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Rev. A.4, 12/01

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centerline in the door frame, 

make sure the door is closed properly

 (against the stop in the

case of a single acting door or in centered rest position in the case of a double acting door).
Note that the door closer may need adjustment particularly in the case of a double acting door.
Then, using a pencil, trace the edges of the door on the frame indicating precisely how the door
lines up under or adjacent to the frame.  Measure the distance between the two “door lines” and
set your magnet body mounting center line in the middle of these two lines.  Next, you are ready
to identify the correct template and prepare the frame to receive the magnet body.

The techniques to employ depend on the type of door frame and the next three Sections cover
respectively 

hollow aluminum, steel and wood

.  Each Section assumes that you will prepare

the door frame to accept the magnet (when it has not been prepped in advance by the door
manufacturer).  Note that 

a multi use template

 has been supplied for frame preparation

depending on the frame type (discussed in the following three sections).

2.2.1  HOLLOW ALUMINUM DOOR FRAME MOUNTING (STOREFRONT TYPE)

Following the template, a rectangular slot must be cut into the door frame.  This can be done
with a router or sabre saw.  The slot should straddle the center line and be positioned close to
the edge of the frame opposite from the hinges in the case of horizontal mounting to maintain
security (the closer the lock is to the hinge side of the door, the more leverage is exerted on it
when an attempt is made to open the door).  However, when you determine where you will
position the magnet body, 

be sure that the strike will go into the adjacent area of the door

without encountering an obstacle (such as a door adjustment screw) that will interfere with
mounting the strike.  Then three holes must be drilled on each end of the cut-out following the
template.

To actually mount the magnet
once the frame has been
prepared, note that it is not
handed and it doesn’t make
any difference which end the
wire exits from.  You will be
first attaching supplied “flush
mount brackets” to the frame
oriented as shown in the
drawing to the right by using
supplied flathead screws and
the six holes you have drilled.
The flush mount brackets
together with the supplied shim plates allow you to set the plane (level) of the magnet face to
the frame surface.  The 

magnet face should protrude about 1/16” (1.5 MM) beyond the

frame surface

.  To achieve this, the flush mount brackets are oriented as shown in the drawing

above and you will add one shim plate each.  Then the magnet body is attached to the flush
mount brackets via four supplied flathead screws.  

Be sure to apply the supplied threadlock

to all mounting machine screw threads.

2.2.2  HOLLOW METAL DOOR FRAME MOUNTING (16 GAUGE)

Following the template, a rectangular slot must be cut into the door frame.  This can be done
with a router or sabre saw.  The slot should straddle the center line and be positioned close to
the edge of the frame opposite from the hinges in the case of horizontal mounting to maintain
security.  Also three holes must be drilled on each end of the cut-out following the template.
Note that some hollow metal (steel) door frames are filled with concrete.  This makes the
installation more difficult (for this type of frame, it’s optimum if the frame is prepared in advance

TO RAISE MAGNET

FROM FLUSH POSITION,

ADD 1/16" SHIM PLATE

(FURNISHED)

10-32 x 3/8" (SAM) or 8-32 x 1/2" (SAM2)  FLATHEAD SCREWS

FLUSH MOUNT

BRACKET (NOTE

ORIENTATION)

APPLY

THREADLOCK

TO SCREW

THREADS

(METRIC) M5-.8 x 10 mm (SAM) or M4-.7 x 12 mm (SAM2) SCREWS

Summary of Contents for Securitron Shear Aligning Magnalock SAM Series

Page 1: ...ions below SECTION 2 2 1 HOLLOW ALUMINUM DOOR FRAME MOUNTING Page 4 SECTION 2 2 2 HOLLOW METAL DOOR FRAME MOUNTING Page 4 SECTION 2 2 3 SOLID WOOD DOOR FRAME MOUNTING Page 5 SECTION 2 3 STRIKE PLATE M...

Page 2: ...where the lock is distant from the power supply SECTION 3 5 SC SENSTAT OPTION Page 13 Read this section if you have a Senstat unit SAMSC SECTION 3 6 DOUBLE DOOR PROCEDURE FOR STATUS REPORTING Page 14...

Page 3: ...port version with metric fasteners Product Specifications are Input voltage 12 or 24 VDC 30 overvoltage is acceptable undervoltage proportionately reduces holding force Current SAM 350 mA 12 VDC 175 m...

Page 4: ...the door is tried and by not allowing the door to flex the risk of the door taking on a permanent bend is eliminated FIG 1 SHEAR ALIGNING MAGNALOCK ASSEMBLY SAM Bottom mounting is a last resort It is...

Page 5: ...the door edge as possible when the lock is mounted on the top or bottom of the door Centering the position of the magnet body is more critical because there is not a lot of free width in the door fra...

Page 6: ...door without encountering an obstacle such as a door adjustment screw that will interfere with mounting the strike Then three holes must be drilled on each end of the cut out following the template To...

Page 7: ...be positioned close to the edge of the frame opposite from the hinges in the case of horizontal mounting to maintain security Also two holes must be drilled on each end of the cut out following the t...

Page 8: ...he plate facing downwards Because of gravity and to maintain optimum operation two of the springs need to be changed in the strike assembly when it is mounted with the strike plate facing downwards Th...

Page 9: ...on the magnet body Accurate centering is crucial Also two holes must be drilled on each end of the cut out following the template To actually mount the strike plate once you have prepared the cut out...

Page 10: ...d to the door recess flat via four supplied flat head machine screws into the holes in that you have previously drilled and tapped Be sure to apply the supplied threadlock to all mounting machine scre...

Page 11: ...so that the strike plate will be centered on the magnet body The template also shows where to drill pilot holes for the supplied 8 x 3 4 sheet metal screws that will affix the idle bracket to the ins...

Page 12: ...eration The optimum gap is 1 10 but this is difficult to measure It is however exactly the height of the interference buttons on the strike plate so position yourself so you can visually look across t...

Page 13: ...y do not show the normal characteristics of an electromagnetic or other inductive load Inductive kickback is suppressed so arcing across switch contacts need not be a concern This suppression also pro...

Page 14: ...scent lamp in parallel with the lock so that the lamp would be illuminated when the lock is powered The lamp acts like a resistor and allows current recirculation which will greatly slow lock release...

Page 15: ...200 FT 20 GA 26 GA 1500 FT 12 GA 18 GA 400 FT 18 GA 24 GA 3000 FT 10 GA 14 GA 3 5 SC SENSTAT OPTION Securitron s optional patented Senstat feature provides true lock status sensing and is available o...

Page 16: ...hite and green wires will be open The orange wires are not used See Figure 5 FIG 5 DOUBLE DOOR WIRING WITH SENSTAT LOCKS SAM ONLY WHITE GREEN WHITE SC LOCK SC LOCKS ARE INTERWIRED AS SHOWN TO PROVIDE...

Page 17: ...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 SECURI...

Page 18: ...uired The second possible cause is that the gap between the magnet body and strike plate has widened to the point that the magnet can no longer pull the strike plate in This can happen for example whe...

Page 19: ...e edge of the door This is easily detectable by manually attempting to move the strike towards and away from the magnet body PROBLEM Apparent electronic noise interference with the access control syst...

Page 20: ...wire runs long enough to be of concern always use 24 volts Note also that it s common to mount 2 Magnalocks on a double door and operate them as one lock only 2 power wires In this case the resistance...

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