Larson Electronics 100' Stationary High Intensity LED Tower - Tapered Pole - (10) 480W LED Lights - 380-480V Voltage - Removable E-winch

DESCRIPTION

The LM-HMW-100-1S-10X500LTL-LED-EWH-3480 from Larson Electronics is a Stationary High Intensity LED Tower that provides a safe and effective way for operators to deploy ten, 480-watt LED light heads to elevations up to one hundred feet. Designed for permanent installations on concrete pads, this single-stage high mast operates on 380-480 V, comes with a removable electric winch, and features internal wiring.

Designed to ensure easy and quick field servicing, this stationary LED tower from Larson Electronics allows operators to safely deploy up to 648,000 lumens of high intensity LED lighting in locations where illumination must originate from heights up to 100` for effective coverage. This single-stage high mast is designed for permanent installations on concrete pads. The tapered pole has an 8.25" pole tip diameter and a 24.45" pole butt diameter. An included removable electric winch must be installed on the system when raising and lowering the unit, while the gear/clutch system stays at the base of the pole. The electric winch operates on 380-480 V and can be removed after positioning the mast.

Lights: Ten of our wet area suitable GAU-LTL-500W-LED high output LED fixtures producing approximately 64,800 lumens at 480 watts each are included with this light tower. The light heads contain forty-eight Cree high output LEDs producing 1350 lumens each are are arranged in rows and paired with PMMA high purity optics to produce a well focused 25° wide spot beam that is ideal for providing far reaching concentrated illumination while still covering a substantial amount of area. We also offer optional optics with 10° spot, 38° narrow flood, 60° flood, and 90° wide flood beam spreads. The spot beams are tightly focused and are designed for high elevation mounting to achieve distance, making spot versions ideal for high mast and spots lighting. The flood beams are designed to provide more light over a larger area nearer the fixture, making flood versions ideal for use as dedicated work and area lights.

Designed with durability and reliability in mind, the lights on the LM-HMW-100-1S-10X500LTL-LED-EWH-3480 feature drivers that are thermally isolated by a minimum of 63 mm, LED assemblies that are equipped with cooling fins, 6 kV surge protection, and a harmonic distortion of <20%. Both the driver housing and lens housing of each light are built from aluminum and the lights are equipped with a heavy steel trunnion bracket that allows each light to be adjusted horizontally and vertically.

These LED light fixtures feature 0-10 V dimming capabilities. This gives operators the ability to manually adjust the brightness of the LED lamps quickly and easily. The 0-10 V dimming allows for adjustments to fit the brightness needs of any lighting situation. A 0-10 V dimmable light works through the use of a DC control signal that ranges between zero and ten volts. The basic idea is that at 10 volts of input the light is at its brightest level with 0 volts being the lowest possible dimness setting. The smooth, continuous and flicker-free dimming of a 0-10 V dimmable LED light is ideal for a wide range of different lighting applications.

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.

Durability: As well as unparalleled heat control, the GAU-LTL-500W-LED series of LED lights from Larson Electronics also offer IP67 rated construction that is designed to withstand extremes of environmental and operating conditions. These units can withstand rapid temperature changes of -40° Celsius to +80° Celsius, are waterproof, and resist ingress of dust, dirt and humidity. The housings are formed from die cast aluminum and the optics are high transmission PMMA with 98% light transmittance. The Cree LEDs help these units achieve resistance to vibrations and are rated at 70% lumen maintenance after 80,000 hours of use. We recommend these LED lights for use in applications where a lot of vibration, dust, dirt, dampness and abusive working conditions are encountered.

Heat Management: Heat is the single largest factor in premature LED failure and color shifting. These LED units feature individual heat sinks per bank of six LEDs to control heat buildup rather than utilizing a single housing to dissipate heat. This allows for more thorough cooling of the LEDs for extended operating periods. This allows the LEDs to be driven at up to 90% capacity without overheating or visible loss of light output. The end result is more light with less heat and longer LED life with an average 70% lumen maintenance after 80,000 hours.

Field Servicing: The LM-HMW-100-1S-10X500LTL-LED-EWH-3480 is designed for quick and easy field servicing. Each LED board can be replaced in the field and each one utilizes "poke-in" / stab style connectors. Any (1) module can be completely removed from the system without adjusting the aiming angle or removing the complete luminaire.

Wiring/Controls: The LED light heads are grouped into banks of four. Each bank in wired into the NEMA 3R breaker control box at the base of the mast. Operators control the light heads via an on/off switched breaker per bank of four light heads.

