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HomeMy WebLinkAbout1808 ASTON AVE; ; FA010037; PermitCity of Carlsbad Fire Alarm Permit Permit No: FA010037 Job Address: 1808 ASTON AV Permit Type: FALARM Parcel No: 2121200700 Lot #: 0 Reference No.: PC #: Project Title: CON VERA Status: ISSUED Applied 10/3/2001 Approved: 10/26/2001 Issued: 10/26/2001 Inspector: Applicant: Owner: ASTON VIEWS L L C 4370 LA JOLLA VILLAGE DR #655 SAN DIEGO CA Fees ($) Add'I Fees ($) Total ($) Balance ($) 90.0 90 F THERE ARE NO PLANS ASSOCIATED WITH THIS PERMIT coUERt N=1 000-IV f/ 0[003- 4- Northern Computers' N-1000-IV panel supports four readers, four relay outputs (DPDT) expandable to twenty outputs, and monitors sixteen supervised or unsupervised alarm points. The standard memory on the panel will hold 5,000 card numbers and buffer up to 10,200 transactions. To add more readers or alarm points, simply connect additional panels. The N-1000-IV-X has eight (DPDT) relay outputs and it is expandable to twenty-four outputs; 25,000 cards/6,600 buffers. The panels operate as total stand alone units with a fully distribu:ed database. All valid card numbers, timezones, relay ptlse times, and alarm point shunt times are loaded into the controller's memory. The panel controls access to multiple buildings on a stand alone basis with no depen- dency on a central computer system. By utilizing distributed techndlogy, no more than four card readers or keypads are controlled by a given control- ler thereby providing maximum reliability. J* 4 reader control panel. Supports all major reader tech- nologies and 12 digit ABA card formats. "Distributed" database for independent operation. Operates in remote site configu- rations with dial-up (requires M-9600-2 and N-485-HUB-2) or leased lines. 25,000 card memory, N-1000-IV- X. 5,000 card memory, N-i 000-IV. 6,600 buffers, N-1000-IV-X. 10,200 buffers, N-1000-IV. RS-232 (20 mA) and RS-485 communications are jumper selectable. Compatible with the N-1000-11. i 16 supervised alarm inputs. Separate inputs for tamper switch and primary power fail monitoring. DPDT Form C relays; 4 on N-1000-IV, 8 on N-1000-IV-X. j a 63 timezones control card access, relays and alarm points. Relays are "time-programmable" for automatic control. 12VDC Battery Backup. 12 VDC, 500 mA output for Reader/113 devices. ff NOR COMPUTERS, INC. 5007 SoLth Howell Ave. tel: (414) 769-5980 web site: Milwaukee, WI 53207 fax: (414) 769-5989 http://www.nciacoess.com r .i1 t U \ i Multi-unit Communications Configuration RS-485 System 485 Multi-Drop Line WIN-PAKv1 15 or Higher 10004V N-1000-IV N-i 000-Iv - a a - - - - - - Up to 31 panels per COM port. OR Remote Dial-Up System 485 Multi-Drop Line WIN-PAK v1.1 5 or Higher Modem Modem N-1 000-IV N-1000-1 M-9600-2 M-9600-2 N-485-HUB-2 Up to 31 panels for remote area. OR Specifications Enclosure..........NEMA type 1 with knockouts, tamper switch and key lock. Size....................14"h x 16w x 4"d (35.56 cm h x 40.64 cm w x 10.16cm d). Weight ...............19 lbs. Temperature......Controller: 35° F to 110° F (20 C to 430 C). Humidity: 90% max. Non-condensing. Power ................. 16 VAC 40 VA or 12 VDC 2 Amp. Battery...............12 VOC 4 Nhr (standard). Distance Limit... 4000' or 1200 m with RS-485 multi-drop. 2000' or 600 m per leg with 20 mA loop. Ordering N-1000-iV ......... 4-door access control panel, 4 relay outputs. 5,000 cards/1 0,200 buffers. N-1000-IV-X .....4-door access control panel, 8 relay outputs. 25,000 cards/6,600 buffers. VAIRFORTHERN COMPUTERS, INC 5007 South Howell Ave. tel: (414) 769-5980 web site: Milwaukee, WI 53207 fax: (414) 769-5989 http://www.nciaccess.com An ASSA ABLOY Group company 14SSA ABLOY Ready-To-Install Power Supplies and Power Accessories P * .