briefly and then the keypad will enter normal operation in the mode most recently used. Single Digit Entry Mode In this mode, only one key press can be sent at a time. Simply press one of the numeric keys (0-9), and the number will be displayed in the center of the screen. The key shown on the screen will be sent to the base during the next polling interval. When the number clears from the screen, the base has successfully received the data. Multi Digit Entry Mode In Multi Digit mode, the user can send a response up to 16 characters. When the base is polling, data is sent from the keypad every time a new key is pressed. There is a maximum of 16 characters that can be sent. If the SEND key is pressed when 15 characters or less have been entered, the display will get “grayed” out and all further keypresses will be locked out except “C” and “Í“. When the base confirms that it got the data, the entry will be cleared, and data entry will begin again. Moment to Moment Entry Mode Moment to Moment mode allows the user to record their opinion of a certain event in the form of Very bad, bad, indifferent, good, or excellent”. In this mode a “ -- - 0 + ++” appears just above the 5 softkeys. Now press the key that corresponds to the desired opinion, and the display will be highlighted above the softkey to indicate a keypress happened. Information on when the key was pressed, and what value was entered gets stored in a buffer and sent to the base on the next polling interval. The keypad is able to store up to 128 different keypresses without ever hearing a polling command from the base station. However, since opinion based data can be entered quickly, measures must be taken to prevent this 128 entry buffer from filling up completely. The base can set the keypad to several different “resolution” settings to prevent too much data from being stored. If multiple keys are pressed during the set resolution time, the keypresses are averaged into one response. Using a ¼ second resolution will provide the greatest accuracy, but also generates the most data from a keypad. This should only be used with small groups of keypads. Resolutions of up to 10 seconds are reserved for very large numbers of keypads, where the time between polling messages is longer. Speed Scoring Mode Speed scoring mode operates similar to multi digit mode with the exception of a time- stamped response. The group being polled will attempt to answer a question at the same time. Based on the time-stamped responses from each keypad, it is possible to determine which keypad was pressed first down to the nearest 1/20 second. Speed Scoring is set up by the base station. Unlike Multi Digit mode, the maximum number of characters is selectable from 1-16. There is also the option of whether to Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS Page 3 of 3 File Name: IQK1000_Manual User Manual Date: 4/22/2003 record the time stamp on either the last key pressed or time stamp on the SEND key only. Options Menu To access the Reply IQ keypad configuration menu, press “Í” and “1” at the same time when the keypad is any of the modes listed above. The following menu will appear: ___________________________ |OPTIONS | | | | ________ _________ | ||1:Single||5:Address|| ||2:Multi ||6:Channel|| ||3:Moment||7:POWER || ||4:Speed ||Send:Exit|| | -------- --------- | |_____________________| The menu keys perform the following functions: KEYS 1-4: Manually switch the keypads into Single, Multi, Speedscoring, or Moment to moment entry modes. Any special options such as maximum number of characters will have to be set by the base. KEY 5: Set th…

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Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS Confidentiality Request Page 1 of 1 File Name: IQK1000_Request Reply IQ Keypad April 23, 2003 Federal Communications Commission 7435 Oakland Mills Rd. Columbia, MD 21046 Dear Sir or Madam: On the advice of our patent attorney, we would like to have the following exhibits of our application FCC ID: FBRIQK1000-9SS held confidential pursuant to Section .457(d) of the Rules: Operational description Schematics Block diagrams If you have any questions, please call me at 616-820-8237 or fax to 616-820-8300. We look forward to your prompt action on this application. Sincerely, Harry Derks Manager of Electronics Engineering Fleetwood Group, Inc. FLEETWOOD

Reply® Model IQK1000 Photos Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS Page 1 of 2 File Name: IQK1000_Photos Date: 04/25/03 Keypad Case External Top and Bottom Keypad Case Inside Reply® Model IQK1000 Photos Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS Page 2 of 2 File Name: IQK1000_Photos Date: 04/25/03 Keypad Circuit Board

Fleetwood Group Inc. FCC ID: FBRIQK1000-9SS FCC Label Page 1 of 1 File Name: IQK1000_Label.doc Date: 5/1/2003 Location of label on underside of keypad Label Details: Black text on Metalised Polyester Stock 1.47” X 0.97” Label Corner Radius .12” -9SS

Test report #0300592KF FCC 15.247 for IQK1000-9SS FCC ID: FBRIQK1000-9SS Tested May 2, 2003 AHD EMC Lab, 92723 M152, Dowagiac, MI 49047, (616) 424-7014 327528.DOC Misc. EXHIBIT: Page 1 of 1 MISC. EXHIBIT: RF EXPOSURE INFORMATION [2.1093(C)] The manufacturer and applicant: FLEETWOOD GROUP Inc. P.O. Box 1259 Holland, Michigan 49422-1259 Product: FHSS Reply IQ Keypad Transceiver Model: IQK1000-9SS Applicable Rules: 47CFR Part 15.247 Pursuant to 47CFR Part 1.1307(b), 47CFR Part 2.1091(c), and 47CFR Part 2.1093(c) this transmitting device, compliant to 47CFR Part 15.247, is categorically excluded from evaluation regarding the Maximum Permissible Exposure of RF energy. In addition and as evidence of compliance to the RF exposure guidelines: This portable device has intermittent usage. The actual ‘on time’ is short, (worst case is 8.5mSec in a 916mSec period). This device was measured to have a field strength level of 108.3dBuV/m at distance of 3 meters. 108.3dBuV/m is 0.26 V/m field strength. [ antilog(108.3/20) / 1000000 = 0.26 ] A field strength of 0.26V/m at 3meters suggests an ERP of 20.3mW (0.02W). [refer to formula 2 below.] Supplement C to OET Bulletin 65 indicates a device of EIRP < 0.3W is not expected to exceed MPE limits and special instructions and warnings are not be necessary. Formula 2: Effective Radiated Power PG = (E*d) 2 30 E = antilog(FS(dBuV/m)∕ 20 ) ∕ 1000000 d = 3 meter

