Two-Port 80 × 80 mm FTP Frame Faceplate for Reliable Structured Cabling

Introduction

Modern communication networks depend on more than high-performance cables and active equipment. The quality of the connection point between a horizontal cable, a user device, and a structured cabling outlet has a direct effect on installation efficiency, appearance, serviceability, and long-term reliability. A properly designed faceplate provides the physical interface that protects modules, organizes ports, supports identification, and creates a professional finish at the wall. For this reason, a faceplate should be selected as a functional component of the complete cabling system rather than as a simple decorative cover.

The SMT-4316-80F-2P two-port faceplate with an 80 × 80 mm FTP frame is designed for copper and fiber structured cabling applications that require a compact, adaptable, and durable wall outlet. It is suitable for universal 80-type exposed or recessed back boxes and can accommodate up to two information or telephone modules using the Amp interface. Its embedded face-frame design, spring-type dust-proof doors, identification provisions, engineering-grade ABS construction, and flexible installation format make it a practical choice for commercial buildings, residential projects, offices, smart-home systems, automation installations, and other network environments.

In addition to its product features, the manufacturing capability behind this faceplate supports consistent quality and flexible supply. A mature research and development process, experienced technical personnel, multiple injection-molding lines, automatic assembly equipment, and established testing procedures help provide stable production for both standard orders and customized projects. These strengths are important to system integrators, distributors, contractors, original equipment manufacturers, and structured cabling brands that require dependable components over repeated project deliveries.

Product Overview

The two-port faceplate is a wall-mounted outlet designed to provide a clean termination point for communication modules. Its 80 × 80 mm FTP frame is compatible with common 80-type exposed or recessed back boxes, helping installers work with widely used wall-box formats. The faceplate can support up to two connectors, which allows one outlet to serve multiple communication requirements while maintaining a neat and organized appearance.

The product is universal for information and telephone modules using the Amp interface. This compatibility gives system designers more flexibility when selecting modules for voice, data, and related low-voltage applications. Depending on the project design, the two positions can be fitted with suitable communication modules without changing the entire wall outlet assembly.

Two standard M3.5/M4 bolts are provided for installation. The use of standard fasteners simplifies installation and allows the faceplate to be secured to the compatible back box without requiring unusual tools or proprietary mounting hardware. This is especially useful for contractors working on large projects, where installation speed and component consistency affect overall labor costs.

Item	Specification or Feature
Product type	Two-port wall-mounted faceplate
Model	SMT-4316-80F-2P
Frame format	80 × 80 mm FTP frame
Compatible boxes	Universal 80-type exposed or recessed back boxes
Module interface	Amp interface for information and telephone modules
Maximum connector capacity	Two connectors
Fasteners	Two M3.5/M4 bolts
Material	High-quality ABS engineering plastic
Operating temperature range	-25°C to +70°C
Environmental compliance	Designed to meet RoHS requirements
Installation style	Embedded face frame with concealed surface screws

Compared with basic wall plates that provide only a flat opening, this product combines the structural function of a faceplate with practical port protection and management features. It is designed to support a more orderly cabling installation, reduce exposure of unused connection points, and provide a professional appearance after the outlet is mounted.

SMT-4316-80F-2P 2 Ports Faceplate With 80*80mm FTP Frame

Embedded Face-Frame Design

One of the most important design characteristics is the embedded face frame. After installation, the faceplate presents a smooth surface without visible screws on the front. This creates a cleaner appearance in offices, hotels, residences, classrooms, medical facilities, and other areas where visible mounting hardware may reduce the quality of the interior finish.

The concealed-screw structure also contributes to practical maintenance. The faceplate can be installed and disassembled efficiently when a module needs to be replaced, inspected, or upgraded. Service personnel can access the relevant components without damaging the visible front surface or disturbing more of the wall installation than necessary.

