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Sliding gate opener –HiGate HGSL0.6T
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Sliding gate opener –HiGate HGSL0.6T
*Suitable gate weight: Maximum 600 Kg Included: *1 x Electromechanical motor *1 x Main control board *4 Meters x SLGR41 Gear rack *2 x Remote control *2 x Manual release key
Exit push button SSPB101
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Exit push button SSPB101
The Exit push button SSPB101 is a wired push button commonly used in access control systems, particularly where doors are secured by magnetic locks or other electronic locking mechanisms. 🚪 It functions as a manual activation device, allowing users to exit a secured area by simply pressing the button. When pressed, it sends an electrical signal to release the lock, enabling the door to open. Here's a breakdown of its key features and applications: Key Features and Functionality- Manual Activation: The SSPB101 is activated by physically pressing the button, providing a straightforward and reliable method for egress.
- Access Control Integration: It's designed to seamlessly integrate with existing access control systems, working in conjunction with devices like magnetic locks, electric strikes, or gate operators.
- Momentary Contact: Typically, the button provides a momentary signal, meaning the lock is released only while the button is pressed or for a set duration (e.g., 30 seconds) after being pressed, as determined by the access control panel.
- Redundancy and Safety: Exit push buttons like the SSPB101 often serve as a crucial backup exit method in case the primary access control system (like a card reader or keypad) malfunctions. They are also frequently required by building and fire safety codes to ensure a safe and reliable exit path during emergencies.
- Durability: These buttons are generally constructed from high-quality materials to withstand frequent use in various environments.
- Commercial Buildings: Offices, retail stores, and other commercial spaces use them for controlled entry and easy exit.
- Residential Buildings: Apartment complexes and other multi-unit dwellings may utilize them for common areas or specific entry/exit points.
- Industrial Settings: Warehouses and factories benefit from their simple and robust functionality.
- Areas with Magnetic Locks: Any location where doors are secured with magnetic locks heavily relies on exit push buttons for egress.
- Emergency Egress: They provide a fail-safe mechanism to unlock doors during emergencies like fires, even if other access control components fail.
- Accessibility: They offer a convenient and accessible way for individuals with mobility limitations to exit.
Sliding gate opener – Royalgate RGSL2TO
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Sliding gate opener –Royalgate RGSL2TO
*Suitable gate weight: Maximum 2000 Kg Included: *1 x Electromechanical motor *1 x Main control board *4 Meters x SLGR41 Gear rack *2 x Remote control *2 x Manual release key
Sliding gate V-Groove wheels – SLGWSD410IB
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Sliding gate V-Groove wheels - SLGWSD410IB
*Heavy-duty *Steel material *Double bearing *Interior Bracket *Max 410 Kg *98 mm Diameter x 33 mm WidthA sliding gate V-groove wheel is a type of wheel designed to roll along a V-shaped track, providing support and guidance for sliding gates, particularly those made of metal.
The V-groove in the wheel precisely matches the track, ensuring smooth, stable, and quiet operation. These wheels are often used in industrial and heavy-duty applications due to their ability to handle significant weight and resist wear.
Here's a more detailed explanation:
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V-Groove Design:The defining feature of these wheels is the V-shaped groove on their circumference. This groove fits snugly onto a corresponding V-shaped track, which can be made of angle iron or other suitable materials.
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Track System:The track is typically installed along the path where the gate will slide, providing a stable and guided surface for the wheels to roll on.
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Benefits:V-groove wheels offer several advantages, including:
- Smooth Operation: The close fit between the wheel and track minimizes friction and vibration, resulting in smooth gate movement.
- Stability: The V-groove design provides excellent stability, preventing the gate from wobbling or derailing.
- Durability: Many V-groove wheels are made from durable materials like steel or nylon, offering good wear resistance and longevity.
- Load Capacity: They can handle substantial weight, making them suitable for heavy gates.
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Applications:V-groove wheels are commonly used in:
- Industrial Gates: Supporting heavy doors in factories and warehouses.
- Heavy-Duty Sliding Gates: For residential and commercial properties.
- Automated Gates: Used in conjunction with gate operators.
- Other Sliding Applications: They can also be found in other applications, like sliding machinery or even pet gates.
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Materials:V-groove wheels can be made from various materials, including:
- Steel: Offers high strength and load capacity.
- Nylon: Provides good wear resistance and reduced noise.
- Polyurethane: Offers a good balance of durability and quiet operation.
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Installation:The wheels are typically mounted to the bottom of the gate, allowing them to roll along the track.
Door Strike Lock
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Door Strike Lock
*Fail-Secure/Fail-Safe *Capacity: 100 Kg *DC 12 VAn electric strike is an electromechanical lock release device that replaces a standard door strike plate.
