
Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.
5809 Wireless Rate-of-Rise Heat Detector â Installation Instructions General Information The Honeywell 5809 Rate-of-Rise Heat Detector is a wireless device used with alarm systems that support Honeywellâs 5800 series devices. The 5809 combines a rate-of-rise sensor and a fixed temperature sensor in one device. The rate-of-rise sensor detects a rapid rise in temperature and signals an alarm if the rise is 15 ï F (8 ï C) or more per minute. Fires typically cause a rapid rise in temperature in the surrounding area. The fixed temperature sensor will signal an alarm when the ambient temperature rises above 135 ï F (57 ï C). IMPORTANT: The 5809 will be permanently damaged if stored, shipped, or installed in environments where the temperature exceeds 120 ï F (48 ï C). If the metal disc is detached, the detector has exceeded 135 ï F (57 ï C) and must be replaced. Heat detectors should be used for property protection. Reliance should not be placed solely on heat detectors for life safety. When life safety is involved, smoke detectors MUST also be used. Detectors MUST NOT be painted. Notes: ï· It is not recommended to install at a site where the ambient temperature exceeds 100 ï F. ï· UL: Unit is for dry, indoor use only. ï· If the fixed temperature sensor activates, the detector must be replaced. ï· When the battery voltage drops below a threshold, a low battery signal is sent to the control panel. ï· The 5809 includes a tamper switch. If removed from its mounting base, a trouble signal is sent to the control panel. ï· Detectors should never be relocated without the advice or assistance of the alarm service company. ï· Replace the battery when the system reports a low battery condition. SPECIFICATIONS Battery 3-volt lithium; Duracell DL123, DL123A, or Panasonic CR123A. Operating Temp. 40 ï F to 140 ï F (6 ï C to 60 ï C) Rate of Rise Temp. 15 ï F (8 ï C) increase per minute. Note: The rate-of-rise sensor does not operate above 100 ï F (38 ï C). Fixed Temp. 135 ï F (57 ï C) Maximum Spacing 50ft x 50ft UL: 30ft x 30ft Refer to NFPA 72 for application requirements. Dimensions 4.9â diameter, 2.7â deep zzz 1 Install the Battery 1. If the 5809 is already mounted, remove the detector assembly by twisting counter-clockwise and withdraw it from the mounting base. DO NOT touch the metal disc. 2. Remove the old battery and wait 30 seconds. 3. Install or replace battery with a Duracell DL123, DL123A, or Panasonic CR123A. Observe polarity! BATTERY 5809EN-003-V0 2 Program the Detector NOTE: The detectorâs serial number is located on the product carton, and inside the detector. This number must be enrolled in the control panel. Refer to the control panelâs installation guide for details. 1. Remove the detector assembly by twisting counter-clockwise and withdraw it from the mounting base. DO NOT touch the metal disc. 2. Install the battery (if not already installed). Observe polarity! 3. Enter the control panelâs programming mode. When programming this device, program the following: Input Type = 3 (Supervised RF) Loop number = 1 4. To enable the control panel to capture the detectorâs serial number, when prompted force the detector to transmit by momentarily depressing the Activation Button. Alternately, you can manually enter the detectorâs serial number. 