Honeywell orporated DS2805AD User Manual 35990
Honeywell International Incorporated 35990
8
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| Document ID | 35990 |
| Application ID | N8mvn/t2DTNQy3BXQ29XmQ== |
| Document Description | 8 |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 97.67kB (1220843 bits) |
| Date Submitted | 1999-05-05 00:00:00 |
| Date Available | 1999-05-19 00:00:00 |
| Creation Date | 2001-06-24 15:11:26 |
| Producing Software | Acrobat Distiller 4.0 for Windows |
| Document Lastmod | 2001-06-24 15:11:45 |
| Document Title | 35990.pdf |
| Document Author: | VicodinES /CB /TNN |
TECHNOtOGY M10 m sum—003.1 SERVICES, WC. FCC m: c4pnszansAn OPERATION MANUAL " SE SEPARATE ENCLOSURE FOR THE OPERATION MANUAL. memlosedmannalisfonthualModeRmdfl. Asyouwillnotice, pageivoflhismanm ismeFCCWARNING about radio and television inlerfmnce as penile requixment set forth in Pan 15 of the FCC rules. emu» um cmooc Page 15 of 49 WSE Dual Mod. Reader ______________——————— ® 1998 WSEA All rights reserved. NexSentryNDigiReaderW. NsxKey’M, QuadraKeyT" and BursKey'"l aretrademarksof WSE. Printed in the United Slates ofAmerica. ___________.—_—-——— ii PIN 6800032, Rev. A Dual Mode Reader WSE LIMITED WARRANTY WSEwarrants tothe original usertheequipment manufactured byWSEas described herein to befreelrom defects in material and workmanship for a period of one yearfrom the date of purchase by such userorfiftaen (15) monthsfromthe date ofshipmentfrom the factory, whicheveris sooner (command key I mag netic stripe card warranties differ—see below ‘), provided: I WSE has been notified within such period by return ofanyalleged defective equipment, free and clear of any liens and encumbrances to WSE or its authorized dealeratthe address specified, transportation prepaid; and Ii the equipment has not been abused, misused or improperly maintained and/or repaired during such period; and In such defect has not been caused by ordinary wear and tear, and N such defect is not a result of voltage surgeslbmwnouls, lightning, water damage/flooding, fire, explosion, earthquakes, tornadoes, acts of aggression/war, or similar phenomena; and V accessories used as integral to WSE systems have been approved by WSE (e.g., coaxial cables, batteries, etc); and VI the equipment has been installed, the installation supervised or installation tested by an authorized WSE dealer. WSE shall at its option, either repairor replace, free of charge, the equipmentfound, uponWSE‘s inspection to be sodefective, orif agreed upon, refund the purchase price, lessa reasonableallowancefordepreciation, in exchange lorthe equipment. WSE makes no other warranty, and all implied warranties including any warranty of merchantability or fitness for a particular purpose are limited to the duration of the expressed warranty as set forth above. WSE‘s maximum liability hereunder islimitedtothe purchase price oftheequipment. In no eventshall WSE be liable for any consequential, indirect, incidental or special damages of any nature arising from the sale or use ofthe equipment. Some states do not allow limitations on incidental or consequential damages or how long an implied warranty lasts. so the above limitations may not apply. This warranty gives specific legal rights; however, other rights which vary from state to state, may pertain, ‘Analog command keys arewarranted furs years; digital command keyl magnetic stripe card warranties vary — see product Iitetatu re. The information in this manual is believed to be accurate and reliable. However, WSE assumes no responsibility for any errors that may appear. Possession of this manual does not imply the granting of licenses to make arse/I equipment or spin/vars conslmcted according to descriptions provided. ________—__————-———' PIN 6600032, Rev. A ' III WSE Dual Mode Reader ____—.__.