Electric Strike Installation in Lakewood

What to know first in Lakewood

An electric strike is a keeper, the metal pocket in your door frame that the latch bolt rests in when the door is shut, with a small electric mechanism built in. At rest, a fail-secure strike holds that keeper fixed, so the latch can't leave the frame even if someone pulls on the door. Send it 12 or 24 volts of low-voltage DC for a few seconds and the keeper's jaw pivots free, the latch slides past, and the door opens. Cut the power and the keeper resets. A fail-safe strike works the opposite way: it needs power to stay locked and lets go when power is removed. Inside the building nothing changes. Turn the lever or push the bar and the latch retracts the way it always has, because the lock isn't electrified, only the frame side is. That's what makes electric strike installation attractive for doors that must meet exit rules: free egress is built into the mechanical hardware, not the wiring. The tradeoff is that someone has to cut metal or wood in your frame, align the keeper to a latch, and bring power to the jamb.

Work included on a typical visit

• Fail-secure strike installation. Fail-secure means secure when something fails. The keeper holds the latch until a short pulse of low-voltage power moves it aside, and because it's energized only briefly, it runs cool and sips current. We recommend it for any entry door that has to protect people or inventory when the lights go out.
• Fail-safe strike installation. A fail-safe strike is energized all day, which means heat, continuous draw and a clear plan for outages. We confirm the strike is rated for continuous duty, pair it with a supply that can carry it, and talk through who would be affected if the door unlatched during a blackout before choosing it.
• Strikes for mortise locks and deadlatches. Mortise locks from Corbin Russwin, Sargent, Baldwin and Yale carry a deeper latch and a deadlocking plunger, and the strike has to respect both. We pick a strike made for mortise hardware, trim the frame to its template and confirm the deadlatching pin still sees a solid surface so the lock keeps its anti-shim protection.
• Frame cutting in hollow metal and wood. Frame work is the part owners worry about, and it is mostly a matter of accuracy. The pocket has to be as large as the strike needs and no larger, because an oversized cut weakens the jamb and looks careless. We mark from the actual latch, cut to the manufacturer's template and finish edges with primer or filler.
• Card, fob and keypad reader integration. Standalone keypads suit one or two doors; networked controllers suit a suite or building. Either way the strike follows the controller's lead. We wire the reader, strike and exit sensor, configure schedules and codes with you, and write down the settings so they survive a change of staff.

Local factors in Lakewood

Older homes in Lakewood often have wood jambs, thick paint and plaster that cracks if you look at it. A strike on a home office, a guest unit or a side entry is possible, but the wood needs gentle routing and the old latch may need replacing. We repair the jamb, touch up the paint, and tell you honestly when a smart lock would suit a residence better than a strike.

Schools, childcare centers, churches and youth programs in family neighborhoods use strikes to control who enters during the day while keeping exits free. A staff member sees a visitor on camera and releases the door. Parents should never meet a propped door, and children must always be able to leave. We emphasize fail-secure operation, short release times and clear instructions for substitute staff.

Strip-center tenants ask for strikes to buzz in deliveries, open a stockroom door from the register, or admit staff at the back. Storefront doors in Lakewood shopping centers are often thin-wall aluminum with a deadlatch, so we start with the jamb. The landlord usually owns the frame, so we help you get approval and keep every change reversible. We also set short release times to limit tailgating at back doors.

Common situations

• Imagine a small church preschool wing. The hallway door must stay locked during class, yet teachers carrying children need to leave with one hand. A staff member checks a camera and presses a button at the director's desk to admit parents. We'd use a fail-secure strike on the existing lever lock, set a short release time, and confirm the door always latches behind each visitor.
• Here is a residential example: a homeowner has converted a detached garage into an office and wants to admit clients without handing out keys or walking out each time. The wood jamb has decades of paint on it. We'd rout a clean pocket, fit a small fail-secure strike, run low-voltage wire back to a button inside the main house, and repair and repaint the jamb so the work disappears.
• Take a dealership service office where the door is opened constantly by advisors, porters and customers from opening until closing. A light-duty strike wears out quickly under that traffic. We'd specify a heavy-duty, fail-secure strike with a stainless keeper, feed it from a properly sized supply, and set a brief release time so the door relatches between visitors.
• For example, a warehouse office in an industrial park has a hollow-metal door that opens onto the loading area. Drivers check in at a window, and the dispatcher wants staff cards to open the door while visitors wait outside. We'd put a fail-secure strike on the existing cylindrical lock, wire it to a reader, and set the keeper tolerances for a door that gets slammed all day.

