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Description

The Burton Nova Exam LED Dual Intensity Exam Light - Ceiling Mount is a versatile, heat-free light that provides powerful, energy-efficient illumination. With 10 times longer lifespan than halogen, the Nova Exam LED will provide savings in both energy and bulb replacement.

Warranty: 5 Years - Parts and Labor.

The Nova Exam LED Exam Light - Ceiling Mount keeps the LED lamp elevated at a convenient height away from vital equipment, while still staying within reach for care providers. The lamp head is equipped with two large handles for gripping and positioning, and a switch to adjust the intensities of light. The two levels of illuminance (low and high) are both more energy-saving than traditional halogen bulbs. In addition, the light itself stays cool to keep patients comfortable, even after long hours of operation.

Given the advantage of two LED modules, the Nova Exam LED lamp is ideal for nearly any clinical setting or work area. The bright light stays consistent and adjustable for any manner of examination or treatment.

If a longer ceiling drop tube length is needed, the Nova Exam LED Dual Intensity Exam Light - Ceiling Mount is commonly purchased with the 10' ceiling drop tube (#4000071).

Features

Burton Nova Exam LED Dual Intensity Exam Light - Ceiling Mount Features

  • Sleek design keeps lamp low-maintenance.
  • 40,000 hours of light, right out of the box.
  • Patented K-arm design prevents arm drifting.
  • Low light setting produces 58% more energy savings than halogen; high level setting produces 18% more savings.
  • Caregivers can easily position light and adjust light intensity with one hand.
  • Head and mount ship in one package.

Specifications

Burton Nova Exam LED Dual Intensity Exam Light - Ceiling Mount Specifications

  • Ceiling Drop Tube Length: 25.5" (64.77 cm).
  • K-Arm Reach: 45" (114 cm).
  • Lamp Head Width: 9" (23 cm).
  • Light Source: Light Emitting Diode (LED).
  • Illuminance:
    • Low Level (One LED): 45,000 lux at 18” (46 cm).
    • High Level (Two LED): 90,000 lux at 18” (46 cm).
  • LED Lifespan: 40,000 hours (on average).
  • Light Color Temperature: 4,100 Kelvin.
  • Color Rendering Index: 93.
  • Power Supply: 18 Watts.
  • Power Cord: 8' (2.44 m).
  • Color: White (Steel drop tube).
  • Certifications/Approvals: UL/IEC 60601-1/60601-1-2 3rd Edition, UL/IEC 60601-2-41, CB Certified.
  • Shipping Weight: 14.5 lb (6.58 kg).
  • Shipping Dimensions: 34" x 10" x 13".

Configurations

Burton Nova Exam LED Dual Intensity Exam Light - Ceiling Mount Configurations

  • #NXC: 120 V - For use in the U.S.
  • #NXC01: 100 V - For use in Japan.
  • #NXC02: 230 / 240 V - For use in UK.
  • #NXC03: 230 / 240 V - For use in Europe.
  • #NXC25: 230 / 240 V - For use in Spain.
  • #NXC26: 230 / 240 V - For use in Australia.

Frequently asked questions

Does the LED feature an extended lifespan?

Yes, the Burton Nova Exam Light uses high-efficiency LED technology specifically engineered for long-term reliability and reduced maintenance.

  • Extended Lifespan: The LED light source boasts an impressive average operating life of 40,000 hours.
  • Cost Efficiency: This extended lifespan results in significant savings on energy consumption and minimizes the need for costly and frequent bulb replacements compared to older halogen systems.
How powerful are the dual intensity light settings?

The Burton Nova Exam light features two distinct illumination settings to ensure you have the precise light level required for any examination. The output is measured at 18 inches (46 cm) from the lamp head:

Intensity Level Output (at 18”/46 cm)
Low Level 45,000 lux
High Level 90,000 lux

Beyond sheer power, the light maintains exceptional quality, featuring a color temperature of 4,100 Kelvin and an excellent Color Rendering Index (CRI) of 93.