___——-—__ FEDERAL COMMUNICATIONS COMMISSION RADIO FREQUENCY INTERFERENCE STATEMENT WARNING: This equipment has been tested and found to oomplywilh the limits forthe Class: Low Power Transmitter below 30 MHz in accordance with the specifications in Part 15 cfthe FCC rules, These limils are designed to provide reasonable protection against harmful interference to radio communications. If necessary, consult the dealer or an experienced ladioflelevision technician for additional suggestions. The user may find helpful the following booklet, prepared by the Federal Communications Commission: How to Identify and Resolve Radio/TV Interference Problems, This booklet is available form the US Government Printing Office, Washington DC 20402, by ordering stock number. 004000003454. FCC lD:uPD52805AD MODELDSMAD wsg m;mnueenpuxw 9.115, amcmwrccmu om mm m,“ (xv-mm - wmwm-mwmmwnml “Thad-viumqmtuuu 5.9 “mm "s nmimm mzirhmdwiumnmumymmmm ram-n mu "m” can-q including im-ll-r-nc- N M mu mam-a W USA em autism u:- This manual. Par! # 6800032, is for the newly configured Dual Mode Reader (Model DSZBDSAD), which has the capabllltles of both a digital and an analog reader. _________.—__—_—-———_ lv ' PIN ssnoosz, Rev. A Dual Mode Reader WSE Contents Introduction .. Specifications Basic Digital Operation Baslc Analog Operatic Enclosure Dimensions .. Digital Interface (S-NEI’) Connection Physical Description .. LED (S—NET) Operalio Jumper W1 , 120- Ohm Terrmnano Interface Cable ......................... Digital/Analog ReaderAddress Recommended S—Net Connection Mounting Localion . Installation ...... Enabling - 81850 Troubleshooting 4. Mounting Template PIN 6600032, Rev. A V The DSZBOSAD Reader reads digital and analog command keys at ranges of up to 2 inches. The unit is bidirectional, that is, a command key can be read from either side of the sensor. The DSZBtlsAD has both an analog sensor and a digital reader built into one enclosure and Is used only with the SE 81880 ACU. Connection betweenthe DSZSOSAD Readerand theACU is overWSE proprietary S-Net. Electrical interface to the digital and the analog portions of this readerare separately defined belawin the Basic Operation sections. 1, Read this manual caretullyhetore attempting to install a DSZSOSAD Reader. Thewarrantyis void if damage occurs to the unit as a result of incorrectwiring, 2. The information in this manual is notintended to oonfllctwifl'i building codes, electrical codes, fire codes, or safety codes required for any given installation. +16 to +28 Volts DC 50 to 30 mA Selected Resonant Freq uencies 7.5' wide x 7,5‘ ligh x1.0€' thick or 1905 cm Wide x 19.05 em. on x 2.59 cm Thick Dual Mode Reader DSZBOSAD Readersemitalow-level140-kHzfieId. When a digital command key card is placed in this field, a digital chip embedded in the key uses the field‘s energy to become activated. Once activated, the key responds by broadcasting a To—kstlgnal, modulated with a key-specific code sequence, back to the reader. The reader receives this signal and converts it to a digital code which is then sentto the ACU. The ACU identifiesthe digital command keyacoording to its oodeand makesan access granted [denied decision. The Alto 81880 ACU generates low level RF in the range of no 27 MHZ. This frequency range Is swept from high to low and applied to the reader ports. When an analog proximity sensor is oonnecledtoone of the sensor ports via a coax cable, the sensor will emit a low power RF field from its surface which is concentrated in region the distance ofwhich depends upon the read range of the reader. When a command key is placed in the region cfthis RF field. L/C tank circuits in the key will modulate the RF field emitted by the reader. The precise frequency of this modulated signal is a function of the tank circuits in each key. The key reader circuitry in the Alto 818 has the ability to detect this key- speciflc frequency and thereby to discriminate between key codes. The ACU then makes an access decision based on database parameters foreech door and key code. Enemaemmrm 7.5' O “9.051 .- a —l .w l- (lqoo) (2.519) Flgure 1-1 . Dlmeneions ofthe DSZWsAD Enclosure 1-2 PIN 6600032. Rev, A Section 1: Introduction S—Netis a serial network forcommunication between the ACU and node devices. Typically, the cable used is two twisted pairs with an overall shield; one pair is for data, the other pair is for DC power. Terminatethe S-Netwith 120-ohm, ‘Awatt resistersasshown in Figure 1 -2. The maximum S-Netlength is 4000 feet(1200 meters). Terminate Terminate Power Maximum s-Net Length 4____._. 