ç, OVERVIEW Securitron manufactures a variety of outstanding products de- signed to supply and monitor 12 or 24 Volts forthe operation of security and safety equipment. The BPS Series DC Power Supplies incljce bat- tery charging capabilitywith capacities from one to 15 Amps. The BACS Series provides high capacity 12 and 24 volts AC power. Tha model PSM Power Supply Monitor functions as an alarm system for your BPS series supply and our plug-in DC supplies and potted bridge rectifier fit into simpler applications. BPS SERIES: CLASS 2 WITH DR WITHOUT BATTERIES All models are UL listed atd incor-Dorate integral battery charg- ir.g capability which keeps the seEled lead acid gel/cell at full charge for instantaneous stand-by power in case of line voltage failure. All mDdels in the series are Class 2 rated by UL which means that output wring need not be run in couidui: The BPS-12-1 and BPS-24-1 are one amp units that incorporate a fusec AC input and a regulated DC output. A 2.5 Amp current limiting automatic breaker protects the stand-by batteries from driving into a short nrnt t,-I AC r: ......._ Slide switches for Jtput disable/reset LED indicator Automatic breakers protect DC outpua and negative Class 2 outputs The multi-featured CCS board allows easy hook-up a.d contcl for the BPS series 2 amp or greater power supplies. 0 '11111111111111 4.' ..JECURITAOI*(T8OOMAGLOCK (624-5625) • www.securitron.com circuit. Plus, in the event of a DC short, the supply's regulator will go into thermal cut-off, switching off the output. The power supply enclo- sure is sized large enough to include at least two optional four amp- hour batteries and the unit can charge up to a 20 AH pack (batteries mounted externally). BPS SERIES WITH CCS CONTROL MODULE For larger applications and installations where multiple devices are being powered, Securitron offers the higher-amperage BPS Power Supply Series with integral CCS-4 or CCS-8 Power Control Module. The CCS board provides a fused line voltage input and four or eight DC out- puts on separate UL Class 2 Listed current limited automatic circuit breakers. Each circuit can be individually turned on and off via a slide switch and the powered status of each is shown by an LED. There is no need for extra AC wiring of additional dedicated supplies in a multiple zone device installation and in the event of a DC short, the problem is confined to the zone in difficulty. The BPS continues to power all other stations, uninterrupted by the faulty component. An LED indicator light on the front cover illuminates when the power supply module is in op- eration and the unit will charge up to 20 AH battery packs (for larger packs, consult the factory). ADDING ADDITIONAL CLASS 2 OUTPUTS AND FIRE ALARM INTERFACE While BPS series supplies are delivered with four or eight out- puts depending on the model, the CCB-8 "slave" hoard may be option- ally ordered to add eight additional Class 2 outputs. The more boards you add, the more outputs become available. Also, for added safety, the CCS-8 module has emergency release terminals. These can be broken by an external switch opening such as a relay controlled by the fire alarm system. This will automatically release all the devices being driven by the supply. Lipp trnp1cyruubpIt cu(p.51. This affum Ihe,1in.im rirrjuigjuit ke friulliguie d,ui. efeckk kc ineWletian& A 5inIe power 8uppI .e inoi1ed nrrcl to II ore rlarrn syrn h(.i 1I r0w4so all the &,or. n IN ovrnI rU .1 &rQ. Dthrir sLlern1 product U1 wcit wth Imo c.3mplolo qstom zi.cIi as the Pciwr Supply Monitor or Lcck CcuI PnI are &so rnceJnhl!d ned to Itia power ipIli Thrri. low vultage, in vii DC inn oeL',th door The eaves rd only tI ti!.e vi fliuIie euIØItf5 but oleo iho expewe c(.'