MEANWELL Enclosed-PFC 75 ~ 200 W

Price 15000 INR/ Piece

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MOQ : 1 Unit

MEANWELL Enclosed-PFC 75 ~ 200 W Specification

Product Type
Enclosed-PFC

Application
To control and stabilize the output voltage by switching the load current on and off

Frequency (MHz)
50-60 Hertz (HZ)

Output Type
Single, Triple, Quad

Color
White

MEANWELL Enclosed-PFC 75 ~ 200 W Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About MEANWELL Enclosed-PFC 75 ~ 200 W

75W RSP-75

RSP-75-3.3
RSP-75-5
RSP-75-7.5
RSP-75-12
RSP-75-13.5
RSP-75-15
RSP-75-24
RSP-75-27
RSP-75-48

100W RSP-100

RSP-100-3.3
RSP-100-5
RSP-100-7.5
RSP-100-12
RSP-100-13.5
RSP-100-15
RSP-100-24
RSP-100-27
RSP-100-48

150W RSP-150

RSP-150-3.3
RSP-150-5
RSP-150-7.5
RSP-150-12
RSP-150-13.5
RSP-150-15
RSP-150-24
RSP-150-27
RSP-150-48

200W RSP-200

RSP-200-2.5
RSP-200-3.3
RSP-200-4
RSP-200-5
RSP-200-7.5
RSP-200-12
RSP-200-13.5
RSP-200-15
RSP-200-24
RSP-200-27
RSP-200-36
RSP-200-48

Robust Voltage Management

With the MEANWELL Enclosed-PFC series, users experience dependable output voltage stabilization for various electrical loads. Its embedded power factor correction ensures consistent performance, while the enclosed design protects internal components for extended durability. This makes it perfect for sensitive electronics and industrial automation applications.

Versatile Output Configurations

This series offers single, triple, and quad output types, enabling tailored solutions for different power needs. The flexibility supports a broad spectrum of electronic devices and systems, making it suitable for integration by manufacturers, producers, and service providers across India.

Trusted Supply Network

MEANWELL products are distributed through a reputable channel network including dealers, exporters, wholesalers, and traders. Whether for sourcing bulk orders or acquiring retail units, partners across India ensure timely delivery and dedicated after-sales support for these power supplies.

FAQ's of MEANWELL Enclosed-PFC 75 ~ 200 W:

Q: How do MEANWELL Enclosed-PFC 75 ~ 200 W power supplies control and stabilize output voltage?

A: These power supplies maintain stable output voltage by automatically adjusting and switching the load current on and off. This regulation process, combined with power factor correction technology, ensures that connected devices receive consistent and reliable power.

Q: What is the benefit of having single, triple, and quad output types in the MEANWELL Enclosed-PFC series?

A: Offering multiple output types allows users to power various devices or circuits from a single power supply unit. This flexibility reduces system complexity and can lower overall installation costs, making the series suitable for diverse application requirements.

Q: When should I use an enclosed PFC power supply like this MEANWELL series?

A: Enclosed PFC power supplies are ideal when you need reliable voltage stability and enhanced safety for sensitive or mission-critical equipment. Suitable situations include industrial automation, instrumentation, and any environment where precise power delivery and compact design are necessary.

Q: Where can I purchase MEANWELL Enclosed-PFC 75 ~ 200 W power supplies in India?

A: These power supplies are available through authorized dealers, distributors, exporters, fabricators, importers, manufacturers, service providers, suppliers, traders, wholesalers, and retailers throughout India. You can contact your nearest official vendor for purchasing details.

Q: What is the operating frequency range for these power supplies?

A: MEANWELL Enclosed-PFC 75 ~ 200 W power supplies operate at a frequency between 50 and 60 Hertz (Hz), which aligns with standard industrial and residential power systems found in India and globally.

Q: How does power factor correction benefit the application of these power supplies?

A: Power factor correction (PFC) improves the efficiency of the power supply by minimizing energy losses during operation. This leads to reduced operational costs, lower heat generation, and contributes to the stability of the overall power grid.

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