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FRI-14851-P0L
14851 76 X 51 X 2Mm P.S.S. Ball Bearing Door Hinge Grade 7 Ce Marked
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14851 76 X 51 X 2Mm P.S.S. Ball Bearing Door Hinge Grade 7 Ce Marked
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Delivery Information
| Delivery Time Frame | Delivery Information |
| Next Working Day By 1PM | When an order is placed by 3pm for next working day on certain items |
| Standard Delivery | Usually delivered in 2 to 4 working days |
| Delivery Charges | |
| UK Mainland | Prices start at £3.95 for very small items, £6.50 for small, £9.50 for medium and £20 for large/long items |
| Scottish Highlands & Islands, Northern Ireland & Ireland | Prices from £30, please see our delivery page for more info. |
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£4.80
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£4.00
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Description
14851 76 X 51 X 2Mm P.S.S. Ball Bearing Door Hinge Grade 7 Ce Marked
When selecting architectural hardware for your property, the importance of reliable motion control cannot be overstated. The 14851 76 X 51 X 2Mm P.S.S. Ball Bearing Door Hinge Grade 7 Ce Marked represents a pinnacle of engineering precision, designed to facilitate smooth operation while ensuring the structural integrity of your internal timber doors. By choosing high quality components like this, you are investing in the long term functionality and safety of your building environment.
This hardware is crafted from premium polished stainless steel, a material renowned for its exceptional resistance to corrosion and environmental degradation. The sleek, reflective finish provides a sophisticated aesthetic that complements contemporary interior design schemes while maintaining the robust durability required for daily use. Whether you are outfitting a residential home or a professional commercial space, this model offers the perfect balance of form and function.
Mechanical Physics and Load Distribution
The core of this hardware relies on advanced mechanical physics to manage the forces exerted by a door leaf. When a door is in motion, it generates torque at the hinge pivot point, which can lead to sagging or misalignment if the hardware is not sufficiently rigid. This component is specifically engineered to distribute these physical forces evenly across the knuckle assembly.
The ball bearing mechanism serves as a critical friction reduction system. By allowing the two halves of the hinge to rotate with minimal resistance, it prevents the grinding wear that typically plagues standard hinges. This reduction in friction ensures that the door remains perfectly aligned within the frame, effectively preventing the common issue of door drag or binding against the floor. The 2mm gauge of the stainless steel provides the necessary structural stiffness to resist bending under load, ensuring that the door maintains its verticality throughout its lifespan.
Operational Workflow and Installation Precision
Integrating this component into your door assembly is a straightforward process that rewards careful attention to detail. The installation sequence begins with the precise measurement of the leaf and frame, ensuring that the hinge leaves are recessed perfectly flush with the timber surface. By maintaining this flush alignment, you ensure that the gap between the door and the frame is consistent, which is essential for both aesthetic appeal and acoustic performance.
- Begin by marking the desired hinge positions on the door edge and the corresponding frame jamb to ensure perfect alignment.
- Use a sharp chisel to remove the timber material, creating a shallow recess that matches the 2mm thickness of the hinge leaf exactly.
- Place the hinge into the recess and secure it using the provided pilot holes, ensuring that the screws are driven straight to avoid splitting the timber.
- Test the swing of the door to verify that it moves freely without resistance or binding in the frame.
- Check that the ball bearing mechanism is properly lubricated to guarantee a silent and smooth operational experience for the user.
Ergonomic Health and Safety Compliance
In modern building management, safety compliance is a non negotiable requirement. This hardware is fully certified, meeting the rigorous standards of BS EN 1935 Grade 7 and BS EN 1634 fire testing for 30 minute timber doors. By incorporating this equipment, you are proactively enhancing the safety of your environment, as the hinge is designed to withstand the heat and pressure fluctuations associated with fire scenarios.
From an ergonomic perspective, a smooth operating door reduces the physical effort required for daily access. For occupants, particularly in high traffic areas, the ease of opening a door that moves effortlessly on ball bearings significantly reduces repetitive strain and physical fatigue. Furthermore, the reliability of this product ensures that fire doors remain functional and capable of closing correctly, which is a fundamental aspect of life safety in any professional facility.
Commercial ROI and Long Term Value
Investing in premium architectural hardware is a strategic decision that pays dividends over time. By reducing the frequency of maintenance, repairs, or full replacements, this hinge delivers tangible cost savings and protects your overall property assets from unnecessary wear.
The business case for high quality ironmongery is rooted in the concept of total cost of ownership. While cheaper alternatives may appear economical at the initial point of purchase, they often fail under the stresses of daily operation, leading to increased administrative overheads and maintenance scheduling. Choosing this CE marked component provides peace of mind that your infrastructure is built to last.
Beyond the immediate financial benefits, the consistent performance of this model helps maintain the professional appearance of your building. A door that hangs straight and operates without noise or resistance speaks volumes about the quality of the property. This attention to detail is often noticed by clients, visitors, and staff, reinforcing the value of your brand and your commitment to excellence.
Detailed Technical Specifications
The following table provides the technical parameters for this specific hardware configuration, ensuring you have all the necessary data for your project planning.
| Feature | Specification |
|---|---|
| Material | Polished Stainless Steel |
| Grade | BS EN 1935 Grade 7 |
| Certification | CE 2812, UKCA 1121, Certifire CF336 |
| Fire Rating | FD30 Minute Timber Doors |
| Dimensions | 76mm x 51mm x 2mm |
| Bearing Type | Ball Bearing |
| Load Capacity | 40kg Total Door Mass |
We encourage you to verify your specific door weight and application requirements before finalising your purchase. This equipment is engineered to perform reliably within the specified 40kg load limit. By adhering to these technical guidelines, you ensure that your installation remains compliant with safety regulations and operates at peak efficiency for years to come.
If you require further assistance with selecting the right hardware for your specific timber door application, please reach out to our team. We are dedicated to helping you find the perfect solutions for your building projects, ensuring that every detail contributes to a safe, durable, and aesthetically pleasing environment.
Specification
| Manufacturer | Eclipse |
|---|---|
| Finish | Polished Stainless Steel |
| Dimensions | 76 x 51 x 2 |
| Hinge Type | Butt Hinge |
| Security Standards | Grade 7 |
| Certifire Approved | No |
| CE Marked | Yes |