.Io AC dMpq at erich dcit. UTILITV J PCY%ER 112.0 VAC "1SUPPLY npE ALARM PANEL Ln THE POWER SUPPLY MONITOR For critical applications, Securitron offers the remarkable Power Supply Monitor as an accessory for its larger DC supplies. Available in 12 or 24 volt versions, the PSM can operate with all BPS series supplies with capacities of2Amps or more. The Power Supply Moni- tor functions as an alarm system for the sup- ply as it monitors all key functions and re- ports any trouble. The output voltage is continuously read to I insure that it remains within tight limits which --, are necessary for proper float charging of the battery pack. A high or low variance is separately signaled by audio/visual latching alarms at the PSM enclosure and simulta- neous dry contact switching for remote no- - I tification. / The PSM also checks the battery pack by taking it off charge three times a day and sub- jecting itto an extended load test. Failure is reported so that the pack may be replaced and naturally, the test is immediately terminated in the event of an ac- tual power failure so that the load will continue to operate. BPS SERIES SPECIFICATIONS K4'A '' BPS-12-1 Capacity 1 A !L'1 III I BPS-24-1 1 A t1Ti1iTl1 1 - Cabinet Size I 12" X 9" X 4" BPS-12-3 3A BPS-24-2 2A 4 14" X 14" X 4" BPS-14-4.5 4.5 A BPS-24-3 3 A 4 14" X 14" X 4" BPS-12-6 6A BPS-24-4 4A 8 15'X18"X6" BPS-12-9 9A BPS-24-6 6A 8 15"X18"X6" BPS-12-15 15A BPS-24-10 10A 8. 15"X18"X6" Il 41 ALIGNING MI1 TI 1I I .JECURITAONTSOO-MAGLOCK (624-5625) • www.securitron.com OVERVIEW Securitron's revolutionary Shear Aligning Magnalock (SAM) per- mits concealed mounting in aluminum, wood and steel doors for the ultimate in finished appearance. Both the magnet and the strike plate assembly take up only 1-1/2 (38 mm) width in the door and the door frame which permits use on nearly all commercial doors. The SAM also maintains swing through operation on double acting doors and may even be employed on motorized bi-parting doors with a breakaway es- cape feature. The SAM holds a robust 1,000 pounds (455 Kg.i and yet draws only four watts of power while operating on 12 or 24 volts DC (dual voltage). The SAM self-aligns into correctlocking position asthe door closes and therefore requires no door position sensing or auxil- iary timing circuitry. Its patented physical design (patent pending) elimi- nates any risk of partial locking and releases instantly without binding. Senstat lock status sensing, with SPDT output is available as an option. SELF-ALIGNING OPERATION The SAM locks by seating two conical buttons located on oppo- site corners of the strike plate into matching holes on each end of the magnet body. The height and shape of these buttons prevent the unit from engaging early as the door closes. Once the door is closed, the buttons automatically drop into their matching holes to provide secu- rity while maintaining unaltered appearance of the door and frame. When power is cut, the angled buttons "rmJ" out of their holes for immediate and total releasE of the door. The hole diameters are over- sized which forgives imprecise door alignment and accepts minor vari- ations in installation position. A unique benefit of the SAM's physical design is that it can function if the door swings to close or slides to close: it operates bi-directionally. The SAM may also be mounted at the top, side or bottom of the door without he need to purchase addi- tional bracketry or a different model. UNIVERSAL MOUNTING IN EVERY DOOR The SAM ships with a full array of mounting brackets which permit installation in hollow steel, wood and aluminum doors which either finish flush or have recesses of 518" (11.7mm) to 1-15/16" (3.33 mm). There's nothing else to buy. nstallation requires preparing a rectangular cut-out and drilling holes to- retrofit doors which have not been prepared in advance. The same Lniversal model may be mounted on the top, side orbottom of the door. For specialty applications, the optional surface mount kit (part #SMLS for SAM magnet, o #SMSS for SAM strike) permits magnet, strike, or both to be surface mounted when mortising isn't possible. The SAM features auto- switching dual voltage operation. You apply either 12 VDC or24VDC to the power input wires and the unit