For network contractors, an embedded frame can reduce the time required to achieve a neat result. Traditional covers with exposed fasteners may require additional alignment and cosmetic adjustment, particularly when several outlets are installed in a row. A concealed mounting arrangement helps create visual consistency across multiple workstations and rooms.

The embedded structure is also valuable for projects with strict interior-design requirements. Hotels, offices, retail spaces, apartments, and public facilities often require communication outlets to blend with walls and furniture. A compact 80 × 80 mm format provides a balanced appearance while retaining sufficient space for two communication modules.

Two-Port Capacity and System Flexibility

The two-port layout is suited to applications that require more than one communication service at a wall location. A typical installation may use one port for a network data connection and another for a telephone, secondary data, control, or other compatible low-voltage service. The precise combination depends on the selected module and the project specification.

Supporting two connectors within one faceplate can reduce the number of separate wall outlets required. This may improve room organization and help keep cable terminations close to the equipment or workstation they serve. In offices, for example, a single two-port outlet can support a computer and telephone connection. In residential applications, it can provide a structured point for home networking and another communication service.

The Amp interface provides a familiar modular format for information and telephone modules. This gives distributors and installers a broader range of compatible module choices than a faceplate designed for only one fixed connector type. It also makes future changes easier because the wall plate can remain in place while the module configuration is updated.

Flexibility is particularly important in structured cabling projects because the needs of a building can change over time. A room initially planned for voice service may later require additional data capacity. A modular two-port outlet allows the system to adapt with less disruption than a fixed, single-purpose outlet.

Spring-Type Dust-Proof Doors

Each port is equipped with a spring-type dust-proof door. The door helps limit the entry of dust and other airborne particles when a connector is not in use. This is a useful feature in offices, workshops, educational facilities, warehouses, and residential environments where outlets may be exposed to normal indoor dust or occasional contact.

The spring mechanism allows the door to return to its protective position after a connector is removed. This reduces the need for users or maintenance personnel to manually close a separate cover. The automatic return function also supports a consistent appearance across multiple unused ports.

A dust-proof door cannot replace proper environmental control or correct installation practices, but it adds a useful layer of protection to the faceplate. Keeping unused openings covered may help limit contamination around the module area and reduce the likelihood that loose particles will accumulate inside the outlet over an extended service period.

The door is integrated into the front design so that protection does not come at the expense of appearance. It helps the two-port outlet maintain a professional finish whether both ports are occupied, only one port is in use, or the modules are temporarily disconnected during maintenance.

Identification and Port Management

Clear identification is an essential part of structured cabling management. The faceplate includes a logo window on the front that can be used for port identification. This enables installers or facility managers to mark outlets according to room number, workstation number, service type, patch-panel reference, or another project-specific naming system.

The product is also equipped with a detachable logo plate. A removable identification plate supports practical port management because labels can be changed when the layout or service assignment changes. This is more convenient than permanently printing information on the faceplate or applying labels directly to the wall.

In large buildings, effective labeling reduces troubleshooting time. A technician can identify the relevant outlet more quickly when each port has a clear reference. Accurate labeling also helps prevent accidental disconnection of an active service and supports documentation during network expansion or relocation.

The identification area can be used in combination with a structured cabling record. For example, a facility may assign each outlet a room code and port number, then record the corresponding patch-panel position and switch port. This simple practice improves asset management and makes future maintenance more systematic.

For contractors, the logo window may also support project branding or customer-specific labeling, subject to the agreed packaging and customization requirements. The product information specifies customer-designated packaging as a possible use mark, allowing the supply arrangement to be adapted to project or distribution needs.

ABS Engineering Plastic Construction

The faceplate is manufactured using high-quality ABS engineering plastic. ABS is widely used for communication accessories because it offers a balanced combination of strength, impact resistance, dimensional stability, appearance, and processing suitability. In a wall outlet, these properties are important because the component may be handled repeatedly during installation, module insertion, maintenance, and cleaning.

