Ventilated Heat Dissipation Industrial Distribution Box With Inner Separation Board

Optimize your industrial electrical management with the high-performance JXF Series Industrial Distribution Box. Specially engineered for high-load applications, this model integrates an advanced passive ventilation heat dissipation system with a structural inner separation board (internal mounting plate) to deliver unmatched safety, organization, and component longevity.

The JXF Series is the industry standard for housing heavy-duty electrical switchgear, motor control units, PLC automated automation systems, and high-power distribution grids. Built from heavy-duty cold-rolled steel and finished with an anti-corrosive powder coating, this enclosure is designed to thrive in demanding factory floors, manufacturing plants, workshops, and commercial electrical rooms.

High-voltage components, transformers, and VFDs (Variable Frequency Drives) generate massive thermal loads during continuous operation. The JXF Series features precision-engineered ventilation louvers stamped directly into the heavy-gauge steel sides. This design facilitates consistent passive thermal convection, significantly lowering internal temperatures, preventing component degradation, and eliminating the risk of overheating-induced system trips.

The integrated internal separation board is crafted from thickened galvanized steel, providing a rugged, isolated mounting matrix for your electrical assemblies. This architecture offers two massive benefits:

• Enhanced Safety: Isolates live wiring arrays from the external door panel, adding an extra layer of arc-flash and electrical shock protection for operators.
• Flexible Layouts: The removable design allows technicians to pre-wire and layout circuit breakers, terminal blocks, and relays on the workbench before securing the entire board inside the chassis.

Built to withstand physical impacts common in heavy manufacturing environments, the thickened cold-rolled steel construction achieves an IK10 rating. It effectively resists mechanical warping, structural deflection, and external impacts, ensuring the absolute safety of your internal automated components.

To balance ventilation with environmental protection, the door panel is lined with a continuous, high-elasticity polyurethane foam sealing gasket. Combined with protective rain hoods over the ventilation zones, it blocks dust, metal shavings, and airborne moisture from penetrating your critical electrical connections.

• Factory Automation Control Centers: Safely houses PLCs, power supplies, network switches, and sensitive automation relays.
• Motor Control Units (MCU): Houses heavy-duty contactors, variable frequency drives, and soft starters requiring superior thermal management.
• Power Distribution Sub-Panels: Manages industrial low-voltage power networks in warehouses, machining workshops, and processing lines.
• Outdoor-Adjacent Power Distribution: Reliable choice for construction site infrastructure hubs, covered loading docks, and HVAC plant room operations.

• Bottom Gland Plate Entry: Removable bottom plate allows for easy field drilling and installation of heavy waterproof cable glands or conduit pipes.
• Copper Grounding Studs: Built-in, high-conductivity copper grounding studs on both the main body shell and the door panel guarantee complete grounding protection.
• Industrial Three-Point Lock: Features a heavy-duty mechanical locking mechanism to prevent unauthorized access and ensure airtight structural closure.

A: No. This is a bare industrial enclosure kit containing the steel outer shell, the pre-installed ventilation system, and the removable galvanized inner separation board. This gives engineers complete freedom to customize their internal component blueprints.

A: Yes. While the built-in louvers provide excellent passive ventilation, the internal geometry allows you to mount industrial axial exhaust fans behind the ventilation zones to create an active forced-air cooling system.

A: The separation board is securely mounted to heavy-duty rear studs to maximize internal stability. For depth adjustments, standard industrial DIN rail spacers can be utilized.