| Lieu d'origine: | Chine |
|---|---|
| Nom de marque: | Zion communication OR OEM |
| Certification: | ISO, CE, RoHS, UL |
| Numéro de modèle: | Armoire de support réseau |
| Quantité de commande min: | 1 000 PCs |
| Détails d'emballage: | 1 sac de PC/Plastic, PCS/Carton |
| Délai de livraison: | Normalement 10 jours de travail |
| Conditions de paiement: | T/T, L/C |
| Capacité d'approvisionnement: | 30 000 PCS/mois |
| Modèle: | Armoire de support réseau | Bnad: | Communication de Sion |
|---|---|---|---|
| Couleur: | Noir, Gris | Capacité de chargement: | 60 kg |
| Mettre en évidence: | Swing Frame Access Wall Cabinet,Double-Section Design Network Rack Cabinet,180° Glass Front Door Double Section Cabinet |
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The ZWS-A Double Section Wall Cabinet is a double-section 19-inch wall-mounted enclosure designed for network, telecom, and security equipment in space-limited environments, with a swing-frame structure that improves rear access for installation and maintenance.
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The ZWS-A Double Section Wall Cabinet is a 19-inch wall-mounted enclosure built for network, telecom, and security equipment in space-limited indoor environments. Unlike a basic single-section cabinet, it uses a double-section structure with an inner swing frame that improves rear access during installation, cable work, and later maintenance.
For engineering teams, the main reason to select this cabinet is not only enclosure protection. The real value is the service access logic. When rear cable routing or equipment-side access matters, a swing-frame wall cabinet can reduce maintenance difficulty and make dense wall-mounted deployments more manageable.
Many wall-mounted projects fail not because the cabinet is too small, but because rear access was ignored during planning. A double-section swing-frame design is often chosen to solve that exact service problem.
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The ZWS-A is designed for projects that need more than basic front-door access. Its swing-frame layout helps field teams work more efficiently in wall-mounted environments where rear cable and device access would otherwise be difficult.
| Feature | What It Means | Project Benefit |
|---|---|---|
| Welded Steel Structure | Stable and durable cabinet construction | Improves rigidity and structural reliability |
| Double-Section Design | Inner swing frame compatible with 19-inch equipment | Makes rear-side installation and maintenance easier |
| 180° Glass Front Door | Wide-opening front access | Improves front-side servicing and inspection |
| Removable Side Panels | Convenient access with optional lock | Adds flexibility for installation and maintenance |
| Swing Frame Access | Rear section swings over 90° | Simplifies cable and equipment access in tight spaces |
| Top & Bottom Cable Entry | Knock-out design for flexible routing | Adapts to different field cable directions |
| Adjustable Mounting Rails | L-shaped profiles for depth adjustment | Improves fit for installed equipment |
| Fan-Ready Top Panel | Supports active ventilation | Useful for enclosed active equipment |
| Accessory Compatible | Supports shelves, cable organizers, and cooling modules | Improves project flexibility and customization |
| Item | Specification |
|---|---|
| Rack Standard | 19-inch |
| Frame Material | SPCC high-quality cold rolled steel |
| Mounting Profile Thickness | 1.2 mm |
| Other Parts Thickness | 1.0 mm |
| Surface Treatment | Degreasing → Pickling → Phosphating → Powder Coating |
| Static Loading Capacity | Up to 30 kg |
| Protection Level | IP20 |
| Front Door | 180° glass front door, with different door options shown in structure diagram |
| Swing Frame | Rear section swings over 90° |
| Cable Entry | Top and bottom cable entry, knock-out design |
| Ventilation | Fan-ready top panel |
| Standards Compliance | ANSI/EIA RS-310-D, IEC 60297-2, DIN 41497 Part 1, DIN 41494 Part 7, GB/T 3047.2-92 |
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The ZWS-A uses a steel-based double-section architecture that includes a rear box, cabinet body, side panels, mounting profile, and front door arrangement. The structure is designed to combine wall-mount stability with easier maintenance access through the swing-frame concept.
| Component | Qty | Material / Spec | Surface Finish | Notes |
|---|---|---|---|---|
| Mounting Plate | 4 pcs | 0.8 mm cold rolled steel | Powder coated | — |
| Rear Door | 1 pc | 1.2 mm cold rolled steel | Powder coated | With lock |
| Frame | 1 pc | 1.2 mm cold rolled steel | Powder coated | Main cabinet frame |
| Inner Swing Frame Door | 1 pc | 1.2 mm cold rolled steel | Powder coated | Supports double-section access logic |
| Side Panel | 2 pcs | 0.8 mm cold rolled steel | Powder coated | Removable |
| Mounting Rail | 4 pcs | 1.2 mm cold rolled steel | Powder coated | Adjustable L-shaped profile |
| Lock / Screws / Nuts / Wrench | Included set | Project hardware | — | Assembly and servicing support |
Choose a double-section cabinet when rear cable access will matter throughout the life of the installation, not just on the first day of mounting.
