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HomeMy WebLinkAbout2251 FARADAY AVE; ; CB100342; Permitt' \ City of Carlsbad 03-24-2010 1635 Faraday Av Carlsbad, CA 92008 Commercial/Industrial Permit Permit No: CB100342 Building Inspection Request Line (760) 602-2725 Job Address: Permit Type: Parcel No: Valuation: Occupancy Group: Project Title: Applicant: 2251 FARADAY AV CBAD Tl Sub Type: Lot#: 2120610400 $0.00 Construction Type: INDUST 0 NEW Reference #: ABBOTT LABS: ACCESS CONTROL W/ CARD READER SYS & MAGNETIC LOCKS Owner: Status: Applied: Entered By: Plan Approved: Issued: Inspect Area: Plan Check#: ISSUED 02/26/2010 JMA 03/24/2010 03/24/2010 CONVERGINT TECH. 607 N. POPLAR ST ORANGE CARLSBAD RESEARCH CENTER L L C CA 92868 714-546-2780 Building Permit Add'! Building Permit Fee Plan Check Add'! Plan Check Fee Plan Check Discount Strong Motion Fee Park Fee LFM Fee Bridge Fee BTD #2 Fee BTD #3 Fee Renewal Fee Add'! Renewal Fee Other Building Fee Pot. Water Con. Fee Meter Size Add'! Pot. Water Con. Fee Reel. Water Con. Fee Green Bldg Stands (SB1473) Fee Fire Expedited Plan Review $0.00 $0.00 $0.00 $120.00 $0.00 $1.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $130.00 $0.00 $0.00 $0.00 $1.00 $0.00 515 S FIGUEROA FL #16 LOS ANGELES CA 90071 Meter Size Add'I Reel. Water Con. Fee Meter Fee SDCWAFee CFO Payoff Fee PFF (3105540) PFF (4305540) License Tax (3104193) License Tax (4304193) Traffic Impact Fee (3105541) Traffic Impact Fee (4305541) PLUMBING TOTAL ELECTRICAL TOTAL MECHANICAL TOTAL Master Drainage Fee Sewer Fee Redev Parking Fee Additional Fees HMP Fee TOTAL PERMIT FEES Total Fees: $272.00 Total Payments To Date: $272.00 Balance Due: Inspector: ~ FINAL A~~RQVAL Date: q I CJ /;.o I , Clearance: $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $20.00 $0.00 $0.00 $0.00 $0.00 $0.00 ?? $272.00 $0.00 NOTICE: Please take NOTICE that approval of your project includes the "Imposition" of fees, dedications, reservations, or other exactions hereafter collectively referred to as "fees/exactions." You have 90 days from the date this pennit was issued to protest imposition of these fees/exactions. If you protest them, you must follow the protest procedures set forth in Government Code Section 66020(a), and file the protest and any other required information with the City Manager for processing in accordance with Carlsbad Municipal Code Section 3.32.030. Failure to timely follow that procedure will bar any subsequent legal action to attack, review, set aside, void, or annul their imposition. You are hereby FURTHER NOTIFIED that your right to protest the specified fees/exactions DOES NOT APPLY to water and sewer connection fees and capacity changes, nor planning, zoning, grading or other similar application processing or service fees in connection with this project. NOR DOES IT APPLY to any fees/exactions of which vou have oreviouslv been aiven a NOTICE similar to this or as to which the statute of limitations has nreviouslv otherwise exnired. l' ~ ' C.6 tnn 34Z «~~ Building Permit Application Plan Check No. Est. Value ~ CITY 1635 Faraday Ave., Carlsbad, CA 92008 OF 760-602-2717 / 2718 / 2719 Plan Ck. Deposit CARLSBAD Fax 760-602-8558 www.carlsbadca.gov Date UZ-~ ( [ {) ~WIA- JOB ADDRESS 2251 Faraday Ave. Carlsbad, CA 92008 SUITE/I/SPACE/I/UNIT# rPN --- CT/PROJECT# 'LOT# I PHASE# I# OF \NITS I# BEDR;MS # BATHROOMS I TENANT BUSINESS NAME I CONSTR. TYPE I occ. GROUP Abbott Labs DESCRIPTION OF WORK: Include Square Feet of Affected Area(s) Requesting permission to secure front lobby doors with access control card reader system and magnetic locks. EXISTING USE I PROPOSED USE I GARAGE (SF) PATIOS (SF) I DECKS (SF) FIREPLACE 'AIR CONDITIONING I FIRE SPRINKLERS n/a nla nla YESO. No[Z] YES [Z]No D YES[Z] NoO CONTACT NAME (If Different Fom App/leant) APPLICANT NAME Michael Cartier ADDRESS ADDRESS 607 N. Poplar St. CITY STATE ZIP CITY STATE ZIP Oranae CA 92868 PHONE PHONE IFAX (714) 546-2780 tAX (714) 546-2457 EMAIL EMAIL mike.cartier@convergint.com PROPERTY OWNER NAME CONTRACTOR BUS. NAME Converaint Technoloaies, LP ADDRESS ADDRESS 2251 Faraday Ave. Carlsbad, CA 92008 607 N. Poplar St. CITY STATE ZIP CITY STATE ZIP Carlsbad CA 92008 Oranae CA 92868 PHONE PHONE IFAX (714) 546-2780 (AX (714)546-2457 EMAIL EMAIL mike.cartier@convergint.com ARCH/DESIGNER NAME & ADDRESS ISTATELIC.# STATELIC.~\ l.eS~ 'CLASS ICYJS~.# o 2.,y o C7 (Sec. 7031.5 Business and Professions Code: Any City or County which requires a permit to construct, alter, improve, demolish or repair any structure, prior to its issuance, also requires the applicant for such permitto file a signed statement that he 1s licensed pursuant to the provisions of the Contractor's License Law [Chapter 9, commending with Section 7000 of Division 3 of the Business and Professions Code) orfhat he is exempt therefrom, and the basis for the alleged exemption. Any violation of Section 7031.5 by any applicant for a permit subjects the applicant to a civil penalty of not more than five hundred dollars ($500)). W0@ffi@@9 ° <30@1J>&QJ9& v'00QJ Workers' Compensation Declaration: I hereby affirm under penalty of perjwy one of the fallowing dec/arailans: D I have and will maintain a certificate of consent to self-insure for workers' compensation as provided by Section 3700 of the Labor Code, for the performance of the work for which this pennit is issued. [Z] I have and will maintain workers' compensation, as required by Section 3700 of the Labor Code, for the performance of the work for which this pennit is issued. My workers' compensati~1 insurance carrier and policy number are: Insurance Co AEC AMERICAN INSURANCE COMPANY Policy No, NWCC44484778 Expiration Date ,A. l / I 0 I I This section need not be completed if the permit is for one hundred dollars ($100) or less. 0 Certificate of Exemption: I certify that in the perfonnance of the work for which this pennitis issued, I shall not employ any person in any manner so as to become subject to the Workers' Compensation Laws of California. WARNING: Failure to secure workers' compensation coverage is unlawful, and shall subject an employer to criminal penalties and civil fines up to one hundred thousand dollars (&100,000), in addition to the cost of compensation, damages as provided for in Section 3706 of the Labor code, interest and attorney's fees. ft:S CONTRACTOR SIGNATURE OAGENT DATE 0wro@@o@(!)O(10@@ 0@<3~C&& 'iJ00Q) I hereby affinn that I am exempt from Contractor's Ucense Law for the following reason: D I, as owner of the property or my employees with wages as their sole compensation, will do the work and the structure is not intended or offered for sale (Sec. 7044, Business and Professions Code: The Contractor's License Law does not apply to an owner of property who builds or improves thereon, and who does such work himself or through his own employees, provided that such improvements are not intended or offered for sale. If, however, the building or improvement is sold within one year of completion, the owner-builder will have the burden of proving that he did not build or improve for the purpose of sale). D I, as owner of the property, am exclusively contracting with licensed contractors to construct the project (Sec. 7044, Business and Professions Code: The Contractor's License Law does not apply to an owner of property who builds or improves thereon, and contracts for such projects with contractor{s) licensed pursuant to the Contractor's License Law). D I am exempt under Section Business and Professions Code for this reason: 1. I personally plan to provide the major labor and materials for construction of the proposed property improvement. 0Yes 0No 2. I (have/ have not) signed an application for a building pennit for the proposed work. 3. I have contracted with the following person (firm) to provide the proposed construction (include name address/ phone/ contractors' license number): 4. I plan to provide portions of the work, but I have hired the following person to coordinate, supervise and provide the major work (include name I address I phone/ contractors' license number): 5. I will provide some of the work, but I have contracted (hired) the following persons to provide the work indicated (include name/ address/ phone/ type of work): ft:S PROPERTY OWNER SIGNATURE OAGENT DATE Is the applicant or future building occupant required to submit a business..ll!