Eaton PW5115 1500I RM BLK Applied Materials Eaton Rackmount

Description

Material:Black powder-coated steel

Size:1500 mm x 44.45 mm x 230 mm

Weight:Approximately 4.2 kg

Rack Units:15U

Ventilation:Front and rear ventilated panels for enhanced heat dissipation

Mounting:Rackmount compatible, suitable for standard 19-inch rack installations

Protection:IP20 enclosure rating for indoor use

Capacity:Can house up to 15 electronic modules or devices

    Integrating advanced technology with durable construction, the Eaton PW5115 1500I RM BLK Applied Materials Eaton Rackmount is specifically engineered for demanding industrial environments. This module ensures reliable power supply and distribution, crucial for maintaining operational efficiency across diverse applications.

    Featuring a sleek black finish and applied materials, this rackmount is not only visually appealing but also withstands the harsh conditions often encountered in manufacturing floors and other industrial settings. Its IP20 protection class provides a level of environmental protection against dust and non-hazardous water spray, ensuring uninterrupted performance.

    With its 1500W power distribution capacity, this module caters to the needs of high-demand systems, making it an ideal choice for complex industrial setups where multiple devices require stable power supply. The wide temperature range (-40°C to +70°C) ensures it operates efficiently in virtually any environment, from freezing cold climates to hot industrial areas.

    The Eaton PW5115 1500I RM BLK is compatible with standard Eaton rackmount systems, providing seamless integration into existing infrastructure without requiring extensive modifications. This compatibility, combined with its compact size, makes it an efficient solution for space-constrained environments.

    Built to withstand the rigors of industrial use, this rackmount is constructed from high-quality materials that guarantee longevity and reliability. Its robust design ensures minimal downtime and maintenance requirements, reducing operational costs and enhancing overall system uptime.