The material is designed to resist collision and impact and is not easily deformed under normal service conditions. This helps the faceplate maintain proper alignment with the back box and installed modules. Dimensional stability is particularly important for modular components because even a small deformation can affect the fit of a connector, the operation of a dust-proof door, or the appearance of the finished outlet.

ABS engineering plastic also supports efficient injection molding. A controlled molding process can produce repeatable details such as mounting features, port openings, frame edges, and identification windows. Consistent molding is essential when products are installed in large quantities and need to present the same fit and finish throughout a building.

The material selection also supports a professional surface appearance. The faceplate can be produced with clean edges and a smooth visible surface, helping it integrate with interior walls and other network accessories. This is an advantage over low-quality covers that may show uneven edges, excessive flash, warping, or inconsistent color.

Material performance should always be considered together with the installation environment. The product is intended for suitable indoor structured cabling applications within its specified temperature range. Correct storage, handling, and installation remain important for achieving the expected service performance.

Temperature and Environmental Performance

The stated operating temperature range is -25°C to +70°C. This broad range allows the faceplate to serve in many indoor and semi-controlled environments, including offices, homes, equipment rooms, communication cabinets, commercial facilities, and selected industrial or automation areas.

Temperature resistance is important because wall cavities and equipment spaces may experience conditions different from occupied rooms. Seasonal changes, heating systems, ventilation patterns, and proximity to equipment can influence local temperature. A component designed for a broad range provides additional application confidence when environmental conditions vary.

The product is also designed to meet RoHS requirements. Restriction of hazardous substances is an important consideration for buyers that manage international supply chains, environmental compliance programs, or project specifications requiring compliant materials. RoHS-oriented product design supports responsible procurement and helps simplify qualification for customers operating in regulated markets.

Environmental compliance should be verified according to the applicable project documents and purchasing requirements. In addition to material compliance, customers should consider the installation location, cleaning chemicals, humidity, mechanical exposure, and other site conditions before approving a component for a particular project.

Installation Advantages

The faceplate is designed for universal 80-type exposed or recessed back boxes. This compatibility helps reduce the need for special wall preparation and allows installers to use common box arrangements already specified for many structured cabling projects.

Before installation, the technician should confirm that the back box is correctly positioned, securely fixed, and suitable for the selected modules. The communication cable should be routed and terminated according to the requirements of the installed module. The module can then be placed into the faceplate, followed by alignment of the face frame with the back box.

The standard M3.5/M4 bolts provide a straightforward securing method. The installer should tighten the fasteners evenly and avoid excessive force, which could damage the plastic frame or distort the assembly. A correctly aligned faceplate should sit flat against the wall, with the port openings and dust-proof doors operating freely.

Because the screws are not visible on the finished surface, the installation process can produce a clean result without requiring decorative caps or additional finishing accessories. The faceplate can also be removed when required for service, provided that the module and cable terminations are handled carefully.

For multiple-outlet installations, contractors should establish a consistent orientation and labeling method before beginning work. Aligning all outlets at the same height and using a standardized identification format can significantly improve the appearance and maintainability of the completed system.

Installation efficiency is one of the product’s practical advantages over basic faceplates that require separate protective covers, nonstandard fasteners, or complicated assembly steps. A modular design with an integrated dust-proof door and labeling area reduces the number of separate components that must be managed on site.

Applications in Structured Cabling

The faceplate is suitable for a wide range of structured cabling applications. In commercial offices, it can provide organized work-area outlets for computers, telephones, printers, wireless access equipment, and other network-connected devices. The two-port arrangement supports flexible workstation planning while keeping the wall surface neat.

In residential projects, the faceplate can be used for home network outlets, telephone connections, study rooms, entertainment areas, and smart-home installations. Its compact format fits common interior layouts and allows communication services to be presented in a familiar wall-mounted form.

Hotels and serviced apartments can use two-port outlets to support guest-room communication services, data connections, and building-management interfaces. The identification window can help maintenance teams manage rooms and service points more efficiently.