5. Test the detector after enrolling into the system. Refer to the Testing the Detector topic. 5809EN-001-V0 ACTIVATION BUTTON DETECTOR ASSEMBLY INDEX TA B TAMPER SWITCH 3 Select a Location and Mount the Detector SELECT A LOCATION ï· Refer to the âSpecificationsâ topic for maximum spacing requirements. ï· Avoid mounting the detector near heat generating devices (e.g., ovens, heat vents, furnaces, boilers). ï· Wall Mounting â Mount the detector 4â to 6â from the ceiling. ï· Ceiling Mounting â Mount the detector at least 4â from any wall. Ensure the ceiling temperature will not exceed 100 ï F. ï· Verify a good RF transmission path from the selected mounting location before mounting. Test the detector first before mounting. Testing The Detector : This test should be performed to verify a good RF transmission path before mounting the detector at the intended location, and again after the installation is complete. CAUTION: The rate-of-rise heat sensor is intended for a one time use. Prolonged heat during testing can damage the detector. If used carefully, following the instructions below, the heat from a portable hair dryer can be used to test the detector. If the metal disc on the detector detaches, the detector must be replaced. 1. Activate the control panelâs test mode. 2. Use either method below to activate the detector: ï· Press and release the activation button on the sensorâs PC board. ï· Holding a portable hair dryer about 12 to 18 inches away from the detector, air the warm air at the side of the detector. 3. Verify the systemâs keypads beep and the detectorâs serial number is displayed. 4. Exit the control panelâs test mode. MOUNT THE DETECTOR The detectorâs mounting base has a variety of holes to accommodate securing it to; a wall, ceiling, 4â junction box, or a 3â1/4â octagon box. 1. Use at least two mounting holes. 2. When securing to wallboard, in addition to the mounting holes, ensure to also use a screw in the Anti-Twist mounting hole. This will prevent the base plate from coming loose when untwisting the sensor. 5809EN-002-V0 INDEX TAB RECESS INDEX TAB RECESS ANTI-TWIST MOUNTING HOLE MOUNTING HOLES 3. Secure the sensor to the mounting base by aligning the sensorâs index tabs to the index tab recesses on the mounting base. While pushing in, turn the sensor clockwise until it locks. DO NOT touch the metal disc. TO THE INSTALLER The rate-of-rise sensor may be subject to reduced sensitivity over time. Annual testing of the rate-of-rise operation is recommended. Regular maintenance and inspection (at least annually) by the installer and frequent testing by the user are vital to continuous satisfactory operation of any alarm system. The installer should assume the respâŠ
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DĂ©tecteur de tempĂ©rature thermovĂ©locimĂ©trique 5809 â Guide dâinstallation Information gĂ©nĂ©rale Le dĂ©tecteur de chaleur thermovĂ©locimĂ©trique 5809 de Honeywell est un dispositif sans fil utilisĂ© avec les systĂšmes qui supportent des dispositifs de la sĂ©rie 5800. Le 5809 associe un capteur thermovĂ©locimĂ©trique et un capteur thermostatique dans la mĂȘme unitĂ©. Le capteur thermovĂ©locimĂ©trique dĂ©tecte une Ă©lĂ©vation rapide de la tempĂ©rature et signale une alarme si lâĂ©lĂ©vation est de 8 ï C (15 ï F) ou plus par minute. Les feux causent habituellement une Ă©lĂ©vation rapide de la tempĂ©rature