RT2-10320211Wireless Terminal 433 MHz

Q-MATIC Wireless Solutions 433.92 Mhz 057.01DQ-MATIC ABi Copyright notice The information in this document is subject to change without prior notice and does not represent a commitment on the part of Q-MATIC AB. All efforts have been made to ensure the accuracy of is manual, but Q-MATIC AB can not assume any responsibility for any errors and their consequences. This manual is copyrighted and all rights are reserved. Q-MATIC and Q-WIN are registered trademarks or trademarks of Q-MATIC AB. Reproduction of any part of this manual, in any form, is not allowed, unless written permission is given by Q-MATIC AB. COPYRIGHT © Q-MATIC AB, 2006 Q-MATIC Wireless Solutions - 433.92 MHz iiQ-MATIC AB057.01D 057.01DQ-MATIC AB1 1. Introduction Topics in this chapter What is a wireless solution? ........................................ 2 The advantages of a wireless solution ........................ 2 Where can you use a wireless solution? ..................... 2 Q-MATIC Wireless Solution - 433.92 MHz 2Q-MATIC AB057.01D A wireless solution is a system in which some or all wires are replaced by other techniques. Wires have two purposes: power supply and signal transmission. Usually it is easier to replace the signal transmission than the power supply. Signals can be sent by light, sound or radio but you cannot send power. Usually you give the device an internal power source, a battery. Some devices still need the power wire. Wireless technologies are nothing new. They are widely used and very reliable. Wires are reliable and safe but they can cause many problems. Wires are not very aesthetic. It is necessary to spend a great deal of time to hide the wires when you make an installation. The wireless solution devices are installed at the same time they are unpacked. Wired devices are usually not movable, not even if they are small. You must spend hours with the wires if you want to move the devices to new locations. Wireless solution devices are movable. The user can place them wherever they want. To add a new wired device can be a painstaking job. Removing panels causes much annoyance for your customer. You can avoid this if you use a wireless solution. Unpack the device and perhaps change some settings. That is all you have to do. Your customers will be impressed of your quick service. You can use the wireless solutions almost everywhere. They use radio waves for communication, which means that they are very safe and reliable. The signals can pass through most types of obstacles. You can get problems if there are other devices using the same radio frequency. The wireless solution uses 433.92 MHz, which is a frequency that is free to use in all kinds of remote controlled devices. This usually does not cause any problems because of the low output power. What is a wireless solution? The advantages of a wireless solution Where can you use a wireless solution? Q-MATIC Wireless Solutions - 433.92 MHz 8Q-MATIC AB057.01D The number of terminals that can be used in the same system has no exact limit. The risk of interference increases with the number of terminals. The multi interface can only receive the signals from one terminal at the same time. You should limit the risk that buttons on two or more terminals are pressed at the same time. This risk depends on the number of terminals used at the same time and how frequently the buttons are pressed. The wireless terminal uses four standard 1.5 V AAA batteries but it is also possible to use four 1.2 V AAA rechargeable batteries. It sends the code as long as any button is pressed. The transmission automatically stops after 60 seconds to prevent drainage of the battery. The frequency of the radio signal is 433.920 MHz. The range without any obstacles is up to 80 m. These frequencies are reserved for all kinds of remote controlled devices. The limited output power reduces the risk of interference between different remote controlled devices. Wireless terminals The wireless terminals are the wireless parts of the wireless solution. They are battery powered and use radio for communication. Each wireless terminal has three buttons. The buttons have no default functions; you must write a script program for each button. Two of the buttons are large and easy to press. These buttons should be used for functions that are frequently used, for example to call the next customer. The third button is much smaller and a little bit more difficult to press. This button should be used to special functions that should not be easy to use by mistake, for example alarms, move customers, etc. There is a clip at the back of the terminal. Use the clip to attach the terminal to the clothing, for example the pockets. Press the wide end of the clip to make it easier to attach the terminal. Products 057.01DQ-MATIC AB9 Turn the top of the terminal anticlockwise to get access to the batteries. Replace the batteries and close the terminal. Note the two small ridges on the top and bottom; they align perfectly when the terminal is closed correctly. Always replace all the batteries at the same time. Incorrectly inserted batteries may damage the terminal. Make sure that they are correctly inserted. Article Number Used with MI2280 Multi Interface with radio Q-NOVA Q-DIRECT To change batteries Technical specifications, Wireless Terminal EU433.92 MHz 10320203 USA 433.92 MHz 10320211 Table 4: General Technical Data Diameter70 mm Thickness21 mm Weight125 g Ridges Q-MATIC Wireless Solutions - 433.92 MHz 10Q-MATIC AB057.01D Battery4 pcs of AAA 1.5 V or 4 pcs of AAA 1.2 V rechargable Maximum Power Consumption12 mA Operating Temperature10 - 32 °C Storage Temperature-10 - 40 °C Operating Humidity15 - 85 % Rel. humidity Storage Humidity10 - 90 % Rel. humidity Table 5: 433.92 MHz Europe Maximum output power10 mW Frequency Minimum Typical Maximum 433.38 MHz 433.92 MHz 434.46 MHz Range30 - 80 m CE marked and complies with the following standards ETSI/EN300220, EN301489 Table 6: 433.92 MHz USA Maximum output power1 mW F…