configures itself to draw the correct amount of current. You'll never find yourself with the wrong voltage model and you can change system voltage after installation. The low power consumption of fourwatts prevents the concern of heat build-up and keeps power supply cost low while permitting long wire runs. The SAM includes internal electronic noise suppres- sion which makes it compatible with all brands of access control equip- ment and optionally, you can include Senstat lock status sensing which provides an SPOT dry contact output when the lock is secure. This provides better reporting to your alarm or access system than tradi- tional door position sensing which says nothing about whether the lock is secure. TIL ABOVE: INSTALLED VIEW OF STRIKE IN TOP DOOR EDGE BELOW: INSTALLED VIEW OFMAGNETINFRAME - Part Number Description Price SAM Shear Aligning May Dual Voltage $700.00 SAM SC Shear Aligning Mag Dual Voltage Form-C Senstat $760.00 SMIS Housing Surface Mount Lock/ Shear $125.00 SMSS Housing Surface Mount Strike! Shear $125.00 An ASSA ABLOY Group company SAM Surface " Mount Kit UNMATCHED ELECTRONIC PERFORMANCE ASSA ABLOY TECHNICAL DATA Holding Force:1000 lbs. (455 Kg.) SAM and SAMSC. Power Required: 350 mA at 12 VOC or 175 mA at 24VDC. Dimensions: 9-1/2" length x 1-1/2" width x 1-1/8" depth (241.3 x 38.1 x 28.6 mm) Strike Dimensions: 8-3/4" length x 1-7/16" width x 1/2" thickness (222.3 x36.5x 12.7 mm) Strike Sub-Mounting: 9-5/8" length x 1-7/16" width x 1-1/8" depth (244.5 x 36.5 x 28.6 mm) "SC" Senstat Output: SPOT, 1 Amp. Operating Temperatures: -400 to 140°F, -40° to 60°C. Contact factory for complete architectural specification and templates. Patents: U.S. Patent #6,135,515. Other U.S. and Foreign Patents Pending Listings: UL R13976 and B P7041 Standard SAM or SAMSC with lock status sensing. .AAiET1s0 9001 LIFETIME REPLACEMENT WARRANTY World QuoIlg .cto,dad giV Rev. A.1, 1/00 Page- 14 FIG. 5: DOUBLE DOOR WIRING WITH SENSTAT LOCKS DC + GR "SC" LOCK I WHITE POWER ________ "SC" LOCK IGREEN WHITE "+V" SENSTAT STATUS "SC" LOCKS ARE INTERWIRED AS SHOWN TO PROVIDE STATUS MONITORING WITH A SINGLE VOLTAGE OUTPUT. THE DOUBLE DOOR REPORTS SECURE ONLY IF BOTH LOCKS ARE SECURE. 3.7 EMERGENCY RELEASE Magnalocks are often wired into a system such that they can be released in an emergency -- either manually from one switch or automatically from the fire alarm system. It is the user's responsibility to accomplish this hookup correctly according to these instructions and good electrical practices. In general, we recommend that a switch or relay perform a series break of all DC power which is the simple and sure way to make sure the doors do release. Securitron power supplies have terminals for interconnection of such emergency release switches. Finally please note that it is the responsibility of the end user and dealer/installer to insure that Magnalock installations comply with any applicable fire or building codes. 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. 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. PN# 500-10300 Page 1 25I0JECURITRON o1 ® SECURITRON POWER SUPPLIES MODELS: BPS-12-3, 4.5. 6, 9 AND 15; BPS-24-2, 3, 4, 6 AND 10 OPERATION AND INSTALLATION INSTRUCTIONS 1. DESCRIPTION These instructions cover 10 different models as shown above. The part number expresses first the output voltage (12 or 24) and second the maximum output current capacity. For example, a model BPS-24-6 can supply up to 6 amps at 24 volts. Securitron large power supplies consist of a power module and CCS control board to which all installer connections are made. The board accomplishes several functions. It provides terminals for line voltage input and DC outputs on separate circuits, so that a number of devices can be powered. Models BPS-12-3, BPS-12-4.5, BPS-24-2 and BPS-24-3 are furnished with the CCS-4 control board with four separate output circuits. The other larger units in the range are furnished with the CCS-8 control board with eight separate output circuits. Each control circuit has an individual slide switch to turn it on and off and an LED to annunciate its status. The CCS control board also provides LED indication showing that the power supply is on, emergency release terminals, line voltage and DC fuses and sealed lead acid - gel cell battery charging capability. All power supplies in the BPS series are Class 2 rated when installed following these instructions. 