autour dâeux. Le capteur thermostatique signale une alarme quand la tempĂ©rature ambiante sâĂ©lĂšve au-dessus de 57 ï C (135 ï F). IMPORTANT : Le 5809 sera endommagĂ© de façon permanente sâil est entreposĂ©, expĂ©diĂ© ou installĂ© Ă des endroits oĂč la tempĂ©rature est supĂ©rieure Ă 48 ï C (120 ï F). Si le disque de mĂ©tal est dĂ©tachĂ©, le dĂ©tecteur a dĂ©passĂ© 57 ï C (135 ï F) et doit ĂȘtre remplacĂ©. Des dĂ©tecteurs de chaleur devraient ĂȘtre utilisĂ©s pour la protection des biens. Pour la protection de la vie, la confiance ne devrait pas reposer uniquement sur les dĂ©tecteurs de chaleur. Quand la protection de la vie est en cause, des dĂ©tecteurs de fumĂ©e DOIVENT aussi ĂȘtre utilisĂ©s. Les dĂ©tecteurs NE DOIVENT PAS ĂȘtre peints. Notes : ï· Il nâest pas recommandĂ© dâinstaller un dĂ©tecteur de chaleur Ă un endroit oĂč la tempĂ©rature ambiante excĂšde 38 ï C (100 ï F). ï· UL : LâunitĂ© doit ĂȘtre utilisĂ©e seulement Ă lâintĂ©rieur au sec. ï· Si le capteur thermostatique sâactive, le dĂ©tecteur doit ĂȘtre remplacĂ©. ï· Lorsque la tension de la pile baisse sous un seuil, un signal de pile faible est transmis au panneau de commande. ï· Le 5809 est dotĂ© dâun interrupteur antisabotage. Si le dĂ©tecteur est sĂ©parĂ© de sa plaque de montage, un signal de dĂ©fectuositĂ© est transmis au panneau de commande. ï· Les dĂ©tecteurs ne devraient jamais ĂȘtre changĂ©s dâemplacement sans avoir prĂ©alablement obtenu lâavis ou lâassistance dâun reprĂ©sentant dâune entreprise de sĂ©curitĂ©. ï· Quand le systĂšme signale une condition de pile faible, remplacez la pile. SPĂCIFICATIONS Pile 3 volts au lithium; Duracell DL123, DL123A, ou Panasonic CR123A. TempĂ©rature de fonctionnement 6 ï C Ă 60 ï C (40 ï F Ă 140 ï F) Vitesse dâĂ©lĂ©vation de la tempĂ©rature ĂlĂ©vation de 8 ï C (15 ï F) par minute. Note : Le capteur thermovĂ©locimĂ©trique ne fonctionne pas Ă une tempĂ©rature supĂ©rieure Ă 38 ï C (100 ï F). TempĂ©rature fixe 57 ï C (135 ï F) Surface maximale 50 pi x 50 pi UL : 30 pi x 30 pi Pour les exigences dâapplication, reportez-vous Ă NFPA 72. Dimensions DiamĂštre de 4,9 po, Ă©paisseur de 2,7 po zzz 1 Mise en place de la pile 1. Si le 5809 est dĂ©jĂ installĂ©, enlevez le corps du dĂ©tecteur en le faisant pivoter dans le sens contraire des aiguilles dâune montre et retirez-le de la plaque de montage. NE TOUCHEZ PAS au disque de mĂ©tal. 2. Enlevez lâancienne pile et attendez 30 secondes. 3. Installez ou remplacez la pile en utilisant une pile de rechange Duracell DL123, DL123A ou Panasonic CR123A. VĂ©rifiez la polaritĂ©! Pile 5809FR-003-V0 2 Programmation du dĂ©tecteur NOTE : Le numĂ©ro de sĂ©rie du dĂ©tecteur est indiquĂ© sur la boĂźte du produit et Ă lâintĂ©rieur du dĂ©tecteur. Ce numĂ©ro doit ĂȘtre enrĂŽlĂ© dans le panneau de commande. Pour des dĂ©tails, consultez le guide dâinstallation du panneau. 1. Enlevez le corps du dĂ©tecteur en le faisant pivoter dans le sens contraire des aiguilles dâune montre et retirez-le de la plaque de montage. NE TOUCHEZ PAS au disque de mĂ©tal. 2. Installez la pile (si ce nâest pas dĂ©jĂ fait). VĂ©rifiez la polaritĂ©! 3. Entrez dans le mode de programmation du panneau de commande. Pour programmer ce dispositif, entrez ce qui suit: Type dâentrĂ©e = 3 (RF supervisĂ©) NumĂ©ro de boucle = 1 4. Pour activer la saisie du numĂ©ro de sĂ©rie du dĂ©tecteur par le panneau de commande, Ă lâinvite, forcez le dĂ©tecteur Ă transmettre en appuyant momentanĂ©ment sur le bouton Activation. Vous pouvez aussi entrer manuellement le numĂ©ro de sĂ©rie du dĂ©tecteur. 