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Door closer -DCL061

$63.00

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Door closer -DCL061

The “Door closer -DCL061” appears to refer to a specific model of door closer, primarily offered by Royal Electronics Technology Center Co.

Based on the information found, here’s what we know about it:

  • Type: DCL061 is a mechanical door closer.
  • Capacity: Door closer -DCL061 has a capacity of 45 Kg, indicating it’s suitable for doors up to that weight.
  • Dimensions: Door closer -DCL061 dimensions are 25 × 9 × 9 cm.
  • Purpose: Like all door closers, it’s designed to automatically close a door in a controlled manner after it has been opened. This serves various purposes, including:
    • Security: Ensuring doors are not left open inadvertently.
    • Fire Safety: Crucial for fire doors to prevent the spread of fire and smoke.
    • Energy Efficiency: Helping to maintain indoor temperatures by ensuring doors close properly.
    • Accessibility and Safety: Preventing doors from slamming, reducing the risk of injury, and allowing controlled passage for individuals with limited mobility.
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Description

Door closer -DCL061

Capacity: 45 Kg

A door closer -DCL061 is a mechanical device that automatically closes a door after it has been opened. Door closer designed to control the speed and force of the door’s closing action, preventing it from slamming and ensuring it latches properly.

Door closers are commonly used on fire doors, security doors, and in various commercial and residential settings for safety, security, and energy efficiency. 

Key Functions and Benefits of Door Closer:
    • Controlled Closing:

      Door closers regulate the speed at which a door closes, preventing slamming and potential damage to the door, frame, or surrounding hardware. 

  • Enhanced Security:

    By ensuring doors are properly closed and latched, door closers improve security by preventing unauthorized entry and keeping spaces secure. 

  • Fire Safety:

    Door closers are crucial for fire doors, as they ensure the door closes completely and latches, preventing the spread of fire and smoke. 

  • Accessibility:

    Some door closers are designed to meet ADA requirements for opening force and closing speed, making them suitable for various users. 

  • Energy Efficiency:

    By ensuring doors close properly, door closers help to reduce drafts and prevent air leakage, contributing to energy savings. 

Types of Door Closers:
  • Overhead Door Closers:

    These are the most common type and are typically surface-mounted on the top of the door. They can be further categorized into scissor arm and slide arm models. 

  • Concealed Door Closers:

    These are installed within the door or frame, offering a more discreet look. 

  • Floor Springs:
    These are often used for double-action doors where an overhead closer is not suitable. 
Additional information
Weight 1.5 kg
Dimensions 25 × 9 × 9 cm
Model

DCL061
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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:
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    • Unlock the gate from either the inside or the outside using a key.
Why is this beneficial for a pedestrian gate?
  • 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.
Types of locks that can be two-sided keyed for gates often include:
  • 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.
When choosing such a lock, important considerations include the gate material (wood, vinyl, metal), weather resistance, ease of installation, and the level of security required.
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Pedestrian gate manual lock (One side key)

A "pedestrian gate manual lock (one side key)" refers to a type of locking mechanism for a gate that is operated manually and requires a key to unlock it from one side, while the other side allows for easy exit without a key. Here's a breakdown of its key features:
  • Manual Operation: This lock doesn't rely on electricity or automation. You physically use your hand to engage or disengage the locking mechanism.
  • One-Sided Key Access: The defining characteristic is that a physical key is needed to unlock the gate from one specific side (usually the exterior or entry side).
  • Easy Exit (Thumb-Turn, Latch, or Push Pad): On the interior or exit side, there's typically a simple mechanism like a thumb-turn, lever, push pad, or a basic latch that allows for quick and easy opening without needing a key. This is often a safety feature, especially for emergency exits.
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In essence, it's a practical and straightforward locking solution for gates where you want to control who comes in, but allow anyone inside to easily get out.
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Door Strike Lock

