40W Full Cutoff LED Wall Pack - 4400 Lumens - 175W MH Equivalent - Cool White

Name: 40W Full Cutoff LED Wall Pack - 4400 Lumens - 175W MH Equivalent - Cool White
Brand: Super Bright LEDs
SKU: WPFC2-50K40-H
Price: 79.99 USD
Availability: Discontinued
Rating: 5 (2 reviews)

Part Number

WPFC2-50K40-H

Discontinued

We have discontinued this product permanently. Please find suggested replacement products from below section.

Features

Directional light maximizes energy usage
Full cutoff design minimizes glare
Replaces 175-watt metal halide

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Overview

Replace traditional wall packs with less energy usage and more directional light output. WPFC2 series 40W fixture has full cutoff design and precision molded polycarbonate lens, casting illumination over a wide outdoor space with zero uplight. The aluminum housing is die cast and powder coated, making the rugged exterior corrosion resistant. Side-hinged door accommodates versatile mounting options, as well as easy installation of optional photocell. Apply it to open warehouses, storage facilities, or perimeters for improved security and efficiency.

Product Details:

Conduit entry points allow direct wall or junction box mounting
Compatible with photocell for dusk to dawn operation - sold separately
Available in 5000K
50000 hours L70 lifespan
IP65 rated for wet conditions
Certified by UL
5 year warranty

Applications

Commercial And Industrial Exterior
Garages
Pole Barns
Security Lighting
Steel Buildings
Storage Facilities

Super Bright LEDs, Inc. offers a 5-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

This product has been certified by Underwriter Laboratories to their engineering and safety standards.

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Use as a guide only—values are based on our own in-house testing. Contact us for additional information or to discuss your lighting needs.