5. AprĂšs lâavoir enrĂŽlĂ© dans le systĂšme, testez le dĂ©tecteur. Reportez- vous Ă la rubrique Test du dĂ©tecteur . 5809FR-001-V0 Bouton dâactivation Languette Interrupteur antisabotage 3 Choix dâun emplacement et installation du dĂ©tecteur CHOISISSEZ UN EMPLACEMENT ï· Reportez-vous Ă la rubrique « SpĂ©cifications » pour les exigences dâespace maximal. ï· Ăvitez dâinstaller le dĂ©tecteur prĂšs dâappareils gĂ©nĂ©rant de la chaleur (p. ex., des fours, des Ă©vents de chaleur, des fournaises, des chaudiĂšres). ï· Installation au mur â Installez le dĂ©tecteur Ă une distance de 4 Ă 6 po du plafond. ï· Installation au plafond â Installez le dĂ©tecteur Ă au moins 4 po de tout mur. Assurez-vous que la tempĂ©rature du plafond nâexcĂ©dera pas 38 ï C (100 ï F). ï· Assurez-vous dâune bonne voie de transmission Ă partir de lâemplacement choisi avant de faire lâinstallation. VĂ©rifiez dâabord le dĂ©tecteur avant de lâinstaller. Test du dĂ©tecteur : Ce test devrait ĂȘtre exĂ©cutĂ© pour sâassurer dâune bonne voie de transmission avant dâinstaller le dĂ©tecteur Ă lâendroit choisi, et une autre fois aprĂšs avoir terminĂ© lâinstallation. MISE EN GARDE: Le capteur thermovĂ©locimĂ©trique est conçu pour ĂȘtre utilisĂ© une seule fois. Le soumettre Ă de la chaleur durant une longue pĂ©riode durant le test peut lâendommager. Sâil cela est fait soigneusement, en suivant les instructions ci-dessous, la chaleur dâun sĂ©choir Ă cheveux portatif peut ĂȘtre utilisĂ©e pour tester le dĂ©tecteur. Si le disque de mĂ©tal sur le dĂ©tecteur se dĂ©tache, le dĂ©tecteur doit ĂȘtre remplacĂ©. 1. Activez le mode de test du panneau de commande. 2. Utilisez lâune des mĂ©thodes qui suivent pour activer le dĂ©tecteur : ï· Appuyez momentanĂ©ment sur le bouton Activation sur le circuit imprimĂ© du capteur. ï· En tenant un sĂ©choir Ă cheveux portatif Ă environ 12 Ă 18 po du dĂ©tecteur, envoyez de lâair chaud sur le cĂŽtĂ© du dĂ©tecteur. 3. VĂ©rifiez que les claviers du systĂšme Ă©mettent des bips et que le numĂ©ro de sĂ©rie est affichĂ©. 4. Quittez le mode de test du panneâŠ
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EXHIBIT 4-1 CFS8DL5809XT / 573F-5809XT EXTERNAL PHOTOS: THIS IS THE TOP VIEW: THIS IS THE BACK ( "BOTTOM" ) VIEW:
EXHIBIT 8 CFS8DL5809XT / 573F-5809XT LABEL INFORMATION: TWO VIEWS OF THE LABEL ON THE REAR PLASTIC COVER :
EXHIBIT 4-2 CFS8DL5809XT / 573F-5809XT INTERNAL PHOTOS: THIS IS THE PCB IN PLASTIC: THIS IS THE PCB TOP VIEW: THIS IS THE PCB BOTTOM VIEW:
EXHIBIT 5-1 CFS8DL5809XT / 573F-5809XT Report of Measurements Measurements for the Intentional Radiator,and OBW were made in accordance with the procedures and reporting requirements at: Honeywell's OATS ( FCC No: 152762 & IC No:573F-1 ) which is located at: 2 Corporate Center Drive, Melville, NY 11747. Measurements were m ade in accordance with the procedure and reporting requirements of ANSI C63.4-2003. The Test Set-Up (C63.4 section 10.1.3) is shown in EXHIBIT 5-2; "Test Setup Photos". The sequence of testing (C63.4 section 10.1.7) for radiated emissions is as follows: A preliminary scan was conducted with the receiver antenna close to the EUT in order to identify the emission characteristics of the EUT (C63.4 section 