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An 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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    Electric strikes are installed in the door frame, taking the place of the standard strike plate. 
  • Remote Release:
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  • Fail-Safe or Fail-Secure:
    Electric strikes can be configured in either a fail-safe or fail-secure mode. 
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    • 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:
  • Electric vs. Magnetic Locks:
    Unlike magnetic locks, which use powerful magnets to hold the door closed, electric strikes release the latch mechanism. 
  • Remote Access:
    Electric strikes offer remote access control, allowing doors to be unlocked without manual intervention. 
  • Versatility:
    They can be used with various locking mechanisms, including cylindrical, mortise, and rim exit devices. 
Common Applications:
  • Access Control:
    Electric strikes are a core component of access control systems in commercial and residential settings. 
  • Security:
    They provide a higher level of security compared to standard locks, especially when used with fail-secure configurations. 
  • Safety:
    In fail-safe configurations, they ensure safe egress during emergencies. 
  • Specific Areas:
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Pedestrian gate hinges are designed to allow a gate intended for pedestrian use to swing open and closed, connecting the gate to its post or frame.
These hinges are crucial for the smooth operation and secure closure of the gate, ensuring proper alignment and functionality. They can be surface-mounted, bolt-on, or weld-on, and may include features like spring-assist or adjustable tension for self-closing. 
Here's a more detailed breakdown:
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A gate drop ground latch, also known as a cane bolt or drop rod, is a mechanism used to secure a gate in the open or closed position by inserting a rod into the ground.
It's typically used for double gates to keep one side stationary while the other is latched. It helps prevent gates from moving in the wind and adds extra security. 
Here's a more detailed explanation:
How it works:
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  • Versatility:
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  • Areas with challenging terrain, such as those with gravel surfaces.
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Cantilever sliding gate track

A cantilever sliding gate track with aluminum material is a specific type of gate system designed for smooth, overhead operation without needing a track embedded in the ground. Here's a breakdown: Understanding Cantilever Gates First: Traditional sliding gates often have wheels that roll on a track set into the driveway or ground. Cantilever gates are different. They "cantilever" or hang over the opening, supported by a set of rollers or carriages mounted on posts outside the gate opening. The gate itself has a longer "tail" section that acts as a counterbalance, allowing the main gate panel to span the opening without touching the ground. Key Components of a Cantilever System:
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  • Tail Section: An extended portion of the gate that balances the main panel and runs through the support posts.
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  • Guide Rollers/Posts: Additional rollers or posts that keep the gate upright and guide its movement at the top.
  • Receiver Post: Where the gate latches or receives when fully closed.
What "Aluminum Material" Means for the Track: When the cantilever sliding gate track is made with aluminum, it offers several significant advantages:
  1. Lightweight: Aluminum is much lighter than steel, which reduces the overall weight of the gate. This makes it easier for the gate operator (motor) to move the gate, potentially extending the operator's lifespan and reducing energy consumption.
  2. Corrosion Resistance: Aluminum naturally forms a protective oxide layer, making it highly resistant to rust and corrosion. This is a major benefit, especially in areas with high humidity, rain, or salt, like coastal regions or places with harsh winters (relevant for Surrey, BC). Steel tracks often need galvanization or regular painting to prevent rust.
  3. Durability: Despite being lightweight, aluminum alloys (like 6061-T6 or 6005-T5, commonly used in gates) are very strong and durable, capable of handling significant loads and regular use.
  4. Low Maintenance: Due to its corrosion resistance, aluminum tracks require very little maintenance in terms of rust prevention. General cleaning to remove debris is still recommended.
  5. Aesthetics: Aluminum can be finished in various ways, including powder coating in different colors, or left with a natural mill finish. This allows for greater design flexibility to match the property's aesthetics.
  6. Ease of Fabrication and Installation: Aluminum is easier to cut, drill, and weld than steel, which can sometimes simplify the manufacturing and installation process. Many aluminum cantilever gate systems are modular or "knock-down," meaning they can be assembled on-site, which is beneficial for large or tall gates that are difficult to transport.
Benefits of Aluminum Cantilever Gates (with aluminum tracks) in General:
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    • No accumulation of debris (leaves, dirt, snow, ice) that can obstruct the gate's movement.
    • Smoother operation, even on uneven driveways.
    • Reduced wear and tear on the gate's wheels/rollers, as they are enclosed within the track.
    • No tripping hazard from a ground track.
  • High Security: Cantilever gates are generally more secure than swing gates as they are harder to force open.
  • Space Saving: They slide parallel to the fence line, requiring less clear space than swing gates.
  • Good for High Traffic: Their robust design and often lower maintenance make them suitable for frequent use.
In the context of Surrey, British Columbia, Canada: Given the climate with rain and potential for snow/ice, an aluminum cantilever gate track is a highly practical choice. Its corrosion resistance means it will stand up well to the elements and require less seasonal maintenance compared to a steel track that might rust or accumulate ice in its channel. Companies like Royal Gates (based in Metro Vancouver, which includes Surrey) would likely offer and install aluminum cantilever gate systems due to these benefits.  
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Sliding gate operator gear rack -SLGR2
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Sliding gate operator gear rack -SLGR2