2. SAFETY Two hazards are present in the supply. Line voltage input presents a high voltage shock hazard and the DC/battery output, represent a high energy (current) hazard. A shorted battery can swiftly supply levels of current sufficient to melt wiring insulation and cause a fire. To insure safety, note first that the cover LED is on at any time that the supply is dangerous, which is either if it is receiving line voltage or if batteries are operating. The supply enclosure must only be opened by trained service personnel when the cover LED is on. Other fact that the line voltage input safety features include line voltage and DC fuses and the terminals are under a warning guard plate. © Copyright, 2000, all rights reserved • Securitron Magnalock Corp., 550 Vista Blvd., Sparks NV 89434, USA Tel: (775) 355-5625 • (800) MAGLOCK • Fax (775) 355-5636 • Website: www.securitron.com AnASSA ABLOY Group company ASSAASLY Rev. A.2, 5/00 Page- 2 3. OPERATING CHARACTERISTICS 3.1 LINE VOLTAGE INPUT 110-120 VAC should be input to terminals "H", "N", "G", as shown in the drawing. This is fed to the input of the power module through factory made connections. The line voltage current drawn by the power supply module will be approximately half the DC output. For example, for a 4 amp power supply, the line voltage service should be able to supply at least 2 amps. Note: if the suffix "H" appears in the part number (i.e. BPSH-24-4), the unit requires 220 VAC input. Apart from this change, all other characteristics are the same. 3.2 DC OUTPUT The maximum DC output of the power supply is expressed by the final figure in the part number. The BPS-24-3 can supply up to 3 amps; the BPS-12-6, up to 6 amps etc. However, these power supplies are adjustable and the voltage level set affects the current output capacity. When used with batteries, the power supplies must be set at 12.5% over voltage (13.5 V for 12 volt supplies and 27 V for 24 volt supplies). This is the factory setting and if the voltage is to be changed, use the potentiometer marked "V Adj" on the power supply module. The current rating takes into account the possibility of the supplies operating at 12.5% over voltage. Therefore any supply which is operated at its nominal voltage (12 or 24 v) can supply about 20% more than its rated current. Despite this, we strongly recommend that supplies be operated substantially below their maximum output capability. Operating power supplies at their maximum greatly increases the possibility of heat induced failure. "Margin for error" is lost and this is inappropriate for a security system. Power supplies should be run at no more than two thirds of their maximum capacity for optimum reliability 3.3 EMERGENCY RELEASE TERMINALS If the power module is operating or if batteries are operating, the LED will illuminate. i-V (12 or 24VDC depending on the model power supply) will then be on terminal Fl. Connection must then be made between terminals Fl and F2 before +V is routed to the "P" terminals. Terminals Fl and F2 therefore constitute an emergency release point. If desired, for instance, NC contacts controlled by the user's fire alarm system can be connected across terminals Fl and F2 such that the connection between these terminals will be broken in the event of a fire. UL listed auxiliary latching normally closed contacts from the fire alarm system should be used. "Trouble" contacts