Key Points
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FAAC offers several boom gate models, including B680H, B614, 620 SR, 640, and 615BPR, each with different features.
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Research suggests B680H is likely the best for high-traffic areas due to its long beam length (2 to 8 m) and high cycle life (2,000,000 cycles).
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Boom gates work by using hydraulic or electromechanical operators to raise and lower the arm, controlling access.
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Unexpected detail: The 620 SR model opens in less than one second for a 3 m beam, ideal for fast access in limited spaces.
Introduction to FAAC Boom Gates
FAAC is a well-known name in automation, especially for boom gates used in parking lots, toll booths, and industrial areas. These gates help manage traffic and enhance security by allowing or blocking vehicle access with a pivoting arm. Let’s explore the different FAAC boom gate models, how they work, and which one might be best for your needs.
Types and How They Work
FAAC boom gates come in various models, each designed for specific uses. They work by using either hydraulic or electromechanical operators. Hydraulic operators are great for heavy-duty tasks, offering smooth and strong movement, while electromechanical ones are more energy-efficient and require less maintenance. The arm raises or lowers based on the operator’s power, controlled by systems like remote controls or sensors.
Model Descriptions and Comparisons
Here’s a detailed look at each model, including their features, pros, and cons, to help you decide which fits best:
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B680H: Best for intensive use, with beam lengths from 2 to 8 m and opening times from 1.5 to 6 seconds. It has a brushless 36V motor and can handle 2,000,000 cycles, with features like emergency batteries and traffic lights.
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B614: Suitable for beams up to 5 m, with a 24V brushed motor and fast opening (less than 2 seconds for arms under 3 m). It’s reliable but has a shorter lifespan compared to brushless models.
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620 SR: Designed for short beams up to 3 m, with an opening time of less than 1 second, perfect for high-traffic, limited-space areas. It uses a hydraulic operator but is an older model.
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640: Handles beams up to 7 m, good for frequent use, but may have slower opening times for longer beams and is considered an older model with fewer features.
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615BPR: A simple, inexpensive option, available in orange or grey, suitable for basic access control allowing pedestrian passage, but limited for high-traffic scenarios.
Which Model is Best?
It seems likely that the B680H is the best overall due to its advanced features and versatility for long beams and high traffic. However, for fast access in small spaces, the 620 SR is ideal, and for budget-friendly basic use, the 615BPR works well. Choose based on your specific needs like beam length, traffic volume, and budget.
Comprehensive Analysis of FAAC Boom Gate Models
FAAC, an Italian company founded in 1965, is a global leader in automation solutions, particularly known for its reliable and durable boom gates. These barrier gates are essential for access control in settings like parking lots, toll plazas, and industrial sites, managing traffic flow and enhancing security. This report explores FAAC’s boom gate models, detailing their types, how they operate, and comparing their features to determine the best fit for various applications.
Understanding Boom Gates and Their Importance
Boom gates, also known as barrier gates, feature a pivoting arm that raises or lowers to permit or restrict vehicle access. They are crucial for preventing unauthorized entry while ensuring smooth traffic flow, driven by increasing security needs and urban development. FAAC’s offerings cater to residential, commercial, and industrial uses, with models varying in beam length, opening speed, and durability.
FAAC Boom Gate Models and Specifications
After extensive research, we identified five key FAAC boom gate models: B680H, B614, 620 SR, 640, and 615BPR. Below, we detail each model’s specifications, features, and suitability, based on official FAAC documentation and industry sources.
B680H: The Latest for Intensive Use
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Key Features: Beam length from 2 to 8 m, opening time from 1.5 s (2 m) to 6 s (8 m), brushless 36V motor, 100% use frequency, and 2,000,000 cycles. Includes SAFE&GREEN technology, emergency batteries, and red/green traffic lights.
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Certifications: IP56 (TÜV certified), ensuring durability in various conditions.
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Power Supply: 100 ÷ 240V~ 50/60 Hz, with a max power of 240 W.
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Weight: 85 kg (65 kg pillar + 20 Kg cabinet).
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Operating Temperature: -20°C to +65°C.
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Pros: High performance for intensive use, long beam options, advanced safety features, and high cycle life.
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Cons: Likely higher cost, potentially complex installation due to advanced features.