§Q, acutely hazardous materials registration form or risk management and prevention program under Sections 25505, 25533 or 25534 of the Presley-Tanner Hazardous Substance Account Act? D Yes LJNo Is the applicant or future building occupant required to obtain a permit from the air pollution control district or a\[..9.l!ality management district? OYes D No Is the facility to be constructed within 1,000 feet of the outer boundary of a school site? OYes LJNo IF ANY OF THE ANSWERS ARE YES, A FINAL CERTIFICATE OF OCCUPANCY MAY NOT BE ISSUED UNLESS THE APPLICANT HAS MET OR IS MEETING THE REQUIREMENTS OF THE OFFICE OF EMERGENCY SERVICES AND THE AIR POLLUTION CONTROL DISTRICT. I hereby affirm that there is a construction lending agency for the performance of the work this permit is issued (Sec. 3097 (i} Civil Code}. Lender's Name Lender's Address I certify that I have read the application and state that the above information iscorrectandthatthe information on the plans is accurate. I agree to comply with all City ordinances and State laws relatingto building construction. I hereby authorize representative of the City of Caris bad to enter upon the above mentioned property for inspection purposes. I ALSO AGREE TO SAVE, INDEMNIFY AND KEEP HARMLESS THE CITY OF CARLSBAD AGAINST ALL LIABILITIES, JUDGMENTS, COSTS AND EXPENSES WHICH MAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENCE OF THE GRANTING OF THIS PERMIT. OSHA: An OSHA permit is required for excavations over 5'0' deep and demolition or construction of structures over 3 stories in height. EXPIRATION: Every permitissued by the Building Official under the provisions ofthis · limitation and become null and void if the building or work authorized by such permit is not commenced within 180days from the date of such pe it or if the buil ing orwo tho· itis suspended or a doned at anytime after the work is commenced for a period of 180days (Section 106.4.4 Uniform Building Code). _25 APPLICANT'S SIGNA TUR DATE 02--2b -Q From: CB100342 2251 FARADAY AV ABBOTT I.ABS: ACCESS CONTROL W/ CARD READER SYS & MAGNETIC LOCKS Tl INDUST Lot#: CONVERGINT TECH. 09/08/2010 09:25 #478 P.004/005 City of Carlsbad Bldg lnsp~ction Request For: 09/09/2010 Permit# CB100342 Title: ABBOTT LABS: ACCESS CONTROL W/ Description: CARD READER SYS & MAGNETIC LOCKS Type:TI Job Address: Suite: Location: Sub Type: INDUST 2251 FARADAY AV Lot: 0 APPLICANT CONVERGINT TECH. Owner: CARLSBAD RESEARCH CENTER L L C Remarks: faxed over final inspection Total Time: CD Description Act Comments 19 Final Structural A/ Inspector Assignment: Phone: // Inspector: L- Requested By: CHRISTINE Entered By: CHRISTINE 39 Final Electrical _J_ ________ _ -----~------------------------------- -------·---------------------------------------- Comments/Notices/Holds Associated PCRs/CVs/SWPPPs Original PC# CV030901 CLOSED Z-RETAIL SALE IN P-M ZONE; HAND HELD SIGNS CV060177 CLOSED Z-MONUMENT SIGN W/0 PERMIT; Inspection History Date Description Act lnsp Comments f I ' t, Carlsbad Fire Department ) &Review Requirements Category: TI , INDUST Date of Report: 03-19-2010 Name: CONVERGINT TECH. Address: 607 N. POPLAR ST ORANGE Permit #: CB 100342 CA 92868 Job Name: ABBOTT LABS: ACCESS CONTROL W/ Job Address: 2251 FARADAY AV CBAD INCOMPLETE The item you have submitted for review~~ this office cannot adeq'zmtety ew1Jttcfareview todetemin~ffll~~able codes and/or s~i'ea,5~_xjew carefully all comments attache ~ubmit the necessary pl~Ji>..-~ns, with changes "clouded", to this office for revie approval. ~ Conditions: fl'ond: CON0003918 [MET] ** APPROVED: THIS PROJECT HAS BEEN REVIEWED AND APPROVED FOR THE PURPOSES OF ISSUEANCE OF A BUILDING PERMIT. THIS APPROVAL IS SUBJECT TO FIELD INSPECTIONS, ANY REQUIRED TESTS, FIRE DEPARTMENT NOTATIONS, CONDITIONS IN CORRESPONDENCE AND COMPLIANCE WITH ALL APPLICABLE CODES AND REGULATIONS. THIS APPROVAL SHALL NOT BE HELD TO PERMIT OR APPROVE ANY VIOLATION OF THE LAW. ,_ ' Entry: 03/19/2010 By: cwong -Action: AP 1 • ~g ~~ J~ t:l~ ge: -.!') •o !~ -i':l .;·~ ~ c-:, ~0 ::i;:~. ;;::· ~: .6.·a:,~i\ • 11 !" . \I !i gj~ ~!1 ~- · o ... ~ •. ri -.-~c,_':i.·1, 1,,,1,J ·1\i -~"' r,, -.::iJ C/) :::: ,..... ~ .... 0"' "' "' 0 0 :z ~ ~ i ~ ~ a, ~ ~ m :< ~ ~ 5 .,, ~ i m 3 I •• ~ g (/)~.,,a. Z A (ti 0 I ro 3 u, o N _.0:1 a {Jl O 0. a: OIN 3: 0 <' ~ ~ ~ g "' a: "' ~ <' ~ ~ )> ~ 0-.,, 0- !!l 0 ll) r+ a. r+ ll) '< r ~O) !D 0-0 en ll) :l. u, O' ll) a. ~ ~ 0 0 ex, ~~ i ~ m ::::, <C 5' (D (D ::!. ::::, <C )> "O "O a ~ 0 J ~ (\) ~ ~ I II~ -I I 0 0 ~ SYMBOL I DESCRIPTION [%l I ACCESS CONTROL PANEL ~ I INTRUSION /\LARI.I PANEL ~ CARD READER, PROXIMITY TYPE, ~ 0 CONCEAi.ED MAGNETIC ALARM CONTACT rill ELECTRIC LOCK [§1 REQUEST TO EXIT D IP CCTV CM1ERA-POE FIXEDWNARl FOCA!.AUTo-!RIS LENS @ MOTION DETECTOR {~60') @ MOTION DETECTOR {360') ~ ARMING STATION Abbott A Promise for Life DENICE AND WIRING LEGEND MOUNTING HEIGHT SEE DETAILS SEE DETAILS READER .. "*42" A.F,F, TO CENlERAl.ARM CONTACT IN DOOR FRAME NIA INDOOR NIA SEE SCHEDULE CEILING MOUNT CEILING MOUNT SEE DETAILS ITY BACK BOX SEE DETAILS SEE DETAILS 4S WI SINGLE GANG RING N!A N/A NIA SEE DETAILS NIii N,'A. SEE DETAILS WIRING 1120VACEMERGENCY20AMP CIRCUIT 1 LAN/ WAN DROP M221• SHIELOEDPLENUM{RS.85) 1120VAC Ef,'ERGENt!Y2QAMP CIRCUIT 1 LANlWAN DROP 1 MBLINE 1-#22/6 PLENUM (DATA.POWER) 1-#22/2 PLENUM 1-1/18/2 PLENUM 1-#2214 PLENUM (REX CONTACT,POWER) 1•CAT6 ,-111814 PLENUM {CONTACT,POWER) 1-111lV4 PLENUM (CONTACT,POWER) 1-#1814 PLENUM CABLE TAG Cotiflergint TE C HN-OLO,tif ES ' I I 607 N. Poplar St. Orange, CA92666-1011 (714) 546-2780 Phone I (714) 546-2457 Fax DATE APPROVED 3 4 10 DRAWN BY· Fernando Za [diva r PROJECTENGINEER. Fernando Zaldivar PROJECT MANAGER: Mike Cartier JOB NUMBER: 501-SN-9152 OATE3 4 10 CUSTOMER. ,...K.,..'.n_c_x...,,:o""'p=-,~,D=-=T=-· _ ... _,__,___--, \_ Swil.ch Ccnirolling -,I ~ 80:h 'Doers ) '1 ' / ( .I ~. ~~z:J· 0 / I DRAWING: Abbott Labs Wl-01 2251 Faraday Ave., Carlsbad, CA 92008 r-----------------------------------------------------------------------------0 [Q] ~ (.J 0 ....I .... Cl >, c:: Q) ro 0 oE 2 § '5 F x Q) ~~ e>co o w :c Q) Q) Q) ~ ::, E u, en 0 z ..... W ro 0 ro Cl ~~ (.)~~ Cl) b:§ z&~ co >, .0 Q) .0 ....I 0:: -~ Cl) .0 0 c:: 0 .. _, .. , 0 oen Q) ....I.,... N en -.... .s:: c:: 0 (.J Eo ::, IJ. Cl p? -----------------------------------------------------------------· I Coo~vetgint TE C HNO,LO,fl1 / ES • , ' I 607 N. Poplar St Orange, CA9286S.1011 (714) 546-2780 Phone I (714) 546-2457 Fax ~ (.J 0 ....I Cl ro 2 Q) :c ::, 0 Cl Cl) .0 ....I 0 0 N ORAVJNBY. Fernando Zaldivar PROJECTENGINEER. Fernando Zaldivar PROJECT MANAGER. Mike Cartier JOB NUMBER: 501-SN-9152 OATE·3 4 10 0 ~ C: Q} 0 oE § '5 F x e>co o w Q) Q) Q) ~ Eu, en w ro 0 ro (.)~~ co z&~ Q) Cl) c:: Q) en .s:: (.J ::, p? - Abbott Labs 2251 Faraday Ave., Carlsbad, CA 92008 DRAWING: I I I I I I I Wl-02 >, 0. C. ::, en ai ::: 0 0. C.) Cl ~ N Co-nt • TECH <ftlfl9! ES r -; 607 Poplar Street • Orange, CA 92868 • (714) 546.2780 Tel• (714) 546-2457 Fax ' ~~a, ,4:::!:~ '=·:::::iii':.*';!mi!:i!1•E•ttB#lil!!!l&E,ifim1i!i§!BiA-tm-?5!iiMl!illilllllllllllllll&ttfEl!!l#mrJ¥Wa~i¥!m~&m-W?!li!'!!-:l!illl"'E3,55td.i::!!-%#.C-· =-z::y ::::::=:=====================::::::::J •• •~ } Fire Life Safety Permit Submittal "Access Control System" Prepared for: Abbott A Promise for Life 2251 Faraday Ave. Carlsbad, CA 92008 & zest¥::-!~¥ t,-_"-,,if _+I,,,, _, -~5 o-,-" •,;> . ~ : ,st '· -P :v i :1 Request Permission to Secure Front Lobby Doors SUBMITTAL: Delta 0-312;>/~ l~ 05, ~ • Abbott Labs, Carlsbad Request Permission to Secure Front Lobby Doors 2/23/2010 Sequence of Operations Proposed: Convergint Technologies, LP is proposing to secure the two front lobby doors leading into the work space for Abbott Labs, Carlsbad, CA. Sequence of Operation: 1. Front lobby doors shall be secured using 24vdc double magnetic locks from the interior of the building. 2. 24vdc power is fed through a relay on the card reader interface module which is programmed to secure doors based on time schedule or continual access control based on custom programming provided by the customers own internal support group. 3. A 1 0Amp, 24vdc power supply will supply power to the magnetic locks based on the programming selected by the customer. Upon power failure or signal from fire interface power drops from the magnetic locks therefore qualifying the lock as fail safe. 4. Power to the magnetic locks will run through a series of interfaces to ensure fail safe egress by automatic power drop, multiple methods of manual override & fire interface. a. Double Touch-sense bar is used for daily traffic for example egress from within the building. A person leaving the facility will approach the door and upon placing hands under normal function, on the touch-sense bar, power will be cl:.lt to release the magnetic locks. A signal is sent to the access control system management software to indicate egress under normal conditions (no alarm). The Double Touch Sense bar will also function as request-to-exit device bypassing any alarm signal to the access control system. b. Emergency Exit Button (aka Emergency Release) also functions as an independent interruption device to the lock power utilizing a pneumatic button that can be adjusted between 2 and 60 seconds for power interruption. c. The Knox Key Switch allows local fire jurisdiction to bypass both doors, interrupting power to both double magnetic lock doors keeping them open and free of any obstruction until the key switch is reset by the fire department. d. A dry contact from the fire alarm interface is provided by the Fire Alarm contractor and ties to a PAM4 relay which when triggered by the FACP (Fire Alarm Control Panel) or fire alarm will cut power to the magnetic locks until the FACP is reset to normal function. 5. The solution Convergint Technologies plans on providing will meet and exceed any local or national fire code requirements providing at least three ways of manually overriding power to the locks, two ways of controlling the magnetic locks for daily use and at least three ways of cutting power in case of in case of an emergency. Upon reviewing the information provided, please feel free to contact me for clarification on any of the normal uses of the devices in question. Included are all the cut sheets and standard installation procedures provided by the manufacturers included in this submittal. • 1 ........... 