The PULS QS20.241 Power Supply is a reliable and efficient industrial power supply unit that provides DC power for a variety of applications. It is part of the PULS QS series, which is known for compact, high-performance power supplies that offer excellent energy efficiency and durability in industrial environments.
Key Features of the PULS QS20.241 Power Supply:
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Input Voltage Range:
- 100-240V AC: This wide AC input voltage range allows the power supply to work in regions with varying power systems, accommodating standard voltage ranges commonly found in industrial and commercial environments.
- 110-300V DC: In addition to AC, the QS20.241 can also accept a DC input voltage range, providing flexibility in environments where DC power is available or required.
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Output Voltage:
- 24-28V DC: The power supply outputs a stable DC voltage in the range of 24V to 28V, which is a common voltage requirement for powering various industrial control systems, automation equipment, sensors, and other devices.
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Output Current:
- 20A Maximum Output: The PULS QS20.241 can provide up to 20 amps of output current, which makes it suitable for medium-duty applications where moderate to high current is needed to power industrial systems and machinery.
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Efficiency:
- The QS20.241 is designed for high energy efficiency, typically providing over 90% efficiency in converting AC/DC to stable DC output. This efficiency helps reduce energy costs and minimizes heat generation, ensuring more reliable long-term performance.
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Compact and Robust Design:
- The unit is designed to be compact, which makes it ideal for installation in control panels or cabinets where space is at a premium. Despite its small size, it is built to be durable and capable of handling harsh industrial environments.
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Cooling:
- The power supply has an efficient cooling design, with a fanless operation in most cases, ensuring low noise and minimizing maintenance requirements while providing stable performance.
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Protection Features:
- The PULS QS20.241 includes several protection features:
- Overload Protection
- Overvoltage Protection
- Short-Circuit Protection
- Thermal Protection
- These protections ensure the longevity of the power supply unit and prevent damage to connected equipment in case of power fluctuations or faults.
- The PULS QS20.241 includes several protection features:
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Mounting and Installation:
- The QS20.241 is designed for DIN rail mounting, which is a standard method for installing power supplies in industrial control panels. This makes it easy to integrate the unit into existing systems without special tools or complex installations.
Applications:
- Industrial Automation: Ideal for powering control systems, programmable logic controllers (PLCs), sensors, and actuators in automation systems.
- Machine Building: Used in machinery applications where reliable and stable 24V DC power is required.
- Process Control: Perfect for powering devices and systems in industrial process control, where stable voltage is critical.
- Infrastructure: Used in infrastructure projects, power generation facilities, and other industrial settings that require a dependable power supply.
- Renewable Energy Systems: Can be used in applications that incorporate renewable energy systems, particularly where the input voltage may vary.
Benefits:
- Versatile Input Range: The ability to accept both AC and DC inputs makes the QS20.241 highly versatile, offering flexibility in various industrial applications where power sources may vary.
- High Efficiency: Its energy-efficient design minimizes operating costs and reduces heat generation, extending the life of the power supply.
- Durable and Reliable: Designed for industrial environments, it can handle harsh operating conditions, providing reliable power over extended periods.
- Compact Size: The compact and space-efficient design is ideal for installations where space is limited but high-performance is needed.
- Cost-Effective: With its high efficiency and long lifespan, the QS20.241 offers a cost-effective solution for businesses looking to optimize their power infrastructure.
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