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PN# 500-10420
Rev. A.5, 8/03
SECURITRON 32, 34, 62 AND 82 SERIES MAGNALOCK
TABLE OF CONTENTS AND GUIDE TO THIS MANUAL
There are numerous Magnalock versions and numerous different applications exist for them.
Accordingly, this manual provides a broad range of information- only a portion of which is
applicable to any individual use. This manual guide provides a brief summary of many of the
Sections which allows you to consult only the portions of the manual that apply to your
applica
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Rev. A.5, 8/03 SECTION 3. ELECTRICAL INSTALLATION -----------------------------------------------Page 14 SECTION 3.1 GENERAL ELECTRICAL CHARACTERISTICS -----------------------Page 14 This section explains technically the Magnalock's electrical characteristics as a load and is for reference. SECTION 3.2 STANDARD LOCK -------------------------------------------------------------Page 14 This section explains powering and switching the Magnalock. SECTION 3.3 AVOIDING POOR RELEASE CHARACTE
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Rev. A.5, 8/03 Use of the Magnalock (or any lock) can lead to an unsafe condition within the building if it is controlled in a manner that improperly restricts passage through certain doors. The most important area of concern is to insure that building evacuation is not impeded in the event of a fire or other emergency condition. Consult with the local building or fire department to insure that the controls installed with the Magnalock create a safe and code legal installation. The
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Rev. A.5, 8/03 Page- 1 SECURITRON 32, 34, 62 AND 82 SERIES MAGNALOCK INSTALLATION INSTRUCTIONS 1. DESCRIPTION Securitron’s Magnalock family represents the state of the art in electric locking. Three different size models are available: The Model 32 and Model 34 series with a holding force of 600 lbs. (275 Kg.); The Model 62 series with a holding force of 1,200 lbs. (550 Kg.) and the model 82 series with a holding force of 1,800 lbs. (820 Kg.). Several mounting and electronic options
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Rev. A.5, 8/03 Page- 2 FIG. 1: STEPS IN MOUNTING THE STRIKE STEP 1: LOCATE STRIKE POSITION ON DOOR STEP 3: INSERT PLASTIC BUSHINGS STEP 2: DRILL 3 HOLES IN DOOR FOLLOWING THE TEMPLATE STEP 6: INSTALL 2 OR 3 RUBBER WASHERS ON STRIKE MOUNTING SCREW STEP 4: LIGHTLY HAMMER STEP 5: INSERT STRIKE IN ROLL PINS, MOUNTING SCREW THROUGH WHITE PLASTIC BUSHING STEP 7: SECURE STRIKE TO DOOR USING SEX BOLT (SEE FIGURE 5) STEP 8: VER
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Rev. A.5, 8/03 Page- 3 FIG. 2: STANDARD MAGNET DIMENSIONS AND ASSEMBLY If "G" option is furnished, (62 and 82 series only), the wire cable emerges from a 3/4" male; 1/2" female conduit fitting on the end of the magnet. The mounting holes are counterbored from both Length Width Depth sides to make the magnet 32 8" 1.88 1.5 non-handed (mm) 203 47.8 38.1 34 9.5" 1.75 1.125 (mm) 241 44.5 28.6 62 8" 2.9 1.75 (mm) 203 73.7 44.5 82 12" 2.9 1.75 Blind Nut (mm) 305 73.7 44.5 PN# BN-250 or PN# BN-6M
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Rubber Washer (2) # RW ( c o 2 PN -1 Pa k f 4) Rev. A.5, 8/03 Page- 4 FIG. 3: STRIKE DIMENSIONS AND ASSEMBLY Sex Bolt, Models 32, 62, 82, PN# SB-1, SB-1M (Metric) Model 34, PN# 330-12650, 330-12750 (Metric) Bushing (2), PN# 560-12050 Bushing, Roll Pin (2), PN# 330-10800 Model 32,62,82 1/4" x 1 1/4" PN# 330-12000 M34, PN# 330-11900 Length Width Depth 32 6.25" 1.62 .55 (mm) 158.8 41.1 14.0 34 6.4" 1.44 .44 Flathead Screw Models 32, 62, 82 (mm) 162.6 36.6 11.2 5/16-18 x 1 3/4" P/N# 300-13600,
