Panasonic AFP7PSA2 Power Supply Unit 100-240VAC
Products

Panasonic AFP7PSA2 Power Supply Unit 100-240VAC

Product Code: AFP7PSA2

  • Universal input: 100-240 VAC
  • Delivers up to 1250 mA current
  • Operates in 0 to 55°C temperature range
  • Supports humidity levels from 10% to 95%
  • Lightweight design at only 290 g
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Specifications

Product Type Power Supply Unit
Brand PANASONIC
Series FP7
Humidity 10-95%
Operational Temperature 0 to 55 deg C
Rated Current 1250 mA
Rated Voltage 100-240 VAC
Weight 290 g

Description

When it comes to selecting a reliable power supply for your industrial or commercial needs, understanding the technical specifications is crucial. This power supply unit offers a versatile solution with its wide input voltage range of 100-240 VAC, accommodating various electrical environments. Whether you're operating in Australia or elsewhere, this feature ensures compatibility and ease of integration into existing systems.

Delivering a rated current of 1250 mA, this power supply is well-suited for applications requiring consistent performance and reliability. Its robust design supports efficient energy conversion, making it ideal for powering equipment that demands steady current flow without fluctuations.

Operating conditions are an important consideration when choosing a power supply. This unit is designed to function effectively in humidity levels ranging from 10% to 95%, ensuring reliable operation even in challenging environmental conditions. Additionally, with an operational temperature range from 0 to 55 degrees Celsius, it can withstand typical Australian climate variations without compromising performance.

Weighing just 290 grams, this power supply combines durability with portability. Its lightweight nature makes installation and maintenance straightforward while still providing the ruggedness needed for industrial settings.

In summary, this power supply offers a balanced mix of versatility and dependability. With its broad voltage compatibility, stable current output, and resilience across diverse environmental conditions, it's an excellent choice for those seeking efficiency and reliability in their electrical systems without unnecessary complexities or features they won't use.