Educational facilities, libraries, and training centers often require multiple communication outlets in classrooms and study areas. A durable faceplate with protective port doors can help maintain an orderly appearance in locations where outlets may experience frequent use.

In automation and light industrial environments, the faceplate may be used in suitable indoor control or communication areas. The ABS construction and broad temperature range provide useful mechanical and environmental characteristics, although the final application should always be evaluated against site-specific exposure conditions.

For system integrators, the faceplate provides a practical interface between the permanent cabling infrastructure and the end-user equipment. It can be combined with compatible modules, patch panels, cabinets, cable-management products, and other components to create a complete structured cabling solution.

Advantages Compared with Basic Competitive Alternatives

Faceplates in the same general market category may appear similar, but differences in design and manufacturing quality can influence the total value of a project. The two-port 80 × 80 mm faceplate provides several advantages compared with basic alternatives that offer only a simple plastic cover and one or more open module positions.

First, the embedded face-frame design hides the mounting screws from view. This gives the finished installation a cleaner appearance than products with exposed fasteners. It is particularly beneficial in professional interior spaces where visual consistency is part of the project requirement.

Second, the spring-type dust-proof doors provide integrated protection for unused ports. Some low-cost alternatives leave module openings exposed or require separate covers that can be lost during installation. An integrated return-spring door is easier to manage and provides a consistent appearance during daily use.

Third, the front logo window and detachable logo plate support organized port identification. Products without a dedicated labeling area may require adhesive labels placed on the surface, which can become unclear, detached, or difficult to replace. A dedicated identification area is better suited to structured cabling administration.

Fourth, the two-port Amp-interface format offers flexibility for information and telephone modules. Fixed-function outlets may limit future changes, while a modular faceplate can accommodate different service requirements within the supported interface system.

Fifth, the use of high-quality ABS engineering plastic improves resistance to collision, impact, and deformation compared with poorly molded or lower-grade plastic products. Consistent material and molding quality help preserve the fit and appearance of the outlet over time.

Finally, the product is supported by a manufacturer with design, development, production, testing, and customization capabilities. This can be a significant advantage for buyers that need stable repeat supply, project-specific packaging, OEM or ODM cooperation, or technical communication during product selection.

Evaluation Point	Two-Port 80 × 80 mm Faceplate	Common Basic Alternative
Visible mounting hardware	Embedded design helps conceal front screws	May leave screws visible
Port protection	Integrated spring-type dust-proof doors	May use open ports or separate covers
Identification	Front logo window and detachable logo plate	May require surface labels
Module flexibility	Supports up to two compatible Amp-interface modules	May be limited to a fixed connector format
Material performance	High-quality ABS engineering plastic	Quality varies by material and molding process
Installation compatibility	Universal 80-type exposed or recessed back boxes	May require a specific box or adapter
Project support	Suitable for standard, customized, OEM, and ODM requirements	May offer limited customization

These advantages should be considered as part of the total installation value rather than only the unit purchase price. A component that installs faster, requires fewer accessories, provides clearer identification, and maintains a better appearance can reduce labor and maintenance costs over the life of the project.

Manufacturing and Quality Strengths

The manufacturer behind the product integrates design, development, sales, and service. This combination enables product requirements to be communicated across the complete supply chain rather than being separated between unrelated design and production organizations.

A mature research and development system supports quality at the design source. This is especially important for molded communication accessories because the product’s performance depends on the relationship between material selection, tooling, dimensions, mechanical features, assembly, and installation compatibility.

The company has more than ten engineers and over thirty full-time technical personnel. A technically experienced team can support product updates, drawing review, module compatibility evaluation, process improvement, and customer-specific development. For buyers with detailed specifications, this kind of technical support can make product qualification more efficient.

The factory operates ten regular and customization production lines. This production structure helps support both standard products and project-specific requirements. Standard lines can maintain regular supply for commonly ordered components, while customization capability can address packaging, labeling, appearance, or other approved requirements.