4000 Feet (1200 in) Figure 14: S-Net Wiring S-Net cable should be installed as a single cable; splices should be soldered or secured with crimp lugs. Drop-lines to a SANetdevices should notexceed 6 feet (1 .85 meters) in length (Figure 1-3). The DR 4305 NexStar RS-485 Multiplexer may be used to simplify wiring and extend a network. S-NET RUN MAXIMUM LENGTH 4000 FT (1200 M) TERMINATE AT EACH END CRIMP Lues / OR SOLDER 4—— MAXIMUM LENGTH 6 FT(1.55 M) DO NOT TERMINATE S—NET DEVICE Figure 1-3: Drop Wiring PIN 5600032, Rov,A ' 1-3 Dual Mod- Reader Figure 1-2 indicates lhe location of certain com ponents in me DSZBDSAD with the enclosure opened. Thesecompcnenis aredescribed below‘ Inside of Back Back slde Mode Switches Coax Connector S—Nel Termination Wire Jumper Connectors Printed Circuit Assmbly Figure 1-4: DSZGIISAD Printed ClrcultAssambly The DSZBOSAD has a singlethreecolor LEDthatcan be controlled bytheACU. When the DSZBOSAD in online, the LED is red duringthe readyslate. TheTUNE command is used to specify LED and beeper behavicrwhen a valid key is presented 1-4 ' PIN 6600032, Rsv, A Section 1: Introduction _______—_—-————— If powerls applied to the unit when not connected to an ACU, orifimpropeny configured at the ACU, the LED will act as follows: Each minute, first the unit will beep and flash amberthe number of times reflecting the address, (example: address = 5, there will he 5 beeps and 5 amberflashes); then. itwill flash red forfourseconds, changeto steadyamberfortourseconds and finallyturn offfor52 seconds. When a Credential is presented, the sensorwill beep fourtirnes, and the LEDwill flash amberuntil the key is mnoved out of range. The flashing red, steady amber, off cycle will all then resume and repeat indefinitely while power is supplied. This jumper is only used in S-Net mode when the DSZBDsAD is the last device on the cable, (for 120 ohms of resistance between Data A and Data B). Thetype oicable usedforthe S—Netwill depend on thelmal lengthand the numberofdevicesconnected. Separate twisted-pair cables should be used for data and pcwerwhen the S-Net exceeds 500 feet (1 52 meters). Table 1-4 lists WSE recommended cables. A +16 to +28 VDC S-Net A For use with WSE access control panels For use with WSE access control panels Tie to Dc Fletum Signal Shield * Terminate shield at ACU end Table 1-2: Internal Interface Cable _—____—____———————— PIN 6600032, Rev,A 16 Dual Mode Reader The Digi'al / Analog Reader serial address is set by hex switches, SW1 and SW2. Each Reader must haveauniqueaddress. Factory default settings: SW2 = 2 SW2 should remain D, SW1 = 1 SW1 may be set to an address between 1 and 8 (F). Reader 52 -_ n— -_ -_ Table 1-3: Valid Switch Settlngs (or Switches 1 and 2 _—___—_—-—————-— 1-6 PIN 6800032, Rev, A Section 1: introduction mm]? ‘ em Thelypeofcable used torthe S-Netwill depend on thetntal length and the numberofdevicesconnected. Separate twisted-paircables should be usedfor data and powerwhen the S-Netexceeds 500feet(152 meters), (unless using Southwest SW 179 / Gray). Table 1-4 lists WSE recommended cables. . 2 Conductor. Dam sw17e/eray 2 Common Power 5 n 9552 15 AWG Holden 1059 16 AWG Belden 9841 Belden 9341 18 AWG Belden 9342 2-Conductor 15 AWG Belden 9343 14 AWG ' Southwett Win & cable Table 1-4: Recommended s-Net Cable Use care when choosing the installation site to avoid possible external sources of RF interference (interference can cause reduced performance or possible damage to the unit). Do not locate the unit near motors, pumps, generators, DC-AC converters, AC switching relays, light dimmers, etc Do not locate the unit within 10 feet (3 m) of a computer terminal. If you suspect the presence of RF interference, follow the procedures in Troubleshooting In this section. Metal in the vicinity of the device can reduce the read range. In general, as the amount of metal in proximity to the device increases, the reliable maximum read range decreases. Use the method appropriate to the mounting surface material; if required, use sealing compound to maintain water-resistance. PIN 6600032, Rev, A ' 1-7 Dual Mode Reader 1 Open the DSZEOSAD enclosure, separating the cover from the PCA and enclosure Use template to locate the 4 mounting holes on the well. Connect the S-NET cable to the termimals on the rear ofthe enclosure, 4. Drill holes in comers of enclosure. 