This LED design is also highly energy efficient; the low level setting provides 58% more energy savings compared to traditional halogen examination lights, helping to reduce operational costs.

Are longer ceiling drop tubes available?

Yes, the Burton Nova Exam LED Light comes standard with a fixed-length drop tube, but an optional, longer drop tube is available for separate purchase to accommodate higher ceilings or specific installation needs.

  • Standard Included Drop Tube: Measures 25.5 inches (64.77 cm).
  • Optional Long Drop Tube: A separate 10-foot ceiling drop tube (Item #4000071) can be configured with the unit for extended vertical reach.
What is the maximum reach of the K-arm?

The patented K-arm provides an extensive maximum reach of 45 inches (114 cm). This substantial reach is designed to ensure superior stability and flexibility for caregivers.

Key features of the K-arm include:

  • It incorporates a patented design that prevents the arm from drifting, maintaining the light’s set position during procedures.
  • The arm works alongside the lamp head’s large handles to allow for easy, precise, one-handed positioning.
Is the light available in different voltages?

Yes, the Burton Nova Exam Light is designed with global compatibility and is available in multiple voltage configurations. You must select the appropriate voltage when ordering:

  • 120 V (US Standard)
  • 100 V (Japan Standard)
  • 230/240 V (Available for regions including the UK, Europe, Spain, and Australia)
Is the Burton Nova LED Exam Light energy efficient?

Yes, the Burton Nova LED Exam Light is highly energy-efficient, providing substantial long-term savings compared to traditional halogen lighting systems. This efficiency is achieved through its low-power LED design.

Key features supporting energy efficiency include:

  • Significant Energy Savings: The low intensity setting provides 58% more energy savings than halogen lights, while the high intensity setting still offers 18% more savings.
  • Long LED Lifespan: The two LED modules have an average lifespan of 40,000 hours, drastically reducing the frequency and cost associated with bulb replacements.
  • Low Power Consumption: The light operates using only 18 Watts of power.
Does this light meet necessary safety standards?

Yes, the Burton Nova Exam LED Dual Intensity Exam Light is certified to meet stringent quality and safety requirements suitable for professional clinical environments.It holds the following key medical and safety certifications:

  • UL/IEC 60601-1/60601-1-2 3rd Edition
  • UL/IEC 60601-2-41
  • CB Certified

These approvals ensure the light is reliable and safe for examination and treatment procedures.

How is the light intensity adjusted?

The dual intensity feature is designed for convenient, one-handed operation.

The lamp head is equipped with an integrated adjustable intensity switch that allows caregivers to easily toggle between the two illumination levels. The two large handles on the lamp head aid in gripping and precise positioning while adjusting the switch.

The two available intensity levels are:

  • Low Intensity: 45,000 lux at 18 inches (46 cm)
  • High Intensity: 90,000 lux at 18 inches (46 cm)
How stable is the patented K-arm reach?

The Burton Nova Exam Light is engineered for extremely stable and precise placement during examinations, ensuring comfort for both patient and caregiver.

  • Patented K-Arm Design: This unique mechanical design actively prevents arm drifting, guaranteeing the light remains precisely aimed throughout the examination or procedure.
  • Exceptional Reach: The K-arm offers a substantial reach of 45 inches (114 cm), providing flexibility for various room configurations.
  • Easy Positioning: The lamp head is equipped with two large handles, allowing caregivers to make swift, precise, one-handed adjustments to the position and intensity.
Does this LED light stay cool for patient comfort?

Yes, a significant benefit of the Burton Nova Exam Light is its cool operation, which is a key design consideration for clinical settings.

  • The light utilizes advanced LED technology to provide powerful illumination that is virtually heat-free.
  • This ensures the lamp head stays cool to the touch, maintaining optimal patient comfort during prolonged examinations or procedures.
  • This is a considerable improvement over conventional halogen lights, which often generate significant heat.