General Electric IS400JPDHG1A High-Density Power Distribution Panel

The GE IS400JPDHG1A is a high-density power distribution panel designed for use in industrial and commercial power systems. It provides efficient and reliable power distribution, ensuring safe and stable operation across a wide range of applications. This panel is ideal for environments where space is limited but high current handling is required. The IS400JPDHG1A is equipped with advanced safety features and robust construction, making it suitable for demanding environments.

Product Specifications

Product Applications

The GE IS400JPDHG1A is used in various applications where high-density power distribution is necessary. Its compact design allows for efficient management of power while ensuring the safety of the entire electrical system. Key applications include:

• Power Generation: Ideal for distributing power across critical systems in power plants, ensuring consistent operation of machinery and control systems.

• Manufacturing: Used in manufacturing facilities to efficiently distribute power to various equipment while maintaining system stability.

• Oil & Gas: Provides reliable power distribution for equipment on offshore platforms or in refineries.

• Commercial Buildings: Ensures the reliable delivery of power to large commercial facilities, such as office buildings, malls, and hospitals.

• Transportation Infrastructure: Manages power distribution for transit systems, airports, and rail networks.

Product Advantages

• Compact Design: The high-density design allows for more circuits in less space, making it perfect for tight installations.

• High Current Handling: Rated for up to 400A, this power distribution panel can handle high current loads, making it suitable for demanding applications.

• Robust Construction: The IS400JPDHG1A is designed to withstand harsh industrial environments, with features like NEMA 1-rated enclosures for indoor use.

• Versatility: With the ability to handle both AC and DC power systems, the panel offers flexibility across multiple industries.

• Safety Features: Equipped with overload protection and short-circuit safety measures, it helps prevent damage to equipment and ensures reliable performance.

• Wide Temperature Range: Operates effectively within a temperature range of -10°C to +60°C, suitable for diverse environmental conditions.

FAQ

1. What is the voltage rating for the GE IS400JPDHG1A Power Distribution Panel?

   • The panel is rated for 600V AC/DC, which allows it to handle both AC and DC power systems.

2. What is the maximum current rating for this distribution panel?

   • The IS400JPDHG1A can handle up to 400A of current, making it suitable for high-power applications.

3. Can the IS400JPDHG1A be used with both AC and DC systems?

   • Yes, it is designed to be compatible with both AC and DC electrical systems, providing flexibility in various applications.

4. What type of enclosure does the IS400JPDHG1A have?

   • The panel features a NEMA 1-rated enclosure, which provides indoor protection against dust and light contact.

5. How is the panel connected to the power system?

   • The IS400JPDHG1A uses screw terminals for secure and reliable connections.

6. What is the operating temperature range for the panel?

   • The IS400JPDHG1A operates within a temperature range of -10°C to +60°C, making it suitable for a wide variety of environments.

7. What kind of protection does the panel have against electrical faults?

   • The panel is equipped with overload protection and short-circuit safety mechanisms to prevent equipment damage.

8. Is the IS400JPDHG1A suitable for outdoor use?

   • No, it is rated for indoor use only and is enclosed in a NEMA 1-rated enclosure, which does not provide protection against outdoor elements.

9. Can the panel handle multiple circuits?

   • Yes, the IS400JPDHG1A is designed to handle multiple circuits efficiently, offering high-density power distribution in a compact form.

10. What industries commonly use the IS400JPDHG1A?

    • The IS400JPDHG1A is commonly used in power generation, manufacturing, oil & gas, commercial buildings, and transportation infrastructure.