Liftmaster Swing Gate Openers

Liftmaster LA400UL / LA400PKGUL 24VDC Residential Swing Linear Actuator Gate Opener Operator

$1,360.56

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Liftmaster LA400 / LA400DCS 24VDC Secondary Residential Swing Linear Actuator Gate Opener Operator

$656.09

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Liftmaster LA412UL / LA412PKGUL 12VDC Solar Residential Swing Linear Actuator Gate Opener Operator

$1,695.00

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Liftmaster LA412UL / LA412DCS 12VDC Solar Secondary Swing Actuator Gate Opener Unit

$714.37

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Liftmaster LA500UL / LA500PKGUL 24VDC Residential / Light Commercial Swing Linear Actuator Gate Opener Operator Package

Liftmaster LA500UL / LA500PKGUL 24VDC Swing Linear Actuator Gate Opener Operator Package

$1,772.64

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Liftmaster LA500UL / LA500DCS 24VDC Residential / Light Commercial Secondary Swing Gate Opener Operator

$1,164.13

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LiftMaster CSW24UL 24VDC High-Traffic Commercial Swing Gate Operator

$2,695.80

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LiftMaster HDSW24UL 24VDC Heavy-Duty Variable Speed Swing Gate Operator

$3,526.40

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Liftmaster RSW12UL 12VDC Residential or Light Commercial Swing Gate Operator with Battery BackUp

LiftMaster RSW12UL 12VDC Residential / Light Commercial Swing Gate Operator

$2,475.00

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Liftmaster CSW200 / CSW200UL AC High Traffic Swing Gate Operator Opener

LiftMaster CSW200501UL / CSW200UL 1/2 HP AC High-Traffic Swing Gate Operator

$2,649.00

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LiftMaster CSW200101UL / CSW200UL 1 HP AC High-Traffic Swing Gate Operator

$2,949.00

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Frequently Asked Questions : Liftmaster Swing Gate Openers

Q1: What drive mechanisms are utilized in LiftMaster swing gate openers?

A1: LiftMaster swing gate operators primarily utilize linear electromechanical actuators or articulated arm mechanisms. Linear actuators provide direct push-pull force, while articulated arms are designed for installations requiring wider opening angles or mounting on larger brick columns.

Q2: How are maximum weight and length capacities determined for these operators?

A2: Capacity is determined by the specific operator model, with heavy-duty linear actuators supporting gates up to 1,500 pounds or 16 feet in length. It is technically necessary to ensure the physical dimensions and wind resistance of the gate panel do not exceed the motor's rated limits.

Q3: What power configurations are standard for LiftMaster swing gate systems?

A3: These systems are available in various power configurations, including standard 115V or 230V alternating current (AC) and 24V direct current (DC) models. DC models typically feature integrated battery backup to maintain access control functionality during primary power failures.

Q4: Are LiftMaster swing gate openers compatible with solar power?

A4: Many LiftMaster 24V DC swing gate operators are engineered with low-standby power circuits designed specifically for solar integration. This requires pairing the logic board with compatible solar panels and a sufficient deep-cycle battery bank to support the daily duty cycle.

Q5: How does myQ technology function in LiftMaster swing gates?

A5: myQ technology utilizes built-in Wi-Fi to connect the gate operator's logic board directly to a local network. This integration allows for remote status monitoring, diagnostic alerts, and access control management via a smart device without requiring external network adapters.

Q6: How do these operators interface with photoelectric safety sensors?

A6: The primary control board continuously monitors wired inputs from peripheral safety devices such as photoelectric eyes and sensing edges. If an obstruction is detected during an operational cycle, the board immediately commands the motor to stop and reverse to prevent physical entrapment.

Q7: Can two LiftMaster operators be synchronized for a dual swing gate setup?

A7: Yes, specific LiftMaster models support a primary and secondary configuration to manage bi-parting swing gates. This setup requires a dedicated communication link between the two operator control boards to ensure synchronized travel cycles and unified control logic.

Q8: What is the purpose of electronic travel limits on these actuators?

A8: Electronic travel limits define the precise open and closed stopping points of the gate arm, preventing the motor from overextending or straining the gate hinges. These parameters are stored in the logic board's memory and are calibrated during the initial setup phase.

Q9: What routine maintenance is recommended for swing gate actuator hardware?

A9: Routine maintenance includes visually inspecting the actuator arm for debris, verifying the structural integrity of mounting brackets, and checking the control box for moisture intrusion. For internal motor diagnostics or complex electrical repairs, consult the manufacturer's manual or hire a local qualified professional.

Q10: What should be done if the swing gate operator fails to move upon command?

A10: Complete response failure is frequently attributed to a blown internal fuse, a depleted battery bank, or a loss of primary AC power to the control board. For advanced electrical troubleshooting, voltage testing, or hardware replacement, refer to the technical documentation or consult a local qualified professional.

Liftmaster Swing Gate Openers

Products [11]

Frequently Asked Questions : Liftmaster Swing Gate Openers

Q1: What drive mechanisms are utilized in LiftMaster swing gate openers?

Q2: How are maximum weight and length capacities determined for these operators?

Q3: What power configurations are standard for LiftMaster swing gate systems?

Q4: Are LiftMaster swing gate openers compatible with solar power?

Q5: How does myQ technology function in LiftMaster swing gates?

Q6: How do these operators interface with photoelectric safety sensors?

Q7: Can two LiftMaster operators be synchronized for a dual swing gate setup?

Q8: What is the purpose of electronic travel limits on these actuators?

Q9: What routine maintenance is recommended for swing gate actuator hardware?

Q10: What should be done if the swing gate operator fails to move upon command?