1 X ·---- CAT 6 Pljrll ~ . -----t-__ ----11· jFEC IJ@ Aw~- PR 0 ;u m SQ.. 3, CD CD m ca C/1 CD CD ::J OJ("') C '< g: -------------8__ ------------------ -------------- 1 ::i ol 1<1 • ~i~~ D ;_:;@ --· • DD l~LASSl-1,TYPE_ II~ I Ill 111111 l~l l I I_I 1111111 WJ~ l 111111111 l~J CR.1-03 PROFUSIONn __ Q;OMBO CA.1-0}', ~ ·n---0 -~ PR~IOf'J COMJ] ·1J ~UM --_:::_~---I I I I tW I 3/4"c. TO s$vrn RM .Jr--+_._ I ilN--CAT 6 PLENUM CJ ------L I co -------==t=' I I I ~----l-f--~LL I OJ (I) :;,:;; ~ :E :::i :::r ;:;: 0 0 g. X 1 . 1 __ ,·ooo . . ... rt'==!b--f "-, Q O J! -____ A -cn;3.o ',\ C CAME~ ICA.1-h1 ~--; ?!:/ "' :z: I l- ~ 0) (Cl r 0 ("') "" ., .. r r "' -,?;- ffi r··7 -. I L1 r 1 __ iJ 0 1 1 1 1$°ol I * r--1-J ('J I ~ I • -----------------1 Interior Lobby Door2 1200Lbs Double Mag Lock ~~.~~'.:': [o~ w/ 30 Sec. Timer ·-·-·-••..,..--"II. Double Touch Sense Bar (REX) ==1 ___ ===--_____ -==----------· _---'-_____ ----:1---t --: Card Reader Fire alarm Interface to release door locks upon ---------; fire event. I • i-----------------Front Lobby Door1 1200Lbs Double Mag Lock DPIDTKNOX I C\ I Switch 3513 ~ ~~~.;::·:.1;,~~~ 1q w/ 30 Sec. Timer ____ 1e1----,. Double Touch Sense Bar (REX) --1=-~~---==----____ -____ -______ ____.__: ~~It-----: Card Reader Dual Reader Interface Module Lock rlwla)LS -1 1 • I I I I I I I I ------------------------------------------------------------· 24VDC Power Supply • • • • MODEL 1200D 1200 POUND DOUBLE MAGNETIC LOCK 15 U.L. LISTED, LISTING NUMBER R16756 t:] 1200 POUND MINIMUM HOLDING FORCE, EACH LOCK • MAGNET SIZE 21" L x 2-7/8" H x 1-1/2" W t:1 ARMATURE SIZE 7-1/2" L x 2-3/8" W x 5/8" D EACH CJ 12 OR 24 VOLT DC OPERATION, JUMPER SELECTABLE D CURRENT DRAW 400 MA.@12 VDC, 200 MA.@24 VDC EACH MAGNET D Bl-COLORED STATUS LED, DOOR STATUS SENSOR EJ BOND SENSOR WITH S.P.D.T. 3A. RELAY CONTACTS r:I ALL METAL NON-ALUMINUM PARTS ARE PLATED (!] CLEAR ANODIZED US 28 FINISH STANDARD • DURONIC US 40 FINISH AVAILABLE ~ e.AL!~/!~~~Jv~Po~~~~~fr~~~~?N ~ WWW.ALARMCONTROLS.COM EMAIL: INFO@ALARMCONTROLS.COM PLEASE READ BEFORE INSTALLATION • LARM CONTROLS CORPORATION OFFERS A COMPLETE LINE OF MAGNETIC LOCKS AND ACCESSORY ITEMS 0 ASSIST THE INSTALLER IN MANAGING EVERY APPLICATION. THE MAGNETIC LOCK IS DESIGNED TO MOUNT TO THE DOOR FRAME ON THE STOP SIDE OF THE DOOR IN A TYPICAL OUTSWINGING DOOR INSTALLATION,(SEE PAGE 2 FOR INSWINGING DOOR INSTALLATION). SUFFICIENT HEADER SPACE MUST BE AVAILABLE TO MOUNT THE MAGNETIC LOCK TO INSURE A SAFE AND SECURE INSTALLATION. 1. NOTE TYPE OF DOOR FRAME HEADER AND INSTALL FILLER PLATE OR ANGLE BRACKET AS REQUIRED TO PROVIDE A FLAT MOUNTING SURFACE ON THE DOOR HEADER THE ENTIRE LENGTH OF THE MAGNETIC LOCK. OUTSWINGING DOOR INSTALLATION MAGNET ~ ARMATURE PLATE HEADER OUT SWINGING DOOR MAGNET 2. FOLD TEMPLATE ON DOTTED LINE TO FORM A 90 DEGREE ANGLE. TAPE TEMPLATE AGAINST DOOR HEADER WITH DOOR IN A CLOSED POSITION 1" FROM DOOR FRAME OPPOSITE HINGE SIDE OF DOOR JAMB . • FOR A PAIR OF DOUBLE DOORS PLACE TEMPLATE AT THE CENTER OF THE DOOR OPENING. TRANSFER HOLE LOCATIONS TO DOOR AND FRAME HEADER, (SEE TEMPLATE INSTRUCTIONS). 3. FOLLOW TEMPLATE INSTRUCTIONS FOR HOLE SIZES. USE THE ILLUSTRATIONS BELOW TO DETERMINE THE PROPER HOLE PREPARATION FOR THE ARMATURE PLATE ACCCORDING TO THE DOOR TYPE IN THE INSTALLATION. THE INCLUDED HARDWARE PACKAGE CONTAINS ALL NECESSARY ITEMS TO COMPLETE THE INSTALLATION. TO REMOVE THE HEADER PLATE INSERT HEX KEY INTO HOLES LOCATED AT THE BOTTOM OF LOCK ON THE RIGHT AND LEFT SIDE AND UN-SCREW THE CAP SCREWS SOLID DOOR HOLLOW DOOR STEP2 STEP 1 STEP2 STEP 1 FOLLOW WITH DRILL 1/4" DIA. DRILL 1/2" DIA. DRILL 21/32" DIA. 1/2" DIA. HOLE HOLETHRU HOLE THRU SEX HOLE THRU THRU DOOR ARMATURE BOLT SIDE ARMATURE SIDE OF DOOR OFDOOR SIDE OF DOOR ONE THICKNESS ONE THICKNESS ONLY ONLY ARMATURE ARMATURE PLATE MUST PLATE MUST ROCK ON DOOR ROCK ON DOOR • ~ ~ ALARM CONTROLS CORPORATION ~ 19 BRANDYWINE DRIVE P.O. BOX 280 DEER PARK, NY 11729 800 645-5538 WWW.ALARMCONTROLS.COM • • • INSWINGING DOOR INSTALLATION WITH L-Z BRACKET L BRACKET ADJUSTABLE ZBRACKET" ADJUSTABLE SECTION OF Z BRACKET WITH ARMATURE P E ATTAC D COMPLETED INSWINGING DOOR INSTALLATION STEP 1 FASTEN THE L BRACKET ON THE DOOR FRAME IN A SUITABLE LOCATION. MOUNT THE MAGNETIC LOCK TO THE L BRACKET. MAKE SURE THAT THE MAGNETIC LOCK DOES NOT OBSTRUCT THE CLOSING OF THE DOOR. CONNECT THE CORRECT VOLTAGE TO THE MAGNET. STEP2 ASSEMBLE THE Z BRACKET WITH THE SOCKET HEAD CAP SCREWS PROVIDED. DO NOT TIGHTEN THE CAP SCREWS AT THIS TIME. THE Z BRACKET MUST BE ADJUSTABLE. STEP3 MOUNT THE ARMATURE PLATE TO THE ADJUSTABLE SECTION OF THE Z BRACKET WITH THE ARMATURE BOLT. DO NOT REMOVE THE RUBBER WASHER ATTACHED TO THE ARMATURE BOLT. USE ONE RUBBER WASHER BETWEEN TWO METAL WASHERS ON THE ARMATURE BOLT. THE WASHER ASSEMBLY MUST BE BETWEEN THE ARMATURE PLATE AND THE ADJUSTABLE SECTION OF THE Z BRACKET. APPLY THE SCREW LOCKING AGENT TO THE ARMATURE BOLT. DO NOT OVER TIGHTEN. ARMATURE MUST ROCK TO ALIGN WITH THE MAGNET. STEP4 CLOSE THE DOOR AND ALIGN THE ARMATURE PLATE TO THE MAGNET AND APPLY POWER TO THE MAGNET. LET THE ARMATURE PLATE BOND TO THE MAGNET. BE SURE THE Z BRACKET ASSEMBLY IS FIRMLY AGAINST THE CLOSED DOOR. TIGHTEN THE CAP SCREWS HOLDING THE Z BRACKET ARMATURE PLATE ASSEMBLY. FASTEN THE Z BRACKET ASSEMBLY TO THE DOOR WITH THE SCREWS SUPPLIED. STEPS CHECK THE COMPLETED ALIGNMENT AND INSTALLATION OF THE MAGNET AND ARMATURE PLATE BY OPENING AND CLOSING THE DOOR BY ENERGIZING AND DE-ENERGIZING THE MAGNETIC LOCK SEVERAL TIMES. THIS WILL INSURE THAT THE CORRECT OPERATION AND ALIGNMENT OF THE MAGNETIC LOCK HAS BEEN PROPERLY INSTALLED. MAGNETIC LOCK L / Z BRACKETS FOR INSWINGING DOORS AM2370 FOR 300 POUND MAGNETIC LOCK AM3370 FOR ALL 600 POUND MODELS OF SINGLE MAGNETIC LOCKS AM6370 FOR ALL 1200 POUND MODELS OF SINGLE MAGNETIC LOCKS AM3375 FOR ALL 600 POUND MODELS OF DOUBLE MAGNETIC LOCKS AM6375 FOR ALL 1200 POUND MODELS OF DOUBLE MAGNETIC LOCKS MAGNETIC LOCK CARE ANO MAINTENANCE MAGNETIC LOCKS HAVE NO INTERNAL MOVING PARTS AND REQUIRE A MINIMUM AMOUNT OF MAINTENANCE. IT IS RECOMMENDED THAT THE FACE OF THE ARMATURE PLATE AND MAGNET BE WIPED CLEAN AND AL IGHT COATING OF A SUITABLE SILCONE LUBRICANT BE APPLIED TO EACH SURFACE TO PREVENT RUST ALTHOUGH THE MATING SURFACES HAVE BEEN PLATED. THIS ONLY NEEDS TO BE DONE WHEN DIRT BUILD-UP IS NOTICED. THE ARMATURE PLATE BOLT AND THE HEX HEAD SCREWS HOLDING THE MAGNET TO HEADER PLATE SHOULD BE CHECKED EVERY THREE MONTHS TO INSURE A SAFE AND SECURE INSTALLATION. MAGNETIC LOCK ELECTRICAL SPECIFICATIONS 300 POUND MODEL SINGLE MAGNETIC LOCK, 250 MA.@ 12 voe, 130 MA. @24 voe ALL 600 POUND MODELS OF SINGLE MAGNETIC LOCK, 400 MA.@ 12 voe, 200 MA. @24 voe ALL 1200 POUND MODELS OF SINGLE MAGNETIC LOCK, 400 MA.@ 12 voe, 200 MA. @24 voe ALL 600 POUND MODELS OF DOUBLE MAGNETIC LOCKS, 400 MA.@ 12 voe, 200 MA. @24 voe, EACH LOCK ALL 1200 POUND MODELS OF DOUBLE MAGNETIC LOCKS, 400 MA.@ 12 voe, 200 MA. @24 voe, EACH LOCK ALL MAGNETIC LOCKS ARE SET AT THE FACTORY FOR 24 VDC TYPICAL MAGNETIC LOCK WIRING I POSITIVE I PIR l_ + FILTERED MAGNETIC DC N/C DIGITAL LOCK POWER REX ~ -KEYPAD SUPPLY BUTTON I I I NEGATIVE WIRE GAUGE CHART • DISTANCE FROM POWER SUPPLY TO MAGNETIC LOCK 12VDC 50 100 150 200 300 400 500 750 1000 24VDC l FEET FEET FEET FEET FEET FEET FEET FEET FEET 200 MA. 24 GA. 22 GA. 22 GA. 22GA. 20 GA. 18 GA. 18 GA. 16 GA. 14 GA. 24 GA. 1. 24 .C?~~ . 24 GA. 22GA. 22GA. ' 22 GA. j, 20 GA. 20GA. 18GA. i ---·-. ... .. .. ---· . .. ' .. ... -------. .. ------------·--- D 300 MA. 24 GA. 22 GA. 22 GA. 20 GA. 18 GA. 18 GA. 16 GA. 14 GA. 14 GA. C I 24 GA. l. 22.G_~-22 GA. ; ' i 24GA. 22GA. 20 GA. I 2'0GA. 1'8 GA. 16GA. ! .. . . l .. .. .. J . .. .. . . C 22 GA. 22 GA. 20 GA. 18 GA. 18 GA. 16 GA. 14 GA. 14 GA. 12 GA. u 400 MA. I 20 GA. l ' 24GA. I 22GA. 22GA. 22GA. 18 GA. I 18 GA. 16 GA. 14 GA. R i ! R 22 GA. 20 GA. 18 GA. 18 GA. 16 GA. 14 GA 14 GA. 12 GA. 10 GA. E 600 MA. I ! !. i N 24 GA. 22 GA. 22 GA. 20GA 18GA. ! 18 GA. 16GA. 14 GA 14 GA I ! ! T 800 MA. 22 GA. 18 GA. 18 GA. 16 GA 14 GA 12 GA. 10 GA. 10 GA 8GA. ! I ' ' 22 GA. 22GA. 20GA. 1· 18 GA. 18 GA. 16 GA. ! 14 GA. 14 GA. 12 GA. ' : 1 AMP. 20 GA. 18 GA. 16 GA. 14 GA. 14 GA. 12 GA. 10 GA. 10 GA. 8 GA i l i 22GA I 20 GA. 20GA. 18 GA. 16 GA. 14 GA.. l 14GA. 12 GA. 10 GA. ~-------T_R_o_u_B_L_E_S_H_o_o_T_IN_G_G_U_I_D_E _____ ___. PROBLEM CAUSE SOLUTION LOCK BUZZES AC VOLTAGE CONNECTED TO LOCK SUPPLY DC VOLTAGE TO LOCK AC RIPPLE IN POWER SUPPLY REPLACE POWER SUPPLY CHECK VOLTAGE JUMPER POSITION INCORRECT INPUT VOLTAGE FOR CORRECT VOLTAGE SETTING LOCK SET AT FACTORY FOR 24 VDC LOW INPUT VOLTAGE CHECK POWER SUPPLY VOLTAGE WIRE GAUGE INCORRECT FOR WIRE RUN INSUFFICIENT HOLDING FORCE MISALIGNMENT OF ARMATURE PLATE ARMATURE PLATE MUST COVER ALL MAGNETIC POLES OF LOCK ARMATURE PLATE SCREWED TIGHT ARMATURE PLATE MUST ROCK ON TO DOOR DOOR TO ALIGN WITH LOCK A METAL WASHER,RUBBER WASHER AND WRONG HARDWARE ASSEMBLY METAL WASHER MUST BE BETWEEN DOOR AND ARMATURE PLATE DOOR DOES NOT LOCK CHECK POWER AT LOCK NO POWER TO DOOR CHECK POWER SUPPLY CHECK ALL CONNECTIONS DOOR STATUS SENSOR NOT WORKING MAGNET IN ARMATURE PLATE (APPLICABLE MODELS) ALIGN MAGNET IN ARMATURE PLATE WITH NOT ALIGNED WITH LOCK DOOR STATUS SENSOR DOT ON LOCK • • • MAGNETIC LOCK WIRING INSTRUCTIONS MODELS WITH BOND SENSOR & DOOR STATUS SENSOR 600LB,600DLB, 1200LB, 1200D IMPORTANT ON ALL MODELS REMOVE TERMINAL COVER SCREW TO ACCESS HEADER MOUNTING SCREW WIRING INSTRUCTIONS CONNECT POSITIVE LOCK POWER TO V+ TERMINAL CONNECT NEGATIVE LOCK POWER OPERATION OF BOND SENSOR AND LED THE BOND SENSOR DETECTS WHEN THE MAGNETIC