must not be used. This will automatically release all the devices being driven by the unit. If the emergency release terminals are not to be used in this way, a jumper should be placed between them so that the board's output terminals will function. Make sure that the switching capability of any switch or relay contacts placed across Fl and F2 can handle the full output load of the power supply. Terminal FA is a free parking terminal used only with Securitron's Power Supply Monitor. The PSM interconnects with the power supply and monitors the continued correct behavior of the supply including voltage level and whether the batteries are functioning. The PSM signals any problem including whenever the battery pack takes over the load. If you are using the PSM, wiring with the FA terminal is shown in the manual. 3.4 OUTPUT TERMINALS The CCS board has three types of output terminals. "P" terminals are on individual circuit breakers and carry +12 or +24 volts on them (when the emergency release terminals are closed). The "H" terminal carries the full i-V output of the supply on a single terminal (when Fl and F2 are closed). Use the "H" terminal for applications where the device being powered requires more than 2 Amps of current. The Polyswitch circuit breakers cannot reliably supply more than 2 Amps of current without tripping and you should never wire multiple "P" Rev. A.2, 5/00 Page- 3 terminals in parallel to supply increased current. This bypasses the safety role of the Polyswitch breakers and also does not work very well. When two "P" terminals are wired in parallel, current carrying capacity is not doubled. The current conducted through the two terminals will not be identical so one switch will break first and then the second will immediately trip. When "P" terminals are correctly used as isolated outputs, each is inherently current limited to Class 2 standards. Always use the "H" terminal for applications requiring high current. Finally, the "R" terminals are all for 0 volt DC negative return and are in common. 3.5 FUSING AND CIRCUIT POLYSWITCHES An AC fuse, DC fuse and four or eight Polyswitches are present on the board. The AC fuse is on the hot 120 VAC input and protects against an internal short in the power supply transformer. A short in the DC load will not blow the AC fuse. The DC fuse protects the full DC output of the supply prior to it being divided through the Polyswitches to the individual "P" outputs. The Polyswitch is a special type of automatic circuit breaker. If one of the Polyswitches receives an overload, it will rapidly cut the current down to a small leakage current (about 100 mA) which will allow the rest of the installation to continue to operate. Note that each "P" output includes a slide switch and LED. The slide switch can cut DC power to its respective output and the LED monitors when the output is powered. In the event of one of the Polyswitches tripping, the associated LED will go out. If all the LED's go out, one of the fuses has tripped or the power supply has gone into automatic shut off (discussed later). Always replace any blown fuse with the same rated fuse. FIG. 1: POWER SUPPLY WIRING WITH CCS-4 BOARD BATTERY PACK BLACK " + OPERATION OF AC AND DC (OPTIONAL) J i-' FUSES IS DESCRIBED IN 'AC I FUSE I SECTION 3.5 I- - I I I RI F Z< TERMINALS Rl-R4 - R2 I I F I -I I_rn> - COMMON NEGATIVE - ____i RETURN (0 VOLT) R3 -DC C f4 FFUSEI 0 0 -n Z-1 0 CLASS 2 TERMINALS: _ Z m PI-P4 SUPPLY +V OUT. P1 0 I I FIRE ALARM EACH TERMINAL IS ON £ I I N.C. CONTACTS A SEPARATE POLYSWITCH . OPEN WHEN WHICH IS APPROPRIATE P3 0 I I I . _] ALARM ACTIVE FOR INSTALLATIONS - P4 = £ ____ I I WITH MULTIPLE LOADS "H" TERMINAL IS SINGLE, HIGH- CURRENT OUTPUT (UPSTREAM SLIDE SWITCHES OF POLYSWITCHES) POWER AND DE-POWER EACH "P" OUTPUT. LED'S SHOW OUTPUT STATUS The DC fuse should only trip if there is a short circuit in the supply itself (downstream short