The price difference depends on the specific customization requirements, such as dimensions, materials, and functional features. Each case is evaluated individually to determine the final cost.

The standard delivery period is approximately 2–3 weeks. Projects involving complex designs or large quantities may require additional time, depending on production scheduling.

Common materials include cold-rolled steel and stainless steel for the enclosure. Internal components are selected according to technical specifications and performance requirements.

The main processes include shearing, punching, bending, deep drawing, die casting, welding, surface treatment, and assembly.

The nine-fold control cabinet is recommended. Its multi-fold structure enhances both strength and sealing, achieving a higher protection level (IP55 or above), making it suitable for dusty or high-vibration industrial environments.

A single cabinet generally supports up to 200 kg. The actual load capacity depends on factors such as sheet thickness, internal structure design, and accessories used. Cabinets made of thicker cold-rolled steel with reinforced frames can bear greater weight. The detailed specifications should be consulted when installing heavy equipment.

IP54 provides limited protection against dust ingress and splashing water from all directions. Short-term outdoor use is acceptable in environments without heavy rainfall, corrosive gases, or excessive dust. For long-term outdoor installation, a cabinet with higher protection (IP56 or above) is recommended for better dust and water resistance.

Customization is available. Dimensions can be tailored to the installation space and equipment layout. The standard colors are RAL7032 and RAL7035 textured finishes. Other colors, such as white or black, can be customized upon request.

Yes. The interior is designed with modular mounting holes, and the arrangement of vertical beams, uprights, and crossbeams provides clear routing paths and modular openings that make equipment installation convenient.

The door can typically open up to 130 degrees, allowing easy operation and maintenance of internal equipment.

Available materials include carbon steel and stainless steel. Carbon steel cabinets are powder-coated after phosphating pretreatment, while stainless steel cabinets feature a brushed finish.

Yes. Custom options include different door-opening styles, dimensions, and internal configurations, such as double-layer doors or outer doors with tempered glass windows.

The PS-type cabinet is a nine-fold enclosure with a frame structure. It features removable side panels, supports cabinet coupling, and offers higher load capacity, though it is slightly more expensive.
The ES-type cabinet, also known as the five-fold cabinet, is integrally formed with non-removable side panels. It cannot be coupled and is generally more cost-effective.

Because the PS-type cabinet has removable side panels, its sealing performance is slightly lower than that of the ES-type cabinet, making it less suitable for applications requiring high sealing levels.

The bottom-support installation method is recommended. Compared to traditional mounting approaches, it saves labor time and improves installation efficiency.

Yes. The cabinet can be customized in height, width, and depth according to specific installation requirements.

The enclosure is made of high-quality cold-rolled steel. After acid pickling, phosphating, and electrostatic powder coating, it achieves strong corrosion resistance and is suitable for use in various industrial environments.

The CBAK Series wall-mounted enclosure provides a flexible internal layout. The standard cabinet reserves sufficient internal space, and the mounting plate position can be adjusted as needed, allowing for the installation of various types of complex electrical equipment.

In the telecommunications industry, the CBAE (CBST) Series wall-mounted enclosures are suitable for installing compact edge computing devices used in communication base stations. The door sealing strip ensures reliable IP65 protection, while the grooved cabinet edges effectively prevent dust and water ingress, ensuring stable operation of communication equipment in demanding outdoor environments.

Yes. The cabinet shelves have multiple adjustable positions, allowing flexible arrangement of installed equipment.

The protection rating is IP54, which provides effective resistance against dust and splashing water. These cabinets can be used in general outdoor environments, but for long-term exposure to harsh conditions such as heavy rain or strong dust, additional protective measures are recommended.

Yes. Customization services are available to meet specific dimensional and configuration requirements based on customer needs.

Inspect all electrical connections and wiring to identify the fault location. Repair or replace any damaged or loose components as necessary.

Each cabinet is manufactured from high-quality cold-rolled steel and produced under strict compliance with international and domestic standards. Every unit undergoes thorough material inspection, in-process quality checks, and final performance testing before delivery.

Yes. The cabinet supports a wide range of power configurations, with the main circuit rated up to 400 A, making it suitable for most high-power equipment applications.

The lead time depends on the complexity of the customization. On average, approximately seven working days are required to complete a tailored solution.

The AC low-voltage distribution cabinet is widely used in industrial enterprises, commercial buildings, and residential complexes for low-voltage power distribution systems.