It allows a door to be opened remotely, typically via an access control system, without manually retracting the latch. When activated, the electric strike releases the latch, enabling the door to be opened.
Here's a more detailed explanation:
Functionality:
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Replaces Standard Strike:Electric strikes are installed in the door frame, taking the place of the standard strike plate.
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Remote Release:They are designed to work with various access control systems, such as keypads, card readers, or intercoms.
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Activation:When an authorized signal is received (e.g., a code is entered, a card is swiped), the electric strike releases the latch, allowing the door to be opened.
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Fail-Safe or Fail-Secure:Electric strikes can be configured in either a fail-safe or fail-secure mode.
- Fail-safe: In this mode, the door unlocks when power is lost, making it suitable for safety applications where access is needed during power outages.
- Fail-secure: In this mode, the door remains locked when power is lost, requiring power to unlock, making it suitable for high-security applications.
How it Works:
- The electric strike contains a solenoid, which is an electromagnet.
- When the solenoid is activated by an electrical signal, it moves a component (like an armature) that allows the latch to move freely.
- This movement releases the door, allowing it to be opened.
Key Differences from Other Locks:
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Electric vs. Magnetic Locks:Unlike magnetic locks, which use powerful magnets to hold the door closed, electric strikes release the latch mechanism.
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Remote Access:Electric strikes offer remote access control, allowing doors to be unlocked without manual intervention.
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Versatility:They can be used with various locking mechanisms, including cylindrical, mortise, and rim exit devices.
Common Applications:
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Access Control:Electric strikes are a core component of access control systems in commercial and residential settings.
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Security:They provide a higher level of security compared to standard locks, especially when used with fail-secure configurations.
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Safety:In fail-safe configurations, they ensure safe egress during emergencies.
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Specific Areas:They are commonly found in reception areas, daycare centers, and other locations where controlled access is needed.
Pedestrian gate manual lock (Two-sided key)
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Pedestrian gate manual lock (Two-sided key)
A "pedestrian gate manual lock (two-sided key)" refers to a type of gate latch or lock that can be operated and secured with a key from both sides of the gate. Here's a breakdown of what that means and why it's useful:- Manual Lock: This indicates that the lock is operated by hand, typically by turning a key or a knob/lever, rather than being electric or automated.
- Two-Sided Key (or Keyed on Both Sides): This is the key feature. It means that there is a key cylinder on both the exterior and interior sides of the gate. This allows you to:
- Lock the gate from either the inside or the outside using a key.
- Unlock the gate from either the inside or the outside using a key.
- Convenience: You don't have to walk around the gate to unlock it if you're on the "wrong" side.
- Security: It provides a consistent level of security from both directions, preventing unauthorized access whether someone is trying to get in from the outside or out from the inside (if that's a concern).
- Accessibility: It can be crucial for pedestrian gates that serve as primary entry points, offering easy access for residents or authorized personnel from either side.
- Deadbolt Hook Locks: These use a hook-shaped bolt that engages with a strike plate on the gate post.
- Mortise Locks: These are installed within a pocket cut into the gate frame, offering a clean, flush appearance and good security.
- Rim Locks: These are surface-mounted on the gate, making them easier to install.
- Latches with an external access kit: Some general-purpose gate latches can be converted to be two-sided key-lockable with an additional kit.
Pedestrian gate electric lock with remote control
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Pedestrian gate electric lock with remote control
* Two remote controls included *DC 12 V pedestrian gate electric lock with a remote control is a security system that allows you to lock and unlock a walk-through gate using an electrical mechanism, typically activated by a remote control. This provides convenience and enhanced security, as you don't need a physical key to open the gate. Here's a breakdown of what it entails: How it Works:- Electric Lock Mechanism: Instead of a traditional manual deadbolt or latch, an electric lock uses an electrical impulse to control a bolt or latch. This impulse can come from a control board connected to various access control devices.
- Remote Control Activation: A key component is the remote control, which sends a wireless signal (radio frequency) to a receiver connected to the lock's control system. When the signal is received and recognized, the lock is instructed to engage (lock) or disengage (unlock).
- Integration with Gate Systems: These locks are often integrated with automatic gate openers or access control systems. When the gate closes, the lock can automatically engage, and when a remote signal is given, it disengages to allow the gate to open.
- Power Source: Electric locks require a power source, typically low voltage (e.g., 12V DC). Many systems include a battery backup to ensure continued operation during power outages.
- Solenoid Locks: These use an electromagnet to extend or retract a bolt, securing or releasing the gate.
- Electromagnetic Locks (Mag Locks): These consist of an electromagnet mounted on the gate frame and a metal strike plate on the gate itself. When power is applied, the electromagnet creates a powerful magnetic force that holds the gate shut. Removing power releases the lock.