Test report #0300592KF2 FCC 15.247 for IQK1000-9SS FCC ID: FBRIQK1000-9SS Tested May 15, 2003 AHD EMC Lab, 92723 M152, Dowagiac, MI 49047, (616) 424-7014 327527.DOC EXHIBIT E: Page 1 of 21 EXHIBIT E: REPORT OF MEASUREMENTS [2.1033(B6)] Test Report for FCC ID: FBRIQK1000-9SS FCC Part 2.1031, Part 15 Subpart C(15.247) Report #0300592KF2 Issued 05/16/03 FREQUENCY HOPPING T RANSCEIVER MODEL IQK1000-9SS Prepared for: Mr. Harry Derks Fleetwood Group Inc. P.O. Box 1259 Holland, MI 49422-1259 Test Date(s): February 10,13,14, March 10,11,14,28, April 9,28, May 2,15, 2003 data recorded by witnessed by Ted Chaffee, NCE Dave Ramon Gordon Helm, NCE Harry Derks This report prepared by: Ted Chaffee, NCE Technical Manager/Test Engineer, AHD Test report #0300592KF2 FCC 15.247 for IQK1000-9SS FCC ID: FBRIQK1000-9SS Tested May 15, 2003 AHD EMC Lab, 92723 M152, Dowagiac, MI 49047, (616) 424-7014 327527.DOC EXHIBIT E: Page 2 of 21 TABLE OF CONTENTS EXHIBIT E: Report of Measurements [2.1033(b6)] .....................................................................................1 TABLE OF CONTENTS.........................................................................................................................2 Statements Concerning this Report.......................................................................................................3 Manufacturer/Applicant [2.1033(b1)] ....................................................................................................4 Measurement/Test Site Facility & Equipment........................................................................................4 Test Site [2.948, 2.1033(b6)] ......................................................................................................4 Measurement Equipment Used [2.947(d), 15.31(b)] ....................................................................4 Tested Configuration /Setup: [2.1033(b8)] ............................................................................................5 Support Equipment & Cabling .......................................................................................................5 Setup Diagram ...............................................................................................................................5 Summary of Results: .............................................................................................................................6 Changes made to achieve compliance..........................................................................................6 Standards Applied to Test: [2.1033(b6)]................................................................................................7 Test Methodology: [2.1033(b6)].............................................................................................................7 FORMULAS AND SAMPLE CALCULATIONS: .............................................................................9 Test Data [2.1033(b6)].........................................................................................................................10 Antenna Characteristics [15.203, 15.204]...................................................................................10 Modulation Characteristics ..........................................................................................................10 Frequency Hopping Characteristics ............................................................................................10 Number of Hopping Frequencies Separation [15.247a1i] ...................................................10 Carrier Frequency 20dB bandwidth [15.247a1i] ..................................................................11 Carrier Frequency Separation [15.247a1]...........................................................................12 Carrier Frequency Dwell Time [15.247a1i]..........................................................................12 Band Edges [15.247(c)] ...............................................................................................................13 Radiated Field Strength Measurements: [15.209, 15.247(b,c)]..................................................15 Field Strength Measurements of Fundamental & LO: [15.247(b)].......................................15 Field Strength Measurements Harmonics of Fundamental & LO: [15.247(c)].....................16 Other Spurious Emissions: [15.247c] ..................................................................................20 Test report #0300592KF2 FCC 15.247 for IQK1000-9SS FCC ID: FBRIQK1000-9SS Tested May 15, 2003 AHD EMC Lab, 92723 M152, Dowagiac, MI 49047, (616) 424-7014 327527.DOC EXHIBIT E: Page 3 of 21 Statements Concerning this Report NVLAP Accreditation: NVLAP Lab Code 200129-0 The scope of AHD accreditation is the conducted emissions, radiated emissions test methods of: IEC/CISPR 22: Limits and methods measurement of radio disturbance characteristics of information technology equipment. FCC Method – 47 CFT Part 15 – Digital Devices. AS/NZS 3548: Electromagnetic Interference – Limits and Methods of Measurement of Information Technology Equipment. IEC61000-4-2 and Amend.1: ElectroStatic Discharge Immunity Test Data: This test report contains data included in the scope of the NVLAP accreditation. Subcontracted Testing: This report contains data recorded at the University of Michigan Radiation Laboratory. The University of Michigan test facility is located at 8501 Beck Road, Belleville, Michigan 48111. This test facility has been fully described and accepted by the FCC and Industry Canada. This facility was utilized to measure emissions occurring at frequencies greater than 6GHz. Test Traceability: The calibration of all measuring and test equipment and the measured data using this equipment are traceable to the National Institute for Standards and Technology (NIST). Limitations on results: The test results contained in this report relate only to the Item(s) tested. Any electrica…

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