Product Description
The low voltage switch cabinet is designed for users who need a compact, serviceable, and clearly organized platform for motor control and feeder distribution. Using the GCK withdrawable cabinet concept, each functional circuit can be arranged as an independent unit with its own switching, protection, control, and indication devices. This layout supports efficient use of cabinet space and makes it easier to isolate a single circuit for inspection or replacement while the overall system remains logically organized. Our low voltage switch cabinet can be configured for incoming power, bus coupling, motor feeders, distribution feeders, soft starters, variable-frequency-drive interfaces, or measurement and communication functions. The enclosure layout is developed around the actual electrical scheme, cable direction, heat dissipation requirement, and maintenance access. In real projects, a cabinet that appears acceptable on paper can still create difficulty if terminals are crowded, cable bends are impractical, or drawer positions do not match the operating sequence. We therefore review the interface between electrical design and mechanical assembly before production, with special attention to cable compartments, busbar arrangement, labeling, interlocks, and access for routine inspection.
Our factory manufactures the low voltage switch cabinet as a complete engineered product rather than outsourcing the cabinet shell and focusing only on final wiring. The company has operated since 1984 and owns a 36,000-square-meter production base with more than 200 sets of equipment. CNC fabrication enables dimensional control up to ±0.1 mm for applicable sheet-metal parts, supporting consistent door gaps, section alignment, mounting plates, and withdrawable mechanisms. The low voltage switch cabinet can be built from customer drawings or developed by our engineering team from a single-line diagram and equipment list. We can integrate specified circuit breakers, contactors, relays, meters, PLC interfaces, and communication devices, while reserving spare circuits for future expansion. Every cabinet is inspected before packing, and test records can be provided. For overseas distributors, we can also supply production photos or videos, customized nameplates, language-specific labels, and environmentally compliant export packaging. This factory-direct process gives agents a practical advantage: the product can be adapted to local project expectations while the technical configuration, manufacturing record, and after-sales responsibility remain traceable to one supplier.
Specifications
|
Parameter |
Specification |
|
Model / Series |
GCK withdrawable low-voltage switch cabinet |
|
System Type |
Low-voltage motor control and power distribution |
|
Current Configuration |
AC 2500 A / 1000 A, configured by project |
|
Cabinet Form |
Indoor, floor-standing, modular withdrawable structure |
|
Circuit Options |
Incoming, feeder, motor starter, bus coupler, metering, and control |
|
Component Selection |
Chinese or international brands according to approved BOM |
|
Interface Options |
Hardwired control, remote signals, communication, and intelligent metering |
Applications
Motor Control Centers
Control of pumps, fans, compressors, conveyors, mixers, and other motor-driven loads.
Process Manufacturing
Distribution and control in chemical, food, textile, machinery, and material-processing plants.
Utility Systems
Electrical control for water supply, wastewater treatment, heating, and ventilation systems.
Infrastructure Facilities
Low-voltage control and feeder management in stations, tunnels, public buildings, and logistics centers.
Customization Capability
We support OEM/ODM production and can work from technical drawings, prototypes, circuit schedules, or customer standards. Cabinet dimensions, compartment arrangement, panel color, busbar specification, and component brand can be customized.
A low MOQ can be discussed, including project trial orders, and different cabinet models may be combined within one order when the technical and packing conditions allow.
Quality Control
Quality control follows model-specific documents from incoming material to final release. The process includes component checking, wiring inspection, torque verification, mechanical-operation checks, insulation and continuity tests, and functional simulation where applicable.
All cabinets undergo 100% inspection before packing. Buyers may request inspection records or arrange third-party inspection using an agreed technical standard.
Certifications & Compliance
Our management and production framework includes ISO and ISO14001 environmental management certification. The company also maintains CCC, CQC, CCS, and QC080000 credentials for applicable products and business scopes.
Relevant component selections can be coordinated to meet RoHS 2.0 and REACH requirements for overseas projects. Final compliance documentation is confirmed against the approved configuration.
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