circuits or overloads will trip individual Polyswitches). This could occur if the Fl-H terminal block somehow contacts DC negative. Alternately, if you are not using the "P" terminals for Rev. A.2, 5/00 Page- 4 downstream wiring but are using the "H" terminal to operate an individual, high current, downstream load, a short circuit or overload could trip the DC fuse. Securitron's power supply family contains an additional safety feature which is automatic shut off in the event of a DC short circuit or overload. This is often called a "crowbar" circuit. When you are using the power supply without batteries, a DC short circuit will usually cause the power supply to shut itself off rather than tripping any fuse or Polyswitch. If batteries are implemented, however, they will attempt to drive into the load as soon as the short circuit or overload occurs and the fuses and/or Polyswitches will trip to maintain safety. If this happens there is a reset procedure. First, correct the overload condition. Next, remove all current from the Polyswitch for a period of 10 seconds. You do this by moving the associated slide switch to the "off' position. Then wait 10 seconds, return the slide switch to "on" and operation will return to normal. If you haven't corrected the overload, naturally the Polyswitch will trip again but you must always de-power and re-power the Polyswitch to reset it. The multiple safety features of these power supplies can be confusing so the following chart provides summary information on operation of the safety features when the power supply is used with and without batteries. AC FUSE DC FUSE POLYSWITCH AUTO SHUTOFF Will trip only if Generally will not Generally will not Will generally occur WITHOUT internal transformer trip. Supply will go trip. Supply will go in the case of any BATTERIES shorts (all LED's will into auto shut-off in into auto shut-off in short or overload (all be out) case of overload (all case of overload* (all LED's will be out) LED's will be out) LED's will be out). Will trip only if Will trip if terminal Will trip in the event Batteries drive into WITH internal transformer Fl, F2 or H shorts to of individual zone short or overload BATTERIES shorts (all LED's will negative or in case short or overload which trips another be out) of overload when (individual zone LED safety feature unless terminal H is used as will be out) overload current is single output (all less than fuse or LED's will be out) Polyswitch rating. * a Polyswitch can individually trip in an overload condition without batteries in the special case where the overload current is greater than the Polyswitch trip current (2.5 Amps) but less than the power supply output capacity. This is unusual. A pure short circuit is more common and this will put the supply into Auto shut-off. Rev. A.2, 5/00 Page- 5 FIG. 2: POWER SUPPLY WIRING WITH CCS-8 BOARD B- B+ lu H N Co G -1 I Z-. 0 FSEJ 0 0 Z -n 0 C:= Fl I I FIRE ALARM FA N.C. CONTACTS 0 II I F2 OPEN WHEN 0 H ALARM ACTIVE O II II I 0 II I II I BATTERY + RED PACK BLACK, (OPTIONAL) - TERMINALS R1-R8 COMMON NEGATIVE DC RETURN (0 VOLT) CLASS 2 TERMINALS P1-P8 SUPPLY +V TO THE TIMER. EACH TERMINAL IS ON A SEPARATE POLYSWITCH WHICH IS APPROPRIATE FOR INSTALLATIONS WITH MULTIPLE TIMERS SLIDE SWITCHES POWER AND DE-POWER EACH "P" OUTPUT. LED'S SHOW OUTPUT STATUS 3.6 BATTERY CHARGING CAPABILITY A resistor and diode are present on the CCS board which, together with the power supply, constitute a battery charging circuit appropriate for standby rated sealed lead acid or gel cell batteries. Dry cell or NICAD batteries must not be used. Batteries are an option. The power supply can be used with or without them. The battery pack of the appropriate voltage is connected to the red and white flying leads following correct polarity. In the event of a line voltage power failure, the batteries will automatically drive the load at the same DC voltage. If