5 Mount the enclosure to the wall using #6 screws or equivalent Verifythat SW2 is setto 0 and set SW1 to the desired address Ila VIP is used In conjunction with the digital reader, they will both be set to the same address, 7. Push the excess cable into the wall. 8, lnstall the enclosure cover, Figure 1-8: DSZSGSAD Installation _____________——————— 1-8 ' PIN 6600032, Rev,A SectIoM: Introduction The D32805AD is configured for use with the SE51BSC by the DOOR command. Entries from a terminal aredescribed below. See Section 3 ofthe DR4203, PN#660012 forconfiguration from a host computer. DOOR COMMAND 1. 7. At the command prompt, type DOOR and press ENTER. The screen displays: DOOR (1-6)? 1 Type the desired door number and press ENTER. The screen displays: GO TO (1 -1 9)? E Type a and press ENTER. The screen displays: 8. SELECT READER TVPE 8A. SENSOR ENABLE (YIN): N7 Type N and press ENTER. The screen displays: BC. SNET READER TYPE (NONE/DKRISCR): DKR? Type DKR and press ENTER The screen displays: an. SNET READER FAIL REPORT (0-32): 17 Type the report numberyou would like to be associated with a failure olthe DKR and press ENTER. The screen displays: SE. DlGlTAL KEY HEADER RANGE (0-255): 254? Selectevalue toenter( 253,00r254mor 255m) awarding tothe discussion in the Read Range subsection of section DR4203 Parameters. above and press ENTER. Type selection and press ENTER. Repeat the procedure for other doors which will use 3 DR 4203. __._____._————-——-—-——— PIN 6600032, Rev, A ' 1-9 Dual Mode Reader _—___————-——-——_ TUNE COMMAND Asamplsofthescreen prompts fortheTUNEcornmandaresnown in Figure 24. Seemedescnpfion of TUNE parameters and recommended settings in Section 2.1. Set field 3. NUMBER OF VERIFICATION READS, to 0 for fastest card reading, (or 1 for a noisy environment). YOUR COMMAND‘I: TUNE DOOR (1-8)? 1. DIGITAL KEY READER RANGE (0-255): 25‘ 7 2. SEND KEV TO ACU ONCE (YIN): Y 7 3. NUMBER OF VERIFICATION READS (0-255):0 7 0 Sottoflor1 4. VERIFICATION TIME WINDOW (nouO-FFFF): 20 ? Sena 20 5. BEEPER BEHAVIOR WITH A VALID KEY ON DURATION (GOOD-FFFF): 0010 7 OFF DURATION (0000-FFFF): 0010? DURATION OF ONIOFF DURATION (0000-FFFF): 0020 7 5. RED LED BEHAVIOR WITH A VALID KEY ON DURATION (UODO-FFFF): 0 7 OFF DURATION (OOW-FFFF): 0 7 DURATION OF ON/OFF DURATION (0000-FFFF):07 7. GREEN LED BEHAVIOR WITH A VALID KEY ON DURATION (0000-FFFF): 0 7 OFF DURATION (0000-FFFF): 0 7 DURATION OF ONIOFF DURATION (0000-FFFF):07 FIgurs1-7: SE 81856 TUNE Prompts _______.__—————-—-——— 140 PIN 5800032, Rav, A Section 1: Introduction DiglReaders can be affected by RF interference (see Mounting Location in this section) and, if present, the device may respond in one of two ways: 1. The unit may beep and the amber LED illuminates as ifa command key had been presented. 2. Key reads may be inaccurate or slow. If one of the above occurs, reposition the DigIReaderto minimize the interference using the following procedure: 1. Setthe SW1 and SWZ hexaddress switches to FF (testmode). Connect only thewireswhich provide power, Hold the DigiReader against the inetallatlon surface Wlthcut presenting a command card to the reader, listen for beeps indicating RF interference (make sure you do nothave acommand card in yourpocketorelsewherewhere itmight bedeteotedi The greater the numberof beeps. the noisiert‘ne readers environment. 2. Once a quiet location has been identified, presenta command keyto the unit. Verify thatthe command key can be readtrom the expected distance. The DigiReader mayagain be moved to optimizethe read-range. Iftrouble persists, verify S-Netwiring and grounding. 3. Repeat steps 1 and 2 as necessary to identify the optimum installation location. 