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LF101 Wall Mounted Network Cabinet 4U/6U/9U/12U/15U/18U

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Product Description

19-Inch Wall Mounted Network Cabinet for 4U–18U Structured Cabling

The wall mounted network cabinet provides a compact 19-inch enclosure for patch panels, Ethernet switches, optical distribution units, cable managers and small power accessories. Correct selection starts with equipment depth, connector and cable bend clearance, total installed weight, wall substrate and thermal load—not rack-unit height alone.

This series covers 4U, 6U, 9U, 12U, 15U and 18U in 600×450 mm and 600×600 mm footprints. Door, sheet thickness, fan, PDU, shelf, cable-management and earthing options must be confirmed in one approved configuration.

Configuration and Project Selection

Project input	Options to confirm	Engineering impact
Rack height	4U / 6U / 9U / 12U / 15U / 18U	Allow spare U space for cable management, airflow and future expansion.
Cabinet depth	450 mm or 600 mm nominal depth	Equipment body, plugs, fibre radius and rear cable clearance must all fit.
Front door	Glass, perforated mesh or solid metal	Changes visibility, airflow, security and physical protection.
Construction series	LFWH, LFWS or LFWSX sheet-thickness combinations	Load requirement and price must match the approved model.
Thermal management	Natural ventilation, one fan or two fans	Heat load depends on active equipment, ambient temperature and door choice.
Wall condition	Concrete, masonry or engineered support	Fasteners and load rating require substrate information.
Accessories	PDU, shelf, cable manager, brush panel, wheels/feet and earthing	Locks the usable layout and packing BOM before production.

Technical Specifications

Parameter	Specification / procurement note
Rack standard	19-inch equipment mounting format
Available heights	4U, 6U, 9U, 12U, 15U and 18U
600×450 mm models	LFBJ6404 600×450×280; LFBJ6406 ×368; LFBJ6409 ×501; LFBJ6412 ×635; LFBJ6415 ×769; LFBJ6418 ×901 mm (W×D×H)
600×600 mm models	LFBJ6604 600×600×280; LFBJ6606 ×368; LFBJ6609 ×501; LFBJ6612 ×635; LFBJ6615 ×769; LFBJ6618 ×901 mm (W×D×H)
LFWH thickness reference	Uprights 1.5 mm / frame 1.2 mm / enclosure panel 1.0 mm
LFWS thickness reference	Uprights 1.5 mm / frame 1.0 mm / enclosure panel 0.8 mm
LFWSX thickness reference	Uprights 1.0 mm / frame 0.8 mm / enclosure panel 0.6 mm
Colour	RAL9004 black or RAL7035 grey; other finishes project-specified
Door options	Glass, mesh or metal; hinge and lock arrangement according to selected model
Cable entry	Top/bottom entry and brush-panel options according to configuration
Ventilation	Passive vents; one or two fans optional
Earthing	Cabinet bonding/earthing hardware available according to the selected BOM and local rules
Accessories	PDU, shelf, cable manager, brush panel, fan, wheels and levelling feet optional
Load rating	Project-specified for the exact cabinet, rails, brackets and installation substrate
Packing	Knock-down or assembled configuration according to model and shipping plan

Rack Layout, Wall Loading and Thermal Planning

Prepare a front/rear rack layout before ordering. Add equipment depth, rear connector protrusion, copper bend allowance and optical fibre bend radius; then confirm total weight and centre of gravity. Fans do not solve restricted intake/exhaust paths, so door and vent selection must follow the actual heat load.

Measure the deepest device including power plugs, SFPs and cable loops.
Reserve U space for horizontal cable managers and service access.
Confirm wall substrate and use engineer-approved anchors; drywall alone may be insufficient.
Bond doors, frame and rack-mounted equipment where required by local rules.
Separate power and data routing and protect fibre patch cords from door/hinge compression.