8.3.1.1). The antenna and EUT were then placed at the proper separation ( 3 Meters) with the EUT positioned at a height of 80 cm on a non-conducting turntable. The EUT was rotated on the turntable to maximize the received signal strength, then the receiver antenna height was varied between one (1) and four (4) Meters to further maximize the received reading. Thereafter, the device was again rotated to a peak output position and the antenna height wa s re-adjusted for maximum received signal. This procedure was re-iterated until there was no further increase in signal level. This procedure was performed with the EUT rotating in three orthogonal planes (C63.4 section 13.1.4.1) to generate a final maximum reading which is recorded on the radiated emissions result sheet. Similar measurements were made on the receiver to ensure compliance as an unintentional radiator. Note, The Spectrum Analyzer resolution bandwidths set as follows; (Video Bandwidth is always set 3X greater than RBW) For occupied bandwidth measurements, RBW = 30KHz and VBW = 100KHz. For radiated emissions below 1 GHz, the RBW = 100kHz. Detector function set to peak. For radiated emissions above 1 GHz, the RBW = 1MHz. Detector function set to peak. TRANSMITTER RADIATED EMISSIONS are recorded in "EXHIBIT 5-3". OCCUPIED BANDWIDTH is recorded in "EXHIBIT 5-4". IF REQUIRED RECEIVER RADIATED EMISSIONS are recorded in "EXHIBIT 5-5". IF REQUIRED LINE CONDUCTED EMISSIONS are recorded in "EXHIBIT 5-6". TEST EQUIPMENT ( per C63.4 section 10.1.4) is recorded in "EXHIBIT 6".
HONEYWELL SECURITY & CUSTOM ELECTRONICSREV 10-17-2011-G 2 Corporate Center Drive Melville, NY 11747 EXHIBIT 5-3FCC ID: CFS8DL 5809XT Date :3-Oct 2011Tested by: 5809XT PRESCAN: Notes: (1) Fo:344.94 (2) Detector = Peak (3) Frequency range scanned to 4 GHz. V/V 78.92Emissions not reported were more than 20dB below the specified unit. H/V 71.46 [(Meter reading + Cable/Amp factor + Antenna factor) / 20 )] V/H 76.57 (4) Conv. Reading = 10 H/H 79.20 (5) Corr. Reading = Conv. Reading X Duty Cycle V/O 60.77 (6) Six Highest Emissions Recorded H/O 70.35 Freq. (MHz): Sense Antenna Polarity (V/H): THE ORENTATION OF THE UUT Meter Reading (dB uV): Cable/Amp Factor (dB): Antenna Factor (dB/m): Conv. Reading (uV/M): Duty Cycle (%): Corr. Reading (uV/M): Limit @ 3M (uV/M): HV 344.94HH79.22.515.47 72,193.8 10.0% 7219.47288 689.88HH46.83.719.363,118.9 10.0%311.9729 1034.82HH44.34.722.723,854.8 10.0%385.5500 1379.76HV30.15.625.471,145.5 10.0%114.6500 1724.70HO27.46.327.641,161.4 10.0%116.1729 2069.64HH23.67.329.851,083.9 10.0%108.4729 2414.58HH20.28.131.891,017.4 10.0%101.7729 2759.52 HH 20.7 8.6 32.831,279.4 10.0%127.9500 3104.46HH199.132.631,088.9 10.0%108.9729 3449.40HH1910.033.141,275.0 10.0%127.5729 4000 LAST CAL 17 OCT 11 CABLE D LAST CAL 21-AUG-11 BICONILOG S/N:00045682 Approved by: K. EskildsenY. MOHAMMED Test Sample (model): Test specification: FCC Part 15, Sub-part C and RSS 210 , Issue 8 Test method: ANSI C63.4 - 2004
