The Automatic Door DC Motor from YFBF sets new standards for quietness and reliability in sliding doors. Market data shows strong demand for automatic sliding door systems in both commercial and residential sectors:
| Metric | Data | Context |
|---|---|---|
| Sliding Door Segment CAGR | Over 6.5% (2019-2028) | Highest growth among door types in US market |
| Commercial & Institutional Segment | Leading revenue segment | Strong commercial demand |
Brushless DC technology and an integrated gearbox help the deliver smooth, maintenance-free operation, making it ideal for busy environments.
Key Takeaways
- The motor uses advanced brushless DC technology to deliver quiet, durable, and maintenance-free operation, lasting up to 10 years or 3 million cycles.
- Its integrated motor and gearbox design reduces maintenance needs and improves reliability, making it ideal for heavy sliding doors in busy places.
- The motor offers high torque, energy efficiency, and ultra-quiet performance, ensuring smooth, safe, and adaptable operation for many door types and environments.
Unique Features of the Automatic Door DC Motor
Advanced Brushless DC Technology
The Automatic Door DC Motor uses advanced brushless DC technology. This technology sets it apart from traditional brushed motors in several ways:
- The motor operates at a noise level of 50 decibels or less, making it much quieter than brushed motors.
- It lasts longer, with a working life rated at 3 million cycles or up to 10 years.
- The fully sealed structure prevents oil leakage, which improves durability and reduces maintenance.
- The motor and gearbox are integrated using European technology, which ensures stable and reliable operation.
- Worm and helical gear transmissions provide high efficiency and strong output torque.
- The Hall signal output allows for precise motor control.
- The zinc alloy synchronous pulley is lightweight and resists aging, which helps reduce rolling friction noise.
- The compact size does not limit its power, as it uses high-strength alloy materials for strong performance.
Brushless DC motors remove the need for brushes, which means there is no brush friction or wear. This design leads to longer operational hours and less maintenance. Many brushless motors, like the one in the , can last over 10,000 hours, while brushed motors often last only 1,000 to 3,000 hours. The lifespan of 3 million cycles or 10 years shows how brushless technology increases durability and reliability in automatic door DC motor applications.
Integrated Motor and Gearbox Design
The features an integrated motor and gearbox design. This setup brings several benefits over traditional systems that use a separate motor and gearbox.
| Maintenance Aspect | Integrated BLDC Gear Motor Systems (Automatic Door DC Motors) | Traditional Brushed DC Motor + Separate Gearbox Systems |
|---|---|---|
| Lubrication | Sealed gearboxes lubricated for life; minimal re-lubrication needed | Requires regular lubrication; more frequent servicing needed |
| Brush Maintenance | No brushes to replace or inspect | Brushes require periodic inspection and replacement |
| Inspection | Regular checks for leaks, noise, vibration, temperature | More frequent due to brush wear and open gearboxes |
| Cleaning | Exterior cleaning only; sealed units reduce contamination risk | Requires cleaning of brushes and gearbox; more prone to contamination |
| Troubleshooting | Focus on lubrication, seal integrity, and motor controller issues | Additional troubleshooting for brush wear, commutator issues |
| Maintenance Frequency | Less frequent due to sealed design and brushless motor | More frequent due to brush wear and gearbox servicing |
| Operational Benefits | Compact, efficient, reliable, longer lifespan, reduced downtime | Larger footprint, higher maintenance demands, shorter motor life |
This table shows that integrated systems like the need less maintenance. The sealed design and brushless motor reduce the need for frequent servicing. This leads to improved reliability and a longer operational life for the automatic door DC motor.
High Torque and Energy Efficiency
The Automatic Door DC Motor delivers high torque and excellent energy efficiency. The motor uses worm and helical gear transmissions, which help transfer power smoothly and efficiently. This design allows the motor to handle heavy sliding doors without losing performance. The high torque output means the motor can move large doors easily, even in busy places like airports or shopping malls. The efficient design also helps save energy, which can lower operating costs over time.
Ultra-Quiet and Low Vibration Operation
The stands out for its ultra-quiet and low vibration operation. During use, the motor produces 50 decibels or less of noise. This level is similar to a quiet conversation or a calm office. The brushless DC technology, automatic lubrication, and helical gear transmission all work together to keep the motor running smoothly and quietly. Competing products in the market also aim for this low noise level, but the matches or exceeds these standards. The zinc alloy synchronous pulley further reduces rolling friction noise, making the motor ideal for places where silence matters, such as hospitals and hotels.
Tip: A quiet automatic door DC motor helps create a peaceful environment in public spaces.
Durable, Maintenance-Free Construction
The Automatic Door DC Motor is built for durability and long-term use. Its fully sealed structure keeps out dust and prevents oil leaks. The high-strength alloy materials make the motor strong and able to handle tough conditions. The brushless design removes the need for brush replacement, which cuts down on maintenance. Most of the time, users only need to check for leaks, noise, or vibration. The sealed gearbox is lubricated for life, so there is little need for extra servicing. This maintenance-free construction means the motor can keep working reliably for years, even in demanding environments.