- Electric Strikes: These replace the standard strike plate on the gate frame. They contain a solenoid that, when activated, pivots or retracts to release the gate's latch. They are often combined with a traditional keyed doorknob or lever.
- Remote Operation: The primary benefit, allowing you to open or close the gate from a distance.
- Automatic Operation: Many models automatically lock when the gate closes, improving security.
- Fail-Safe vs. Fail-Secure:
- Fail-Secure: The lock remains locked when power is lost. This is common for high-security applications where you want the gate to stay secure even during a power outage.
- Fail-Safe: The lock unlocks when power is lost. This might be preferred for safety reasons, ensuring an exit path in an emergency.
- Holding Force: This indicates the strength of the lock in resisting forced entry, measured in pounds (lbs).
- Compatibility: Ensure the electric lock is compatible with your specific gate type (wood, metal, swing, etc.) and any existing or planned access control systems (keypads, intercoms, smart home systems).
- Manual Override: Many electric locks include a manual release key or mechanism for use in case of power failure or remote control malfunction.
- Durability and Weather Resistance: Given that they are outdoors, look for locks built with durable, weather-resistant materials.
- Integration with Other Access Control: Beyond remote controls, these locks can often be integrated with:
- Keypads (for code entry)
- Intercom systems (audio/video communication and remote release)
- Smartphone apps (for remote monitoring and control)
- Biometric readers (fingerprint, face scan)
Magnetic lock
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Magnetic lock
*Capacity: 180 Kg *DC 12 V A magnetic lock, also known as an electromagnetic lock or maglock, is a locking device that uses the principles of electromagnetism to secure a door. Unlike traditional mechanical locks, it has no moving parts. How It Works A magnetic lock consists of two main components:- Electromagnet: This is typically mounted on the door frame. It contains a coil of wire wrapped around a ferromagnetic core.
- Armature Plate: This is a steel plate mounted on the door itself, designed to align with the electromagnet.
- High Security: Magnetic locks can provide a very strong holding force, making them difficult to force open. They are also virtually unpickable, as there are no keyholes or cylinders.
- Durability and Low Maintenance: With no moving parts, magnetic locks experience less wear and tear than traditional locks, leading to greater longevity and reduced maintenance needs.
- Quick Operation: They unlock instantly when power is cut, allowing for quick release, which is beneficial in high-traffic areas or emergencies.
- Remote Operation and Access Control Integration: Magnetic locks can be easily integrated into electronic access control systems, allowing for remote operation, key card/fob access, biometric scanning, and detailed access logging.
- Versatility: They can be installed on various door types, including glass, wood, and metal, and are suitable for both swinging and sliding doors.
- Ease of Installation: Compared to some other electric locks, maglocks can be relatively straightforward to install.
- Constant Power Requirement: Magnetic locks need a continuous power supply to remain locked. This means they are dependent on electricity, and a power outage will result in the door unlocking (fail-safe).
- Cost: While the initial cost of the lock itself might be comparable, the overall installation can be more expensive due to the need for electrical wiring, power supplies, and integration with other security systems.
- Additional Hardware for Safety: To comply with building codes and ensure safe egress, magnetic locks often require additional hardware such as push-to-exit buttons, motion sensors, or panic bars.
- Maintenance of Backup Systems: If battery backups are used to mitigate power outages, these batteries require regular checking and replacement.
Telescopic sliding gate hardware
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Telescopic sliding gate hardware
Telescopic sliding gate hardware refers to the specialized components and kits used to construct and operate a telescopic sliding gate system. Unlike a traditional single-leaf sliding gate, a telescopic gate consists of multiple gate leaves (typically two or three) that slide and overlap each other as they open, significantly reducing the amount of "run-off" space required for the gate to retract. This makes them ideal for properties with limited lateral space. Here's a breakdown of the key hardware components and how they work: How a Telescopic Sliding Gate Works: The core principle behind a telescopic gate is the synchronized movement of its multiple leaves. This is typically achieved through a cable and pulley system or a geared track system.- Cable and Pulley System: This is a common method. When the primary gate leaf (the one directly driven by a motor or moved manually) begins to open, a series of cables and pulleys pull the secondary and tertiary leaves along parallel tracks. The cables are strategically routed so that each subsequent leaf moves at a faster rate, allowing them to stack neatly behind the primary leaf when fully open.
- Geared Track System: Some advanced systems use a geared track where a pinion on one gate leaf engages with a rack on the next, driving it along.
- Gate Leaves: These are the individual sections of the gate. They are designed to slide smoothly past each other.
- Tracks:
- Ground Tracks: Parallel tracks are installed on the ground for each gate leaf to slide on.
- Upper Guide Profile/Track: A top guide system is crucial for stability and smooth movement, preventing the gate leaves from wobbling or derailing.