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Rev. A.5, 8/03 Page- 5 FIG. 4: COLLAPSING THE BLIND NUTS COLLAPSES WHEN CAP SCREW IS TURNED WITH ALLEN WRENCH DRILL 3/8" (9.5MM) HOLE WHILE TOOL IS HELD FAST PRESS IN BLIND WITH BOX WRENCH NUT AS SHOWN BLIND NUT HEADER HOLD WITH WRENCH OR KNURL VISE GRIP WHILE TURNING TOOL CAP SCREW TWO FLAT WASHERS 1/4-20 X 1" (US) OR CAP SCREW IF SCREW IS STIFF TO TURN, 6MM-1MM X 25MM (METRIC) ADD LUBRICANT TO WASHERS WHILE TURNING WITH ALLEN WRENCH, PRESS IN TO KEEP NUT SEATED IN HEADER FIG. 5: TYPICAL
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Rev. A.5, 8/03 Page- 6 sheet rock do not constitute a secure mounting substrate). Note that when the roll pin bushings are used, they protrude through the Z bracket and interfere with the Z bracket cover. If a Senstat lock is being employed, the roll pin bushings must be used to provide insulation. They should be cut with a hacksaw to function in the bracket. If the lock is not Senstat, omit use of the roll pin bushings and drill 3/8" (9.5mm) diameter holes for the roll pins instead of
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Rev. A.5, 8/03 Page- 7 FIG. 7: F MAGNALOCK MOUNTING Architectural Cover slides on last with open side up and is attached with supplied double stick tape Strike Roll pin plastic bushing require 1/2" (12.7mm) Magnet Z Bracket holes and must be shortened to work in Z T-Nut requires 3/8" (9.5mm) Dia bracket. Roll pin bushings hole in bracket and accepts may be omitted if lock is strike mounting screw not Senstat. Then drill 3/ Header 8" (9.5mm) holes for roll pins. Use 1" mounting screw suppl
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Rev. A.5, 8/03 Page- 8 method is to space the magnet down so as to clear the blade stop. This generally requires 1/2” of spacing (12.7mm) and Securitron offers brackets of the appropriate width with pre-drilled clearance holes for the Magnet mounting screws. These are the ASB-32, ASB-62 or ASB-82 (with finish suffix CL or BK). Figure 8 shows the use of the Aluminum Shim Bracket (ASB). Note that this bracket is not offered with the model 34. The UMB-34 bracket accomplishes the same fun
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Rev. A.5, 8/03 Page- 9 FIG. 9: USE OF THE UMB BRACKET WITH THE MODEL 34 MAGNALOCK NOTE HOW BRACKET CAN BE REVERSED TO COPE WITH DIFFERENT STOP THICKNESSES BLADE STOP STOP HEADER HEADER UMB BRACKET UMB BRACKET DOOR DOOR MAGNET MAGNET ALUMINUM DOOR AND FRAME ALUMINUM DOOR AND FRAME WITH BLADE STOP WITH BLADE STOP THE TWO LARGER HOLES ARE FOR THE CABLE EXIT. THE TWO THREADED HOLES ACCEPT THE MAGNET MOUNTING SCREWS. THE REMAINING FIVE HOLES ACCEPT DIFFERENT FASTENER TYPES TO MOUNT TO DIFFEREN
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Rev. A.5, 8/03 Page- 10 2.5.4 DOUBLE DOOR MOUNTING Several possibilities exist for this application. In some cases, one of the door leaves is pinned so that only one leaf is used and this is secured by a single Magnalock. If both leaves are to be active, two Magnalocks can be used. For the most attractive installation, they should be butted together but if obstructions exist in the header that interfere with mounting, the magnets can be separated somewhat. Another possibility is to us
