| Nguồn gốc: | Trung Quốc |
|---|---|
| Hàng hiệu: | Zion communication OR OEM |
| Chứng nhận: | ISO, CE, RoHS, UL |
| Số mô hình: | Tủ kệ mạng |
| Số lượng đặt hàng tối thiểu: | 1.000 chiếc |
| chi tiết đóng gói: | 1 CÁI/Túi nhựa, CÁI/Thùng |
| Thời gian giao hàng: | Thông thường 10 ngày làm việc |
| Điều khoản thanh toán: | T/T, L/C |
| Khả năng cung cấp: | 30.000 chiếc / tháng |
| Người mẫu: | Tủ kệ mạng | Bnad: | truyền thông Zion |
|---|---|---|---|
| Màu sắc: | Đen, Xám | Khả năng tải: | 60kg |
| Làm nổi bật: | 60kg Loading Capacity Wall Cabinet,180° Glass Front Door Network Rack Cabinet,Adjustable Mounting Rails 19-inch Enclosure |
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The ZM-B Single Section Wall Cabinet is a compact 19-inch wall-mounted enclosure designed for small network nodes, CCTV systems, telecom distribution points, access switches, and edge devices where controlled access, clean routing, and practical maintenance matter.
Add product front view, open structure view, door option image, or installed project photo here.
Suitable for installation demo, factory video, door-style comparison, or ventilation upgrade explanation.
The ZM-B Single Section Wall Cabinet is positioned as a compact 19-inch enclosure for small and medium edge-side infrastructure. It is intended for indoor deployments such as small network nodes, CCTV systems, telecom distribution points, and access switch locations where an organized wall-mounted cabinet is more practical than a full floor-standing rack.
Compared with more basic enclosure choices, this series emphasizes a reinforced steel frame structure, standard 19-inch compatibility, practical front access, adjustable mounting rails, and flexible cable-entry options. That makes it useful for engineering teams that need a controlled enclosure without oversizing the project.
The right wall cabinet is not chosen by rack unit alone. Real project fit depends on device depth, door type, service access, cable direction, thermal behavior, and whether the wall structure can safely support the installed load.
The ZM-B cabinet is built for real installation and maintenance conditions. Its structure and access design aim to reduce friction during equipment mounting, cable organization, inspection, and future servicing.
| Feature | What It Means | Project Benefit |
|---|---|---|
| Steel Frame Structure | Single-section cabinet with reinforced profile design | Improves rigidity and long-term structural confidence |
| 19″ Standard Compatible | Suitable for standard network and telecom equipment | Reduces equipment compatibility uncertainty |
| 180° Glass Front Door | Wide front opening for installation and maintenance | Makes inspection and patching easier |
| Bolted Side Panels | Simple side access and servicing | Useful for maintenance in tighter spaces |
| Top & Bottom Cable Entry | Knock-out or cover plate options | Improves adaptability to site routing direction |
| Adjustable Mounting Rails | L-shaped profiles for depth adjustment | Helps match real equipment fitment |
| Fan-Ready Top Panel | Supports ventilation upgrade | Useful when internal heat needs active control |
| Wall-Mount Design | Back panel for secure wall fixing | Saves floor space and suits distributed edge locations |
| 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 60 kg |
| Protection Level | IP20 |
| Front Door | 180° glass front door as standard concept, with various front door options available |
| Cable Entry | Top and bottom cable entry, knock-out or cover plate options |
| 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 |
| Color Options | RAL 9004, RAL 7035, other color optional |
The ZM-B uses a steel-based single-section structure with separate back plate, hanging bracket, mounting plate, top and bottom panels, side panels, and front door assembly. This layout supports practical wall mounting, depth adjustment, and door-style flexibility for different project needs.
