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Remember that electric strike units have two systems of operation. For unlocking doors (normally in the locked position), it opens when energized. For locking doors (normally unlocked) the door is locked when the unit is energized. For unlocking doors, the units come in standard voltages: 3 to 6 Vdc and 8 to 16 Vac. These units are electromagnetic coil types. For locking doors they come in standard voltage of 24 Vac, with a 47-ohm solenoid, and 24-Vac 119ohm solenoid. These units are suitable for constant duty operation without overheating or burnout. Both types of units are fail-safe; they will automatically go to the unlock position in the event of power failure, which assures an unlocked passageway in case of emergency. Figure 19.14 provides the electrical operating characteristics for both electromagnetic and solenoid units. Figures 19.15 through 19.17 illustrate several models commonly installed by locksmiths.
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Figure 19.13 Electric door openers come in a variety of sizes and shapes to fit different installation application needs. (Trine Consumer Products Division, Square D Company)
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ELECTRICAL OPERATING CHARACTERISTICS Average Current Ratings ELECTRO-MAGNET TYPE (normally LOCKED...UNLOCKED when energized) AC *Coil-Ohms Current DC *Coil-Ohms Current Voltage Resistance Draw Voltage Resistance Draw
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10 16 **24 48 2.0 2.0 15.0 73.0 1.95 2.0 .66 .18 6 **24 48 2.0 15.0 73.0 3.0 2.0 .66
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* Plus or minus 10%. * * Suitable for CONSTANT DUTY OPERATION.
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SOLENOID TYPE Available (normally LOCKED) and (normally UNLOCKED) DC *Coil-Ohms Current AC *Coil-Ohms Current Voltage Resistance Draw Voltage Resistance Draw FOR INTERMITTENT USE 24 47.0 .42 24 119.0 .26 48 200.0 .10 FOR CONSTANT DUTY OPERATION 24 119.0 .26 24 119.0 *Plus or minus 10% .26
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Figure 19.14 Electrical operation characteristics for Trine units. (Trine Consumer Products Division, Square D Company)
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Figure 19.15 Trine model 014 for key-in-knob locksets. (Trine Consumer Products Division, Square D Company)
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Figures 19.18 and 19.19 are specification guide details relating to the actual full-size opening of the various types of Trine electric door opener latch cavities. Remember when you install one to check the lock latch width and throw to the cavity size of the door opener selected, allowing for a minimum 1 32-inch clearance at all points. For lock latch height for the unit installed, always check the detailed drawing provided with the lock latch to ensure that you have properly cut the cavity and not over- or undercut. For the lock latch heights, see the detail drawings in Figs. 19.20 and 19.21. As an example, a typical installation detail using the Trine Model 001 is shown in Fig. 19.22. Jamb preparation for the installation of an electric strike in a metal door frame is in Fig. 19.23. During jamb preparation, a neat cutting job is required for good appearance, so take special care to ensure the height dimension is adequate for a loose fit
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Figure 19.16 Solenoid coil
unit for high-intensity use. (Trine Consumer Products Division, Square D Company)
Figure 19.17 Model 003 with a magnet coil for normal use; this unit is used with rim-type locksets. (Trine Consumer Products Division, Square D Company)
Figure 19.18 Size specifications for various latches. (Trine Consumer Products Division, Square D Company)
insertion in the cutout. A tight fit here will cause the keeper to bind in the case and result in poor performance. The dimension indicated by an asterisk must be determined by the installer or the jamb fabricator; it is dependent on the lockset used. This dimension establishes the relationship between the keeper and the bolt. Incorrect location of the strike will prevent the door from shutting tightly or cause excessive
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Figure 19.19 More latch cavity specifications. (Trine Consumer Products Division, Square D Company)
7/16
15/16
23/4
3/32
13/4 11/8
7/32 7/8 9/16 5/16
13/8
13/8 45/8
31/2
11/2
17/8
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