The manufacturing facility includes ten fully automatic injection-molding machines and twenty semi-automatic injection-molding machines. This equipment base supports stable production of plastic components and provides flexibility for different tooling, material, and volume requirements. Injection molding quality depends on many factors, including mold condition, temperature control, pressure settings, cooling, material preparation, and inspection discipline.

The factory also operates eight types of automatic installation machines. Automated or semi-automated assembly can improve repeatability and reduce variation caused by manual handling. For products containing integrated doors, labels, frames, or other small components, controlled assembly is important for maintaining consistent operation and appearance.

The reported annual output exceeds nine million units. This production capacity is relevant to distributors and large project purchasers that need reliable delivery across multiple batches. Capacity alone does not guarantee quality, but when combined with technical personnel, process control, and performance testing, it provides a strong foundation for stable supply.

Product testing is used to meet comprehensive customer requirements. Testing and inspection may cover dimensions, appearance, fit, assembly, mechanical operation, material requirements, and packaging conditions according to the applicable product and project specifications. A structured testing approach helps detect problems before products are shipped to the customer.

The company serves markets in Europe, Australia, Africa, the Middle East, and Southeast Asia. Experience with international customers can support communication about documentation, packaging, quality expectations, export requirements, and project schedules. The company also undertakes OEM and ODM projects, making it suitable for customers that require products under their own specifications or market identity.

Production Process Considerations

The quality of a molded faceplate begins with product design and tooling. The dimensions of the 80 × 80 mm frame, the position of the module openings, the mounting points, and the alignment of the identification features must be coordinated before mass production begins. Proper design reduces the possibility of interference between the faceplate, back box, module, and wall surface.

During injection molding, the ABS material must be processed under controlled conditions. Temperature, injection speed, holding pressure, cooling time, and mold maintenance can influence the final part. Stable process parameters help reduce warping, sink marks, short shots, flash, and surface defects.

After molding, components may undergo visual and dimensional inspection. The frame should maintain its intended shape, the port openings should be clean, and the mounting features should remain properly positioned. Particular attention should be given to the areas that affect module installation and the operation of the spring-type dust-proof doors.

Assembly requires accurate placement of the protective doors, identification components, and other associated parts. Automated installation equipment can improve consistency, while technical personnel can verify process performance and make adjustments when necessary.

Final inspection and packaging protect the product during transport and storage. The product is placed in a special blister bag and then packed in a cardboard box together with its accessories. A label indicating the product model and quantity is placed on the upper-left area of the front of the carton. This arrangement supports product identification during warehousing and distribution.

Regular packing is specified as ten boxes per carton, twenty units per box, and two hundred units per carton. Customers should confirm the final packing arrangement for each order, particularly when customer-designated packaging or customized labeling is required.

Packaging, Storage, and Handling

Packaging is an important part of product quality because faceplates can be scratched, contaminated, or deformed if they are not protected during transport. The special blister bag helps separate the product from other items and provides a protective layer around the visible surface. The cardboard box provides additional protection for grouped units and accessories.

The packaged products should be stored in a warehouse with an ambient temperature of -5°C to +30°C and relative humidity of no more than 70 percent. The surrounding air should be free from acid, alkali, and other corrosive gases. These conditions help preserve the plastic material, packaging, identification surfaces, and associated components.

The stated storage period is three years when the recommended storage conditions are maintained. Products should remain in their original packaging until they are ready for installation. Warehouse personnel should avoid heavy stacking that could compress the boxes or place excessive force on the faceplates.

During handling, cartons should be moved carefully and protected from impact, water, excessive heat, and corrosive substances. If packaging has been damaged, the affected products should be inspected before being distributed to an installation site.

Good warehouse management also includes first-in, first-out rotation, clear model identification, and separation of standard and customized packaging. These practices reduce the possibility of mixing product variants or sending an incorrect model to a project.

Use in Copper and Fiber Structured Cabling Systems

The product belongs to the accessory category used in copper and fiber structured cabling environments. In copper systems, the faceplate may support information and telephone modules used for data and voice services. In fiber-related installations, the faceplate can be part of a broader structured outlet strategy when the selected modular interface and system design are compatible with the required fiber components.