| Component | Qty | Material / Spec | Surface Finish | Notes |
|---|---|---|---|---|
| Back Plate | 1 pcs | 0.8 mm cold rolled steel | Powder coated | — |
| Hanging Bracket | 1 pcs | 1.2 mm cold rolled steel | Powder coated | With lock |
| Mounting Plate | 2 pcs | 0.8 mm cold rolled steel | Powder coated | — |
| Top Panel | 1 pc | 1.0 mm cold rolled steel | Powder coated | Fan-ready |
| Side Panel | 2 pcs | 0.8 mm cold rolled steel | Powder coated | Bolted structure |
| Frame | 1 pc | 1.2 mm cold rolled steel | Powder coated | Reinforced profile design |
| Mounting Rail | 4 sets | 1.2 mm cold rolled steel | Powder coated | L-shaped, adjustable |
| Bottom Panel | 1 pc | 1.0 mm cold rolled steel | Powder coated | Cable entry support |
| Front Door | 1 pc | 1.0 mm cold rolled steel / alternate styles | Powder coated | Glass, steel, or perforated type options |
| Lock / Screws / Nuts / Wrench | Included set | Project hardware | — | Assembly and service support |
The ZM-B is best suited to indoor sites where equipment concentration is moderate, footprint is limited, and an organized enclosure is still needed for security and service control. It is particularly useful for distributed edge deployments rather than central equipment-room builds.
| Application Scenario | Why ZM-B Fits | What to Verify Before Approval |
|---|---|---|
| Small network node | Wall-mounted 19-inch cabinet with practical service access | Device depth, cable route, wall support |
| CCTV system point | Can house switch, recorder, and accessories in one enclosure | Ventilation, door option, access frequency |
| Telecom distribution point | Supports organized indoor telecom edge deployment | Cable entry method, grounding practice, future additions |
| Branch office access layer | Good fit where a floor cabinet would be oversized | Shelf requirement, power layout, maintenance clearance |
| Indoor communication point | Provides a controlled enclosure without using floor area | Environmental limit, service access, installation quality |
For engineering and procurement teams, the fastest correct decision is to validate wall-mounted fit, load level, indoor suitability, depth match, and required door/accessory configuration before approving the cabinet.
| Decision Point | Choose ZM-B When | Do Not Choose It When | Alternative Direction | Cost / Risk / Maintainability Impact |
|---|---|---|---|---|
| Installation type | A wall-mounted 19-inch enclosure is required | The site needs floor-standing growth space or central-room capacity | Use a floor-standing cabinet | Wall cabinets reduce footprint and often lower project cost |
| Load level | Equipment load remains within 60 kg static capacity | Heavier equipment or stronger structural reserve is required | Select a higher-load rack/cabinet platform | Wrong load planning creates safety and long-term reliability risk |
| Environment | The site is indoor and IP20 is acceptable | Outdoor or higher ingress protection is needed | Use higher-protection enclosure solutions | Wrong environment selection increases failure and maintenance risk |
| Depth suitability | 450 mm, 600 mm, or 800 mm options fit real device size and cable allowance | Equipment body plus connectors exceed usable depth | Move to deeper cabinet or different structure | Depth mismatch commonly causes installation delay |
| Door style | Glass, steel, or perforated front options align with site needs | Airflow, visibility, or security requirements are not yet clear | Clarify door logic before RFQ release | Wrong door choice affects maintenance and thermal behavior |
| Maintenance access | Bolted side panels and front access suit the service plan | The site demands larger internal working area or unusual access pattern | Use a cabinet with more service clearance | Better access logic lowers field labor and rework |
If the project is indoor, wall-mounted, light-duty, depth-matched, and has a clearly defined door/accessory plan, ZM-B is usually a practical and low-risk choice.
