Gate Locks

GTO FM144 Automatic Gate Lock

$159.95

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GTO FM144 Automatic Gate Lock

$159.95

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GTO PRO FM145 Pedestrain Gate Lock (BULLDOG)

GTO FM145 Pedestrain Gate Lock (BULLDOG)

$229.95

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GTO PRO FM345 Secuirty Pin Lock for All GTO Gate Opener Models

GTO FM345 Secuirty Pin Lock for All GTO Gate Opener Models

$24.58

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GTO PRO FM345KA 10pk Secuirty Pin Lock for All GTO Gate Opener Models

GTO FM345KA 10pk Secuirty Pin Lock for All GTO Gate Opener Models

$199.95

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GTO PC Board for GTO FM144 / Mighty Mule FM143 Electic Automatic Gate Lock

$40.50

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Liftmaster 841LM Automatic Garage Door Deadbolt Lock

LiftMaster 841LM Automatic Garage Door Lock

$120.69

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Linear Pro Access FM144 Automatic Gate Lock

Linear Pro Access FM144 Bulldog Automatic Gate Lock

$159.95

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Linear Pro Access FM145 Pedestrain Gate Lock (BULLDOG)

Linear Pro Access FM145 Bulldog Pedestrian Gate Lock

$229.95

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Linear Pro Access FM345 Security Pin Lock for All Linear Pro Access Gate Opener Models

Linear Pro Access FM345 Security Pin Lock for Gate Openers

$24.58

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Linear Pro Access FM345KA 10pk Security Pin Lock for All Linear Pro Access Gate Opener Models

Linear Pro Access FM345KA-10PK1 Security Pin Lock 10-Pack for GTO, Linear Pro and Mighty Mule Gate Operators

$199.95

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Linear Pro Access PC Board for Linear Pro Access FM144 / Mighty Mule FM143 Electic Automatic Gate Lock

Linear Pro Access LOCKPCB Automatic Gate Lock Control Board for FM144 and Mighty Mule FM143 Locks

$40.50

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Sentry 300 Electric Gate Lock 070510

$239.95

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Frequently Asked Questions : Gate Locks

Q1: What is an automated gate lock?

A1: An automated gate lock is an electromechanical or electromagnetic device designed to secure a gate in the closed position. These locks are wired to the gate operator's control board and release automatically when an authorized open command is received.

Q2: What is the difference between a magnetic lock and a solenoid lock?

A2: A magnetic lock (maglock) uses a continuous electrical current to power an electromagnet that tightly holds an armature plate attached to the gate. A solenoid lock uses an electrically triggered mechanical bolt or latch that physically engages a receiver to secure the gate.

Q3: How do I determine if a lock is compatible with my gate operator?

A3: Compatibility depends on the operator's voltage output (typically 12V or 24V DC) and the relay connections available on the primary control board. Always consult the original equipment manufacturer (OEM) manual to confirm the electrical requirements before selecting a locking mechanism.

Q4: Why is my electromagnetic gate lock not holding?

A4: A failing magnetic lock often indicates a disruption in the continuous power supply, a blown fuse, or physical misalignment between the electromagnet and the armature plate. For electrical troubleshooting and voltage testing, consult the manufacturer's manual or hire a local qualified professional.

Q5: What is a fail-safe versus a fail-secure gate lock?

A5: A fail-safe lock requires power to remain locked and will automatically release during a power outage, allowing the gate to be opened manually. A fail-secure lock requires power to unlock and will remain physically locked during a power failure, maintaining property security.

Q6: Do automated gate locks require routine maintenance?

A6: Yes, routine maintenance involves keeping the locking surfaces clean of debris and dirt, which can severely weaken magnetic bonds or jam mechanical latches. Periodic visual inspections should also ensure that mounting brackets remain secure and aligned as the gate settles over time.

Q7: Can a gate lock be installed on a solar-powered gate system?

A7: Yes, locks can be used on solar systems, but it is critical to use a low-draw mechanical lock rather than a magnetic lock. Magnetic locks require continuous power to stay locked, which will quickly deplete a solar-charged battery bank.

Q8: What is a V-notch lock receiver used for?

A8: A V-notch receiver is specifically designed to catch and stabilize the leading edge of a swing gate as it closes. This prevents the gate from flexing or blowing open in high winds, ensuring the lock bolt aligns properly with the strike plate.

Q9: How are automated locks wired to the gate control board?

A9: Automated locks wire directly into dedicated lock relay terminals on the gate operator's main circuit board, which synchronizes the lock release with the motor's movement. Because this involves specific low-voltage electrical routing, installation should always be performed by a qualified local professional.

Q10: Are safety devices required when using a gate lock?

A10: While locks themselves are security devices, the gate system as a whole must still incorporate entrapment protection like photoelectric sensors to comply with UL 325 standards. The lock must act in tandem with these safety features to prevent the gate from crushing objects if the lock fails to engage or disengage properly.

Gate Locks

Products [13]

Frequently Asked Questions : Gate Locks

Q1: What is an automated gate lock?

Q2: What is the difference between a magnetic lock and a solenoid lock?

Q3: How do I determine if a lock is compatible with my gate operator?

Q4: Why is my electromagnetic gate lock not holding?

Q5: What is a fail-safe versus a fail-secure gate lock?

Q6: Do automated gate locks require routine maintenance?

Q7: Can a gate lock be installed on a solar-powered gate system?

Q8: What is a V-notch lock receiver used for?

Q9: How are automated locks wired to the gate control board?

Q10: Are safety devices required when using a gate lock?