4. When the optimum installation location has been identified, set SW1 to 0 and SWZ to the desired address. Make remaining wire connections to the S-Net. Present a command key to verify read range and speed. ACU connection is nominally 24 Vdc. Power loss due to cable attenuation is a function ofgauge and cable length. Plan the installation so that cable loss does not exceed 8 volts. _—__________———_————— PIN 6600032, Rev,A 1-11 Dual Mode Reader T0 EEADDED.... __—__._——————-———— 1-12 PIN 5500032, Rev, A TECHNOtOGY MJO #: 51193—0011 SENCES, WC FCC m: C4PDSZSOSAD OFFSITE SUPPORT EQUIPMENT Equipment Type: ACU Model Number: Alto SISSX Serial Number: SISSX-77501 FCC 11) Number: C4P8185X-814SX Manufacturer: WSE Power Line Cord Type: Unshielded 1/0 mRT TYPE TERMINATED T0 Sensor (XS) l-EUTfl-Untenninated Note: This device was used to load the sensor port ofthe EUT. mnmunmccwmmmnoc Page 16 of 49 TECHNOLOGY MJO x: smmmm SERWCES, NC. FCC m: cunszsosm OFFSITE SUPPORT EQUIPMENT Equipment Type: DC Power Supply Model Number: 30185 Serial Number: None FCC ID Number: None Mnnufncturer: Schlage Electronics Power Line Cord Type: Unshielded I/O PORT TYPE TERMINATED T0 Output ACU Note: This device was used to supply power to the ACU, unsunmmwamm Page 17 of 49 TECHNOLOGY mo 3: summon SERVYCES, iNC FCC m: cunszsosu OFFSITE SUPPORT EQUIPMENT Equipment Type: DC Power Supply Model Number: 902-P1 Serial Number: None FCC ID Number: None Manufacturer: WSE Power Line Cord Type: Unshieldcd I/O PORT TYPE TERMINATED T0 Output ACU Note: This device was used to supply power to the ACU. monommwsummmnoc Page 18 of 49 TECHNOIOGY SERVICES, INC PRODUCT CABLING INFORMATION MJO it: SN9B-003J FCC m: C4PD52805AD Equipment Under Test (EUT): Dual Mode Reader Cable: Coax Used From: Coax To: Sensorl Connector Type: F Connector Cable used during test was unshielded. Cable: RS485 Used From: Terminal Block To: Terminal Block Connector Type: Terminal Block Cable used during test was unbundled. mm; m "madame Shielded Port On: EUT Port On: ACU Length: 50 h (153 meters) Shielded Port On: EUT Port On: ACU Length: 50 h (15.3 meters) Page 19 of 49 MJO it: SN9MOJJ TECHNOiOGY FCC ID: CJPDSZSOSAD SERWCES, INC. SUNIMARY Company: WSE Equipment Under Test: Dual Mode Reader Model Number: DSZSOSAD Test Specification: CFR 47, Part 15.209, Subpart C Test Type: Line Conducted Location: Lab #1 Tested By: Dominic Griego Assisted By: Jose Aguirre EUT was scanned in the following setup(s): Mode: Two: (1) Analog 3 MHz to 30 MHz (2) Digital 70 kHzto 140 kHz Configuration: Two: (1) Coaxial (2) SNET and Coaxial Note: Both configurations and modes were scanned simultaneously. For Line Conducted, the (1) Schlage Electronics Power Supply, Model #30185, and (2) Security Electronics Power Supply, Model #902-Pl, were tested separately. The highest emissions recorded were in test setup #l above. Ofisite Support Equipment: ACU (Access Control Unit), DC Power Supply (x2) EUT Power: 120 VAC/60 Hz Power Cord: Unshielded Modification(s) made to EUT: None Test Results: Passed (The chart below shows the six highest readings taken from the final data) 22.100 35.2 QP i 36.0 PK ‘ 12 100 L1 = Line One (hot side)/L1 = Line Two (neutral side) moan: impccwwsasu DOC Page 20 or 49 MJO ti: SN9B—0011 TECHNOlOGY FCC ID: CAPDSISOSAD SERVICES, INC, SUMMARY Company: WSE Equipment Under Test: Dual Mode Reader Model Number: DSZSOSAD Test Specification: CFR 47, Part 15.209, Subpart C Test Type: Radiated Location: 3 Meter Test Site #4 Tested By: Dominic Griego Assisted By: Richard Garcia EUT was scanned in the following setup(s): Mode: Two: (1) Analog 3 MHz to 30 MHZ (2) Digital 70 kHz to 140 kHz Configuration: Two: (1) Coaxial (2) SNET and Coaxial Note: Both configurations and modes were scanned simultaneously. The highest emissions recorded were in test setup #1 above. Ol’fsite Support Equipment: ACU (Access Control Unit), DC Power Supply (X2) EUT Power: 120 VAC/60 Hz Power Cord: Unshielded Modifieation(s) made to EUT: None Test Results: Passed (The chart below shows the six highest readings taken fl'om the final data) «one 444m Minna] imrccsueoi amber: Page 2! of 49 MJO it: SN9W3.1 TECHNOLOGY FCC 113: C4PD52805A1) SERVICES, INC, APPENDIX A PHOTOGRAPHS omnmnmcsummmooc Page 12 M49
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File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.3 Linearized : Yes Create Date : 2001:06:24 15:11:26 Producer : Acrobat Distiller 4.0 for Windows Author : VicodinES /CB /TNN Title : 35990.pdf Modify Date : 2001:06:24 15:11:45-04:00 Page Count : 25EXIF Metadata provided by EXIF.tools