The ZWS-A is best suited to indoor projects where equipment concentration is moderate, wall-mount installation is preferred, and rear-side access improves maintenance efficiency. It is especially useful in space-limited environments where traditional rack access is more difficult.
| Application Scenario | Why ZWS-A Fits | What to Verify Before Approval |
|---|---|---|
| Network edge equipment point | Swing-frame rear access helps cable handling and maintenance | Wall clearance for opening swing section |
| Telecom distribution site | Good fit where rear cable work is frequent | Cable direction, depth, service interval |
| Security / CCTV installation | Organized enclosure with better servicing access than fixed wall cabinets | Heat load, front door choice, accessory need |
| Space-limited indoor room | Wall-mounted format saves floor area while improving rear access | Opening radius, aisle clearance, maintenance workflow |
| Light-duty managed equipment point | Provides controlled enclosure for lighter loads with service-friendly structure | Total load, thermal planning, future changes |
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The key engineering question is not just “Do I need a wall cabinet?” It is “Do I need rear access after installation?” If the answer is yes, a double-section swing-frame design may be the more maintainable choice.
| Decision Point | Choose ZWS-A When | Do Not Choose It When | Alternative Direction | Cost / Risk / Maintainability Impact |
|---|---|---|---|---|
| Access pattern | Rear-side cable or equipment access will be needed after installation | Front-only access is sufficient for the full project lifecycle | Use a single-section wall cabinet | Correct swing-frame selection reduces future labor and rework |
| Load level | Total installed load remains within 30 kg static capacity | The installation requires higher load tolerance | Select a heavier-duty wall or floor cabinet | Ignoring load limits creates safety and reliability risk |
| Environment | The site is indoor and IP20 is acceptable | Outdoor or higher ingress protection is required | Use higher-protection enclosure options | Wrong environment choice raises failure risk |
| Swing clearance | There is enough wall-side clearance for over-90° rear swing access | The site is too constrained to open the swing frame properly | Use a different cabinet format or rethink wall position | Without opening space, the main advantage of the product is lost |
| Depth and cable routing | Equipment depth and cable routing match 550 mm or 600 mm depth options | Installed devices exceed usable space or bend allowance | Move to deeper or different enclosure type | Depth mistakes delay installation and complicate service |
| Thermal behavior | Heat load is moderate and fan-ready support is adequate | Enclosed active devices need stronger thermal strategy | Add cooling modules or use a more ventilation-oriented enclosure | Better thermal planning improves equipment stability |
Choose ZWS-A when rear access is a real maintenance need, the installed load stays under 30 kg, and the site has enough opening clearance for the swing frame.
A correct ZWS-A choice depends on maintenance workflow as much as on cabinet size. In procurement, teams often compare dimensions first, but the real deciding factors are swing access, load level, service space, and cable-management needs.
| Selection Factor | Question to Ask | Recommendation |
|---|---|---|
| Rear access need | Will technicians need access to rear cabling or equipment sides after installation? | If yes, double-section design is often the better choice |
| Load | Does the full installed load remain within 30 kg? | Check complete equipment weight, not only rack device weight |
| Depth | Will 550 mm or 600 mm depth fit actual equipment and cable allowance? | Measure device body plus connector and bend space |
| Swing clearance | Is there enough space to open the swing frame over 90°? | Verify wall location and nearby obstacles before order release |
| Accessories | Will shelves, cable organizers, or cooling modules be needed? | Include full accessory set in the RFQ |
| Door option | Should the project use glass, steel, or perforated front door style? | Match visibility and airflow needs during the quotation stage |
| Part No. | Height (U) | Width (mm) | Depth (mm) | Cabinet Height (mm) |
|---|---|---|---|---|
| ZWS-A06-655 | 6U | 600 | 550 | 370 |
| ZWS-A09-655 | 9U | 600 | 550 | 503.3 |
| ZWS-A12-655 | 12U | 600 | 550 | 636.7 |
| ZWS-A15-655 | 15U | 600 | 550 | 770 |
| ZWS-A18-655 | 18U | 600 | 550 | 903.4 |
| ZWS-A06-660 | 6U | 600 | 600 | 370 |
| ZWS-A09-660 | 9U | 600 | 600 | 503.3 |
| ZWS-A12-660 | 12U | 600 | 600 | 636.7 |
| ZWS-A15-660 | 15U | 600 | 600 | 770 |
| ZWS-A18-660 | 18U | 600 | 600 | 903.4 |
The ZWS-A series is available from 6U to 18U, with 600 mm width and either 550 mm or 600 mm depth. This allows teams to choose a configuration based on both rack-unit requirement and real cable/service depth.
Its main advantage is rear access. The inner swing frame allows technicians to reach cabling and equipment more easily after installation.
No. The stated static loading capacity is up to 30 kg, so it is intended for lighter-duty indoor applications.
Choose it when rear cable access, equipment-side service, or frequent maintenance makes a swing-frame structure more practical than a fixed cabinet body.
Yes. The structure diagram shows different front door options, including glass, steel, and perforated steel door styles depending on project needs.
Check wall strength, side opening clearance for the swing frame, front servicing space, and cable-entry direction before fixing the cabinet position.
The cabinet supports shelves, cable organizers, and cooling modules, which can be selected according to the project’s device and maintenance requirements.
The ZWS-A Double Section Wall Cabinet is a practical solution for indoor network, telecom, and security deployments where rear access matters as much as enclosure protection. Its double-section swing-frame structure makes maintenance easier in spaces where standard fixed wall cabinets can become inconvenient after installation.
For the best project result, define the cabinet not only by rack unit size, but also by total load, real device depth, swing clearance, and maintenance workflow. When these factors are aligned early, ZWS-A becomes an efficient and service-friendly wall-mount enclosure choice.