Larson 140' Heavy Duty Industrial String Light - Holds Incandescent/LED Lamps - 120V - 12/3 SOOW Cable

Larson ElectronicsSKU: PL3-WAL-SL-MJ-10-NL-12.3-20-120V
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Precio:
Precio de venta$13,152.00

Descripción

PuriLite suggests you place an order directly with us for large Larson orders due to the potential customization requirements. Please call us at 1(647) 254-9757 to place your order. If you prefer to place your order online, a PuriLite agent will be in touch with you to discuss any custom options.
Made in the USA
The Larson Electronics WAL-SL-MJ-10-NL-12.3-20-120V Heavy Duty Industrial String Light is designed for high output illumination and daisy chain connections across a total length of 140` away from the power source. The unit accepts customer-provided LED or incandescent lamps for versatile lighting options. This LED light stringer operates on 120V AC and provides operators with a temporary work light solution for tunnels and underpasses.
This temporary tunnel string light holds 10 customer-provided industrial grade LED or incandescent lamps with 10` of 12/3 SOOW cable between each unit (and 20` input whips), stretching a total of 140` in length. This temporary string light is connected to a 120V power source via an integrated 20` line-in cable. Each mason jar lamp can be equipped with LED lamps or incandescent lamps (A19, A21 or A23 - up to 300W).
Constructed from light weight aluminum, and fitted with an impact and shatter resistant polycarbonate diffuser, each light screws into an E26 lamp socket and the customer-provided bulb is enclosed in a bird cage style metal guard.
LED Benefits:
Unlike gas burning and arc type lamps that have glass bulbs, LEDs have no filaments or fragile housings to break during operation and/or transportation. Instead of heating a small filament or using a combination of gases to produce light, light emitting diodes (LEDs) use semi-conductive materials that illuminate when electric current is applied, providing instant illumination with no warm up or cool down time before re-striking. Because there is no warm up period, this light can be cycled on and off with no reduction in lamp life.
LED lights run at significantly cooler temperatures than traditional metal halide and high pressure sodium lights and contain no harmful gases, vapors, or mercury, making them both safer and more energy efficient. No extra energy is wasted in cooling enclosed work areas due to external heat emissions from bulb type lights, and the operator risks associated with traditional lighting methods, such as accidental burns and exposure to hazardous substances contained in the glass bulbs, are eliminated. In addition, LEDs are also safer for the environment as they are 100% recyclable, which eliminates the need for costly special disposal services required with traditional gas burning and arc type lamps.
Safety within the workplace is another benefit of temporary work lighting. All light sources produce heat. With traditional work lamps, such as incandescent and halogen light sources, the lamp reaches high surface temperatures. These surface temperatures introduce a burn risk to anyone to anyone that allows prolonged skin contact with the light source, as well as a fire hazard if a flammable material is accidentally set too close to the light source for an extended period of time. While LED fixtures do still produce heat, they are designed with heat sinks to properly disperse the heat. Each LED bulb is engineered to disperse and expel this heat quickly and efficiently, keeping the lamp cooler than traditional light sources.
Each light housing is constructed of light weight aluminum and is fitted with an aluminum mesh guard enclosure that provides protection for the enclosed bulb. A hook eyelet on the back of each lamp housing allows operators to hang these lights overhead. Utilizing energy efficient LED lamps or traditional incandescent lamps, operators are able to provide powerful light coverage in the area.
Multiple stringer sections can daisy chained together via 10` whips terminated in twist lock connectors, with a maximum of fifteen stringers daisy chained together for this 120V unit.
Stringer Energy Consumption Comparison (Single Stringer)
Incandescent
CFL
LED
Wattage (single unit)
100 watts
26 watts
10 watts
Wattage (total)
2000 watts
520 watts
200 watts
Amp Draw @ 480V AC
4.16 amps
1.08 amps
0.42 amps
Lamp Life Expectancy
1,500 hours
8,000 hours
50,000 hours
Color Temperature
2800K
4300K
6000K
Operation cost per day
(12hs/day @ 12c/kWh)
$2.88
$0.75
$0.29
Operation cost per month
(12hs/day @ 12c/kWh)
$86.40
$22.46
$8.64
Operation cost per year
(12hs/day @ 12c/kWh)
$1051.20
$273.31
$105.12
Stringer Energy Consumption Comparison (Fifteen Stringer)
Incandescent
Halogen
LED
Wattage (Single Lamp)
100 watts
26 watts
10 watts
Wattage (6 Stringers Total)
12,000 watts
3,120 watts
1,200 watts
Amp Draw @ 480V AC
25 amps
6.5 amps
2.5 amps
Operation cost per day
(12hs/day @ 12c/kWh)
$17.28
$4.49
$1.73
Operation cost per month
(12hs/day @ 12c/kWh)
$518.40
$134.78
$51.84
Operation cost per year
(12hs/day @ 12c/kWh)
$6,307.20
$1,639.87
$630.72
Please note:
This string light is not capable of supporting 100 watt lamps nor 26 watt lamps due to cable restriction and overloading the cable. These comparison charts are for references only. To be able to achieve the same results with traditional light sources, higher amp capacity cable would be required or shorter runs per string light assembly. To be able to achieve the same distance, multiple power sources would be required for the total length of the area that requires being illuminated.
Also note that for incandescent lamps, due to voltage loss over distance, the light from start to end of the single string light, with the lamps at the tail end of the stringer being nearly half the light output as the ones at the head end of the string light by the power source. For compact fluorescent lamps, this would require bulbs with internal ballasts that are universal voltage and capable of auto sensing voltage and adjusting accordingly. Otherwise the lamps will stop operating properly or fail prematurely after a certain distance due to voltage drop
The LED string lights from Larson Electronics have been designed to overcome the above difficulties and faults with traditional lighting. This allows operators to run a single strand of string lights within the work area and span long distances from a single power source and work around voltage drop without sacrificing light output. This feat would not be possible with above traditional light sources without increasing cable size, weight of the unit, number of power sources required to span the same distance, while providing more light output within the work space.
Each high output LED lamp produces more light output than standard 100 watt rough serve lamps. The 3D polar distribution curve displays a standard 100 watt rough service incandescent lamp (red) in comparison to the LED-A19-10-E26-SML high output LED lamp (green) that is used in this work area string light. The LED lamp visible covers more than twice ground than the 100 watt rough service lamp, and the higher CRI of the LED lamp provides a better working environment. The cool white color temperature allows operators to see fine details that would not be clearly visible incandescent lighting.
Contact info@purilite.ca for more information about our custom options tailored to meet your specific industry needs.

Specifications
Lamp Type: LED/Incandescent (Lamps Not Included)
Lamp Quantity: 10
Lamp Watts: Up to 300W
Lamp Material: Aluminum
Voltage: 120V AC
Total Length: 140`
Wiring: 10` 12/3 SOOW Cable Per Unit, 20` Input Whips
Cord Caps: 5-15P / 5-15C, 5-20P / 5-20C, L5-15P / L5-15C, or L5-20P / L5-20C
Mounting: Eyelet for Hook Mounting
Shipping Dimensions: 36" x 36" x 36"
Shipping Weight:  54 lbs

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