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Rev. A.5, 8/03 Page- 11 FIG. 12: WOOD FRAME AND CONCRETE HEADER BRACKET CWB-32 1/2" WOOD SCREWS USED FOR WOOD FRAME SHEET METAL SCREWS USED FOR CONCRETE MAGNET SCREWS INTO HEADER 2 OUTSIDE TAPPED HOLES USE ALL FURNISHED SCREWS FOR PROPER MOUNTING SECURITY CWB-62 AND CWB-82 1/2" WOOD SCREWS USED FOR WOOD FRAME SHEET METAL SCREWS USED FOR CONCRETE MAGNET SCREWS INTO HEADER 4 OUTSIDE TAPPED HOLES In concrete filled headers, the blind nuts function normally but a problem can occur in pul
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Rev. A.5, 8/03 Page- 12 alignment, side alignment and twisting. The Magnalock is also fully sealed and waterproof so it is generally unaffected by tough environments. FIG. 13: MOUNTING TECHNIQUES FOR GATES SINGLE SWING GATE CONDUIT FITTING MAY EXIT TOP OR BOTTOM GF MAGNET Z BRACKET BOLTED TO SWING ARM STRIKE DOUBLE SWING GATE Z BRACKET BOLTED TO SWING ARM INTERFERENCE PIECE MUST BE ADDED TO Z BRACKET MOTORIZED OPENING MUST BE COORDINATED DIRECTION OF OPENING SLIDING GATE GATE CONDUIT
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Rev. A.5, 8/03 Page- 13 The drawings and descriptions, show conceptual installation concepts for different types of gate security applications. Note that the model 62 and model 82 are most commonly used in gate installations. They have conduit fittings available (“G” option) while this is not available on the model 32 or 34 Most gate installations also call for higher levels of holding force as gates are often large and poorly fitting. It’s also often the case that an intruder is able t
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Rev. A.5, 8/03 Page- 14 compatibility. Dress covers are available in clear aluminum, satin black aluminum, polished stainless and polished brass finishes. Double dress covers are also available for installations on double doors. In this case, the cover fits over two locks so long as they are not separated by more than 2" (50mm). Double dress covers have all the advantages mentioned above and in addition produce the appearance of a single device which inside is really two. Consult the c
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Rev. A.5, 8/03 Page- 15 wires, while observing correct polarity. The lock, however, automatically detects whether it is receiving 12 or 24 volts and draws the correct amount of current for that voltage (the current is twice as high when the lock is receiving 12 volts than when it is receiving 24 volts). The model 32 series has separate models for 12 and 24 volt operation. It is good practice to use power supplies with 1/3 extra capacity beyond the current requirements of the load. This
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Rev. A.5, 8/03 Page- 16 installations, the calculation can become quite complex so refer to Appendix B for a more complete discussion. Distance Gauge 12V Gauge 24V Distance Gauge 12V Gauge 24V 80 FT 20 GA 24 GA 800 FT 10 GA 16 GA 200 FT 17 GA 22 GA 1500 FT. 8 GA 14 GA 400 FT 14 GA 20 GA 3000 FT N/A 12 GA 3.5 SENSTAT MAGNALOCKS: “SC” Securitron's optional patented Senstat feature provides true lock status sensing. In many electrically controlled door security systems, status sensing is
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Rev. A.5, 8/03 Page- 17 3.7 DOUBLE DOOR CONTROL SWITCHING It’s common to control two locks from a single access and/or exit switch on double doors or on an installation where two locks are mounted on a single door. In nearly all cases, this works with no problem but occasionally the release can appear to be “sticky” for similar reasons to those discussed in Section 3.3 This happens when one of the locks is poorly coupled to its strike plate. This could occur because of an installation