A correct ZM-B selection should be based on actual deployment constraints rather than nominal rack size alone. In B2B purchasing, small configuration assumptions often turn into installation problems later, especially around depth, door style, and accessory planning.
| Selection Factor | Question to Ask | Recommendation |
|---|---|---|
| U height | How many rack units are needed today and after expansion? | Add spare space instead of sizing only to current devices |
| Depth | What is the deepest installed device including connectors and cable bend allowance? | Check usable internal space, not cabinet label only |
| Door style | Does the site need visibility, airflow, or solid-door protection? | Match glass, steel, or perforated door to actual operating need |
| Cable routing | Will entry be from top, bottom, or both? | Confirm knock-out or cover-plate logic before installation planning |
| Accessories | Will fixed shelf, cantilever shelf, brush, or L-shaped rail be included? | Bundle accessories in the original BOM |
| Delivery planning | Are there custom colors, door options, or non-standard accessory combinations? | Freeze the final configuration before production scheduling |
| Concern | Main Risk | Control Action | Why It Helps |
|---|---|---|---|
| Depth mismatch | Installed devices do not fit with cable allowance | Measure device body plus connector exit space | Reduces rework and site delay |
| Wrong door choice | Poor airflow or unsuitable front access | Match door type to environment and maintenance pattern | Improves thermal and service performance |
| Accessory omission | Shelf or cable support missing on site | Confirm full accessory list during quotation | Prevents fitment gaps and schedule disruption |
| Wall fixing quality | Structural safety problem after installation | Verify wall substrate and mounting method in advance | Improves safety and long-term reliability |
| Thermal behavior | Heat accumulation in enclosed equipment space | Plan fan support and select door style accordingly | Extends equipment stability and service life |
| Model No. | Height (U) | Width (mm) | Depth (mm) |
|---|---|---|---|
| ZMB-6404 | 4U | 600 | 450 |
| ZMB-6406 | 6U | 600 | 450 |
| ZMB-6409 | 9U | 600 | 450 |
| ZMB-6412 | 12U | 600 | 450 |
| ZMB-6415 | 15U | 600 | 450 |
| ZMB-6418 | 18U | 600 | 450 |
| ZMB-6422 | 22U | 600 | 450 |
| ZMB-6427 | 27U | 600 | 450 |
| ZMB-6815 | 15U | 600 | 800 |
| Model No. | Height (U) | Width (mm) | Depth (mm) |
|---|---|---|---|
| ZMB-6404 | 4U | 600 | 600 |
| ZMB-6406 | 6U | 600 | 600 |
| ZMB-6409 | 9U | 600 | 600 |
| ZMB-6412 | 12U | 600 | 600 |
| ZMB-6415 | 15U | 600 | 600 |
| ZMB-6418 | 18U | 600 | 600 |
| ZMB-6422 | 22U | 600 | 600 |
| ZMB-6427 | 27U | 600 | 600 |
| ZMB-6818 | 18U | 600 | 800 |
It is designed for small network nodes, CCTV systems, telecom distribution points, access switches, and other light-duty 19-inch edge devices.
No. The stated protection level is IP20, so it is intended for indoor deployment.
The structure diagram indicates different front door choices, including glass, steel, and perforated steel door styles depending on visibility, airflow, and project requirements.
Start with the deepest installed device, then add space for connectors, cable bend allowance, and maintenance clearance. Depth should be confirmed from the real device layout, not from cabinet naming alone.
Optional items include fixed shelf, various front door options, decorative strip for glass side, cable entry brush, smoked glass panel, cantilever shelf, and L-shaped mounting rail.
Confirm model number, U height, depth, door style, accessory list, wall condition, quantity, color, and whether the thermal and maintenance plan matches the cabinet configuration.
The ZM-B Single Section Wall Cabinet is a practical indoor wall-mounted solution for compact 19-inch network, CCTV, and telecom edge deployments. It stands out through its reinforced steel frame structure, adjustable rail design, door-style flexibility, and accessory adaptability rather than through unnecessary oversized capacity.
For the best project outcome, define the cabinet by real site conditions: wall installation, usable depth, thermal needs, service pattern, and front-door logic. When those conditions are aligned early, ZM-B becomes a cost-effective and low-risk enclosure choice for distributed infrastructure projects.
