📊 Product Description
Distribution Box Overview
Low-voltage drawout switchgears and armored withdrawable metal-clad switchgear suit AC 50Hz power systems, covering low-voltage classes such as 380V, 660V and medium-voltage classes such as 12kV; they support motor control devices ranging from 0.52kW to several hundred kW.
🏭 Profile
Our facility covers over 16,000 stere and employs nearly 100 staff, including 21 professional managers and 16 senior & intermediate technicians. With over 20 years of industry expertise, we serve global markets with reliable power distribution and new energy solutions. We hold ISO9001:2000 Quality Management, Environmental Management, and Occupational Health certifications, alongside CCC and CQC product certifications.
❓ FAQ
➤ 1. Do you have core certifications for distribution cabinet production?
Yes, the factory has passed ISO 9001 quality management system and ISO 14001 environmental management system certifications. All production qualifications are verifiable.
➤ 2. What processes ensure product precision?
Core processes include CNC punching (precision ±0.1mm), laser cutting (error ≤0.05mm), robotic welding, and electrostatic spraying with digital control throughout.
➤ 3. Do you support customized production?
We support full-dimensional customization including voltage level, rated current, protection class, and cabinet size. Cycle for conventional customized products is 7-15 working days.
➤ 4. What are the quality standards for electrical components?
Components are sourced from world-renowned brands like Siemens and Chint. 3-level inspections are required before warehousing to ensure 100% qualification rate.
➤ 5. What inspection processes are conducted before delivery?
Inspection includes 8 major items: electrical performance, short-circuit withstand, temperature rise, protection class, mechanical life, and grounding continuity. All products undergo 100% full inspection.
➤ 6. What is the typical mechanical life of the equipment?
Our units are designed for a mechanical life of ≥8,000 cycles, significantly reducing equipment replacement frequency and long-term maintenance costs.