Mean Well LED Switching Power Supply - LPV Series Single Output LED Power Supply - 48 VDC - 60W

Mean Well Switching Power Supply - LPV Series Single Output Power Supply - 48 VDC - 60W / 100W

Name: Mean Well Switching Power Supply - LPV Series Single Output Power Supply - 48 VDC - 60W / 100W
Brand: Super Bright LEDs
SKU: LPV-x-48
Price: 21.99 USD
Availability: InStock

Part Number

LPV-x-48

Features

Constant 48 VDC output
Short circuit and overload protection
100-240 VAC input
IP67 waterproof rating

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Overview

Description

The DC LPV Series Mean Well Switching Power Supply is a reliable and economical 48 VDC single-output power supply suitable for applications with short circuit, overload, and over-voltage protection.

Product Details:

Reliable and economical constant voltage power supply
Protections: short circuit, overload, over voltage
AC input: 100-240 VAC
IP67 waterproof slim plastic case
Withstand 300VAC surge input for 5 seconds
Suitable for lighting and portable sign applications
UL Recognized
2-year warranty
Made by Mean Well

Super Bright LEDs, Inc. offers a 2-year warranty to protect against manufacturer defects and malfunctions. If you experience failure of an LED or other component not caused by negligence, abuse, unauthorized repair or disassembly, we will replace the product within the warranty period. In the case the exact product is no longer available, a gift card for the value of the original purchase price will be provided. Super Bright LEDs administers all warranty claims in-house. Read More

Class 2

Class 2 power supplies must meet the National Electric Code (NEC) and Underwriters Laboratories (UL 1310) standards for wiring requirements and power limitations of AC/DC power supplies to minimize shock or fire risks. All Class 2 power supplies must meet the NEC overcurrent protection and wiring sizing regulations. They must be constructed with ‘In-Wall’ rated wiring for permanent installation inside walls or floors, where they may be surrounded by insulation. These wiring requirements help prevent cracking or melting of the wire, which could cause a fire hazard. These power supplies must have a maximum power capacity of 100 VA and cannot exceed a 30 VAC or 60 VDC output, minimizing the risk of electric shock or overheating from excessive currents.

Class II

Class II power supplies must follow the International Electrotechnical Commission IEC 61439-1 design. This code details that Class II power supplies must have two layers of insulation between the user and the internal current-carrying components to protect the user from electrical shock. The initial layer is "basic" insulation. The second double layer is a reinforcement layer that eliminates the need for a protective earth connection (earthing) or a ground connection since the power supply is grounded within the product's casing.

Underwriters Laboratories (UL) LLC is an independent testing agency that works to verify product safety and quality. A UL-Recognized label ensures that a product component, such as a power supply or LED light strip, has been tested and verified as safe to use in a UL-Listed product. UL-Listed product samples are tested by UL and meet their Standards for Safety requirements.

Specifications

Brand	Mean Well
Built-in PFC Function	No
Certifications/Compliance Standards and certifications comprise a vast number of companies and compliances that serve specific purposes—primarily addressing safety, environmental impact, energy efficiency, and sanitation. They are divided into categories for each product type and certification type to allow for very specific qualifications related to each product. When this system is being used as intended, it gives consumers, installers, suppliers, and anyone else who may be involved confidence that the product is safe and will work well in their application. UL and ETL certifications relate to safety and installation and are the most common for power supplies.	Class 2, Class II, UL Recognized
Dimmable	No
Dimming Control TRIAC Dimming: This is the most commonly recognized dimming type, with TRIAC Dimmers found in most Home Centers and hardware stores. TRIAC (TRIode for Alternating Current) dimmers operate by modifying the voltage waveform, reducing the amount of power input to the device being controlled. Reducing the input power will result in a corresponding reduction in a power supply's output voltage/current or a decrease in the lumen output of a light fixture. TRIAC dimmers come in two variations: Forward Phase and Reverse Phase MLV (Magnetic Low Voltage): Also known as Leading Edge or Forward Phase Dimming, this type of dimming controls the amount of power delivered to the load by chopping off the leading edge of the AC waveform, reducing the power supplied and thus dimming the output. ELV (Electronic Low Voltage): Also known as Trailing Edge or Reverse Phase Dimming, this type of dimming controls the amount of power delivered to the load by chopping off the trailing edge of the AC waveform. These dimmers can result in smoother dimming performance, reduced flicker, and reduced hum, especially with electronic low voltage (ELV) lighting. 0-10V Dimming: This type of dimming control is most commonly found in commercial applications. It works by varying a voltage from 0 to 10 VDC on dedicated dimming wires. The output of a power supply or light fixture is proportional to the voltage applied. Pulse-Width Modulation (PWM) Dimming: This dimming control adjusts output by rapidly turning the output on and off at a fixed frequency. The proportion of on-time to total time sets the dimming percentage. Potentiometer Dimming: Potentiometer dimming varies the output using a variable resistor, or potentiometer, to set the dimming level.	Non-Dimmable
Environmental Rating	Suitable for Damp Locations, Waterproof
Input Frequency Range	47 - 63 Hz
Input Connection Type	Pigtail
Input Voltage	120-240 VAC
IP Rating	IP67
Multi-Tap	No
Number of Outputs	1
Output Connection Type	Pigtail
Output Voltage	48 VDC
Warranty	2 Year

Print Specifications

Part NO	Ambient Operating Temperature Range	Output Current	Output Power Output Power A power supply's power consumption is measured in watts and refers to the maximum amount of power it is capable of delivering. For best results, choose a power supply that offers a minimum of 20% wattage overhead for your application. Wattage overhead ensures that your project will function correctly, extends the life of the power supply, and offers greater design flexibility by allowing for project expansion.
LPV-100-48	-25~+70 °C (-13~+158 °F)	2100mA	100 Watts
LPV-100-48(POWERCORD)	-25~+70 °C (-13~+158 °F)	2100mA	100 Watts
LPV-60-48	-30~+70 °C (-22~+158 °F)	1250mA	60 Watts
LPV-60-48(POWERCORD)	-30~+70 °C (-22~+158 °F)	1250mA	60 Watts

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