B614: Reliable for Moderate Use
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Key Features: Beam length up to 5 m, 24V brushed motor, max torque 300 Nm, weight 40 kg, opening time less than 2 sec for arms under 3 m.
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Power Supply: 230 V AC (+6% -10%) 50/60 Hz.
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Operating Temperature: -20°C to +55°C.
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Encoder: Incremental encoder integrated in the motor.
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Pros: Suitable for beams up to 5 m, fast opening for shorter beams, simple and reliable.
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Cons: Shorter beam length compared to B680H, brushed motor may have shorter lifespan, lower cycle life.
620 SR: Fast Access for Short Beams
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Key Features: Beam length up to 3 m, opening time less than 1 second for 3 m beam, hydraulic motion transmission system, 624BLD control unit.
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Use Case: Ideal for high-traffic areas with limited space, such as small parking lots or entry points.
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Pros: Very fast opening time for short beams, suitable for frequent, quick access.
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Cons: Limited to shorter beam lengths, older technology, may not be as energy-efficient as newer models.
640: High Performance for Longer Beams
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Key Features: Beam length up to 7 m, designed for high performance in frequent use, hydraulic operator, likely slower opening times for longer beams.
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Use Case: Suitable for large access points with moderate to heavy traffic.
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Pros: Long beam length, high performance for frequent use.
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Cons: May have slower opening times for longer beams, older model with potentially fewer features compared to B-series.
615BPR: Basic and Budget-Friendly
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Key Features: Simple, inexpensive solution, available in orange or grey, suitable for prohibiting vehicle access while allowing pedestrian passage, no specific beam length mentioned, likely shorter.
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Use Case: Ideal for residential properties or low-traffic areas with basic access control needs.
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Pros: Inexpensive, simple installation, suitable for basic applications.
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Cons: Limited features and performance, not suitable for high-traffic or heavy-use scenarios.
Comparative Analysis
To assist in decision-making, we compare these models across several criteria, presented in the following table for clarity:
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Model
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Beam Length
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Opening Time
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Use Frequency
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Motor Type
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Key Features
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Pros
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Cons
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B680H
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2-8 m
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1.5-6 s
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2,000,000 cycles
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Brushless 36V
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SAFE&GREEN, emergency batteries, traffic lights
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High performance, long beams, durable
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Higher cost, complex installation
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B614
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Up to 5 m
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<2 s for <3 m
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Not specified
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24V brushed
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Fast for short beams, reliable
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Suitable for 5 m, simple
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Shorter lifespan, lower cycle life
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620 SR
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Up to 3 m
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<1 s for 3 m
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Not specified
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Hydraulic
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Very fast, ideal for limited space
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Fast access, high traffic
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Short beams only, older technology
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640
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Up to 7 m
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Not specified
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High for frequent use
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Hydraulic
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Long beams, frequent use
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Long beams, high performance
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Slower for long beams, older model
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615BPR
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Likely short
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Not specified
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Low, basic use
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Not specified
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Inexpensive, pedestrian access
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Cheap, simple
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Limited features, not for heavy use
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This table highlights that B680H and B614 are suitable for longer beams and higher performance, while 620 SR excels in speed for short beams, and 615BPR is best for budget-conscious, low-traffic scenarios.
How Boom Gates Work
FAAC boom gates operate using hydraulic or electromechanical operators. Hydraulic operators, like those in 620 SR and 640, provide smooth, high-torque movement, ideal for heavy-duty applications. Electromechanical operators, seen in B614 and B680H, use electric motors for energy efficiency and lower maintenance, with features like encoders for precise motion control and obstacle detection.
Conclusion and Recommendation
All five models offer high-quality boom gates, each with unique strengths. Research suggests B680H is likely the best for those needing high performance and long beam lengths, given its 2,000,000 cycle life and advanced features. For fast access in limited spaces, 620 SR is ideal, with its less than 1-second opening time for 3 m beams, an unexpected detail given its niche application. However, the “best” model depends on specific needs, such as beam size, traffic volume, or budget. For instance, B614 is suitable for moderate use up to 5 m, while 615BPR fits basic, low-cost scenarios.
When choosing, consider factors like installation ease, maintenance requirements, and customer support, ensuring the selected model aligns with your access control goals. This report aims to provide a comprehensive guide, helping you make an informed decision for your FAAC boom gate needs.
Key Citations