The faceplate itself is a passive mechanical component. It does not determine the transmission performance of the installed cable or module. However, it contributes to the physical organization, protection, labeling, and maintainability of the communication outlet. A well-designed mechanical interface helps the active and passive network components function as part of an orderly system.

For copper installations, the faceplate should be combined with modules appropriate to the cable category and application. The installer should follow the module manufacturer’s termination instructions, maintain cable bend-radius requirements, avoid excessive untwisting, and verify the completed channel or permanent link using suitable test equipment.

For fiber applications, the selected module and connector arrangement should be reviewed for compatibility with the faceplate, back box, bend-radius requirements, adapter type, and access space. Fiber systems require careful handling to prevent contamination, excessive bending, or damage to the optical connection.

In both copper and fiber systems, labeling is essential. The faceplate’s identification area can help connect the physical outlet to drawings, test records, patch-panel references, and network documentation. This is particularly valuable when a building contains a large number of similar outlets.

Recommended Project Selection Criteria

When selecting a faceplate for a project, buyers should first confirm the back-box format. The two-port product is intended for universal 80-type exposed or recessed back boxes. Confirming this point early prevents compatibility issues during installation.

Next, the required module interface should be reviewed. The product supports information and telephone modules using the Amp interface, with a maximum capacity of two connectors. Customers should verify that the selected modules match the intended service and fit correctly within the faceplate.

The project should also define environmental conditions. The stated temperature range is -25°C to +70°C, and storage requirements include controlled temperature, humidity, and protection from corrosive gases. If the product will be installed outdoors or in an unusually harsh environment, additional evaluation may be required.

Appearance and identification requirements should be considered before ordering. The embedded frame, dust-proof doors, logo window, and detachable logo plate make the product suitable for projects that require a professional finish and organized port management. Customer-specific labels or packaging should be discussed before production.

Finally, purchasers should evaluate supply capability. For a large project, the ability to provide stable quantities, consistent quality, technical support, and repeat orders may be more valuable than a small difference in initial unit price. A manufacturer with both standard and customization production lines can provide greater flexibility as project requirements evolve.

Maintenance and Service Guidance

Routine maintenance is simple when the faceplate is installed correctly. The visible surface can be cleaned with a soft, dry, or slightly damp cloth suitable for the material. Abrasive cleaners, sharp tools, and aggressive chemicals should be avoided because they may damage the surface or identification area.

The spring-type dust-proof doors should be checked if a port becomes difficult to open or close. Dust or foreign material should be removed carefully without forcing the door. If a module must be replaced, the faceplate should be handled by its structural areas rather than by pulling on the cable or connector.

Labels should be kept accurate and legible. When a room assignment, service type, or patch-panel connection changes, the detachable logo plate can be updated according to the project’s labeling procedure. Clear records should be maintained so that physical labels and network documentation remain consistent.

During periodic inspections, technicians can check that the faceplate remains firmly secured, that no cracks or deformation are present, and that all installed modules sit correctly. Any damaged faceplate should be replaced rather than repaired with unsuitable adhesives or improvised parts.

Frequently Asked Questions

What is the main purpose of this product?

The product provides a wall-mounted termination point for up to two compatible information or telephone modules. It helps protect the connection area, organize ports, support labeling, and create a clean interface between structured cabling and end-user equipment.

What type of back box is required?

The faceplate is designed for universal 80-type exposed or recessed back boxes. The installer should confirm the dimensions and mounting arrangement of the existing back box before installation.

How many connectors can be installed?

Up to two connectors can be installed in the faceplate. The exact connector type depends on the compatible Amp-interface modules selected for the project.

Are mounting screws visible after installation?

The embedded face-frame design is intended to conceal the screws from the visible front surface. This provides a cleaner and more finished appearance than a faceplate with exposed mounting hardware.

