Shouke® factory's low voltage power distributing cabinets are mainly used for electrical energy conversion and control of lighting and power distribution.
Low voltage power distributing cabinets are important electrical equipment used to convert and configure electrical energy. They have the characteristics of strong breaking capacity and good dynamic thermal stability.
How should low voltage power distributing cabinets be wired?
1. Site selection: In order to ensure the normal and safe operation of low-voltage distribution cabinets, the location of low voltage power distributing cabinets should be close to the load center. There should be no dust, corrosive media, etc. in the place where they are placed. Otherwise, they should be cleaned in time. In order to ensure safety, the environment should be relatively dry and the placement site should be as vibration-free as possible.
2. Layout of distribution equipment: Low voltage distribution cabinets must be arranged under the premise of safety, reliability, applicability and economy, and they must also be easy to install, operate, transport, overhaul, test and monitor. Appropriate distances and exits of passages must be reserved between high- and low-voltage electrical equipment in the same room and between distribution cabinets arranged in rows. Necessary safety measures should be taken when arranging distribution equipment. For example, bare live bodies with dangerous potentials should be shielded or placed outside the reach of human arms. When it is difficult to use shields and covers, barriers can be used for protection.
3. The layout of the distribution line should meet the following conditions: The layout of the low voltage power distributing cabinet should meet the environmental characteristics of the location, the characteristics of the building, the distance between people and the line should be moderate, the electromechanical stress that may occur due to short circuit, and other stresses and wire weights that the wiring may suffer during installation and use.
4. What factors will affect the layout of the distribution line: prevent external heat from affecting use, prevent water from affecting use, prevent external mechanical damage from affecting use, prevent dust from falling on the wiring from affecting use, and prevent strong radiation from affecting use.
The wiring of the low voltage power distributing cabinet should follow the following points:
Safety: When designing and assembling low voltage power distributing cabinets, Shouke® manufacturers give priority to the safety of personnel and property, such as insulation and grounding, to ensure the safe operation of the electrical system.
Clarity: The wiring of the low voltage power distributing cabinet must be clear and unambiguous to make system troubleshooting more convenient. Adjust the wiring to the optimal state according to operating habits and functional requirements to make it easier to use.
Practicality and reliability: Prioritize the selection and quality of wires, and consider the use of appropriate insulating materials and connectors, so as to effectively improve the reliability of low-voltage distribution cabinet wiring and the entire electrical system.
Standardized operation: If you need to arrange the wiring, please pay attention to the consistency with the design standard specifications. In different electrical equipment, correctly and reasonably distribute the wires according to the specific operation and load requirements, and try to avoid confusion and misoperation.
Reasonable use of space: Under the premise of safety and compliance, wiring can be done in the low voltage power distributing cabinet, making full use of its space to simplify the cable length and reduce wiring losses, while improving space utilization.
The wiring of the low voltage power distributing cabinet should be strictly operated in accordance with the specifications to achieve safe and reliable management, ensure the safe and reliable operation of electrical equipment, reduce personnel operating errors, reduce the risk of electrical fires, and ensure the life and property safety of personnel and equipment.