- Wheels: Each gate leaf has wheels (often V-groove or round groove) that run along the ground tracks. These are typically heavy-duty to support the weight of the gate.
- Pulley System/Transmission Unit: This is the heart of the telescopic mechanism. It includes:
- Pulleys: Used to route and guide the steel cables.
- Steel Cables: Connect the gate leaves, ensuring synchronized movement.
- Cable Covers/Casings: Protect the cables and provide a neat appearance.
- Adjustable Pulley Systems/Tensioners: Allow for precise adjustment of cable tension to ensure smooth operation and prevent stretching over time.
- Connection Brackets/Couplers: Connect the cables to the gate leaves.
- Guide Brackets/Rollers: These are installed at the top of the gate or on a support post to keep the gate leaves aligned and stable as they move. They often feature nylon rollers to reduce friction and noise.
- Gate Stops and Receivers: To define the fully open and closed positions and secure the gate when closed.
- Gear Rack (for automated gates): If the gate is automated, a gear rack will be installed on the primary gate leaf, which engages with a pinion on the gate motor.
- Gate Motor (for automated systems): A powerful sliding gate motor is required, often a low-voltage DC motor with advanced electronics to handle the varying speeds and loads of the multiple leaves. A speed reduction gearbox may also be incorporated for safety.
- Space-Saving: The primary advantage, as they require significantly less run-off space than single-leaf sliding gates.
- Wider Opening: Allows for a wider clear opening in situations where space limitations would otherwise restrict it.
- Faster Operation: Can often open and close more quickly than a single, very large sliding gate.
- Aesthetics: Can be a more visually appealing solution for properties with limited space.
- Complexity: More complex to design and install than a standard sliding gate due to the synchronized movement.
- Maintenance: Requires regular lubrication and checking of the cable and pulley system to ensure smooth and reliable operation.
- Weight Distribution: Proper engineering is crucial to distribute the weight of multiple gate leaves evenly and ensure stability.
Support Roller
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Support Roller
*Steel adjustable L-bracket included *6-1/4” Length x 2-5/8” Width (Heavy-duty bolts, nuts, 2 x rollers, and washers are included)Support Roller for sliding gates are essential components that ensure smooth, stable, and reliable gate operation.
They guide the gate along its track, preventing it from tipping or falling off and ensuring it opens and closes with minimal friction and noise.
Function:
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Guidance:Support rollers are typically mounted on the gate posts and guide the gate along its track as it opens and closes.
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Stability:They keep the gate upright and prevent it from swaying or falling out of alignment, especially in windy conditions or with heavier gates.
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Smooth Operation:By minimizing friction, they allow the gate to slide easily and quietly, enhancing the user experience.
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Durability:They are designed to withstand the wear and tear of regular use and exposure to the elements.
Types:
- Nylon Rollers: Often used due to their durability, smooth operation, and resistance to corrosion.
- Rubber Rollers: While cheaper, they may leave marks on the gate and wear out faster.
- V-Groove Wheels: Suitable for specific track types and known for their longevity.
Installation:
- Positioning: Support rollers are typically installed on the gate posts, positioned to guide the gate along its track.
- Spacing: A gap of 5-10mm is usually recommended between rollers to allow for some movement and prevent them from doing all the work, especially if the gate is not perfectly balanced.
- Fixation: They are usually secured with bolts or by welding them to the post.
Maintenance:
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Lubrication:Applying a silicone-based lubricant to the support rollers and other moving parts can help maintain smooth operation and reduce noise.
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Regular Inspection:Inspecting rollers for wear and tear or damage is recommended to ensure continued reliable performance.
Keypad – K180SC103
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Keypad - K180SC103
*EM/ID card/tag reader *Shock resistance *Anti-vandal Metal shell *Backlight *1000 Users *DC 12 V *IP 67 *Doorbell *Rain Shield Cover included The Keypad - K180SC103 is an access control keypad typically used for security systems, gate openers, or door entry systems. 🔑 It's designed to allow access by entering a digital code. Here's what we know about it: Functionality:- Code-Based Access: The primary function is to grant access when a correct digital code is entered.
- Security System Integration: It's likely part of a larger access control system, where it sends signals to a control panel or hub to manage entry.
- Applications: Commonly found in residential or commercial settings for controlling gates, garage doors, and electronic door locks.
- Relay Output: It features a relay output with a maximum contact of 15A/120VAC & 10A/30VDC, offering two modes: toggle click and self-hold. This allows it to control various devices, including lights, automatic feeders, and water pumps.
- Weatherproof (IP44): This rating suggests it can withstand certain outdoor conditions, making it suitable for gate or outdoor door applications.
- Timer Function: In self-hold mode, you can set a timer to adjust the working time of the connected device.
- Dimensions: Approximately 24 × 18 × 12 cm.
- Weight: Around 0.8 kg.