The cabinet offers multiple layers of safety protection. It is constructed from high-quality steel with excellent mechanical strength and protective performance, effectively preventing external impact, dust intrusion, and ensuring safe operation of electrical components.

The cabinet can be made of 304 stainless steel or high-quality cold-rolled steel, both of which undergo a strict anti-corrosion treatment. This ensures excellent resistance to rust and corrosion, allowing long-term stable performance even in demanding industrial conditions.

Some models reach a protection level of IP54 or higher, effectively preventing dust intrusion and resisting water spray, ensuring that internal electrical components operate reliably in dusty or humid environments.

The internal layout is well-structured and spacious, providing standardized mounting positions that are compatible with international brands such as Siemens and Schneider, meeting various wiring and installation requirements.

Yes. Comprehensive customization services are available, allowing you to specify the dimensions, internal layout, and functional modules of the console cabinet to suit your particular application needs.

Yes. Special dimensions can be customized, with a minimum size of 100×80×50 mm. Customization does not affect the protection performance, as the sealing structure continues to use the polyurethane foamed gasket. The lid and body are re-fitted precisely to maintain the IP56 protection level and ensure compliance with certification standards.

It is recommended to use 316 stainless steel, which contains molybdenum that significantly enhances resistance to chloride ion corrosion, ensuring longer service life in marine or high-salinity environments.

It is recommended to use 316 stainless steel, which contains molybdenum that significantly enhances resistance to chloride ion corrosion, ensuring longer service life in marine or high-salinity environments.

The XGL Power Distribution Box is capable of meeting the power requirements of large equipment. Its main circuit is rated at AC 380 V, with a maximum current capacity of 1250 A, making it well-suited for matching the power parameters of low-voltage distribution systems in power plants and ensuring stable, reliable operation.

Yes. It supports multi-unit coordinated control. Before production, specify the control logic, communication interfaces, and wiring configurations to ensure proper terminal and circuit allocation.

For hallway lighting, use the standard JXF panel (up to 250 A). For air-conditioning circuits, choose a slightly larger embedded JXF model designed for independent power supply within compact residential spaces.

Maintain total current below 80 % of the rated value for instance, limit a 250 A panel to around 200 A. Balance loads across circuits, prevent overloading, and conduct monthly current inspections to avoid long-term full-load operation.

Material selection depends on the operating environment and budget. In harsh environments such as coastal areas, stainless steel 316L is recommended for its superior corrosion resistance and long service life. For indoor installations, powder-coated mild steel is generally sufficient and offers better cost efficiency.

Available materials include low-carbon steel, stainless steel 201, stainless steel 304, stainless steel 316, and aluminum. Each material provides different levels of durability and corrosion resistance, allowing selection according to environmental and operational needs.

The MNS cabinet can be configured as a single-sided or double-sided operation cabinet. Each cabinet is divided into three compartments: the main busbar compartment, the electrical compartment, and the cable compartment (as shown in the diagram below).

To prevent arc flashes and short circuits, a flame-retardant, high-density polyurethane functional board or a galvanized isolation plate is installed between the main busbar compartment and the electrical compartment, ensuring operational safety.
Between drawers, galvanized metal partitions with ventilation holes provide isolation to reduce interference between circuits.
High-performance, halogen-free plastic components with CTI300 insulation support live parts, improving electrical safety.
The cabinet is also equipped with an independent PE grounding system and N neutral conductor running throughout the unit, allowing each circuit to connect to grounding or neutral points nearby. The frame is fixed with self-tapping screws to ensure high grounding reliability.

Yes. The PLC control panels are designed to collect various sensor signals while controlling devices such as motors, valves, and switches. This ensures integrated data acquisition and equipment control throughout the production process.

The PLC control panels include overload, short-circuit, and phase-loss protection. These functions ensure quick response in case of faults, preventing equipment damage and maintaining stable operation.

The VFD control panels feature multiple protections including input over/undervoltage, momentary power loss, phase loss, output short-circuit, overload, system overheating, and permanent magnet motor stall or overspeed protection. These safeguards prevent damage caused by electrical or mechanical faults, ensuring reliable and stable motor performance.

CABA Electric offers software solutions for automatic control systems based on PLC, Windows, and other specialized software platforms. These include program design and configuration interface design services to help clients better understand and manage their systems. Additional resources, such as instructional videos, can be provided upon request for further learning and support.