How the visit works

1. Look at the door and the latch. The survey takes in the whole opening. Which way does the door swing? Is a closer pushing against the latch? Is the frame hollow, filled or wood? Where is the nearest ceiling space for a power supply? Those answers shape the strike model, the cut and the wiring.
2. Choose the strike and approve the quote. You get a clear choice and a clear price before any work. We explain why we picked a particular strike, what alternatives exist and what each would change in daily use. If you want a keypad now and a card reader later, we plan the wiring so that upgrade is simple.
3. Prepare the frame. Frame prep varies with the material. Steel is cut and filed, aluminum may get a reinforcing plate, and wood is chiseled and routed. In every case we protect the finish around the opening, keep debris out of the latch area and dry-fit the strike before wiring anything.
4. Run the wiring and set up power. Low-voltage cable runs from the strike to the power supply and the release device, routed through the frame, ceiling or a raceway. We pick wire gauge to suit the run, make clean terminations, and add the fuse or suppression diode the strike calls for.
5. Mount and align the strike. The strike is fastened in its pocket and the keeper adjusted so the latch enters freely, rests without rattling and leaves without catching. We close the door slowly and slammed, with the closer working and with it disconnected, and tune until the strike behaves under both.
6. Test, demonstrate and hand over. Before we go, we cycle the door repeatedly and watch for heat, buzzing or a keeper that drags. We confirm the release time, walk through what happens in an outage, and leave a one-page record of the install in case you hire someone else later.

How we quote the job

• Frame material and condition. Hollow-metal frames are straightforward. Wood jambs may need repair, aluminum storefront frames can require reinforcing plates, and filled or damaged frames add time. We look at the frame before quoting, and we say so if repair or reinforcement is needed before the strike will hold.
• Failure mode and power equipment. A fail-secure strike draws little current and shares a modest supply. A fail-safe strike runs continuously and may need a bigger supply and a backup battery. The failure mode you choose therefore affects the power equipment, and sometimes the wire size, as well as the strike.
• Wire distance and route. Where power comes from is often the biggest unknown. We look for the nearest ceiling space, closet or existing low-voltage panel and measure the run. Longer runs may need heavier wire to avoid voltage drop, which adds a little cost but prevents a strike that sticks.

Every job gets a clear quote before any work starts. Call (951) 903-3193 with the details and we'll tell you what to expect for your situation in Lakewood.

What not to do

• Cutting the pocket too big. A loose, oversized opening weakens the frame, lets the strike rock and looks sloppy. Fixing it takes filler, a plate or a new section of frame. Cutting small to the manufacturer's template and widening only as needed beats the reverse.
• Cutting a fire-rated frame for an ordinary strike. Rated frames and doors carry labels, and a strike without the right listing can void the rating or fail inspection. Look for the label before you cut, and ask the building department if you're unsure.
• Assuming a strike makes a weak door strong. The strike is only one point in the frame, and a kicked door usually fails at the jamb, the screws or the hinges. Thin frames and short screws deserve attention, so we often add longer screws and a reinforcing plate.

What to do before we arrive

• Test the door as it is today. If it needs a shove or a lift to latch, a strike will not cure that and may make it worse. Fix the closer, hinges or door sag first. A strike releases a latch, but it can't make a door close squarely.
• Label the breaker, the supply and the wires. If a door stops opening next year, the person solving it will either find a labeled panel quickly or hunt above ceiling tiles for an afternoon. Ask us to leave a one-page diagram with your records.
• Push on the door while someone presses the release. If it only opens when you lean toward the hinges, the door is binding on the latch and the strike is not at fault. That's called preload, and the fix is usually a closer or hinge adjustment, not a stronger strike.
• Plan the install before paint or flooring is finished. Cutting a freshly painted frame leaves touch-up scars, and rough-in before drywall is easier still. If a remodel in Lakewood is underway, tell the contractor the door will get a strike so power reaches the frame at the right stage.

Service in Lakewood

Lakewood is about 62 miles from our San Bernardino base, roughly 68 minutes in light traffic via University Parkway to I-215 South. When you call, you get an arrival estimate based on where the technician is and the traffic at that moment.

We plan the drive the way a delivery route gets planned: freeway first, Bellflower Boulevard where it makes sense, then the side streets you describe. A landmark or the color of your building helps the technician spot you.

About Lakewood: Between 1950 and 1953, developers Louis Boyar, Mark Taper and Ben Weingart turned empty fields into about 17,500 houses, and Lakewood became one of the largest planned communities in the country.

Business lock or door work in Lakewood?

Call (951) 903-3193 with the address, the doors or hardware involved and when the site is open. We'll quote the job before any work starts and book a time within our hours that suits your schedule.