Specifications

Ambient Operating Temperature	-20~+40 °C (-4~+104 °F)
Beam Angle	90° x 100°
Brand	Super Bright LEDs
CCT Value	5000K
Certifications/Compliance Standards and certifications comprise a vast number of companies and compliances that serve specific purposes—primarily addressing safety, environmental impact and 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 that may be involved confidence that the product is safe and will work well in their application. The most common UL and ETL certifications relate to safety and installation, although they do also provide some sanitation-related certifications (using NSF standards). Another common certification body is the DLC, which specializes in certifying the performance of a light—mainly related to environmental impact and electrical efficiency. Learn more about different certification types here.	Certified by UL
Current Draw The current draw of your lights is calculated using the amount of power your light needs (wattage) and system voltage using the following formula: Watts/Volts = amps or W/V = amps. An ampere or amp (A) is the standard unit for electrical current. A milliamp (mA) equals one-thousandth of an amp, or 1000 mA is equivalent to 1 A. Choosing LED bulbs with the correct amperage ensures proper operation and prevents damage to your electrical system or the bulbs. See your vehicle owner's manual for amperage, wattage, and voltage information, or match the information on your existing bulbs.	330 mA
Dimmable	Yes
Dimming Type TRIAC Dimming: Triode for alternating current (TRIAC) dimming is used to control high-voltage dimmable power supplies such as Magnitude Dimmable Power Supplies. These dimmable power supplies work by varying the power on the AC input side of the power supply by means of a TRIAC dimmer. This change in power on the AC input side will vary the voltage on the DC output side and control the intensity of the LEDs. TRIAC dimmers are common hardware store and household dimmers, which include brand names such as Lutron and Leviton. Pulse-Width Modulation Dimming: Pulse-width modulation (PWM) dimming can be used to control dimmable power supplies such as Mean Well HLG Series and Mean Well LPF Series. This type of dimming control adjusts the output current based on the duty cycle. As the duty cycle increases, current will increase and the LEDs will be brighter. Conversely, if the duty cycle decreases, the current will decrease and the LEDs will be dimmer. Pulse-width modulation for these drivers is based on a 10V signal level with a frequency between 100Hz~3KHz. The MCBRF-4A or MLD-5A are compatible for this application. Resistive Dimming: Resistive dimming can be used to control dimmable power supplies such as Mean Well HLG Series. The resistance can be fixed or variable. If a fixed level of dimming is required, a simple resistor is all that is needed to dim the LEDs to a particular level. If a varying dimmable level is desired, a potentiometer can serve this purpose. By changing the resistance value of the potentiometer, the output current of the power supply changes, and the LED intensity changes. Controlling a single power supply will require a 100K ohm potentiometer for 100% intensity (100K ohm) to approximately 10% intensity (10K ohm) based on where the wiper is positioned. 1-10V Dimming: 1-10V dimming can be used to control dimmable power supplies such as 12V Mean Well HLG-40~240 Series or 24V Mean Well HLG-40~240 Series. This type of dimming control is an older style for compatible dimmable power supplies and is being replaced with 0-10V dimmer control. 1-10V dimming control works by varying the voltage from 1-10 VDC. A 10-volt signal on the dimming wire will allow for maximum current to flow to the LEDs for maximum intensity. A 1-volt signal on the dimming wire allows 10% of the current to flow from the power supply, which generates approximately 10% of the maximum intensity for the LEDs. 0-10V Dimming: 0-10V dimming can be used to control dimmable power supplies such as 12V Mean Well HLG-600 Series or 24V Mean Well HLG-600 Series. This type of dimming control is the most popular and newest style for compatible dimmable power supplies. 0-10V dimming control works by varying the voltage from 0-10 VDC. A 10-volt signal on the dimming wire will allow for maximum current to flow to the LEDs for maximum intensity. A 0.6-volt signal on the dimming wires allows 6% of the current to flow from the power supply dimming the LEDs to approximately 6% of full intensity. 0-10V dimmers can be found here.	1-10V
Efficacy	110 lm/W
Environmental Rating	Suitable for Wet Locations, Waterproof
Equivalency	175 Watt Metal-Halide
Finish	Bronze
Input Connection Type	Pigtail
IP Rating	IP65
LED Color	Cool White
Lens Type	Polycarbonate
Intensity	4400 Lumens
Operating Voltage	120-277 VAC
Photocell What is a Photocell and How Does It Work? When an LED light is equipped with a photocell, the light will turn on and off automatically based on the available ambient light. Their unique functionality makes them ideal for outdoor area lighting specifically. Photocells are variable resistors that change the resistance in an electrical circuit depending on the amount of light present where they are mounted. Because of this, they must be mounted in exposed areas where they receive adequate light to function. Photocells, or photocontrols, come in a variety of shapes and sizes and can be integrated into a luminaire or be an added accessory depending on the light. Can a Photocell Be Bypassed? Some lights allow for a photocell to be bypassed as needed. When the photocell is bypassed, it allows for the luminaire to remain on constantly or be controlled by an existing switch or timer. Depending on the type of photocell and how it is installed in the fixture, it may be bypassable using a shorting cap, a slide or DIP switch, or by unplugging the photocell. Consult the user’s manual of the light to confirm which option(s) may be applicable and how to implement them safely. Always use caution and turn off supply power before working on wiring of any type. Shorting Cap Photocells on many commercial applications like parking lot and area lighting applications are mounted externally with a twist-lock socket or adapter. Swapping this for a shorting cap simply closes the circuit on your LED light fixture, which keeps your light in an always-on state. This allows it to be controlled externally as well if a central photocell or switch system is being utilized. DIP Switch or Slide Switch While DIP switches and standard slide switches function differently in most cases, when integrated into the photocontrol system of a light they perform the same function. Switches like these are common on canopy and dusk-to-dawn barn lights. These types of switches allow you to toggle the photocell sensor on or off to fit your needs without any rewiring or replacing parts. Disconnect the Wiring Some photocell designs, such as those commonly found in wall packs, allow the operator to simply unplug the photocell to allow the light to work in an always-on state or be controlled by an external switch.	No Photocell
Power Consumption	40 Watts
Product Materials	Aluminum Housing
Rated Life (L70)	50000 Hours
UL File Number	E366643
Warranty	5 Year

Print Specifications

Accessories & Power Supplies

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40W Full Cutoff LED Wall Pack - 4400 Lumens - 175W MH Equivalent - Cool White