the emergency release terminals are opened, battery power will, however, be blocked just as normal power from the power supply would be. The components utilized on the CCS board for battery charging function for battery packs up to 20 amp hours in capacity whether 12 or 24 volts. Larger battery packs can be handled but Securitron must be informed so that the board may be modified, Consult (Figure 2) to calculate the correct battery pack based on desired backup time and the current drawn by the load. For proper battery charging, the power supply must be set at 27 volts for a 24 volt system, and 13.5 volts for a 12 volt system. Securitron power supplies are factory set to this level and if it is not maintained, the batteries will not hold their full capacity, and may even be damaged. Rev. A.2, 5/00 Page- 6 FIG 2: CHART TO DETERMINE SIZE OF BATTERY PACK BACKUP TIME DESIRED MIN 1 H 2HR 4 H UL STD. 8 H 16 HR 24 HR 48 HR 72 HR 150 MA 300 MA 500 MA 0 1A 4AH 4AH 4AH 4AH 4AH 4AH 4AH 8 A BAH 12 AH 4AH 4AH 4AH 4AH 4AH 4AH 8 A 12 AH 16 AH 24 AH 4AH 4AH I 4AH 4AH 4AH 8 A 12 AH 16 AH 24 AH 36 AH 4 AH 4 AH 4 AH 8AH 12 AH 12 AH 20 AH 1 24AH 48 AH- 72 AH 4AH 4AH 8 A 12 AH 20 AH 20 AH 36 AH 48 AH 100AH 150AH 4 AH 8 AH 12 AH 16 AH 24 AH 28 AH 52 AH 72 AH I50AH 240AH 4 AH 8 AH 16 AH 20 AH 32 AH 36 AH 72 AH IOOAH 200AH 300AH 4AH 12 AH 16 AH 24 AH 40 AH 44 AH 84 AH I20811 240AH 360AH 4AH 16 AH 1 20 AH 36 AH .60 AH 72 AH I30AH I80AH 360AH 480AH 4 AH 720 AH 28 AH 48 AH 72 AH IOOAH =180AH0AH 480AH 720AH "MIN" TIME REFERS TO FACILITY USING A GENERATOR WHERE THE BATTERIES ARE ONLY REQUIRED TO OPERATE THE SYSTEM FOR A FEW MINUTES U.L. STANDARD REQUIRES 4 HOURS OF BATTERY OPERATION FOLLOWED BY A 24 HOUR RECHARGE PERIOD AND THEN A SECOND 4 HOURS OF OPERATION STANDARD SECURITRON POWER SUPPLIES CAN ONLY CHARGE UP TO A 20AH PACK. IF A LARGER PACK IS CALLED FOR, THE FACTORY MUST BE ALLERTED TO SUPPLY MODIFIED EQUIPMENT. LARGER PACKS ARE SHOWN IN ITALICS IN THE CHART. BATTERIES MUST BE SEALED LEAD ACID OR GEL CELL TYPES. DRY CELLS WILL NOT RECHARGE AND WILL BE DAMAGED. THIS CHART IS ONLY VALID IF BATTERIES ARE OPERATED ATROOM TEMPERATURE. IN A COLD ENVIRONMENT, CAPACITY IS REDUCED. BATTERIES SHOULD BE REPLACED AFTER 5 YEARS OF USE. 3.7 CODE APPROVED WIRING METHODS Note that these units are Class 2 rated. This means that the individual DC outputs of the supplies (on "P" terminals) are current limited and can pose neither a high voltage nor high energy hazard outside of the enclosure. Electrical building codes in most jurisdictions permit Class 2 wiring to be done "in the open" rather than in conduit. To maintain the Class 2 ratings on the "P" terminal outputs, never connect them together to obtain higher capacity. If you require higher capacity use the "H" terminal but the "H" terminal is high current (not Class 2) and generally must be in conduit. The line voltage wiring coming into the unit also must generally be in conduit as it poses a high voltage hazard. Be sure to check with your local building department to make sure you are complying with applicable wiring codes before installing these units. Rev. A.2, 5/00 Page- 7 SLAVE BOARD Your power controller may include more than one CCS board. If so, the other boards will be "slave" boards (part # CCB-8) whose only purpose is to provide eight additional "P", and "R" terminals. The boards will not be fully populated as the functions of AC input, battery charging, emergency release and DC and AC fusing are only needed on the "master" board. The eight additional Class 2 "P" terminals naturally constitute individual outputs protected by Polyswitches and including zone LED's and slide switches. APPROVALS All Securitron power supplies are tested by various agencies. Consult the label inside the supply to be advised of current approval status. 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. 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.