Document Overview: This document appears to be a technical specification sheet related to a series of generator models, specifically the SLG series, with various performance ratings and electrical parameters.

1. Generator Models and Ratings

The document lists multiple generator models, identified by codes such as SLG164A, SLG164B, SLG184E, SLG224C, SLG274C, SLG314C, SLG354B, SLG404G, SLG454S, etc. Each model is associated with specific electrical ratings and performance characteristics.

2. Electrical Ratings and Parameters

The key parameters provided include:

• Voltage: 380-416/190-208/220-240V
• Frequency: 60 Hz
• Temperature Rise Classes: 125°C, 150°C, and 163°C with corresponding ambient temperatures (40°C for 125 and 150, 27°C for 163)
• Power Ratings: Base Continuous Rating and Peak Stand-by Rating, expressed in kVA and kW

The ratings are given for each temperature rise class, indicating the generator's capability under different thermal conditions.

3. Data Tables and Values

The document contains extensive numerical data, likely representing power output values (kVA and kW) for each model under different temperature rise conditions. The values range widely, for example:

• Base Continuous Ratings from approximately 9.6 kVA up to 2505 kVA
• Peak Stand-by Ratings reaching up to around 2605 kVA

Some entries are marked as "N/A," indicating data not available or not applicable for certain models or conditions.

4. Technical Notes

The generators are rated for H Class insulation and are designed for operation at 60 Hz frequency. The winding numbers (No.14/13) are specified, which relate to the coil configurations inside the generator.

5. Summary of Critical Information

• Model Identification: Each generator model is uniquely identified, facilitating selection based on required power output.
• Temperature Rise Impact: Different temperature rise classes affect the power ratings, important for thermal management and operational limits.
• Voltage and Frequency: Standard industrial voltages and 60 Hz frequency are specified, indicating typical application environments.
• Power Ratings: Both continuous and peak ratings are provided, essential for sizing and load planning.

6. Recommendations and Best Practices

While not explicitly stated, the data implies the importance of selecting a generator model that matches the required power output and thermal conditions. Attention should be paid to the temperature rise class to ensure reliable operation within ambient temperature limits.