GTO PRO Gate Opener Circuit Boards

Linear Pro Access/GTO R5501 EMPTY Hinged Control box for SW3000XLS & SW4000XLS

$180.75

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Linear R5211-01 Control Board - Replacement Board for SL2000B Post 2017 Only

$399.95

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Mighty Mule R4722 Control Board for the 262 /M362 / 402/ 462 / MMDIA30S Openers

$424.95

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GTO R4722 - Replacement Control Board for SW2000XLS & SW2002XLS Gate Openers

$424.95

(27)

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Linear Pro Access R4722 - Replacement Control Board for SW2000XLS & SW2002XLS Gate Openers

$424.95

(3)

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GTO R5722 - Replacement Control Board for SW2000XLS & SW2002XLS Gate Openers

$424.95

(3)

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GTO Pro R5211/R4211 PCB3040 Green Replacement Control Board Gate Opener

$449.95

(25)

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GTO R4211 Circuit Board

$449.95

(28)

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Linear Pro Access/GTO R5500 Loaded Hinged Control box for SW3000XLS & SW4000XLS

$599.95

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Frequently Asked Questions : GTO PRO Gate Opener Circuit Boards

Q1: What is the primary function of a GTO PRO gate opener circuit board?

A1: The circuit board, or logic board, serves as the main processing unit for the GTO PRO gate operator. It coordinates signals from transmitters, safety devices, and access controls to manage the motor's travel and operational cycles.

Q2: How is compatibility determined for GTO PRO replacement circuit boards?

A2: Compatibility is dictated by the specific model of the gate operator, such as the PRO-1000, 2000, or 3000 series, and the version of the board currently installed. It is technically required to match part numbers exactly to ensure proper electrical and firmware synchronization.

Q3: What power requirements are standard for GTO PRO control boards?

A3: These boards generally operate on a 12-volt DC system powered by a battery, which is maintained via an AC transformer or solar charging kit. It is essential to verify the specific voltage and amperage ratings of the system before integrating a replacement component.

Q4: Are GTO PRO circuit boards compatible with solar-powered systems?

A4: Yes, GTO PRO control boards are engineered with low-power consumption circuits specifically designed for solar integration. This allows for efficient energy management when the system is paired with compatible solar panels and a 12-volt battery.

Q5: How does the circuit board interface with gate safety sensors?

A5: The logic board monitors continuous wired signals from obstruction-sensing devices like photoelectric eyes or edge sensors. If a signal is interrupted during a closing cycle, the board commands the motor to immediately halt and reverse the gate to prevent entrapment.

Q6: What is the role of the DIP switches on GTO PRO boards?

A6: DIP switches are used to manually configure operational parameters such as auto-close timing, dual-gate sequencing, and obstruction sensitivity. Adjustments to these settings should be made following the specific manufacturer's technical documentation for the installed model.

Q7: Does replacing a GTO PRO logic board require reprogramming remote controls?

A7: Yes, because the radio receiver is typically integrated into or managed by the board, replacing the circuit board requires all existing transmitters to be paired again. This process establishes a secure communication link using the system's specific radio frequency.

Q8: What environmental factors can cause failure in a gate opener circuit board?

A8: Damage is frequently caused by electrical power surges, lightning strikes, or moisture and insect intrusion within the control box. Ensuring weather-resistant seals are intact and using proper system grounding are necessary technical precautions to protect the internal circuitry.

Q9: What routine maintenance is recommended for GTO PRO control boards?

A9: Maintenance involves visually inspecting the board for signs of debris or corrosion and ensuring that all wire terminal connections remain secure. For internal electronic diagnostics or complex hardware repairs, consult the manufacturer's manual or hire a local qualified professional.

Q10: What should be done if the gate operator exhibits a total response failure?

A10: Total failure is often attributed to a blown internal fuse, a depleted 12-volt battery, or a compromised primary power source. For advanced electrical troubleshooting, voltage testing, or board replacement, refer to the technical documentation or consult a local qualified professional.

GTO PRO Gate Opener Circuit Boards

Products [9]

Frequently Asked Questions : GTO PRO Gate Opener Circuit Boards

Q1: What is the primary function of a GTO PRO gate opener circuit board?

Q2: How is compatibility determined for GTO PRO replacement circuit boards?

Q3: What power requirements are standard for GTO PRO control boards?

Q4: Are GTO PRO circuit boards compatible with solar-powered systems?

Q5: How does the circuit board interface with gate safety sensors?

Q6: What is the role of the DIP switches on GTO PRO boards?

Q7: Does replacing a GTO PRO logic board require reprogramming remote controls?

Q8: What environmental factors can cause failure in a gate opener circuit board?

Q9: What routine maintenance is recommended for GTO PRO control boards?

Q10: What should be done if the gate operator exhibits a total response failure?