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Information about oscillator frequencies can be found in exhibit 5 Schematics. Due to the simple design no additional block diagram is supplied.

Cover letter for Wireless terminals approved towards FCC 15.231 A. Intended use of these transmitters is to “call forward” customers in a Queue system B. Document named “Exh5&10_schematic_bom_433.pdf” is to be handled as a Confidential Document. Due to that we don’t want to distribute our technical solutions to our competitors. C. - D. Due to that all documents are called Exh_ with the corresponding number, no list is enclosed. E. Part numbers are shown in manual at page 13 and in the FCC ID: RT2-xxxxxxxx, which is labelled at all terminals. I the applicant here by certify that neither I nor any part of the application is subject to the denial of Federal benefits, that include FCC benefits, pursuant to Section 5301 of the Anti- Drug Abuse Act of 1988, 22 U.S.C. §862 because of a conviction a possession or distribution of a controlled substance. See 47 CFR 1.202(b) for definition of a “party” for these purposes. Mölndal 2006-03-15 ________________________________ Mats Jonsson

Operational Description Intended use: The transmitter shall be used to call forward customers in a queue system. Daily use for personnel: Press button with the Arrow image to call forward a customer, normal transmitting length is 1-2sec. Press button with the Cross image to shut down the counter, normal transmitting length is 1-2sec. Press button with the Bell image to send an alarm to supervisor, normal transmitting length is 1-2sec. Battery indicator led: Is placed in between the Alarm and the Close button. As long as this indicator is flashing during operation the battery power is ok.

Tune Up Procedure No components are possible to tune, all values are fixed. For component values please check bom list in end of document Exh5&10_pc1114ca.pdf.