The Sliding Gate Operator Gear Rack SLGR2 is a specific type of toothed bar used in conjunction with a sliding gate operator (motor) to convert its rotational power into the linear motion needed to open and close a sliding gate. Let's break down what SLGR2 likely refers to and its characteristics: Function of a Gear Rack:
  • Linear Motion: The Sliding Gate Operator Gear Rack SLGR2 is essentially a straight "rack" of teeth that meshes with a small circular gear called a pinion, which is attached to the shaft of the sliding gate operator's motor.
  • Power Transmission: As the pinion spins, its teeth engage with the teeth of the gear rack, pushing or pulling the gate horizontally along its track. This is how the motor physically moves the gate.
Key Features of the SLGR2 Gear Rack: Based on the search results, particularly from Royal Gate (which operates in Surrey, BC):
  • Length: The Sliding Gate Operator Gear Rack SLGR2 is specified as being 340 mm (millimetres) in length. This is a relatively short segment. Sliding gates often require multiple sections of gear rack to be joined together to span the entire length of the gate, as most gates are much longer than 340mm.
  • Mounting Holes: It has "2 Holes". These holes are pre-drilled for easy attachment to the bottom frame of the sliding gate using screws or bolts.
  • Material: While the exact material for this specific SLGR2 is not explicitly stated in all listings, gear racks are commonly made from:
    • Steel (most common): Offers high strength, durability, and resistance to wear, making it suitable for heavy gates and high-traffic applications. Often galvanized or treated for corrosion resistance.
    • Nylon with a Steel Core: A popular alternative. The nylon exterior provides quieter operation and good corrosion resistance, while the internal steel core offers the necessary strength and stability for the gate's weight and movement. This is a good balance of properties.
    • Less commonly, other plastics or stainless steel are used for specific applications.
  • "Module": While not explicitly stated for SLGR2, gear racks (and their mating pinions) adhere to a "module" standard (e.g., Module 2, Module 4). The module defines the size of the teeth and the spacing between them, ensuring that the gear rack properly meshes with the pinion gear of the specific sliding gate operator it's intended for. The SLGR2 would have a specific module that matches the operators sold by Royal Gate.
Where you'd use it: The Sliding Gate Operator Gear Rack SLGR2 is used in conjunction with gear rack sliding gate operators. These are the most common type of automatic opener for sliding gates, where the gate itself has wheels that run on a ground track (as opposed to cantilever gates). In the context of Vancouver, BC: If you are looking for parts for a sliding gate operator system in Canada, Royal Gate is a local supplier that specifically lists the SLGR2 gear rack. This means it's a standard replacement part or component they offer for their range of sliding gate operators. When purchasing, it's crucial to ensure the SLGR2 (or any gear rack) is compatible with the "module" of your existing gate operator's pinion gear for proper meshing and operation.
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Gate drop ground latch
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Gate drop ground latch

A gate drop ground latch, also known as a cane bolt or drop rod, is a hardware mechanism used to secure a gate in either the open or closed position by inserting a rod into the ground.
It's commonly used for single or double gates, including wooden fences, metal gates, and even barn doors, to provide extra stability and prevent unwanted movement. 
Here's a more detailed explanation:
How it works:
  • The latch typically consists of a rod (the "drop rod" or "cane bolt") and a bracket or receiver that is mounted on the gate. 
  • When the gate is in the desired position (open or closed), the rod is manually lowered through the bracket and into a hole or receiver in the ground. 
  • This creates a secure hold, preventing the gate from swinging or being moved by wind or other forces. 
  • Some designs include a bracket or keeper to hold the rod in the raised (open) position when not in use. 
Common uses:
  • Securing single or double gates: The drop ground latch can be used on both types of gates to keep them firmly in place.
  • Providing stability in windy conditions: It helps prevent gates from being blown open or closed by the wind.
  • Securing gates in the open position: It can be used to hold a gate open, preventing it from accidentally closing.
  • Reinforcing gate security: It adds an extra layer of security, making it more difficult to force the gate open.
  • Suitable for various materials: Can be used with wood, metal, and other gate materials. 
Benefits:
  • Enhanced security: Prevents gates from being moved by wind or other forces.
  • Increased stability: Helps keep gates aligned and prevents sagging.
  • Versatile application: Can be used on a variety of gates and in different environments.
  • Easy to operate: Simple manual operation to engage and disengage the latch.
  • Relatively easy to install: Usually requires drilling holes for mounting the brackets.
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Telescopic sliding gate hardware
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Telescopic sliding gate hardware

$392.25

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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.
Key Hardware Components:
  1. Gate Leaves: These are the individual sections of the gate. They are designed to slide smoothly past each other.
  2. 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.
  3. 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.
  4. 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.
  5. 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.
  6. Gate Stops and Receivers: To define the fully open and closed positions and secure the gate when closed.
  7. 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.
  8. 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.
Advantages of Telescopic Sliding Gates:
  • 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.
Considerations:
  • 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.
In essence, telescopic sliding gate hardware provides the mechanical framework and control mechanisms to create a highly efficient and space-saving gate solution.
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