LOCK IS POWERED AND DOOR IS CLOSED. DOOR OPEN, LOCK NOT POWERED: RELAY "OFF" LED "OFF" DOOR CLOSED, LOCK POWERED: RELAY "ON" LED "GREEN" DOOR CLOSED, LOCK NOT POWERED: RELAY "OFF" LED "OFF" DOOR OPEN, LOCK POWERED: RELAY "OFF" LED "RED" BOND SENSOR -v-+ ~I -v-~11 ~11-co_M_I N-,c I P1 P2 [!][!][!][!] VOLTAGE SELECTION P1 P2 FOR 12 V ! Clja U $2 I FOR 24 V ! • ! ¢*I I • ! VOLTAGE IS FACTORY SET FOR 24 VDC ORIENTATION OF THE MAGNET AND ARMATURE DOOR STATUS SENSOR ANTI-ROTATION PIN A B 0 PERMANENT MAGNET INSTALL THE MAGNET AND ARMATURE PLATE AS SHOWN. IF NOT POSITIONED AS SHOWN THE OPERATION OF THE SENSOR OUTPUT WILL BE AFFECTED. DOOR STATUS SENSOR THE DOOR STATUS SENSOR,(REED SWITCH), IS NORMALLY-OPEN. WHEN THE ARMATURE PLATE IS AGAINST THE MAGNET THE CONTACTS ARE CLOSED. THE TWO WHITE/GREEN LEADS,(A,B),ARE FOR THE DOOR STATUS SENSOR. WHEN MOUNTING ARMATURE PLATE ON DOOR RUBBER WASHER MUST BE PLACED BETWEEN METAL WASHERS. DO NOT EXCESSIVLY TIGHTEN SEX BOLT.ARMATURE MUST FLOAT ON DOOR.THREAD LOCKING AGENT SHOULD BE USED. ALARM CONTROLS CORPORATION DEER PARK, NEW YORK 11729 PH: 1 800 645-5538 FAX: 1 631 586-6500 EMAIL: INFO@ALARMCONTROLS.COM WEBSITE: WWW.ALARMCONTROLS.COM • • • JECURITROff""' t,SSAABLOY DSB Dual Sense Bar The Dual Sense Bar (DSB) is for use on magnetically locked, non-fire- rated doors. Specifically designed to address the most current building and life safety codes, the DSB features two independent switch circuits to release the lock. Simply touching the bar or engaging its mechanical movement will allow free egress. For indoor use only, the DSB can be installed on metal, aluminum or wood doors of all types. Meets "no special tools or knowledge" requirements. Features & Benefits • • • • • • • • • • • • • • • The most dependable exit device available for magnetically locked openings < 1 /8" mechanical movement and ultra-reliable touch sense technology working together in a single exit bar Touch sensing and redundant movement-activated switches complies with current fire and life safety egress codes Uses same mounting pattern as the TSB-3 Circuit board is immune to electrostatic discharge -switching power supplies, proximity and garment readers and neon signs Bounce resistant to false triggering from outside impact Three standard lengths: 36", 42" or 48" All metal construction will stand up to rugged interior environments Like the TSB-3, the DSB allows field cutting to fit non-standard door widths DSB options include illuminated "Push To Exit" via internal fiber optic strip and MicroShield' anti-microbial coating for superior germ resistance 16 ft. [ 4.8m] 22AWG 6 conductor cable and armored door cord included Available Electrolynx· ready Operates on either 12 or 24VDC Tested to 27,000 volts electrostatic discharge UL Listed c@us Specification Data Current Draw: Dual Sense Bar Only-24mA I Normal Position TCP covers unwanted holes from previously installed exit bars, strengthens the mounting area and provides a clean look Movement Position DSB-TDM allows through- bolting of DSB on doors 1-3/4" to 2-1 /4" thick Dual Sense Bar with Illumination -44mA Voltage: 12 or 24VDC Operating Temperature: +32 to +120F [Oto +49(] ShippingWeight: 6 to 8 lbs. depending on length Warranty: MagnaCare Lifetime Replacement Warranty 3" ~ [76mm~·--,,··· l\"!\.1-,-;;;;;;;;;!®~E::,~W~:::t~iii~~M~#~ITTr;;;;;;;;;;;:;;;;;;;;;;;;;;=-:~• 3" , _-_'::· ________ · _··_-·_·-_··_-_··-_··_-_··_-_ .. _._··:Ir ., [76mm] 34.2", 40.2", 46.2" ----\\ [868mm, 1021 mm,1173mm] How To Order -Base Model (DSB Only) How To Order -Anti-microbial (A) Part# DSB-CL DSB-CL42 DSB-CL48 DSB-BK DSB-BK42 DSB-BK48 Description Dual Sense Bar, Clear 36" Dual Sense Bar, Clear 42" Dual Sense Bar, Clear 48" Dual Sense Bar, Black 36" Dual Sense Bar, Black 42" Dual Sense Bar, Black48" How To Order-llluminated Sign(/) Part# DSB-CLI DSB-CLl42 DSB-CLl48 DSB-BKI DSB-BKl42 DSB-BKl48 Description Dual Sense Bar, Clear 36", Illuminated Sign Dual Sense Bar, Clear 42", Illuminated Sign Dual Sense Bar, Clear 48", Illuminated Sign Dual Sense Bar, Black 36", Illuminated Sign Dual Sense Bar, Black 42", Illuminated Sign Dual Sense Bar, Black 48", Illuminated Sign Part# DSB-CLA DSB-CLA42 DSB-CLA48 DSB-BKA DSB-BKA42 DSB-BKA48 Description Dual Sense Bar, Clear 36", MicroShield' Dual Sense Bar, Clear 42", MicroShield Dual Sense Bar, Clear 48", MicroShield Dual Sense Bar, Black 36", MicroShield Dual Sense Bar, Black 42", MicroShield Dual Sense Bar, Black 48", MicroShield How To Order-llfuminated!Anti-microbial (//Al Part# DSB-CLIA DSB-CLIA42 DSB-CLIA48 DSB-BKIA DSB-BKIA42 DSB-BKIA48 Description Dual Sense Bar, Clear 36", Illuminated, MicroShield' Dual Sense Bar, Clear 42", Illuminated, MicroShield Dual Sense Bar, Clear 48", Illuminated, MicroShield Dual Sense Bar, Black 36", Illuminated, MicroShield Dual Sense Bar, Black 42", Illuminated, MicroShield Dual Sense Bar, Black 48", Illuminated, MicroShield NOTE: Order any Dual Sense Bar listed above with Electrolynx connectors by adding the letters "EL" to the front of the Part#. Order any Dual Sense Bar listed above as a dummy bar only (no electronics, no releasing function) by adding the letter "D" to the front of the Part#. 1-800-MAGLOCK www.securitron.com I D 33 • • • JECURITROff""" PSSA.ABIDY Securitron Magnalock Corp. Tel 775.355.5625 ASSA ABLOY, the global leader in door opening solutions 550 Vista Boulevard Fax 775.355.5633 Sparks, NV 89434 info@securitron.com www .secu ritron. com SECURITRON SERIES DSB DUAL SENSE BAR INSTALLATION AND OPERATION INSTRUCTIONS 1. INTRODUCTION The Securitron Dual Sense Bar (Model DSB) is an exit device intended for use on magnetically locked, non-fire rated doors only. The bar will operate via mechanical movement (push) to provide a primary egress function that does not require human touch in addition to function by touch sense. The mechanical function has been included to simplify use and ease exit for personnel with prosthetics or those who may otherwise have their hands occupied (e.g. carrying boxes, manipulating carts, maneuvering wheelchairs, etc.). The assembly consists of an aluminum bar available in lengths to fit standard U.S. door openings: (36", 42", and 48"). The end mounts provide the mounting platform for the bar and house the electronic PC boards and mechanical switching mechanisms within the bar. 2. SPECIFICATIONS MECHANICAL ELECTRICAL Physical Size: Voltage Input: 12 or 24 Volts DC Height: 3" [76mm] Current Draw (Base -At Rest): 24mA Depth: 3" [76mm] (from mounting surface) (DPST) Contact Rating: 1 Amp@ both 12 Overall Length: and 24VDC 36" Door = 34-3/16" [868mm] 42" Door = 40-3/16" [1021mm] Illuminated Sign (Option): 20mA Maximum 48" Door= 46-3/16" [1173mm] ( additional) Operating Force (Maximum): 15 Lbs. [66. 7N] DSB Connection: 16-Foot [ 4.88 Meter] Wire Environmental (Recommended): Cable with Traditional Connector Temperature Range: 32°F [QOCJ to ELDSB Connection: Wiring Harness with 12QOF [ 490CJ ElectroLynx Connector Humidity: 10% to 90% RH 3. PRODUCT OVERVIEW Upon unpacking this product, an inventory should be made to ensure that all the required components and hardware have been included. Along with these instructions, the DSB product should include the following items: DSB 4. HARDWARE (U.S. STANDARD) .xl~ ~Co 4X I Phillips Truss Head Blind Nut Screw, 1-3/4" Long © Copyright, 2009, all rights reserved Figure l 4X I (&) Plastic Flat Washer Page 1 Hardware Pack Traditional Power Cable (w/ TSB-C) OR ElectroLynx Harness ,xi~ Blind Nut Collapsing Tool P/N 500-22700 Rev. C, 6/09 • • • Fasteners for metal doors (aluminum frame and hollow steel) are included. For through door mounting please call Securitron for a no-charge DSB-TDM kit. Note that US standard or metric fasteners are supplied depending on the version of the bar which was ordered. (The metric version part number for a DSB series bar will include the suffix "M"). 5. RECOMMENDED TOOLS Bubble Level Hammer Center Punch Wrenches: 1/2" Box-end (or Adjustable Wrench) Drill Bits: 3/8" [9.5mm], 11/16" [17.5mm] 6. INSTALLATION INSTRUCTIONS Power Drill Pliers, Vise-grip Screwdrivers: #1 and #2 Phillips, 5/16" [8mm] Flat, 1/8" [3mm] Flat Hex Wrench (for metric bars only): 5mm AS THE DSB IS NORMALLY USED TO ALLOW EGRESS ON AN ELECTRICALLY SECURED DOOR, ENSURE THAT ALL APPLICABLE BUILDING AND FIRE CODES ARE BEING FOLLOWED. VERIFY INSTALLATION WITH LOCAL BUILDING AND/OR FIRE PREVENTION CODES AND REGULATIONS. THE DUAL SENSE BAR MAY NOT BE USED ON A FIRE RA TED DOOR THAT REQUIRES A FIRE RATED LATCH! THE DSB HAS NO LATCH. IN SOME INSTANCES HOWEVER, FIRE DOORS ARE ALLOWED ON OPENINGS WHERE A FIRE RA TED BARRIER IS NOT REQUIRED. USE OF THE DSB SHOULD ALWAYS BE VERIFIED AND APPROVED THROUGH LOCAL BUILDING CODE AND/OR FIRE PREVENTION DEPARTMENTS. 