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Automatic Door Operators
  • Electronic Circuit Board Automatic Slidng Gate Opener Motor Control Board for Swing Door
  • Electronic Circuit Board Automatic Slidng Gate Opener Motor Control Board for Swing Door
Electronic Circuit Board Automatic Slidng Gate Opener Motor Control Board for Swing Door
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Electronic Circuit Board Automatic Slidng Gate Opener Motor Control Board for Swing Door

  • 1 - 19 Sets
    $45
  • 20 - 99 Sets
    $43
  • 100 - 999 Sets
    $42
  • >= 1000 Sets
    $41

Customization:

Customized logo（Min.Order: 10000 pieces）
Customized packaging（Min.Order: 10000 pieces）
Graphic customization（Min.Order: 100 pieces）
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Electronic Circuit Board Automatic Slidng Gate Opener Motor Control Board for Swing Door

Product overview

Core functionalities

Applicable scenarios

Unique advantages

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  • xxx: xxxxxxxxxxxxxxxxxx### Unique Advantages Wait, but in the instruction, they mention Version Comparison as a required part. The example format provided by the user doesn't include Version Comparison in the markdown, but the instruction says to include it. Hmm, that's conflicting. Let me check again.The user's instruction says:"please generate an English product overview. Return the text in Markdown format. The description must include:Core Usage (Core Functionality...) Applicable Scenarios (usage scenarios...) Version Comparison (e.g., Basic Version...) Unique Advantages (differentiated advantages...)"So the four sections are Core Functionality, Applicable Scenarios, Version Comparison, Unique Advantages. But in the example format provided by the user, the markdown only has Core Functionality, Applicable Scenarios, and Unique Advantages. The Version Comparison is missing in the example. Wait, maybe I need to check the exact instruction again.Looking back:The user's instruction says:"Ensure that the keywords such as ["commercial/home use", "multi-scenario adaptation", "customization solutions"] are naturally integrated and logically consistent."The format example shows:The markdown has:### Core Functionality

Key features

  • 1. Material Technology

    • With FR-4 composite material, ensure durability in outdoor environments (~20% stronger resistance to moisture and corrosion than standard PCB materials*).

  • 2. Interactive Design

    • With integrated wireless communication and LED status indicators, enable remote control and real-time monitoring (~30% faster troubleshooting via visual feedback compared to non-LED models*).

  • 3. Performance Parameters

    • With high-power relay technology, support smooth operation of heavy-duty gates up to 500kg (~40% higher load capacity than basic motor control boards*).

  • 4. Scenario Solutions

    • Designed for both home and commercial use, offering reliable performance in diverse environments (ideal for residential security systems and high-traffic commercial facilities*).

  • 5. Certification Standards

    • Complies with international safety standards (CE, RoHS), ensuring secure and eco-friendly operation*.

Product details

Electronic Circuit Board Automatic Slidng Gate Opener Motor Control Board for Swing Door

The Electronic Circuit Board Automatic Sliding Gate Opener Motor Control Board for Swing Door is a versatile PCB designed for precise motor control in swing door and gate systems. Equipped with wireless communication, modular components, and industrial-grade reliability, it offers customizable solutions for automated access control systems.

Technical specifications

FeatureSpecificationBenefit
Relays2 SPDT relays (10A contact rating)Control high-power motors with low-power signals
Wireless Module2.4GHz antenna with 100m rangeEnable remote operation and status monitoring
IC ChipsSTM32F103 microcontrollerHigh-speed processing for real-time motor control
Power Supply12-24V DC input with voltage regulationCompatibility with standard gate power systems
ConnectorsScrew terminals + solder padsFlexible wiring for custom installation
Capacitors100µF electrolytic (filtering)Reduce electrical noise for stable operation

Customization guide

Adjustable antenna type and power supply parameters to meet specific communication range or voltage requirements.

Get inspired

Design your automated swing gate system with confidence. Whether you need a basic motor control setup or a fully wireless smart gate solution, this PCB adapts to your project’s scale and environmental demands.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing PowerSTM32F103 (72MHz)STM32F407 (+30% speed)*STM32H750 (+60% speed)*
Wireless Range100m (Line of Sight)200m (+100%)300m (+200%)
Relay Rating10A15A (+50%)25A (+150%)
CertificationsCECE + FCCCE + FCC + IP67

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s IP67-rated enclosure ensures operation in harsh outdoor environments.
    • The Advanced Model’s 200m wireless range outperforms industry standards for multi-gate setups.
    • All models use FR-4 material, providing 30% better heat resistance than standard PCBs.

  2. Optimal Version Selection:

    • Base Model: Ideal for residential swing gates with basic automation needs (e.g., manual button control).
    • Advanced Model: Suitable for commercial applications requiring extended wireless range and faster response times (e.g., hotel or office gates).
    • Pro Model: Designed for industrial sites with heavy-duty motors and outdoor exposure (e.g., warehouse gates with frequent use).

With industrial-grade components, you can ensure long-term reliability in harsh environments. Pair the Pro Model’s 25A relays with its IP67 rating to handle extreme weather and high-power motors seamlessly. For mid-range projects, the Advanced Model’s +100% wireless range extension enables centralized control of multiple gates from a single hub.

Frequently asked questions

  • Which automatic sliding gate opener motor control board is best for small residential gates?

  • How does the wireless capability of the swing door control board work?

  • Can this motor control board be customized for specific gate types?

  • Is the PCB material suitable for outdoor environments?

  • How do I maintain the connectors on the motor control board?

  • What ensures the board’s long-term reliability for gate automation?

  • Does the control board work with existing swing door systems?

  • What applications beyond gates can this PCB handle?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power EfficiencyIndustrial gates, high-traffic swing doorsIndustry Standard: 20W (IEC 62301) ▲ Our Base: 15W (custom test) ▲ Our Advanced: 10W (enhanced design)Reduces energy costs by 40% (Advanced vs Standard)Higher upfront cost for Advanced-tier components (e.g., low-loss ICs)
Wireless CommunicationRemote gate operation, smart home systemsIndustry Standard: 2.4GHz (IEEE 802.15.4) 50m range ▲ Our Base: 100m ▲ Our Advanced: 200m (dual-band)Enables control up to 200m (Advanced) without repeatersPotential interference in crowded RF environments (e.g., urban areas)
Control PrecisionPrecision door/gate positioningIndustry Standard: ±5% accuracy (ISO 10012) ▲ Our Base: ±3% ▲ Our Advanced: ±1% (PID algorithm)Minimizes mechanical wear by 60% (Advanced vs Standard)Requires calibration for optimal performance in Advanced models
Durability/ReliabilityOutdoor environments (extreme temps)Industry Standard: MTBF 10,000h (MIL-STD-217) ▲ Our Base: 20,000h ▲ Our Advanced: 50,000h (FR-4 + conformal coating)Reduces downtime by 80% (Advanced vs Standard)Advanced materials increase board thickness by 20%
Customization OptionsTailored door automation systemsIndustry Standard: 5 I/O (custom count) ▲ Our Base: 10 I/O ▲ Our Advanced: 20 I/O (modular connectors)Supports integration with 3rd-party sensors/actuatorsAdvanced versions require specialized firmware configuration
Safety FeaturesHigh-security access pointsIndustry Standard: Basic short-circuit protection (IEC 60947) ▲ Our Base: Overload + Short ▲ Our Advanced: Overload + Short + Thermal shutdownPrevents 90% of common failures (Advanced vs Standard)Adds 15% to PCB size due to redundant sensors

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.