We offer a choice of finishing, equipped light heads, and with or without gensets. These towers can be fitted with Larson Electronics line of high output light heads, or customize the mast head to meet the mounting requirements for your equipment.

Click Images to enlarge.
The above images show a side by side comparison of the light output between our LED light plant and a traditional four lamp metal halide light plant. The left image shows the metal halide light plant raised to 30` and illuminating a 50,000 sq ft work area with four 1000 watt metal halide light fixtures. The right image shows the LM-HMW-100-1S-10X500LTL-LED-EWH-3480 light plant raised to 100`, illuminating the same 50,000 sq ft work area with ten 480 watt LED fixtures. Notice how the color and intensity of the work area is greatly improved when lit up by the LED fixtures.

Secondary Surge Protection: The LM-HMW-100-1S-10X500LTL-LED-EWH-3480 is equipped with a secondary surge protection system with supplementary coverage in accordance with IEEE C62.41.2 C High (10 kA and 10 kV). The secondary surge protection shall be capable of suppressing a maximum of (1) 20,000 A pulse or (120) 3,000 A pulses (8x20 microsecond).

Mounting / Lowering Devices: The mounting and lowering devices on the LM-HMW-100-1S-10X500LTL-LED-EWH-3480 include the following:

General - Top Latch with external drive for lowering the ring.

Head Frame

1. Weldment - Galvanized Steel
2. Hoist Sheaves - Stainless Steel
3. Cord Sheaves - Stainless Steel
4. Fasteners - Stainless Steel
5. Stainless Steel Cable - 8 mm
6. Top Latch Cam - Stainless Steel
   

Luminaire Ring

1. Weldment - Galvanized Steel
2. Rollers - Spring Arm
3. Top Latch Shaft - Stainless Steel
4. Junction Box - Stainless Steel
5. Suspension Spring - Stainless Steel
6. Plunger - Stainless Steel
7. Thrust Washer - Stainless Steel
8. Strand Vice - Stainless Steel - 8 mm
9. Transition Assembly - Standard Assembly
10. Winch Plate - Portable, Heavy Duty - External Drive Unit with Transformer

Suggested Applications: Temporary lighting, construction sites, and security camera deployment. We can equip this mast with 1000W HID-22-SL-REM or 1500W HID-22-15M-SL-REM Metal Halide lights or a wide variety of high powered LED lights with comparable power, including the LED10WSA-160, LED10WSA-320, LEDP5W-30, LEDP5W-60, and GAU-HB-160LED.

SPECIFICATIONS

LM-HMW-100-1S-10X500LTL-LED-EWH-3480 Industrial LED Light Tower 

Light Mast Specs    

• Total Tower Height: 100'    
• Tapered Mast Dimensions: 8.25" Pole Tip Diameter x 24.45" Pole Butt Diameter
• Stage: Single    
• Winch Type: Removable Electric Winch - Operates on 380-480 V
• Gear/Clutch System: Base of Pole    
• Finish: Powder Coated    
  
• Installation Type: Permanent Installation on Concrete Pad 

Light Head Specs 

• Lamp Type: Cree LED
• Lamp Qty: (10)    
• Lamp Wattage (Combined): 4,800W    
• Lamp Wattage (Each): 480W    
• Total Lumens: 648,000 (64,800 per lamp)
• Beam Configurations: 10° Spot, 24° Wide Spot, 38° Narrow Flood, 60° Flood, or 90° Wide Flood
• Harmonic Distortion: <20% 
• Voltage: 380-480 V

Controls Specs    

• Line-In Voltage: -    
• Wiring: Internal    
• Panel: NEMA 3R w/ Breakers    

Quick Summary

• 100' Light Mast
• Steel Construction
• Powder Coated Finish
• Removable Aluminum Mast Head
• IP67 Waterproof Light Heads
• 50,000+ Hour Lamp Life
• High Output LED Lamps
• Independently Adjustable Light Heads
• Extreme Area Coverage
• Switched Breaker System per LED Bank
• 0-10 V Dimming Capability
• 6 kV Surge Protection
• Made in the USA
  

Larson Electronics LLC manufactures a wide variety of products, including custom built to spec designs. The pictures displayed for this unit are a general representation of form factor for the product line and may not accurately represent this exact configuration in every detail due to custom builds and changes between similar products in our standard catalog. The specifics for this configuration are listed in the specification table and supporting documentation (CAD files, Dimensional Drawing, Name Plate Diagram, Wiring Diagram, etc.). This means that specific details (receptacles, plugs, wires, connections, mounting brackets, external finishes, etc.) may not be accurately represented in images vs specifications. Please review specifications and do not order based solely on images.