6.1. BAR POSITIONING AND MOUNTING HOLE MARKING Using a #1 Phillips screwdriver, remove the screws and the end caps from both ends of the bar. Verify that the bar is the correct length for the door. If it appears that the bar is longer than it should be for the door, see Section 6.6 for cutting instructions. Take note of which end has the main (touch sense) PC board in it, this end has a ring terminal connecting the PCB to the bar profile. This is the end that should be mounted on the hinge side for the most convenient wire exit from the door. The DSB, as shipped from the factory, is assembled with shipping clips at each end that temporarily hold the bar together while positioning and mounting the bar to the door (see Figure 2). FOR EASE OF INSTALLATION, DO NOT REMOVE THE SHIPPING CLIPS UNTIL AEIE.B THE BAR HAS BEEN MOUNTED. INSTALLED SHIPPING CUP (EACH END) Figure 2 Y'"'""G cu, LOOSEN SCREWS TO REMOVE CUPS AFTER BAR IS MOUNTED TO DOOR. THEN TIGHTEN SCREWS TO SECURE END CAPS TO BAR EXTRUSION. For best results, the assembled DSB itself may be used as a template to locate and mark the mounting holes. When positioning the bar for marking the holes, ensure the following: • The bar is positioned at the correct height from the floor (see Figure 3). Generally, US Building Codes require that the bar be located between 30 inches [762mm] and 44 inches [1118mm] from the bottom of the door . Page2 P/N 500-22700 Rev. C, 6/09 • • • • The bar is level. • The bar is centered on the door (left to right) between the door frame stops . By using the assembled bar as a template, the correct separation between the mounting holes will automatically be maintained. After marking the hole locations, verify that the centers of the holes are at the required distance as shown in Figure 4. *H A LEVEL THE BAR AT THE SPECIFIED HEIGHT AND USING THE BAR AS A TEMPLATE MARK THE HOLES ON THE INSIDE OF THE DOOR. *H = HEIGHT FROM FLOOR. 1.20 (30.5] THE DOOR AND HARDWARE INSTITUTE RECOMMENDS 42 INCHES (1067mm] • Figure 3 36" DOOR= 33.13 [842mm] 42" DOOR = 39.13 [994mm] 48" DOOR= 45.13 (1146mm] 4X DRILL HOLES BASED ON DOOR 1YPE AND MOUNTING HARDWAR ¾" [9.5] DETAIL B (HINGE SIDE) Figure 4 Page3 B P/N 500-22700 Rev. C, 6/09 • • • 6.2. HOLLOW METAL DOOR PREPARATION The bar should be mounted to the door using the blind nuts and screws provided as shown in Figure 6. Use the following step-by-step instructions and Figure 5 for the installation of the blind nuts: a. Drill the four (4) 3/8" [9.5mm] diameter holes through the interior (mounting) surface of the door at the previously marked hole locations. DO NOT drill completely through the door. b. Insert one blind nut assembled to the installation tool into a mounting hole. c. While holding the collapsing nut of the tool with a 1/2" box-end wrench, turn the socket head cap screw using a 3/16" (or 5mm) hex wrench. Note: Maintain firm pressure toward the mounting surface while collapsing the nut. d. Once the blind nut is adequately collapsed, remove the tool from the installed nut by backing the cap screw out of the blind nut. e. Install all blind nuts by using the collapsing tool and repeating the previous steps. f. After all blind nuts are installed, hold the bar in place over the blind nuts and secure into place with the *plastic washers and mounting screws provided. *THE PLASTIC WASHERS MUST BE INSTALLED UNDER THE SCREW HEADS FOR THE DSB TO FUNCTION PROPERLY. ALSO ENSURE THAT THERE IS 1/32" CLEARANCE BETWEEN EACH BAR END CAP AND THE INNER FLANGE OF THE BASE MOUNT BEFORE FINAL TIGHTENING OF THE MOUNTING SCREWS. ¢ 3/8" [9.Smml THRU MOUNTING SIDE ONLY COLLAPSING NUT HOLD WITH WRENCH OR VISE-GRIP PUERS WHILE TURNING CAP SCREW CAP SCREW APPLY FIRM PRESSURE TOWARD MOUNTING SURFACE WHILE TURNING WITH HEX {ALLEN) WRENCH Figure 5 6.3. SOLID WOOD DOOR PREPARATION: The bar may be mounted using wood screws (not furnished). Four (4) #14 wood (or SMS) screws with a hex head are recommended (see Figure 6). HOLLOW METAL DOOR Figure 6 Page4 SOLID WOOD (SCREW) P/N 500-22700 Rev. C, 6/09 • • • 6.4. BOLT THROUGH DOOR PREPARATION: For through-bolt mounting on various door types a DSB-TDM kit will be required (see Figure 7) . This product accessory is furnished separately and can be ordered from the factory at no charge. This configuration may be used on solid wood doors, hollow or solid metal doors, or chalk filled *fire doors. Please follow instructions included with the DSB-TDM kit for proper installation. *THE DUAL SENSE BAR MAY NOT BE USED ON A FIRE RA TED DOOR THAT REQUIRES A FIRE RATED LATCH! THE DSB HAS NO LATCH. IN SOME INSTANCES HOWEVER, FIRE DOORS ARE ALLOWED ON OPENINGS WHERE A FIRE RA TED BARRIER IS NOT REQUIRED. USE OF THE DSB SHOULD ALWAYS BE VERIFIED AND APPROVED THROUGH LOCAL BUILDING CODE AND/OR FIRE PREVENTION DEPARTMENTS. SEX BOLT 6.5. WIRE ACCESS HOLES ¢ 3/8" [9.5mm) x 1.0 [25mm] ;r, l--4X 4X ¢ 9/32" (7mm] THRU DOOR SOLID WOOD THROUGH DOOR MOUNT (DSB·TDM KIT SOLD SEPARATELY) Figure 7 The DSB connects to a power source and access control systems via either a 16-foot 6- conductor traditional wiring cable assembly (included with the standard DSB series), or an 8- conductor Electrolynx connector "pigtail" harness (included with the ELDSB series). All DSB/ELDSB installations require that an 11/16" [17.5mm] diameter wire way hole be located in the hinge side of the door at the position shown (see Figure 4). This hole allows either the traditional cable with connector or the Electrolynx wiring harness connectors to be pulled into the door. DSB -Traditional Wiring: Wire routing from a hollow door implementing the traditional wiring method may be achieved using a door cord (TSB-C included with the standard DSB) which may be mounted toward the top of the door, or by using any of many commercially available electrical transfer hinges or pivots (such as Securitron's EPT or EPTL Electric Power Transfer) which serve to route the wiring from the door to the frame in a concealed manner. The following step-by-step instructions may be used for the installation of the armored door cord: a. Drill a 3/8" [9.5mm] diameter hole in the door and frame (hinge side) as shown in Figure 8. b. Insert one (1) door cord insert into each end of the flexible cord conduit. c. Run electrical wiring as required through the flexible cord conduit (with inserts) and the holes in the door and frame. d. Position the door cord caps to completely cover each 3/8" [9.5mm] diameter hole and use the cap mounting holes as a template to mark and then drill two (2) 1/8" [3.2mm] pilot holes for mounting . Page5 P/N 500-22700 Rev. C, 6/09 • • • e. Insert each end of the (spiral) conduit into the recess of each of the cord caps and mount each cap to the door and frame using a Phillips screwdriver and two (2) #6 X 3/4" long pan head screws provided. 4X #6 X 3/4" LONG SMS PAN HEAD SCREWS 4X DOOR CORD CAPS 2X BLACK 2X GRAY (COLOR CHOICE) Figure 8 FLEXIBLE CORD CONDUIT IT IS SUGGESTED THAT WIRE ROUTING FROM A SOLID DOOR USING THE TRADITIONAL WIRING METHOD BE DONE USING AN ELECTRICAL TRANSFER HINGE OR PIVOT (EPT OR EPTL) WHICH WILL SERVE TO ROUTE THE WIRING FROM THE DOOR TO THE FRAME IN A CONCEALED MANNER. ELDSB -Electrolynx Wiring: The Electrolynx connection is the simplest method of transferring power and signal from the device/door to the frame. Securitron's EL-EPT or EL-EPTL are designed specifically for this purpose. IN ALL CASES THE BAR SHOULD BE MOUNTED SO THAT THE END MOUNT WHICH HOUSES THE MAIN (TOUCH SENSE) PC BOARD IS ON THE HINGED SIDE OF THE DOOR. DO NOT PULL OR RUN ANY CABLING OR WIRING THROUGH THE BAR. THIS CAN POTENTIALLY CAUSE ELECTRICAL INTERFERENCE WITH THE TOUCH SENSE CIRCUIT AND MAY BLOCK THE MECHANICAL MOTION OF THE BAR . 6.6. CUTTING THE BAR If it is necessary to shorten the bar to achieve proper installation, the bar can be cut in the field. The bar should always be cut from the end which houses the main (touch sense) PC board. To do this the end mounts must be completely removed from the ends of the bar assembly. The following step-by-step instructions may be used for shortening the DSB: To determine the cut-to length you may use two measurements; to fit the existing opening or to replace an existing Securitron TSB-3 using the same mount holes. If the TSB-3 length was not altered from the factory your new DSB will fit into the same mounting holes and hardware. 1. If the bar does not fit the existing holes, measure the center-to-center spacing of the existing holes. Subtract 2-5/8" [66.7mm] from that number and that is the length the new bar must be cut to. 2. If the bar does not fit the existing door opening, measure the opening and subtract 4-5/8" [117.5mm] from that number. This is the length that the bar must be cut to. This will provide the minimum recommended clearance of 1/2" [12.7mm] from each end of the bar to the frame. a. b. c. d. e. f. g. h. If not already done, remove the end mount caps from the end mounts using a screwdriver. Completely remove the screws and shipping clips from each end of the bar assembly. Remove the two bar end caps which cover each end of the aluminum bar extrusion. Remove the screw holding the touch sense wire ring terminal to the boss in the bar extrusion. Carefully withdraw the end mount that houses the main (TS) PC board from the end of the bar. Unplug the connectors from the PC board that face toward the inside of the bar. Tuck all connectors and wiring back into the bar, ensuring that the wiring is secured deep enough to be out of the way during the cutting of the bar. Carefully remove the rubber bumper pad from the end of the bar to be cut. (These are glued on at the factory) . Page6 P/N 500-22700 Rev. C, 6/09 • • • i. Mark the bar to indicate the desired cut. Note: For a DSB with the illuminated sign option, the bar should always be cut on the end that houses the main (TS) PC board. This will be the end opposite the LED light strip. j. Using a saw, cut the bar to the desired length. Note: It is highly recommended that the cutting of the bar be performed by a band or cut-off saw to produce a neat, straight, clean edge. However, with care, a hacksaw can be