What is the function of the spring-type dust-proof door?

The door helps protect unused port openings from dust and automatically returns toward its protective position after a connector is removed. It also helps maintain a consistent appearance across the installation.

Can the port identification be changed?

Yes. The product includes a logo window and a detachable logo plate. These features allow labels or identification information to be updated when port assignments or room layouts change.

What material is used for the faceplate?

The faceplate is made from high-quality ABS engineering plastic. The material is selected for its impact resistance, collision resistance, processing stability, and resistance to deformation under normal service conditions.

What temperature range is specified?

The stated environmental temperature range is -25°C to +70°C. Customers should evaluate the complete installation environment and confirm that the application remains within the product and project requirements.

Does the product meet environmental requirements?

The product is designed to meet RoHS requirements. Project purchasers should confirm the applicable compliance documentation when it is required for a specific market or contract.

Is customization available?

The manufacturing organization operates standard and customization production lines and undertakes OEM and ODM projects. Customer-specific packaging, labels, or other approved requirements should be discussed during the quotation and technical confirmation process.

How is the product packaged?

The product is placed in a special blister bag and then packed in a cardboard box with its accessories. Carton labels identify the product model and quantity. The regular packing arrangement should be confirmed for each order.

How should the product be stored?

Products should be stored in a warehouse with an ambient temperature of -5°C to +30°C, relative humidity no greater than 70 percent, and no acid, alkali, or other corrosive gases in the surrounding air. Products should remain protected in their original packaging until installation.

Can the faceplate be used for both copper and fiber projects?

The faceplate is a structured cabling accessory suitable for systems using compatible modules. It is commonly relevant to copper information and telephone outlets, while fiber applications require careful confirmation of module, adapter, bend-radius, and space compatibility.

What makes the product suitable for large projects?

Its standardized 80 × 80 mm format, two-port capacity, concealed mounting, labeling provisions, protective doors, ABS construction, and compatibility with common back boxes support consistent installation. The manufacturer’s production lines, molding equipment, technical team, testing capability, and international supply experience also support larger orders.

Conclusion

The SMT-4316-80F-2P two-port faceplate with an 80 × 80 mm FTP frame is a practical component for organized and professional structured cabling installations. Its compatibility with universal 80-type exposed or recessed back boxes, support for up to two Amp-interface modules, standard M3.5/M4 fasteners, and embedded face-frame design make it straightforward to specify and install.

The product offers more than a basic wall cover. Spring-type dust-proof doors help protect unused ports, a front logo window and detachable logo plate support port management, and high-quality ABS engineering plastic provides resistance to collision, impact, and deformation. The -25°C to +70°C temperature range and RoHS-oriented design further support a wide range of suitable applications.

Its competitive value is strengthened by the manufacturing capabilities behind it. Engineering personnel, research and development resources, injection-molding equipment, automatic assembly machines, standard production lines, customization lines, and performance testing provide a foundation for consistent quality and dependable supply. These capabilities are important for customers seeking not only a single product but also a stable long-term partner for structured cabling components.

For offices, residential buildings, hotels, educational facilities, automation environments, and other networked spaces, a well-designed faceplate improves the physical organization and serviceability of the cabling system. By combining a clean appearance, modular flexibility, protection, identification, and manufacturing support, this two-port faceplate is positioned as a reliable choice for modern communication infrastructure.

References

1. Product specification information for the two-port 80 × 80 mm FTP frame faceplate, including interface, material, installation, environmental, and packaging requirements.

2. Structured cabling design principles for work-area outlets, modular communication interfaces, labeling, and physical infrastructure management.

3. General engineering guidance for ABS injection-molded components used in communication and electrical accessory applications.

4. RoHS-oriented material and environmental compliance principles for electronic and communication infrastructure products.

5. General installation and maintenance practices for copper and fiber structured cabling systems.

Product: SMT-4316-80F-2P 2 Ports Faceplate With 80*80mm FTP Frame