Real Benefits for Sliding Door Applications with Automatic Door DC Motor
Smooth and Reliable Movement for Heavy Doors
The Automatic Door DC Motor delivers smooth and reliable movement, even for heavy sliding doors. Many commercial spaces, such as airports and shopping malls, require doors that can handle frequent use and heavy loads. The uses a 24V 60W brushless DC motor, which provides strong and steady power. Its intelligent microprocessor control system monitors the door’s status and detects faults early. This helps the motor run smoothly and reduces downtime.
The following table shows the performance data for the :
| Performance Metric | Specification |
|---|---|
| Maximum Door Weight (Single) | Up to 300 kgs |
| Maximum Door Weight (Double) | Two doors, each 200 kgs |
| Adjustable Opening Speed | 150 to 500 mm/s |
| Adjustable Closing Speed | 100 to 450 mm/s |
| Motor Type | 24V 60W Brushless DC |
| Operating Temperature Range | -20°C to 70°C |
These specifications show that the can move large and heavy doors with ease. The adjustable speed settings allow users to set the door’s movement to match their needs. The motor works well in many environments, from cold storage to hot lobbies.
Note: The strong torque and advanced control system help prevent jerky or uneven door movement, making every entry and exit smooth.
Enhanced Safety and Compliance
Safety is a top priority for any automatic door DC motor. The meets strict safety standards and includes many features that protect users and property. The motor holds a CE certificate, which means it complies with European safety rules for sliding door systems.
| Certification | Description |
|---|---|
| CE Certificate | The Automatic Door DC Motor holds the CE certificate, indicating compliance with European safety standards for use in sliding door systems. |
The also includes several safety features:
| Feature | Safety Benefit |
|---|---|
| Reverse opening on obstruction detection | Prevents injury or damage by reversing door movement if blocked |
| Backup battery support | Ensures door operation during power outages, maintaining safe access |
| Intelligent microprocessor control | Self-learning and self-checking improve operational safety and reliability |
| Internal security protection circuit | Supports long-term trouble-free operation even with frequent use |
| Safety beam and microwave sensors | Detect obstacles to prevent accidents |
| Fully sealed structure and anti-pressure design | Enhances durability and prevents mechanical failures that could compromise safety |
These features help keep people safe and ensure the door works well in all situations. The motor’s sensors detect obstacles and stop or reverse the door to prevent accidents. The backup battery keeps the door working during power failures, so people can always enter or exit safely.
Easy and Safe Installation
Installing the Automatic Door DC Motor is simple and safe. The design allows for quick setup, which saves time and reduces errors. The following steps outline the recommended installation process:
- Gather all necessary tools and materials, such as screwdrivers, a power drill, measuring tape, level, wrenches, wire strippers, lubricant, cleaning supplies, and the installation manual.
- Prepare the sliding door by cleaning the tracks and checking the rollers for wear or misalignment. Mark the motor’s mounting position for proper alignment.
- Mount the motor securely on the bracket using screws and a power drill. Make sure the motor lines up with the door’s movement.
- Connect the wiring by preparing the wires and making secure connections as described in the manual. Use metal junction boxes for added safety.
- Attach the motor to the door’s drive mechanism as specified.
- Tighten all screws, bolts, and connections to prevent loosening.
- Test the motor by powering it on and operating the door several times. Listen for unusual noises and check for smooth movement.
- Adjust the motor’s speed settings using the control panel.
- Lubricate moving parts, such as tracks and rollers, with silicone-based lubricant for quieter operation.
Tip: Always follow the installation manual and safety guidelines to ensure the best performance and safety.
Versatile Compatibility with Modern Door Systems
The Automatic Door DC Motor works with many types of modern door systems. Its compact and integrated design fits sliding doors, swing doors, curved doors, folding doors, hermetical doors, telescopic doors, and revolving doors. The motor’s high-strength alloy materials and advanced control system allow it to adapt to different door sizes and weights.
Facility managers and installers can use the in hotels, hospitals, office buildings, shopping malls, and airports. The motor’s adjustable speed and torque settings make it easy to match the needs of each location. Its reliable performance and long service life reduce the need for frequent replacements.
Callout: The versatility makes it a smart choice for both new installations and upgrades to existing door systems.
The Automatic door DC motor stands out for its advanced brushless technology, quiet operation, and long-lasting durability. Users in hotels, airports, and hospitals trust its performance. The following table highlights its strengths compared to other models:
| Feature | Description |
|---|---|
| Motor Type | Brushless DC, ultra-quiet (≤50dB) |
| Lifetime | 3 million cycles or 10 years |
| Material | High-strength alloy, fully sealed |
Installers and end-users report high satisfaction with quality and reliability:
- An installer in Indonesia values the product’s quality and after-sales service.
- A user in Naples praises the professionalism and long-term reliability.
FAQ
How long does the Automatic Door DC Motor last?
The Automatic door DC motor can operate for up to 3 million cycles or 10 years, offering long-term reliability for sliding door systems.
Can the motor work with different types of doors?
Yes, the motor fits sliding, swing, curved, folding, hermetical, telescopic, and revolving doors. It adapts to many commercial and public spaces.
Is the motor easy to install?
Installers find the motor simple to set up. The compact design and included mounting bracket help speed up the installation process.
Tip: Always follow the installation manual for best results and safety.
Post time: Jul-11-2025