used. k. Using compressed air, blow out any metal shavings that may be inside the bar. Ensure that the switch PC board at the opposite end of the bar is free of shavings. (This may require removal of the end mount at that end). I. Reinstall the two bar end caps which cover each end of the aluminum bar extrusion. m. Reinstall the rubber bumper pad to the end of the bar. A small amount of instant adhesive (such as Super Glue® -not included) may be used to permanently reaffix to the bar. n. Retrieve the wiring from inside the bar. On a standard (non-illuminated) DSB there is only one (1) wire harness. On the "I" (illuminated) version of the bar there are a total of three (3) wire harnesses. Note: If more than 4" [102mm] is cut from the bar, then the excess length of the wiring harnesses must be equally shortened. This can be done by folding or rolling the harness wiring back on top of itself and applying a wire tie or electrical tape to secure the loop. o. Reconnect to the PC boards/base mounts. (The two LED wire harnesses of an illuminated bar are interchangeable and may be plugged into either of the 2-pin connectors on the main (TS) PC board. p. Reinstall the touch sense wire ring terminal to the boss in the bar extrusion. q. Insert both of the end base mounts (with their PC boards) into each end of the bar and ensure that there is no interference to the operation of the limit switches at either end of the bar. r. Reinstall the two shipping clips as they were initially assembled. s. See Section 6 for complete bar installation instructions. 7. BAR HANDING 7 .1. PUSH TO EXIT SIGN INSERT: A single reversible face insert has been provided with the standard DSB unit. This insert can be flipped so that the position of the "PUSH TO EXIT" is at the desired end of the bar. To change the orientation, remove one of the bar end covers, slide the insert completely out of the bar face slot, flip it over and reinstall it into the slot (see Figure 9). 7.2. ILLUMINATED SIGN INSERT: Two different face inserts (a left and a right hand version) have been provided with DSB units which include the illuminated sign option. Each one will provide a transparent lettered "PUSH TO EXIT" sign that will cover the LED light strip at either end of the bar. To change the insert, simply remove one of the bar end covers, slide out the existing insert and replace with the alternate insert (see Figure 9). Illuminated Sign TO CHANGE HANDING ORIENTATION: REMOVE INSERT, FUP OVER AND REPLACE TO CHANGE HANDING ORIENTATION: REMOVE EXISTING INSERT AND REPLACE WITH ALTERNATE PROVIDED INSERT Figure 9 Page 7 Standard Sign P/N 500-22700 Rev. C, 6/09 • • • 8. ELECTRICAL CONNECTIONS AND WIRING 8.1. DSB WIRING The DSB is supplied with either a 16-foot [4.88 meter] long cable with traditional wire leads or an Electrolynx wiring harness. Either of these wiring devices may be used to connect power to the main PC board of the DSB. The following figures and table identify the contact numbers, wire colors and functions assigned for DSB power and DPST relay output: 5, WHITE (NC1) 2, BLACK (NEG) Figure 10 7, NOT ASSIGNED 5, ORANGE (NOl) Traditional Wirinc:i Connector ElectroLvnx Wiring Connector Connector Connector Contact Wire Color Function Contact Wire Color Function Number Number 1 Red Positive ( +) 1 Black Common(-) 2 Black Common(-) 2 Red Positive ( +) 3 Oranoe Normally Open #1 3 White Normally Closed #1 4 Blue Normally Open #2 4 Green Normally Closed #2 5 White Normally Closed #1 5 Oranae Normallv Open #1 6 Green Normally Closed #2 6 Blue Normally Open #2 7 NIA Not assianed 7 NIA Not assianed 8 N/A Not assioned 8 N/A Not assioned The male connector of the cable or Electrolynx wire harness is plugged into the 8-pin female connector on the main circuit board so that the cable routes directly back into the end mount of the DSB. The DSB is operated by a control relay which changes state when the bar is touched. For additional safety the DSB is a fail safe device. When the DSB receives power, the control relay automatically energizes the lock. When the bar is touched, it changes state. For releasing a magnetic lock, the following wiring diagrams (Figures 11 and 12) show typical connections of the dual sense bar, power supply and a fail safe lock in use on single and double door exits without an access control unit. THE WHITE (NC1) WIRE MUST ALWAYS CONNECT TO THE INCOMING(+) POWER WIRE FOR THE BAR TO OPERATE CORRECTLY. DSB POWER SUPPLY 12-24 VOLTS Figure 11 -Single Door (No Access Control Unit) Page8 P/N 500-22700 Rev. C, 6/09 • • • DSB DSB POWER SUPPLY 12-24VOLTS MAGNETIC LOCK Figure 12 -Double Door (No Access Control Unit) Fail secure electric locks are normally not permitted for use with the DSB on required exit applications. Normally open contacts, however, are available for special signaling applications and for integration with the Request to Exit (REX) function of an access control installation. The following wiring diagrams (Figures 13 and 14) show typical connections of the dual sense bar, power supply and a fail safe lock in use on single and double door exits with an access control unit. DSB BLUEIN02) Lock Control Relay POWER SUPPLY 12-24 VOLTS Figure 13 -Single Door with Access Control DSB DSB RED(+) BLACK(.) WilTE(NC1) GREEN(NC2) ORANGE 01) BLUE(N02) Lock Control Relay POWER SUPPLY 12-24 VOLTS Figure 14 -Double Door with Access Control Page9 Request to Exit Input Request to Exit Input P/N 500-22700 Rev. C, 6/09 • • • Figure 15 shows the installation of an MOV in parallel with the magnetic lock. An MOV is provided with each DSB. It is a black (or blue) disk-like component with two bare wires for connection. The MOV acts to suppress the inductive kickback by a lock, which if left unsuppressed will greatly shorten the life of the relay contacts. The MOV has no polarity, but in order to function properly it should be spliced in to the wiring as close to the electric lock as possible. MAGNETIC LOCK Figure 15 IF A SECURITRON MAGNALOCK IS USED IN THE INSTALLATION, THE MOV IS NOT NECESSARY AS THE MAGNALOCK IS ALREADY INTERNALLY SUPPRESSED. THE POWER SUPPLY MUST ALWAYS CONNECT DIRECTLY TO THE MAIN DSB PC BOARD. IN MAKING POWER CONNECTIONS ENSURE THAT PROPER POLARITY IS MAINTAINED. The DSB operates on 12-24 Volts DC and is normally powered by the same power supply that operates the lock. When connecting power to the unit, ensure that proper polarity is maintained. As an additional safety feature, the DSB includes a low voltage sensing circuit. The unit will keep working normally until input voltage declines to below roughly 9 Volts. At approximately that point, the DSB automatically performs as if all power was removed (i.e. if a lock is being controlled by the DSB, power to it will be cut and it will release). 8.2. DOUBLE BREAK WIRING Many installations include a controlled access device such as a digital keypad or card reader. Such devices typically have a REX (request to exit) input. When dry contacts close on this input, the entry device will open the lock for the same amount of time that is programmed for entry . Implementation of the REX input for exit can provide timed exiting. Also, for most entry controls, the REX input must be used for exiting to avoid an alarm condition at the door. If the REX input alone is used for exiting, a safety/reliability problem will exist. If the entry device malfunctions, exit will not be possible and people may be trapped. It is recommended that double break wiring which is supported by the DSB be used because of its two pole relay. The DSB normally closed contacts are used to break power to the fail safe electric lock while the normally open contacts trip the REX input of the controlled entry device. This releases the lock a second time, hence the term, "double break". If the controlled entry device fails for any reason, direct exit is still possible. 8.3. ADJUSTING TOUCH SENSITIVITY After the wiring is completed the sensitivity of the touch sense must be adjusted. This can be done at any time by removing the end mount cap from the main PC board end of the bar and adjusting the potentiometer using a small flat tip (or Phillips) screwdriver (see Figure 16). The potentiometer that controls the touch sense will increase sensitivity when turned clockwise and decrease sensitivity when turned counterclockwise. For initial setup, turn the pot clockwise without touching the bar with a small screwdriver until you see the red LED illuminate. In this condition, sensitivity is set so high that the bar is "sensing" or in release mode all of the time. Slowly rotate the pot counter-clockwise until the LED goes off and then turn another 10 to 20 degrees counter-clockwise and stop. This is generally a good initial setting. Before replacing the end cap, experiment by touching the bar and observe that the touch sense LED goes on and off. Sensitivity can be increased somewhat, but leaving the DSB set to just below the point of continuous release risks a condition of security failure especially if the unit goes into a constant release mode . Page 10 P/N 500-22700 Rev. C, 6/09 • • • USEA SMALL FLAT OR PHILLIPS SCREWDRIVER TO ADJUST POTENTIOMETER TOUCH SENSE INDICATOR LIGHT (RED LED) Figure 16 ,-;-.