Product Description
Use Environment
1. Experience unwavering performance with our Ggd Enhanced Electrical Equipment, designed to operate efficiently in environments where the ambient air temperature ranges flawlessly between +40°C and -5°C. The equipment boasts the capability to maintain an average temperature not exceeding +35°C over a 24-hour period, ensuring optimal functionality.
2. Tailored for indoor usage, this advanced equipment performs impeccably at altitudes up to 2000m. It's crafted to withstand the unique conditions of high-altitude environments without compromising on reliability or safety.
3. Promising dependable performance, this equipment is engineered to function in relative humidity levels not exceeding 50% at the peak temperature of +40°C. At lower temperatures, it accommodates higher humidity, exemplified by a tolerance of up to 90% at +20°C. It effectively mitigates the risk of condensation caused by sudden temperature shifts.
4. Ensuring precision and stability, the equipment is designed for an installation where the deviation from the vertical plane does not exceed 5%, maintaining structural integrity and operational efficiency.
5. Install the equipment in environments free from severe vibrations, impacts, and corrosive elements. This ensures the longevity and performance of all electrical components, safeguarding against potential disruptions.
6. Should you have any specific requirements, we provide the flexibility to discuss and negotiate bespoke solutions with the manufacturer to accommodate your unique needs.
Customizable products
![Ggd Enhanced Electrical Equipment for Optimal Low Voltage Power Distribution](//www.micstatic.com/athena/img/transparent.png)
About Us
Ordering Instructions
When placing an order, the User shall provide:
1. A comprehensive main circuit distribution system diagram, including phase layout. Please specify rated working voltage, rated current, and the necessary technical parameters for the protection device's current-carrying capacity.
2. Clearly denote the specifications for both incoming and outgoing cables to ensure seamless integration and connectivity.
3. Provide detailed information regarding the model, specifications, and quantities of the primary electrical components housed within the differential cabinet to ensure precise compatibility and performance.
4. Should your installation require bus extrusion or ducting between switch cabinets or incoming cabinets, please specify the necessary parameters, including span and ground height, to facilitate accurate configuration.
5. For installations under special environmental conditions, please detail these requirements at the time of ordering to enable us to customize the solution appropriately.
6. Specify the surface color for the switch cabinet and any additional specific requirements to ensure it aligns with your operational and aesthetic preferences.