Common Procurement and Field Failures

Risk	Consequence	Control
Selecting by U height only	Equipment or connectors do not fit the depth	Approve a dimensioned rack layout with rear clearance.
Unknown wall substrate/load	Pull-out or cabinet detachment risk	Confirm substrate, total weight and anchor design.
Glass door with high heat load	Switches overheat or throttle	Calculate thermal load and choose mesh/fans/clear airflow.
No spare cable-management space	Tight bends, blocked ports and difficult maintenance	Reserve U space and routing zones.
Unapproved thin-panel series	Excess deflection under equipment load	Match LFWH/LFWS/LFWSX construction to load.
Missing earthing plan	Safety and EMC risks	Specify bonding points and local compliance requirements.

Pre-shipment Quality and Acceptance Plan

Acceptance should cover dimensions, rack alignment, doors, locks, coating, hardware and the exact accessory BOM.

Measure W×D×H and verify U marking and rail spacing.
Check rail alignment, cage-nut fit, door operation, lock and removable panels.
Inspect coating, edges, welds/fasteners and cable-entry openings.
Verify fans, PDU, shelf, managers, brush panels and earthing parts.
Perform representative static-load/fit checks where required.
Photograph packing and protect glass doors and loose accessories.

B2B Buyer Guide: Information Required for an Accurate Quote

Send the following information before quotation:

Required U height and 450/600 mm depth.
Equipment list, deepest device, total installed weight and spare U.
Wall material, installation height and permitted anchor method.
Glass/mesh/metal door, lock and colour requirements.
Fan quantity, PDU voltage/socket type, shelves and cable-management accessories.
Assembled or knock-down delivery, logo, labels and packing requirements.

MOQ, Samples, Lead Time and Packing

Commercial item	Standard B2B arrangement
MOQ	Project-based; one trial cabinet may be available
Sample	Available according to model, door and accessories
Lead time	Normally 5–10 days after configuration is confirmed
Packing	Protective carton; pallet/wood reinforcement for assembled or glass-door shipment
Inspection	Dimensions, rails, doors/locks, finish, accessories and packing
Customization	U height, depth, thickness, colour, door, fans, PDU, shelves, cable management and branding
Documents	Exact-model drawing, BOM and packing list; compliance evidence where applicable

Documentation and Compliance Boundaries

Load capacity, IP protection, CE/RoHS or fire-performance claims are model- and market-specific. They should not be inferred from cabinet dimensions; request evidence for the exact steel thickness, door, fan, PDU and supplied configuration.

Related Products and Project Interfaces

Use this cabinet with fiber distribution and management products, rack-mounted ODF/terminal boxes, patch panels, Ethernet switches and structured-cabling accessories.

FAQ

Q：

What is a wall mounted network cabinet used for?

A：

A wall mounted network cabinet is used to organize 19-inch patch panels, Ethernet switches, optical distribution units, cable managers and small power accessories in compact telecom rooms, offices and FTTH access sites. It protects equipment while keeping cabling, maintenance and future expansion easier to manage.

Q：

How should buyers choose between 4U, 6U, 9U, 12U, 15U and 18U wall cabinets?

A：

Buyers should calculate the installed equipment height first, then reserve extra U space for cable management, airflow, patch cord bending radius and future expansion. Choosing only by today’s switch or patch panel count can make the cabinet crowded and difficult to maintain later.

Q：

Should a wall mounted network cabinet use 450 mm or 600 mm depth?

A：

Cabinet depth should match equipment body depth, rear connector clearance, power plug space and fibre cable bend radius. A 450 mm cabinet is suitable for many compact access installations, while 600 mm depth gives more room for deeper switches, PDUs and cleaner cable routing.

Q：

What should contractors check before installing a wall mounted network cabinet?

A：

Contractors should check wall material, fastener type, total loaded weight, door opening direction, cable entry position, grounding, ventilation and maintenance access. The wall substrate must support the cabinet, equipment and cables safely, not only the empty enclosure weight.

Q：

What options should distributors confirm before ordering wall mounted network cabinets in bulk?

A：

Distributors should confirm rack height, cabinet depth, door type, sheet thickness series, fan requirement, PDU, shelf, cable manager, grounding accessories, color, logo, packing and project labels. A locked configuration avoids mixed accessories and installation complaints during bulk delivery.

Inquiry

To learn more about this product, you can submit your requirements here.