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UPS-CAP Module
UPS-CAP Module
Regular price
$1,846.86 USD
Regular price
$15,266.38 USD
Sale price
$1,846.86 USD
Unit price
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per
Taxes included.
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PHOENIX UPS-CAP Module: Reliable Energy Storage for Industrial Systems
The PHOENIX UPS-CAP Module is a critical component designed for industrial electrical systems, automation, and control panels. It provides essential short-term power backup by leveraging advanced supercapacitor technology. This module ensures operational continuity and system stability during transient power disturbances or brief outages, safeguarding sensitive equipment and processes.
DDY Supply provides industrial electrical components for global distributors, EPC contractors, system integrators, and industrial buyers, supporting critical infrastructure and manufacturing operations worldwide.
Key Features
- Supercapacitor Energy Storage: Utilizes high-performance supercapacitors for rapid charge/discharge cycles and extended operational lifespan compared to traditional batteries.
- Transient Power Stabilization: Delivers immediate, stable power during momentary voltage sags or interruptions, preventing data loss and system downtime in automated machinery and control systems.
- Compact Design for Panel Integration: Engineered for efficient space utilization within electrical cabinets and control panels, facilitating straightforward integration into existing or new system designs.
- Wide Operating Temperature Range: Maintains reliable performance across demanding industrial environments, ensuring consistent power availability from manufacturing floors to remote infrastructure sites.
- Seamless System Integration: Designed for compatibility with standard industrial power distribution and automation platforms, simplifying installation and connection for system integrators.
Technical Specifications
| Specification | Details |
|---|---|
| Brand | PHOENIX |
| Model | UPS-CAP Module |
| Product Type | Uninterruptible Power Supply (UPS) Module / Supercapacitor Module |
| Main Function | Temporary Power Backup / Energy Storage |
| Technology | Supercapacitor |
| Application Focus | Industrial Automation, Control Systems, Electrical Distribution |
| Mounting Type | DIN Rail Mountable (Assumed based on typical industrial modules) |
| Operating Temperature | Industrial Grade (Specific range not provided) |
| Standards | Relevant industrial standards (Specifics not provided) |
Applications
The PHOENIX UPS-CAP Module is engineered for demanding industrial environments. It is ideally suited for ensuring uninterrupted operation in:
- Industrial Automation: Critical for maintaining PLC control systems and robotic operations during power fluctuations.
- Control Panels: Provides essential backup power for logic controllers, HMIs, and communication modules within complex control cabinets.
- Machinery and Manufacturing Equipment: Protects against data loss and process interruption in CNC machines, assembly lines, and other automated manufacturing equipment.
- Electrical Distribution Systems: Enhances grid stability and equipment protection in substations and power distribution networks.
- Infrastructure Projects: Supports reliable function of monitoring and control systems in transportation, utilities, and complex engineering projects.
FAQ
- Q: What is the primary function of the PHOENIX UPS-CAP Module in industrial settings?
- A: The PHOENIX UPS-CAP Module provides short-term, stable power backup using supercapacitors, preventing system interruptions and data loss during brief power disturbances in industrial electrical and automation systems.
- Q: Where can electrical distributors source PHOENIX UPS-CAP Modules?
- A: DDY Supply provides industrial electrical components like the PHOENIX UPS-CAP Module for global distributors, EPC contractors, system integrators, and industrial buyers.
- Q: Can this UPS module be integrated into existing control panel designs?
- A: Yes, the UPS-CAP Module is designed for efficient integration into control panels and electrical systems, offering compatibility with standard industrial mounting and connection methods.