--···--------- ----· This product was designed for use with Securitron Magnalocks. The Magnalock secures the door with magnetic force only and therefore has no possibility of jamming and thereby denying egress. The Magnalock also has internal electronics which allow it to release very rapidly. When used with the DSB, which is also a fast device, exit is immediate and the impression a person exiting gets is that the door is not locked at all. Other magnetic locks generally operate significantly more slowly than the Magnalock. 9. APPENDICES A. TROUBLESHOOTING PROBLEM -The door will not release when the bar is touched. Monitoring the touch sense operation of the bar can be done by viewing the red LED on the main PC board next to the potentiometer (when the end mount cover is removed), which will illuminate when the bar is touched. If there is no click or illuminated LED, try actuating the mechanical movement of the bar. If the door does not release from the mechanical actuation, it is almost certain that the overall wiring of the installation is at fault. If the door releases from the mechanical actuation, the general wiring is probably correct but the touch sensor is not reading touch. See Section 8.3 on how to adjust sensitivity. Another problem could be that the touch sensor itself is not receiving 12-24 Volts DC power on the red and black wires. Inspect the power supply and ensure that the input polarity is correct. If power is being applied on the red and black wires it is still possible that power may not be getting to the sensor. Inspect the connector that plugs into the main PC board to ensure that it is fully engaged and check for loose wires. Finally, verify that the ring terminal that connects the sensor to the bar has not come loose. If the red LED does illuminate when you touch the bar and the door does not release, try to mechanically actuate the door. If the door still does not release, the problem must be in the lock/system installation wiring as it is nearly impossible to have a failed touch sensor relay and mechanical switching circuit at the same time. Please review the wiring to make sure that the DSB is correctly applied in the circuit. If the LED illuminates but only the mechanical function releases the door, call the factory as the defect appears to be in the relay contacts and the main PC board will have to be replaced. PROBLEM -The door remains released constantly. If there is LED indication when the bar is touched but the lock remains released, the problem is probably in the system wiring which should be reviewed to be sure the DSB is correctly applied in the circuit. If there is no LED indication, the touch sensor is probably adjusted too high (review Section 8.3). Rotate the adjustment pot counter-clockwise while not touching the bar. If this does not lock the door, some effect is probably keeping the relay in the de-energized state all the time. (Remember, the relay is normally energized when the lock is secure to maintain fail safe operation). • The most likely cause for the relay to remain energized is that the sensor "sees" an overwhelmingly large signal as if someone was continually touching the bar. This will happen if the bar is not properly isolated from a metal door . Page 11 P/N 500-22700 Rev. C, 6/09 • • • • Make sure that the bar is installed with the plastic washers under the head of the mounting screws . • Make sure there are no foreign objects or material creating a conductive path from the bar to the door (e.g. metal blinds, etc.). • Make sure the bar is free to move and not stuck in the "exit" position. There should be 1/32" clearance at each end of the bar between the end cap and mount flange. See Section 6.2. • The same effect will occur if the bar is used outside in the rain or if water is flowing down the inside of the door. This moisture overcomes the electrical isolation needed between the bar and door. PROBLEM -The bar does not move. If the bar does not move when it is pressed toward the door there are three likely causes. • The shipping clips were not removed. See Section 6.1, Figure 2. • There is not enough clearance at the ends of the bar. See Section 6.2. • The end mounts are not installed tightly and they have slipped causing the bar to bind on the ends. Make:? sure the end mounts are horizontal and the bar end caps are not bound by twisted mounting, tighten the mounting screws securely. IF YOUR PROBLEM PERSISTS, CALL SECURITRON: 1-800-MAG-LOCK MAGNACARE® LIMITED LIFETIME WARRANTY SECURITRON MAGNALOCK CORPORATION warrants that it will replace at customer's request, at any time for any reason, products manufactured and branded by SECURITRON since January 1, 1999. SECURITRON will use its best efforts to ship a replacement product by next day air freight at no cost to the customer within 24 hours of SECURITRON's receipt of the product from customer. If the customer has an account with SECURITRON or a valid credit card, the customer may order an advance replacement product, whereby SECURITRON will charge the customer's account for the price of the product plus next day air freight, and will credit back to the customer the full amount of the charge, including outbound freight, upon SECURITRON's receipt of the original product from the customer. SECURITRON's sole and exclusive liability, and customer's sole remedy, is limited to the replacement of the SECURITRON product when delivered to SECURITRON's facility (freight and insurance charges prepaid by customer). The replacement, at SECURITRON's sole option, may be the identical item or a newer unit which serves as a functional replacement. In the event that the product type has become obsolete in SECURITRON's product line, this MAGNACARE warranty will not apply. This MAGNACARE warranty also does not apply to custom, built to order, or non-catalog items, items made by others (such as batteries), returns for payment, distributor stock reductions, returns seeking replacement with anything other than the identical product, or products installed outside of the United States or Canada. This MAGNACARE warranty also does not apply to removal or installation costs. SECURITRON will not be liable to the purchaser, the customer or anyone else for incidental or consequential damages arising from any defect in, or malfunction of, its products. SECURITRON does not assume any responsibility for damage or injury to person or property due to improper care, storage, handling, abuse, misuse, or an act of God. EXCEPT AS STATED ABOVE, SECURITRON MAKES NO WARRANTIES, EITHER EXPRESS OR IMPLIED, AS TO ANY MATTER WHATSOEVER, INCLUDING WITHOUT LIMITATION THE CONDITION OF ITS PRODUCTS, THEIR MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE . Page 12 P/N 500-22700 Rev. C, 6/09 ,• . . .. . -. ' -•, .· ' . .' . ~ . . . . POOR LI i I I 6000 Series Exit Controls & Monitor Stations , --' -• . ' .. e: . .• ,, .,.. \·, , f ' • ' -y .-. • - Electromagnetic Locks I Controls I Power Supplies r--2-3/4"---, , E~lT: · t.'°'llyu~lu I 4-1/2' l 0 PUSH TO 0 EXIT ... ~ OIA . 6290 FORM Z Contacts (SPDT-Double Break) with 0-60 second Pneumatic Delay, factory preset to 30 seconds. Specifications Contact rating: Terminations: Faceplate: Finish: .Signage: 10 Amps@ 125VAC / UL 7" Color-Coded 18AWG Leads Single-Gang (Narrow & Double Available) US32D Brushed Stainless Steel (Others Available) Silkscreened "PUSH TO EXIT" in Red Complies With Ufe Safety Code NFPA 1'01, 2003 Access Controlled Egress Doors Sec. 7.2.1.6.2 '., <"'l;t' ·- 1-5/8" Diameter Red Plastic Time Delay Mushroom Button -City of Denver 6-3/8" I I U0 N L0 0 C°K 6291 FORM Z Contacts (SPOT-Double Break) with 0-60 Second Pneumatic Delay Specifications 4-112' l Contact Rating: 10 Amps@ 125VAC / UL Terminations: 7" Color-Coded 18AWG Leads Faceplate: Three-Gang 0 Ll'ft~.,Lock 0 D 0°0 R0 DIA. Com~He~ \Mith CH:\' o·r Dem_rer l /J1ccess Control PoUcv Statement Finish: US32D Brushed Stainless Steel (Others Available) ! i9Sl{·, Paro:9riepl1 Lt. Signage: Silkscreened "UNLOCK DOOR" in Red / • See back page for options, available special finishes & switch terminology Page 6 · • • r-2-3/4" ---1 1-3/16" 1. I .1 r 2" -~1 0 PUSH TO 4-1/2" • SCHEMATIC 0 YELLOW JQ YELLOW 0 0 RED Q Q RED 0 MOMENTARY TIME DELAYED CONTACTS RATED 10 AMPS@ 12OVAC L _______________________ _ TIME DELAY ADJUSTMENT EXIT 1-5/8" DIA. \ i · , I I ! TIME DELAY ADJUSTMENT !<N'oB : 0 DynaLock Corp. DYNALOCK #6290 TIME DELAY PALM BUTTON 1-5/8" DIA. RED PLASTIC MUSHROOM BUTTON WITH ADJUSTABLE 2 -60 SECOND TIME DELAYED MOMENTARY CONTACTS. SINGLE-GANG BRUSHED STAINLESS STEEL FACEPLATE WITH "PUSH TO EXIT" SIGNAGE SILKSCREENED IN RED 7/16" LETTERS. DY.naLock Corp. 705 Emmett Street Forestville, CT 06010 TITLE MODEL #6290 TIME DELAY PALM BUTTON DRN. BY JAS , "· I BOTTOM VIEW ~ TURN CW TO INCREASE TURN CCW TO DECREASE TIME DELAY ADJUSTMENT RANGE = 2 -60 SECONDS DWG.NO. DATE 02/04/98 600155 SCALE -- Cynthia Wong From: • Sent: Sanchirico John [J.Sanchirico@dynalock.com] Tuesday, March 16, 2010 4:32 AM To: Cynthia Wong Subject: RE: Dynalock #6290 Ms. Wong, The intended function of the 6290 is for immediate release, with time-delayed relocking. Thank you, J(}/tn Sa11chirico, Jr. Vice President Marketing & Product Development Dynalock Corp. 705 Emmett Street P.O. Box 2728 Bristol, CT 06011-2728 Bus: 860-582-4761, Ext.119; Toll-Free: 877-396-2562 Fax: 860-585-0338 e-mail: j.sanchirico@dynalock.com www .dynalock.com GPS: N41 °39.27684, W072°54.26412 .his e-mail message and/or any attachments contains confidential information for the above addressee only. If you are not the intended recipient you must not copy, reproduce (electronically or otherwise) or disclose the information herein without prior written consent from the author. Please notify the sender of such errors by reply e-mail or telephone immediately. · From: Cynthia Wong [mailto:Cynthia. Wong@carlsbadca.gov] Sent: Monday, March 15, 2010 7:32 PM To: Sanchirico John Subject: Dynalock #6290 Customer Service, In regards to the Dyna lock #6290, I would appreciate clarification on the time delay adjustment feature. Is the time delay from the time it is pushed to time the doors releases? Or is it the time delay for when the door re-locks? Thank you for you assist~mce, Cindy Wong Carlsbad Fire Department Fire Prevention Division ,. 