Common gate automation mistakes— And how to avoid them
The most frequent mistake is choosing a gate type that never fits the usage pattern or the available property space for installation and operation. Take the example of automatic sliding gates. These require sufficient side clearance, which, if not present, would hinder seamless entry and exit. Swing gates, conversely, need ample of opening space vertically. To avoid this specific mistake, you need to:
- Assess the available space before selecting the gate type
- Consider traffic flow and usage frequency
- Evaluate ground conditions and sloping
Matching the gate type to the site will help you prevent operational failures and mechanical strain.
Ignoring gate weight and load requirements
Automation systems need to be designed in a way that they can effortlessly handle the gate’s size and weight. Improper track systems or undersized motors often leads to reduced lifespan and frequent breakdowns. Some of the common oversights include:
- Using low-capacity motors
- Underestimating gate weight
- Ignoring wind load and environmental factors
Poor installation and alignment
Incorrect installation paves the road for automation failures. Uneven hinges, misaligned tracks, and unstable foundations create excessive resistance, thereby causing motors to work harder than the intended levels. An automatic swing gate is especially sensitive to alignment issues, as uneven movement can easily damage both the gate’s structure and the motors. This is why you should go with professional installation services for accurate gate automation.
Overlooking safety features
Most automated gate manufacturers, like Alaska Automation, integrate top-notch security features. So, while evaluating the options, ensure the gate design includes:
- Obstacle detection sensors
- Safety edges to prevent injuries
- Emergency manual release systems
Conclusion
Gate automation can deliver remarkable results only if its planned, installed, and maintained correctly. Once you avoid these common mistakes discussed above and focus on compatibility, quality, and safety, these systems remain secure, reliable, and efficient for years to come.
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