1 Page: 1 of 7 TEST REF. NO: 06/2113 DATE: March 14, 2006 TEST REPORT REPORT CERTIFICATE issued by a FCC listed Test Laboratory CUSTOMER AND Project No: 06271 MANUFACTURER: Q-MATIC Sweden AB Neongatan 8 SE-413 53 Mölndal Sweden EQUIPMENT UNDER TEST (EUT): Remote Control Transmitter, “Wireless Terminal 433.92 MHz”. Type PC1114C, s/n W00008631. FCC ID: RT2-10320211. Nominal Center frequency: 433.92 MHz. TEST SPEC.: 47 CFR Ch. 1 (10-1-05 Edition): Part 15, Subpart C. Applicable Section: 15.231(a – d). Periodic operation in the band 40.66 – 40.70 and above 70 MHz. DATE OF TEST: March 10, 2006 TEST SITE: Svenska EMC Lab AB, Karlskrona, Sweden. FCC registration number: 90967. Industry Canada registration number: IC 4328. TEST RESULT: The EUT (Equipment Under Test) did pass the above mentioned test. ------------------------------------------------------------------------------------------------------------------------ Approved, Karlskrona March 14, 2006 ............................................ Hans Östergren Manager Svenska EMC Lab AB The laboratory activities meet the requirements in SS-EN ISO/IEC 17 025 (2000). This report may not be reproduced other than in full, except with the prior written approval of Svenska EMC Lab AB. 2 Page: 2 of 7 TEST REF. NO: 06/2113 DATE: March 14, 2006 _________________________________________________________________________________ DATE OF RECEIPT: March 8, 2006 CONDITION OF EUT: No remarks. Operates as intended. TEST PERSONNEL: Svenska EMC Lab AB: Hans Östergren. DESCRIPTION OF THE EUT: The EUT is a hand held Short range remote control, used to ”Call forward” a new customer in a Queue System. With integral Antenna and without any Antenna contact. Powered from build-in batteries. No cables could be connected to the EUT. EUT dimension: Approx. 20 mm thick and approx. diameter of 70 mm. CALIBRATION DECLARATION: The test equipment is calibrated as the calibration information in the Test Equipment list. Before starting of the tests the check points in the applicable Checklists were confirmed. ESTIMATED UNCERTAINTY: Expanded uncertainty (k = 2), Field Strength, emission 9 kHz – 1000 MHz: ± 2.4 dB Expanded uncertainty (k = 2), Field Strength, emission 1 to 5 GHz: ± 3 dB Frequency, 0.09 – 1000 MHz: ± 10 Hz Frequency, 1 – 5 GHz: ± 10 kHz The uncertainties are for a confidence level of not less than 95 %. 3 Page: 3 of 7 TEST REF. NO: 06/2113 DATE: March 14, 2006 _________________________________________________________________________________ TEST EQUIPMENT: Type/Manufacturer/Bandwidth s/n Calibration information Date Interval EMI Test System, Monitor EZM, 860157/014 0508 12 months Rohde & Schwarz EP-6, 20 Hz - 1300 MHz Test Receiver, Rohde & Schwarz ESH-3, 894979/013 0508 12 months 9 kHz - 30 MHz Test Receiver, Rohde & Schwarz ESVP, 893497/006 0508 12 months 20 - 1300 MHz Plotter, Rohde & Schwarz DOP 2 893117/0008 0508 12 months Spectrum Analyzer Tektronix 2755AP B010111 0601 12 months 10 kHz - 21 GHz Spectrum Analyzer Tektronix 2712, B023361 0601 12 months 10 kHz – 1,8 GHz Signal Amplifier, Mini-Circuits, ZHL-42 8607 01 0601 12 months 0.7 – 4.6 GHz Plotter, Tektronix HC-100 JP05851 NA NA Biconical Antenna, Schwarzbeck BBA9106 93-92196.1 0508 12 months 30 - 300 MHz Log-periodic Antenna, Schwarzbeck UHALP9107, 91071205 0508 12 months 300 - 1000 MHz Double Ridged Guide Antenna, EMCO 3115, 2338 0508 36 months 1 - 18 GHz Coaxial Cable, Sucoflex 104, l = 5 m 171288/4 0509 12 months Coaxial Cable, Sucoflex 104, l = 0.5 m 180067/4 0509 12 months Coaxial cable, H-100 05-1243 0509 12 months Antenna Mast System, Jyske EMC, h = 1 - 4 m 93-90172 NA NA Turn Table, Jyske EMC 93-90171 NA NA Anechoic Chamber, 8 x 4.5 x 3 m 93-87151 0304 36 months Open Area Test Site for 3 m antenna distance - 0312 36 months Oscilloscope, Tektronix 2230 B011088 0501 24 months Digital Multimeter, Fluke 77 63430754R 0502 24 months 4 Page: 4 of 7 TEST REF. NO: 06/2113 DATE: March 14, 2006 _________________________________________________________________________________ TEST SET-UP AND PROCEDURE: As laid out in ANSI C.63.4:2001 Document. Tested as hand-held equipment in 3 orthogonal directions. See Appendix 1. TEST CONDITIONS: Rating: 6 VDC. (4 x 1.5 V batteries). Voltage at test: 6.25 VDC (new batteries). Peripherals: No peripherals. Cables: Not possible to connect any cable. Configuration: See photos in Appendix 2 to 4. Operating Frequency: 433.92 MHz nominal. Effective radiated power: Less than 1 mW. Modulation: No external modulation possible. The manufacturer’s normal modulation was used. Modulation data: See Appendix 5 and 6. Modifications: No modifications. Operating Condition: The normal operating mode with deactivation time of 60 seconds was disabled. The transmitter switch was mechanical locked to get continuously transmitting at 100 % duty cycle. The normal operating mode is a short activation of the transmitter. An auto-shutoff function automatically stops the device from transmitting after 60 seconds if a button inadvertently gets pressed for a long period of time. Ambient Humidity: 36 % RH Ambient temperature: 19 °C. DESENSITIZATION FACTOR: Not applicable. 5 Page: 5 of 7 TEST REF. NO: 06/2113 DATE: March 14, 2006 _________________________________________________________________________________ TEST PERFORMANCE: Section 15.231. Applicable items: 15.231(a)(1). Deactivation time. After releasing the manual switch the transmitter was automatic deactivated in less than 0.1 seconds. Test instrument: Oscilloscope Tektronix 2230. 15.231(b). Field strength of emission. Pre-test: A pretest was performed in the Anechoic Chamber to determine the radiated frequencies. Measured frequency range 30 – 4500 MHz. The EUT was measured at an Antenna distance of 3 m. The antenna polarization was both vertical and horizontal during the test. The EUT was fixed in position by a wooden fixture and measured in 3 orthogonal directions to find the direction generating the highest emission. This position was then used …

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8 Appendix 1 of 9 TEST REF. NO: 06/2113 DATE: March 14, 2006 Test set-up, EUT with wooden fixture Pretest in absorber chamber Final test on OATS