EXHIBIT 6 TEST EQUIPMENT USED CFS8DL5809XT / 573F-5809XT Part 15.231, ANSI C63.4 , RSS 210 This is a list of all test equipment used. Test Equipment list for Honeywell OAT S & Conducted Line: Equipment Mfg Model Cal Date Cal Due Spectrum Analyzer Rohde & Schwarz FSEA20 10/19/10 10/19/11 Antenna (âBiconilogâ) ETS (EMCO)Lindgren 3149 08/22/11 08/22/12 PLEASE SEE PAGE 2-3 FOR TEST EQUIPMENT TRACEABILITY If you need any additional information from Honeywell please contact: Greg Barbato RF Engineer (Acting for Ken Eskildsen) Phone (Direct): (516) 577-5863 Email: [email protected] Cert l.D.: 86798 An ESCO Technologies Company 1301 Arrow Point Drive Cedar Park, Texas 78613 (512) 531-6498 Operating Range: 80 MHz - 6 GHz Instrument Type: Biconilog (Type 5) Date Code: Afternate lD: 11242 Customer: HONEYWELL (NY) 26 - 1000 MHz, +/-0.9 dB; 1000 - 2000 MHz, +L0.8 dB; 2000 - 6000 MHz, +l-1 .2 dB 26 - 1000 MHz, +/-0.9 dB; 1000 - 2000 MHz, +10.8 dB; 2000 - 6000 MHz, +f l .3 dB 26 - 1000 MHz, +/-'1 .0 dB; 1000 - 2000 MHz, +l-1 .4 dgi 2000 - 6000 MHz, +12.3 dB Manufacturer: Model Number: ETS-Lindgren 31 49. s 000023192 22-Aug-11 3 meter, Horizontal and Vertical N'Jl,,r. K S\ETS.LINDGREIU- ;.:::;lii,-:,..,; *ffil"+ IACCREDITEDI Calibr.tlon taboreio.y Codltlc.to 1207,01 Certificate of Cal i bration Conformance Page I of 5 The instrument identifed below has been individually calibrated in compliance with the following standard(s): SAE, ARP-958 - 2003, Electromagnetic lnterference Measurement Antennas; Standard Calibration Method, Society of Automotive Engineers, Aerospace Recommended Practice. Fixed height, three antenna rotation, 1 meter separation. 3 meter separation performed per Annex C. Vertical calibration performed per above listed methodology. Environment: Laboratory MTE is maintained in a temperature controlled environment with ambient conditions from 18 to 28 C, relative humidity less than 90%. The instrument under test has been calibrated on an open air test site (OATS) with environment temperature conditions ranging from 0 to 40 C which has no known influences on measurement quality. Serial Number/ lD: 00045682 Tracking Number: Date Completed: Test Type: CalibrationUncertainty: 01m k=2, (95ok Confidence Level) 03m Test Remarks: Calibrated down to 26 MHz per customer request. Calibration Traceability: All Measuring and Test Equipment (MffE) identified below are traceable to the Sl units through the National lnstitute for Standards and Technology (NIST). Calibraiion Laboratory and Quality System controls are compliant with ISO/lEC 17025-2005 and ANSI/NCSL 2540-1 -1994. Standards and Equipment Used: Make / Model / Name / S/N / Recall Date Condition of Instrument Upon Receipt: In Tolerance to Internal Qualitv Standards On Release: In Tolerance to Internal Qualitv Standards Anritsu MS4623A Network Analyzer 99220119-Mar-12 This document provides traceability of measurements to recognized national standards using contrblled processes at the ETS-L|ndgren Calibration Laboratory. UncertaintieslistedarederivedfromthemethodsdescribedbyNlSTTechNotel29T. Thiscertificateandreportmaynotbereproduced,exceptinfull,withoutthe written approval of ETS-Lindgren Calibration Laboratory in accordance with ISO/IEC 1 7025-2005 and ANSI/NCSL 2540-1 -1994. QAF 1 1 27 (03/1 1 ) Calibration and fssued on 22-Aug-1
EXHIBIT 5-2 CFS8DL5809XT / 573F-5809XT TEST SETUP PHOTOS: SENSE: HORZ UUT: HORZ SENSE: HORZ UUT: VERT SENSE: HORZ UUT: OBLQ SENSE: VERT UUT: HORZ SENSE: VERT UUT: VERT SENSE: VERT UUT: OBLQ
2 Corporate Center Drive · Melville, New York · United States
| # | Rule Parts | Frequency Range | Power Output |
|---|---|---|---|
| 1 | 15.231 | 344.94 MHz - 344.94 MHz | - |

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