1 • Multi-Voltage Relay Modules The SSU-PAM-1 Relay provides 10.0 Amp Form C contacts. The relay may be energized by one of three (3) input voltages: 24VDC, 24VAC, or 120VAC. The DC input voltages are polarity sensitive and diode protected. A red LED is provided which, when illuminated, indicates the relay coil is energized. SAE PN# SSU-PAM-1 The PAM Series Relays are encapsulated multi-voltage devices with "flying" leads that offer versatile, reliable performance in a convenient package. Several of the versions provide a red LED which, when illuminated, indicates coil energization. The PAM Series Relays are packaged with a self-tapping screw and a piece of double sided tape for easy installation almost anywhere. The relays are also packaged with wire-nuts to aid installation. PAM Relays are ideal for applications where remote relays are required for control or status feedback. They are suitable for use with HVAC, temperature control, fire alarm, security, energy management, lighting control systems and building automation systems . The SSU-PAM-2 Relay provides 7.0 Amp Form C contacts. The relay may be energized by one of two (2) input voltages: 12VDC or 24VDC. The input voltages are polarity sensitive and diode protected. A red LED is provided which, when illuminated, indicates the relay coil is energized. SAE PN# SSU-PAM-2 The SSU-PAM-SD Relay provides 7.0Amp Form C contacts. The relay may be energized by an input voltage between 18VDC to 32VDC, making it ideal for 24VDC NAG circuits. The input voltages are polarity sensitive and diode protected. The PAM-SD provides an additional set of wires for redundant input voltage (Class "A" circuit supervision pass through). SAE PN# SSU-PAM-SD The SSU-PAM-4 Relay provides 10.0 Amp Form C contacts. The relay may be energized across a wide voltage range from 9VDC to 40VDC. The 15mA operating current is constant across the operating range. The input DC voltages are polarity sensitive and diode protected. SAE PN# SSU-PAM-4 Ii] NFP~ \~ Madeln~ • 'i\il-Uses UL Recognized Components Space Age Electronics, inc. www.lSAE.com 800.486.1723 Toll Free 508.485.0966 Local 508.485.4740 Fax This document is subject to change without notice, see doc# ED0479 for legal disclaimer ED0312 LT10277 Rev.D 1/2 No Excuses, Just Solutions! • • • ~SPACE AGE _,ELECTRONICS, INC./ Wiring: PAM-2 PAM-1 9VDC ((+)Il!ED BLU C) TO YEL 10 OA 40VDC ~ NC CONTACTS @ ( ) BLK ORG NO 0,015A -· ~PAM-4 PAM-SD PRODUCT SPECIFICATIONS MODEL N UMBER: M PA -1 I PAM-2 PAM-4 PAM-SD COIL VOLTAGE: 24VAC/24VDC/120VAC I 12VDC/24VDC 9 to40VDC 20to 32VDC Pr'ILARIZED· y es Yes Yes Yes ENERGIZED LED INDICATOR Yes Yes No N 0 CURRENT REQUIREMENT: @ 12VDC 15mA 15mA @.24VDC 15mA 15mA 15mA 15mA @.24VAC 50mA @.120VAC 30mA CONTACT CONFIGURATION: /1) SPOT drv form "C" (1) SPOT drv form "C" (1) SPOT drv form "C" (1) SPOT drv form "C'' CONTACT RATINGS: (contact rating/ power factor) @5VDC 250JJA/ .35 PF 250µA I .35 PF 250µA 250JJA I .35 PF @.24VDC 7A/ .35 PF 7 I A/ .35 PF 7 A 7A/ .35 PF @120VAC 1 OA7 A/.35PF1 OA7 A/ .35 PF WIRE LEADS: 6 "flying'' leads 6 "flying" leads 5 "flying" leads 7 ''flying'' leads 12" I 18AWG 12" / 18AWG 12" / 18AWG 12" I 18 AWG Wire-nuts orovided W ire-nuts orovided W ire-nuts orovided W ire-nuts orovided AMBIENT TEMPERATURE: 32°F to 120°F 32°F to 120°F 32°F to 120°F 32''F to 120°F <@ 100% RH, condensinq) (0°C to 49'C) { o·c to 49°Cl ( 0°c to 49°C) ( 0°C to 49"C) CONSTRUCTION: s 100% potted (sealed) with "flying" lead MOUNTING: Pre-drilled mounting screw hole and self tapping screw provided. Double sided tape provided. DIMENSIONS: H 1 .50" (38mm) 1 .50" (38mm) 1 .50" (38mm) 1 .50" /38mml w 1.20" (25mm) 1 .oo·· (25mm) 1 .00" (25mm) 1 .00" (25mm) D 0 .90" (20mm) o .90'' /23mm\ O .90" (23mm) O .80" /20mml LISTINGS AND APPROVALS UL*: UOXX/7.S3403 U OXX/7.S3403 U OXX/7.S3403 U OXX/7.S3403 MEA: 73-92-E Vol. 21 73-92-E Vol. 21 73-92-E Vol. 21 73-92-E Vol. 21 CSFM: 7300-1004:101 7300-1004:101 7300-1004:101 7300-1004:101 *UOXX=Control Unit Accessories, System; /?=also Certified for Canada Space Age Electronics, inc . www.1SAE.com 800.486.1723 Toll Free 508.485. 0966 Local 508.485.4740 Fax No Excuses, Just Solutions! This document is subject to change without notice, see doc# ED0479 for legal disclaimer ED0312 LT10277 Rev.D 2/2 Knox® Key Swii:ch 350t0 Series For Emergency Override Gated communities, apartment complexes, parking garages, pedestrian gates and industrial receiving areas are just a few applications of the Knox® electric override key switch. It also controls emergency power system shutoff and can be ordered with single or dual key options for fire, EMS and law enforcement access. Features and Benefits • Single or dual key switch • Fire, EMS or law enforcement identification labels @ Model# 3513 is DP/OT Option provided by • manufacturer, used for two door operation. Single Switch .-/> Model3502 v1' 2-13/16" 1-----PLATE-------l Highl opera y reflective tion decal Labe Fire D I color red for epartment hick aluminum ting 1/8"t moun plate (ga,;k with ga,;ket et not ,;hown) le,;,; ,;teel Cover with Stain Du,;t holet ,;eal or tamper Moun ting hole,; fit ard ,;in le electric ,;tand g ,;witch box (tw.) FIRE. DEPT 0 ~ NORMAL EMERGE/'JCY 0PERATl6N OPEN C)"'NDX-PHOENIX.AZ L.OOOa. I - [] -o----I/ ® 4-1/2" PLATE / > 1--2-1/4" D ___j I CLEARANCE I • • One position, two position or momentary switch • Face plate and lock cover ensure weather resistant operation. • Electrical Data • SWITCH: SPOT • 7 A res., 4 A ind., (sea level), 28 voe. • 7 A res., 2.5 A ind., (50,000 ft.), 28 voe. • 7 A res. or ind., 115 VAC., 60 Hz. • UL® and CSA listed: 7 A, 250 VAC. • Temperature tolerance up to+ 180° F. Knox® Rapid Entry System The Knox Company manufacturers a complete line of high security products including Knox-Box key boxes, key vaults, cabinets, key switches, padlocks, locking FDC caps, plugs and electronic master key security systems. For more information or technical assistance, please call Customer Service at 1·800-552-5669. Dual Switch Model 3503 flective 4-5/8" I >---------PLf,TE --------- ~ -· --f IRE POLICE (; ) ,, / Highly re operatio n decal / ~ ~' i·--.._ ....._ Label co!or b!ue for Police lor red for Label co Fire Depa rtme~t belsalw in yellow NOTE: La available for Sher white for iff and Mounting standard electric Security hole,;fit double ,;witch box (typ,) Dimensions: Switch: Mounting: P/N: Mfr's Name: NORMAL EMERGENCY NORMAL EMERGENCY .,IKNO~ :H~UJ){ t,';" ~1:,, -k!ICNOX p;-1onJJ:-, ..... ~;:;11 ---------. 7 I __JI 1 ·1 rir 'I 11 -,1 [Il I ii r=-.71 1 1 I' L' I 111~i i '~--,J ii ll-c:~--1 ~~-~ -· (~) @' /~ / Ordering Specifications Requires 21/4" recessed depth x 3/4" diameter S.P.S,T; 7A res, 4A ind., key removable two position. Key switch is designed to be recess mounted. 3500 Series Knox Key Switch (mfr's cat ID) KNOX COMPANY KNOX COMPANY• 1601 W. Deer Valley Road, Phoenix, AZ 85027 • (800) 552-5669 • (623) 687-2300 • Fax (623) 687-2299 • Web: www.knoxbox,com • E-mail: info@knoxbox.com © Copyright 2008, Knox Company MKT-KBSPEC,{)026-C ,,-·---. ________ ___,_,,. i ( )-----·--·-------- :-_., l i/4"C. TO SERVE~ RM. I I ! ~---;,·· ' l_, I I I b __....-c, I D I -------------------· ------- 77:7~Tn!7"7 -[ _1_ __ L_L__!__I_L~~----: .. L:1 I PROFUSION-,COMBI iA i 'L J I.. . ..__, ,•-·-··- I c __ f I I _'l_2T_-.•• WG. PLE~ I I 3/41 I ,---,...,_.__CAT I 1 1 D I PN I F"--~- I I MD.1-01,• II 1 1 ' 'l -------~l:o:~:__--=---_~;J_·_----71--, -==~ ..... I I/ ,.__,._ -~ ·--·--· 4 I I ii\, CAMERA , 1 r- 1 I , I I I ; L ___ I -·: ______ _ I II II · __ _v FRONT LOBBY 22/ 4 AWG. MD.1-02 ROOM 1103 i '\ I \ / r:-------·-1 , I PROFUSION COMBO I I I I I I fi :ic;,-:: / I I I I ___ _J I I I , I---' I I L I , I=~ I 1--j I I ,---- 1 L, I i H I , r I I I I I I r- ACP.S1-1 DMP.S1-1 IIO.SHl2 7 LJ r-·--- tI;r, L --· --1: r-, i! L_? Ll__j ~i1r·1 L __ ~__.l I I ! I l---' .i>.52-02 F -_____ --------------==~~---- ~ ! : +·----- 1 ACCESS CONTROL & INTRUSION SYSTEM SCIF ACCESS CONTROL & INTRUSION SYSTEM Co 607 N. Poplar SL Orange, CA 92868 Phone: 714-546-2780 Fax: 714-546-2457 This document and the information/depictions contained/shown is the exclusive property of Convergint Technologies LP and shall be handled as proprietaty and confidential information and must be returned upon request This document cannot be reproduced by any means without the written authori7.ation of Convergint Technologies LP. ~ (]) '+-00 _J 0 0 N 0 !..... O"I 0 6 '+- :8 (]) .. 0 Cl) ~ --E (/) _J 0 a: 6 < !..... 0... w <( ~ ~ 0 ~ ~ ,-f LO N N KEYPLAN REV DESCR!P'DON DATE APPROVED 0 SU3MITTED FOR APPROVAL 10/14109 FZ DRAWING LPDATE 01/12110 FZ DRAWNBY: F.ZALDIVAR PROJECTENGINEER: F.ZALDIVAR PROJECT MANAGER: M. CARTIER JOB NUMBER: 501-SN-9152 SCALE: NONE DATE: 10/14.W TITLE: SECURITY ELECTRONICS FIRST FLOOR ACCESS CONTROL & SECURITY LAYOUT DRAWING: SE.2-01 I 0573