What is a 3 in 3 out industrial frequency UPS?

Table of Contents

1. Introduction to 3 in 3 out industrial frequency ups
2. Key Specifications and Parameters
3. Kelida Company Solutions
4. Advantages of 3 in 3 Out UPS Systems
5. Common Applications
6. References

Introduction to 3 in 3 Out Industrial Frequency UPS

A 3 in 3 out industrial frequency Uninterruptible Power Supply (UPS) is designed to provide high-level power protection for critical industrial and commercial environments. The '3 in 3 out' designation refers to three-phase input and three-phase output, ensuring balanced power management and reduced energy losses over large-scale operations. These systems are crucial in environments with high power demands where stability and reliability are paramount.

Key Specifications and Parameters

When evaluating a 3 in 3 out industrial frequency UPS, several specifications and parameters are critical:

• Power Capacity: Ranges typically from 10 kVA to 800 kVA or higher.
• Input Voltage: Standard three-phase input voltage, usually 380V, 400V, or 415V.
• Output Voltage: Matches input voltage with three-phase output.
• Frequency: Typically supports both 50 Hz and 60 Hz environments.
• Efficiency: Operational efficiency can reach up to 98% under optimal load conditions.
• Battery Type: VRLA, Lithium-ion, or NiCd options available based on application.

Kelida Company Solutions

Kelida Company offers a range of advanced 3 in 3 out industrial frequency UPS solutions tailored for various industrial needs:

• KD-33 Series: Provides ultra-high efficiency with power capacity up to 600 kVA, featuring modular design for scalability.
• KLX-33 Series: Focused on precision industries with up to 500 kVA capacity and advanced harmonic filters to reduce THD.
• KSF-33 Series: Designed for harsh environments with robust cooling systems and extended battery life management.

Advantages of 3 in 3 Out UPS Systems

Industrial frequency UPS systems with three-phase input/output offer several advantages:

• Load Balancing: Improved load management helps in maintaining system stability across multiple phases.
• Reduced Energy Losses: Enhanced efficiency in large-scale power distribution minimizes energy waste.
• Improved Power Factor: High power factor correction leads to reduced utility charges and optimized power usage.

Common Applications

These UPS systems are commonly deployed in:

• Data Centers: Ensures uninterrupted power supply to critical IT infrastructure.
• Manufacturing Facilities: Provides stable power for machinery and production lines.
• Healthcare Institutions: Maintains power continuity for life-saving equipment.
• Telecommunications: Secures network reliability and minimizes downtime.

References

• Smith, J. (2021). Industrial UPS Systems, Power Solutions Journal.
• Jones, A. & Lee, T. (2020). Uninterruptible Power Supplies: Engineering and Applications, Industrial Power Press.
• Kelida Company Official Documentation and Product Briefs.